KR101086795B1 - Comparative experience unit with power consumption or standby power - Google Patents

Abstract

PURPOSE: A consumption or standby power comparative experience table is provided to prevent energy waste derived from standby and consumption power. CONSTITUTION: Electronic devices are installed by being divided into left and right sides of the upper surface of a table. A high efficiency electronic device(330a) is arranged in one side of the upper surface of the table. A low efficiency electronic device(330b) is arranged in the other side of the upper surface of the table in order to be contrasted with the high efficiency electronic device. An overload cut-off device is able to block the overload of power supplied to the high efficiency electronic device and low efficiency electronic device. A two-door type door easily guides an inner wiring work in the rear surface of the table. A display(230) is installed along an H type pillar in order to be able to be controlled.

Description

Experience vs. consumption or standby power {COMPARATIVE EXPERIENCE UNIT WITH POWER CONSUMPTION OR STANDBY POWER}

The present invention relates to a power consumption or standby power comparison experience zone, and more specifically, by comparing the power consumption or standby power consumption of electrical or electronic products, and visualizing the current status of monthly and yearly use, and outputting it to a large monitor, The present invention relates to a comparison of consumption or standby power, which can help to realize the necessity of energy saving and maximize the motivation for energy saving.

Standby power refers to power consumed in a state in which a home appliance is not connected to an external voltage and does not perform its main function or waits for a command for performing the main function from an internal or external source.

The average standby power consumed by household appliances such as audio, televisions, VTRs, air conditioners, microwave ovens, home appliances such as PCs, monitors, telephones, printers, or boilers is 3.66 watts. It is reported that the number is 15.6, and the amount of electricity discarded in the standby time is more than 10% of household and commercial power consumption in Korea, reaching about 760 billion won per year, which is equivalent to the cost of constructing two thermal power plants. It is said to be the same.

Thus, there is a need to reduce standby power both personally and nationally.

In addition, power consumption refers to power that is constantly used in an electric device, and is expressed as a product of voltage (V) and current (I) power factor (COSθ) as energy per unit time used in the electric device (P = V × I × COSθ), and the unit is watt (W), and is indicated for each electric device.

In addition, in terms of power consumption, the amount of energy consumed by efficiency is comparable to that of standby power. As a result of the low carbon green growth law on the depletion of fossil energy and the enactment of the Framework Act on Low Carbon Green Growth for eco-friendly green growth technology, It is a situation where daily life is required.

However, in the case of general consumers, the concept of the standby power and the power consumption is not established, and in many cases, the choice is made far from energy saving only in terms of design in selecting electric equipment.

Of course, if a lot of electric devices are released that can simultaneously meet design and energy savings, it will be a good thing, but the reality is not.

Until now, most of the energy savings have been promoted or injected into the form of public service advertisements through questionnaires, booklets or broadcast media.

Accordingly, it is true that there has been a lot of changes in the perception of society, but since it is not practically experienced, it cannot be felt by the skin, so the energy saving effect does not appear much.

The present invention was created in view of the above-described problems in the prior art, and maximizes the energy saving effect by producing and utilizing a content-type experience hall or experience zone so as to realize the necessity of energy saving. The purpose is to provide a comparison of power consumption or standby power.

Another object of the present invention is to model the relationship between the energy waste situation derived from standby power consumption and power consumption, and CO ₂ emissions from fossil fuels to be experienced together to induce a change in the perception of the bottom of society, through which low carbon Its purpose is to contribute to the realization of society for green growth.

The present invention is a means for achieving the above object, a rectangular box-shaped table; A mounting plate fixed to the top rear of the table; A support frame coupled to the bottom rear of the table; An H-shaped strut perpendicular to the support frame; A display fixed to the top of the post and disposed toward the front of the table; A plurality of electrical devices arranged on the top of the table and the front of the mounting plate and wired to receive power; First and second cam switches installed on an upper surface of the table to allow the experienced person to select the electric devices to switch power supply to the electric devices; First and second power measuring devices installed on an upper surface of the table to measure power consumption and standby power of electrical devices; In the interior of the table, the control unit for controlling to display and display the value measured by the first and second power meter on the display; Consumption or standby power comparison experience including; The electrical devices are installed bilaterally from the upper surface of the table, one side is provided with a high-efficiency electrical equipment and the other is arranged in a symmetrical arrangement of low-efficiency electrical equipment to be contrasted with the high-efficiency electrical equipment; The table further includes an overload circuit breaker that can block the overload of power supplied to the high efficiency electrical equipment and the low efficiency electrical equipment; A rear door is further installed at the rear of the table to easily guide the internal wiring work; The display provides a consumption or standby power comparison experience stage, characterized in that the height adjustable along the H-shaped post is installed.

In this case, the high-efficiency electrical device or low-efficiency electrical device is also characterized in that it further comprises an AC OUTLET that can be confirmed by directly connecting the electrical equipment possessed by the experienced person.

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According to the present invention, by drastically changing the change in the perception of energy saving through practical experience, it is possible to prevent the energy waste of 500 billion units a year derived from standby / power consumption, and to make a proper selection of high efficiency electrical equipment and low efficiency electrical equipment. It can be induced, and it can also achieve the effect of complying with the national policy under the basic law of low carbon green growth.

1 is an exemplary front view of a consumption or standby power comparison trial zone in accordance with the present invention.
2 is an exemplary side view of a consumption or standby power comparison experience zone in accordance with the present invention.
3 is an exemplary rear view of a consumption or standby power comparison trial zone in accordance with the present invention.
4 is an exemplary perspective view of a consumption or standby power comparison experience zone in accordance with the present invention.
5 is an exemplary configuration block diagram of a consumption or standby power comparison trial zone in accordance with the present invention.
6 is an exemplary sample photo modeling a power consumption or standby power comparison experience zone in accordance with the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment according to the present invention.

1 is an exemplary front view of a consumption or standby power comparison experience zone according to the present invention, FIG. 2 is an exemplary side view, FIG. 3 is an exemplary back view, FIG. 4 is an exemplary perspective view, and FIG. 5 is an exemplary configuration. It is a block diagram.

As shown in Figures 1 to 4, the consumption or standby power comparison experience stage according to the present invention includes a table (100).

The table 100 is formed in a substantially rectangular box shape, and a plurality of casters (wheels) 110 are installed at the bottom to ensure ease of movement.

At this time, the caster 110 is provided with a known locker (not shown) to lock the caster 110 so as not to move easily in the setting place after moving the position.

In addition, the table 100 is preferably made of an MDF material made by compressing sawdust to reduce the load, if necessary, by attaching a sheet of paper on the surface of the table 100 to give a texture or experience fatigue easily It can also be designed in green to reduce eye strain.

And, as shown in Figure 2 as the base end of the upper surface of the table 100, that is, the rear side of the table 100 is fixed to the table 100 while the rectangular mounting plate 120 protruding a certain height upwards It is further provided.

In this case, the mounting plate 120 may be configured as an integral type produced together when the table 100 is manufactured, or separately manufactured from the table 100 and then mounted on the table 100 through fixing means such as screws or bolts. It is fixed to the overall shape including the table 100 and the mounting plate 120 is formed to have a substantially '' 'shape.

In addition, it is better to attach a 'wiring circuit diagram' suitable for the configuration of FIG. 5 to be described later in a sticker form on the side or the rear part of the table 100 to increase the understanding of the experienced person.

In addition, as shown in Figure 3, the back, that is, the rear door of the table 100 is provided with a door 140 that can be opened and closed, the door 140 is provided to facilitate the wiring work of electrical devices It is better to comprise in a double door type.

Furthermore, although not shown, the handle (not shown) may be further added to both sides of the table 100 to be configured to be easily lifted during transportation.

Meanwhile, as shown in FIGS. 2 and 3, the support frame 200 is connected to the lower rear surface of the table 100, and the caster 210 is secured to the bottom surface of the support frame 200 to ensure ease of movement. Is installed.

At this time, the support frame 200 is preferably configured to be combined to be used as a separate type separate from the table 100 in principle, but is not limited to this, of course, can also be configured in one piece.

And, the support frame 200, including the table 100, the post 220 to be described later may be made of a variety of materials, not necessarily limited to the illustrated material, such as wood, lightweight metal, high-strength plastic, Of course, it can be manufactured using a kind of material, but only a preferable example in terms of durability.

In addition, the support frame 200 is provided with a pair of struts 220 which are vertically fixed and extended upward to form a kind of H type stand with the support frame 200.

In addition, the height of the support 220 is preferably maintained to less than 110cm to accommodate all the experienced people of the age group.

In addition, a display 230 is installed at the upper end of the support 220 toward the front of the table 100.

The display 230 may take many forms, but preferably a large LCD.

In this case, although not shown in the figure, the display 230 is more preferably configured to be able to adjust the position, that is, the height is fixed along the support 220 using a clamp.

On the other hand, as shown in Figures 1, 4 and 5, the front upper corner of the table 100 is chamfered at a predetermined angle to form an inclined surface 130, a pair of spaced intervals on the inclined surface 130 First and second cam switches 310a and 310b are installed.

In this case, the first and second cam switches 310a and 310b are also characterized in that the chamfered angle, that is, the inclination angle of the inclined surface 130, is maintained at 50 to 60 ° with respect to the vertical line.

In addition, the upper surface of the table 100 has a different circuit design in the form of roughly bisecting in the left and right length directions, for example, as shown in FIG. 5, a high efficiency electric device is designed on the left side and a low efficiency electric device is on the right side. It is composed of circuit design.

In this case, the two sides should be able to compare with each other, so corresponding high efficiency or low efficiency electrical devices of the same field should be arranged.

In this case, a first power meter 320a is installed at the high efficiency electric device, and one end of the first cam switch 310a is connected to the input terminal thereof.

The output terminal of the first power meter 320a is connected to the display 230 described above.

In addition, the first cam switch 310a is a switch for switching the connection between various types of high-efficiency electric devices and the first power meter 320a, and the other end of the first cam switch 310a has a high-efficiency first device ( 330a, the high efficiency second device 340a, the high efficiency third device 350a, and the like are selectively connected to the other end of the first cam switch 310a which is rotated by the cam method.

Here, the high-efficiency electrical apparatuses are various and various, and do not need to be specifically limited. For convenience of description, the high-efficiency first apparatus 330a is an LED lamp, and the high-efficiency second apparatus 340a is an LED fluorescent lamp. The high efficiency third device 350a will be referred to as AC OUTLET.

In particular, the high-efficiency third device 350a may be configured to be directly connected and tested if there is an accessible electric device among the devices carried by the experienced person.

In addition, in the present invention, only the high-efficiency first, second, and third devices are exemplified due to limitations of description, but may be further expanded within a designable range.

Similarly, the second power meter 320b is installed at the low efficiency electric device side to be prepared with the high efficiency electric device, and one end of the second cam switch 310b is connected to the input terminal thereof.

The output terminal of the second power meter 320b is connected to the display 230 described above.

In addition, the second cam switch 310b is a switch for switching the connection between various types of high-efficiency electric devices and the second power meter 320b, and at the other end of the second cam switch 310b, a low-efficiency first device ( 330b, the low efficiency second device 340b, and the low efficiency third device 350b are selectively connected to the other end of the second cam switch 310b which is rotated by the cam method.

Here, the low-efficiency electric devices also have various types, and do not need to be specifically limited because they are various, but for the sake of contrast with the high-efficiency electric devices, the low-efficiency first device 330b is an incandescent lamp and a low-efficiency second device. Reference numeral 340b is a general fluorescent lamp, and the low-efficiency third device 350b is called an AC OUTLET.

In particular, the low-efficiency third device 350b may be installed to correspond to the high-efficiency third device 350a.

In addition, a compact fluorescent lamp 360, which is about halfway between the LED fluorescent lamp and the general fluorescent lamp, may be further provided on the low-efficiency electric device side, so that the trend of energy loss may be visually confirmed.

In addition, electric current flows through the electric devices, and the experienced person must directly experience the operation. Therefore, in order to prevent safety accidents, the present invention table 100 should be further provided with an overcurrent protector (not shown), which is also called "Pureka."

In addition, a cover of acrylic material C (see FIG. 6) may be further provided to protect the devices installed in the table 100.

In addition, two outlets (T) are further provided on both sides of the upper surface of the table 100 separately from the AC OUTLET, so that the electrician other than the components may be configured to allow the experienced person to easily and quickly connect and measure directly.

The present invention having such a configuration has the following operational relationship.

First, a control unit (not shown) for controlling the characteristics of the electric devices installed in the table 100 is provided. The control unit includes a well-known microprocessor, and compares each electric power amount of the electric devices with this electric power amount. The screen is designed to compare the items by displaying the amount of carbon dioxide emissions, electricity bill, and the number of 10-year-old pine trees needed to consume this amount of carbon dioxide emissions.

In response to government initiatives to promote the growth of low-carbon green industry, it transforms experiences by linking the correlation between the global pollution caused by fossil fuels and the waste of energy due to power consumption or standby power. This is to induce energy saving by making it possible.

Accordingly, when the user manipulates the first and second cam switches 310a and 310b installed on the table 100 in accordance with a desired electric device, power is supplied to the electric device.

Of course, at this time, although not shown in the figure it should be further provided that the main switch that can be turned on / off the power supply.

Then, the electric device is driven while power is supplied.

For example, when the LED lamp which is the high efficiency first device 330a is selected on the high efficiency electric device, and the incandescent lamp which is the low efficiency first device 330b is selected on the low efficiency electric device side, the power consumption of the electric device is zero. After measuring at each of the first and second power measuring devices 320a and 320b, the power consumption of the corresponding electric device is displayed on the LCD 230.

At the same time, monthly and annual power is calculated and displayed together with the electricity consumption, and the electricity bill and carbon dioxide emissions are displayed together, and 10-year-old pine trees needed to remove carbon dioxide by the carbon dioxide emissions are shown. Mark it as

Then, the experienced person can immediately recognize the huge difference between the two and the need for energy saving in real time, and find a turning point in the perception.

In addition, the AC OUTLET provided in the high efficiency third device 350a and the low efficiency third device 350b, such as an outlet, immediately measures the power consumption of an electric device that is stored nearby or is carried by the user. can see.

In addition, in the above-described form, how the waste of energy according to the standby power is generated while only the power is supplied without turning on the power of the electric device using the high efficiency third device 350a and the low efficiency third device 350b. Calculate monthly and yearly costs and display them on the LCD, showing the amount of carbon dioxide emissions and the number of pine trees needed to remove them, so that you can feel the need for energy saving in a timely manner. Can be induced.

Such experiences can have a significant impact on practice than simple one-off or temporary advertising or promotions.

This is because the cost can directly confirm that it is directly related to the economy of the household. In addition, by confirming that energy savings are directly linked to the future of the earth, it is possible to provide groundbreaking moments or motives that can transform thinking.

As such, the present invention is expected to be a useful device that can raise the level of consciousness of the people by cultivating and cultivating at the local or national level as a mechanism that can achieve a great effect by constructing a small experience hall.

100: table 110,210: caster
120: mounting plate 130: inclined surface
140: door 200: support frame
220: holding 230: display

Claims (7)

Rectangular box-shaped table; A mounting plate fixed to the top rear of the table; A support frame coupled to the bottom rear of the table; An H-shaped strut perpendicular to the support frame; A display fixed to the top of the post and disposed toward the front of the table; A plurality of electrical devices arranged on the top of the table and the front of the mounting plate and wired to receive power; First and second cam switches installed on an upper surface of the table to allow the experienced person to select the electric devices to switch power supply to the electric devices; First and second power measuring devices installed on an upper surface of the table to measure power consumption and standby power of electrical devices; In the interior of the table, the control unit for controlling to display and display the value measured by the first and second power meter on the display; Consumption or standby power comparison experience including;
The electrical devices are installed bilaterally from the upper surface of the table, one side is provided with a high-efficiency electrical equipment and the other is arranged in a symmetrical arrangement of low-efficiency electrical equipment to be contrasted with the high-efficiency electrical equipment;
The table further includes an overload circuit breaker that can block the overload of power supplied to the high efficiency electrical equipment and the low efficiency electrical equipment;
A rear door is further installed at the rear of the table to easily guide the internal wiring work;
Consumption or standby power comparison experience table, characterized in that the display is installed to be adjustable height along the H-shaped post.
delete The method according to claim 1;
The high-efficiency electrical equipment or low-efficiency electrical equipment, the consumption or standby power comparison experience characterized in that it further comprises an AC OUTLET that can be confirmed by directly connecting the electrical equipment possessed by the experience.
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