CN208772912U - A kind of inlet valve device for screwing up - Google Patents
A kind of inlet valve device for screwing up Download PDFInfo
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- CN208772912U CN208772912U CN201821218068.7U CN201821218068U CN208772912U CN 208772912 U CN208772912 U CN 208772912U CN 201821218068 U CN201821218068 U CN 201821218068U CN 208772912 U CN208772912 U CN 208772912U
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- inlet valve
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- lower fixture
- rotary drive
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Abstract
The utility model discloses a kind of inlet valve device for screwing up.Device for screwing up is mounted on the work top of working cabined, and device for screwing up includes workbench mounting plate, vertical thrust component, horizontal propulsion assembly and rotary drive component, and inlet valve is placed on lower fixture；Lower fixture is installed on the side on workbench mounting plate, horizontal propulsion assembly is installed on the other side on workbench mounting plate, fixed bracket is installed on workbench mounting plate above lower fixture, vertical thrust component is installed on fixed bracket, the workbench mounting plate bottom below lower fixture is equipped with rotary drive component.The utility model overcomes circular joint and is difficult to the difficulty tightened and compensates for the defect for being easy to produce scratch, realizes inlet valve automatic tightening and adjusting, convenient for mounting and clamping, test safety.
Description
Technical field
The utility model relates to device for screwing up, more particularly, to a kind of inlet valve device for screwing up.
Background technique
Inlet valve is the common important component of many industries, and it is particularly significant for enterprise for tighten water valve and water pump.
If not tightening, it will cause the leakage of liquid, losses, if that twists is excessively tight, then can damage to inlet valve, especially right
In circular joint, many enterprises complete to tighten work without the method what is suitble to well, and many, which uses, increases enclasping force
Method, but the method for increasing enclasping force is easy butt joint and generates scratch, thus exploitation devise it is a kind of simple, it is safety, quasi-
True inlet valve sentinel plant and tightening method are the effective ways for improving inlet valve quality.
Utility model content
For the difficulty for overcoming circular joint to be difficult to tighten, working efficiency is improved, the utility model aim is the provision of
A kind of inlet valve device for screwing up.
The technical scheme adopted by the utility model is
The device for screwing up is mounted on the work top of working cabined, and device for screwing up includes workbench mounting plate, vertically pushes away
Into component, horizontal propulsion assembly and rotary drive component, inlet valve is placed on lower fixture；On side on workbench mounting plate
Lower fixture is installed, horizontal propulsion assembly is installed on the other side on workbench mounting plate, the workbench peace above lower fixture
Fixed bracket is installed in loading board, vertical thrust component, the workbench mounting plate bottom below lower fixture are installed on fixed bracket
Portion is equipped with rotary drive component.
The vertical thrust component includes clamping cylinder, fixed bracket, upright guide rail, fixing clip and upper fixture；Under
Fixture is fixed on working plate, and inlet valve is placed on lower fixture, and working plate is fixed on workbench mounting plate by the column of quadrangle
On, fixed bracket is fixedly mounted in the working plate above lower fixture, and clamping cylinder is fixed on support bracket fastened top, clamping cylinder
Cylinder rod downward and is connected with fixing clip, and fixing clip fixing sleeve is loaded in the centre bore of upper fixture, support bracket fastened two sides
Upright guide rail is equipped between working plate, upper fixture connects to form sliding pair with lower fixture two sides with upright guide rail；Clamping cylinder
It pushes fixing clip and upper fixture along upright guide rail oscilaltion, inlet valve is vertically fixed between upper fixture and lower fixture.
The horizontal propulsion assembly includes horizontal guide rail, sliding cylinder, buffer, bottom plate, fixed station, fixed frame, floats
Dynamic connector, horizontal propulsion servo motor, horizontal propulsion retarder, connector and square sleeve；Bottom plate is fixed on workbench installation
On plate, the side on bottom plate close to lower fixture is equipped with horizontal guide rail, and fixed station bottom is on horizontal guide rail and along level
Guide rail is mobile；Side on bottom plate close to lower fixture is equipped with fixed frame, and sliding cylinder is fixed on fixed frame, sliding cylinder
Output rod is fixedly connected through the second axis with fixed station bottom sides towards lower fixture direction, the output rod of sliding cylinder, the second axis
Equipped with floating junction；Bottom plate side close to lower fixture side is equipped with buffer, and buffer is fixed on workbench mounting plate, delays
Device is rushed for stopping moving horizontally for fixed station limit simultaneously buffer function；Level promotes servo motor to be fixed on fixed station
Portion, level promote the output shaft of servo motor to promote retarder and first axle coaxially connected through level, and first axle level is penetratingly
It is mounted at the top of fixed station, connector is housed in first axle, the first the tip of the axis is fixed to be equipped with square sleeve；Pass through sliding cylinder
Operation drives fixed station to move horizontally along horizontal guide rail, the mobile level for driving square sleeve to be moved horizontally to inlet valve of fixed station
Water inlet promotes servo motor that square sleeve rotation is driven to carry out tightening work to the horizontal water inflow mouth of inlet valve by level.
The rotary drive component includes rotary drive servo motor, air spider, circular sleeve, upper clamp plate, lower folder
Plate and rotary drive retarder；By being arranged in four shaft member of quadrangle and covering the bullet in shaft member between upper clamp plate, lower clamp plate
Spring carries out elastic connection, and lower clamp plate bottom center is equipped with rotary drive retarder and rotary drive servo motor, rotary drive
Servo motor connects upward and through rotary drive retarder with third axis lower end, and air spider is fixed on top of the plywood, third
It is coaxially connected that axis upper end is upward through lower clamp plate, upper clamp plate, air spider and circular sleeve；Pass through rotary drive servo motor band
Dynamic circular sleeve rotation carries out tightening work to the vertical inlet mouth of inlet valve.
The horizontal propulsion assembly and the servo motor in rotary drive component, the sliding cylinder in horizontal propulsion assembly,
The clamping cylinder of vertical thrust component passes through PLC and connect with computer.
The circular sleeve, corresponding face of stepping up is circular joint, increases enclasping force using air spider.
The contact surface of the circular sleeve is using soft material to avoid injury valve body.
The air spider is moved up and down by spring drive.
Working cabined below the work top is equipped with the first start key, stop key and the second start key, on working cabined
Equipped with touch screen, working cabined is equipped with qualified lamp, power switch and unqualified lamp.
The utility model has the advantages that compared with prior art
1, the utility model uses vertical operation platform structure, and operation, maintenance and improvement are easy, are realized using PLC controller
The Automatic Control of test process.
2, the utility model safety is very high, is pinched to avoid worker's hand from resting in tooling, each setting one in left and right
A start key, worker's both hands must press start key simultaneously could starter；Light is increased in the working region tightened simultaneously
Curtain automatic sensing function further examines whether worker takes away hand, and only PLC receives double startup signal and light curtain does not incude
To abnormal conditions, just start to tighten work.
3, for various sizes of inlet valve, it can be realized by replacement square sleeve and different types of inlet valve is carried out
It tightens.
4, different parameters, such as torque can be arranged by touch screen, tighten speed etc. for the inlet valve different for material
Parameter can obtain the inlet valve of better quality, meet enterprise demand.
5, it is circular joint for the clamping face of water pump connection, increases cohesion device at the top of tightening axle, using special gas
Dynamic chuck clamps, due to being equipped with spring below air spider, device for screwing up can be moved up with tightening for connector, because
This will not butt joint generation scratch.
Detailed description of the invention
Fig. 1 is the front view of the utility model.
Fig. 2 is the side view of Fig. 1.
Fig. 3 is the device for screwing up front view of the utility model.
Fig. 4 is the side view of Fig. 3.
Fig. 5 is the device for screwing up perspective view of the utility model.
Fig. 6 is the vertical rotary component perspective view of the utility model.
Fig. 7 is the horizontal propulsion assembly of the utility model and the main view for rotating horizontally component.
Fig. 8 is the perspective view of the square sleeve of the horizontal rotation component of the utility model.
In figure: 1. first start keys, 2. stop keys, 3. second start keys, 4. device for screwing up, 5. touch screens, 6. qualified lamps,
7. power switch, 8. unqualified lamps, 9. work tops, 10. lower clamp plates, 11. springs, 12. upper clamp plates, 13. workbench mounting plates,
14. air spider, 15. fixed brackets, 16. upright guide rails, 17. upper fixtures, 18. clamping cylinders, 19. fixing clips, 20. is rectangular
Sleeve, 21. first axles, 22. connectors, 23. fixed stations, 24. horizontal propulsion retarders, 25. horizontal propulsion servo motors, 26.
Sliding cylinder, 27. floating junctions, 28. horizontal guide rails, 29. buffers, 30. springs, 31. rotary drive retarders, 32. rotations
Actuator servo motor, 33. springs, 34. springs, 35. working plates, 36. inlet valves, 37. bottom plates, 38. columns, 39. fixed frames,
40. lower fixture, 41. second axis, 42. circular sleeves, 43. third axis.
Specific embodiment
Below in conjunction with drawings and examples, the utility model is described in further detail.
As shown in Figure 1 and Figure 2, the utility model device for screwing up 4 is mounted on the work top 9 of working cabined, device for screwing up 4
Including workbench mounting plate 13, vertical thrust component, horizontal propulsion assembly and rotary drive component, inlet valve 36 is placed on lower folder
On tool 40；Lower fixture 40 is installed on the side on workbench mounting plate 13, is installed on the other side on workbench mounting plate 13
There is horizontal propulsion assembly, fixed bracket 15 is installed on the workbench mounting plate 13 of lower 40 top of fixture, is pacified on fixed bracket 15
Equipped with vertical thrust component, 13 bottom of workbench mounting plate of lower 40 lower section of fixture is equipped with rotary drive component.
Inlet valve 36 is vertically fixed on lower fixture 40 by vertical thrust component.Lower 40 upper surface of fixture be equipped with and into
The identical groove structure in 36 bottom surface of water valve, so that be placed on lower fixture 40 can be self-positioning for inlet valve 36.
As shown in Figure 1, the working cabined of 9 lower section of work top is equipped with the first start key 1, stop key 2 and the second start key 3,
Working cabined is equipped with touch screen 5, and working cabined is equipped with qualified lamp 6, power switch 7 and unqualified lamp 8.The upper right of device for screwing up 4
There is touch screen 5 in side, there is qualified indicator light 6, unqualified indicator light 8 and total power switch 7 on the downside of touch screen 5；Under work top 9
Side is from left to right followed successively by start key 3, stop key 2, start key 1.
As shown in figure 3, figure 4 and figure 5, vertical thrust component includes clamping cylinder 18, fixation bracket 15, upright guide rail 16, consolidates
Clamp block 19 and upper fixture 17；Lower fixture 40 is fixed on working plate 35, and inlet valve 36 is placed on lower fixture 40, and working plate 35 is logical
The column for crossing quadrangle is fixed on workbench mounting plate 13, and fixed bracket 15 is fixedly mounted in the working plate 35 of lower 40 top of fixture,
Clamping cylinder 18 is fixed on the top of fixed bracket 15 by four screw holes, and the cylinder rod of clamping cylinder 18 downward and is connected with
Clamp block 19,19 fixing sleeve of fixing clip loaded in the centre bore of upper fixture 17, the two sides of fixed bracket 15 and working plate 35 it
Between be equipped with upright guide rail 16, upper fixture 17 and lower 40 two sides of fixture and upright guide rail 16 connection form sliding pair；Clamping cylinder 18
Push fixing clip 19 and upper fixture 17 along 16 oscilaltion of upright guide rail, upper fixture 17 is steadily moved down into inlet valve 36,
Inlet valve 36 is vertically fixed between upper fixture 17 and lower fixture 40.
As shown in Fig. 3, Fig. 5, Fig. 7, horizontal propulsion assembly includes horizontal guide rail 28, sliding cylinder 26, buffer 29, bottom plate
37, fixed station 23, fixed frame 39, floating junction 27, horizontal propulsion servo motor 25, horizontal propulsion retarder 24, connector 22
With square sleeve 20；Bottom plate 37 is fixed on workbench mounting plate 13, and the side on bottom plate 37 close to lower fixture 40 is equipped with water
Level gauge 28,23 bottom of fixed station are moved on horizontal guide rail 28 and along horizontal guide rail 28；Close to lower fixture on bottom plate 37
40 side is equipped with fixed frame 39, is fixed with sliding cylinder 26 on fixed frame 39, and the output rod of sliding cylinder 26 is towards lower folder
Have 40 directions, the output rod of sliding cylinder 26 is fixedly connected through the second axis 41 with 23 bottom sides of fixed station, and the second axis 41 is equipped with
Floating junction 27；It is equipped with buffer 29 close to 37 side of bottom plate of lower 40 side of fixture, buffer 29 is fixed on workbench installation
On plate 13, buffer 29 is used to stop moving horizontally for fixed station 23 limit simultaneously buffer function；Level promotes servo motor
25 are fixed on 23 top of fixed station, and level promotes the output shaft of servo motor 25 to promote retarder 24 and first axle 21 same through level
Axis connection, first axle 21 is horizontal to be penetratingly mounted on 23 top of fixed station, and connector 22 is housed in first axle 21, first axle 21
End is fixed to be equipped with square sleeve 20, as shown in figure 8, square sleeve 20 is directed at the horizontal direction water inlet of inlet valve 36.
As shown in Fig. 3, Fig. 4, Fig. 6, rotary drive component includes rotary drive servo motor 32, air spider 14, circle
Sleeve 42, upper clamp plate 12, lower clamp plate 10 and rotary drive retarder 31；By being arranged in four between upper clamp plate 12, lower clamp plate 10
Four shaft member at angle and the spring 11,30,33,34 covered in shaft member carry out elastic connection, and 10 bottom center of lower clamp plate is equipped with
Rotary drive retarder 31 and rotary drive servo motor 32, rotary drive servo motor 32 is upward and through rotary drive retarder
31 connect with 43 lower end of third axis, and air spider 14 is fixed on 12 top surface of upper clamp plate, and 43 upper end of third axis is upward through lower clamp plate
10, upper clamp plate 12, air spider 14 and circular sleeve 42 are coaxially connected, circular sleeve 42 be aligned inlet valve 36 vertical direction into
The mouth of a river；Circular sleeve 42, corresponding face of stepping up is circular joint, holds circular joint tightly using air spider.
In specific implementation, the utility model drives fixed station 23 along the horizontal shifting of horizontal guide rail 28 by the operation of sliding cylinder 26
Dynamic, the mobile horizontal water inflow mouth for driving square sleeve 20 to be moved horizontally to inlet valve 36 of fixed station 23 promotes servo by level
Motor 25 drives the rotation of square sleeve 20 to carry out tightening work to the horizontal water inflow mouth of inlet valve 36, passes through rotary drive servo electricity
Machine 32 drives the rotation of circular sleeve 42 to carry out tightening work to the vertical inlet mouth of inlet valve 36.Servo motor is promoted by level
25 and rotary drive servo motor 32 drive square sleeve 20 and circular sleeve 42 to rotate two water inlets to inlet valve 36 simultaneously
Mouth carries out tightening work.
In specific implementation, horizontal propulsion assembly and the servo motor in rotary drive component, the cunning in horizontal propulsion assembly
Take offence cylinder, vertical thrust component clamping cylinder pass through PLC and connect with computer.
Specific implementation process:
Inlet valve 36 is subjected to pre-screwing first, is then placed on lower fixture 40.
It is controlled by touch screen 5, corresponding parameter is set.Both hands press start key 1,3 simultaneously, and clamping cylinder 18 pushes solid
Clamp block 19, while upper fixture 17 is moved down along upright guide rail 16, is shifted inlet valve 36 onto clamped position, is clamped at
Between fixture 17 and lower fixture 40.
Sliding cylinder 26 pushes fixed station 23, and fixed station 23 is reached along horizontal guide rail 28 fixes position, and and then two
Servo motor 25,32 works simultaneously, both horizontally and vertically carries out tightening work simultaneously to inlet valve 36, is tightening knot
Shu Hou, servo motor 25,32 stop working, and two cylinders 18,26 reset, touch screen display production sum, while indicator light 6,8
It lights.
Thus implement as it can be seen that the utility model can overcome circular joint be difficult to the difficulty tightened and compensate for it is easy
The defect for generating scratch, realizes inlet valve automatic tightening and adjusting, convenient for mounting and clamping, test safety.
Claims (4)
1. a kind of inlet valve device for screwing up, it is characterised in that: the device for screwing up (4) is mounted on the work top (9) of working cabined
On, device for screwing up (4) includes workbench mounting plate (13), vertical thrust component, horizontal propulsion assembly and rotary drive component, into
Water valve (36) is placed on lower fixture (40)；Lower fixture (40), workbench are installed on the side on workbench mounting plate (13)
Horizontal propulsion assembly is installed on the other side on mounting plate (13), is pacified on the workbench mounting plate (13) above lower fixture (40)
Equipped with fixed bracket (15), vertical thrust component is installed on fixed bracket (15), the workbench installation below lower fixture (40)
Plate (13) bottom is equipped with rotary drive component.
2. a kind of inlet valve device for screwing up according to claim 1, it is characterised in that:
The vertical thrust component includes clamping cylinder (18), fixed bracket (15), upright guide rail (16), fixing clip (19)
With upper fixture (17)；Lower fixture (40) is fixed on working plate (35), places inlet valve (36) on lower fixture (40), working plate
(35) it is fixed on workbench mounting plate (13) by the column of quadrangle, the working plate (35) above lower fixture (40) is fixedly mounted
Fixed bracket (15), clamping cylinder (18) are fixed on the top of fixed bracket (15), and the cylinder rod of clamping cylinder (18) is downward simultaneously
It is connected with fixing clip (19), fixing clip (19) fixing sleeve fixes bracket (15) loaded in the centre bore of upper fixture (17)
Upright guide rail (16), upper fixture (17) and lower fixture (40) two sides and upright guide rail (16) are equipped between two sides and working plate (35)
Connection forms sliding pair；Clamping cylinder (18) pushes fixing clip (19) and upper fixture (17) to rise up and down along upright guide rail (16)
Drop, inlet valve (36) is vertically fixed between upper fixture (17) and lower fixture (40)；
The horizontal propulsion assembly includes horizontal guide rail (28), sliding cylinder (26), buffer (29), bottom plate (37), fixes
Platform (23), fixed frame (39), floating junction (27), horizontal propulsion servo motor (25), horizontal propulsion retarder (24), connector
(22) and square sleeve (20)；Bottom plate (37) is fixed on workbench mounting plate (13), close to lower fixture (40) on bottom plate (37)
Side be equipped with horizontal guide rail (28), fixed station (23) bottom is moved on horizontal guide rail (28) and along horizontal guide rail (28)
It is dynamic；Side on bottom plate (37) close to lower fixture (40) is equipped with fixed frame (39), and fixed frame is fixed with sliding cylinder on (39)
(26), the output rod of sliding cylinder (26) is towards lower fixture (40) direction, and the output rod of sliding cylinder (26) is through the second axis (41)
It is fixedly connected with fixed station (23) bottom sides, the second axis (41) is equipped with floating junction (27)；Close to lower fixture (40) side
Bottom plate (37) side is equipped with buffer (29), and buffer (29) is fixed on workbench mounting plate (13), and buffer (29) is used for
Moving horizontally for fixed station (23) is stopped limit simultaneously buffer function；Level promotes servo motor (25) to be fixed on fixed station
(23) top, level promote the output shaft of servo motor (25) to promote retarder (24) and first axle (21) coaxially to connect through level
It connects, first axle (21) level is penetratingly mounted at the top of fixed station (23), connector (22) is housed in first axle (21), first axle
(21) end is fixed to be equipped with square sleeve (20)；
Being run by sliding cylinder (26) drives fixed station (23) to move horizontally along horizontal guide rail (28), the mobile band of fixed station (23)
Dynamic square sleeve (20) are moved horizontally to the horizontal water inflow mouth of inlet valve (36), promote servo motor (25) drive side by level
Shape sleeve (20) rotation carries out tightening work to the horizontal water inflow mouth of inlet valve (36)；
The rotary drive component includes rotary drive servo motor (32), air spider (14), circular sleeve (42), upper folder
Plate (12), lower clamp plate (10) and rotary drive retarder (31)；By being arranged in quadrangle between upper clamp plate (12), lower clamp plate (10)
Four shaft member and cover spring (11,30,33,34) in shaft member and carry out elastic connection, the installation of lower clamp plate (10) bottom center
There are rotary drive retarder (31) and rotary drive servo motor (32), rotary drive servo motor (32) passes upward and through rotation
Dynamic retarder (31) are connected with third axis (43) lower end, and air spider (14) is fixed on upper clamp plate (12) top surface, third axis (43)
It is coaxially connected that upper end is upward through lower clamp plate (10), upper clamp plate (12), air spider (14) and circular sleeve (42)；Pass through rotation
Actuator servo motor (32) drives circular sleeve (42) rotation to carry out tightening work to the vertical inlet mouth of inlet valve (36).
3. a kind of inlet valve device for screwing up according to claim 2, it is characterised in that:
It is the horizontal propulsion assembly and the servo motor in rotary drive component, the sliding cylinder in horizontal propulsion assembly, vertical
The clamping cylinder of propulsion assembly passes through PLC and connect with computer.
4. a kind of inlet valve device for screwing up according to claim 1, it is characterised in that:
Working cabined below the work top (9) is equipped with the first start key (1), stop key (2) and the second start key (3),
Working cabined is equipped with touch screen (5), and working cabined is equipped with qualified lamp (6), power switch (7) and unqualified lamp (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821218068.7U CN208772912U (en) | 2018-07-30 | 2018-07-30 | A kind of inlet valve device for screwing up |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821218068.7U CN208772912U (en) | 2018-07-30 | 2018-07-30 | A kind of inlet valve device for screwing up |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208772912U true CN208772912U (en) | 2019-04-23 |
Family
ID=66155569
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821218068.7U Active CN208772912U (en) | 2018-07-30 | 2018-07-30 | A kind of inlet valve device for screwing up |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208772912U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108747319A (en) * | 2018-07-30 | 2018-11-06 | 杭州中溯智能科技有限公司 | Inlet valve device for screwing up |
| CN110216454A (en) * | 2019-06-28 | 2019-09-10 | 商洛市虎之翼科技有限公司 | A kind of eyeglass trim rings automatic assembling apparatus |
| CN111347236A (en) * | 2020-03-09 | 2020-06-30 | 杨唯巍 | Automobile rear axle disassembling device |
| CN111922709A (en) * | 2020-08-10 | 2020-11-13 | 中科摩通(常州)智能制造有限公司 | Assembling production line for electric automobile charging device |
-
2018
- 2018-07-30 CN CN201821218068.7U patent/CN208772912U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108747319A (en) * | 2018-07-30 | 2018-11-06 | 杭州中溯智能科技有限公司 | Inlet valve device for screwing up |
| CN110216454A (en) * | 2019-06-28 | 2019-09-10 | 商洛市虎之翼科技有限公司 | A kind of eyeglass trim rings automatic assembling apparatus |
| CN110216454B (en) * | 2019-06-28 | 2024-03-19 | 商洛市虎之翼科技有限公司 | Automatic assembling device for lens pressing ring |
| CN111347236A (en) * | 2020-03-09 | 2020-06-30 | 杨唯巍 | Automobile rear axle disassembling device |
| CN111922709A (en) * | 2020-08-10 | 2020-11-13 | 中科摩通(常州)智能制造有限公司 | Assembling production line for electric automobile charging device |
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