KR101179041B1 - LCD and LED display board applying air conditoning system with cooling module - Google Patents

Abstract

The present invention provides an LCD and an LED to which a cooling module air conditioning system is applied to prevent the LED from falling down due to overheating of the LCD and the LED panel by preventing excessive temperature rise of the LCD and the LED panel during the operation of the display panel through the cooling module. It relates to a digital sign.
In the LCD and LED digital display board to which the cooling module air conditioning system according to the present invention is applied, the display window 1 is disposed at the center of the front surface of the main body A, and the air inlet means 8 and the upper portion of the air inlet formed at the bottom of the rear surface. And an air discharge means (9) and (10) are respectively installed in the air outlet formed in the middle portion, and an LCD for displaying an image signal as an image at the rear of the display window (1) disposed at the front center of the main body (A) or The LED panel 2 is fixedly installed, and air circulation fans 6 and 7 are respectively installed in the upper and lower portions of the space inside the main body A, and are cooled in a bracket installed inside the main body A. The cooling module (B) consisting of the fan (3), the heat dissipation member (4) and the cooling member (5) consists of being mounted on the upper end inside the body (A).
In order to cool the LCD and LED digital display board to which the cooling module air conditioning system according to the present invention is installed, the cooling module is installed on the upper side to circulate the low temperature air in a downward direction, thereby improving cooling efficiency and energy efficiency. The structure installed in the upper part of the display board not only has the effect of reliably discharging the heat generated in the heat dissipating part of the thermoelectric element from the upper part of the display board to the outside of the body, regardless of the LCD and the LED panel. Since the cooling unit and the cooling unit can be reliably blocked, the cooling unit exhibits an effect of further improving the thermal insulation effect on the heat dissipating unit.

Description

LCD and LED display board applying air conditoning system with cooling module

The present invention relates to an LCD (LED) and LED (LED) digital display board to which the cooling module air conditioning system is applied, and more particularly, to prevent excessive temperature rise of the LCD and LED panel during the operation of the display board through the cooling module. The present invention relates to an LCD (LED) and LED (LED) digital display board using a cooling module air conditioning system that can prevent downtime of the display board due to LCD and LED panel overheating.

Display boards are widely used as a means of publicity and guidance in various sales offices and government offices. Such an electronic signboard can display and display letters and images to visitors, and the existing electronic signboards display text and images by simply turning on a light bulb and a light emitting diode. There was a technically difficult problem to express.

In order to solve the problems of the existing electronic display boards, that is, light bulbs and light emitting diodes to display characters and images, recently replaced by digital display panels representing characters and images by LCD and LED panels. Digital display boards that display characters and images with LCD and LED panels are capable of expressing detailed characters and complex images by the characteristics of LCD and LED panels. In addition to increasing the size of the display board itself can be manufactured in a thin, because the installation site is relatively limited, its use is rapidly spreading.

However, the digital display board using the LCD and the LED panel has the advantages as described above, while the LCD and the LED panel generate a lot of heat during operation, causing frequent downtime of the device due to overheating. There was a problem in outdoor use because of the high temperature environment.

As a technology to prevent the down phenomenon due to overheating of the digital display board using the LCD and LED panels as described above, the inside of the display board is cooled by air circulation by installing a separate blower fan or cooling means in the digital display board. In order to overcome this problem, the prior art of the cooling method, for example, the Republic of Korea Patent Publication No. 10-2010-0096634 by installing a separate air-conditioner on the outside of the advertising device with a built-in digital billboard And a technology for controlling humidity and humidity, but this is suitable for a large advertising device, such as the need to secure space or place according to the installation of the air conditioner, etc., the Republic of Korea Patent Publication No. 10-0968587 In order to prevent overheating of an electric signboard, a cooling means provided with a cooling pipe is disclosed. Or, this is also suitable for large advertising device, such as is required to secure installation space such as a water tank, a refrigerant pipe.

The above-mentioned prior arts are mainly suitable for large advertising devices due to the installation of cooling means and securing a space, and thus are difficult to apply to a somewhat small billboard.

For improving the problems of the prior art, a digital display board using a thermoelectric element in the Republic of Korea Patent No. 10-0952120 registered and filed by the present applicant as a cooling technology by a cooling module suitable for large and small digital display boards. It discloses LCD and LED panel cooling module, and also has LCD and LED panel cooling module in Korea Patent Registration No. 10-0969937, registered and filed by the applicant. Disclosed is a digital sign.

The present invention has been made to improve the problems of the prior art described above, and to further improve the prior art registered and registered by the present applicant, the display board is down due to the overheating of LCD and LED panels The purpose is to provide a digital display board having a cooling module to prevent the phenomenon, and more specifically, the LCD and LED panel cooling modules are installed on the upper part of the display board, and at the same time, the air blowing method is improved to improve energy. It is an object of the present invention to provide LCD and LED digital display boards to which the cooling module air conditioning system further improves the efficiency and cooling efficiency.

LCD and LED digital display board applying the cooling module air conditioning system according to the present invention for achieving the above object is a body (A) formed of a frame body, the cooling module (B) installed on the upper end of the LCD or LED panel portion And blower means for introducing, discharging and circulating air,

The display window 1 is disposed at the center of the front surface of the main body A, and the air inlet means 8 are provided at the air inlet formed in the lower part of the rear surface, and the air outlet means 9 and ( 10) are installed respectively,

An LCD or LED panel (2) for expressing an image signal as an image is fixedly installed behind the display window (1) disposed at the front center of the main body (A),

Air circulation fans (6) (7) are respectively installed in the panel installed in the upper and lower spaces inside the main body (A),

The cooling module (B) consisting of the cooling fan (3), the heat dissipation member (4) and the cooling member (5) is mounted on the bracket installed inside the main body (A).

And the LCD and LED digital display board applying the cooling module air conditioning system according to the present invention is a digital LCD with LCD and LED panel cooling module in Korea Patent Registration No. 10-0969937 registered and filed by the applicant The cooling module is installed in the lower part of the electronic board to improve the cooling method of circulating the low-temperature air upwards, and the cooling module is installed on the upper part of the main body A differently from the installation position of the cooling module of the above-mentioned source. The characteristics of the present invention is that the present applicant has a problem in the prior application, that is, the heat generated from the cooling module installed in the lower part has a problem in cooling efficiency because it affects the LCD (LED) and LED (LED) panel installed in the upper part In addition, since the main body of the digital display board is thickened, in the present invention, the above-described application device It is characterized by adopting a circulation system for circulating the low-temperature cooling air flow generated in the upper portion of the display board by the cooling module (B) while introducing the external air for cooling from the lower portion of the main body (A) to the lower display board; will be.

The characteristic of the present invention described above is that the cold air is lowered by the cooling air is lowered by cooling the external air introduced from the lower part of the main body (A) by the cooling module using the characteristic that the low temperature air flows down the LCD Cooling (LCD) and LED (LED) panel is characterized by greatly improving the cooling efficiency and energy efficiency.

In addition, according to the present invention, since the heat radiating portion of the cooling module B is positioned at the top of the display board, the heat of the heat radiating portion generated from the cooling module does not affect the LCD and the LED panel at all, while the outside of the body is mounted on the display board. In addition to the features that can reliably discharge the furnace heat, it is characterized in that it has a structure that can reliably block the heat radiating portion and the cooling portion of the cooling module (B) by the heat insulating layer.

In order to cool the LCD and LED digital display board to which the cooling module air conditioning system according to the present invention is installed, the cooling module is installed on the upper side to circulate the low temperature air in a downward direction, thereby improving cooling efficiency and energy efficiency. The structure installed in the upper part of the display board not only has the effect of reliably discharging the heat generated in the heat dissipating part of the thermoelectric element from the upper part of the display board to the outside of the body, regardless of the LCD and the LED panel. Since the cooling unit and the cooling unit can be reliably blocked, the cooling unit exhibits an effect of further improving the thermal insulation effect on the heat dissipating unit.

1 is a front view of the LCD and LED digital display board applying the cooling module air conditioning system according to the present invention
Figure 2 is a side view of the LCD and LED digital display board applying the cooling module air conditioning system according to the present invention
Figure 3 is a rear view of the LCD and LED digital display board applying the cooling module air conditioning system according to the present invention
Figure 4 is a partially enlarged view of the upper cooling module of the LCD and LED digital display board applying the cooling module air conditioning system according to the present invention
5 is a detailed structural diagram and plan view of the thermoelectric elements of the LCD and LED digital display board cooling module to which the cooling module air conditioning system according to the present invention is applied;

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings, but the present invention is not limited to the following description.

1 and 2 are front and side views of the LCD and LED digital display board to which the cooling module air conditioning system according to the present invention. As shown in FIGS. 1 and 2, the LCD to which the cooling module air conditioning system according to the present invention is applied. The LED digital display board includes a main body A and a display window 1 disposed at the center of the front surface thereof.

In addition, inside the main body A, a cooling module B composed of a cooling fan 3, a heat dissipation member 4, and a cooling member 5 is mounted on the bracket E installed at the upper end, and cooling of the cooling module B is performed. The air circulation fan 6 is installed in the panel F installed at a lower portion from the member 5, and the panel F does not block the inside of the main body, and a flow path through which the cooled low temperature air can descend is formed. It is installed inside the main body, the LCD or LED panel (2) for expressing the video signal as an image is fixed to the rear of the display window (1) disposed in the center of the front of the main body (A), the LCD or LED panel (2) It consists of the air circulation fan (7) is installed in the partition panel (F-1) provided on the lower side.

And the back surface of the main body (A) is equipped with air inlet fan (8-1) (8-2) to the air inlet means formed in the lower end of the air inlet 8, the air outlet formed in the upper and middle air outlet As the means 9 and 10, the air discharge fans 9-1, 9-2, 9-3 and 10-1 to 10-5 are respectively mounted.

The bracket (E) installed on the upper portion of the main body (A) according to the present invention is a means for mounting the cooling module (B) and by forming a heat insulating layer so as to reliably block the cooling unit and the heat dissipating unit of the cooling module (B) The heat of the upper heat dissipation unit should not be transmitted to the lower cooling unit, and the bottom layer G of the main body A is also preferably formed with a heat insulating layer to prevent the temperature rise inside the main body A by the geothermal heat of the summer.

Figure 3 is a rear view of the LCD and LED digital display board applying the cooling module air conditioning system according to the present invention, as shown in Figure 3, the air inlet fan formed on the back of the main body (A) and the air inlet fan (8-1) (8-2) and the air exhaust fan (9-1) (9-2) (9-2) and (10-1) to (10-5) are main bodies as shown in FIG. (A) It is formed at the top, middle and bottom of the back, the air inlet fan (8-1) (8-2) is composed of a blowing fan for introducing the outside air into the body (A), 120mm , It is preferable to install about 2,3,500rpm blower fan and to prevent it from operating in winter.

In addition, the air discharge fan (9-1) (9-2) (9-3) is composed of a blowing fan for outflowing the high temperature air inside the main body (A) to the outside, and the blowing fan of 120mm, 3,500rpm standard 3 It is preferable to mount about, and it is controlled so that it can be operated when the internal temperature of the main body A raises more than 50 degreeC.

In addition, the air discharge fan (10-1) ~ (10-5) is composed of a blower fan for flowing out the heat of the heat radiating portion of the cooling module installed in the main body (A) to the outside, the air discharge fan (10-1) ~ (10-5) has to perform a function to quickly flow out to prevent the heat generated from the heat radiating member (4) of the cooling module (B) to be transferred to the lower side, it should be equipped with a high-performance blower fan, 80mm, It is preferable to install about five blowing fans of 4,000 rpm.

As shown in FIG. 2, the air circulation fans 7 and 6 mounted in the inner space of the main body A perform a function of circulating the air inside the main body A. ) Is used to circulate cold air flowing down and cooled by the cooling module (B) and external air introduced into the main body (A) by the air inflow fan (8-1) (8-2) to the upper portion of the main body (A). Consists of a blower fan, it is preferable to mount about three blower fans of 80mm, 4,000rpm standard, and the air circulation fan (6) is a cooling member of the cooling module (B) for the air rising from the lower body (A) In order to perform the function of preventing condensation of the cooling module (B) at the same time by continuously contacting the cooling (5), it is preferable to install two blower fans of 80mm, 4,000rpm standard.

4 and 5 are a partially enlarged view and detailed structural view of the upper cooling module of the LCD and LED digital display board to which the cooling module air conditioning system according to the present invention is applied, as shown in FIG. 4, according to the present invention. ) Is composed of a cooling fan (3), the heat dissipation member (4) and the cooling member (5), the cooling fan (3) is a cooling means for continuously cooling the cooling module, it is configured to be controlled in accordance with the operation of the cooling module do.

As shown in Figure 5, the cooling module (B) is a thermoelectric element 52 is mounted on the block 51 formed on one side of the board (T) mounted on the bracket (E), the cooling base 53 and The cooling member 5 is sequentially coupled, and the heating base 41, the heat pipe cooler 42, and the heating cover 43 are sequentially coupled to opposite sides.

The overheat prevention of the LCD or the LED panel 2 through the cooling module B in the LCD and LED digital signage to which the cooling module air conditioning system according to the present invention is applied will be described in detail as follows.

The outside air introduced by the air inlet fans 8-1 and 8-2 installed in the lower part of the main body is raised to the upper part of the main body A by the air circulation fans 7 and 6, It cools the heat generated in the LCD or LED panel 2 in accordance with the circulation process of contacting and cooling the cooling member and the cooled low-temperature air descends, thereby preventing overheating of the LCD or LED panel 2 and preventing the air circulation. Also in the process, when the internal temperature of the main body A rises above 50 degreeC, the air exhaust fans 9-1, 9-2, and 9-3 installed in the middle part of main body A operate, and internal air is discharged | emitted. While being controlled so as to prevent overheating of the LCD or LED panel 2 continuously.

In addition, the heat generated by the operation of the cooling module (B) is discharged to the outside of the main body by the cooling fan 3 and the air discharge fan (10-1) to (10-5) quickly and quickly, but the cooling fan ( 3) is a fan for cooling the cooling module (B) is controlled according to the start of the cooling module (B).

The air inlet fan, the air exhaust fan, the air circulation fan, and the cooling module are preferably controlled automatically by conventional control means, and may be individually controlled by a power switch as necessary.

A: Body B: Cooling Module
1: display window 2: LCD or LED panel
3: cooling fan 4: heat radiating member
5: cooling member 6, 7: air circulation fan
8-1, 8-2, 8-3: air inlet fan
9-1, 9-2, 9-3, 10-1 ~ 10-5: Air exhaust fan
E: Bracket F, F-1: Panel

Claims (5)

delete The display window 1 is disposed at the center of the front surface of the main body A, and the air inlet means 8 is provided at the air inlet formed at the bottom of the rear surface, and the air discharge means 9 and the air outlets formed at the upper and middle portions thereof. 10) are installed respectively,
An LCD or LED panel (2) for expressing an image signal as an image is fixedly installed behind the display window (1) disposed at the front center of the main body (A),
An air circulation fan 6 is installed in the panel F installed to form a flow path through which the low temperature air can descend in the upper part of the main body A, and an air circulation fan in the partition panel F-1. 7) is installed,
A cooling module (B) consisting of a cooling fan (3), a heat dissipation member (4), and a cooling member (5) is mounted on the bracket (E) installed on the upper part of the main body (A), and the heat dissipation member on the bracket (E). Digital display board having an LED and LED panel cooling module, characterized in that the insulating layer for blocking the (4) and the cooling member (5) is formed. The heat dissipation member (4) and the cooling member (5) of the heating base (41), the heat pipe cooler (42) and the heating cover (43) on one side of the board (T) mounted on the bracket (E). ) Is sequentially coupled, the thermoelectric element 52 is mounted to the block 51 on the opposite side, and the cooling base 53 and the cooling member 5 is provided with an LCD and LED panel cooling module sequentially Digital scoreboard. The air discharge means (10) and the air circulation fan (6) (7) is a blower fan having a higher air volume than the air inlet means (8) and the air discharge means (9), respectively, 80mm, 4000rpm Digital display board with LCD and LED panel cooling module, characterized in that for installing three to five blower fans of the standard. The method of claim 4, wherein the air inlet means (8) and the air discharge means (9) LCD and LED digital to which the cooling module air conditioning system is applied, characterized in that for installing two or three blower fan of 120mm, 3,500rpm standard respectively Scoreboard.

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