Flexible cooling equipment for light diffusion plate

[0021] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The following examples are intended to illustrate the invention, but are not intended to limit the scope of the invention.

[0022] Such as Figures 1 to 7 As shown, a light diffusing plate flexible cooling apparatus of the present invention is in operation, and the outer high temperature extruded light diffusion plate extends into the working cartridge 1 by the right side of the working bond 1, and the air-cooling mechanism diffuses light. The plate is performed, so that the temperature is initially decreased, and the air-cooled-treated light diffusion plate moves to the left to the left, the refrigeration mechanism is turned on, and the refrigeration mechanism will enter the cooling water to two groups. In the water-cooled mechanism, the two sets of water-cooled mechanisms sprayed into the light diffusing plate, and the water was heat exchange with the light diffusion plate, thereby water-cooled treatment, and the temperature of the light diffusion plate further decreased, and the light treated with water The diffusion plate protrudes through the left side of the working position 1, and the water exchanged water is returned into the refrigeration mechanism in the workmaster 1, and the refrigeration mechanism is repeatedly cooled.

[0023] The main function achieved by the present invention is: by performing air cooling and water cooling of the light diffusion plate, it is convenient to gradually decrease, avoiding the fast cooling of the anti-diffusion plate to cause damage to the inside, convenient to protect the light diffusion plate, improve Product quality; Work mode of water-cooled mechanism is to open the first motor 14, the first motor 14 drives the screw 12 to rotate, the screw 12 is connected to the two sets of screw jug 15, the screw 12 pushes the two sets of screw jug 15 synchronously Move, the spiral jacket 15 is synchronously pulled by the four sets of second pulley 16 to each other or away, and the two sets of moving plates 10 in the moving state are slid on three sets of first rail 11, respectively, and the two sets of moving plates 10 passed The multi-group first tie rod 9 synchronously pulled the multi-set curved nozzle 8 and the plurality of set of rotary ball 7 for up and down, so that the spout direction of the plurality of curved nozzle 8 is swinging, and the plurality of sets of rotary balls are rotated on the guide position 2. The refrigeration mechanism will enter the water-saving water in the water guide 2, and the water in the water guide position 2 and the slit between the inner walls of the water guide plate 4 and the guide bin 2 are bended to the right. At the same time, the water in the guide warehouse 2 enters the multi-group heat exchange tube 5, and when the optical diffusion plate is transmitted within the working line 1, the low temperature dissipated by the multi-group heat exchange tube 5 generates heat exchange, more The water temperature in the group heat exchange tube 5 gradually increases, and the temperature of the phot diffusing plate is gradually decreased, and the water circulation in the water in the multi-group heat exchange tube 5 is circulated, and the water temperature in the water storage position is from left to right. Gradually increase and with the temperature of the light diffusion plate gradually approaches, the water in the water storage position 2 is discharged from the multi-set straight nozzle 6 and the multi-set curved head 8, and the multi-set curved nozzle 8 and multi-set straight nozzles. 6 The discharged water is gradually elevated from left to right, and the light diffusion plate is transmitted to the left, so that the multi-set of straight spray head 6 and the multi-set of curved nozzle 8 are gradually cooling the light diffusion, the temperature of the light diffusion plate. Squeezing gradually, and since the multi-set curved head 8 is in a swing state, the water discharged from the multi-set curved nozzle 8 can be fully fallen into the light diffusing plate, and the temperature of the light diffusion plate can be convenient by gradually cooling the light diffusion plate. Step by step, it is convenient to protect it; the cooling mechanism is working in the work mode, the water pump 23 and the helical cooling pipe 26 are opened, and the water pump 23 is detached from the water tank 21 stored in the water tank 21 and discharged through the third water pipe 24. In the cooling position 25, the spiral cooling pipe 26 is refrigated to the water in the cooling warehouse 25, and since the direction of the third water pipe 24 is facing above, the water discharged from the third water pipe 24 flows upward in the center of the cooled 45. The inner wall of the refrigerated warehouse 25 is flowed downward into the three-way tube 27, thereby so that the water in the cooled warehouse 25 is sufficiently in contact with the helical cooling pipe 26, and the water in the three-way tube 27 is discharged from the fourth water pipes 28, respectively. Within the two sets of guide warehouse, water supply treatment is performed inside the two sets of guide positions, and the water discharged from the multi-set straight nozzle 6 and the multi-group curved head 8 is down to the lower side of the working bond 1 and flow into the filter boy 17, The water in the filter board 17 passes through the filter plate 18 and reflows into the water tank 21 by the first water pipe 20, the filter plate 18 can be The impurities in the water filter 17 in water were filtered, opened the cover 19, which can be convenient to uniformly cleaned the impurities that intercepted on the filter plate 18 by cleaning the mouth; the working mode of the air-cooled mechanism, opened the gas pump 31, the air pump 31 passed through the first The trachea 30 and the collecting bucket 29 extract air in the right side of the work coulings 1, the high temperature air and moisture from the right light diffusion plate in the workmaster 1 into the collection bucket 29, the air pump 31 is subjected to the second The trachea 32 is discharged into the water tank 21 and forms a bubble in the water tank 21, and water in the water tank 21 performs water cooling in the air bubble, and the moisture in the air bubble can be re-mixed into the water tank 21 internal water, thereby reducing air The humidity is convenient to cool the air, and the bubbles in the water tank 21 float into the left side input of the third gas tube 33 and enter the third gas pipe 33, the air in the third gas pipe 33 enters the gas pipe 34 and passes The multi-sets of air holes on the tracheal 34 are discharged upward, and the air discharged from the discharge tube 34 performs air-cooled treatment, thereby circulating the light diffusing plate for initial cooling treatment; the light diffusing plate passes through the two sets of rotation roller 36 slit Transfer left, the arcuate blade 37 and the brush 38 on the inner side of the two sets of rotation rollers 36 are in contact with the outer wall of the light diffusing plate, open the second motor 42, and the second motor 42 drives the two sets of worm 41 by the second axis 40. The two groups of worms 41 are rotated by the two sets of worm gear 39, respectively, in contrast of the rotation direction of the two sets of worm gear 39, and the two sets of worm gear 39 are synchronously driven two sets of first axis 35, two sets of rotation roller 36, multi-set curved blade 37 and more The group brush 38 rotates, the plurality of set of curved blade 37 and the plurality of blaming brush 38 are opposite to the direction of transfer of the light diffusion plate, and the multi-set arcuate blade 37 can be shaved on the water stain on the outer wall of the light diffusion plate. In addition to cleaning, the multi-group brush 38 can clean the water stain on the outer wall of the light diffusing plate, thereby removing the outer wall of the light diffusion plate to avoid the water and the water and the optical diffusion plate moved to the outside of the device and dropped into the outside ground. Cause water pollution; the guide mechanism is moderated, the leaf spring 45 is in an elastic compressed state, and the four sets of leaf spring 45 can generate inward thrust on the two sets of slide 44, and the two sets of slide 44 are close to each other, and the two sets of slider 44 are synchronized. It can be slid on the second rail 43, and when the light diffusing plate is transmitted between the two sets of rotation rollers 36, the two sets of slide 44 can drive multiple sets of curved blade 37 by two sets of first axis 35 and two sets of rotation rollers 36. The multi-group brush 38 is tightened with the outer wall of the light diffusing plate, thereby causing the multi-set curved blade 37 and the multi-group brush 38 to be closely contacted with the light diffusion plate, and improve the water-diffusing plate on the water diffusion plate; the optical diffusion plate is When transmitting between the two groups of guide warehouses 2, the bottom of the light diffusing plate moves on the multi-set tug 46, and the multi-set tug 46 proceeds to the light diffusing plate, thereby increasing the movement stability of the light diffusion plate, multi-set tug 46 Turn on the corresponding pair of third axis 47, respectively; by providing a level meter 49, it is convenient to detect the water level in the water tank 21, improve practicability and reliability.

[0024] A light diffusing plate flexible cooling device of the present invention, its mounting method, connection method, or arrangement method is common mechanism, as long as it can achieve its benefit effect, the heat exchange tube 5 and the helical cooling pipe 26 can be Market purchase.

[0025] The above is merely the preferred embodiment of the present invention, and it should be noted that several improvements and variations can be made without departing from the technical principles of the present invention, these improvements and variations can be made without departing from the technical principles of the present invention. It should also be considered as a scope of protection of the present invention.