CN207258045U - The frame structure of Lacing machine - Google Patents
The frame structure of Lacing machine Download PDFInfo
- Publication number
- CN207258045U CN207258045U CN201720422551.6U CN201720422551U CN207258045U CN 207258045 U CN207258045 U CN 207258045U CN 201720422551 U CN201720422551 U CN 201720422551U CN 207258045 U CN207258045 U CN 207258045U
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- CN
- China
- Prior art keywords
- tape track
- frame
- track frame
- lacing machine
- guide rod
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Abstract
The utility model provides a kind of frame structure of Lacing machine, the Lacing machine sets connection structure in the lower section of preceding tape track frame and rear tape track frame, one end of the connection structure is connected with the side of fixed frame, and the movement mounting bracket of the other end and Lacing machine is connected or and is connected with the structure that Lacing machine movement mounting bracket is fixedly connected.The utility model not only can directly be connected with bottom bracing structure but also can connected by movement mounting bracket with bottom bracing structure, stabilized structure, it is not likely to produce and rocks, the stability of tape track frame folding activity is improved, moreover, the guide wheel of rope is fixed on fixed frame, guide wheel state is stabilized, the preceding tape track frame of drive and the rope of rear tape track frame movement are not allowed easily broken yet, it is possible to reduce loss, and ensure the stabilization in motion process, efficiency.Moreover, the utility model connection structure can be additionally used in, rope is anti-fall, and rope is not easy unrest, improves the stability and preceding tape track frame and the stability of the frequent quickly opening and closing work of rear tape track frame of rope.
Description
Technical field
It the utility model is related to Lacing machine.
Background technology
The tape track frame of Lacing machine includes preceding tape track frame and rear tape track frame, and preceding tape track frame and rear tape track frame are used for forming tape transport band
Road.Preceding tape track frame and rear tape track frame can be installed in fixed frame fore-aft travel.When Lacing machine works, preceding tape track frame is with after
Tape track frame is moved forward and backward to synthesize tape track and open tape track.During the movement of Lacing machine is in below preceding tape track frame and rear tape track frame
Portion.Fixed frame is in the top of Lacing machine, its both sides lower end has connecting pin, and is fixed on bottom bracing structure, tape track
During frame folding activity, fixed frame rocks, and easily makes that tape track frame is stuck or tape track frame folding is unstable, and band before driving
Road frame and the rope of rear tape track frame movement can easily break and unstable.
The content of the invention
Technical problem to be solved in the utility model is to provide a kind of frame structure of Lacing machine, and stabilized structure, is not easy
Generation is rocked, and improves the stability of tape track frame folding activity.For this reason, the utility model uses following technical scheme：
The frame structure of Lacing machine, including fixed frame, preceding tape track frame and rear tape track frame, the lower end tool of fixed frame both sides
There is connecting pin, it is characterised in that the Lacing machine sets connection structure, the connection in the lower section of preceding tape track frame and rear tape track frame
One end of structure is connected with the side of fixed frame, the connection of the movement mounting bracket of the other end and Lacing machine or and with Lacing machine machine
The structure connection that core mounting bracket is fixedly connected.
On the basis of using above-mentioned technical proposal, the utility model can also use technical solution or right further below
These further solution pools use：
In below the preceding tape track frame and rear tape track frame, the connection structure is in this side of Lacing machine drawstring, institute
Rope is stated with driving preceding tape track frame and the cam of rear tape track frame movement to be connected.
The structure being fixedly connected with Lacing machine movement mounting bracket be bull wheel stent, one end of the connection structure
Connected with the side of fixed frame, the other end is connected with the stent of the bull wheel, and the rope is with driving preceding tape track frame and rear band
The cam connection of road frame movement.
The connection structure has the anti-fall baffle of rope.
It is provided with upper left guiding axis and upper right guiding axis, and the upper left guiding axis and upper right guiding axis are fixed on fixed frame
On frame, the position in the preceding tape track frame of correspondence and rear tape track frame upper corner, the preceding tape track frame and rear tape track frame are led with upper left
It is slidably connected to axis and upper right guiding axis.
It further includes multiple tape track frame guiding mechanisms, and the Lacing machine is distinguished for the corner of preceding tape track frame and rear tape track frame
Equipped with tape track frame guiding mechanism.
It is respectively equipped with tape track frame guiding mechanism for the corner of preceding tape track frame and rear tape track frame；The guiding mechanism includes
The corner of guide rod, the preceding tape track frame and rear tape track frame is respectively equipped with guide rod movable span, and the guide rod is inserted into guide rod
Movable span.
Clearance fit between guide rod movable span and the insertion portion of guide rod, when the gap is moved forward and backward for tape track frame
Avoid and be oriented to.
The guide rod movable span is inclined slot hole, and the guide rod movable span for being in preceding tape track frame corner is in radiation
Distribution, the guide rod movable span for being in rear tape track frame corner are distributed in radiation.
The rear portion of the guide rod has limited step.
Due to using the technical solution of the utility model, the fixed frame of the utility model not only can directly and lower part branch
Support structure is connected but also can connected by movement mounting bracket with bottom bracing structure, and stabilized structure, is not likely to produce and rocks, and is improved
The stability of tape track frame folding activity, moreover, the guide wheel of rope is fixed on fixed frame, guide wheel state is stabilized, and is driven
Preceding tape track frame and rear tape track frame movement rope do not allow yet it is easily broken, it is possible to reduce loss, and ensure the stabilization in motion process,
Efficiency.Moreover, the utility model connection structure can be additionally used in, rope is anti-fall, and rope is not easy unrest, improve rope stability and
Preceding tape track frame and the stability of the frequent quickly opening and closing work of rear tape track frame.
Brief description of the drawings
Fig. 1 is the schematic diagram of the embodiment provided by the utility model from front.
Fig. 2 is the explosive view of tape track frame guiding mechanism in embodiment illustrated in fig. 1.
Fig. 3 is the schematic diagram of the utility model embodiment from another angle.
Fig. 4 is fixed frame, preceding tape track frame, the explosive view of rear tape track frame.
Schematic diagram after Fig. 5 is preceding tape track frame, rear tape track frame closes up.
Fig. 5 a are the sectional view that preceding tape track frame, rear tape track frame close up rear tape path.
Fig. 5 b are the sectional view that preceding tape track frame, rear tape track frame close up rear tape path.
Fig. 6 is to increase the schematic diagram after Lacing machine movement and its mounting bracket on the basis of Fig. 1.
Fig. 7 is the exploded view of structure shown in Fig. 6.
Embodiment
Referring to the drawings.The frame structure of the Lacing machine of the utility model, including fixed frame 300, preceding tape track frame 210 and after
Tape track frame 220, the lower end of fixed frame both sides have connecting pin 301, and connecting pin 301 can be with the bottom bracing structure of Lacing machine
Connection.
The frame structure is additionally included in the connection structure 8 of the lower section setting of preceding tape track frame 210 and rear tape track frame 220, institute
The one end for stating connection structure 8 is connected with the side of fixed frame 300, and the other end can connect with the movement mounting bracket 500 of Lacing machine
Connect or also can and be connected with the structure that Lacing machine movement mounting bracket 500 is fixedly connected.Drawing reference numeral 600 is belt.
The structure of the processing such as being cut off, be end-to-end for Lacing machine belt is provided with the Lacing machine movement；Together
When, the driving motor 500 of preceding tape track frame 210 and rear 220 folding of tape track frame is also mounted on mounting bracket 400, and mounting bracket 400 connects
To the bottom bracing structure of Lacing machine.So by the connecting pin 301 and connection structure 8 of both sides, fixed frame 300 obtain to
The support connection of few three positions.
In below the preceding tape track frame 210 and rear tape track frame 220, the connection structure 8 be in Lacing machine drawstring this
Side, the rope 6 is with driving the cam 7 of preceding tape track frame 210 and rear 220 open movement of tape track frame to be connected.In this way, connection structure 8 is also
Anti-fall, the anti-disorderly effect of rope 6 can be also functioned at the same time, it is preferably coordinated with rope guide wheel 61 and bull wheel 62.The company
Binding structure 8 has the anti-fall baffle 80 of rope.
In the present embodiment, the other end of connection structure 8 and the structure being fixedly connected with Lacing machine movement mounting bracket 400 connect
Connect, the structure being fixedly connected with Lacing machine movement mounting bracket 400 is the stent 60 of bull wheel 62, the connection structure 8
One end is connected with the side of fixed frame 300, and the stent 60 of the other end and bull wheel 62 connects.The axis of bull wheel 62 is vertical
Axis.
In figure, drawing reference numeral 61 is rope guide wheel, its axis 610 and fixed frame 300 connect.
The frame structure of Lacing machine provided by the utility model is provided with upper left guiding axis 51 and upper right guiding axis 52, institute
State upper left guiding axis and upper right guiding axis is fixed on fixed frame 300, in the preceding tape track frame 210 of correspondence and rear tape track frame 220
The position of upper corner, the preceding tape track frame 210 and rear tape track frame 220 are slided with upper left guiding axis 51 and upper right guiding axis 52 to be connected
Connect, drawing reference numeral 5 connects to be slided on preceding tape track frame 210 and rear tape track frame 220 with upper left guiding axis 51 and upper right guiding axis 52
The hole connect.The upper corner that shaft position is in preceding tape track frame and rear tape track frame is oriented to, because at the power of tape track frame fore-aft travel
Below tape track frame, improve fixed frame 300, preceding tape track frame 210 and rear tape track frame 220 and opened in Lacing machine tape deck
Stability during conjunction activity；And it can be further ensured that synthesis tape track and component when opening tape track move smooth and stable.
The Lacing machine further includes multiple tape track frame guiding mechanisms, and the Lacing machine is for preceding tape track frame and rear tape track frame
Corner is respectively equipped with tape track frame guiding mechanism, can have four guiding mechanisms and preferably coordinate, easy to guide rod movable span 4
Location and shape configure, and improve the opening and closing movement smoothness and stability of tape track frame
The guiding mechanism includes guide rod 2, and the corner of the preceding tape track frame and rear tape track frame is respectively equipped with guide rod work
Dynamic hole 4；The guide rod 2 is inserted into guide rod movable span 4.
The guide rod 2 is rotatably located in installation.When movement interference occurs for tape track frame and guide rod 2,2 energy of guide rod
Enough adaptability rotates automatically, avoids interference with, to improve the movement smooth degree of tape track frame,
Guide rod 2 can be directly rotatablely connected with fixed frame 300, also can be indirectly attached to fixed frame by connector
On 300, and it is rotatablely connected with the connector.
In the present embodiment, the guiding mechanism further include installed part 10, be oriented to joint element for bar 1, the installed part 10 with
Lacing machine fixed frame 300 connects, and the guiding joint element for bar 1 penetrates rotatably the connecting hole 101 on installed part 10, described
Guide rod 2 and guiding joint element for bar 1 connect, and will be oriented to joint element for bar 1 and 2 combining mechanism of guide rod is rotationally stuck in installed part
On 10.The guiding joint element for bar 1 includes axle portion 11 and head 12, and the axle portion 11 passes through the connecting hole 101 on installed part 10,
The guide rod 2 includes threaded joints 21 and bar portion 22, and the threaded joints 21 are threadedly coupled with the axle portion 11, described
The head for being oriented to joint element for bar is equipped with adjusting operation structure 13, for example hexagonal connecting hole, six sides, cross, linear type, four directions are even
Binding structure etc., in this way, the axial location of guide rod 2 can be adjusted suitably, be oriented to joint element for bar 1 also becomes guide rod adjusting at the same time
Part, improves the adaptability and reliability of guiding mechanism
Clearance fit between the insertion portion namely bar portion 22 of guide rod movable span 4 and guide rod 2, the insertion portion can
, as the rod-shaped of flat, guide rod 2 is avoided when which moves forward and backward for tape track frame in shape of cross section, make turning for guide rod 2
The technique effect of dynamic connection installation can give full play to, and guiding is provided in dynamic.The guide rod movable span 4 is inclined
Slot hole, and the guide rod movable span 4 for being in preceding 210 4 jiaos of tape track frame is distributed in radiation, is in leading for rear 220 4 jiaos of tape track frame
It is distributed to bar movable span 4 in radiation, 2 rotatable feature of guide rod can be made full use of, is not only ensured to be oriented to stability but also carry
The movement smooth degree of high tape track frame.
The rear portion of the guide rod has limited step 23, and limited step is used for preceding tape track frame 210 and rear tape track frame 220
Movement travel backward carry out it is spacing.
Architectural feature the foregoing is merely specific embodiment of the utility model, but the utility model is not limited to
This, any those skilled in the art in the field of the utility model, all cover in this practicality newly by the change or modification made
Among the protection domain of type.
Claims (10)
1. the frame structure of Lacing machine, including fixed frame, preceding tape track frame and rear tape track frame, the lower end of fixed frame both sides have
Connecting pin, it is characterised in that the Lacing machine sets connection structure, the connection knot in the lower section of preceding tape track frame and rear tape track frame
One end of structure is connected with the side of fixed frame, the connection of the movement mounting bracket of the other end and Lacing machine or and with Lacing machine movement
The structure connection that mounting bracket is fixedly connected.
2. the frame structure of Lacing machine as claimed in claim 1, it is characterised in that under the preceding tape track frame and rear tape track frame
Fang Zhong, the connection structure are in this side of Lacing machine drawstring, and rope is with driving preceding tape track frame and the cam of rear tape track frame movement to connect
Connect.
3. the frame structure of Lacing machine as claimed in claim 1, it is characterised in that described to be fixed with Lacing machine movement mounting bracket
The structure of connection is the stent of bull wheel, and one end of the connection structure connects with the side of fixed frame, the other end and described
The stent connection of bull wheel, restricts with driving preceding tape track frame and the cam of rear tape track frame movement to be connected.
4. the frame structure of the Lacing machine as described in claim 1,2 or 3, it is characterised in that the connection structure is prevented with rope
Fall baffle.
5. the frame structure of the Lacing machine as described in claim 1,2 or 3, it is characterised in that it is provided with upper left guiding axis and the right side
Upper guiding axis, the upper left guiding axis and upper right guiding axis are fixed on fixed frame, in the preceding tape track frame of correspondence and rear tape track
The position of frame upper corner, the preceding tape track frame and rear tape track frame are slidably connected with upper left guiding axis and upper right guiding axis.
6. the frame structure of the Lacing machine as described in claim 1,2 or 3, it is characterised in that it further includes multiple tape track frames and is oriented to
Mechanism, the Lacing machine are respectively equipped with tape track frame guiding mechanism for the corner of preceding tape track frame and rear tape track frame.
7. the frame structure of the Lacing machine as described in claim 1,2 or 3, it is characterised in that it is for preceding tape track frame and rear tape track
The corner of frame is respectively equipped with tape track frame guiding mechanism；The guiding mechanism includes guide rod, the preceding tape track frame and rear tape track frame
Corner be respectively equipped with guide rod movable span, the guide rod is inserted into guide rod movable span.
8. the frame structure of Lacing machine as claimed in claim 7, it is characterised in that the insertion of guide rod movable span and guide rod
Clearance fit between part, avoids and is oriented to when the gap is moved forward and backward for tape track frame.
9. the frame structure of Lacing machine as claimed in claim 8, it is characterised in that the guide rod movable span is inclined length
Hole, and the guide rod movable span for being in preceding tape track frame corner is distributed in radiation, is in the guide rod activity of rear tape track frame corner
Hole is distributed in radiation.
10. the frame structure of Lacing machine as claimed in claim 7, it is characterised in that the rear portion of the guide rod has limiting stand
Rank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720422551.6U CN207258045U (en) | 2017-04-21 | 2017-04-21 | The frame structure of Lacing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720422551.6U CN207258045U (en) | 2017-04-21 | 2017-04-21 | The frame structure of Lacing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207258045U true CN207258045U (en) | 2018-04-20 |
Family
ID=61914677
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720422551.6U Active CN207258045U (en) | 2017-04-21 | 2017-04-21 | The frame structure of Lacing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207258045U (en) |
-
2017
- 2017-04-21 CN CN201720422551.6U patent/CN207258045U/en active Active
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