TWI646294B - Water collecting device - Google Patents

Abstract

The present invention is a water collecting device comprising: at least one evaporator conduit, at least one support frame, at least one support frame water deflector, at least one gripper, at least one clamping screw, a plurality of nuts for clamping screws, At least one height adjusting screw, a plurality of height adjusting screw nuts, at least one hook frame, at least one sump, and at least one heat insulating cover body are oppositely configured; and the utility model is characterized in that a clip is arranged at the end of the fin under the evaporator duct A set of water tanks with hooks and hooks, with frost water attached to the surface of the evaporator duct, can be used to save the storage space of large-scale frozen storage and the convenience of collecting frost water in the freezing, refrigerating and defrosting states.

Description

Water collecting device

The invention relates to a large-scale frozen storage, characterized in that a water collecting device is clamped at a position of a fin end of an evaporator duct, and a frost water independently attached to the surface of the evaporator conduit is provided to achieve a space for saving the storage height. And the convenience of collecting frost water in the frozen, refrigerated and defrosted state.

The prior art of the refrigeration industry uses an evaporator for heat exchange in the freezer to achieve a cooling effect. However, because the frozen items are mostly food fresh fruits, and most of them are in a high humidity environment, the water in the environment is easy to be cold and condenses into frost on the surface of the evaporator, so that the heat exchange effect is reduced, and the defrosting procedure must be relied upon. Passing relatively high temperature air or water into the evaporator dissolves the frost attached to the surface of the evaporator. Also, since frost or dissolved water falls or dripping from the surface of the evaporator, it may adhere to the stored items to make cleaning difficult.

In the prior art, in order to effectively utilize the space and the principle of convection of cold air, the heat exchange evaporator is disposed at the top end of the freezer, but generally the height of the large freezer is at least 3 meters, and the goods are carried by the pallet in the freezer. The pallets are stacked on the shelves. However, because the evaporator easily condenses the moisture in the air to cause frosting, if the evaporator accumulates too much frost, the action of the evaporator heat exchange will be severely blocked, which will seriously affect the evaporator cold. The output of the energy. So generally frozen After a period of operation, the library must perform the defrosting action of the evaporator. The defrosting action of the evaporator mainly stops the compressor to stop the freezing system of the freezer, and then manually blocks the frosted plastic cloth under the evaporator in the freezer to prevent the fallen frost from falling. In the freezer, then the frost on the evaporator is removed by electric heating or by hydrothermal means. The removed frost is manually collected by the frosted plastic cloth, and the frost is removed. Dumped, but this way the risk of potential personnel falling from a high altitude. In order to collect the condensed water generated by the defrosting state, a large wave plate is also arranged under the evaporator, that is, a large water collecting plate catches the condensed water, but the large water collecting plate has a large area and needs a certain height of the support of the support, which will occupy the frozen storage. There is a certain space inside, and the more serious disadvantage is that the cold energy generated by the evaporator above the large water collecting tray will be blocked by the large water collecting tray, and the cold energy cannot be directly transported downward, so it must be on the side of the evaporator. A fan is arranged beside, and the cold energy generated by the evaporator is blown to the side of the large water collecting tray by the wind of the fan to increase the hot and cold convection. For the use of large-scale water collecting trays, a plurality of fans are required to make the evaporator's cold energy output convection, and the frozen articles are dried to cause surface damage, which affects the quality and weight, especially vegetables and fruits are more serious, which will undoubtedly cause the freezer The troubles of use, and the higher the number of pings, need to add more fans to generate convection, resulting in increased use costs, which is necessary to improve. Therefore, how to provide a defrosting water collecting device for a freezer can effectively reduce the use cost of the freezer, improve the cold room effect of the freezer, and save the storage space of the freezer, which has become an urgent problem for the freezer manufacturing industry.

In the prior art, the method for removing the condensed water in the freezer is generally controlled by a chilling system, a defrosting device, a pre-cooling dehumidification device, and a multi-array supporting pylon group supporting a plurality of water collecting strips, wherein the defrosting system is controlled by a freezing system. A defrosting structure of a freezer, comprising a programmable control module, a compressor, a condenser, a plurality of evaporators, and a plurality of solenoid valves; the programmable control system, as disclosed in the Republic of China Patent No. I428550 The module mainly controls the operation of the compressor, the condenser, the evaporator and the solenoid valve; the compressor mainly pressurizes the refrigerant into a high-pressure and high-temperature state; the condenser mainly supplies the high-temperature and high-pressure refrigerant outputted by the compressor to the refrigerant. Turning to a low temperature state; the evaporator is connected An expansion valve, on the one hand, receiving the low-temperature refrigerant delivered by the condenser, and on the other hand, receiving the high-temperature and high-pressure refrigerant outputted by the compressor by the control of the programmable control module; the solenoid valve has a thermal control solenoid valve equipped with an evaporator to receive a high temperature and high pressure refrigerant end outputted by a compressor, and a cold control solenoid valve disposed at the evaporator to receive a low temperature refrigerant end output by the condenser; controlled by a programmable control module After the plurality of evaporators are operated for a small period of time, the defrosting action can be performed separately in sequence, while the other evaporators that do not perform self-defrosting continue to perform the cold energy emission action to maintain the low temperature of the freezer. The state of freezing can be used to save energy.

The prior art is directed to a method for removing condensate from a freezer to utilize a technique of installing a pre-cooling and dehumidifying device, such as a tubular evaporator and a cold air chamber evaporator dehumidifying device disclosed in the Republic of China Patent No. I530647, which is a structure of a freezer. a refrigerating device and a defrosting device; the refrigerating device includes a compressor, a condenser, a first passage, a reservoir, a heat exchanger, a second passage, a first refrigerating solenoid valve, and a a first expansion valve, a tube cold evaporator, a fifth passage, a third passage, a second refrigerating solenoid valve, a second expansion valve, an eighth passage, an air-cooled evaporator, and a fourth passage The defrost device has a micro switch, an open door relay, a high and low pressure switch, a compressor electromagnetic switch, a time delay relay, a set timer, a defrost timer, a defrost conversion contactor, and a The seventh passage and a defrosting return temperature switch; according to the above configuration, the air-cooled evaporator can absorb the hot air entering the storage body and the moisture contained in the storage body to improve the freezing energy in the storage body Force and efficiency. In addition, the prior art of installing a pre-cooling and dehumidifying device, as disclosed in the Republic of China Patent No. M484083, is to provide a pre-cooling and dehumidifying device above the door of the freezer to solve the problem of cold-discharging the pipe after repeated opening/closing of the conventional freezer. The shortcomings of frosting. The system includes: a body having a partition plate for separating a first space and a second space, wherein the partition defines an opening for communicating the first space and the second space, the body is provided with an air inlet and An air outlet is respectively connected to the first space and the second space, and the body extends a flow guiding portion near the air outlet; an evaporator is disposed in the first space Internal; a fan is placed at the opening. Thereby, the pre-cooling and dehumidifying device of the creation freezer continuously pre-cools and dehumidifies the air, and can guide the cooling air to the direction of the door to form a short circulation effect, and is used for pre-cooling and dehumidification.

The prior art is directed to the condensate removal of the freezer, and the plurality of water collecting strips are supported by the multi-array supporting hanger group. As disclosed in the Republic of China Patent No. M506269, the defrosting device of the freezer includes a multi-array supporting hanger group. a plurality of water collecting strips; one end of the supporting hanger group is fixed on the ceiling of the freezer, and the other end is supported by a plurality of water collecting strips; the plurality of water collecting strips are arranged in a space, each collecting water Maintaining a certain distance between the strips, a coil of the evaporator is disposed above each of the water collecting strips; and each of the water collecting strips of the defroster is arranged in a space, each water collecting strip Maintaining a certain distance between each of the water collecting strips, a coil of the evaporator is arranged, so that the cold energy of the evaporator can be separated by the spacing between each water collecting strip, and the principle of cooling air is natural. It can be lowered without the need to provide a cold energy conveying fan, which can effectively reduce the use cost of the freezer and improve the cold room effect of the freezer. And the defrosting device structure of the freezer library disclosed in the Patent Document No. M533193 of the Republic of China, the defrosting device of the freezer comprises a multi-array supporting hanger group and a plurality of water collecting strips; the supporting hanger group is fixed at one end On the ceiling of the freezer, the other end is supported by a plurality of water collecting strips; the plurality of water collecting strips are arranged in a space, and each of the water collecting strips maintains a certain spacing, and each of the water collecting strips a coil of the evaporator is disposed above the plate; the water collecting fins are disposed on the two sides of the water collecting strip, and the collecting fins are arranged in an inclined manner; and the collecting fins are arranged from the two sides toward the receiving side The groove direction is inclined, and when the heat source tube in the accommodating groove starts to perform the defrosting action, the frost formed adjacent to the heat source tube portion is melted, and when the frost adjacent to the heat source tube portion is melted, the The structure of the water collecting fin away from the heat source tube can be automatically slid to the central receiving groove by the structure in which the water collecting fins are inclined from the two sides toward the receiving groove. Improve the defrosting effect of the defroster of the creation freezer .

The creator of this creation has been engaged in the research of refrigeration industry equipment for many years. He knows that the large amount of condensed water generated in the cold storage environment is a major problem that the industry needs to overcome at present. The prior art still has some shortcomings to be solved, and is committed to the development of water collection. Development of the device. The present invention is a water collecting device comprising: at least one evaporator conduit, at least one support frame, at least one support frame water deflector, at least one gripper, at least one clamping screw, a plurality of nuts for clamping screws, At least one height adjusting screw, a plurality of height adjusting screw nuts, at least one hook frame, at least one sump, and at least one heat insulating cover body are oppositely configured; and the utility model is characterized in that a clip is arranged at the end of the fin under the evaporator duct A set of water tanks with hooks and hooks, with frost water attached to the surface of the evaporator conduit, is used to achieve the convenience of large-scale frozen storage to save storage space and the convenience of collecting frost water in freezing, refrigerating and defrosting conditions. Different from the conventional technology, the independent sump is connected with the frost water condensed by the individual evaporator tubes. It is not necessary to install the sump support hanger to reduce the waste of storage space; it does not hinder the natural convection of the hot and cold cycle, which is environmentally friendly and energy-saving. Creation, its structural design and conventional technology are different, and its novelty, progress and practical benefits are correct. With regard to the techniques, means and functions of the present invention, a preferred embodiment is described in detail with reference to the drawings, and it is believed that the above objects, structures and features of the present invention can be obtained from an in-depth and specific understanding. .

1‧‧‧Water collection device front view

101‧‧‧Evaporator conduit

102‧‧‧Support frame

103‧‧‧Clamps

104‧‧‧Clamping screws

105‧‧‧screw nut

106‧‧‧ Height adjustment screw

107‧‧‧Highly adjustable screw nut

108‧‧‧Autumn

109‧‧‧ sink

110‧‧‧Insulation cover

111‧‧‧Support frame water deflector

2‧‧‧Three-dimensional view of water collecting device

3‧‧‧Water collection device dismantling front view

1011‧‧‧low fins

4‧‧‧Three-dimensional diagram of water collecting device dismantling

5‧‧‧ Top view of the water collecting device

6‧‧‧Water collecting device bottom view

7‧‧‧ right side view of the water collection device

8‧‧‧Water collecting device left side view

9‧‧‧ Rear view of the water collection device

Figure 1 is a front view showing the creation of the water collecting device.

Fig. 2 is a perspective view showing the creation of the water collecting device.

Figure 3 is a front view showing the disassembly of the present water collecting device.

Fig. 4 is a perspective view showing the disassembly of the present water collecting device.

Figure 5 is a top view showing the water collecting device of the present invention.

Figure 6 shows a bottom view of the inventive water collecting device.

Figure 7 shows the right side view of the creation of the water collection device.

Figure 8 is a left side view showing the creation of the water collecting device.

Figure 9 is a rear view showing the creation of the water collecting device.

The embodiments of the present invention are described below by way of specific embodiments, and those skilled in the art can readily appreciate other advantages and effects of the present invention from the disclosure herein. The present invention can also be implemented or applied by various other specific embodiments. The details of the present specification can also be modified and changed without departing from the spirit of the present invention.

First, please refer to FIG. 1 for a front view of the water collecting device, showing a set of water collecting device front view 1 including at least one evaporator conduit 101, at least one support frame 102, at least one support frame water deflector 111, At least one gripper 103, at least one clamping screw 104, a plurality of clamping screw nuts 105, at least one height adjusting screw 106, a plurality of height adjusting screw nuts 107, at least one hook frame 108, at least one sump 109 And at least one heat retaining cover 110 is oppositely configured. One of the evaporator tubes 101 provides a heat exchange function and has a lower fin to provide a clamping action of the holder 103; a support frame 102 is disposed under the support frame water deflector 111 to provide a supporting function; at least one support frame water deflector 111 is disposed at Between the evaporator conduit and the support frame, the four-sided inclined guide plate provides the evaporator conduit for the frost water to be introduced into the lower sump; a holder 103 has The chuck and the screw hole are connected to the evaporator conduit 101 and the height adjusting screw 106; a clamping screw 104 is transversely passed through the screw hole in the holder 103, and the screw 105 of the plurality of clamping screws is screwed into the clamping screw. The ends of the 104 are fixed to provide the position of the chuck of the holder 103; the upper portion of the height adjusting screw 106 longitudinally passes through the screw hole of the holder 103 and the screw hole of the lower portion of the hook frame 108 provide the function of connecting the two; the plurality of height adjustments The screw nut 107 penetrates into the center of the holder 103, and is disposed below the hook frame 108 and screwed into the height adjusting screw 106 to provide a fixed position of the horizontal position of the hook frame 108; a hook frame 108 has a central screw hole for height The adjusting screw 106 passes through, and the hooks on both sides of the hooks hook the ears on both sides of the sump 109 to provide the function of connecting the two; a sump 109 has hooks on both sides to provide hooks 108 and the central groove provides frost water The function of collecting and discharging is adopted, and the water collecting tank 109 is made of a material of polyvinyl chloride, stainless steel or aluminum; a heat insulating cover 110 is disposed under the sump 109 to provide a heat insulating function to avoid condensing water around the sump 109. Off, to give 110 selected expanded polystyrene, foamed polyethylene, or glass wool insulation material foam rubber insulation shell. The water collecting device is characterized in that a clamping group hook is provided at the end of the fin of the evaporator duct 101, and a sump 109 is provided, and the frost water independently attached to the surface of the evaporator duct 101 is applied to the large-scale frozen storage to achieve the same. Save the height of the storage space and the convenience of collecting frost water in the frozen, refrigerated and defrosted state.

Please continue to Fig. 2 is a perspective view showing the water collecting device of the present invention, showing a perspective view 2 of a water collecting device, illustrating that the evaporator conduit 101 is placed on the water guiding plate 111 of the support frame in the assembled state, and the water guiding plate 111 of the supporting frame is placed As for the support frame 102; in addition, the fin end under the evaporator tube 101 is clamped by the holder 103, and the viewing angle relationship in Fig. 2 does not indicate the clamping screw 104 and the clamping screw as shown in Fig. 1. The nut 105, further, is in a state where the chuck clamping force of the holder 103 is sufficient, that is, a sufficient load to clamp the assembly (in a general state, the definition includes: the holder 103, the clamping screw 104, and the clamping The screw nut 105, the height adjusting screw 106, the height adjusting screw nut 107 and the hook frame 108), the sump 109, the heat insulating cover 110 and the weight of the frost water in the water tank, the clamping screw and the clamping screw The nut can be omitted for removal and not used. The nut 107 of the height adjusting screw is placed inside the holder 103, and a screw hole at the bottom of the holder 103 is provided to pass the height adjusting screw 106 through the hole, and the upper end of the height adjusting screw 106 is locked into the inside of the holder 103. The screw of the adjusting screw nut 107 is engaged; the lower end of the height adjusting screw 106 passes through the screw hole in the center of the lower hook frame 108, and a nut 107 of the height adjusting screw is disposed under the hook frame 108, which will pass through the screw The lower end of the hole height adjusting screw 106 is locked with the height adjusting screw nut 107 to fix its horizontal position to adjust the level of the sump 109. Then use the hook pieces at the ends of the hook frame 108, and apply downward force to hook into the ear of the lower sump 109 to hook the two. Finally, the bottom of the sump 109 is covered with the heat insulating cover 110, so that the adhesive is attached to the bottom surface of the bottom of the sump 109 to provide a heat preservation function to avoid condensed water on the periphery of the sump 109 and drip on the frozen goods to destroy the quality of the goods. . Further, in the defrosting state, a flow of water is introduced into the groove of the sump 109, and frost water or ice is washed to accelerate the flow rate of the frost in the sump 109.

In order to make the review committee further understand the various components of the creation, continue to explain the details in an exploded view. For example, Figure 3 shows the front view of the disassembly of the creation of the water collecting device, which shows a front view of a water collecting device. The top end is provided with an evaporator duct 101 placed on the support frame water deflector 111, and the support frame water deflector 111 is placed on the support frame 102; another way of erecting the evaporator duct 101 is that the evaporator duct 101 is opposite to the evaporator duct 101 The lower fin 1011 has an upper fin on the ceiling of the freezer in a conventional hanging manner, and the support frame 102 and the support water deflector 111 can be removed and used, that is, the clamping set and the sump of the present invention. 109 and the heat insulating cover 110 are also applicable to the water collecting application of the upper hanging type evaporator pipe 101. The hanging method of the hanging type is a conventional technique and therefore will not be described in detail in the embodiment. Furthermore, the evaporator conduit 101 has a circular arc-shaped end lower fin 1011 which provides a gripping action of the gripper 103; the gripper 103 is provided with an arcuate end collet for rapid sliding into the arc of the evaporator duct 101. The lower fins 1011 are terminated to achieve a quick mounting effect. The clamping screw 104 passes transversely through the screw hole in the holder 103, and is screwed into the two ends of the clamping screw 104 by the nut 105 of the plurality of clamping screws to provide the fixing of the chuck position of the holder 103. The upper portion of the height adjusting screw 106 longitudinally passes through the screw hole of the holder 103, and the lower portion of the height adjusting screw 106 passes through the screw hole of the hook frame 108, and then the nut 107 of the plurality of height adjusting screws is inserted into the center of the holder 103 to It is disposed below the hook frame 108 and screwed into the height adjustment screw 106 to provide a fixed horizontal position of the hook frame 108. A hook frame 108 has a downwardly inclined angle and grooves on both sides to provide frost water flowing into the lower sump 109 on the hook frame 108; a hook frame 108 having a central screw hole for the height adjusting screw 106 to pass through, And the hooks on both sides of the hooks hook the ears on both sides of the sump 109 to provide the function of connecting the two. A set of sinks 109 has hooks 108 hooks on both sides of the ear and a central groove to provide the function of collecting and discharging frost water. A heat retaining cover 110 is disposed under the sump 109 to provide a heat retaining function to prevent dripping of the condensate from the periphery of the sump 109. Actually, the large-scale frozen storage is close to the ceiling position, and the plurality of grippers 103, the plurality of clamping screws 104, the plurality of clamping screws, the nut 105, the plurality of height adjusting screws 106, the plurality of height adjusting screws, the nut 107 and the plurality of hooks 108 The evaporator conduit 101 is clamped at a spaced distance and the sump 109 is hooked to include a heat retaining cover 110 in an erected configuration to provide sufficient clamping force.

Fig. 4 is a perspective view showing the disassembly of the water collecting device of the present invention, which shows a disassembled perspective view of a water collecting device, illustrating the corresponding relationship of the component units in the disassembled state, and the evaporator duct 101 is placed on the support frame water deflector 111. Upper, and the support frame water deflector 111 is placed on the support frame 102, and the fin end of the lower portion of the evaporator tube 101 is clamped by the holder 103, and the clamping screw 104 is locked with the nut 105 of the clamping screw. The outer sides of the holder 103 are inserted to fix the position of the chuck. The nut 107 of the height adjusting screw is placed inside the holder 103. The bottom of the holder 103 has a screw hole for the height adjusting screw 106 to pass through the hole, and the upper end of the height adjusting screw 106 is locked into the inside of the holder 103. The screw of the height adjusting screw nut 107 is engaged; the lower end of the height adjusting screw 106 passes through the screw hole in the center of the lower hook frame 108, and a nut 107 of the height adjusting screw is disposed under the hook frame 108, which will pass through the screw The lower end of the height adjusting screw 106 of the hole is locked with the height adjusting screw nut 107 to fix its horizontal position to adjust the horizontal level of the sump 109, so that the frost water smoothly flows into the drain port according to the preset direction. The hook pieces at the ends of the hook frame 108 are biased downward to hook the ears of the lower sump 109 to hook the two, and the lower edge of the support frame 102 can be in contact with the ears of the sump 109 ear, or The lower end of the height adjusting screw 106 is locked with the nut 107 of the height adjusting screw, and the level of the sump 109 is adjusted, and the sides of the ear of the sump 109 and the lower edge of the support frame 102 are not The contact has a separation distance. Finally, the bottom of the sump 109 is covered with the heat retaining cover 110, so that the adhesive is attached to the bottom surface of the bottom of the sump 109. Generally, under the condition of a high-humidity cold environment, the heat insulating cover 110 must be wrapped around the periphery of the sump 109. The condensate is prevented from being generated on the periphery of the sump 109, and is dripped on the frozen goods to destroy the quality of the goods; in the low humidity and low temperature freezing environment, the heat insulating cover 110 can be removed and used in a frozen environment.

Figure 5 is a plan view showing the water collecting device of the present invention, showing a top view of the water collecting device 5, illustrating that the uppermost evaporator tube 101 is placed on the support frame water deflector 111, and the support frame water deflector 111 is placed on the support frame 102; The hook pieces at the ends of the hook frame 108 are hooked into the ears on both sides of the lower sump 109 to hook the two; the bottom of the sump 109 covers the heat insulating cover 110. Figure 6 is a bottom view showing the water collecting device of the present invention, showing that the bottom of the bottom view 6 of the water collecting device covers the heat insulating cover 110; on the upper side, the support frame 102 is placed on the support frame 102, and the support frame is supported. An evaporator duct 101 is disposed on the water deflector 111. Figure 7 shows the right side view of the water collecting device and the left side view of the water collecting device of the present water collecting device, respectively showing the right side view 7 of the water collecting device and the left side view 8 of the water collecting device, and the second figure also shows that the evaporator pipe The 101 is placed on the support water deflector 111, and the support water deflector 111 is placed on the support frame 102, and the fin end of the evaporator conduit 101 is clamped by the clamp 103, and the clamping screw 104 is matched. The nut 105 of the clamping screw is locked into the outside of the holder 103 to securely fix the collet; the upper end of the height adjusting screw 106 engages the holder 103; the lower end of the height adjusting screw 106 engages the hook 108; and the sides of the hook 108 The hook piece of the end is hooked into the ear of the lower sump 109 to hook the two; the sump 109 is adjusted to the highest level by the height adjusting screw 106, and the lower edge of the support frame 102 can be in contact with both sides of the ear of the sump 109; The bottom of the sump 109 is covered by the heat insulating cover 110. Figure 9 is a rear view showing the water collecting device of the present invention, showing a rear view 9 of the water collecting device, the evaporator conduit 101 being placed on the support water deflector 111, and the support water deflector 111 being placed on the support frame 102, The fin end of the lower portion of the evaporator tube 101 is clamped by the holder 103; the lower end of the height adjusting screw 106 is engaged with the hook frame 108, and is locked with the height of the screw 107 of the height adjusting screw. The whole screw 106 adjusts the horizontal level of the sump 109 so that the frost water smoothly flows into the drain port according to the preset direction; the hook pieces at the ends of the hook frame 108 are hooked into the ears of the lower sump 109 to hook the two; the sump The lower bottom portion of the 109 is covered by the heat insulating cover 110.

The present invention is a water collecting device comprising: at least one evaporator conduit, at least one support frame, at least one support frame water deflector, at least one gripper, at least one clamping screw, a plurality of nuts for clamping screws, At least one height adjusting screw, a plurality of height adjusting screw nuts, at least one hook frame, at least one sump, and at least one heat insulating cover body are oppositely configured; and the utility model is characterized in that a clip is arranged at the end of the fin under the evaporator duct A set of water tanks with hooks and hooks, with frost water attached to the surface of the evaporator duct, is used for large-scale frozen storage to achieve the convenience of saving the storage space and the convenience of collecting frost water in the freezing, refrigerating and defrosting states. This creation is different from the traditional techniques of the past, and its novelty, progress and practical benefits are correct. Therefore, the lack of conventional knowledge can be effectively improved, and the utility is quite practical.

Looking at the above, the specific structure disclosed in the present embodiment can indeed provide applications in the freezing, freezing and defrosting state of the freezing industry. In terms of its overall structure, it has not been seen in similar products, and has not been seen before the application. Open, Cheng has already met the statutory requirements of the Patent Law, and filed an invention patent application in accordance with the law.

However, the above is only a preferred embodiment of the present invention. When it is not possible to limit the scope of the creation of the present invention, that is, the equivalent changes and modifications made by the applicant in accordance with the scope of the patent application and the content of the creation specification are all It should remain within the scope of this creation patent.

Claims (8)

A water collecting device comprising: at least one evaporator conduit providing a heat exchange function and having a lower fin to provide a gripping function; at least one support frame disposed under the support water deflector to provide a supporting function; At least one support frame water deflector disposed between the evaporator conduit and the support frame, having a four-sided inclined guide plate for providing an evaporator conduit frost water to be introduced into the lower sump; at least one gripper having a collet and a screw hole The function of connecting the evaporator conduit and the height adjusting screw; at least one clamping screw, which transversely passes through the screw hole on the holder and cooperates with the nut of the plurality of clamping screws to provide the function of fixing the clamp chuck; the plurality of clamps a screw nut that is screwed into the two ends of the clamping screw to provide a position of the chuck of the holder; at least one height adjusting screw, the upper portion of which vertically passes through the screw hole of the holder and the screw hole of the lower portion of the hook frame Providing a function of linking the two; a plurality of height adjusting screw nuts, which are inserted into the center of the holder and disposed under the hook frame and screwed into the height adjusting screw to provide a horizontal position fixing of the hook frame At least one hook frame having a central screw hole for the height adjusting screw to pass through and the end hooks on both sides hooking the ears on both sides of the sump to provide the function of connecting the two; at least one sump having hooks on both sides of the ear The hook and the central groove provide the function of collecting and discharging the frost water; at least one heat retaining cover body is disposed under the sump to provide heat preservation function to avoid condensation on the periphery of the sump The water is dripped, and its opposite structure; the water collecting device is characterized in that a fin assembly is provided at the end of the fin of the evaporator duct, and a sump is provided, and the frost water of the surface of the evaporator conduit is independently attached. Large-scale freezer storage to achieve the convenience of saving storage space and the convenience of collecting frost water in the state of freezing, refrigerating and defrosting. The water collecting device of claim 1, wherein the evaporator conduit has a circular arc-shaped end lower fin to provide a gripper clamping action. The water collecting device according to claim 2, further, the holder is provided with a curved end clamp for quickly sliding into the arc-shaped end lower fin of the evaporator conduit for the effect of quick installation. The water collecting device according to claim 1, wherein the hook frame has a downward inclination angle and grooves on both sides to provide frost water that falls on the hook frame and flows into the lower sump. The water collecting device according to claim 1, wherein the sump is made of a material of polyvinyl chloride, stainless steel or aluminum. The water collecting device according to claim 1, wherein the heat insulating cover body is made of a material of expanded polystyrene, expanded polyethylene, insulating glass wool or foamed rubber. The water collecting device according to claim 1, wherein the plurality of grippers, the plurality of clamping screws, the plurality of clamping screw nuts, the plurality of height adjusting screws, the plurality of height adjusting screw nuts, and the plurality of hook frames are Separating distances from an evaporator conduit and hooking a sump containing a heat retaining cover are configured to provide sufficient clamping force. The water collecting device of claim 1, 2 or 3, and further, the fins above the evaporator pipe are suspended from the ceiling of the freezer, and the support frame and the support frame guide are removable and not used.