CN208787099U - A kind of ingredient sector and its dry ice cleaner - Google Patents
A kind of ingredient sector and its dry ice cleaner Download PDFInfo
- Publication number
- CN208787099U CN208787099U CN201820841264.3U CN201820841264U CN208787099U CN 208787099 U CN208787099 U CN 208787099U CN 201820841264 U CN201820841264 U CN 201820841264U CN 208787099 U CN208787099 U CN 208787099U
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- sealing block
- inroller
- hopper
- lower sealing
- dry ice
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Abstract
The utility model relates to a kind of ingredient sector and its dry ice cleaners.The ingredient sector, including a drawing-inroller, it is detained respectively in the top and bottom of drawing-inroller and is equipped with sealing block and once sealing block on one, sealing block feeding-passage on one is offered on upper sealing block body, the top depression of lower sealing block body forms a drawing-inroller cavity, and the lower surface of the drawing-inroller and the surface of drawing-inroller cavity fit closely.The dry ice cleaner, the discharge port of hopper are connected with the upper sealing block feeding-passage of the ingredient sector, are respectively equipped with a position-limit mechanism for preventing hopper from rotating in the hopper top two sides for being equipped with shaft.The ingredient sector and its dry ice cleaner, lower sealing block are fitted closely with drawing-inroller, also ensure that drawing-inroller operates normally while carrying out excellent sealing to ingredient sector, solve the defect that sealing structure and drawing-inroller are prone to wear in traditional technology.When nozzle blocks, dry ice can be overflowed from flash channel, prevent dry ice accumulation from damaging to equipment.
Description
Technical field:
The utility model relates to a kind of ingredient sector and its dry ice cleaners.
Background technique:
Currently, the method that cleaning equipment uses mainly has sandblasting, high-pressure water jet and chemical cleaning.Wherein, blasting method
The body surface of cleaning is worn, tolerance is destroyed；Cleaning by High Pressure Water Jet method makes the body surface of cleaning get rusty；
Chemical cleaning method corrodes the body surface of cleaning, pollutes environment.Moreover, all there is secondary dirt in existing cleaning method
The deficiency of dye.Dry ice blasting is the cleaning way by dry ice particles with high-pressure blast high speed injection to body surface to be cleaned,
Dry ice by solid-state direct gasification physical characteristic, and dry ice contact cleaned material surface after rapid Sheng Hua, will not be to cleaning materials
Surface causes to damage, and dry ice is in sublimation process, from cleaned material Surface absorption thermal energy, local temperature difference variation matrix and by
Shear stress is generated between cleaning materials, removes cleaned material rapidly from matrix surface by solid-state direct gasification, volume moment
Expansion, be equivalent to cleaned material surface formed minute explosive shock wave, the shock wave of formation also accelerate cleaned one by one
The peeling rate of object.
Existing dry ice cleaner, hopper are fixed with cabinet, can not be dismantled, when needing to remove extra dry ice in hopper
When hopper, dry ice can only often be taken out from the feed inlet of hopper, and manpower is needed to carry out operation, be easy frostbite, and time-consuming
Arduously.
Utility model content:
The utility model provide it is a kind of without it is secondary cleaning residual waste trouble, not injury device, can on-line cleaning,
Facilitate remaining dry ice is excluded from hopper, time saving and energy saving ingredient sector and its dry ice cleaner, solve in the prior art
There are the problem of.
Used technical solution is the utility model to solve above-mentioned technical problem:
A kind of ingredient sector, the drawing-inroller including the output shaft fixed connection with an asynchronous speed-reducing motor, the table of the drawing-inroller
Face is uniformly provided with stock chest, detains respectively in the top and bottom of drawing-inroller and is equipped with sealing block and once sealing block on one；It is described
Upper sealing block includes a rectangular upper sealing block body, offers sealing block feeding-passage on one, institute on upper sealing block body
The top for stating drawing-inroller is embedded in upper sealing block feeding-passage, is parallel to the upper sealing block feeding-passage of drawing-inroller axis direction
Two sidewalls are downwardly extending sealing block supporting walls on two, the upper table of the medial surface of sealing block supporting walls and drawing-inroller on two
Face fits closely；The lower sealing block includes a rectangular lower sealing block body, and the top depression of lower sealing block body forms one
Semicircular arc-shaped drawing-inroller cavity, the lower surface of the drawing-inroller and the surface of drawing-inroller cavity fit closely, and are parallel to feeding
Wheel axis direction offers the air-supply passage and a tapping channel being connected with drawing-inroller cavity, position on lower sealing block body
In offering the lower sealing block wind pushing cavity being connected with air-supply passage on the lower sealing block body of air-supply passage side, it is located at discharging
The lower sealing block discharging chamber being connected with tapping channel is offered on the lower sealing block body of channel side, in lower sealing block body
Two sides offer respectively with lower sealing block discharging chamber and lower sealing block wind pushing cavity be respectively connected with logical lower sealing block discharge port and under
Sealing block air outlet；The lower part of the lower sealing block is embedded in the cavity of a fixing seat, is opened up respectively in the two sides of fixing seat
The fixing seat air outlet for having the fixing seat discharge port being connected with lower sealing block discharge port, being connected to lower sealing block air outlet；It hangs down
Directly pass through two fixed blocks respectively in the upper sealing block of drawing-inroller axis direction and lower sealing block two sides to clamp, the wheel shaft two of drawing-inroller
It holds the fixed block across two sides and is connected by bearing with fixed block.
It is offered respectively on the fixing seat bottom surface below lower sealing block wind pushing cavity and lower sealing block discharging chamber empty for compression
The fixing seat groove of gas and dry ice circulation.
Two are above equipped with an interval between the bottom of sealing block supporting walls and the top of lower sealing block, the spacer region is constituted
One flash channel is respectively equipped with a cover plate along the upper sealing block two sides of drawing-inroller axis direction, and it is logical that the cover plate is located at flash
The outside in road but flash channel is not blocked, the lower sealing block two sides along drawing-inroller axis direction pass through a fixed plate and fixation respectively
Seat is connected.
Be equipped with a circle in the lower outside of lower sealing block and be embedded the adhesive tape groove of sealing joint strip, the adhesive tape be close to adhesive tape groove and
The inner surface of fixing seat.
The material of the upper sealing block and lower sealing block is polytetrafluoroethylene (PTFE).
The cover plate is a Z-shaped plate.
A kind of dry ice cleaner using the ingredient sector, including a cabinet are equipped with hopper in cabinet, air compresses
Machine and power control cabinet；The hopper is set to side in cabinet, a crossbeam is respectively equipped in the top two sides of cabinet, on the top of hopper
Two sides are installed with a shaft respectively, and the end of two shafts is rotatedly connected with corresponding crossbeam respectively, the hopper two sides equipped with shaft
Middle and lower part passes through a cylinder respectively and is connected with crossbeam, and the cylinder body and piston shaft of cylinder are hinged with crossbeam and hopper respectively, hopper
Bottom discharge port is connected with the upper sealing block feeding-passage of the ingredient sector, the fixing seat air outlet by air supply tube with
Air compressor is connected, and fixing seat discharge port is connected by discharge nozzle with nozzle, distinguishes in the hopper top two sides for being equipped with shaft
Hopper position-limit mechanism freely rotated is prevented equipped with one；
An interval is equipped between the bottom of the hopper and the top of upper sealing block, it is living on the outside of the bottom discharge port of hopper
It moves and is arranged with a telescopic block, the channel circulated for dry ice is equipped in the middle part of telescopic block, the telescopic block is by several bolts and admittedly
A fixed plate set on feed hopper bottom is connected, and bottom and the telescopic block of bolt are connected, top movable passes through fixed plate, in telescopic block
Bolt outer sheath between fixed plate is equipped with a spring, and telescopic block is tight with the top of upper sealing block under the elastic force effect of spring
Closely connected conjunction.
The position-limit mechanism includes vertical the first limited post and the second limited post for being set to the every side of hopper equipped with shaft, the
The bottom end of one limited post is connected to the end on crossbeam and close to cabinet and is arranged, between the bottom end and cross rail top of the second limited post
Equipped with an interval.
A vibrating motor for driving hopper vibration is equipped on hopper lateral wall.
Thermal insulation layer is enclosed on the outside of hopper.
The utility model using the above structure, has the advantage that the ingredient sector and its dry ice cleaner, compressed air
Lower sealing block is jacked upwards, fits closely lower sealing block with drawing-inroller, it can also while to ingredient sector progress excellent sealing
Guarantee that drawing-inroller operates normally, solves the defect that sealing structure and drawing-inroller are prone to wear in traditional technology.Occur in nozzle
When blocking, dry ice can be overflowed from flash channel, prevent dry ice accumulation from damaging to equipment.When equipment cleaning finishes, in hopper
When there are also remaining dry ice, hopper rotation makes feed hopper bottom leave ingredient sector and turns on the outside of cabinet, can make dry ice from
It is flowed out on the outside of cabinet from hopper, is scooped out out of hopper without worker, avoid frostbite, it is time saving and energy saving.It is equipped on hopper
Vibrating motor is discharged dry ice smoothly from hopper, into ingredient sector.Compressed air with dry ice after ingredient sector mixes, it is high
Speed flows through nozzle and is ejected into the position that equipment needs to clean, and becomes fragile after making the dirt cryogenic freezing in equipment, and impact, which is fallen, to be reached
Cleaning purpose.
The utility model dry ice cleaner can be used for metal die and be firmly bonded the cleaning of slag, product in car engine
Carbon, cleaning of greasy filth etc. can accurately clean the carbon deposit on gear and guide rail, remain on semiconductor element, printed circuit board
Object will not damage the surface of cleaned object, will not cause secondary pollution, be not required to the equipment to be cleaned of dismounting, and can high temperature
On-line cleaning does not delay production and work.
Detailed description of the invention:
Fig. 1 is the structural schematic diagram of the utility model ingredient sector；
Fig. 2 is the Section A-A structural schematic diagram of Fig. 1；
Fig. 3 is the structural schematic diagram of upper sealing block in Fig. 2；
Fig. 4 is the structural schematic diagram of lower sealing block in Fig. 2；
Fig. 5 is the structural schematic diagram of fixing seat in Fig. 2；
Fig. 6 is the external structure schematic diagram of Fig. 4；
Fig. 7 is the side view of Fig. 6；
Fig. 8 is the overlooking structure diagram of fixing seat in Fig. 5；
Fig. 9 is the structural schematic diagram of the utility model dry ice cleaner；
Figure 10 is the rearview of Fig. 9；
Figure 11 is the enlarged structure schematic diagram of hopper section in Fig. 9；
Figure 12 is the enlarged structure schematic diagram in the portion B in Figure 11.
In figure, 1, asynchronous speed-reducing motor, 2, drawing-inroller, 3, stock chest, 4, upper sealing block body, 5, the charging of upper sealing block it is logical
Road, 6, upper sealing block supporting walls, 7, lower sealing block body, 8, drawing-inroller cavity, 9, air-supply passage, 10, tapping channel, 11, under
Sealing block wind pushing cavity, 12, lower sealing block discharging chamber, 13, lower sealing block discharge port, 14, lower sealing block air outlet, 15, fixing seat,
16, fixing seat discharge port, 17, fixing seat air outlet, 18, fixed block, 19, fixing seat groove, 20, flash channel, 21, cover plate,
22, fixed plate, 23, adhesive tape groove, 24, cabinet, 25, hopper, 26, air compressor, 27, power control cabinet, 28, crossbeam, 29, shaft,
30, cylinder, 31, air supply tube, 32, discharge nozzle, 33, telescopic block, 34, bolt, 35, fixed plate, 36, spring, the 37, first limit
Column, the 38, second limited post, 39, vibrating motor.
Specific embodiment:
In order to clarify the technical characteristics of the invention, below by specific embodiment, and its attached drawing is combined, to this reality
It is described in detail with novel.
As shown in figs.1-8, the ingredient sector, the drawing-inroller 2 including the output shaft fixed connection with an asynchronous speed-reducing motor 1,
The surface of the drawing-inroller 2 is uniformly provided with stock chest 3, detains respectively in the top and bottom of drawing-inroller 2 and is equipped with sealing block on one
Sealing block once；The upper sealing block includes a rectangular upper sealing block body 4, offers one on upper sealing block body 4
Upper sealing block feeding-passage 5, the top of the drawing-inroller 2 are embedded in upper sealing block feeding-passage 5, are parallel to 2 axis of drawing-inroller
The two sidewalls of the upper sealing block feeding-passage 5 in direction are downwardly extending two upper sealing block supporting walls 6, two upper sealing block branch
The upper surface for supportting the medial surface and drawing-inroller 2 of wall 6 fits closely, and rotates dry ice smoothly with drawing-inroller 2；The lower sealing block packet
A rectangular lower sealing block body 7 is included, the top depression of lower sealing block body 7 forms a semicircular arc-shaped drawing-inroller cavity 8, institute
The surface of the lower surface and drawing-inroller cavity 8 of stating drawing-inroller 2 fits closely, and is parallel to 2 axis direction of drawing-inroller in lower sealing block
The air-supply passage 9 and a tapping channel 10 being connected with drawing-inroller cavity 8 are offered on ontology 7, are located at 9 side of air-supply passage
Lower sealing block body 7 on offer the lower sealing block wind pushing cavity 11 being connected with air-supply passage 9, be located at 10 side of tapping channel
Lower sealing block body 7 on offer the lower sealing block discharging chamber 12 being connected with tapping channel 10, at lower 7 liang of sealing block body
Side offers respectively is respectively connected with logical lower sealing block discharge port 13 with lower sealing block discharging chamber 12 and lower sealing block wind pushing cavity 11
With lower sealing block air outlet 14；The lower part of the lower sealing block is embedded in the cavity of a fixing seat 15, the two of fixing seat 15
Side offers the fixing seat discharge port 16 being connected with lower sealing block discharge port 13 respectively, is connected to lower sealing block air outlet 14
Fixing seat air outlet 17；Upper sealing block and lower sealing block two sides perpendicular to 2 axis direction of drawing-inroller pass through two fixed blocks respectively
18 clamp, and the wheel shaft both ends of drawing-inroller 2 pass through the fixed block 18 of two sides and are connected by bearing with fixed block 18.
Confession is offered respectively on 15 bottom surface of fixing seat below lower sealing block wind pushing cavity 11 and lower sealing block discharging chamber 12
The fixing seat groove 19 of compressed air and dry ice circulation.
Two are above equipped with an interval, the spacer region structure between the bottom of sealing block supporting walls 6 and the top of lower sealing block
At a flash channel 20, it is respectively equipped with a cover plate 21 along the upper sealing block two sides of 2 axis direction of drawing-inroller, the cover plate 21 is provide with
Flash channel 20 outside but do not block flash channel 20, the lower sealing block two sides along 2 axis direction of drawing-inroller pass through respectively
One fixed plate 22 is connected with fixing seat 15.When nozzle blocks, dry ice can be overflowed from flash channel 20, prevent dry ice from accumulating
Equipment is damaged, cover plate 21 plays protective action to overflow ducts 20.
It is equipped with the adhesive tape groove 23 that a circle is embedded sealing joint strip in the lower outside of lower sealing block, the adhesive tape is close to adhesive tape groove
23 and fixing seat 1 inner surface, be sealed between lower sealing block and fixed block 18.
The material of the upper sealing block and lower sealing block is polytetrafluoroethylene (PTFE).
The cover plate 21 is a Z-shaped plate.
Fitting groove is equipped in the side surface upper part of lower sealing block.
As shown in figs. 9-12, a kind of dry ice cleaner using above-mentioned ingredient sector, including a cabinet 24, in cabinet 24
It is interior to be equipped with hopper 25, air compressor 26 and power control cabinet 27；The hopper 25 is set to side in cabinet 24, on the top of cabinet 24
Two sides are respectively equipped with a crossbeam 28, are installed with a shaft 29, the end difference of two shafts 29 respectively in the top two sides of hopper 25
It is rotatedly connected with corresponding crossbeam 28, the 25 two sides middle and lower part of hopper equipped with shaft 29 passes through a cylinder 30 and 28 phase of crossbeam respectively
Even, the cylinder body and piston shaft of cylinder 30 are hinged with crossbeam 28 and hopper 25 respectively, the bottom discharge port of hopper 25 and the ingredient
The upper sealing block feeding-passage 5 of mechanism is connected, and the fixing seat air outlet 17 passes through air supply tube 31 and 26 phase of air compressor
Even, fixing seat discharge port 16 is connected by discharge nozzle 32 with nozzle, is respectively equipped in the 25 top two sides of hopper for being equipped with shaft 29
One prevents the position-limit mechanism freely rotated of hopper 25；
An interval is equipped between the bottom of the hopper 25 and the top of upper sealing block, outside the bottom discharge port of hopper 25
Side movable sleeve is equipped with a telescopic block 33, and the channel circulated for dry ice is equipped in the middle part of telescopic block 33, and the telescopic block 33 passes through several
Root bolt 34 is connected with the fixed plate 35 for being fixedly arranged on 25 bottom of hopper, and bottom and the telescopic block 33 of bolt 34 are connected, top is living
It moves 34 outer sheath of bolt across fixed plate 35, between telescopic block 33 and fixed plate 35 and is equipped with a spring 36, telescopic block 33 exists
The elastic force effect of spring 36 is descended and is fitted closely at the top of upper sealing block.
The position-limit mechanism includes vertical the first limited post 37 for being set to the every side of hopper equipped with shaft 29 and the second limit
Column 38, the bottom end of the first limited post 37 are connected to the end on crossbeam 28 and close to cabinet 24 and are arranged, the bottom of the second limited post 38
End and crossbeam are equipped with an interval between 28 top.
A vibrating motor 39 for driving hopper 25 to vibrate is equipped on 25 lateral wall of hopper.
It is enclosed with thermal insulation layer in the outside of hopper 25, guarantees the solid-state of dry ice long period.
The working principle of above-mentioned ingredient sector and dry ice cleaner are as follows:
Dry ice is placed in hopper 25, asynchronous speed-reducing motor 1 and vibrating motor 39 are opened, vibrating motor 39 vibrates, makes
Dry ice smoothly from hopper 25 be discharged, into the upper sealing block feeding-passage 5 of ingredient sector in and pour into the stock chest on drawing-inroller 2
In 3.Dry ice in stock chest 3 is rotated with drawing-inroller 2, and dry ice is sent to the drawing-inroller cavity 8 of lower sealing block, and from stock chest
It is poured out in 3.Compressed air is entered lower sealing block and is sent by air supply tube 31, fixing seat air outlet 17, lower sealing block air outlet 14
It in wind chamber 11, is blown out out of air-supply passage 9, the dry ice in stock chest 3 is blown into lower sealing block discharging chamber by tapping channel 10
It in 12, is then discharged through lower sealing block discharge port 13, fixing seat discharge port 16, into discharge nozzle 32, is then sprayed from nozzle, it is right
Equipment is cleaned.
The setting of lower sealing block wind pushing cavity 11 and lower sealing block discharging chamber 12 makes compressed air or carries the compression of dry ice
Air jacks lower sealing block upwards, fits closely 8 surface of drawing-inroller cavity of lower sealing block with 2 surface of drawing-inroller, in not shadow
Good sealing structure is formed in the case where ringing drawing-inroller rotation, prevents material leakage, and solves traditional approach and is easy mill
Damage the defect of sealing block and drawing-inroller.
When equipment cleaning finishes, there are also when remaining dry ice, starting cylinder 30 in hopper 25, cylinder 30 push hopper 25 around
Shaft 29 rotate.Hopper 25 rotates, and so that 25 bottom of hopper is left ingredient sector and turns to 24 outside of cabinet, can make dry ice
It is flowed out from 24 outside of cabinet from hopper 25, is scooped out out of hopper 25 without worker, avoid frostbite.
When hopper 25 is turned out, the second limited post 38 can play position-limiting action to hopper 25, turn to hopper 25
It just cannot be further continued for rotating after certain angle.Under 25 vertical state of hopper, the first limited post 37 cooperates with shaft 29, makes hopper
25 are supported in cabinet 24.When hopper 25 rotates, it will telescopic block 33 is jacked upwards, hopper 25 will not be hindered to rotate, material
Bucket 25 reset after, telescopic block 33 again can the elastic force of spring 36 effect under with upper sealing block at the top of fit closely, prevent dry ice
Leakage.On the other hand, the setting of spring 36 at telescopic block 33, shaft 29 and limited post can the vibration of feed hopper 25 vibration is provided
Dynamic surplus.
Above-mentioned specific embodiment cannot function as the limitation to scope of protection of the utility model, for the skill of the art
For art personnel, any alternate modification or transformation made to the utility model embodiment all fall within the guarantor of the utility model
It protects in range.
Place is not described in detail for the utility model, is the well-known technique of those skilled in the art of the present technique.
Claims (10)
1. a kind of ingredient sector, it is characterised in that: the drawing-inroller including the output shaft fixed connection with an asynchronous speed-reducing motor, it is described to send
The surface of material wheel is uniformly provided with stock chest, detains respectively in the top and bottom of drawing-inroller and is equipped with sealing block on one and once seals
Block；The upper sealing block includes a rectangular upper sealing block body, and sealing block on one is offered on upper sealing block body and is fed
Channel, the top of the drawing-inroller are embedded in upper sealing block feeding-passage, be parallel to the upper sealing block of drawing-inroller axis direction into
The two sidewalls in material channel are downwardly extending two upper sealing block supporting walls, the two above medial surface of sealing block supporting walls and feedings
The upper surface of wheel fits closely；The lower sealing block includes a rectangular lower sealing block body, and the top of lower sealing block body is recessed
It falls into and forms a semicircular arc-shaped drawing-inroller cavity, the lower surface of the drawing-inroller and the surface of drawing-inroller cavity fit closely, and put down
Row offers the air-supply passage and one being connected with drawing-inroller cavity on lower sealing block body in drawing-inroller axis direction and goes out
Expect channel, the lower sealing block air-supply being connected with air-supply passage is offered on the lower sealing block body of air-supply passage side
Chamber offers the lower sealing block discharging chamber being connected with tapping channel on the lower sealing block body of tapping channel side,
Lower sealing block body two sides offer respectively is respectively connected with logical lower sealing with lower sealing block discharging chamber and lower sealing block wind pushing cavity
Block discharge port and lower sealing block air outlet；The lower part of the lower sealing block is embedded in the cavity of a fixing seat, in fixing seat
The fixation that two sides offer the fixing seat discharge port being connected with lower sealing block discharge port respectively, are connected to lower sealing block air outlet
Seat air outlet；Upper sealing block and lower sealing block two sides perpendicular to drawing-inroller axis direction pass through the clamping of two fixed blocks respectively, send
The wheel shaft both ends of material wheel pass through the fixed block of two sides and are connected by bearing with fixed block.
2. a kind of ingredient sector according to claim 1, it is characterised in that: go out in lower sealing block wind pushing cavity and lower sealing block
The fixing seat groove for compressed air and dry ice circulation is offered on fixing seat bottom surface below material chamber respectively.
3. a kind of ingredient sector according to claim 1, it is characterised in that: the bottom of two upper sealing block supporting walls is under
A spacer region is equipped between the top of sealing block, the spacer region constitutes a flash channel, along the upper close of drawing-inroller axis direction
Envelope block two sides are respectively equipped with a cover plate, and the cover plate is located at the outside in flash channel but does not block flash channel, along drawing-inroller
The lower sealing block two sides of axis direction pass through a fixed plate respectively and fixing seat is connected.
4. a kind of ingredient sector according to claim 1, it is characterised in that: be equipped with a circle in the lower outside of lower sealing block
It is embedded the adhesive tape groove of sealing joint strip, the adhesive tape is close to the inner surface of adhesive tape groove and fixing seat.
5. a kind of ingredient sector according to claim 1, it is characterised in that: the material of the upper sealing block and lower sealing block
For polytetrafluoroethylene (PTFE).
6. a kind of ingredient sector according to claim 3, it is characterised in that: the cover plate is a Z-shaped plate.
7. a kind of dry ice cleaner using any ingredient sector of claim 1-6, it is characterised in that: including a machine
Case is equipped with hopper, air compressor and power control cabinet in cabinet；The hopper is set to side in cabinet, on the top of cabinet two
Side is respectively equipped with a crossbeam, is installed with a shaft respectively in the top two sides of hopper, the end of two shafts respectively with corresponding cross
Beam is rotatedly connected, and the hopper two sides middle and lower part equipped with shaft passes through a cylinder respectively and is connected with crossbeam, the cylinder body and piston of cylinder
Axis is hinged with crossbeam and hopper respectively, and the bottom discharge port of hopper is connected with the upper sealing block feeding-passage of the ingredient sector
Logical, the fixing seat air outlet is connected by air supply tube with air compressor, and fixing seat discharge port passes through discharge nozzle and nozzle phase
Even, being respectively equipped with one in the hopper top two sides for being equipped with shaft prevents hopper position-limit mechanism freely rotated；
An interval, the movable sleeve on the outside of the bottom discharge port of hopper are equipped between the bottom of the hopper and the top of upper sealing block
Equipped with a telescopic block, the channel circulated for dry ice is equipped in the middle part of telescopic block, the telescopic block passes through several bolts and is fixedly arranged on
One fixed plate of feed hopper bottom is connected, and bottom and the telescopic block of bolt are connected, top movable passes through fixed plate, in telescopic block and admittedly
Bolt outer sheath between fixed board is equipped with a spring, and telescopic block is closely pasted under the elastic force effect of spring with the top of upper sealing block
It closes.
8. a kind of dry ice cleaner according to claim 7, it is characterised in that: the position-limit mechanism includes setting vertically
There are the first limited post and the second limited post of the every side of the hopper of shaft, the bottom end of the first limited post is connected on crossbeam and close to machine
The end of case is arranged, and an interval is equipped between the bottom end and cross rail top of the second limited post.
9. a kind of dry ice cleaner according to claim 7, it is characterised in that: be equipped with one on hopper lateral wall and drive material
Struggle against the vibrating motor vibrated.
10. a kind of dry ice cleaner according to claim 7, it is characterised in that: be enclosed with thermal insulation layer on the outside of hopper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820841264.3U CN208787099U (en) | 2018-05-31 | 2018-05-31 | A kind of ingredient sector and its dry ice cleaner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820841264.3U CN208787099U (en) | 2018-05-31 | 2018-05-31 | A kind of ingredient sector and its dry ice cleaner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208787099U true CN208787099U (en) | 2019-04-26 |
Family
ID=66200580
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820841264.3U Active CN208787099U (en) | 2018-05-31 | 2018-05-31 | A kind of ingredient sector and its dry ice cleaner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208787099U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108636943A (en) * | 2018-05-31 | 2018-10-12 | 郓城万通干冰设备自动化有限公司 | A kind of ingredient sector and its dry ice cleaner |
| CN110238132A (en) * | 2019-07-15 | 2019-09-17 | 儒众智能科技（苏州）有限公司 | Solid particle and gas mixer, dry ice cleaner and its visualization cleaning method |
| CN110369403A (en) * | 2019-07-15 | 2019-10-25 | 儒众智能科技（苏州）有限公司 | Dry ice cleaning nozzle, dry ice cleaner and anti-secondary pollution dry ice cleaning method |
-
2018
- 2018-05-31 CN CN201820841264.3U patent/CN208787099U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108636943A (en) * | 2018-05-31 | 2018-10-12 | 郓城万通干冰设备自动化有限公司 | A kind of ingredient sector and its dry ice cleaner |
| CN110238132A (en) * | 2019-07-15 | 2019-09-17 | 儒众智能科技（苏州）有限公司 | Solid particle and gas mixer, dry ice cleaner and its visualization cleaning method |
| CN110369403A (en) * | 2019-07-15 | 2019-10-25 | 儒众智能科技（苏州）有限公司 | Dry ice cleaning nozzle, dry ice cleaner and anti-secondary pollution dry ice cleaning method |
| CN110369403B (en) * | 2019-07-15 | 2024-02-13 | 儒众智能科技（苏州）有限公司 | Dry ice cleaning nozzle, dry ice cleaning machine and secondary pollution prevention dry ice cleaning method |
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