CN204235062U - Valve screen pack mounting equipment - Google Patents
Valve screen pack mounting equipment Download PDFInfo
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- CN204235062U CN204235062U CN201420493227.XU CN201420493227U CN204235062U CN 204235062 U CN204235062 U CN 204235062U CN 201420493227 U CN201420493227 U CN 201420493227U CN 204235062 U CN204235062 U CN 204235062U
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Abstract
The utility model relates to a kind of valve screen pack mounting equipment, and it comprises: valve keeps module; For keeping module to provide the Knockdown block of screen pack to be assembled to valve; Clamp module, it has the jaw unit of the both wings being suitable for closed screen pack, these three modules are all fixed on the workbench of described equipment, valve keeps module for keeping valve in place and having the driving mechanism for adjusting valve location, the quantity of the valve location that driving mechanism provides is corresponding to the quantity of the screen pack treating to assemble on valve, at each valve location place, the flange shaft of a screen pack to be assembled on valve is corresponding with the screen pack position from Knockdown block.Pass through the utility model, in assembling line, only need to arrange a mounting equipment on a workbench to realize assembling cycle, automatically to complete the assembling of screen pack, so built-up time is short, workbench takes up room little and assembling, debugging, service equipment cost reduce.
Description
Technical field
The utility model relates to a kind of mechanical package equipment; More particularly, the utility model relates to a kind of valve screen pack mounting equipment.
Background technology
Hydraulic valve is the Automation Elements for pressure oil operation, and it, by the control of distributing valve pressure oil, controls the break-make of the pipe-line systems such as heavy wool, gas, water, flow or direction etc. in the oil circuits such as clamping, control, lubrication.Such as, automobile gearbox hydraulic valve realizes the break-make of gear box oil by solenoid controlled valve body.
Pollutant in hydraulic oil can make Hydraulic Elements wearing and tearing cause operating accuracy to produce excessive error, and therefore, each Hydraulic Elements in hydraulic valve have corresponding cleannes requirement.Such as, in the fluid of automobile gearbox hydraulic system, can there is pollutant unavoidably, in order to prevent gear box hydraulic valve premature failure, usual taked mode is assembling filter net on valve body.
The gear box hydraulic valve being assembled with screen pack in prior art has been shown in Fig. 1.In fig 1 a, Reference numeral 1 represents hydraulic valve, and 2 represent screen pack, and 3 represent the flange on hydraulic valve body.Can understand, two screen packs 2 by be assembled in hydraulic valve 2 respectively valve flange between flange shaft on.Fig. 1 b shows the A-A profile of Fig. 1 a, and the screen pack 2 assembled as can be seen from the figure will be enclosed on valve body.Fig. 1 c is the top view of unassembled screen pack 2.Can find out, screen pack 2 is c-shaped when unassembled.The centre of C shape screen pack 2 has the end of the both wings of yielding portion 21, C shape screen pack 2 in complementary shape.Can be assembled in the flange shaft of valve body by C shape screen pack is opened, then be circularized closed together for two ends.
In the prior art, in order to as shown in fig. 1 two screen packs 2 are assembled on valve body, need to arrange two even more identical workbench to realize assembling cycle in assembling line, and two identical apparatus for assembling (and two covers identical pay-off) are set respectively on two workbench, a screen pack are assembled by each workbench thus completes the assembling of two screen packs.In these two assembling stations normally assembled by hand or with press non-automatic ground assembling filter net, each assembling work step required time is longer.In addition, the layout of two stations take up room comparatively large and assemble, debugging maintenance equipment cost is higher.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of hydraulic valve screen pack mounting equipment overcoming aforementioned defect of the prior art.
In order to solve aforementioned technical problem, the utility model provides a kind of valve screen pack mounting equipment, and described equipment comprises:
Valve keeps module;
For keeping module to provide the Knockdown block of screen pack to be assembled to described valve;
Clamp module, described clamp module has the jaw unit of the both wings being suitable for closed described screen pack, wherein,
Described valve keeps module, described Knockdown block and described clamp module to be all fixed on the workbench of described equipment, and described valve keeps module for keeping described valve in place and having the driving mechanism for adjusting valve location, wherein
The quantity of the valve location that described driving mechanism provides is corresponding to the quantity treating the screen pack assembled on described valve, and at each described valve location place, the flange shaft of a screen pack to be assembled on described valve is corresponding with the screen pack position from Knockdown block.
Alternatively, in foregoing equipment, described driving mechanism is the lifting mechanism longitudinally adjusting valve location, and described Knockdown block comprises feed mechanism and assembling mechanism, described feed mechanism and described assembling mechanism are equipped with keep screen pack towards structure.
Alternatively, in foregoing equipment, the power source of described driving mechanism is motor, hydraulic cylinder or pneumatic cylinder.
Alternatively, in foregoing equipment, described clamp module and described Knockdown block are oppositely arranged, and described lifting mechanism is between described clamp module and described Knockdown block.
Alternatively, in foregoing equipment, described Knockdown block also comprises the pressure head for ensureing the position of screen pack in described assembling mechanism, and described pressure head is driven by motor, hydraulic cylinder or pneumatic cylinder.
Alternatively, in foregoing equipment, described assembling mechanism is positioned at below described feed mechanism, and described feed mechanism comprises:
Be positioned at the conveying arm on described Knockdown block, described conveying arm can receive delivery of filtered net between the filling position of screen pack to be assembled and the feed position providing screen pack to be assembled to described assembling mechanism; And
Be located at the maintaining body on described conveying arm, described maintaining body receives screen pack to be assembled and provides it to described assembling mechanism, and in this process described maintaining body keep described screen pack towards.
Alternatively, in foregoing equipment, described conveying arm is rotary conveying arm.
Alternatively, in foregoing equipment, described maintaining body comprises:
Be fixed on the first keeper on described conveying arm, described first keeper has the first through hole passed through for screen pack, the medial surface of described first through hole is provided with the first guide; And
Pivotally be arranged on the second keeper on described conveying arm, described second keeper has the second through hole passed through for screen pack, the medial surface of described second through hole is provided with the second guide,
Described second keeper can making described first through hole align with described second through hole, described first guide aligns to provide the primary importance of screen pack to described assembling mechanism and pivotable between the second place that described first through hole and described second through hole are not lined up with described second guide
Described filling position place and during the conveying from described filling position to described feed position described second keeper be in the described second place, described in described feed position, the second keeper is in described primary importance.
Alternatively, in foregoing equipment, described maintenance screen pack towards structure be located at the guide ribs on the bottom of described assembling mechanism, described guide ribs described screen pack is constrained to keep its in described feed mechanism towards, the top of described guide ribs has opening
Described lifting module includes the axis of guide, the described axis of guide has the incline that is applicable to being stuck in described opening and is suitable for guiding the both wings of described screen pack to reach two prisms of the flange shaft of described valve, the described axis of guide can from the position of guiding function exit downwards.
Alternatively, in foregoing equipment, described Knockdown block also comprises makes described assembling mechanism advance thus the two-part pushing mechanism be assembled into by screen pack on described valve.
Alternatively, in foregoing equipment, described clamp module also include for ensure described screen pack on described valve towards guide pad.
Alternatively, in foregoing equipment, between the jaw of described jaw unit, be reserved with the space exited for described guide pad.
Alternatively, in foregoing equipment, described jaw unit is formed with the step for screen pack described in jam-packed.
By according to valve screen pack mounting equipment of the present utility model, in assembling line, only need to arrange a mounting equipment on a workbench to realize assembling cycle, automatically to complete the assembling of screen pack, therefore have that assembling required time is short, workbench takes up room the advantages such as little and assembling, the reduction of debugging maintenance equipment cost.
Accompanying drawing explanation
With reference to accompanying drawing, disclosure of the present utility model will become more obvious.Should understand, these accompanying drawings only for illustration of object, and be not intended to limit protection domain of the present utility model.In figure:
Fig. 1 schematically shows in prior art the gear box hydraulic valve being assembled with screen pack, and wherein, Fig. 1 a is the side view of the gear box hydraulic valve being assembled with screen pack, and Fig. 1 b is the sectional view along A-A in Fig. 1 a, and Fig. 1 c is the top view of unassembled screen pack;
Fig. 2 schematically shows the side view of the valve screen pack mounting equipment according to an embodiment of the present utility model;
Fig. 3 schematically shows two operating positions according to the feed mechanism in the valve screen pack mounting equipment in aforementioned embodiments, wherein, Fig. 3 a is the operating position that feed mechanism receives the screen pack transported, and Fig. 3 b is the operating position that screen pack is transferred to its assembling position by feed mechanism;
Fig. 4 schematically shows the stereogram according to the feed mechanism in the valve screen pack mounting equipment in aforementioned embodiments, and wherein, Fig. 4 a and 4b shows the different attitude of two of feed mechanism;
Fig. 5 schematically shows two operating positions according to the pushing cylinder in the valve screen pack mounting equipment in aforementioned embodiments, wherein, Fig. 5 a shows the initial position of pushing cylinder, and Fig. 5 b shows pushing cylinder and screen pack is pushed operating position in place;
Fig. 6 schematically shows first propelling section of the cylinder pushing mechanism according to two-part propulsion cylinder in the valve screen pack mounting equipment in aforementioned embodiments, wherein, Fig. 6 a shows the initial position of cylinder pushing mechanism, and Fig. 6 b shows cylinder pushing mechanism and completes first and advance the position that guide pad is not yet in place after section;
Fig. 7 schematically shows second propelling section of the cylinder pushing mechanism according to two-part propulsion cylinder in the valve screen pack mounting equipment in aforementioned embodiments, wherein, Fig. 7 a shows cylinder pushing mechanism and completes first and advance the position that guide pad is in place after section, Fig. 7 b show cylinder pushing mechanism complete second advance section after position;
Fig. 8 schematically shows the top view be positioned at by guide pad according to screen pack in the valve screen pack mounting equipment in aforementioned embodiments on valve;
Fig. 9 schematically shows the top view according to being clamped in by screen pack in the valve screen pack mounting equipment in aforementioned embodiments on valve; And
Figure 10 schematically shows the structure chart of jaw.
Detailed description of the invention
Detailed description of the invention of the present utility model is described in detail below in conjunction with accompanying drawing.
Fig. 2 schematically shows the side view of the valve screen pack mounting equipment according to an embodiment of the present utility model.
As shown in FIG., working plate 40 is furnished with a valve screen pack mounting equipment, this mounting equipment can comprise screen pack Knockdown block 10, valve lifting module 20 and clamp module 30.As can be seen from Figure 2, screen pack Knockdown block 10 and clamp module 30 can lay respectively at the not homonymy of valve lifting module 20.
Screen pack Knockdown block 10 can comprise feed mechanism 11 for screen pack being transported to position to be assembled, be used for screen pack to be assembled into the assembling mechanism 12 of valve and be used for assembling mechanism 12 is advanced thus screen pack be assembled into two-part propulsion cylinder (not shown) on valve 1, for making screen pack be in the height and position of expectation and the pushing cylinder 14 of attitude in assembling mechanism 12.Additionally provide the vibrating disk 15 for supplying screen pack to be assembled constantly in the drawings, it also can be assembled on screen pack Knockdown block 10.Feed mechanism 11 is positioned at the below of vibrating disk 15 and screen pack supplied materials compression cylinder 16, and assembling mechanism 12 is positioned at the below of feed mechanism 11.Be in operation, on screen pack Knockdown block 10, screen pack feed mechanism 11 (a) can horizontally rotate arrival screen pack assembling position (see Fig. 3 b) see Fig. 3 from the position receiving supplied materials, and is placed in assembling mechanism 12 by screen pack.Be provided with screen pack pressure head 17 in the end of pushing cylinder 14, it is positioned at the top of foregoing filtration net assembling position, under the effect pushing cylinder 14 and pressure head 17, for screen pack being pushed into the position and attitude that are suitable for assembling.Propulsion cylinder then can promote screen pack by its cylinder pushing mechanism 13 two-part ground to valve, specifically asks for an interview the description of composition graphs 6-8.
Valve lifting module 20 comprises the lifting mechanism 21 for valve 1 being moved to two assembling positions (working depth), lifting module 20 is also provided with guiding mechanism, it comprises the axis of guide 22, make screen pack opening to enough angles and correct direction, for screen pack is directed to valve 1 at assembly process.Lifting mechanism 21 between screen pack Knockdown block 10 and clamp module 30, and is assembled on working plate 40 alternatively.Be in operation, propulsion cylinder 13 two-part promote screen pack to valve 1 time, the axis of guide 22 is for being directed to the flange shaft of valve 1 by screen pack; Lifting mechanism 21 is then for being lifted to the position being suitable for being assembled into by two screen packs on it respectively by valve 1.
Clamp module 30 comprises for ensureing the openings of sizes of screen pack on valve 1 and the guide pad 31 of angle direction, the clamp system 32 for being clamped by screen pack, and clamp system 32 has jaw unit 34.Be in operation, when screen pack have passed through after the axis of guide 22 arrives valve 1, guide pad 31 proceeds to along with its adjutage 33 position abutting valve 1 side, ensures its openings of sizes and angle direction when screen pack holds on valve 1; Then guide pad 31 is withdrawn into the space place (see figure 9) at jaw unit 34 rear portion and uses jaw unit 34 to close and fix the both wings of screen pack.Guide pad 31 and jaw unit 34 can be driven by different hydraulic cylinders, pneumatic cylinder or motor respectively.
Can understand, in alternative embodiments, feed mechanism 11, assembling mechanism 12, pushing cylinder 14, propulsion cylinder (comprising cylinder pushing mechanism 13), lifting mechanism 21, the axis of guide 22, guide pad 31, clamp system 32, vibrating disk 15 etc. also can be installed in the frame of valve screen pack mounting equipment, or with the installing of other modular form, repeat no more.In addition, the drive units such as motor also can be utilized to replace each cylinder in the utility model.
The concrete steps to assembling filter net on valve 1 are described in detail below in conjunction with Fig. 3-9.
Fig. 3 schematically shows two operating positions according to the feed mechanism in the valve screen pack mounting equipment in aforementioned embodiments, wherein, Fig. 3 a is the operating position that feed mechanism receives the screen pack transported, and Fig. 3 b is the operating position that screen pack is transferred to its assembling position by feed mechanism.In fig. 3 a, feed mechanism 11 rotates the position to being suitable for the screen pack receiving conveying self-vibration Moving plate 15, and the supplied materials compression cylinder 16 for compressing screen pack compresses screen pack above, thus only has a screen pack to fall in swivel feeding mechanism 11 at every turn.After receiving screen pack, feed mechanism 11 rotates to the assembling position in Fig. 3 b, and screen pack is fallen in assembling mechanism 12.In order to complete this feeding action accurately and efficiently, feed mechanism 11 devising two keepers dexterously, more clearly can be found out the structure of the first keeper 111 and the second keeper 112 by Fig. 4.
Fig. 4 schematically shows the stereogram according to the feed mechanism in the valve screen pack mounting equipment in aforementioned embodiments, wherein, Fig. 4 a and 4b shows the different attitude of two of feed mechanism, the attitude that two of two keepers specifically on feed mechanism are different.The turning arm 110 of feed mechanism 11 is flat, its end face is fixedly assembled with the first keeper 111, this the first keeper 111 stretches out the end of turning arm 110, first keeper 110 is formed the through hole 113 that can pass for screen pack, and be formed in the inner side of through hole 113 for determine screen pack towards guide 115.The end of turning arm 110 is formed with step 118, on step 118, pivotally (pivotal axis 117) is provided with the second keeper 112, this second keeper 112 has the angled end-face 119 being suitable for aliging with the end face of turning arm 110, second keeper 112 is also formed with the through hole 114 being suitable for screen pack and passing, the inner side of through hole 114 be also formed for determine screen pack towards guide 116.When two keepers 111,112 align time, two through holes 113,114 also align, two guides 115,116 also align, thus screen pack in the first keeper 111 can from the through hole 114 of the second keeper 112 by and keep towards constant; When the angled end-face 119 of the second keeper 112 aligns the end face 118 of turning arm 110, two through holes 113,114 stagger, and the screen pack being positioned at the through hole 113 of the first keeper 111 can not by the through hole 114 of the second keeper 112.Can understand, two, position keeper, 111,112 and two through holes 113,114 in fig. 3 a do not line up, so screen pack will fall in the through hole 113 of the first keeper 111, but can not fall in the through hole 114 of the second keeper 112; After feed mechanism 11 rotates to the position shown in Fig. 3 b, the first keeper 111 and the second keeper 112 is just made to align, two through holes 113,114 on it also align, screen pack by this two through holes 113,114, drop in assembling mechanism 12 along two guides 115,116; Now, the pressure head 17 pushing cylinder 14 also aligns with two through holes 113,114 on the first keeper 111 and the second keeper 112.Can understand, the pivotal action of the second keeper 112 can pass through pneumatic cylinder, hydraulic cylinder control also can pass through motor or Non-follow control, and those skilled in the art can realize its function by teaching of the present utility model.
Fig. 5 schematically shows two operating positions according to the pushing cylinder in the valve screen pack mounting equipment in aforementioned embodiments, wherein, Fig. 5 a shows the initial position of pushing cylinder, and Fig. 5 b shows pushing cylinder and screen pack is pushed operating position in place.In fig 5 a, screen pack drops in assembling mechanism 12 in the through hole 114 of the second keeper 112 of feed mechanism 11.The cylinder pushing mechanism 13 of assembling mechanism 12 and a two-part propulsion cylinder is fixed together, and can advance under the effect of this cylinder pushing mechanism 13 or reset.Now, in assembling mechanism 12, reaching desirable position in order to ensure screen pack and attitude for keeping flat, employing the pushing cylinder 14 with pressure head 17, pushing cylinder 14 and pressure head 17 be positioned at just have received screen pack assembling mechanism 12 directly over.Position in fig 5 a, pushing cylinder 14 is positioned at the position do not worked.Position in figure 5b, pushing cylinder 14 moves down, and promotes screen pack and makes it reach ideal position and ideal pose.
Fig. 6 schematically shows first propelling section according to two-part propulsion cylinder in the valve screen pack mounting equipment in aforementioned embodiments, wherein, Fig. 6 a shows the initial position of propulsion cylinder, and Fig. 6 b shows propulsion cylinder and completes first and advance the position that guide pad is not yet in place after section.As can be seen from Fig. 6 a, guide ribs 121 is provided with in assembling mechanism 12, when receiving the screen pack from feed mechanism 11, this guide ribs 121 is alignd with the guide 116 in the through hole 114 of the second keeper 112, when screen pack 2 is fallen in assembling mechanism 12 guide ribs 121 be positioned at the opening 122 of screen pack thus limiting filter net 2 towards.Visible, screen pack 2 is by the promotion of the cylinder pushing mechanism 13 of a two-part cylinder in assembling mechanism 12, and the guide ribs 121 in addition of movement simultaneously, guide ribs 121 is between the opening of screen pack 2.Along with the promotion of cylinder pushing mechanism 13, screen pack 2 keeps its opening surface to correct direction and can not rotate in progradation; The opening 122 of guide ribs 121 end blocks the rib 221 of the axis of guide 22, and the opening that the dual-side of guide ribs 121 end is led through filter screen 2 reaches the prism 222,223 of the axis of guide 22 and advances along its slippage, opens to the diameter that large angle is enough to the flange shaft by valve 1 gradually, and then reaches the flange shaft of valve 1.As can be seen from the figure, the axis of guide 22 is curved against the side 224 of flange shaft, is preferably and conforms to the shape of the flange of flange shaft thus stably can abut against the periphery of flange.Two inclined-planes 222,223 of the axis of guide 22 preferably have identical gradient, identical width.Can understand, angle of release and the position of screen pack are extremely important, if their settings is incorrect, may rotate when screen pack 2 is pushed in flange shaft around flange shaft; This is also the very important reason of shape and size of the top ends of the axis of guide 22.Shown in Fig. 6 b is the position that screen pack 2 has reached flange shaft.
Fig. 7 schematically shows second propelling section of the cylinder pushing mechanism according to two-part propulsion cylinder in the valve screen pack mounting equipment in aforementioned embodiments, wherein, Fig. 7 a shows cylinder pushing mechanism and completes first and advance the position that guide pad is in place after section, Fig. 7 b show cylinder pushing mechanism complete second advance section after position.As shown in Figure 7 a, the axis of guide 22 declines and guide pad 31 moves to its active position near valve gradually gradually.The effect of this guide pad 31 ensures that screen pack 2 has the openings of sizes of expectation and is positioned at the angle position of expectation when surrounding in flange shaft, and screen pack 2 can not arbitrarily rotate.As shown in figure 7b, the axis of guide 22 has declined and has left screen pack 2, and cylinder pushing mechanism 13 promotes screen pack 2 further, is surrounded flange shaft diametrically, the end of the both wings of screen pack 2 props up two sides of guide pad respectively, thus determines the position of screen pack.
Fig. 8 schematically shows the top view be positioned at by guide pad according to screen pack in the valve screen pack mounting equipment in aforementioned embodiments on valve.Can understand from Fig. 8, in order to ensure the openings of sizes of screen pack, the width of guide pad 31 is extremely important, in order to avoid affect the opening size of screen pack, if size is too large, can not carry out the subsequent process closing screen pack for jaw unit 34.
Fig. 9 schematically shows the top view according to being clamped in by screen pack in the valve screen pack mounting equipment in aforementioned embodiments on valve.As shown in Figure 9, guide pad 31 and assembling mechanism 12 have left valve 1 and screen pack 2, and the both wings of screen pack 2 clamp by jaw unit 34, make two of screen pack 2 ends closed together.Thus complete the assembly working of a screen pack 2.As shown in Figure 10, the inner side of jaw can also be provided with step 341, be easier to closed screen pack for the jam-packed when closed screen pack or compacting screen pack.
After completing the action shown in Fig. 9, lifting mechanism (see figure 2) makes fixture 23 and valve 1 move, and second of valve flange shaft is lifted to assembling position, proceeds the assembling of second screen pack.Can understand, by identical with the assembling process that aforementioned composition graphs 3-9 describes, the assembling of second screen pack can be completed.Described fixture 23, for keeping the valve from a upper station, treats assembling filter net on it.
Can understand, the equipment described by aforementioned composition graphs 2-10 is only and can realizes a detailed description of the invention of the present utility model, in scope of the present utility model, is also possible to the improvement of this embodiment.Such as, valve lifting module 20 in diagram provides the valve location vertically gone up, correspondingly, those skilled in the art can expect that the valve of other form keeps module, for keeping described valve in place and having the driving mechanism for adjustment (can be in the horizontal direction or the adjustment in other suitable direction) valve location.In this case, it is desirable that, the quantity of the valve location that driving mechanism provides is preferably corresponding to the quantity treating the screen pack assembled on described valve, and at each valve location place, the flange shaft of a screen pack to be assembled on valve is corresponding with the screen pack position from Knockdown block, can be convenient to assembling filter net in the flange shaft of valve like this.Similarly, turning arm 110 in illustrated embodiment also can be other form, such as but not limited in the form such as multi-connecting-rod mechanism, rocker arm body, so that be adapted to receiving delivery of filtered net between the filling position of screen pack to be assembled and the feed position providing screen pack to be assembled to assembling mechanism in different situations.The first keeper 111 on illustrated turning arm (conveying arm) and the second keeper 112 also can be improved to the maintaining body of other form accordingly, only need this maintaining body can receive screen pack 2 to be assembled and provide it to assembling mechanism 12 and in this process keep screen pack 2 towards.
If the front description carried out preferred embodiment of the present utility model is with reference to the accompanying drawings only exemplary and explanat; Those skilled in the art also can carry out accommodation or the remodeling of equivalent or similar type under teaching herein to preferred embodiment of the present utility model, these flexible or remodeling also will fall in the protection domain that covered by claims of the present utility model.
Claims (13)
1. a valve screen pack mounting equipment, is characterized in that, described equipment comprises:
Valve keeps module;
For keeping module to provide the Knockdown block of screen pack to be assembled to described valve;
Clamp module, described clamp module has the jaw unit of the both wings being suitable for closed described screen pack, wherein,
Described valve keeps module, described Knockdown block and described clamp module to be all fixed on the workbench of described equipment, and described valve keeps module for keeping described valve in place and having the driving mechanism for adjusting valve location, wherein
The quantity of the valve location that described driving mechanism provides is corresponding to the quantity treating the screen pack assembled on described valve, and at each described valve location place, the flange shaft of a screen pack to be assembled on described valve is corresponding with the screen pack position from Knockdown block.
2. equipment as claimed in claim 1, wherein, described driving mechanism is the lifting mechanism longitudinally adjusting valve location, and described Knockdown block comprises feed mechanism and assembling mechanism, described feed mechanism and described assembling mechanism are equipped with keep screen pack towards structure.
3. equipment as claimed in claim 1 or 2, wherein, the power source of described driving mechanism is motor, hydraulic cylinder or pneumatic cylinder.
4. equipment as claimed in claim 2, wherein, described clamp module and described Knockdown block are oppositely arranged, and described lifting mechanism is between described clamp module and described Knockdown block.
5. equipment as claimed in claim 2, wherein, described Knockdown block also comprises the pressure head for ensureing the position of screen pack in described assembling mechanism, and described pressure head is driven by motor, hydraulic cylinder or pneumatic cylinder.
6. equipment as claimed in claim 2, wherein, described assembling mechanism is positioned at below described feed mechanism, and described feed mechanism comprises:
Be positioned at the conveying arm on described Knockdown block, described conveying arm can receive delivery of filtered net between the filling position of screen pack to be assembled and the feed position providing screen pack to be assembled to described assembling mechanism; And
Be located at the maintaining body on described conveying arm, described maintaining body receives screen pack to be assembled and provides it to described assembling mechanism, and described maintaining body receive screen pack to be assembled and provide it to maintaining body described in the process of described assembling mechanism keep described screen pack towards.
7. equipment as claimed in claim 6, wherein, described conveying arm is rotary conveying arm.
8. equipment as claimed in claims 6 or 7, wherein, described maintaining body comprises:
Be fixed on the first keeper on described conveying arm, described first keeper has the first through hole passed through for screen pack, the medial surface of described first through hole is provided with the first guide; And
Pivotally be arranged on the second keeper on described conveying arm, described second keeper has the second through hole passed through for screen pack, the medial surface of described second through hole is provided with the second guide,
Described second keeper can making described first through hole align with described second through hole, described first guide aligns to provide the primary importance of screen pack to described assembling mechanism and pivotable between the second place that described first through hole and described second through hole are not lined up with described second guide
Described filling position place and during the conveying from described filling position to described feed position described second keeper be in the described second place, described in described feed position, the second keeper is in described primary importance.
9. equipment as claimed in claim 2, wherein, described maintenance screen pack towards structure be located at the guide ribs on the bottom of described assembling mechanism, described guide ribs described screen pack is constrained to keep its in described feed mechanism towards, the top of described guide ribs has opening
Described lifting module includes the axis of guide, the described axis of guide has the incline that is applicable to being stuck in described opening and is suitable for guiding the both wings of described screen pack to reach two prisms of the flange shaft of described valve, the described axis of guide can from the position of guiding function exit downwards.
10. equipment as claimed in claim 9, wherein, described Knockdown block also comprises makes described assembling mechanism advance thus the two-part pushing mechanism be assembled into by screen pack on described valve.
11. equipment as claimed in claim 1, wherein, described clamp module also include for ensure described screen pack on described valve towards guide pad.
12. equipment as claimed in claim 11, wherein, are reserved with the space exited for described guide pad between the jaw of described jaw unit.
13. equipment as claimed in claim 1, wherein, described jaw unit are formed with the step for screen pack described in jam-packed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420493227.XU CN204235062U (en) | 2014-08-29 | 2014-08-29 | Valve screen pack mounting equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420493227.XU CN204235062U (en) | 2014-08-29 | 2014-08-29 | Valve screen pack mounting equipment |
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| CN204235062U true CN204235062U (en) | 2015-04-01 |
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| CN201420493227.XU Active CN204235062U (en) | 2014-08-29 | 2014-08-29 | Valve screen pack mounting equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108161472A (en) * | 2017-12-26 | 2018-06-15 | 嵊州领航信息科技有限公司 | A kind of filter screen automatic assembling |
-
2014
- 2014-08-29 CN CN201420493227.XU patent/CN204235062U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108161472A (en) * | 2017-12-26 | 2018-06-15 | 嵊州领航信息科技有限公司 | A kind of filter screen automatic assembling |
| CN108161472B (en) * | 2017-12-26 | 2019-07-30 | 嵊州领航信息科技有限公司 | A kind of filter screen automatic assembling |
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