CN203816474U - Dehumidifier structure - Google Patents

Abstract

The utility model relates to a desiccator structure, it is mainly equipped with the ventilation pipe in the accommodation space of moisture absorption box main part, and be equipped with the thru hole on this moisture absorption box main part and ventilation pipe, communicate with each other with its accommodation space, be equipped with drying device in the adjacent department of this moisture absorption box main part again, and make this drying device's exhaust vent corresponding with the ventilation pipe, by this, when moisture absorption material moisture absorption saturation that its accommodation space of moisture absorption box main part was established must be dried, can start drying device, so that send hot-blastly by drying device, it can be via the thru hole guide that establishes on this ventilation pipe to continue this drying device to send hot-blastly, effectively blow each corner of moisture absorption box accommodation space hot-blastly, so as to reach from inside to outside abundant, the quick effect of drying reduction with moisture absorption material.

Description

Dehumidifier structure

technical field

The utility model relates to a structure of a moisture absorber, in particular to a structure of a moisture absorber which can fully and quickly dry and restore the moisture absorbing materials in the moisture absorbing box.

Background technique

Humidity is the climate characteristic of island-type countries. Living in an environment with heavy humidity is not only unfavorable for clothing and furniture, but also has a negative impact on human health, so related dehumidification products are produced accordingly. Among the traditional dehumidification products sold in the market, chemical substances such as calcium chloride are the most popular contents. The storage box is divided into upper and lower storage spaces, and the upper storage space is used to store particles. Shaped calcium chloride, the lower layer is to collect the dehumidified water vapor liquid, because the stored liquid contains calcium chloride and other chemical substances, if it is accidentally dumped and in contact with the surrounding objects, it is quite difficult to remove, and if the human body touches it more It will cause skin redness, swelling, pain and other inflammations, and it is also very difficult to recycle. Generally, most users pour the liquid containing calcium chloride into the drainage system, and discard the storage box. In this way, in addition to causing environmental damage In addition to serious pollution, it also causes waste of resources.

Therefore, recently another manufacturer has developed a reusable dehumidification product, which is mainly equipped with a box-shaped body, and an electric heating element is installed in the box-shaped body, and then a hygroscopic material is filled in the box-shaped body to absorb air. Medium humidity, when the moisture-absorbing material absorbs moisture, power is supplied to the electric heating element, so that the electric heating element converts electrical energy into heat energy, and then dries the moisture-absorbing material that has absorbed moisture, so as to achieve the purpose of repeated use. However, although the dehumidification product has a repeatable dehumidification effect, the electric heating element assembled in the body will increase the manufacturing cost of the dehumidification product, and when the electric heating element is assembled in the body, the interior of the body can accommodate moisture absorption. The space of the material is relatively reduced, so that the dehumidification product has a limited dehumidification effect at one time, and the electric heating element must be frequently activated to dry the moisture-absorbing material and then dehumidify. In this way, in addition to causing inconvenience in use, it also causes waste of electricity. On the other hand, after the electric heating component emits heat, its main drying range is the surrounding hygroscopic materials, and it is difficult to fully diffuse to all the hygroscopic materials inside the body. If you want to dry all the hygroscopic materials inside the body, you must prolong the operation of the electric heating component Time, so when the electric heating element is frequently started and the operating time is prolonged, the required power consumption cost will be relatively increased. At the same time, the service life of the electric heating element will be relatively shortened. After a period of use, it must be repaired or replaced, resulting in financial burden on users.

Therefore, in view of the fact that the existing reusable dehumidification products still have many of the above-mentioned deficiencies in the use and implementation, the designer is based on his many years of manufacturing and design experience and knowledge in related fields, and through many ingenuity. The existing reusable dehumidification products are developed and improved, and the utility model is developed.

Utility model content

The utility model relates to a hygroscopic machine structure, and aims to provide a hygroscopic machine structure which can quickly dry and restore the hygroscopic material provided in the hygroscopic box.

In order to achieve the above implementation goals, the designer has developed the following moisture absorber structure, which is provided with a moisture absorption box. A ventilation pipe is provided, and a through hole is provided on the ventilation pipe, and the through hole communicates with the accommodating space, and a plurality of through holes are provided on the main body of the moisture absorption box, and the through holes on the main body of the moisture absorption box communicate with the accommodating space. The accommodating spaces communicate with each other, and a drying device is provided adjacent to the main body of the moisture-absorbing box, and the air outlet of the drying device corresponds to the ventilation pipe.

The structure of the dehumidifier as described above, wherein the drying device includes a hollow placement seat, and an air inlet is provided on the placement seat, and the air inlet communicates with the hollow part of the placement seat, In addition, a blower fan and an electric heating unit are arranged in the hollow part of the placement seat, and the air outlet hole is formed on the placement seat, and the air outlet hole communicates with the hollow part.

In the structure of the dehumidifier as described above, an air outlet pipe part is further protruded from the placement base of the drying device, and the air outlet hole is located on the air outlet pipe part.

The structure of the dehumidifier as described above, wherein the main body of the dehydrating box includes a casing, and a casing cover is provided on the casing, and the accommodating space is formed between the casing and the casing cover.

Thereby, the structure of the dehumidifier of the present invention is equipped with a ventilation pipe inside the moisture absorption box, so that when drying and reducing the hygroscopic material, the hot air from the drying device can be guided by the ventilation pipe to effectively blow the hot air to the moisture absorption box Each corner of the storage space is used to achieve the effect of fully and quickly drying the hygroscopic material from the inside to the outside. On the one hand, the operating time of the drying device can be relatively reduced to save electricity costs. On the other hand, the use time By reducing it, the service life of the drying device can be relatively increased, and the economic loss of frequent maintenance or replacement of the drying device can be reduced.

Description of drawings

The following drawings are only intended to illustrate and explain the utility model schematically, and do not limit the scope of the utility model. in,

Fig. 1 is a three-dimensional exploded view of the moisture-absorbing box of the present invention;

Fig. 2 is a three-dimensional exploded view of the drying device of the present invention;

Fig. 3 is a three-dimensional exploded view of the moisture absorber of the present invention;

Fig. 4 is a combined sectional view of the moisture absorber of the present invention.

Explanation of main component labels:

1 moisture absorption box

11 The main body of the moisture absorption box

111 shell

1111 through hole

112 shell cover

1121 socket

1122 Undertaking department

1123 container

1124 through hole

1125 through hole

113 accommodation space

12 ventilation pipe

121 tube holes

122 through holes

2 drying device

21 place seat

211 foot post

212 air intake

213 hollow part

214 Outlet duct

2141 Air outlet

22 blower fan

23 electric heating unit

3 Hygroscopic material

Detailed ways

In order to make the technical means of the present utility model and the effects it can achieve more complete and clear, the detailed description is as follows, please refer to the disclosed drawings and drawing numbers:

First of all, please refer to Figure 1 and Figure 2, which are the structure of the moisture absorber of the present invention, which is mainly composed of the moisture absorption box 1 and the drying device 2; wherein:

The moisture-absorbing box 1 includes a moisture-absorbing box main body 11 and a ventilation pipe 12. The moisture-absorbing box main body 11 is provided with a hollow cylindrical shell 111 with open ends at both ends. Shell cover 112, so that an accommodating space 113 is formed between the cylindrical shell 111 and the shell covers 112 at both ends, and an annular slot 1121 is formed on the end surface of the shell cover 112 and the shell 111, so as to The two ends of the cylindrical shell 111 are respectively embedded and assembled with the insertion grooves 1121 of the two shell covers 112, and the two shell covers 112 are located at the center of the end faces formed with the insertion grooves 1121. The center of 1122 is concavely provided with a holding tank 1123, and the bottom of the holding tank 1123 of one shell cover 112 is penetrated with a through hole 1124, and a plurality of through holes 1111 are respectively provided on the cylindrical shell 111 and the two shell covers 112 , 1125 to communicate with the accommodating space 113, and make the ventilation pipe 12 located in the accommodating space 113 of the moisture absorption box main body 11, so that the ventilation pipe 12 is shaped so that one end is an open end, and the other end is an open end. The closed end is an entity with a tube hole 121 formed inside, and a plurality of through holes 122 are provided on the ventilation tube 12 to communicate with the tube hole 121, and the open end of the ventilation tube 12 is plugged into the moisture-absorbing box The receiving part 1122 of the housing cover 112 of the main body 11 is placed in the receiving part 1123, and the tube hole 121 of the ventilation pipe 12 communicates with the through hole 1124 of the housing tank 1123 of the housing cover 112;

The drying device 2 is connected with the moisture absorption box 1, and includes a hollow placement seat 21, and the bottom of the placement seat 21 is provided with a foot post 211, and on the bottom surface of the placement seat 21 An air inlet 212 is penetrated to communicate with the hollow portion 213 of the placement seat 21, and a blower fan 22 is arranged in the hollow portion 213 of the placement seat 21, and an electric heating unit 23 is arranged above the blower fan 22 In addition, an air outlet pipe portion 214 protrudes from the center of the upper end of the placement seat 21, and the air outlet hole 2141 of the air outlet pipe portion 214 communicates with the hollow portion 213, and the moisture absorption box 1 is connected to the placement seat. 21 are connected with each other, and the air outlet pipe part 214 of the placement seat 21 passes through the through hole 1124 of the shell cover 112 of the moisture absorption box main body 11, so as to be socketed with the pipe hole 121 of the ventilation pipe 12, so that the placement The air outlet hole 2141 of the seat 21 communicates with the tube hole 121 of the ventilation tube 12 of the moisture absorption box 1 .

According to this, when using and implementing, please refer to Fig. 3 and Fig. 4 together, store a plurality of granular hygroscopic materials 3 in the accommodating space 113 of the main body 11 of the hygroscopic box, and then place the hygroscopic machine of the present invention In wardrobes, bookcases, shoe cabinets, and storage boxes, etc., which need to be dehumidified, the moisture contained in the wardrobe, bookcases, shoe cabinets, and storage boxes, etc. A hole enters the accommodation space 113 of the main body 11 of the moisture absorption box, so that the hygroscopic material 3 accommodated in the accommodation space 113 can perform the function of absorbing moisture, so as to ensure the space of the wardrobe, bookcase, shoe cabinet, storage box, etc. To prevent the clothes, books, shoes and other items placed in the wardrobe, bookcase, shoe cabinet and storage box from being damaged due to moisture.

Furthermore, when the moisture-absorbing material 3 in the accommodating space 113 of the moisture-absorbing box reaches saturation in absorbing moisture, the user can use the drying device 2 to dry and restore the moisture-absorbing material 3 in the moisture-absorbing box 1 , When drying the moisture-absorbing material 3, start the drying device 2 to operate, and the blower fan 22 of the drying device 2 will draw the external air into the hollow of the placing seat 21 through the air inlet 211 provided on the placing seat 21. In the part 213, the air drawn in is heated by the electric heating unit 23 arranged in the hollow part 213 of the placement seat 21, and the heated air is continuously driven by the eddy current generated by the blower fan 22 to move toward the placement seat. The air outlet hole 2141 of the air outlet pipe part 214 at the upper end of 21 is blown, so that the hot air is transported to the pipe hole 121 of the ventilation pipe 12 of the moisture absorption box 1 which is nested through the air outlet hole 2141 of the air outlet pipe part 214, and then The hot air blown into the pipe hole 121 of the ventilation pipe 12 is blown into the corners of the accommodation space 113 of the moisture-absorbing box 1 through a plurality of through holes 122 provided on the ventilation pipe 12, so as to quickly set the air in the moisture-absorbing box 1 from the inside to the outside. The benefit of rapid drying of the moisture-absorbing material 3 in the accommodation space 113 of the moisture-absorbing box 1, the hot air will be discharged from the through-holes 1111 and 1125 provided on the cylindrical shell 111 and the two shell covers 112 of the moisture-absorbing box 1. outside, so that the hot air circulates in the accommodating space 113 of the moisture absorption box 1 .

Thereby, by using the design of the ventilation pipe 12 provided inside the moisture absorption box 1 of the moisture absorption machine of the present utility model, the hot air emitted by the drying device 2 can be effectively guided to various places in the accommodation space 113 of the moisture absorption box 1, so as to In addition, the moisture-absorbing material 3 is fully and quickly dried. On the one hand, the operating time of the drying device 2 can be relatively reduced to greatly save electricity costs. On the other hand, the drying time of the drying device 2 can be effectively reduced. The service life of the drying device 2 can be relatively increased, so as to reduce the damage rate of the drying device 2 and save the economic loss of frequent maintenance or replacement of the drying device 2 .

The aforementioned examples or drawings do not limit the structural implementation of the moisture absorber of the present utility model, and any appropriate changes or modifications made by persons with ordinary knowledge in the technical field shall be regarded as not departing from the structure patent of the moisture absorber of the present utility model category.

As can be seen from the above structure and implementation, the utility model has the following advantages:

1. The structure of the moisture absorber of the present invention is provided with a ventilation pipe inside the moisture absorption box, so that when drying and reducing the moisture absorption material, the hot air from the drying device can be guided by the ventilation pipe to effectively blow the hot air to the moisture absorption box. Place it in every corner of the space to achieve the effect of fully and quickly drying the hygroscopic material from the inside out.

2. The structure of the moisture absorber of the present invention is equipped with a ventilation pipe inside the moisture absorption box. Using the guidance of the ventilation pipe, the hot air from the drying device can be effectively blown to each moisture-absorbing material in the accommodation space, so as to quickly remove the moisture-absorbing material. Drying, here, on the one hand, the operating time of the drying device can be relatively reduced to save electricity costs; Economic loss for repair or replacement.

The above descriptions are only illustrative specific implementations of the present utility model, and are not intended to limit the scope of the present utility model. Any equivalent changes and modifications made by those skilled in the art without departing from the concept and principles of the present invention shall fall within the protection scope of the present invention.

Claims (4)

1. A hygroscopic machine structure, characterized in that the dehumidifying machine structure is provided with a hygroscopic box, the hygroscopic box includes a main body of the hygroscopic box, and an accommodating space is formed on the main body of the hygroscopic box, and the accommodating A ventilation pipe is provided in the space, and a through hole is provided on the ventilation pipe, the through hole communicates with the accommodating space, and a plurality of through holes are provided on the main body of the moisture absorption box, and the moisture absorption box The through hole on the main body communicates with the accommodating space, a drying device is provided adjacent to the main body of the moisture absorption box, and the air outlet of the drying device corresponds to the ventilation pipe. the 2. The structure of the dehumidifier according to claim 1, wherein the drying device comprises a hollow placement seat, and an air inlet is provided on the placement seat, and the air inlet and the air inlet are connected to each other. The hollow parts of the placement seats are connected, and a blower fan and an electric heating unit are arranged in the hollow parts of the placement seats, and the air outlet holes are formed on the placement seats, and the air outlet holes Communicate with the hollow part. the 3 . The dehumidifier structure according to claim 2 , wherein an air outlet pipe portion is further protruded from the placement seat of the drying device, and the air outlet hole is located on the air outlet pipe portion. 4 . the 4. The moisture absorber structure according to claim 1, wherein the main body of the moisture absorption box includes a casing, and a casing cover is provided on the casing, and the casing and the casing cover form a Said accommodation space. the