CN209335093U - A kind of dust catcher assembling device - Google Patents
A kind of dust catcher assembling device Download PDFInfo
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- CN209335093U CN209335093U CN201821865242.7U CN201821865242U CN209335093U CN 209335093 U CN209335093 U CN 209335093U CN 201821865242 U CN201821865242 U CN 201821865242U CN 209335093 U CN209335093 U CN 209335093U
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- cylinder
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Abstract
The utility model discloses a kind of dust catcher assembling devices, dispensing portion is located at the top of pedestal mobile station one end, dispensing portion is to base interior dispensing with fixed steam valve, steam valve detection components include pedestal mounting table, inflating port and top power test department, inflating port is connect with steam valve tracheae, power test department is pushed up to be arranged in pedestal mounting table side, hold steam valve valve rod in top power test department top, valve port mounting assembly includes pedestal fixed station, valve port transport unit, valve port transposing portion, valve port dispensing portion and valve port assembled portion, valve port transport unit is sent valve port is regularly arranged to valve port transposing portion, valve port is sent in the form of fixing to valve port dispensing portion in valve port transposing portion, valve port point glue surface is adhered by valve port assembled portion with the pedestal being fixed on pedestal fixed station, valve port can be assembled and detected and be installed simultaneously to steam valve, improve product quality and working efficiency.
Description
Technical field
The utility model relates to dust catchers to assemble equipment technical field, and in particular to a kind of dust catcher assembling device.
Background technique
Dust catcher in an assembling process, needs to assemble steam valve and valve port, in the prior art, due to steam valve and valve port
Product is small, in irregular shape, therefore all uses man-made assembly, but man-made assembly is slow, and qualification rate is low, not can guarantee the consistent of assembling
Property, and it is unfavorable for the automated production of factory.
Summary of the invention
The technical problem to be solved by the present invention is to provide a kind of dust catcher assembling devices, can carry out group to steam valve
Dress and detection, while valve port can be installed automatically, improve product quality and working efficiency.
In order to solve the above-mentioned technical problem, the utility model provides a kind of dust catcher assembling device, including steam valve peace
Arrangement, steam valve detection components and valve port mounting assembly, the steam valve mounting assembly include pedestal mobile station and dispensing portion,
The dispensing portion is located at the top of pedestal mobile station one end, the dispensing portion to base interior dispensing with fixed steam valve, it is described
Steam valve detection components include that pedestal mounting table, inflating port and top power test department, the inflating port are connect with steam valve tracheae, institute
It states top power test department to be arranged in pedestal mounting table side, steam valve valve rod, the valve port peace are held in top power test department top
Arrangement includes pedestal fixed station, valve port transport unit, valve port transposing portion, valve port dispensing portion and valve port assembled portion, and the valve port passes
Portion is sent to send valve port is regularly arranged to valve port transposing portion, valve port transposing portion send valve port to valve port dispensing in the form of fixing
Valve port point glue surface is adhered by portion, the valve port assembled portion with the pedestal being fixed on pedestal fixed station.
Further, the top power test department includes that top strength cylinder, L-type cylinder mounting plate, sliding panel and top force head, institute
It states sliding panel to be slidably mounted on L-type cylinder mounting plate, one end of sliding panel described in the top strength cylinder apical grafting, the top forces
Head is fixed on the other end of the sliding panel.
Further, Anchor plate kit is additionally provided with above the pedestal mounting table, the Anchor plate kit includes being vertically arranged
Pressing plate cylinder and the pressing plate that is fixed on its push rod, the pressing plate cylinder is by plate bracket setting on pedestal mounting table
Side.
Further, the valve port transport unit includes vibrating disk, linear vibrator and guide rail, and the vibrating disk and straight line shake
Dynamic device is connected by guide rail, and the guide rail other end connects valve port transposing portion, and valve port transposing portion includes splicing component peace
Component is moved, the splicing component connects the guide rail outlet, and the single valve port of splicing component clamping is pressed from both sides by the translation component
It holds and is delivered to dispensing component, the translation component includes the horizontal electric cunning for being set up in the transposing component and dispensing component side
Rail, the 4th straight line cylinder being vertically arranged are connect with the electric sliding rail, and the first clamping jaw passes through connecting plate and the 4th straight line
Cylinder horizontal connection.
Further, the splicing component includes that the resistance of clamping valve port connects platform and pushes up the mandril for holding valve port, and the resistance connects
The side that platform connects with guide rail is provided with the notch with valve port cooperation, and the mandril is set to the bottom of the gap, the top
Bar is moved up and down by the promotion of first straight line cylinder.
Further, the guide rail outlet is provided with baffle, and the mandril is located at guide rail exit side, the resistance
The platform other side is connect to be set up in above second straight line cylinder and connect with its push rod.
Further, valve port dispensing portion includes the rotation dispensing platform and Glue dripping head that both ends are symmetrically arranged with fixed column,
The rotation dispensing paralell is located above the first rotary cylinder, and the Glue dripping head is located above dispensing platform one end, institute
It states Glue dripping head to connect by the first sliding block with the first upright guide rail, third straight line cylinder pushes the first sliding block to move up and down.
Further, the fixed column is rotatablely connected relative to the rotation dispensing platform, is connected below two fixed columns
It is connected to driven gear, driving motor is provided among two fixed columns, the driving motor connects driving gear, two institutes
Driven gear is stated to engage with the driving gear respectively.
Further, the valve port assembled portion includes the second rotary cylinder, flip-arm and the second clamping jaw, second clamping jaw
It is fixed on one end of the flip-arm, the other end of the flip-arm is connect with second rotary cylinder, second revolution
Cylinder is connect by the second sliding block with the second upright guide rail, and the 5th straight line cylinder pushes the second sliding block to move up and down.
Further, pedestal fixed station side is additionally provided with rotary extension cylinder, the rotary extension cylinder connection
There is briquetting.
A kind of dust catcher assembling device of the utility model, beneficial effect compared with prior art be, can be to steam
Valve is assembled and is detected, while can install valve port automatically, improves product quality and working efficiency.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is the steam valve mounting assembly and detection components schematic diagram of the utility model；
Fig. 3 is the utility model valve port mounting assembly schematic diagram；
Fig. 4 is the utility model valve port transposing portion structural schematic diagram；
Fig. 5 is the utility model valve port dispensing portion structural schematic diagram；
Fig. 6 is the utility model valve port assembled portion structural schematic diagram.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments, so that those skilled in the art
The utility model may be better understood and can be practiced, but illustrated embodiment is not as the restriction to the utility model.
Shown in referring to Figures 1 and 2, an a kind of embodiment of dust catcher assembling device of the utility model, including steam valve
Mounting assembly 4, steam valve detection components 5 and valve port mounting assembly 6, the steam valve mounting assembly 4 include pedestal mobile station 41
With dispensing portion 42, the dispensing portion 42 is located at the top of 41 one end of pedestal mobile station, and pedestal mobile station 41 is firstly moved to separate
The one end in dispensing portion 42, after pedestal 1 is placed into pedestal mobile station 41, pedestal 1 is moved to dispensing portion by pedestal mobile station 41
42 lower sections, the dispensing portion 42 then makes pedestal mobile station 41 move away from dispensing portion 42 1 inside dispensing of pedestal again
Steam valve 2 is installed in one end at the dispensing of pedestal 1, so that steam valve 2 is fixed in pedestal 1 by glue, to guarantee steam valve 2
The quality of installation is provided with steam valve detection components 5 in 4 side of steam valve mounting assembly, and the steam valve detection components 5 include
Pedestal 1 after installation steam valve 2 is placed on pedestal mounting table 51 by pedestal mounting table 51, inflating port 52 and top power test department 53,
The inflating port 52 is connect with 2 tracheae 54 of steam valve, and the top power test department 53 is arranged in 51 side of pedestal mounting table, institute
State the top top of power test department 53 and hold 2 valve rod of steam valve, steam valve 2 is inflated, air pressure increases in steam valve 2, the valve rod of steam valve 2 to
Power test department 53 is pushed up in outer press, and when 2 mass of steam valve is good, top power test department 53 is ejected a certain distance, if top power test
Portion 53 can not be ejected, then steam valve 2 is unqualified, for be mounted with qualified steam valve 2 pedestal 1 install valve port 3, in steam valve
5 side of detection components is additionally provided with valve port mounting assembly 6, and the valve port mounting assembly 6 includes pedestal fixed station 61, valve port transmission
Portion 62, valve port transposing portion 63, valve port dispensing portion 64 and valve port assembled portion 65, the pedestal 1 for being mounted with qualified steam valve 2 is fixed on
Pedestal fixed station 61, the valve port transport unit 62 are sent valve port 3 is regularly arranged to valve port transposing portion 63, valve port transposing portion 63
Valve port 3 is sent in the form of fixing to valve port dispensing portion 64, valve port dispensing portion 64 carries out dispensing, the valve port group to 3 surface of valve port
3 glue surfaces of valve port are adhered by dress portion 65 with the pedestal 1 being fixed on pedestal fixed station 61, are kept valve port 3 and pedestal 1 fixed, are completed
Assembling.
Referring to shown in Fig. 2, the top power test department 53 includes determining strength cylinder 531, L-type cylinder mounting plate 532, sliding panel
533 and top force first 534, the sliding panel 533 is slidably mounted on L-type cylinder mounting plate 532, it is described determine strength cylinder 531 top
One end of the sliding panel 533 is connect, the top forces first 534 other ends for being fixed on the sliding panel 533, determines strength cylinder 531
It is mobile to push sliding panel 533, so that top be driven to force first 534 apical grafting steam valve, 2 valve rod, ventilates to steam valve 2, in steam valve 2
Air pressure increases, and top is forced first 534 and pushes back certain distance by the release of 2 valve rod of steam valve, thus judge whether steam valve 2 is qualified, into
One step, the position of steam valve 2 changes when pushing up power test in order to prevent, is additionally provided with pressure above the pedestal mounting table 51
Board group part, the Anchor plate kit include the pressing plate cylinder 512 being vertically arranged and the pressing plate 511 being fixed on its push rod, the pressure
Plate cylinder 512 is arranged pedestal mounting table 51 above by plate bracket 513, and when work, pressing plate 511 is compacted downwards steam valve 2,
Guarantee the stabilization of 2 position of steam valve.
Referring to shown in Fig. 3-6, the valve port transport unit 62 includes vibrating disk 621, linear vibrator 622 and guide rail 623, institute
It states vibrating disk 621 and linear vibrator 622 to connect by guide rail 623, by vibrating disk 621 by 3 ordered arrangement of valve port, then directly
Linearly coupled device 622 and guide rail 623 sequentially export the valve port 3 of ordered arrangement, to be further ensured that valve port 3 is gone out by regulation form
Material, 623 interior side of guide rail are provided with the groove with the cooperation of 3 flange of valve port, valve port 3 are made to keep straight in export process
Vertical state, 623 other end of guide rail connect valve port transposing portion 63, and valve port transposing portion 63 includes 631 peace of splicing component
Component 632 is moved, the splicing component 631 connects the guide rail 623 and exports, and valve port 3 is individually exported, translation component 632 is facilitated
Clamping, the single valve port 3 of 631 clamping of splicing component is delivered to valve port dispensing portion 64 by the translation component 632 clamping, described
Splicing component 631 includes that the resistance of clamping valve port 3 connects platform 6311 and pushes up the mandril 6312 for holding valve port 3, and valve port 3 is led from guide rail 623
Resistance connects the flange that platform 6311 blocks valve port 3 after out, remains stationary valve port 3, and pushing rod 6312 jacks up valve port from below
3, increase valve port 3, facilitate crawl, in the present embodiment, the resistance connect the side that platform 6311 connects with guide rail 623 be provided with and
The notch 6313 that valve port 3 cooperates, valve port 3 enter notch 6313, the method for 6313 clamping valve port 3 of notch after falling from guide rail 623
Lan Bian keeps the posture of valve port 3 constant, and mandril 6312 is set to 6313 lower section of notch, mandril 6312 and 3 shape phase of valve port
Adaptation guarantees that valve port 3 is kept upright, and form is constant, and the mandril 6312 is by first straight line cylinder 6314 when jacking up valve port 3
Promotion moves up and down, and when valve port 3 does not enter notch 6313, first straight line cylinder 6314 is shunk, and mandril 6312 does not influence valve port 3 and falls
Enter notch 6313, after valve port 3 falls into notch 6313, first straight line cylinder 6314, which is stretched out, connects 6311 table of platform for the ejection resistance of valve port 3
Face, the translation component 632 include the horizontal electric sliding rail for being set up in the splicing component 631 and 64 side of valve port dispensing portion
6321, the 4th straight line cylinder 6322 being vertically arranged is connect with the electric sliding rail 6321, and the first clamping jaw 6323 passes through connecting plate
With 6322 horizontal connection of the 4th straight line cylinder, guarantee that the first clamping jaw 6323 can be above mandril 6312 and fixed column 644
Plane on arbitrarily move, valve port dispensing portion 64 includes that both ends are symmetrically arranged with 641 He of rotation dispensing platform of fixed column 644
Glue dripping head 642, the translation component 632 move above the mandril 6312 and rotation dispensing platform 641, the valve that will be jacked up
Mouth 3 is sent on rotation dispensing platform 641 and carries out dispensing, and the rotation dispensing platform 641 is erected on the first rotary cylinder 643
Side, the Glue dripping head 642 is located above dispensing platform one end, after valve port 3 is placed in fixed column 644, rotates dispensing
Platform 641 rotates, and valve port 3 is sent to 642 lower section of Glue dripping head, Glue dripping head 642 terminates back spin to 3 upper surface dispensing of valve port, dispensing
Turning point glue platform 641 rotates again send the fixed column 644 on opposite to 642 lower section of Glue dripping head, and the Glue dripping head 642 passes through first
Sliding block is connect with the first upright guide rail 645, and third straight line cylinder 646 pushes the first sliding block to move up and down, i.e., Glue dripping head 642 can
It moves up and down, when fixed column 644 rotates, Glue dripping head 642 is moved up, and Glue dripping head 642 moves down when dispensing, completes dispensing, Glue dripping head
642 is non-interference with fixed column 644, and after the completion of 3 dispensing of valve port, valve port assembled portion 65 cements in valve port 3 on pedestal 1, described
Valve port assembled portion 65 includes the second rotary cylinder 651, flip-arm 652 and the second clamping jaw 653, and second clamping jaw 653 is fixed on
One end of the flip-arm 652, the other end of the flip-arm 652 are connect with second rotary cylinder 651, and described second time
Rotaring cylinder 651 is connect by the second sliding block with the second upright guide rail 654, and the 5th straight line cylinder 655 pushes the second sliding block to transport up and down
Dynamic, the second clamping jaw 653 grips the valve port for dispensing glue 3 completed on column 644, and the 5th straight line cylinder 655 drives the second folder
Pawl 653 moves up, and valve port 3 is made to be detached from fixed column 644, and then the second rotary cylinder 651 rotates 180 °, and valve port 3 is overturn at this time, dispensing
Downwards, the 5th straight line cylinder 655 pushes the second clamping jaw 653 to move down, by valve port 3 and the pedestal being fixed on pedestal fixed station 61
1 fitting, completes assembling.
It is the embodiments of the present invention two, in the present embodiment, to prevent valve port 3 from guide rail 623 referring to shown in Fig. 4
On when falling at notch 6313, the mandril 6312 of valve port 3 and lower section mismatches, and is additionally provided with gear in the guide rail 623 outlet
Plate 624, the mandril 6312 are located at the 623 exit side of guide rail, and the resistance connects 6311 other side of platform and is set up in second
The top of straight line cylinder 6315 and connect with its push rod, when start-up operation, resistance connects notch 6313 and the outlet of guide rail 623 of platform 6311
Relatively, valve port 3 is fallen into notch 6313 from the outlet of guide rail 623, and then resistance connects platform 6311 in the band of second straight line cylinder 6315
Dynamic lower movement, valve port 3 notch 6313 and baffle 624 it is common stop under be adjusted to upright state, 3 bottom of valve port is being just at this time
To mandril 6312, mandril 6312 jacks up valve port 3 with upright state, and the first clamping jaw 6323 is facilitated to clamp.
It referring to Figure 5, is the utility model embodiment three, in the present embodiment, the rotation dispensing platform 641 is set up
It above the first rotary cylinder 643, is driven and is rotated by the first rotary cylinder 643, simultaneously because 3 upper surface of valve port is annulus
Shape, to guarantee 3 surface whole gluing of valve port, the fixed column 644 is rotated relative to the rotation dispensing platform 641, described in two
It is connected with driven gear 647 below fixed column 644, is provided with driving motor 649, the drive among two fixed columns 644
Dynamic motor 649 connects driving gear 648, and two driven gears 647 are engaged with the driving gear 648 respectively, works as driving
Motor 649 starts, and driving gear 648 drives two driven gears 647 to rotate, i.e. two 644 relative rotation dispensings of fixed column are flat
Platform 641 rotates, and guarantees 3 upper surface one of valve port circle by uniform gluing.
Referring to shown in Fig. 6, to guarantee that valve port 3 is bonded firm with pedestal 1, also set up in 61 side of pedestal fixed station
There is rotary extension cylinder 656, the rotary extension cylinder 656 is connected with briquetting 657, and the second clamping jaw 653 drives valve port 3 and pedestal
When 1 fitting, rotary extension cylinder 656 drives briquetting 657 to be pivoted away from joint place, after valve port 3 is bonded with pedestal 1, rotary extension
Cylinder 656 drives 657 rotating down pressing of briquetting, and valve port 3 and pedestal 1 are compacted, and guarantees the firm of connection.
When the utility model at work, pedestal is placed in pedestal mobile station first, dispensing portion to base interior dispensing,
Steam valve is then installed at dispensing in pedestal, steam valve is fixed, then steam valve is detected, top strength cylinder is released
Steam valve valve rod is compressed, is ventilated by tracheae to steam valve, since internal pressure increases, the ejection of steam valve valve rod, top forces head
It is pushed back certain distance, steam valve detection is qualified, and the pedestal for being equipped with qualified steam valve is then placed on pedestal fixed station
On, while vibrating disk, by valve port ordered arrangement, then linear vibrator and guide rail export the valve port sequence of ordered arrangement, at this time
Resistance connects the notch of platform and guide rail exports relatively, and valve port falls from guide rail outlet and connects platform clamping by resistance, and resistance connects platform second
It is moved under the drive of straight line cylinder, valve port is adjusted to upright state under the common blocking of notch and baffle, at this time valve port bottom
Valve port is connect platform with upright state ejection resistance by portion's face mandril, mandril, and the first clamping jaw is in electronic slide unit and the 4th straight line cylinder
Drive under be moved to above mandril and clamp valve port, then the first clamping jaw continues the band in electronic slide unit and the 4th straight line cylinder
It is moved to rotation dispensing platform one end under dynamic, and valve port is placed in fixed column, then the first clamping jaw leaves, and rotation dispensing is flat
Platform turns to below Glue dripping head under the drive of the first rotary cylinder, and Glue dripping head moves down, and to valve port dispensing, driving motor is opened at this time
It is dynamic, fixed column and valve port rotation are driven, makes valve port one week by uniform dispensing, during dispensing, another valve port is transferred into
In the fixed column for rotating the dispensing platform other end, after the completion of dispensing, Glue dripping head is moved up, and rotates dispensing platform in the first rotary cylinder
Drive under rotate 180 °, the other end is turned to below Glue dripping head, valve port for dispensing glue has been completed and has been clamped by the second clamping jaw, turned over
It is bonded on the base after turning 180 °, rotary extension cylinder drives briquetting rotating down pressing at this time, and valve port and pedestal are compacted, and guarantees to connect
What is connect is firm, and after being installed, pedestal is removed, the pedestal to be assembled more renewed, another completes valve port quilt for dispensing glue at this time
Second clamping jaw is sent to, and is assembled again, is so recycled, work efficiency is high, and work quality is guaranteed, improves automation journey
Degree, saves labour turnover.
Embodiment described above is only preferred embodiments for fully illustrating the utility model, the utility model
Protection scope it is without being limited thereto.Those skilled in the art made equivalent substitute or change on the basis of the utility model
It changes, both is within the protection scope of the present invention.The protection scope of the utility model is subject to claims.
Claims (10)
1. a kind of dust catcher assembling device, which is characterized in that pacify including steam valve mounting assembly, steam valve detection components and valve port
Arrangement, the steam valve mounting assembly include pedestal mobile station and dispensing portion, and the dispensing portion is located at pedestal mobile station one end
Top, the dispensing portion to base interior dispensing with fixed steam valve, the steam valve detection components include pedestal mounting table,
Inflating port and top power test department, the inflating port are connect with steam valve tracheae, and the top power test department setting is put in the pedestal
Platform side is set, steam valve valve rod is held on top power test department top, and the valve port mounting assembly includes pedestal fixed station, valve port transmission
Portion, valve port transposing portion, valve port dispensing portion and valve port assembled portion, the valve port transport unit are sent valve port is regularly arranged to valve port transposing
Portion, valve port transposing portion send valve port to valve port dispensing portion in the form of fixing, the valve port assembled portion by valve port point glue surface with
The pedestal being fixed on pedestal fixed station is adhered.
2. a kind of dust catcher assembling device as described in claim 1, which is characterized in that the top power test department includes top strength
Cylinder, L-type cylinder mounting plate, sliding panel and top force head, and the sliding panel is slidably mounted on L-type cylinder mounting plate, the top
One end of sliding panel described in strength cylinder apical grafting, the top force the other end that head is fixed on the sliding panel.
3. a kind of dust catcher assembling device as described in claim 1, which is characterized in that also set up above the pedestal mounting table
There is Anchor plate kit, the Anchor plate kit includes the pressing plate cylinder being vertically arranged and the pressing plate being fixed on its push rod, the pressing plate
Cylinder is arranged above pedestal mounting table by plate bracket.
4. a kind of dust catcher assembling device as described in claim 1, which is characterized in that the valve port transport unit includes vibration
Disk, linear vibrator and guide rail, the vibrating disk are connected with linear vibrator by guide rail, and the guide rail other end connects valve port
Transposing portion, valve port transposing portion include splicing component and translation component, and the splicing component connects the guide rail outlet, described
The single valve port of splicing component clamping is delivered to dispensing component by translation component clamping, and the translation component includes being set up in institute
The horizontal electric sliding rail for stating splicing component Yu dispensing component side, the 4th straight line cylinder being vertically arranged and the electric sliding rail connect
It connects, the first clamping jaw passes through connecting plate and the 4th straight line cylinder horizontal connection.
5. a kind of dust catcher assembling device as claimed in claim 4, which is characterized in that the splicing component includes clamping valve port
Resistance connect platform and the mandril of valve port is held on top, the resistance connect the side that platform connects with guide rail be provided with it is scarce with valve port cooperation
Mouthful, the mandril is set to the bottom of the gap, and the mandril is moved up and down by the promotion of first straight line cylinder.
6. a kind of dust catcher assembling device as claimed in claim 5, which is characterized in that the guide rail outlet is provided with baffle,
The mandril is located at guide rail exit side, the resistance connect the platform other side be set up in above second straight line cylinder and and its
Push rod connection.
7. a kind of dust catcher assembling device as described in claim 1, which is characterized in that valve port dispensing portion includes both ends pair
Claim the rotation dispensing platform and Glue dripping head that are equipped with fixed column, the rotation dispensing paralell is located above the first rotary cylinder, institute
Glue dripping head to be stated to be located above dispensing platform one end, the Glue dripping head is connect by the first sliding block with the first upright guide rail, the
Three straight line cylinders push the first sliding block to move up and down.
8. a kind of dust catcher assembling device as claimed in claim 7, which is characterized in that the relatively described point of rotation of the fixed column
The rotation connection of glue platform, two fixed columns lower sections are connected with driven gear, are provided with driving among two fixed columns
Motor, the driving motor connect driving gear, and two driven gears are engaged with the driving gear respectively.
9. a kind of dust catcher assembling device as described in claim 1, which is characterized in that the valve port assembled portion includes second time
Rotaring cylinder, flip-arm and the second clamping jaw, second clamping jaw are fixed on one end of the flip-arm, the other end of the flip-arm
It is connect with second rotary cylinder, second rotary cylinder is connect by the second sliding block with the second upright guide rail, and the 5th is straight
Line cylinder pushes the second sliding block to move up and down.
10. a kind of dust catcher assembling device as described in claim 1, which is characterized in that pedestal fixed station side is also set
It is equipped with rotary extension cylinder, the rotary extension cylinder is connected with briquetting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821865242.7U CN209335093U (en) | 2018-11-13 | 2018-11-13 | A kind of dust catcher assembling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821865242.7U CN209335093U (en) | 2018-11-13 | 2018-11-13 | A kind of dust catcher assembling device |
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| Publication Number | Publication Date |
|---|---|
| CN209335093U true CN209335093U (en) | 2019-09-03 |
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ID=67748181
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821865242.7U Active CN209335093U (en) | 2018-11-13 | 2018-11-13 | A kind of dust catcher assembling device |
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| CN (1) | CN209335093U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111015222A (en) * | 2019-01-11 | 2020-04-17 | 宁波京北自动化科技有限公司 | Automatic assembling machine for fire extinguisher valve body |
| CN115431040A (en) * | 2022-11-09 | 2022-12-06 | 深圳市横河新高机电有限公司 | Automatic control assembling equipment and assembling method for small dust collector |
-
2018
- 2018-11-13 CN CN201821865242.7U patent/CN209335093U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111015222A (en) * | 2019-01-11 | 2020-04-17 | 宁波京北自动化科技有限公司 | Automatic assembling machine for fire extinguisher valve body |
| CN115431040A (en) * | 2022-11-09 | 2022-12-06 | 深圳市横河新高机电有限公司 | Automatic control assembling equipment and assembling method for small dust collector |
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