CN201795672U - Energy-saving spiral type air-compression drying device - Google Patents
Energy-saving spiral type air-compression drying device Download PDFInfo
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- CN201795672U CN201795672U CN2010201748799U CN201020174879U CN201795672U CN 201795672 U CN201795672 U CN 201795672U CN 2010201748799 U CN2010201748799 U CN 2010201748799U CN 201020174879 U CN201020174879 U CN 201020174879U CN 201795672 U CN201795672 U CN 201795672U
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Abstract
The utility model relates to the drying field, in particular to a multipurpose energy-saving spiral type air-compression drying device, which relates to the drying field related to industry, agriculture and the like. The drying device consists of a set of spiral drying cases or more than two sets of spiral drying cases combined together. The energy-saving spiral type air-compression drying device is characterized in that each spiral drying case is connected with an air compression mechanism, a heat source mechanism and a heat source recycling mechanism by ventilation pipes. The energy-saving spiral type air-compression drying device is mainly aimed to perform vacuum moisture suction for materials or articles, pressure heat source drying and heat recycling for drying. The drying device adopting vacuum water suction can save time rapidly and effectively, and solve the problem of use of heat for evaporation and drying and longer time for drying traditionally, and can effectively save energy resources in application, is suitable for drying application in various fields, can be continuously operated in production lines of some enterprises, and is multipurpose.
Description
Technical field
This novel drying field that relates to relates to relevant drying field such as industry, agricultural, the energy-conservation rotating pneumatics drying unit of specifically a kind of multipurpose.
Background technology
Various fields adopts drying technology at present, be that traditional hot air source flow is dried mostly, or natural air flow oven dry, but that shortcoming is a drying time is slow, for the demand of the numerous drying field development of present society, be that drying technology application fast solves time and efficient; Particularly adopt boilers to use the enterprise of oven dry as thermal source to some, institute's consumes energy is quite big, and waste is big, and unfavorable country puies forward prosperous energy-saving and emission-reduction policy energetically, is unfavorable for that also enterprise or agricultural wait the development of self simultaneously; Greatly developing energy savings is social at present problem, and development new technologies, new material are used, and is drying field power-saving technology innovation exigence.
Summary of the invention
For solving above-mentioned drying field technical problem, basis is novel to provide a kind of multipurpose energy-conservation rotating pneumatics drying unit.
This novel following solution of taking is:
The spiral drying baker or the back-shaped curved drying baker of one group of spiral drying baker or two groups of above combinations are main body, and by connecting the input of air compressing mechanism and thermal source mechanism, reach the recycling mechanism of thermal source and be connected, and a kind of energy-efficient drying unit is provided.
It is characterized in that: the spiral drying baker is made into ellipse or circular casing, be provided with spiral slide in the casing, the casing top and bottom are seals, the casing upper end is provided with the slideway import, the casing lower end is provided with the slideway outlet, be provided with hermatic door in slideway import and slideway outlet respectively, hermatic door can be to be made into electronic sliding closure structure.
Described oven dry casing top and bottom connect breather pipe, and breather pipe is connected to compressing mechanism and thermal source mechanism and the recycling mechanism of thermal source respectively.
By the spiral slide in the above-mentioned spiral as can be seen oven dry casing is can place the oven dry material or object is dried, material or object and can sliding to slideway along the free flow of spiral road by the slideway import exports, slideway import and slideway outlet have all designed hermatic door, spiral slide promptly can amass to put and store the oven dry thing, because the spiral slide curl can make full use of the space, when closing the hermatic door of casing upper end spiral slide import, when being seal in the casing, the bleeding point that is connected to the compressing mechanism compressor by the breather pipe on the oven dry casing becomes vacuum body, compressor outlet is to be connected in recycling heat energy by breather pipe to utilize mechanism and be connected thermal source mechanism again, the outlet of thermal source mechanism is breather pipe and is connected to spiral casing bottom, material in the spiral oven dry casing of sealing, can carry out vacuum to material by compressing mechanism and drain moisture content, the heat energy that can produce by the thermal source mechanism that connects is dried or pressing and stoving material, main purpose of the present invention as can be seen is that material or object are carried out that vacuum moisture content is drained and the oven dry of pressure thermal source and heat circulation oven dry utilize.
Described spiral slide is made into basipetal spiral gliding mass shape, and spiral slide is made into flat concave shape, on the spiral slide and be provided with penetrating aperture.
Connect breather pipe according to above-mentioned oven dry casing top and bottom, breather pipe is connected to compressing mechanism and thermal source mechanism and the recycling mechanism of thermal source respectively, and its workflow is: compressing mechanism → vavuum pump main frame gas outlet → valve → seal container inlet pipe mouth → seal container outlet spout → valve → thermal source mechanism → valve → spiral drying baker inlet pipe mouth → spiral drying baker outlet spout → valve → back-shaped bend pipe inlet pipe mouth → back-shaped bend pipe outlet spout → valve → vavuum pump main frame air inlet.
Go out the additional air cleaner that is connected respectively of pipe according to above-mentioned compressor or vavuum pump main frame air inlet/outlet with back-shaped bend pipe.
The oven dry flow process is: the oven dry thing passes through spiral slide by the slideway import of spiral drying baker, and the oven dry thing exports by slideway.
The spiral drying baker that makes up more than two groups according to above-mentioned selection is a main body, it is characterized in that: select two groups of oval drying bakers can be merged into one group, the part casing shell that is merged also becomes common housing, and the compressing mechanism that drying baker connects independently is connected respectively with thermal source mechanism and the recycling mechanism of thermal source.
Can control the power supply in compressor power source as required according to the spiral drying baker of combinations thereof, the control electromagnetic valve, control power-operated sliding door mechanism can operate whole drying unit and come stoving process.
By above-mentioned, this novel beneficial effect: adopt vacuum dehydration fast and effeciently to save time, solve the heat energy evaporation oven dry of tradition employing and need the long time drying problem, this new technique is used energy savings effectively, seal can be finished because spiral drying baker is design, when thermal source mechanism is heated, heat energy can be fully rationally utilized, can increase thermal source pressure in the seal, can increase the inside of going deep into material and can accelerate muddy speed of moisture content; Adopt recycling heat energy to utilize mechanism, the heat energy that utilizes pressurization can utilize the energy again from new recycling, cuts the waste more abundant heat energy utilization; Application is dried in this novel each field that goes for, the present invention can be used by spiral drying baker more than two groups, can carry out the uninterrupted operation of streamline to some enterprises, for example: the biscuit oven dry of food industry, the medicinal material oven dry of medicine trade, the mosquito-repellent incense oven dry of chemical industry, the fertile oven dry of farming, but agricultural paddy grain oven dry etc. all uninterrupted current waterline oven dry utilize, and this is novel to be a kind of multipurpose drying plant as can be seen.
Description of drawings
Fig. 1 is the energy-conservation rotating pneumatics drying unit main structure chart of the present invention;
Fig. 2 is the energy-conservation rotating pneumatics drying unit spiral oven dry casing Facad structure schematic diagram of the present invention;
Fig. 3 is the energy-conservation rotating pneumatics drying unit main body accompanying drawing of the present invention.
Among the figure: the 1-compressor, 2-seal container, the 3-air cleaner, the 4-bend pipe advances, the back-shaped bend pipe of 5-, the 6-bend pipe goes out, the 7-valve, and 8-thermal source mechanism, the 9-drying baker goes out pipe, and the 10-hermatic door advances, the import of 11-slideway, 12-casing shell, the 13-spiral slide, the outlet of 14-slideway, the 15-hermatic door goes out.
Specific embodiments
See figures.1.and.2 or Fig. 3 in, the spiral drying baker or the back-shaped curved drying baker of one group of spiral drying baker or two groups of above combinations are main body, and by breather pipe connection air compressing mechanism and thermal source mechanism, the spiral drying baker is connected with the recycling mechanism of thermal source again, and a kind of energy-efficient drying unit is provided.
It is characterized in that: the spiral drying baker is made into ellipse or circular casing, be provided with spiral slide (13) in the casing shell (12), casing shell (12) top and bottom are seals, the appropriate location is distributed with heat generating member in casing shell (12), casing shell (12) upper end is provided with slideway import (11), casing shell (12) lower end is provided with slideway outlet (14), is provided with hermatic door (10) (15) in slideway import (11) and slideway outlet (14) respectively, and casing shell (12) inwall also adds heat-insulation layer.
Described oven dry casing top and bottom connect breather pipe, and breather pipe is connected to compressing mechanism and thermal source mechanism and the recycling mechanism of thermal source respectively, and being connected to design between the mechanism has valve (7), and valve (7) can be selected electromagnetic valve or electric machine valve.
By the spiral slide (13) in the above-mentioned spiral as can be seen oven dry casing is can place the oven dry material or object is dried, material or object and can slide to slideway outlet (14) along the free flow of spiral road by slideway import (11), slideway import (11) and slideway outlet (14) have all designed hermatic door (10) (15), hermatic door (10) (15) can be to be made into the movable sealing door, it maybe can be power-operated sliding door mechanism, it is characterized in that: hermatic door is designed to square panel, on the side position of surrounding, panel one side half shape round recessed is arranged, be placed with sealing ring in the groove, the panel another side is to be fixed with screw rod, screw rod is connected on the capping chute one end spiral base that slideway import (11) and slideway outlet (14) is provided with, it is inwardly fluted that the capping chute is made into block form, block form seal up a door chute be on one side opening and be fastened on slideway import (11) and slideway outlet (14) on, square panel is to coincide to be placed in the chute of sealing up a door, can freely open or close hermatic door by screw rod, screw rod is to connect electronic or motor by change-speed gearing.
Described spiral slide (13) is made into basipetal spiral gliding mass shape, and spiral slide (13) is made into flat concave shape, and penetrating aperture is gone up and be provided with to spiral slide (13).
Spiral slide can comprise selection:
A. by down becoming single slideway to form on the slideway;
B. some slideways form many slideways side by side from top to bottom and form;
C. slideway can select to install additional list or two-orbit;
D. slideway can be selected to install additional to arrange and carry runner.
Because spiral slide (13) curl can make full use of the space in the drying baker, when the hermatic door of closing casing upper end spiral slide import (11) enters (10), when being seal in the casing shell (12), the bleeding point that is connected to compressing mechanism compressor (1) by the breather pipe on the oven dry casing becomes vacuum body, and compressor (1) gas outlet is to be connected in recycling heat energy by breather pipe to utilize mechanism and be connected thermal source mechanism again.
The outlet of thermal source mechanism is breather pipe and is connected to spiral casing bottom, material in the spiral oven dry casing of sealing, can carry out vacuum to material by compressing mechanism and drain moisture content, the heat energy that can produce by the thermal source mechanism that connects is dried or pressing and stoving material, main purpose of the present invention as can be seen is that material or object are carried out that vacuum moisture content is drained and the oven dry of pressure thermal source and heat circulation oven dry utilize.
According to described thermal source mechanism, be the fin that has the hole by the built-in arrangement of a circle body, the circle cover is external to be to connect to select thermal source to heat, and seal is made at circle body two ends, and two circle body two ends are to be connected to breather pipe.
The recycling mechanism of described thermal source is: be made into back-shaped bend pipe (5) by easy thermal conductive metal pipe, back-shaped bend pipe (5) is distributed with radiating fin, back-shaped bend pipe (5) is to be positioned in the seal container (2), back-shaped bend pipe (5) is told bend pipe inlet pipe mouth (4) and bend pipe outlet spout (6) and is connected to breather pipe in container, seal container (2) two ends have been designed again that bend pipe enters (4) and bend pipe goes out (6) mouth of pipe and have been connected on the breather pipe in addition.
Described compressing mechanism is to be power source by compressor (1) or vavuum pump main frame with being connected motor, and the back-shaped bend pipe one end bend pipe that vavuum pump main frame bleeding point and gas outlet are connected to the recycling mechanism of thermal source respectively by breather pipe goes out an end of (6) and seal container outlet spout.
Connect breather pipe according to above-mentioned oven dry casing top and bottom, breather pipe is connected to compressing mechanism and thermal source mechanism and the recycling mechanism of thermal source respectively, and its workflow is: compressing mechanism → vavuum pump main frame gas outlet → valve → seal container inlet pipe mouth → seal container outlet spout → valve → thermal source mechanism → valve → spiral drying baker inlet pipe mouth → spiral drying baker outlet spout → valve → back-shaped bend pipe inlet pipe mouth → back-shaped bend pipe outlet spout → valve → vavuum pump main frame air inlet.
Vavuum pump main frame air inlet/outlet goes out the additional air cleaner that is connected respectively of pipe with back-shaped bend pipe.
The oven dry flow process is that the oven dry thing passes through spiral slide by the slideway import of spiral drying baker, and the oven dry thing exports by slideway.
The spiral drying baker that makes up more than two groups according to above-mentioned selection is a main body, it is characterized in that: select two groups of oval drying bakers can be merged into one group, the part casing shell that is merged also becomes common housing, and the compressing mechanism that drying baker connects independently is connected respectively with thermal source mechanism and the recycling mechanism of thermal source.
The spiral drying baker of described combination can be controlled the power supply of compressor (1) power source as required, the control electromagnetic valve, and control power-operated sliding door mechanism can operate whole drying unit and come stoving process, and the work functions characteristics are:
1, can need not thermal source, circulating cold air rapid draing
2, can hot gas advance cold air and go out circulation heat energy utilization energy-saving drying
3, can the hot gas pressure drying
4, can the vacuum dehydration drying
5, high temperature hot gas drying after can vacuum
6, can Vacuum Heat air cooling gas pressurized circulation drying
7, can the thermostatic control drying
8, can vacuum state heat energy drying
Certainly; above-mentioned implementation is not to be to this novel restriction, and those of ordinary skill also can be made some variations, improvement, interpolation or alternative in this novel essence scope; all technical schemes that mapping mode obtains that adopts equivalence to replace or be equal to all drop in this novel protection domain.
Claims (9)
1. energy-conservation rotating pneumatics drying unit, be main body mainly by one group of spiral drying baker or the spiral drying baker that makes up more than two groups or back-shaped curved drying baker, it is characterized in that: the spiral drying baker is made into ellipse or circular casing or back-shaped curved drying baker, be provided with spiral slide (13) in the casing shell (12), casing shell (12) top and bottom are seals, the appropriate location is distributed with heat generating member in casing shell (12), casing shell (12) upper end is provided with slideway import (11), casing shell (12) lower end is provided with slideway outlet (14), oven dry casing top and bottom connect breather pipe, and breather pipe is connected to compressing mechanism and thermal source mechanism and the recycling mechanism of thermal source respectively.
2. according to the described energy-conservation rotating pneumatics drying unit of claim 1, it is characterized in that: casing shell (12) inwall also adds heat-insulation layer, oven dry casing top and bottom connect breather pipe, breather pipe is connected to compressing mechanism and thermal source mechanism and the recycling mechanism of thermal source respectively, being connected, design has valve (7) between the mechanism, and valve (7) can be selected electromagnetic valve or electric machine valve.
3. according to the described energy-conservation rotating pneumatics drying unit of claim 1, it is characterized in that: slideway import (11) and slideway outlet (14) have all designed hermatic door (10) (15), hermatic door (10) (15) can be to be made into the movable sealing door, it maybe can be power-operated sliding door mechanism, hermatic door is designed to square panel, be placed with sealing ring on the side position of surrounding, panel one side, the panel another side is to be fixed with screw rod, screw rod is connected on the chute one end spiral base of sealing up a door that slideway import (11) and slideway outlet (14) is provided with, it is inwardly fluted that the capping gate slot is made into block form, block form seal up a door chute be on one side opening and be fastened on slideway import (11) and slideway outlet (14) on, square panel is to coincide to be placed in the chute of sealing up a door, and screw rod is to connect electronic or motor by change-speed gearing.
4. according to the described energy-conservation rotating pneumatics drying unit of claim 1, it is characterized in that: spiral slide (13) is made into basipetal spiral gliding mass shape, and spiral slide (13) is made into flat concave shape, and penetrating aperture is gone up and be provided with to spiral slide (13).
5. according to the described energy-conservation rotating pneumatics drying unit of claim 1, it is characterized in that: spiral slide can comprise selects a. by down becoming single slideway to form on the slideway; B. some slideways form many slideways side by side from top to bottom and form; C. slideway can select to install additional list or two-orbit; D. slideway can be selected to install additional to arrange and carry runner.
6. according to the described energy-conservation rotating pneumatics drying unit of claim 1, it is characterized in that: thermal source mechanism is the fin that is had the hole by the built-in arrangement of a circle body, the circle cover is external to be to connect to select thermal source to heat, and seal is made at circle body two ends, and two circle body two ends are to be connected to breather pipe.
7. according to the energy-conservation rotating pneumatics drying unit of claim 1, it is characterized in that: the recycling mechanism of thermal source is made into back-shaped bend pipe (5) by easy thermal conductive metal pipe, back-shaped bend pipe (5) is distributed with radiating fin, back-shaped bend pipe (5) is to be positioned in the seal container (2), back-shaped bend pipe (5) is told bend pipe inlet pipe mouth (4) and bend pipe outlet spout (6) and is connected to breather pipe in container, seal container (2) two ends have been designed again that bend pipe enters (4) and bend pipe goes out (6) mouth of pipe and have been connected on the breather pipe in addition.
8. according to the described energy-conservation rotating pneumatics drying unit of claim 1, it is characterized in that: described compressing mechanism is to be power source by compressor (1) or vavuum pump main frame with being connected motor, and the back-shaped bend pipe one end bend pipe that vavuum pump main frame bleeding point and gas outlet are connected to the recycling mechanism of thermal source respectively by breather pipe goes out an end of (6) and seal container outlet spout.
9. according to the described energy-conservation rotating pneumatics drying unit of claim 1, it is characterized in that: select two groups of drying bakers can be merged into one group, the part casing shell that is merged can become common housing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201748799U CN201795672U (en) | 2010-04-07 | 2010-04-07 | Energy-saving spiral type air-compression drying device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201748799U CN201795672U (en) | 2010-04-07 | 2010-04-07 | Energy-saving spiral type air-compression drying device |
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| CN201795672U true CN201795672U (en) | 2011-04-13 |
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| CN2010201748799U Expired - Fee Related CN201795672U (en) | 2010-04-07 | 2010-04-07 | Energy-saving spiral type air-compression drying device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110303695A (en) * | 2019-07-06 | 2019-10-08 | 朱亚鹏 | A kind of carbon fiber pipe molding machine and carbon fiber pipe |
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2010
- 2010-04-07 CN CN2010201748799U patent/CN201795672U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110303695A (en) * | 2019-07-06 | 2019-10-08 | 朱亚鹏 | A kind of carbon fiber pipe molding machine and carbon fiber pipe |
| CN110303695B (en) * | 2019-07-06 | 2021-11-12 | 科泰思(中国)复合材料有限责任公司 | Carbon fiber tube forming device |
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Granted publication date: 20110413 Termination date: 20120407 |