KR20240139251A - A smartphone that uses a local area network. - Google Patents

Abstract

When a search term for a product or service to be purchased is entered through the input device in a smart phone equipped with an input device, a central processing unit, a memory, and a display, the search term is classified, a map is displayed on the display, and the location of an individual or store providing the product or service is displayed as a search result on the map, and when the search result is selected through the input device, information about the search result is displayed through a separate window, thereby connecting ordering and payment between the provider and the purchaser of the product or service based on the map, and enabling ordering and payment for all products or all services without being limited to a specific product or service, and furthermore, when combined with artificial intelligence or language search technology, enabling ordering and payment for products and services all over the world can be provided.

Description

{A smartphone that uses a local area network.}

The present invention is a smartphone using a short-range communication network, and proposes a map-based ordering and payment method. More specifically, the smartphone is characterized in that when a search term for a product or service to be purchased is entered, the search term is classified, and the location of an individual or store providing the product or service is displayed on a map as a search result, and the search result is also transmitted to wireless earphones.

The smart pay market, which enables payments based on smartphone users, is growing rapidly. In other words, the global digital easy payment service market (based on transaction amount) in 2020 will reach 4.9 trillion dollars, and the number of users will be 3.47 billion, accounting for 46.7% of the total population. This is a 23.7% increase from the previous year. The reason why expectations are growing for the digital payment market, which has become a trend, is because it is expected to continue to grow rapidly in the future. The digital payment market is expected to grow every year and reach 8.1704 trillion dollars by 2024. This means that it will double in size in just 5 years.

Ultimately, it becomes clear that the digital payment market will continue to grow and become the mainstay of the payment market.

In keeping with this trend, it can be seen as a mission of the times that new technologies that fit the trend of the times should be introduced in the market for ordering and payment using smartphones.

Of course, Republic of Korea Publication Patent No. 10-2021-0104500 provides an ordering payment system based on "real-time customer location and customer-specified location, including a movement speed calculation unit that calculates a movement speed of a reservation terminal moving to a store specified by the reservation information upon receiving reservation information from the reservation terminal; an arrival time prediction unit that predicts an expected arrival time of the reservation terminal at the store based on the calculated movement speed; a product preparation time determination unit that determines a preparation time of a product specified by the reservation information in consideration of the expected arrival time; and a product preparation time providing unit that provides the determined product preparation time to a store terminal related to the store.

And, Republic of Korea Patent Publication No. 10-2022-0125918 provides a "location information-based food ordering system that searches for food truck location information and fixed store location information within a preset radius range based on current location information received from the user terminal by communicating through a user terminal and a food ordering app, matches the searched food truck location information and fixed store location information to map data in the form of icons, and generates map data that indicates whether the food truck location information and the fixed store location information are active or not, indicating whether the business is open."

However, the above patented technology is unable to go beyond the level of providing location information.

Therefore, there is a need for a technology or method that connects ordering and payment between the provider and purchaser of a product or service, and enables ordering and payment for all products or services, not limited to specific products or services, and also enables ordering and payment for products and services around the world by combining it with artificial intelligence or language search technology.

Accordingly, the present invention aims to provide an order payment service having the above functions.

Based on maps, it aims to provide a technology or method that connects ordering and payment between providers and buyers of products or services, and enables ordering and payment for all products or services, not limited to specific products or services, and also enables ordering and payment for products and services around the world, when combined with artificial intelligence or language search technology.

And we want to output the above search results as a voice signal through wireless earphones and input the search term as a voice signal through a smartwatch.

The above object of the present invention is achieved by providing a smartwatch which is connected to a server equipped with a control unit and a database through a wired or wireless Internet communication network and further equipped with a microphone, a central processing unit and a short-range communication module, and which transmits and receives information through short-range communication and transmits a voice signal to a wireless earphone equipped with a central processing unit and a speaker, and a smartphone which is equipped with an input unit, a central processing unit, a memory unit and a display, wherein when a voice signal which is a search word is input in the smartwatch, the smartphone receives the voice signal from the smartwatch, the received voice signal is converted into text, information is searched using the converted text, the searched information is converted back into a voice signal, and the smartphone transmits the converted voice signal to the wireless earphone.

And, the voice signal received from the smartwatch is changed into text from a smartphone or server, and when information is searched using the text, it is searched from the smartphone memory or the database of the server.

In another embodiment of the present invention, when a search term for a product or service to be purchased is entered through the input device in a smart phone equipped with an input device, a central processing unit, a memory, and a display, a map is displayed on the display, and the location of an individual or store providing the product or service is displayed as a search result on the map, and when the search result is selected through the input device, additional information about the search result is displayed through a separate window.

And the above search term is entered through the smartwatch.

In addition, there is a basic word code that represents the basic concept as a code, and a word code is created by combining the basic word codes, and when two or more of the word codes are used, when a concept code is created, the search word is changed to the concept code.

When the information displayed in the above separate window is distinguished into first information, second information and nth information, and the search word is classified into a region or a name, or additional desired information within the name, when the region or name is searched through the search word, and additional desired information is further searched within the name, if the additional desired information is searched, the search result becomes the first information.

The above display is a foldable display, the screen of the foldable display device is divided so that a split screen exists, and first information, second information, and nth information are displayed on the split screen.

Based on maps, it is possible to provide a technology or method that connects ordering and payment between providers and buyers of products or services, and enables ordering and payment for all products or services, not limited to specific products or services, and also enables ordering and payment for products and services around the world, when combined with artificial intelligence or language search technology.

In addition, the search results are output as a voice signal through wireless earphones, and search terms can be input as a voice signal through a smartwatch.

Figure 1 is a diagram showing the configuration of a smartphone connected to a server via wired or wireless Internet.
Figure 2 is a block diagram showing the server in more detail.
Figure 3 is a block diagram showing a portable smartphone.
Figure 4 is a diagram of an embodiment in which searched information is displayed on a map.
Figure 5 is a diagram of an embodiment in which the degree of matching with a search term is displayed.
Figure 6 is a diagram of an embodiment that appears when a search result is selected via an input device.
Figure 7 is a drawing of an embodiment in which a menu list is displayed in a separate window.
Figure 8 is a diagram of an embodiment of screen division.
Figure 9 is a diagram of an embodiment in which multiple servers may exist.
Figure 10 is a diagram of an example in which an input word code is entered into an input window.
Figure 11 is a diagram of an embodiment in which hierarchy is preset.
Figure 12 is a diagram of an embodiment for classification of detailed information.
Figures 13 to 15 are drawings of embodiments in which the present invention is implemented by adding a smart watch and earphones.

The advantages and features of the present invention, and the method for achieving them, will become clear with reference to the embodiments described in detail below together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but can be implemented in various different forms, and these embodiments are provided only to disclose the present invention and to inform a person skilled in the art of the scope of the present invention.

The terminology used herein is for the purpose of describing embodiments only and is not intended to limit the invention. In this specification, the singular also includes the plural unless specifically stated otherwise in the phrase.

Unless otherwise defined, all terms (including technical and scientific terms) used in this specification may be used with the meaning commonly understood by those skilled in the art to which the present invention belongs. In addition, terms defined in commonly used dictionaries shall not be ideally or excessively interpreted unless explicitly specifically defined.

Meanwhile, the word code presented in the present invention is based on that described in U.S. registered patent US 7,069,265 and Korean patents 10-2000-0038489, 10-2000-0069722, 10-2000-0014288, 10-2001-0011565 and 10-2001-0025685.

And, the concept of word code can be simply summarized as follows.

1. There is a basic code that represents a basic concept. And word codes are created by combining the basic codes, and sentences are created by combining the word codes.

The basic concepts also mean the basic elements of language. That is, "big, small, human, sky, earth, water, money, profit, loss, human, heart, make" are the basic elements of language. And each of the basic elements of the above language is given a basic code.

That is, it is possible to assign a basic code to each basic element of a language, such as "bi for big, sm for small, hu for human, sk for sky, er for land, wa for water, ma for money, ga for profit, da for loss, ha for heart, ma for make."

2. One or more basic codes are combined to create a word code.

If the basic elements of a language are used as words, the word code can be made from one basic code. For example, since a person is a basic element of a language, the word code for a person is the same as the basic code for a person, hu.

And words are made by combining "basic elements of language". It can be called the atomic concept of language. Just as atoms are combined to form molecules, words are made by combining basic elements of language (like atoms in molecules). Therefore, the word code of a word can be made by combining basic codes.

If the basic word code for human is hu, the basic word code for heart is ha, and the basic word code for make is mk, then the word code for "artificial heart" would be "mkhu ha". This is because artificial heart means "a heart made by humans".

In conclusion, words can be described by basic words (basic elements of language), and therefore, word codes representing words can be represented by combinations of basic word codes (at least one combination).

3. A sentence expressed using a word code is called a concept code.

That is, since sentences are made of words, and word codes are made of combinations of basic codes that represent concepts, expressing a sentence as a word code is the same as changing the concept of the sentence into a code, so expressing a sentence as a word code can be called a concept code.

4. Here's how word codes are used in searches:

1) The information to be searched is converted into a word code (concept code) and stored in a word code database. This is called the “word code of the search target.”

2) Change the search term (word or sentence entered in the search box) into a word code. This is called the "search term word code."

3) Using the “search word code”, search for the “search target word code” in the word code database.

4) Search for and select the word code (or concept code) that is identical to or most similar to the “search term word code” within the “word code of the search target”.

5) The information that corresponds to the selected “word code of the search target” is the information that is finally selected.

At this time, the information corresponding to the selected “word code of the search target” means the original search target information (consisting of sentences) before the selected “word code of the search target” was changed.

As a result, the word code of the present invention can be called a concept code. A concept that is used uniformly regardless of language and field is made into a basic code, a word code is made by combining the basic codes, and a concept code made from the word code is created.

Therefore, if all languages are made into the above concept codes, even if the information being searched is in various languages and from various fields, it can be easily searched conceptually.

And, since searching is about finding information that is similar to the search term and concept, searching for information that is the same concept rather than information that shows detailed or subtle differences allows for searching a variety of information much more effectively.

In the present invention, search words and input words are distinguished. This will be further explained in the specification of the present invention along with drawings.

Hereinafter, the present invention will be described in detail with reference to the attached drawings.

Figure 1 is a diagram showing the configuration of a smartphone connected to a server via a wired or wireless Internet communication network.

The server (100) within the communication system is a device that constitutes a system for operating various information provision services via wired and wireless Internet. The server (100) comprises an input unit (103) where administrators or operators input and manage information, an output unit (105) that can output or display information (including a connection terminal or printer that outputs information), a database unit (104) that stores various information and information on service operation, and an interface unit (102) that can send and receive data with a user via the Internet or a communication network. Meanwhile, information means all information such as images, videos, and texts.

And, a smartphone (110) (or portable terminal) is a terminal that can transmit and receive various information through wired and wireless Internet (or communication network).

Therefore, the above smartphone (110) is configured with a central processing unit (CPU) (20), a display unit (30) that displays various information, a memory unit (21) that stores various information, an input device (28) that inputs information, and a data input/output unit (10) that can input/output information or data.

Figure 2 is a block diagram showing the server in more detail.

A control unit (101) is configured within the server (100), and the control unit (101) is configured with a data search unit (111) that searches for data, a data processing unit (112), and a site operation unit (113) that manages and operates Internet users or Internet members.

In addition, a database (104) is further configured, and the database (14) is configured with an operation database (141) in which information related to site operation is stored, an information database (142) in which data corresponding to each piece of information is stored, and a database (143) in which a plurality of pieces of information are stored.

In addition, the above control unit (101) and database (104) are only one example, and a normal control unit that performs all algorithms for server operation and a normal database that stores all information can be said to be included in the embodiment of the present invention.

Meanwhile, in the control unit (101) of the server (100), the site operation unit (113) determines information about the user (or smartphone), whether the user is a member, information about content use, etc., and in the data search unit (111), information matching the information transmitted from the user (or smartphone) is searched through the database (14), and in the data processing unit (112), the results of performing the algorithm, etc. and the searched data are transmitted to the user through the interface.

Figure 3 is a block diagram of a portable display device or smartphone.

In the drawing, the central processing unit (20) is a control means that controls the entire operation of a portable smart phone (usually a portable display device, smart phone, or computer) used in an embodiment of the present invention. In addition, the ROM (21a) existing in the memory unit (21) (or 21a, 21b, 21c) controls the execution program of the display device, the RAM (21b) stores data generated when the program is executed, and the EEPROM (21c) stores data required by the user and data required to process the data.

The R/F section (24) is a radio frequency, tunes to an RF channel, amplifies various input signals, and changes RF signals received from an antenna into necessary frequency signals. The R/F section (24) includes both typical short-distance communications and typical long-distance communications.

The input/output unit (10) includes an input unit and an output unit. The input unit includes various information input devices, numeric keys, menu keys, and selection keys, and the output unit also includes speakers and vibration devices.

There is a display driving circuit (25) that receives a signal output from the central processing unit (20) and drives the display, and the driving circuit then outputs a signal that can drive the display (30).

In addition, the central processing unit controls the input device (28) through the input device drive unit (27). That is, when information is input through the input device (28), the input window drive unit transmits the input information to the central processing unit for output.

Meanwhile, the portable smartphone of the present invention may include a portable display device, a smartphone, a tablet, etc.

- Information stored on the server or database existing on the server -

The server of the present invention (server database) stores the following information or has the following database. Of course, there does not necessarily have to be only one server; multiple servers can be connected via wired or wireless Internet networks to implement the present invention.

1) Map information, or map information database.

2) Map information converted into concept code (code made of word code), or map information database converted into concept code (code made of word code).

3) Personal information that provides products or services, or a personal information database that provides products or services.

“Food or drinks provided in restaurants, tea houses, etc.” that can be sold and “manufactured products (made using machines) or handmade products (made by humans)” that can be sold can be considered products in the present invention.

And, in the present invention, a service can be defined as something provided by human expertise or human labor that can be traded for money (or value equivalent to money). Accordingly, it also includes various errands, law, medicine, etc.

4) Personal information that provides products or services converted into concept codes, or personal information database that provides products or services converted into concept codes.

Meanwhile, information about individuals or stores providing products or services is as follows:

Location information (various commonly used location information such as latitude and longitude), the name of the product provided (the name at this time is a commonly used common name. For example, apple, grape, bulgogi hamburger, etc.) or service (the name at this time is a commonly used common name. For example, legal service, driving service, etc.), the name of the product or service provided, the characteristics of the product or service provided (including pricing information), and information on recommendations or non-recommendations of the product or service provided.

5) Information on stores providing products or services, or database of information on stores providing products or services.

6) Information on stores providing products or services converted into concept codes, or a database of information on stores providing products or services converted into concept codes.

7) Information about reviews of individuals or stores providing products or services, or information about reviews of products or services.

8) A database of review information about individuals or stores providing products or services, or a database of information about reviews of products or services.

The information stored in the above database is sometimes stored in the smartphone's memory (21).

- Search method of the present invention -

The first embodiment of the search method provided by the present invention is as follows. First, the program is executed in a conventional manner (executing an application or executing a program stored in a smartphone) or the program is executed through connection to the server of the present invention via the Internet or through connection to another server capable of providing the service of the present invention.

1) A search word is entered through the input device (28) of a smartphone (110). Of course, it can also be entered by voice through a microphone.

That is, the name of the product or service that the customer wishes to purchase is entered through the input device (28).

2) The search term (the name of the product or service the customer wants to purchase or the characteristics of the product or service) is changed into a concept code.

The change of the search term into a concept code is accomplished by the control of the central processing unit (20) in the smartphone (110). Or, when the search term is input into the smartphone (110) and transmitted to the server through a wired or wireless Internet communication network, it is accomplished by the control of the server's control unit (101).

In the present invention, a search term changed into a concept code is called a “search term concept code.”

An algorithm that changes a search term into a “search term concept code” is stored in the smartphone memory (21) or in the server database (104), and the execution of the algorithm is executed by the central processing unit (20) in the smartphone (110) or the control unit (101) of the server.

3) Search for information that is identical to or most closely matches the "search term concept code" in the "concept code of an individual providing a product or service, or concept code of a store providing a product or service" stored in the server's database (or stored in the server). This process is executed in the server's control unit (101).

Of course, in some cases, it is executed on the central processing unit (20) of the smartphone.

In addition, the search will be performed by reflecting the location information of the smartphone (110) where the search word is entered in the usual way, but if the location information is also entered along with the search word, the search will be performed by reflecting the location information as well.

4) Display the searched information on the map.

Figure 4 is a diagram of an embodiment in which searched information is displayed on a map.

That is, Fig. 4 is a result of displaying search results (31-1)(31-2)(31-3)(31-4) corresponding to search words entered through the input device (28) on a map.

For example, if Chinese restaurant is a search term and a Chinese restaurant selling Chinese food is searched for through the above method, the search results are displayed on a map. Accordingly, the search results (31-1), (31-2), (31-3), and (31-4) of the four points shown in Fig. 4 become the locations of the Chinese restaurants.

- Search method example -

1) You can enter city, county, district, or address in the search field.

For example, you can search for "Chinese restaurant in Yeoksam-dong, Seoul". Then, the search term will be translated (translated to the first concept code) as "(CO)seoul (AD)yeoksamdong (PN)Chineserestaurant", or

Or, it would be translated (translated with the second concept code) as "(CO)koreaca=(CO)seoul mi(orup)toce in(AD)Gangnam(CO)seoul=(AD)yeoksamdong plse plse(PN)Chinesefo=(PN)Chinese restaurant".

The above first concept code is an example in which the codes for cities, regions, and proper nouns are used as they are and changed into concept codes. The above second concept code is an example in which the codes are changed into concept codes based on the concepts of each word used in the search.

At this time, in "(CO)seoul", (CO) is the city code and seoul is the code for Seoul. That is, if you change "Seoul" to a word code, it becomes "(CO)seoul". That is, it means Seoul and a city.

In "(AD)yeoksamdong", (AD) is the area code and yeoksamdong is the code for Yeoksam-dong. That is, if you change "Yeoksam-dong" to a word code, it becomes "(AD)yeoksamdong". In other words, it means that it is Yeoksam-dong and it is an area.

In "(PN)Chinese restaurant", (PN) is a code meaning a proper noun and Chinese restaurant is the code for a Chinese restaurant. In other words, if you change "Chinese restaurant" to a word code, it becomes (PN)Chineserestaurant. In other words, it is a proper noun and means a Chinese restaurant.

In conclusion, codes representing cities, countries, regions, and proper nouns should be written using the full words as much as possible (e.g. Chinese, Korea, Chineserestaurant).

Meanwhile, an example of changing to the second concept code is as follows.

- The number of digits in the word code is unified. In the above example, it is 2 digits. (For example, town is to, and center is ce.)

Translated as "(CO)koreaca=(CO)seoul tomicein(AD)Gangnam(CO)seoul=(AD)yeoksamdong plse(PN)Chinesefo=(PN)Chinese restaurant" (second concept code)

- An example of creating a word code is as follows.

① “Seoul” can be changed to the city name and word code “(CO)seoul”.

And, the concept of Seoul is "the capital of Korea."

Therefore, "Capital of Korea" can be changed into word codes. "Korea" is "(CO)korea" and "capital" is ca(capital), so if "Capital of Korea" is changed into concept code, it becomes "(CO)koreaca". Then, "=" is used as a distinguishing code here, and the first word code "(CO)seoul" above is added.

Then, the concept code for "Seoul" becomes "(CO)koreaca=(CO)seoul". In other words, the concept code that changes the concept of Seoul into a word code and the code that uses the word Seoul as it is are used together.

② “Yeoksam-dong” can be changed to the word code “(AD)yeoksamdong” as the region name.

And, the concept of Yeoksam-dong is "downtown within Gangnam, Seoul."

Therefore, we can change each of "downtown in Gangnam, Seoul" into word codes. The word "downtown" means the center of the city (town) in the middle (mid). The code for town is to, the code for the middle is mi, and the code for the center is ce. Then, the word code (concept code) for "downtown" is "tomice."

The word that means "inside" is in, and the code for in is in.

Then, the concept code of "Yeok-sang-dong" is "tomicein(AD)Gangnam(CO)seoul". In other words, the concept code above means "downtown in Gangnam, Seoul". If we add "(AD)yeoksamdong" to this, the final concept code of "Yeok-sang-dong" is "tomicein(AD)Gangnam(CO)seoul=(AD)yeoksamdong".

③ “Chinese restaurant” can be changed to “(PN)Chineserestaurant” as a proper noun.

And, the concept of a Chinese restaurant is "a place that serves Chinese food".

Therefore, we can change "places serving Chinese food" into word codes respectively. The code for place is pl, the code for serve is se, the code for Chinese is (PN)Chinese, and the code for food is fo". Then, the concept code for "Chinese restaurant" is "plse(PN)Chinesefo". Therefore, the concept code for Chinese restaurant is finally "plse(PN)Chinesefo=(PN)Chinese restaurant".

④ The word code for "Chinese restaurant in Yeoksam-dong, Seoul" is "(CO)seoul (AD)yeoksamdong (PN)Chinese restaurant", and the concept code for "Chinese restaurant in Yeoksam-dong, Seoul" is "(CO)koreaca=(CO)seoul tomicein(AD)Gangnam(CO)seoul=(AD)yeoksamdong plse(PN)Chinesefo=(PN)Chinese restaurant".

⑤ Countries, cities, place names (travel destinations, mountains, rivers, etc.), proper nouns, etc. can still be used to create word codes. In this case, the entire word is used as a code.

Codes can also be created based on concepts (or characteristics) of countries, cities, place names, and proper nouns, in which case they are called concept codes.

Word codes that are used as the words used in the search have a higher priority in the search.

That is, when the search term is Yeoksam-dong, the search term Yeoksam-dong is changed to the word code "(AD)yeoksamdong" and the concept code "tomicein(AD)Gangnam(CO)seoul". At this time, information matching "(AD)yeoksamdong" has a higher priority in the search than information matching "tomicein(AD)Gangnam(CO)seoul".

2) Search terms may include cities or place names from other countries.

For example, you can search for products or services provided in other countries, such as "hotels in central London, England."

3) Search terms may include characteristics of products or services.

For example, you can search for product features such as "a Chinese restaurant with delicious fried rice."

4) Reviews of products or services become search terms.

For example, you can search for reviews of a product or service, such as "Chinese restaurant with good reviews for its fried rice."

- Classification of search terms and translation into word codes -

1) Classify search terms.

For example, if the search term is "hotel in London, England", England is a country and London is a city. And the final destination is a hotel in London. Then, of course, England should be classified as a country and London as a city, and in other words, England and London should be the places where the hotel is located.

And if the search term is "a Chinese restaurant in Yeoksam-dong that serves good fried rice," Yeoksam-dong is the name of the area, "a restaurant that serves good fried rice" is the characteristic, and the final search target is "Chinese restaurant."

This classification is also related to language translation, and the method of this classification is effective when using conventional artificial intelligence methods.

Also, if the search term is "a Chinese restaurant with reviews of delicious jajangmyeon," the search term categories will be "Chinese restaurant" and "review." Of course, "review" is also a feature.

As a result, in the map-based order payment method of the present invention, the search term is a location, a feature, a search target (an individual or a store providing the product, such as a taxi, a Chinese restaurant, a coffee shop, a law office, a hotel, etc.),

2) Translate information into concept code.

This method is the same as the translation of language and its principle. And it is more effective if artificial intelligence is used in this process.

In the present invention, a concept code is created, and the concept code is a concept code and has the meaning of a unified code. In addition, information must be translated into a concept code and stored, and search terms must also be converted into a concept code and used as a search tool.

Of course, it would be more effective if conventional artificial intelligence were used in this process.

Figure 5 is a diagram of an embodiment in which the degree of matching with a search term is displayed.

The numbers next to the search results (31-1)(31-2)(31-3)(31-4) indicate the degree of agreement. That is, the numbers 100% and 95% shown as examples indicate the degree of agreement.

1) The case where the search term and the word itself match is said to be 100%.

(At this time, synonym analysis must be performed to ensure that the meaning is the same, and if the word is a name, synonym analysis is not necessarily required.)

2) When the search term is changed to a word code or concept code, the case where the word code or concept code matches 100% is considered 100%.

3) When there are multiple words (2 or more), the degree of agreement can be judged by indicating the degree to which the number of words matches as a percentage. (At this time, the meaning must be the same through synonym analysis, and if the words are names, it is not necessary to conduct synonym analysis.)

4) The degree to which the basic word code matches within the word code or concept code can be expressed as a ratio.

For example, when the concept code changed to a search term is " (CO)koreaca =(CO)seoul tomicein(AD)Gangnam(CO)seoul =(AD)yeoksamdong plse(PN)Chinesefo =(PN)Chinese restaurant", the underlined codes in the above codes are concept codes and the non-underlined codes are word codes. At this time, the basic word codes in the above concept codes are a total of 12, such as "(CO)korea, ca, to, mi, ce, in, (AD)Gangnam, (CO)seoul, pl, se, (PN)Chinese, fo". At this time, if all 12 match, the match rate is 100%.

There may be weights, and the calculation of these weights may be done using artificial intelligence methods. And nouns and words that indicate features may have higher weights than prepositions such as in.

Figure 6 is a diagram of an embodiment that appears when a search result is selected via an input device.

This means that there are search results (31-1)(31-2)(31-3)(31-4) within the map displayed on the display (30), and one of them is selected via the input device (28). And the selection method is as follows.

1) Select one of the search results with a dot (finger or bar).

For example, as in the embodiment of Fig. 4, if there are four search results, one of the four is selected through the input device. Then, when selected, a command is executed through the input device, and the method of executing the command is as follows.

① Select a search result as a point and maintain it for a certain period of time. At this time, information (new information) is displayed on the display (30) according to the maintenance time.

For example, if you click, the first information will be displayed, if you hold it for 1 second, the second information will be displayed, and if you hold it for 2 seconds, the third information will be displayed. Similarly, the fourth information, fifth information, and more information will be displayed continuously according to the holding time. (1 second and 2 seconds are times presented as an example. Therefore, the length of time presented above may be changed depending on the situation.)

② Select the search result as a point and move the selected point. Then, information (new information) is displayed on the display (30) according to the distance moved.

For example, if you click, the first information will be displayed, if you move 5 mm (5 mm is a time presented as an example), the second information will be displayed, and if you move 10 mm, the third information will be displayed. Similarly, the fourth information, fifth information, and more information will be continuously displayed according to the movement distance. (5 mm and 10 mm are distances presented as an example. Therefore, the distances presented above may be changed depending on the situation.)

③ The angle at which the point is moved, the rotation distance, text commands, and voice commands are also applicable.

In the command of item ③, a number of different pieces of information are displayed, just like in the examples of items ① and ②.

At this time, the first information, the second information, the third information, ... simply mean that n different pieces of information are displayed.

FIG. 6 is a diagram of an embodiment in which first information is displayed when one of the search results (31-1), (31-2), (31-3), and (31-4) displayed on the map is selected through an input device (28).

According to Fig. 6, this is an example in which the search result (31-2) is selected as a point and clicked, and is an example in which the first information is displayed. In addition, in the present invention, a method in which the first information, the second information, the third information, and the nth information are displayed is determined.

First, the criteria for classifying search terms are as follows.

1) Location is the first classification criterion, such as “country, city, region, address”.

Therefore, if the search term contains location information such as "country, city, region, address", it will be classified separately by the first classification criterion.

2) Industry is the second classification criterion.

In the present invention, the industry is classified as an individual or store providing a product or service, such as “restaurant, Chinese restaurant, Korean restaurant, lawyer’s office, taxi, personal transaction, second-hand transaction, coffee shop, and specific restaurant names, trucks, marts, department stores, motels, hotels,” and individual service providers are also classified as a criterion.

3) The third category is the search term excluding the first and second classification criteria within the search term.

For example, if the search term is "A Chinese restaurant in Yeoksam-dong that serves delicious Jajangmyeon," the first classification criterion is Yeoksam-dong, the second classification criterion is Chinese restaurant, and the third classification criterion is "A place that serves delicious Jajangmyeon."

And, the first classification criterion and the second classification criterion are classification criteria for displaying search words on a map, and the third classification criterion corresponds to the first information in the information described in the present invention.

Therefore, if the search term is "Chinese restaurants in Yeoksam-dong with reviews of Jajangmyeon", Chinese restaurants (second classification criterion) in Yeoksam-dong (first classification criterion) are displayed on the map (see the example of FIG. 4 or FIG. 5), and when the Chinese restaurant (search result (31-1)(31-2)(31-3)(31-4)) is selected, information on "places with reviews of Jajangmyeon", which is the third classification criterion, is displayed in a separate window (31-2a).

However, if there is no third classification criterion in the search term, the predefined information is displayed on the display (30) as the first information.

At this time, if there is no third classification criterion in the search term, it is desirable that the first information be "food menu for restaurants, types of products provided for products, and types of services provided for services." In other words, it is desirable that the menu of products or services be the first information.

Meanwhile, as in the embodiment of Fig. 6, images (photos) or videos can be added later.

At this time, the above control is performed by the control unit (101) of the server or the central processing unit (20) of the smartphone. And the algorithm and information (data) for the above control are stored in the database (104) of the server or the memory unit (21) of the smartphone.

In addition, as repeatedly mentioned in the present invention, it is natural that language analysis technology is used and an artificial intelligence method is used when actually classifying search words according to the classification criteria of the present invention.

- Information 1 and Information 2 -

1) If there is a third classification criterion in the search term

The third classification above refers to additional information desired within the search. In the search word, there is a region and a name, and the information desired additionally from the name is the third classification.

- In the search term, the search term excluding the first classification criterion and the second classification criterion becomes the third classification criterion, and the third classification criterion becomes the first information.

- The second information is a list of products or services that a store or individual deals with. In other words, it is a menu as a type of product or service.

- The third information is not particularly limited. "Not particularly limited" means that it can be changed depending on the program situation. That is, it can include additional information about the product or service, reviews, various photos, etc., and it also includes patent ordering and payment functions. That is, one or more of the products or services being traded are selected and ordered and paid for, and ordering and payment are made in the usual way.

2) If there is no third classification criterion in the search term, the first information is a list of products or services traded by the store or individual.

- The second information is not particularly limited. It may include additional information about the product or service, reviews, various photos, etc., and it further includes a patent ordering and payment function. That is, it is a function to select one or more of the products or services being traded and order and pay, and ordering and payment are made in the usual way.

When a search term is entered, information is classified based on the criteria for information classification described above, and the information classification is performed using a typical artificial intelligence method.

3) Time Distance Simultaneous Use Example

- When one of the search results (31-1), (31-2), (31-3), and (31-4) is selected, the first information, the second information, and the third information are displayed in a separate window (31-2a) (a window existing within the map displayed on the display (30)) according to the time maintained.

If you select the above-mentioned selected search result as a point and move the point, the detail will increase. (At this time, there are two ways to move the point: one is to make one selected point and move the selected point, and the other is to make two selected points and move the two points closer or further apart.)

Of course, you can use a voice command or a text command to input "next step information, next information, or detailed information" (input by text or voice), so that the first information, second information, nth information, or detailed information is displayed.

Figure 7 is a drawing of an embodiment in which a menu list is displayed in a separate window.

As described above in the present invention, depending on the content of the search word, it can be the first information or the second information. In addition, a specific menu can be selected from the menu list to order and pay, and in this case, the order and payment are made in a conventional manner.

Figure 8 is a diagram of an embodiment of screen division.

When one of the above search results (31-1), (31-2), (31-3), and (31-4) is selected, the screen is divided as in the embodiment of Fig. 8. Then, the first information, the second information, the third information, and the nth information are displayed on the split screen (32).

At this time, it can also be applied to a foldable smartphone equipped with a foldable display. In addition, screen division is performed by controlling the central processing unit (20) of the smartphone, and a conventional screen division method is used.

Figure 9 is a diagram of an embodiment in which multiple servers may exist.

The server (100) of the present invention implements the present invention by linking with other servers. That is, n servers can be used as in Fig. 9. The present invention is implemented by linking with other servers (100-1), (100-2), (100-3), and (100-n) through an Internet communication network.

At this time, the functions of other servers are as follows.

1) This is a server (100-n) that performs ordering and payment functions.

2) It is a server that manages and executes information about industries and regions.

For example, it is a server (100-n) that manages a specific product or service in a specific region of a specific country. In the case of this server (100-n), the operator of the server (100) of the present invention may be different.

For example, the operator of a server (100-n) for legal services in the Republic of Korea is different from the operator of the server (100) of the present invention.

For example, the operator of a server (100-n) that stores information about restaurants or cafes operating in the Gyeonggi-do region of the Republic of Korea is different from the operator of the server (100) of the present invention. In addition, the server (100-n) is connected to the server (100) of the present invention and ultimately connected to a smartphone to implement the present invention.

Meanwhile, the examples of information managed by the other server (100-n) are very numerous. All types of products traded for value and all types of services traded for value are applicable. And each country and each region are applicable.

Accordingly, information about other servers and operator information are stored in the database (104) of the server of the present invention.

- Evaluation of the review -

When you buy an item after reading a review, the buyer can add another recommendation to the review or provide points.

For example, if a buyer of a product purchases a good product because of a good review, a certain amount of money can be provided as a reward. The method is as follows.

1) Click on the ID of the reviewer (00xx00 or 12300n in the example of Fig. 6) displayed in a separate window (32-2a).

When the above creek is input through the input device (28), the central processing unit (20) recognizes it.

2) An additional window (not shown in the present invention) is displayed on the display (30), and an area for entering an amount is present in the additional window, and the amount is entered into the area to transmit the amount. Alternatively, in the present invention, the amount is transmitted by selecting a predetermined amount.

This amount can be used in addition to actual cash, or points held by the purchaser. The above method will be applied as a normal order payment method.

The central processing unit (20) transmits information about the ID that received the amount or points, the entered amount, the point provider ID, and the product (or service information) with the displayed review to the server (100).

3) The control unit of the server (100) that received the above information stores the above information in a database (104).

4) The server (100) transmits information on the amount or points received to the smartphone that receives the amount or points. (The above information also includes information on the product or service for which a review was posted.)

Additionally, product or service sellers may provide points or money to reviewers.

- Classification code and input word within the concept code -

A search term is a word or sentence that a user of the present invention inputs into a search box (usually a blank space where a search term is input) to search for information on a product or service. In addition, an input term is an execution term included in the search, and is a word or sentence that is input to achieve (execute) an additional desired purpose from the searched object (individual or store).

For example, a search term could be "Order Jajangmyeon at a Chinese restaurant in Yeoksam-dong, Seoul that serves delicious Jajangmyeon."

Then, the search term is "Order Jajangmyeon at a Chinese restaurant in Yeoksam-dong, Seoul that serves delicious Jajangmyeon", and the input term is the desired execution term (additional command) to be executed within the searched object, which is "Order Jajangmyeon".

If we distinguish this as an example of the present invention, the first category is "Yeok Sam-dong, Seoul", the second category is "Chinese restaurant", and the third category (first information) is "a restaurant with delicious Jajangmyeon". And the input word is "order Jajangmyeon".

If you change the search term to word code, it is as follows.

"Jajangmyeon is delicious" is "(PN)jajangmyeon tago", and "taste" is "ta" and "good" is "go".

"Chinese restaurant in Yeoksam-dong, Seoul" is "(CO)koreaca=(CO)seoul tomicein(AD)Gangnam(CO)seoul=(AD)yeoksamdong plse(PN)Chinesefo=(PN)Chinese restaurant".

"Order jajangmyeon" is "(PN)jajangmyeon as" ("ask" is "as").

Therefore, if we change "Order jajangmyeon at a Chinese restaurant in Yeoksam-dong, Seoul that serves delicious jajangmyeon" to a concept code (word code), it is "(PN)jajangmyeon tago (CO)koreaca=(CO)seoul tomicein(AD)Gangnam(CO)seoul=(AD)yeoksamdong plse(PN)Chinesefo=(PN)Chinese restaurant (PN)jajangmyeon as".

At this time, you can classify the codes that have been changed to concept codes. For example, among the classification codes,

Assuming that the concept code is "abcd efghij klmnop qrst uxyw ooeexx kkwwwlylaa", the concept code can be classified according to the classification criteria.

The first category can be assumed to be "abcd efghij", the second category can be assumed to be "klmnop", and the third category can be assumed to be "qrst uxyw". Additionally, the input can be assumed to be "ooeexx kkwwwlylaa".

At this time, it can be assumed that the "first classification code" is "(CO-1)", the "second classification code" is "(CO-2)", the "third classification code" is "(CO-3)", and the code distinguishing the "input word" is (IN).

And, a classification code can be added to the above concept code (word code). Then, the above concept code can be changed to "(CO-1)(abcd efghij) (CO-2)(klmnop) (CO-3)(qrst uxyw) (IN) (ooeexx kkwwwlylaa)".

Meanwhile, "input words" can also be sub-classified. For example, "input words" can also have "order payment", "review input", "inquiry", etc. Assume that the input word sub-classification code for "order payment" is "aspa", the sub-classification code for "review input" is "coin", and the input word sub-classification code for "inquiry" is "as".

Then, the detailed classification code of the "order payment input word" is "IN-aspa", the detailed classification code of the "review input word" is "IN-coin", and the detailed classification code of the "inquiry input word" is "IN-as".

If the above input word is an input word that desires order economy, the detailed code of the above input word to which a detailed classification code has been assigned can be "(IN-aspa)(ooeexx kkwwwlylaa)". (Assuming that the detailed classification code of the input word is "order payment")

Similarly, if the concept code "(PN)jajangmyeon tago (CO)koreaca=(CO)seoul tomicein(AD)Gangnam(CO)seoul=(AD)yeoksamdong plse(PN)Chinesefo=(PN)Chinese restaurant (PN)jajangmyeon as" has a classification code, it becomes as follows.

"(CO-3)((PN)jajangmyeon tago) (CO-1)((CO)koreaca=(CO)seoul tomicein(AD)Gangnam(CO)seoul=(AD)yeoksamdong) (CO-2) (plse (PN)Chinesefo=(PN)Chinese restaurant) (IN-aspa)((PN)jajangmyeon as)"

- Steps for using detailed classification codes and input word codes -

When a search term is entered, the search term is analyzed and a detailed classification code and input word code are assigned. In other words, a sentence analysis method using a conventional artificial intelligence is used.

At this time, when a search term is entered and information matching the search term is retrieved, two search terms are used.

"Classification code search term" is a search term that is assigned a classification code without changing the search term into a concept code. For example, when the search term is "Order Jajangmyeon at a Chinese restaurant in Yeoksam-dong, Seoul that serves delicious Jajangmyeon", if a classification code is assigned to it, it becomes as follows, that is, "(CO-3)(Delicious Jajangmyeon) (CO-1)(Yeoksam-dong, Seoul) (CO-2)(At a Chinese restaurant) (IN-aspa)(Order Jajangmyeon)".

And, when a classification code is assigned to a concept code whose search term has changed, it becomes as follows. That is, it becomes "(CO-3)((PN)jajangmyeon tago) (CO-1)((CO)koreaca=(CO)seoul tomicein(AD)Gangnam(CO)seoul=(AD)yeoksamdong) (CO-2) (plse(PN)Chinesefo=(PN)Chinese restaurant) (IN-aspa)((PN)jajangmyeon as)".

And here's how these classification codes are used in search methods:

1) Search terms are entered through the search term input window.

An input window (a search window (input window) in which a search word is input is displayed in a conventional manner and is not illustrated separately in the present invention because it is displayed in a conventional manner) is displayed on the "display (30) of a smartphone on which a program is executed" of the present invention or the "display (30) of a smartphone connected to a server (100) capable of providing a service of the present invention". At this time, the input window is an area in which a search word is input.

Search terms are entered using the normal keyboard input method or the normal voice recognition method via an input device.

When a search term is entered, the central processing unit (20) of the smartphone or the control unit (101) of the server (in this case, the search term is transmitted from the smartphone to the server via the Internet) executes a set algorithm.

2) The entered search word is subject to morphological analysis and semantic analysis, and the artificial intelligence method is used as the above analysis method to classify the entered search word, and a classification code is assigned to the search word.

For example, when the search term is "Order Jajangmyeon at a Chinese restaurant in Yeoksam-dong, Seoul that serves delicious Jajangmyeon," if a classification code is assigned to it, it will be as follows, that is, "(CO-3)(Delicious Jajangmyeon) (CO-1)(Yeoksam-dong, Seoul) (CO-2)(At a Chinese restaurant) (IN-aspa)(Order Jajangmyeon)".

The above classification code assignment is executed by the central processing unit (20) of the smartphone or the control unit (101) of the server according to a set algorithm. At this time, in order for the control unit of the server to execute the above algorithm, the search word must be transmitted from the smartphone to the server through a wired or wireless Internet network.

3) Change the search term into a concept code.

For example, when the search term is "Order Jajangmyeon at a Chinese restaurant in Yeoksam-dong, Seoul that serves delicious Jajangmyeon," it is converted into a concept code using the above method.

The above classification code assignment is executed by the central processing unit (20) of the smartphone or the control unit (101) of the server according to a set algorithm. At this time, in order for the control unit of the server to execute the above algorithm, the search word (or the search word assigned with the concept code) must be transmitted to the server from the smartphone via a wired or wireless Internet network.

4) Search for information using the changed concept code.

A search is conducted according to the method of the preceding embodiment of the present invention.

5) The server separates the third classification code and the input word code from the search word or search word concept code.

- In the search term, the information corresponding to the search term corresponding to the third classification code becomes the first information. For example, if the search term corresponding to the third classification code in the search term is "a restaurant with delicious jajangmyeon," review information about delicious jajangmyeon is displayed in a separate window (32-2a) as the first information. In addition, if the search term corresponding to the third classification code is "view menu," menu information is displayed in a separate window (32-2a).

6) The input word is executed as follows.

- Ensure that the input word is entered into the input window. Ensure that the input word is entered into the input window that matches the detailed classification code.

For example, if the input word is a review input, the input word will be entered in the input window where reviews are entered, and if the input word is an inquiry (question), the input word will be entered in the input window where inquiries (questions) are entered.

- Execute a command that matches the input word.

For example, if the input word is "order jajangmyeon," the command to order jajangmyeon from the menu list will be executed.

Figure 10 is a diagram of an example in which an input word code is entered into an input window.

If the search term is "Enter a review saying that Jajangmyeon is delicious at the Great Wall of Yeoksam-dong."

1) Classify the above search terms using the above method.

And, the central processing unit or the control unit of the server determines that the Great Wall of China is a Chinese restaurant (based on data stored in the server's database or memory, and of course, artificial intelligence methods can be used).

2) Search for the Great Wall of Yeoksam-dong using the above method and the usual method, and determine that the input word is "Jajangmyeon is delicious" (classify the input word in the search word). Then, determine that the input word is a later input word.

3) On the Great Wall website (or homepage), you enter a review saying, “A restaurant with delicious Jajangmyeon.”

The above method is implemented by the control unit of the central processing unit or server, and is implemented using a conventional artificial intelligence method.

Figure 10 is a drawing of an embodiment of the above method, in which “This is a restaurant where jajangmyeon is delicious” is entered in the review input window.

That is, the input word is classified from the search word, and the input word is judged and classified again. In other words, the input word is classified using the usual artificial intelligence method.

For example, if the input words are orders, reviews, compliments, and complaints, each will be given a classification code. For example, if the classification code for "review" is "re", the search word "a house with jajangmyeon", which is related to the review among the input words, will be given the classification code "(IN-re)", which indicates a review as well as an input word.

Then, the input word (re-input word) part of the search term becomes "(IN-re) house with jajangmyeon".

Naturally, the above review will be entered in the review section of the homepage (or web page or application program) of the Chinese restaurant searched for by the search term.

And, an input window (33) is displayed on the smartphone display of the search term inputter (the smartphone into which the search term is input).

- How to execute according to input code -

1) The central processing unit (20) assigns a classification code to the search word and an input word classification code.

2) The central processing unit (20) transmits the “search word with classification code and input word classification code assigned” to the map-based program management unit and then transmits it to the server.

At this time, the map-based management unit refers to the map-based application program within the smartphone.

3) When a search term is transmitted to the server and the server's control unit assigns a classification code and an input word classification code to the search term, the server transmits the "search term assigned with the classification code and input word classification code" back to the smartphone, and the smartphone's central processing unit transmits the "search term assigned with the classification code and input word classification code" to the map-based program management unit.

Meanwhile, the implementation steps for input words classified as input words in search words are as follows.

1) The input word assigned a classification code is transmitted to the homepage (or web page or application (program management department).

2) Make sure that the input word is entered into the input window that matches the input word code.

3) If the input word is not a complete sentence, it is converted into a complete sentence and then entered.

For example, if the input word is "a restaurant with delicious jajangmyeon," then the input window (33) will be entered as "This is a restaurant with delicious jajangmyeon." The above completion method uses conventional artificial intelligence and sentence analysis methods.

In order for the above method to be realized, the input window existing within the homepage (web page or application) must be classified and coded in advance. The method of coding in advance is as follows.

1) The hierarchy must be set in advance.

2) Each layer must be assigned a concept code.

3) Among the “Detailed classification codes assigned to each layer,” select the “Detailed classification code assigned to each layer” that is identical to or most closely matches the “Classification code of input word or input word code.”

Figure 11 is a diagram of an embodiment in which hierarchy is preset.

As shown in Figure 11, it can be classified into Korean restaurants, coffee shops, and Chinese restaurants. And although the present invention is classified into three categories as mentioned above, it is obvious that there are more categories such as Western restaurants and buffets.

A "Korean restaurant" that sells Korean food will have multiple restaurants (vendors) (33-1), a "coffee shop" that sells various drinks will have multiple restaurants (vendors) (33-2), and a "Chinese restaurant" that sells Chinese food will have multiple restaurants (vendors) (33-3).

As in the embodiment of Fig. 11, each restaurant (store) has its own sub-steps. That is, the "Great Wall (store (33-3))", which is classified as a Chinese restaurant, has the first step (33-3a) such as "menu, order, review, evaluation, point."

All detailed steps (33-3a) are changed into concept codes. That is, each of the detailed steps (33-3a) has a feature (role), and the feature (role) is changed into a concept code.

For example, in the sub-step belonging to the first step, there is an item called "Menu", and the "Menu" is changed into a word code. Then, if the sub-classification code of the input word matches or most matches with that of "Menu", "Menu" is displayed.

4) By the above-mentioned selected detailed classification code, an input word is entered into the input window (33) corresponding to the above-mentioned selected detailed classification code and displayed on the display (30).

5) The input word is entered into the input window (33) shown on the display, and if necessary, the sentence is changed to a complete form.

- Execution method according to the 3rd classification code -

If the search term contains a third classification code, a detailed step (33-3a) matching the third classification code of the search term is displayed as first information on the smartphone display. For example, if the search term contains “menu” as the third classification code, the menu of the store (Great Wall of China in the above embodiment) is displayed on the smartphone display (30).

The above process is performed in the central processing unit (20) of the smartphone or the control unit (101) of the server. And, if artificial intelligence technology is required in each process, a conventional artificial intelligence method is used.

- Example of input words entered in the input window -

If the input word "order 3 bowls of jajangmyeon" exists in the search term, the order input window (33) of the store (Great Wall of China in the above example) is displayed, and "order 3 bowls of jajangmyeon" is entered in the order input window (33).

Then, the information entered in the order entry window is transmitted to the operator terminal (or smartphone or computer) of the sales outlet (Great Wall in the above example) and the order is placed.

- How to execute a program by inputting a word -

For example, it can be assumed that the input word in the search term is "Order 3 bowls of Jajangmyeon." And according to the above embodiment of the present invention, "Order 3 bowls of Jajangmyeon." is entered in the order input window (33). However, ordering and payment can actually be executed programmatically, and the steps are as follows.

1) Coding (coding the characteristics (roles) of each detailed step) for each detailed step (33-3a)(33-3b)(33-3c) must be constructed, and the code for the detailed step must be stored in the server's database (104) or the smartphone's memory.

2) Compare the concept code of the input word with the code of the detailed step and select the matching detailed step.

3) Carry out detailed steps,

The above process is executed by the central processing unit (20) of the smartphone or the control unit (101) of the server according to a set algorithm. And the above algorithm is stored in the memory unit (21) of the smartphone or the database (104) of the server.

- How to implement input in detail -

1) If an input word exists in the search term, the input word is assigned an input word code and a detailed classification code. Then, the input word is changed to a concept code (word code).

And, the concept code (classification code, word code with detailed classification code) changed in the central processing unit is transmitted to the map-based order payment program management department.

If the input word is "Order and pay for jajangmyeon", then the input word classification code is assigned to the input word and the input word is changed to a word code (concept code), which becomes "(IN-aspa)((PN)jajangmyeon aspa)". In this case, "aspa" is the detailed classification code of the input word.

2) The program management department searches for the sub-step (step 1, step 2, step 3) that matches or best matches the sub-classification code of the input word.

3) The program management section enters the input word into the input window if the input word is a sentence that is entered into the input window. If the input word is a command that executes a command, it executes the command.

At this time, the program command that matches or most matches the word code of the input word (the program command changed to the word code) is selected and the selected program command is executed.

In addition, for each program command existing as an algorithm within the program management unit, a command code that matches or most matches the command code (a code that changes the command into a word code) is selected, and the command corresponding to the selected command code is executed.

At this time, the program management unit is an algorithm that executes the function of the present invention (map-based order payment) in the smartphone central processing unit.

Meanwhile, the above step 1) can be performed in the control unit of the server, and the above steps 2) and 3) can also be performed in the control unit of the server.

In order for the central processing unit (20) to perform the processes 1), 2), and 3), the codes of the detailed steps (33-3a)(33-3b)(33-3c) must be stored in the memory unit (21), and in order for the control unit of the server to perform the processes 1), 2), and 3), the codes of the detailed steps (33-3a)(33-3b)(33-3c) must be stored in the database (104).

- Search for detailed classification code or command code -

1) Search for detailed classification code or command code is performed in the central processing unit.

The central processing unit controls the operating system of the smartphone according to a set algorithm. In addition, the central processing unit also controls the algorithm within the program management unit that controls the map-based order payment of the present invention.

Therefore, the above search can be performed by an algorithm controlling the smartphone operating system, or by an algorithm within the program management department.

In order to implement the former search method, the program management department must provide a “detailed classification code or command code” to the smartphone operating system.

In order to implement the latter search method, "search words that are assigned classification codes and input word codes and changed into concept codes" must be transmitted to the program management department.

2) Implemented on the server,

- “Detailed classification code or command code” must be stored in the server’s database.

The change to "search word that is given a classification code and input word code and changed into a concept code" can be performed in the central processing unit or in the control unit of the server. Of course, the data required for the above change is stored in the memory unit (21) or the database (104).

Figure 12 is a diagram of an embodiment for classification of detailed information.

As shown in Fig. 12, the second stage (33-3b) exists below the first stage (33-3a), and the third stage (33-3c) exists below that. Then, a corresponding concept code is created for each detailed stage, and the created concept code is stored.

For example, if the input word is "Display Jajangmyeon in detail", "Menu", which has a list of several dishes, is selected, and "Jajangmyeon" is selected from there, and information about Jajangmyeon is displayed on the display (30). At this time, the "Menu" and "Jajangmyeon" codes (of course, a clear proper noun like "Jajangmyeon" may not be coded. In other words, it may be searched as is with the word Jajangmyeon) exist.

And, language analysis is performed on the input word "Display Jajangmyeon in detail" and changed into a concept code, and, by comparing the concept code of the input word with the concept code of the detailed step (33-3a)(33-3b)(33-3c), the corresponding detailed step is displayed on the display (30). Naturally, there are other dishes in the above menu besides Jajangmyeon.

If the input word is "order payment for 3 bowls of jajangmyeon", the central processing unit (20) or control unit (101) similarly changes the input word into a concept code and selects and executes detailed steps (33-3a)(33-3b)(33-3c) that match the concept code. Payment ultimately means connection with a normal payment processing program.

The payment process may include additional password or authentication (typical methods such as fingerprints or faces).

In conclusion, when the search term and the concept code of the search term are transmitted to the server, it is natural that the ID of the smartphone (smartphone user member) into which the search term was entered is also transmitted to the server. Then, when a review, order, etc. is made, the server control unit determines that the order or review was made through the smartphone (smartphone user ID) into which the search term was entered and stores it in the server database.

Figures 13 to 15 are drawings of embodiments in which the present invention is implemented by adding a smart watch and earphones.

FIG. 13 is a diagram of an embodiment in which a smartphone (or portable display device) (110), a smart watch (150), and wireless earphones (200) communicate with each other over a short distance.

Figure 14 is a configuration diagram of a smartwatch, and Figure 15 is a configuration diagram of earphones.

The functions of the central processing unit (151), memory unit (152), communication module (153), input/output unit (154), and display (156) that constitute the smartwatch (150) can refer to the description of the embodiment of FIG. 3 of the present invention.

The above communication module (153) is a module that enables short-distance communication with the above smartphone (110), and a typical short-distance communication method such as Bluetooth or WiFi is used. In addition, the input/output unit (154) means typical input/output functions such as a lamp, microphone, speaker, and vibrator.

And the wireless earphones are equipped with a central processing unit (201) that controls each part of the wireless earphones, a memory unit (202) that stores a control algorithm program or necessary information, a communication module (203) that enables short-distance communication with the smartphone (110) or the smart watch (150), a microphone (204) that inputs a voice signal, and a speaker (205) that outputs a voice signal.

- The method by which a smartphone (110), a smart watch (150), and wireless earphones (200) operate in conjunction with each other through short-range communication is as follows.

1) Operate a map-based order payment program (a program implementing the present invention) via a smartwatch.

A program for sending an "operation signal" to a program management unit that performs a map-based order payment stored in a smartphone (110) is stored in advance in the smart watch (150), and the program is stored in the memory unit (152) of the smart watch (150) and executed under the control of the central processing unit (151) of the smart watch (150).

And, when the above “operation signal” is received, a program that causes the map-based order payment program to be executed by the program management unit is also stored in advance in the smartphone (110).

The above "operating signal" may include a knocking sound, etc., and may also include a voice such as "Perform map-based order payment."

When a “map-based order payment” is performed on a smartphone, the smartphone transmits a signal to the smartwatch notifying that a “map-based order payment” has been performed. The signal is based on a pre-determined program.

2) A search term is entered into the smart watch (150) through the input/output unit (154).

The central processing unit (151) of the smart watch (150) transmits a search word entered through the input/output unit (microphone) (154) to the smartphone (110) through the communication module (153).

3) The smartphone (110) that receives the above search word through the short-range communication unit in the R/F unit (24) assigns a classification code and an input word code under the control of the central processing unit (20), changes it into a word code, and transmits it to the program management unit (map-based order payment implementation program).

Or, it is transmitted to the server. (When transmitting to the server, the search word transmitted from the smartwatch may be transmitted as is. In this case, the search word is assigned a classification code and an input word code using the method of the previous embodiment of the present invention, and then changed to a word code.)

4) By the above method of the present invention, information matching the search word is searched, and information (first information) corresponding to the third classification code among the search words is changed into a voice signal.

The above search can be performed under the control of the central processing unit (20) or under the control of the control unit (101) of the server.

The above voice signal change can be performed by the server control unit or by the smartphone central processing unit. A typical voice signal change program is used.

When retrieved from the server and converted into a voice signal by the server, the server transmits the converted signal to the smartphone.

5) The smartphone transmits voice signals to the wireless earphones.

The smartphone central processing unit (20) transmits the voice signal to the wireless earphones through the short-range communication unit in the R/F unit (24).

The wireless earphone receives the voice signal through the communication module (203), and the central processing unit (201) of the wireless earphone outputs the voice signal through the speaker (205).

At this time, the following process also takes place.

- Before sending a voice signal from the smartphone (110) to the earphone, a signal can be sent to the smartwatch (150) to notify that the voice signal is ready to be transmitted. (This is for users who want to use voice control only with the smartwatch without taking out the smartphone from a bag, etc.)

This signal can be in the form of an alarm or a message (a message displayed on the display (156)) on the smartwatch, then by tapping the wireless earphones, the wireless earphones turn on and receive the voice signal transmitted from the smartphone.

- The above voice signal can be transmitted from the smartphone to the smartwatch, and the voice signal can be transmitted from the smartwatch.

- The server can transmit voice signals to smart locations and transmit voice signals from smart watches.

Meanwhile, by adding additional functions to wireless earphones, the steps below can be added.

1) The voice signal is created from a smartphone (in some cases, the voice signal can be created from a smartwatch) or a server.

2) Once the voice signal is created, a signal can be sent from the smartphone or server indicating that the voice signal has been created. (In the case of a smartwatch, it is output in the form of an alarm or message.)

A user of the present invention operates the wireless earphones.

3) After a predetermined period of time (e.g. 3 seconds), a voice signal is transmitted from the smartphone to the wireless earphones (or can be transmitted from the smartwatch).

When a voice signal is sent from a smartphone, the smartphone sends a signal to the smartwatch, and the smartwatch display (156) may display that a voice signal is being sent.

4) A resend command is executed from the smartwatch.

When transmitting a voice signal, a re-send button may exist within the “voice signal transmission indication” on the smartwatch, and when re-sending is touched via the input device (155), the central processing unit (151) sends a re-send signal to the smartphone, and the smartphone re-transmits the voice signal to the earphones.

If a voice signal is sent from the smartwatch, the voice signal can be sent from the smartwatch to the wireless earphones by the above retransmission command.

The above redial command can take various forms and is not necessarily limited to a redial button.

In the present invention, a smartwatch and a smartphone are distinguished, but there may be no difference in function, and there may be differences in performance and size. As a result, the algorithm implemented in the smartphone of the present invention may be implemented in a smartwatch.

Meanwhile, wireless earphones may have new features.

1) Send a signal from your smartphone or smartwatch to the earphones to transmit the audio signal.

2) The central processing unit (201) of the earphone operates the earphone and sends an earphone operation signal to a smartphone or smart watch.

3) The smartphone or smartwatch that receives the above operating signal transmits the above audio signal to the wireless earphones.

In the present invention, it is obvious that each of the components illustrated in FIG. 1, FIG. 2, FIG. 3, FIG. 14 and FIG. 15 plays a role and the algorithm and technology of the present invention are implemented.

10: Input/output section 20: Central processing unit
21: Memory section 24: R/F section
28 : Input device 30 : Display
31-1, 31-2, 31-3. 31-4: Search results 31-2a: Separate window
32: Split screen 33: Input window
33-1,33-2,33-3 : Sales outlet 33-3a : Stage 1
33-3b: Stage 2 33-3c: Stage 3
100: Server 101: Control Unit
104: database 100-n: other server
110 : Smartphone 150 : Smart Watch
151: Central processing unit 152: Memory unit
153: Communication module 154: Input/output section
155 ; Input device 156 : Display
201: Central processing unit 202: Memory unit
203: Communication module 204: Microphone
205 : Speaker

Claims (8)

A server equipped with a control unit and a database is connected to a wired or wireless Internet communication network.
Information is transmitted and received through short-range communication with a smartwatch equipped with a microphone, central processing unit, and short-range communication module.
Transmits voice signals to wireless earphones equipped with a central processing unit and speakers,
In a smartphone equipped with an input device, a central processing unit, a memory unit and a display,
When a voice signal, which is a search word, is input from the smartwatch, the smartphone receives the voice signal from the smartwatch.
The above received voice signal is changed into text, information is searched using the changed text, and the searched information is changed back into a voice signal.
A smartphone using a short-range communication network characterized in that the above smartphone transmits the changed voice signal to wireless earphones. A smartphone using a short-range communication network, characterized in that in claim 1, a voice signal received from the smart watch is converted into text by the smartphone or server. In the first paragraph, when information is searched with the text,
A smartphone using a short-range communication network characterized by searching from a smartphone memory or a database on a server. When a search term for a product or service to be purchased is entered through the input device on a smartphone equipped with an input device, a central processing unit, a memory, and a display,
A map is displayed on the above display, and the locations of individuals or stores providing the products or services are displayed as search results on the map.
When the above search results are selected through an input device,
A map-based ordering payment method on a smartphone, characterized in that additional information about the search results is displayed through a separate window. A map-based order payment method on a smartphone, characterized in that the search word in claim 4 is entered through a smartwatch. In the fourth paragraph, if there is a basic word code representing the basic concept as a code, and a word code is created by combining the basic word codes, and two or more of the word codes are used, when the concept code is created,
A map-based order payment method on a smartphone, characterized in that the above search word is changed into a concept code. In the fourth paragraph, the information displayed in the separate window is distinguished into first information, second information and nth information,
When the above search term is categorized into regions, names, or additional desired information within a name,
Through the above search term, a region or name is searched, and if additional desired information is searched within the above name,
A method for ordering and paying on a smartphone based on a map, characterized in that when additional desired information is searched, the search result becomes the first information. A map-based order payment method, characterized in that in claim 4, the display is a foldable display, the screen of the foldable display device is divided to have a split screen, and the first information, the second information, and the nth information are displayed on the split screen.