CN204928927U - full display phone - Google Patents

Abstract

The utility model provides a push -through presentation screen cell -phone, each integrated sensor and earphone setting in the frame of cell -phone top, including mobile phone body, two lateral walls of this mobile phone body all are provided with three cell -phone button, and the cell -phone button sets up symmetrically, and mobile phone body's top is provided with at least one sensor and earphone, and the sensor encapsulates on the circuit board of the middle part of a top frame with the earphone is integrated, and the surface at sensor and earphone and mobile phone body's top is 45 angle to directional mobile phone body's positive direction. The design of sensor, earphone and both sides lateral wall button can make cell -phone totality volume and front face area reduce to the design of all -screen no frame has been realized. Two lateral walls of mobile phone body are provided with a plurality of pressure sensor and are close to cell -phone button position, and pressure sensor's quantity is corresponding with the quantity of cell -phone button. Can make the cell -phone judge whether the user uses a left side or right hand use cell -phone automatically to automatically, make the adjustment, use the cell -phone with convenience of customers.

Description

full display phone

technical field

The utility model relates to the field of communication equipment, in particular to a mobile phone with a full display screen.

Background technique

Nowadays, mobile phones have become an indispensable communication tool for people, and people's requirements for mobile phones are getting higher and higher. The all-in-one smartphone. With the continuous development of the mobile phone industry, the performance of mobile phones is getting higher and higher, which also includes the development of mobile phone display screens. From the initial mobile phone with a simple display of small screen buttons, it has developed into a large-screen mobile phone with a combination of touch screen and display screen, and the display screen is getting bigger and bigger, which brings people a better experience. However, the size of the display screen At the same time, the shape of the mobile phone is also enlarged, which makes it extremely inconvenient to operate with one hand, and it is not conducive to carrying. Therefore, what users are pursuing now is a smaller mobile phone size and a larger display screen area. And the current mobile phone display is on the front of the mobile phone, and is integrated on the same surface with the touch screen, earpiece, sensor, front camera, function keys, etc. of the mobile phone. Because the above components are all arranged on the front of the mobile phone, the front area of the mobile phone or the area of the touch screen is always larger than the area of the display screen, and a part of the front area of the mobile phone is always occupied by the above components. Less than a full-screen borderless display. This limits the size of the front area of the mobile phone to a certain extent, and the use effect is not satisfactory. Therefore, how to achieve the largest display area while achieving the smallest volume of the mobile phone will be the future direction of mobile phone development.

In addition, most of today's mobile phones do not take into account the handedness of mobile phone users, and only use the right hand to operate by default, which also brings some inconvenience to left-handed mobile phone users.

Contents of the invention

In order to realize a full-screen borderless mobile phone and consider mobile phone users' right-handed mobile phone habits, it is necessary to overcome the design problems of the touch screen, earpiece, sensor, front camera, and function keys. A full-display phone in the top frame.

For this reason, the utility model provides a kind of mobile phone of full display screen, each integrated sensor and earpiece are arranged in the mobile phone top frame, comprise mobile phone body, three mobile phone keys are all arranged on the two side walls of mobile phone body, and mobile phone body The mobile phone buttons on the two side walls are arranged symmetrically; the handset and at least one sensor are arranged inside the mobile phone body, the handset and the sensor are arranged in the top frame of the mobile phone body, and the handset and the sensor are arranged obliquely with the upper surface of the mobile phone body, and face the mobile phone the front of the body.

It can be seen from the above scheme that setting the mobile phone buttons on the side wall of the mobile phone body and the handset and the sensor on the top of the mobile phone body can provide the largest space for the mobile phone touch screen and greatly increase the screen-to-body ratio of the mobile phone, that is, the display screen. The area of the mobile phone and the surface area of the mobile phone should reach a ratio of 1:1 as far as possible, thereby overcoming two important design difficulties of the full-screen borderless design, allowing the mobile phone to maximize the display while maintaining the smallest volume, which is more convenient for mobile phone users. experience mobile phone. In addition, three mobile phone buttons are arranged on the two side walls of the mobile phone body, fully considering the left and right handed usage habits of mobile phone users, and making it convenient for mobile phone users to switch between left and right hands to use the mobile phone.

In one solution, the earpiece and the sensor are integrated and packaged on a circuit board, and the circuit board is located in the middle of the top frame in the width direction of the mobile phone.

It can be seen that the integrated packaging of the earpiece and the sensors on one circuit board realizes the integrated packaging of the earpiece and multiple sensors, which helps to reduce the volume occupied by the earpiece and multiple sensors. And in the width direction of the mobile phone, the circuit board is located in the middle of the top frame. Compared with distributing the earpiece and the sensor, the circuit board of the mobile phone can be optimized, and the mobile phone is more beautiful. Mobile phone users generally put the middle part of the top of the mobile phone close to the ear when using the mobile phone. Such a setting is also more in line with the usage habits of mobile phone users.

Preferably, the earpiece forms an angle of 45° with the upper surface of the mobile phone body.

It can be seen that, since the earpiece is arranged on the top of the mobile phone body, when the mobile phone user answers the phone, the sound is easy to overflow, so that the sound heard by the user is too small, so the earpiece is arranged at an angle of 45° with the upper surface of the mobile phone body, and The front of the mobile phone body is provided with a touch screen, which is convenient for the mobile phone user to make the sound propagate toward the human ear when answering the phone, so that the user can clearly hear the sound from the mobile phone.

Preferably, the sensor forms an angle of 45° with the upper surface of the mobile phone body.

It can be seen that the sensor is placed on the top of the mobile phone body, and the sensor is at an angle of 45° to the upper surface of the mobile phone body. When answering a call, the mobile phone user does not need to tilt the mobile phone, so that the sensor points to the human body, and at the same time, it can prevent the sensor from not sensing The human body does not act accordingly.

In another solution, the earpiece and the sensor are arranged on the surface of the circuit board, and the circuit board is arranged obliquely to the upper surface of the mobile phone body, and faces the front of the mobile phone body.

It can be seen that the oblique arrangement of the circuit board and the upper surface of the mobile phone body has the same effect as the oblique arrangement of the earpiece and the sensor on the upper surface of the mobile phone body. When the user answers the phone, the earpiece and the sensor point to the human body. If the circuit board is arranged obliquely, the earpiece and the sensor do not need to be designed to be inclined relative to the surface of the circuit board.

In a further solution, the sensor includes at least one of a distance sensor, a brightness sensor or an infrared sensor.

It can be seen from the above scheme that the setting of the distance sensor or the brightness sensor can more conveniently measure the distance between the user's human body and the mobile phone body when answering the phone, and make a corresponding response. For example, in the state of answering the phone, when the human body is away from When the mobile phone body is outside a certain distance range, the mobile phone automatically displays the screen, and when the human body approaches the mobile phone body within a certain distance range, the mobile phone automatically turns off the screen. The setting of the brightness sensor can perceive the brightness of the environment where the mobile phone screen is located, so that the mobile phone can make a correct response. For example, when the user is using the mobile phone, if the surrounding light is dark, the brightness sensor will perceive the The information is fed back to the processor, and the processor makes an instruction to increase the brightness of the mobile phone screen. If the surrounding light is bright, the processor makes an instruction to reduce the screen brightness, so that the screen brightness is always kept in the comfortable range for the human eye . The settings of these sensors can bring better user experience.

In a further solution, multiple pressure sensors are provided on the two side walls of the mobile phone body.

It can be seen that, considering the right-handedness of the mobile phone user when using the mobile phone, in order to facilitate the user to use the mobile phone, several pressure sensors are arranged on the two side walls of the mobile phone. Such a setting can use the information received by the pressure sensor, and the processor can judge the use of the left and right hands of the mobile phone user, and make corresponding adjustments. For example, when the processor determines that the user is using the left hand to operate the mobile phone, the processor automatically adjusts the button functions and mobile phone applications to adapt to the left-handed operation; when it determines that the user is using the right hand to operate the mobile phone, the processor automatically adjusts the key functions and mobile phone applications to adapt Right hand operation.

In a further solution, the pressure sensor is arranged near the keys of the mobile phone, and the number of pressure sensors is the same as the number of keys of the mobile phone.

It can be seen from the above solution that the number of pressure sensors is set to correspond to the number of keys on the mobile phone, which can make it easier for the processor of the mobile phone to determine the use of the left and right hands of the mobile phone user. When the mobile phone user uses the mobile phone with the left hand, the three buttons on the right side wall of the mobile phone body are all squeezed by fingers, but the three buttons on the left side wall of the mobile phone body are not all squeezed, and the processor can make a left-handed use mobile phone accordingly. judgment. Conversely, when the three buttons on the left side wall of the mobile phone body are all squeezed by fingers, but the three buttons on the right side wall of the mobile phone body are not all squeezed, the processor makes a judgment that the mobile phone user is using the mobile phone with his right hand.

Description of drawings

Fig. 1 is a structural diagram of the utility model mobile phone.

Fig. 2 is a front sectional view of the mobile phone of the present invention.

Fig. 3 is a side sectional view of the mobile phone of the present invention.

Fig. 4 is the sectional enlarged view of the earpiece of the mobile phone of the present invention.

Fig. 5 is an enlarged cross-sectional view of the brightness sensor of the mobile phone of the present invention.

The utility model will be further described below in conjunction with accompanying drawings and embodiments.

Detailed ways

Most of the existing smart phones use larger touch screens, but what users are pursuing now is a smaller mobile phone volume and a larger display screen area. As we all know, most of the existing mobile phones have earpieces, various sensors, front-facing cameras, and multiple physical or virtual buttons directly below occupying the overall volume and area of the mobile phone. In order to reduce the overall volume and area of the mobile phone, this practical The new model integrates the earpiece and sensors directly above it into one component and sets it directly above the top frame of the mobile phone, cancels the front camera and the three buttons at the bottom, and sets three groove-shaped buttons symmetrically on both sides of the mobile phone. To replace the buttons at the bottom, thereby reducing the overall volume and front area of the mobile phone, and realizing the design purpose of full screen and no frame on the front of the mobile phone.

As shown in Fig. 1 and Fig. 2, the mobile phone of the present utility model is the smart mobile phone with multiple sensors, and it comprises mobile phone body 1, and three mobile phone buttons 2 are all arranged on two sidewalls 12 and 13 of this mobile phone body 1, And the three mobile phone keys 2 that are respectively arranged on the two side walls 12 and 13 of the mobile phone body 1 are arranged symmetrically.

A plurality of sensors are arranged inside the mobile phone body 1 and are located in the frame of the mobile phone body 1 . A pressure sensor 6 is set near each mobile phone button 2 to judge the use of the left and right hands of the mobile phone user, and make adjustments to the corresponding button functions and mobile phone applications according to the judgment results, so that the mobile phone is adapted to the left hand operation or right hand operation of the mobile phone user. Provide convenience for users. In addition, the number of pressure sensors 6 corresponds to the number of keys 2 of the mobile phone, which makes it easier for the processor of the mobile phone to determine whether the mobile phone user is using the left or right hand. When the mobile phone user uses the mobile phone with his left hand, the three buttons 2 on the right side wall 12 of the mobile phone body 1 are all squeezed by fingers, but the three buttons 2 on the left side wall 13 of the mobile phone body 1 are not all squeezed, and the processor can according to Therefore, it is judged that the mobile phone is used by the left hand. Conversely, when the three buttons 2 of the left side wall 13 of the mobile phone body 1 are all squeezed by the fingers, and the three buttons 2 of the right side wall 12 of the mobile phone body 1 are not all squeezed, the processor makes the right hand button of the mobile phone user. Judgment on the use of cell phones.

It can also be seen from FIG. 2 that the earpiece 4, the distance sensor 3 and the brightness sensor 5 are integrated and packaged on a circuit board (not shown in the figure), and in the width direction of the mobile phone body 1, the circuit board is located on the top of the mobile phone. 11 The middle of the frame. Such setting can optimize the circuit board of the mobile phone, and the mobile phone is more beautiful. When a mobile phone user uses a mobile phone, the middle part of the top 11 of the mobile phone is generally placed close to the ear, and such a setting is more in line with the usage habits of the mobile phone user.

Moreover, the circuit board integrated with the earpiece 4, the distance sensor 3, and the brightness sensor 5 can be pre-designed and produced. When assembling the mobile phone, the circuit board integrated with the earpiece 4, the distance sensor 3, and the brightness sensor 5 is installed on the top frame of the mobile phone. Just inside, thereby reducing the difficulty of assembling the mobile phone.

Certainly, the circuit board integrated with the earpiece 4, the distance sensor 3, and the brightness sensor 5 can be obliquely installed in the top frame, that is, the circuit board is inclined to the upper surface of the mobile phone body and faces the front of the mobile phone body.

As shown in FIG. 3 , a distance sensor 3 is provided on the top 11 of the mobile phone body to measure the distance between the human body and the mobile phone body 1 . But because the distance sensor 3 is arranged on the top 11 of the mobile phone body 1, when the mobile phone user answers the phone, it is not easy to measure the distance between the human body and the mobile phone body 1. Therefore, the distance sensor 3 is set to an angle of 45° with the surface of the top 11 of the mobile phone body 1, and towards the front of the mobile phone body 1, that is, the side with a touch screen, which can more easily measure the user's body when answering the phone. The distance between the mobile phone body 1 and the corresponding response, such as in the state of answering the phone, when the human body is far away from the mobile phone body 1 within a certain distance, the mobile phone will automatically display the screen; when the human body is close to the mobile phone body 1 within a certain distance , the phone turns off the screen automatically.

As shown in Figure 4, the earpiece 4 is arranged on the top 11 of the mobile phone body 1, and when the mobile phone user answers the call, the sound tends to overflow, making the sound heard by the user too small. Thereby earpiece 4 is set and the upper surface of mobile phone body 1 is the angle of 45 °, and is provided with the front of touch screen towards mobile phone body 1, can make things convenient for mobile phone user when answering a call, sound propagates toward the direction of human ear, and user can clearly Hear the voice coming from the mobile phone.

As shown in FIG. 5 , a brightness sensor 5 is provided in the mobile phone body 1 to sense the brightness of the surrounding environment of the mobile phone body 1 . The brightness sensor 5 is set to an angle of 45° with the surface of the top frame 11 of the mobile phone body 1, and points to the front direction of the mobile phone body 1, which helps the brightness of the light perceived by the brightness sensor 5 to be closer to that of the mobile phone screen. The light brightness of the surrounding environment, so that the mobile phone can make a correct response. For example, when the user is using the mobile phone, if the surrounding light is dark, the light brightness sensor 5 will feed back the perceived information to the processor, and the processor will make a response. The instruction to increase the brightness of the mobile phone screen, if the surrounding light is bright, the processor will issue an instruction to reduce the brightness of the screen, so that the brightness of the screen is always kept within the range acceptable to the human eye, bringing a better experience for users .

It should be pointed out that the positions, angles and types of the above-mentioned sensors are only a preferred embodiment of the mobile phone of the present invention, and the positions, angles and types of the sensors can be changed to optimize the mobile phone.

It should be noted that the above are only preferred embodiments of the present utility model, but the design concept of the present utility model is not limited thereto. within the scope of the new protection.

Claims (9)

1. A mobile phone with a full display screen, including a mobile phone body, three mobile phone buttons are arranged on the two side walls of the mobile phone body, and the mobile phone buttons on the two side walls of the mobile phone body are arranged symmetrically; An earpiece and at least one sensor are arranged inside the mobile phone body; It is characterized by: The earpiece and the sensor are arranged in the top frame of the mobile phone body, and the earpiece and the sensor are inclined to the upper surface of the mobile phone body and face the front of the mobile phone body. 2. The mobile phone with a full display screen according to claim 1, wherein the earpiece and the sensor are integrated and packaged on a circuit board. 3. The mobile phone with full display screen according to claim 2, characterized in that: in the width direction of the mobile phone, the circuit board is located in the middle of the top frame. 4. The full-display mobile phone according to any one of claims 1 to 3, characterized in that: the receiver forms an angle of 45° with the upper surface of the mobile phone body. 5. The mobile phone with full display according to any one of claims 1 to 3, characterized in that: the sensor forms an angle of 45° with the upper surface of the mobile phone body. 6. The mobile phone with full display screen according to claim 3, characterized in that: the receiver and the sensor are arranged on the surface of the circuit board, and the circuit board and the upper surface of the mobile phone body are arranged obliquely , and facing the front of the mobile phone body. 7. The mobile phone with full display according to any one of claims 1 to 3, wherein the sensor includes at least one of a distance sensor, a brightness sensor or an infrared sensor. 8. The mobile phone with full display according to any one of claims 1 to 3, characterized in that: the two side walls of the mobile phone body are provided with a plurality of pressure sensors. 9 . The mobile phone with a full display screen according to claim 8 , wherein the pressure sensor is arranged at a position close to the keys of the mobile phone, and the number of the pressure sensors is equal to the number of the keys of the mobile phone.