CN206013813U - Between a kind of station, clamp plate type material frame pulls slide mechanism - Google Patents
Between a kind of station, clamp plate type material frame pulls slide mechanism Download PDFInfo
- Publication number
- CN206013813U CN206013813U CN201620820702.9U CN201620820702U CN206013813U CN 206013813 U CN206013813 U CN 206013813U CN 201620820702 U CN201620820702 U CN 201620820702U CN 206013813 U CN206013813 U CN 206013813U
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- CN
- China
- Prior art keywords
- bayonet socket
- material frame
- slide
- spring
- chain
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Abstract
The utility model discloses clamp plate type material frame pulls slide mechanism between a kind of station, including transmitting slide rail, chain, spring slide, chain drive mechanism and material frame.Material frame can be slided on transmission slide rail.Chain is parallel with transmission slide rail, and is connected with the chain drive mechanism.Spring slide is on transmission slide rail, and is connected with chain.Chain under the driving of chain drive mechanism can pull spring slide and move on slide rail.Spring slide is provided with bayonet socket plate and drop-down spring.Bayonet socket plate is vertically installed on spring slide by board shaft, and can be rotated around board shaft.The bottom of bayonet socket plate is provided with bayonet socket；The end of material frame is provided with card and dashes forward.Drop-down spring is located between bayonet socket plate and spring slide so that bayonet socket plate is pulled down spring and pulls down, so as to the card that the bayonet socket of the lower end of bayonet socket plate can be buckled in material frame prominent on.
Description
Technical field
This utility model is related to material transport mechanism, and more particularly to transporting rail and processing stations are mutually connected the knot of part
Structure.
Background technology
In a lot of production lines, processed material is transmitted by material frame.In this production line,
There is the height of the processing stations is processed by the material situation highly different from transmission mechanism.Now processing stations generally lead to
Cross crane to lift material frame.Guide rail is again provided with crane.This is there is how from transmission mechanism by material
Frame shift and deliver to crane or from a kind of problem to transmission mechanism of crane.
Content of the invention
Problem to be solved in the utility model：When the height of materiel machining station is highly different from transmission mechanism, by thing
Material frame is transferred to the crane of processing stations from transmission mechanism or is transferred on transmission mechanism from the crane of processing stations.
For solving the above problems, the scheme that this utility model is adopted is as follows：
Between a kind of station, clamp plate type material frame pulls slide mechanism, including transmitting slide rail, chain, spring slide, chain drive
Mechanism and material frame；Material frame can be slided on transmission slide rail；Chain with transmission slide rail parallel, and with the chain drive mechanism
It is connected；Spring slide is on transmission slide rail, and is connected with chain；Chain under the driving of the chain drive mechanism, energy
Enough pull spring slide to move on slide rail；Spring slide is provided with bayonet socket plate and drop-down spring；Bayonet socket plate is perpendicular by board shaft
Directly on spring slide, and can rotate around board shaft；The bottom of bayonet socket plate is provided with bayonet socket；The end of material frame is provided with card
Prominent；Drop-down spring is located between bayonet socket plate and spring slide so that bayonet socket plate is pulled down spring and pulls down, so as to by bayonet socket plate
The bayonet socket of lower end can be buckled in card in material frame prominent on.
Further, transmission slide rail is made up of two line slideways being parallel to each other；Chain has two；Two chain is located at side
Side, and press close to transmit two line slideways of slide rail respectively；Spring slide, bayonet socket plate have two accordingly；Arrange in material frame
Card is prominent also two accordingly；Two cards are dashed forward and are located at the end both sides of material frame.
Further, the chain drive mechanism includes that motor, steering gear and synchronizing shaft, the chain wheel at two chain two ends lead to
Cross synchronizing shaft, steering gear connection motor.
Further, bayonet socket plate is additionally provided with limited block；When the bayonet socket plate is pulled down by the drop-down spring, described spacing
Block is stuck on the spring slide, so as to avoid the bayonet socket plate from being drawn by the drop-down spring further downward.
Further, the bottom of the bayonet socket plate is additionally provided with front end inclined-plane and rear end inclined-plane；The front end inclined-plane and rear end are oblique
Face is located at the front and back end of bayonet socket respectively.
Technique effect of the present utility model is as follows：This utility model by length can deep enough processing stations bottom
Bayonet socket plate with bayonet socket, using the drop-down spring arranged on bayonet socket plate such that it is able to by the material frame on station slide rail in chain
Driving under be drawn to transmission slide rail on.
Description of the drawings
Fig. 1 is overall overlooking the structure diagram of the present utility model.
Fig. 2 is bayonet socket plate side structure schematic view.
Specific embodiment
Below in conjunction with the accompanying drawings this utility model is described in further details.
Between a kind of station, clasp type material frame pulls slide mechanism, as shown in Figure 1 and Figure 2, for by the material on station slide rail 41
Frame 9 is drawn on transmission slide rail 12 and moves, or the material frame 9 on transmission slide rail 12 is drawn to station slide rail 41.Transmission slide rail
12 and station slide rail 41 be two mutually discontinuous slide rails, wherein transmission slide rail 12 be fixedly mounted on slide rail base 19；And
Station slide rail 41 is then installed just on slide rail crane 4 by slide rail beam 43.The energy under the driving of elevating mechanism of slide rail crane 4
Enough lift, and can by station slide rail 41 liters be down on transmission 11 identical height of slide rail, when station slide rail 41 is slided with transmission
Rail 12 with high when, material frame 9 can from station slide rail 41 slide into transmission slide rail 12 on, it is also possible to from transmission slide rail 12 on slide into
On station slide rail 41.Material frame 9 can be slided on station slide rail 41 and transmission slide rail 12 by base slider 91.Transmission slide rail 12
With station slide rail 41 by two line slideway compositions being parallel to each other.Slide rail crane 4, station slide rail 41 are processing stations
On part.
Between the station of the present embodiment, clasp type material frame pulls slide mechanism and includes transmitting slide rail 12, chain 81, chain drive
Mechanism, spring slide 82, bayonet socket plate 83, drop-down spring 84 and card prominent 94.Chain 81 is parallel with transmission slide rail 12, and does not extend into
Processing stations.Chain 81 has two.Two chain 81 is located at side, and presses close to transmit two line slideways of slide rail 12 respectively.
81 two ends of chain are respectively erected on two chain wheels, and centre is supported by chain support beam 811.Chain drive mechanism is used for driving
The movement of dynamic chain 81, including motor 812, steering gear 813 and synchronizing shaft 814.The chain wheel of 81 end of chain passes through synchronizing shaft
814th, steering gear 813 is connected with motor 812.Spring slide 82 has two.Two spring slides 82 are separately mounted to transmit slide rail
On 12 two line slideways, and each connect a chain 81 respectively.Thus, when motor 812 works, by steering gear
813rd, synchronizing shaft 814 drives two 81 synchronizing movings of chain through chain wheel again, and then two chains 81 pull two springs and slide
The synchronizing moving on transmission slide rail 12 of seat 82.Bayonet socket plate 83 is vertically installed on spring slide 82 by board shaft 821, can be surrounded
Board shaft 821 is rotated.Bayonet socket plate 83 on two spring slides 82 is symmetrical.The bottom of bayonet socket plate 83 is provided with bayonet socket 832, front end
Inclined-plane 833 and rear end inclined-plane 834.Front end inclined-plane 833 and rear end inclined-plane 834 are located at the front and back end of bayonet socket 832 respectively.Drop-down spring
84 are located between bayonet socket plate 83 and spring slide 82 so that bayonet socket plate 83 is pulled down spring 84 and pulls down.Card prominent 94 is located at material frame 9
End both sides.When bayonet socket plate 83 is pulled down spring 84 to be pulled down, the bayonet socket 832 of the lower end of bayonet socket plate 83 can be buckled in card and dash forward
On 94.Additionally, the length long enough of bayonet socket plate 83 so that when spring slide 82 is located at the processing stations end of transmission slide rail 12,
The bayonet socket 832 of 83 bottom of bayonet socket plate can exceed transmission slide rail 12, and stretch into processing stations, and the distance for stretching into processing stations is
10cm ~ 20cm such that it is able to the two cards bayonet socket 832 of two blocks of bayonet socket plates 83 being stuck on station slide rail 41 in material frame 9
On prominent 94.Additionally, bayonet socket plate 83 is additionally provided with limited block 831.When bayonet socket plate 83 is pulled down spring 84 to be pulled down, limited block 831
It is stuck on spring slide 82, is drawn so as to avoid bayonet socket plate 83 from being pulled down spring 84 further downward.
The course of work of the present embodiment is as follows：When needing to be drawn on transmission slide rail 12 material frame 9 from station slide rail 41,
Spring slide 82 is pulled by chain 81 to move to processing stations, card prominent 94 is encountered until bayonet socket plate 83 stretches into processing stations.
As shown in Fig. 2 when spring slide 82 is moved to processing stations, it is meant that card in material frame 9 prominent 94 alonguMove in direction.It
Afterwards due to the presence on 83 front end inclined-plane 833 of bayonet socket plate so that quilt in the presence of bayonet socket plate 83 dashes forward 94 and front end inclined-plane 833 in card
Lifting, until card prominent 94 slips into bayonet socket 832.Card prominent 94 snaps in bayonet socket 832 as shown in dotted line frame card prominent 941 in Fig. 2.Card prominent 94 is slided
After card inlet 832, that is, realize that hook-hanging motion, material frame 9 are realized being connected with bayonet socket plate 83.After card prominent 94 snaps in bayonet socket 832, chain
81 can just pull material frame 9 is moved on transmission slide rail 12 from station slide rail 41, it is also possible to pulls material frame 9 and slides from transmission
It is moved on rail 12 on station slide rail 41.After material frame 9 is moved to transmission slide rail 12, bayonet socket plate 83 keeps connecting with material frame 9 all the time
Connect state.After material frame 9 is moved on station slide rail 41, the material frame 9 on station slide rail 41 is driven to lift using slide rail crane
Make material frame 9 decline a segment distance, now affected as bayonet socket plate 83 is stuck on spring slide 82 by limited block 812, it is impossible to
Decline with material frame 9, being achieved in material frame 9 and bayonet socket plate 83 carries out detached unhook action.It is, the present embodiment is by being located at
On station slide rail 41, the unhook action between bayonet socket plate 83 and card prominent 94 is realized in the lifting of material frame 9, and hook-hanging motion then passes through
Bayonet socket plate 83, the interphase interaction of drop-down spring 84 are realized when bayonet socket plate 83 is moved.
Claims (5)
1. between a kind of station clamp plate type material frame pull slide mechanism, it is characterised in that including transmit slide rail (12), chain (81),
Spring slide (82), chain drive mechanism and material frame (9)；Material frame (9) can be in the upper slip of transmission slide rail (11)；Chain (81) with
Transmission slide rail (12) is parallel, and is connected with the chain drive mechanism；Spring slide (82) is arranged in transmission slide rail (12),
And be connected with chain (81)；Chain (81) under the driving of the chain drive mechanism can pull spring slide (82) and exist
Slide rail (12) is upper to be moved；Spring slide (82) is provided with bayonet socket plate (83) and drop-down spring (84)；Bayonet socket plate (83) passes through board shaft
(821) it is vertically installed on spring slide (82), and can rotates around board shaft (821)；The bottom of bayonet socket plate (83) is provided with card
Mouth (832)；It is prominent (94) that the end of material frame (9) is provided with card；Drop-down spring (84) are located at bayonet socket plate (83) and spring slide (82)
Between so that bayonet socket plate (83) is pulled down spring (84) and pulls down, so as to the bayonet socket (832) by the lower end of bayonet socket plate (83) can
It is buckled on the card in material frame (9) prominent (94).
2. between station as claimed in claim 1 clamp plate type material frame pull slide mechanism, it is characterised in that transmission slide rail (12) by
Two line slideway compositions being parallel to each other；Chain (81) has two；Two chains (81) are located at side, and press close to transmission respectively
Two line slideways of slide rail (12)；Spring slide (82), bayonet socket plate (83) have two accordingly；The upper card for arranging of material frame (9)
Prominent (94) also have two accordingly；Two cards prominent (94) are located at the end both sides of material frame (9).
3. between station as claimed in claim 2, clamp plate type material frame pulls slide mechanism, it is characterised in that the chain drive machine
Structure includes that motor (812), steering gear (813) and synchronizing shaft (814), the chain wheel at two chain (81) two ends pass through synchronizing shaft
(814), steering gear (813) connection motor (812).
4. between station as claimed in claim 1, clamp plate type material frame pulls slide mechanism, it is characterised in that bayonet socket plate (83) also sets
Limited location block (831)；When bayonet socket plate (83) are pulled down by drop-down spring (84), limited block (831) are stuck in
On spring slide (82), so as to avoid bayonet socket plate (83) from being drawn by drop-down spring (84) further downward.
5. between station as claimed in claim 1, clamp plate type material frame pulls slide mechanism, it is characterised in that bayonet socket plate (83)
Bottom be additionally provided with front end inclined-plane (833) and rear end inclined-plane (834)；Front end inclined-plane (833) and rear end inclined-plane (834) difference
It is located at the front and back end of bayonet socket (832).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620820702.9U CN206013813U (en) | 2016-08-01 | 2016-08-01 | Between a kind of station, clamp plate type material frame pulls slide mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620820702.9U CN206013813U (en) | 2016-08-01 | 2016-08-01 | Between a kind of station, clamp plate type material frame pulls slide mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206013813U true CN206013813U (en) | 2017-03-15 |
Family
ID=58246135
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620820702.9U Active CN206013813U (en) | 2016-08-01 | 2016-08-01 | Between a kind of station, clamp plate type material frame pulls slide mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206013813U (en) |
-
2016
- 2016-08-01 CN CN201620820702.9U patent/CN206013813U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |