CN204115432U - An all-in-one dehumidification and drying machine - Google Patents

Abstract

The utility model is a dehumidification and drying integrated machine, including a frame, and a condenser arranged at the bottom of the frame, and a raw material drying fan and a raw material conveying fan connected to the front of the condenser, and a filter arranged on the raw material drying fan, and a dehumidification tower installed on the right side of the filter, and a dehumidification fan arranged above the filter, and a dehumidification hot air duct connected to the right side of the dehumidification fan, and a drying barrel arranged in front of the frame, and a feeding cup arranged on the drying barrel. The utility model adopts a new generation of dehumidification tower, and the biggest advantage is that it can meet the current needs of similar products without regeneration heating, saving electricity, reducing costs, and the discharged moisture is room temperature air, which does not increase the workshop temperature, improves the environmental comfort, and reduces the workshop air conditioning energy consumption. A condenser is set, and when the refrigeration is turned on to operate in the freezing area, the dehumidification effect is more obvious, the adsorption capacity is significantly enhanced, the condensation is faster, the dehumidification time is shortened, and the dehumidification effect is good.

Description

An all-in-one dehumidification and drying machine

technical field

The utility model relates to a dehumidifying and drying integrated machine.

Background technique

Dehumidifiers and dryers currently on the market, almost all mechanical products have a very high power consumption rate, and the products emit high-temperature gases during operation, which increases the temperature of the workshop, increases the load of the workshop air conditioner, and prolongs the dehumidification time. The effect is poor, the function is single, and it does not meet the high requirements of "green, environmental protection, and energy saving" for electrical products in today's society. Therefore, in view of the deficiencies of the above-mentioned problems in the dehumidifiers and dryers currently on the market, the applicant has developed a new generation of dehumidification towers. The biggest advantage is that it can meet the current needs of similar products without regeneration heating and save electricity. The cost is obvious, the exhausted moisture is air at normal temperature, does not increase the temperature of the workshop, does not cause air pollution, improves the environmental comfort, reduces the energy consumption of the workshop air conditioner, and installs a condenser. When the refrigeration is turned on to operate in the freezing area, the dehumidification effect is more obvious , the adsorption capacity is significantly enhanced, and dew condensation is faster, thereby shortening the dehumidification time and making the dehumidification effect better. A dehumidification and drying integrated machine that meets the high requirements of "green, environmental protection, and energy saving" for electrical products in today's society is indeed necessary.

Contents of the invention

The technical problem to be solved by the utility model is to provide a new generation of dehumidification tower. The biggest advantage is that it can meet the current needs of similar products without regeneration and heating, and the power cost is significantly saved. The discharged moisture is normal temperature air. Increase the temperature of the workshop without causing air pollution, improve environmental comfort, reduce the energy consumption of the workshop air conditioner, and set up a condenser. When the refrigeration is turned on to operate in the freezing area, the dehumidification effect is more obvious, the adsorption capacity is significantly enhanced, and the dew condensation is faster. Shorten the dehumidification time, make the dehumidification effect better, and meet the high requirements of "green, environmental protection and energy saving" for electrical products in today's society. The utility model is achieved through the following technical solutions:

An all-in-one dehumidification and drying machine, including a frame, a condenser arranged at the bottom of the frame, a raw material drying fan connected to the left in front of the condenser, and a raw material conveying fan connected to the right in front of the condenser, and The filter installed in the middle of the frame, above the raw material drying fan, and the dehumidification tower installed on the right side of the filter, and the dehumidification fan installed on the top of the frame, above the filter, and the connection is set on the right side of the dehumidification fan The dehumidification hot air pipe, and the drying bucket arranged in front of the frame, and the feeding cup installed on the top of the drying bucket; the drying bucket is connected from the inside to the outside with a drying electric heating; the dehumidification hot air There are more than two pipes; there are more than two condensers; there are more than three filters, and the types of more than three filters can be set as return air filter, regeneration filter and suction filter device.

As a preference, a vacuum hopper is provided on the top of the drying bucket, and a storage bucket is provided on the inward input connection of the vacuum hopper; a cut-off suction box is set under the dry bucket, and the cut-off The external output connection of the type suction box is equipped with an electric eye hopper.

Preferably, a three-way valve is connected to the external output of the vacuum hopper, a suction filter is connected to the three-way valve, and a suction fan is connected to the suction filter.

A dehumidification and drying integrated machine of the utility model comprises a frame, a condenser arranged at the bottom of the frame, a raw material drying fan connected to the left in front of the condenser, and a raw material drying fan connected to the right in front of the condenser. The conveying fan, and the filter arranged in the middle of the frame and above the raw material drying fan, and the dehumidification tower installed on the right side of the filter, and the dehumidification fan arranged on the top of the frame and above the filter, and connected to the The dehumidification hot air pipe on the right side of the dehumidification fan, the drying material bucket arranged in front of the frame, and the feeding material cup installed on the top of the drying material bucket; the drying material bucket is connected from the inside to the outside and equipped with a drying electric heater; There are more than two dehumidification hot air pipes; more than two condensers; more than three filters, and the types of more than three filters can be set as return air filters and regenerative filters with suction filter. The utility model adopts a new generation of dehumidification tower. The biggest advantage is that it can meet the current needs of similar products without regeneration and heating, and saves electricity costs significantly. Improve environmental comfort, reduce workshop air-conditioning energy consumption, and set up a condenser. When the refrigeration is turned on to operate in the freezing area, the dehumidification effect is more obvious, the adsorption capacity is significantly enhanced, and dew condensation is faster, thereby shortening the dehumidification time and making the dehumidification effect better. , to meet the high requirements of "green, environmental protection and energy saving" for electrical products in today's society.

Description of drawings

For ease of description, the utility model is described in detail by the following preferred embodiments and accompanying drawings.

Fig. 1 is a perspective view of an integrated dehumidification and drying machine of the present invention.

Fig. 2 is another perspective view in different directions of an integrated dehumidification and drying machine of the present invention.

Fig. 3 is a flowchart of an integrated dehumidification and drying machine of the present invention.

Detailed ways

In this embodiment, as shown in Figures 1 to 3, a dehumidification and drying integrated machine of the present invention includes a frame 1, and a condenser 2 arranged at the bottom of the frame 1, and is connected and arranged in front of the condenser 2 The raw material drying fan 3 on the left, and the raw material conveying fan 4 arranged on the right in front of the condenser 2, and the filter 5 arranged in the middle of the frame 1 and above the raw material drying fan 3, and installed on the filter 5 The dehumidification tower 6 on the right side, and the dehumidification blower 7 that is arranged on the top of the frame 1 and above the filter 5, and the dehumidification hot air pipe 71 that is connected to the right side of the dehumidification blower 7, and the drying fan that is arranged on the front of the frame 1 The material barrel 8, and the feeding material cup 9 installed on the drying material barrel 8; the drying material barrel 8 is connected from the inside to the outside with a drying electric heater 80; the dehumidification hot air pipe 71 is provided with more than two; There are more than two condensers 2; more than three filters 5 are provided, and the types of the more than three filters 5 can be set as a return air filter 51 , a regeneration filter 52 and a suction filter 53 . The raw material drying blower 3 also includes a regenerative blower 54 .

Wherein, the top of the drying bucket 8 is provided with a vacuum hopper 81, and the inward input connection of the vacuum hopper 81 is provided with a storage bucket 82; the bottom of the drying bucket 8 is provided with a cut-off type suction box 83 , the cut-off type suction box 83 is provided with an electric eye hopper 84 for external output connection.

Wherein, the external output of the vacuum hopper 81 is connected with a three-way valve 85 , a suction filter 53 connected with the three-way valve 85 , and a suction fan 86 connected with the suction filter 53 . After being sucked by the suction fan 86, the material can be exhausted outwards, and the material flows to the electric eye hopper 84 after being cut by the material intercepting type suction box 83, and then flows from the electric eye hopper 84 to the three-way valve 85, and so on.

After installation according to the above structure, the all-in-one machine is provided with three zones, which are dehumidification zone 11, cooling zone 12 and regeneration zone 13 respectively. The working process of the dehumidification zone 11 is: start the return air filter 51, which can dry The water vapor formed by heating in the material barrel 8 is discharged to the outside of the drying material barrel 8, and the discharged water vapor flows to the raw material drying fan 3 after being cooled by the condenser 2, and then flows back to the drying material barrel 8 through the condenser 2 again. When the water vapor passes through the return air filter 51 and the two condensers 2, the cooling water produced by cooling can be discharged through the pipeline.

The cooling zone 12 means that when the water vapor cooled by the two condensers 2 returns to the drying barrel 8, part of the water vapor will form water droplets when it is cooled on the return line, and the water droplets can return to the condenser 2, and then After the condenser 2 is cooled, it flows to the raw material drying fan 3 again, then flows to the condenser 2, and then flows back to the drying barrel 8, and so on.

The working process of the regeneration zone 13 is as follows: firstly, the regeneration fan 54 is turned on, the air is filtered by the regeneration filter 52 and then drawn by the regeneration fan 54 to be heated by the regeneration electric heater 55 to remove moisture.

A dehumidification and drying integrated machine of the utility model comprises a frame, a condenser arranged at the bottom of the frame, a raw material drying fan connected to the left in front of the condenser, and a raw material drying fan connected to the right in front of the condenser. The conveying fan, and the filter arranged in the middle of the frame and above the raw material drying fan, and the dehumidification tower installed on the right side of the filter, and the dehumidification fan arranged on the top of the frame and above the filter, and connected to the The dehumidification hot air pipe on the right side of the dehumidification fan, the drying material bucket arranged in front of the frame, and the feeding material cup installed on the top of the drying material bucket; the drying material bucket is connected from the inside to the outside and equipped with a drying electric heater; There are more than two dehumidification hot air pipes; more than two condensers; more than three filters, and the types of more than three filters can be set as return air filters and regenerative filters with suction filter. The utility model adopts a new generation of dehumidification tower. The biggest advantage is that it can meet the current needs of similar products without regeneration and heating, and saves electricity costs significantly. Improve environmental comfort, reduce workshop air-conditioning energy consumption, and set up a condenser. When the refrigeration is turned on to operate in the freezing area, the dehumidification effect is more obvious, the adsorption capacity is significantly enhanced, and dew condensation is faster, thereby shortening the dehumidification time and making the dehumidification effect better. , to meet the high requirements of "green, environmental protection and energy saving" for electrical products in today's society.

The above-described embodiment is only an example of the utility model, and is not used to limit the implementation and scope of rights of the utility model. All technical solutions that are identical or equivalent to the claims of the utility model should be included in the utility model. within the scope of protection.

Claims (3)

1. a removal moisture drying all-in-one, it is characterized in that: comprise frame, and the condenser be arranged on bottom frame, and connect the raw material drying blower fan being arranged on condenser and keeping left above, and connect the feedstock transportation blower fan being arranged on condenser and keeping right above, and be arranged on the middle part of frame, filter above raw material drying blower fan, and the dehumidifying tower be mounted on the right side of filter, and be arranged on the top of frame, dehumidifying blower fan above filter, and connect the dehumidifying warm-air pipe be arranged on the right side of dehumidifying blower fan, and the dry charging basket be arranged on before frame, and the material loading material cup be mounted on above dry charging basket, described dry charging basket is connected with dry electric heating from inside to outside, described dehumidifying warm-air pipe is provided with more than two, described condenser is provided with more than two, described filter is provided with more than three, and the kind of the described filter of more than three can be set to return air filter, regeneration filter and air draught filter.

2. a kind of removal moisture drying all-in-one according to claim 1, it is characterized in that: the top of described dry charging basket is provided with vacuum hopper, the inside input of described vacuum hopper is connected with storage vat; Be provided with below described dry charging basket and cut material formula suction box, described section of material formula suction box externally exports and is connected with electric eye hopper.

3. a kind of removal moisture drying all-in-one according to claim 2, is characterized in that: described vacuum hopper outwards exports connection and arranges triple valve, and is connected the air draught filter arranged with triple valve, and is connected the suction blower fan arranged with air draught filter.