CN209406553U - To the freezing air supply device of crushing system cooling anti-caking - Google Patents
To the freezing air supply device of crushing system cooling anti-caking Download PDFInfo
- Publication number
- CN209406553U CN209406553U CN201822213166.8U CN201822213166U CN209406553U CN 209406553 U CN209406553 U CN 209406553U CN 201822213166 U CN201822213166 U CN 201822213166U CN 209406553 U CN209406553 U CN 209406553U
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- Prior art keywords
- wall
- air supply
- supply device
- shutter
- caking
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Abstract
The utility model discloses the freezing air supply devices to crushing system cooling anti-caking, including air intake device and defrost copper pipe, the right end of outer wall is provided with pressure fan outside the air intake device, and the right end of outer wall is connected with main body outside pressure fan, one end of the body interior inner wall is equipped with finned evaporator, and one end of outer wall is provided with finned cooler outside finned evaporator.This freezes setting of the air supply device by shutter, fixture block, fixed plate and air supply device to crushing system cooling anti-caking, it can be the inside for avoiding scrap from entering blowing device when being without the use of air supply device, shutter using the effect of connecting block and movable axis enable to fixture block with fixed plate being fastened togather tightly, it effectively avoids generating shaking in shutter, it is more convenient, secondly shutter can be fixed using the effect of fixture block and fixed plate when being adjusted to the air-supply amplitude inside grinding device, it is more convenient.
Description
Technical field
The utility model relates to air supply device technical fields, and specially the freezing to crushing system cooling anti-caking, which is blown, fills
It sets.
Background technique
It crushes, refers to and be broken into powder, often some raw materials are crushed in the mechanical processing process of modernization, still
It is easy to generate a large amount of heat because of friction during crushing, causes machine internal heat higher, at the same time to crushing
The air-supply radiator of device is attract attention.
Freezing air supply device in the market can not carry out good protection to air supply device in use, cause
It is easy to be adsorbed with more impurity during air draught, prolonged use is easy to cause to damage to the inside of air supply device, reduces
The service life of air supply device, and more can not easily adjust to the big of grinding device inner blower in use
It is small, for this purpose, we have proposed a kind of somatic datas to the freezing air supply device of crushing system cooling anti-caking.
Utility model content
It is above-mentioned to solve the purpose of this utility model is to provide the freezing air supply device to crushing system cooling anti-caking
The freezing air supply device proposed in background technique can not carry out good protection to air supply device in use, cause
It is easy to be adsorbed with more impurity during air draught, prolonged use is easy to cause to damage to the inside of air supply device, reduces
The service life of air supply device, and more can not easily adjust to the big of grinding device inner blower in use
Small problem.
To achieve the above object, the utility model provides the following technical solutions: to the freezing of crushing system cooling anti-caking
The right end of air supply device, including air intake device and defrost copper pipe, air intake device outside outer wall is provided with pressure fan, and blows
The right end of outer wall is connected with main body outside machine, and one end of the body interior inner wall is equipped with finned evaporator, and finned
One end of outer wall is provided with finned cooler outside evaporator, and the defrost copper pipe is located at finned evaporator top outer
One end of outer wall, the body exterior outer wall is equipped with link block, and the inner wall inside link block is provided with radiator fan, described
One end of outer wall is connected with air supply device outside link block.
Preferably, the air intake device includes protective net, filter screen, slideway and adsorption layer, and interior inside air intake device
Wall is provided with protective net, and one end of outer wall is equipped with filter screen outside the protective net, and one end of outer wall connects outside filter screen
It is connected to slideway, and the inner wall inside slideway is provided with adsorption layer.
Preferably, the outer wall outside the protective net is parallel with the outer wall outside filter screen, and outside the outside of filter screen
The width of wall is equal with the width of outer wall outside adsorption layer, and the inner wall inside the outer wall and slideway outside adsorption layer is activity
Connection.
Preferably, the air supply device includes air pushing hole, fixed plate, connecting block, movable axis, fixture block and shutter, and is sent
Inner wall inside wind apparatus is provided with air pushing hole, and outer wall one end outside air supply device is connected with fixed plate, the air-supply
The upper end of inner wall is equipped with connecting block inside device, and the inner wall inside connecting block is connected with movable axis, the connecting block top
External outer wall is provided with shutter, and is externally connected with fixture block outside shutter.
Preferably, the inner wall inside the connecting block is flexibly connected with the outer wall outside movable axis, and shutter and rank
Connecing the outer wall outside block is bonding connection, and shutter constitutes rotational structure by connecting block and movable axis.
Preferably, one end of outer wall is fixedly connected with the outer wall outside fixture block outside the shutter, and outside fixture block
The shape and structure of outer wall matches with the shape and structure of inner wall inside fixed plate.
Compared with prior art, the utility model has the beneficial effects that
1, protective net, filter screen, adsorption layer and slideway should be passed through to the freezing air supply device of crushing system cooling anti-caking
Setting, can effectively obstruct the biggish dust of particle using the setting of protective net in pressure fan air supply process, prevent
Protective net is the sieve that a kind of mesh is greater than filter screen, and volume inner wall is provided with magnetic sheet inside protective net, can magnetic sheet itself have
Internal scrap metal products during some suction adsorption air draughts, wind can adsorb lesser because bore is smaller when passing through filter screen
Particulate matter, secondly adsorption layer is a kind of active carbon particle, and the effect that peculiar smell can be absorbed using active carbon carries out the wind of absorption
Cleaning in mobile degree, avoids occurring peculiar smell when radiating to crushing system, the use to user is avoided to bring not
Just, and adsorption layer can be moved inside it and is replaced by the effect of slideway, it is more convenient；
2, connecting block, shutter, movable axis and air-supply should be passed through to the freezing air supply device of crushing system cooling anti-caking
The setting of device, shutter can be rotated using the interaction of connecting block and movable axis, and can pass through the range pair of rotation
The air pushing hole of inner wall is covered inside air supply device, so as to adjust while covering air pushing hole in grinding device
The range and speed of portion's air-supply are greatly convenient for making so that user is more convenient to the cooling air-supply inside grinding device
User, to the adjustment inside crushing system, and is additionally provided with defrost copper pipe to air supply device, according to hot gas defrosting principle development
A kind of freon out flows to conversion equipment, connects a set of converting system formed, i.e. refrigerant by multiple solenoid valves (hand valve)
The case where regulation station may be implemented the application of the hot fluorine defrosting of freezer, effectively can prevent blowing device from agglomerating；
3, it should be filled to the freezing air supply device of crushing system cooling anti-caking by shutter, fixture block, fixed plate and air-supply
The setting set, can be the inside for avoiding scrap from entering blowing device when being without the use of air supply device, and shutter utilizes rank
Connect block and movable axis effect enable to fixture block with fixed plate being fastened togather tightly, effectively avoid generating in shutter
It shakes, it is more convenient, fixture block and fixed plate secondly can be utilized when being adjusted to the air-supply amplitude inside grinding device
Effect shutter is fixed, it is more convenient.
Detailed description of the invention
FIG. 1 is a schematic structural view of the utility model；
Fig. 2 is the utility model air intake device schematic diagram of internal structure；
Fig. 3 is the utility model air supply device structural schematic diagram.
In figure: 1, air intake device；101, protective net；102, filter screen；103, slideway；104, adsorption layer；2, pressure fan；3,
Defrost copper pipe；4, finned evaporator；5, finned cooler；6, main body；7, link block；8, radiator fan；9, air supply device；
901, air pushing hole；902, fixed plate；903, connecting block；904, movable axis；905, fixture block；906, shutter.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: blown to the freezing of crushing system cooling anti-caking
Device, including air intake device 1, protective net 101, filter screen 102, slideway 103, adsorption layer 104, pressure fan 2, defrost copper pipe 3, wing
Plate evaporator 4, finned cooler 5, main body 6, link block 7, radiator fan 8, air supply device 9, air pushing hole 901, fixed plate
902, the right end of connecting block 903, movable axis 904, fixture block 905 and shutter 906,1 outside outer wall of air intake device is provided with air-supply
Machine 2, and the right end of 2 outside outer wall of pressure fan is connected with main body 6, air intake device 1 includes protective net 101, filter screen 102, slideway
103 with adsorption layer 104, and the inner wall inside air intake device 1 is provided with protective net 101, outer wall and filtering outside protective net 101
Outer wall outside net 102 is parallel, and the width phase of the width of the external outer wall of filter screen 102 and 104 outside outer wall of adsorption layer
Deng, and the outer wall outside adsorption layer 104 is to be flexibly connected with the inner wall inside slideway 103, it can be in 2 air supply process of pressure fan
The middle setting using protective net 101 can effectively obstruct the biggish dust of particle, and protective net 101 is that a kind of mesh is greater than filtering
The sieve of net 102, and 101 inside volume inner wall of protective net is provided with magnetic sheet, being capable of the suction adsorption air draught that has of magnetic sheet itself
Internal scrap metal products in the process can adsorb lesser particulate matter because bore is smaller when wind passes through filter screen 102, secondly inhale
Attached layer 104 is a kind of active carbon particle, and the effect that peculiar smell can be absorbed using active carbon carries out in mobile degree the wind of absorption
Cleaning, avoid occurring peculiar smell when radiating to crushing system, avoid the use to user from making troubles, and can
Adsorption layer 104 can be moved inside it and be replaced by the effect of slideway 103, it is more convenient, outside protective net 101
One end of portion's outer wall is equipped with filter screen 102, and one end of 102 outside outer wall of filter screen is connected with slideway 103, and slideway
Inner wall inside 103 is provided with adsorption layer 104, and one end of 6 inside inner wall of main body is equipped with finned evaporator 4, and finned
One end of 4 outside outer wall of evaporator is provided with finned cooler 5, and defrost copper pipe 3 is located at 4 top outer of finned evaporator
Outer wall, one end of 6 outside outer wall of main body is equipped with link block 7, and the inner wall inside link block 7 is provided with radiator fan 8, connection
One end of 7 outside outer wall of block is connected with air supply device 9, air supply device 9 include air pushing hole 901, fixed plate 902, connecting block 903,
Movable axis 904, fixture block 905 and shutter 906, and the inner wall inside air supply device 9 is provided with air pushing hole 901, and dress of blowing
It sets outer wall one end outside 9 and is connected with fixed plate 902, the upper end of 9 inside inner wall of air supply device is equipped with connecting block 903, and holds in the mouth
It connects the inner wall inside block 903 and is connected with movable axis 904；
Inner wall inside connecting block 903 be with the outer wall outside movable axis 904 be flexibly connected, and shutter 906 be connected
Outer wall outside block 903 is bonding connection, and shutter 906 constitutes rotational structure by connecting block 903 and movable axis 904,
Shutter 906 can be rotated using the interaction of connecting block 903 and movable axis 904, and can be by the range of rotation to sending
The air pushing hole 901 of 9 inside inner wall of wind apparatus is covered, so as to adjust while covering air pushing hole 901 to crushing
The range and speed of device inner blower, so that user is more convenient to the cooling air-supply inside grinding device, greatly
Convenient for user to air supply device 9 to the adjustment inside crushing system, and it is additionally provided with defrost copper pipe 3, according to hot gas defrosting
A kind of freon that principle is developed flows to conversion equipment, connects a set of conversion system formed by multiple solenoid valves (hand valve)
The application of the hot fluorine defrosting of freezer, the feelings that can effectively prevent blowing device from occurring agglomerating may be implemented in system, i.e. refrigerant regulation station
Condition, the outer wall of 903 top outer of connecting block are provided with shutter 906, and are externally connected with fixture block 905 outside shutter 906, hide
One end of 906 outside outer wall of baffle is fixedly connected with the outer wall outside fixture block 905, and the shape knot of 905 outside outer wall of fixture block
Structure matches with the shape and structure of 902 inside inner wall of fixed plate, can be without the use of air supply device when for avoid scrap into
Enter the inside of blowing device, shutter 906 enables to fixture block 905 using the effect of connecting block 903 and movable axis 904 and fixes
Being fastened togather tightly of plate 902 effectively avoids generating shaking in shutter 906, more convenient, secondly can be to powder
Shutter 906 is consolidated using the effect of fixture block 905 and fixed plate 902 when air-supply amplitude inside crushing device is adjusted
It is fixed, it is more convenient.
Working principle: protective net 101, mistake are passed through for this kind of freezing air supply device to crushing system cooling anti-caking
The setting of strainer 102, adsorption layer 104 and slideway 103 can utilize the setting energy of protective net 101 in 2 air supply process of pressure fan
Enough effective barrier biggish dusts of particle, protective net 101 are the sieves that a kind of mesh is greater than filter screen 102, and in protective net
101 inside volume inner walls are provided with magnetic sheet, scrap metal products that can be internal during the suction adsorption air draught that has of magnetic sheet itself,
Lesser particulate matter can be adsorbed because bore is smaller when wind passes through filter screen 102, secondly adsorption layer 104 is a kind of active carbon
Grain, the effect that peculiar smell can be absorbed using active carbon carries out the wind of absorption to move the cleaning in degree, and can pass through slideway
103 effect can be moved adsorption layer 104 inside it and be replaced, and by connecting block 903, shutter 906,
The setting of movable axis 904 and air supply device 9, shutter 906 can be revolved using the interaction of connecting block 903 and movable axis 904
Turn, and the air pushing hole 901 of 9 inside inner wall of air supply device can be covered by the range of rotation, so as to cover
The range and speed to grinding device inner blower are firmly adjusted while air pushing hole 901, it secondly can be without the use of air-supply dress
It is the inside for avoiding scrap from entering blowing device when setting, shutter 906 utilizes the effect energy of connecting block 903 and movable axis 904
It is enough so that fixture block 905 with fixed plate 902 being fastened togather tightly, effectively avoid generating in shutter 906 and shake, like this
Complete the use process of the entirely freezing air supply device to crushing system cooling anti-caking.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (6)
1. to the freezing air supply device of crushing system cooling anti-caking, including air intake device (1) and defrost copper pipe (3), feature
Be: the right end of the external outer wall of the air intake device (1) is provided with pressure fan (2), and the right end of the external outer wall of pressure fan (2) connects
It is connected to main body (6), one end of the internal inner wall of the main body (6) is equipped with finned evaporator (4), and finned evaporator (4)
One end of external outer wall is provided with finned cooler (5), and the defrost copper pipe (3) is located at outer at the top of finned evaporator (4)
One end of the outer wall in portion, the external outer wall of the main body (6) is equipped with link block (7), and the inner wall of link block (7) inside is provided with
One end of radiator fan (8), the external outer wall of the link block (7) is connected with air supply device (9).
2. the freezing air supply device according to claim 1 to crushing system cooling anti-caking, it is characterised in that: the suction
Wind apparatus (1) includes that protective net (101), filter screen (102), slideway (103) and adsorption layer (104), and air intake device (1) are internal
Inner wall be provided with protective net (101), one end of the external outer wall of the protective net (101) is equipped with filter screen (102), and is filtered
One end of the external outer wall of net (102) is connected with slideway (103), and the inner wall of slideway (103) inside is provided with adsorption layer
(104).
3. the freezing air supply device according to claim 2 to crushing system cooling anti-caking, it is characterised in that: described anti-
The external outer wall of protective net (101) is parallel with the external outer wall of filter screen (102), and the width of the external outer wall of filter screen (102)
Degree is equal with the external width of outer wall of adsorption layer (104), and the outer wall and slideway (103) inside that adsorption layer (104) is external
Inner wall is to be flexibly connected.
4. the freezing air supply device according to claim 1 to crushing system cooling anti-caking, it is characterised in that: described to send
Wind apparatus (9) includes air pushing hole (901), fixed plate (902), connecting block (903), movable axis (904), fixture block (905) and blocks
Plate (906), and the inner wall of air supply device (9) inside is provided with air pushing hole (901), and the outer wall one that air supply device (9) is external
End is connected with fixed plate (902), and the upper end of the internal inner wall of the air supply device (9) is equipped with connecting block (903), and connecting block
(903) internal inner wall is connected with movable axis (904), and the outer wall of connecting block (903) top outer is provided with shutter
(906), fixture block (905) are externally connected with and outside shutter (906).
5. the freezing air supply device according to claim 4 to crushing system cooling anti-caking, it is characterised in that: the rank
The internal inner wall of block (903) is connect with the external outer wall of movable axis (904) to be flexibly connected, and shutter (906) and connecting block
(903) external outer wall is bonding connection, and shutter (906) is made up of connecting block (903) and movable axis (904) and rotates
Structure.
6. the freezing air supply device according to claim 4 to crushing system cooling anti-caking, it is characterised in that: the screening
One end of outer wall is fixedly connected with the outer wall outside fixture block (905) outside baffle (906), and the external outer wall of fixture block (905)
Shape and structure matches with the shape and structure of the internal inner wall of fixed plate (902).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822213166.8U CN209406553U (en) | 2018-12-27 | 2018-12-27 | To the freezing air supply device of crushing system cooling anti-caking |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822213166.8U CN209406553U (en) | 2018-12-27 | 2018-12-27 | To the freezing air supply device of crushing system cooling anti-caking |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209406553U true CN209406553U (en) | 2019-09-20 |
Family
ID=67940836
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822213166.8U Expired - Fee Related CN209406553U (en) | 2018-12-27 | 2018-12-27 | To the freezing air supply device of crushing system cooling anti-caking |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209406553U (en) |
-
2018
- 2018-12-27 CN CN201822213166.8U patent/CN209406553U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190920 Termination date: 20201227 |