CN204771513U - Assembly device of board -like chain - Google Patents
Assembly device of board -like chain Download PDFInfo
- Publication number
- CN204771513U CN204771513U CN201520441792.6U CN201520441792U CN204771513U CN 204771513 U CN204771513 U CN 204771513U CN 201520441792 U CN201520441792 U CN 201520441792U CN 204771513 U CN204771513 U CN 204771513U
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- carrier bar
- inner plate
- plate group
- stacked
- push pedal
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Abstract
The utility model provides an assembly device of board -like chain, include: a layering mechanism that is used for limiting range upon range of link joint along the guide way of link joint length direction translation, and the blowing position that is used for placing range upon range of link joint in the guide way is used for the installation position of mount pin axle in the guide way, with the pushing mechanism that range upon range of link joint in the guide way promoted to the installation position along link joint length direction from the blowing position, lies in between blowing position and the installation, is used for to carry out the layering to range upon range of link joint . the utility model discloses assembly device of board -like chain can assist the equipment of board -like chain, raises the efficiency and output.
Description
Technical field
The utility model relates to the apparatus for assembling of flyer chain.
Background technology
The assembling of existing flyer chain mostly needs manual operations, and outer plate, inner plate, bearing pin will assemble successively, waste time and energy, and inefficiency yields poorly.
Utility model content
The purpose of this utility model is the apparatus for assembling providing a kind of flyer chain, can assist the assembling of flyer chain, raise the efficiency and output.
For achieving the above object, the utility model provides a kind of apparatus for assembling of flyer chain, comprising:
For limiting the gathering sill of stacked carrier bar along the translation of carrier bar length direction,
For placing the blowing position of stacked carrier bar in gathering sill,
For installing the installation position of bearing pin in gathering sill,
By the pushing mechanism that gathering sill inner stacks carrier bar promotes to installation position along carrier bar length direction from blowing position,
Between blowing position and installation position, for carrying out the lamination mechanism of layering to stacked carrier bar;
Described stacked carrier bar comprises: be placed in undermost horizontal outer plate, stacks gradually the multilayer inner plate group in outer plate end face from the bottom to top; Every layer of inner plate group comprises at least two the horizontal inner plates stacked gradually from the bottom to top; The number of plies of described multilayer inner plate group counts from the bottom to top, and total number of plies is odd number;
Described pushing mechanism comprises: the pusher head being positioned at gathering sill, and drives pusher head along the first driving mechanism of carrier bar length direction translation;
Described pusher head comprises: the vertical end face locating stacked carrier bar towards blowing position, is protruded and point to the horizontal push pedal of the stacked carrier bar in blowing position by end face;
Described push pedal comprises: for promoting the horizontal bottom push pedal of bottom outer plate in stacked carrier bar, for promoting the horizontal upper strata push pedal of even level inner plate group in stacked carrier bar;
The thickness of described bottom push pedal equals the thickness of outer plate, and the end face of the end face of bottom push pedal and outer plate maintains an equal level;
The thickness of described upper strata push pedal equals the thickness of corresponding even level inner plate group, and the bottom surface of upper strata push pedal maintains an equal level with the bottom surface of corresponding even level inner plate group, and the end face of upper strata push pedal maintains an equal level with the end face of corresponding even level inner plate group;
Above-mentioned each push pedal, they are along the length of carrier bar length direction, equal the hole heart distance of two bearing pin installing holes on single inner plate;
Described lamination mechanism comprises: to insert in gathering sill, with odd-level inner plate group multiple vertical baffle one to one, and drive baffle plate along the second driving mechanism of vertical carrier bar length direction horizontal extension; Gathering sill is provided with for the flexible passage of baffle plate;
Described baffle plate, the width of its vertical direction, equals the thickness of corresponding odd-level inner plate group; And the lower surface of baffle plate maintains an equal level with the bottom surface of corresponding odd-level inner plate group, the upper surface of baffle plate maintains an equal level with the end face of corresponding odd-level inner plate group; Each baffle plate is positioned at same perpendicular.
Preferably, the geomery of above-mentioned each carrier bar (bottom outer plate, odd-level inner plate group and the inner plate in even level inner plate group) is identical, and two bearing pin installing holes on single carrier bar are symmetrical arranged along carrier bar length direction.
The utility model also provides the course of work of the apparatus for assembling of above-mentioned flyer chain, comprises the steps:
1) first blowing:
By the blowing position of stacked carrier bar horizontal at gathering sill;
Second driving mechanism drives baffle plate to stretch into gathering sill;
First driving mechanism drives pusher head from initial position along the translation of carrier bar length direction;
Pusher head promotes stacked carrier bar from blowing position to installation position translation after contacting stacked carrier bar;
After stacked carrier bar contact baffle plate, odd-level inner plate group is by corresponding baffle, bottom outer plate continues along carrier bar length direction from blowing position to installation position translation under the promotion of bottom push pedal, simultaneously, even level inner plate group continues along carrier bar length direction from blowing position to installation position translation under the promotion of corresponding upper strata push pedal, until the vertical end contact of odd-level inner plate group and pusher head;
Now, the layering to stacked carrier bar is completed: the bottom outer plate in stacked carrier bar and the direction that even level inner plate group is pointing to installation position protrude from odd-level inner plate group; Odd-level inner plate group is flat on the end face of adjacent below push pedal; Even level inner plate group, it points to the end of side, blowing position, is clamped between adjacent upper and lower two-layer odd-level inner plate group; And in this end, the hole heart of the bearing pin installing hole of each layer carrier bar (inner plate in bottom outer plate, odd-level inner plate group and even level inner plate group) is positioned on same vertical curve, and this hole heart is positioned at the stacked rear formation first cascade hole of bearing pin installing hole of each layer carrier bar on same vertical curve;
After the vertical end contact of odd-level inner plate group and pusher head, the second driving mechanism drives baffle plate to retract in gathering sill;
After baffle plate is retracted in gathering sill, the stacked carrier bar of layering continues to move to installation position under the promotion of pusher head;
Installation position comprises: the first bearing pin installation position and the second bearing pin installation position; First bearing pin installation position is between blowing position and the second bearing pin installation position; And along carrier bar length direction, the spacing of the first bearing pin installation position and the second bearing pin installation position equals the length of a hole heart distance, the described hole heart is apart from the hole heart distance being two bearing pin installing holes on single inner plate;
When above-mentioned first cascade hole arrives the first bearing pin installation position place, stacked carrier bar translation suspends, and is inserted by single bearing pin in the stacked rear formation first cascade hole of bearing pin installing hole of above-mentioned each layer carrier bar;
Stacked carrier bar is after above-mentioned first bearing pin installation position place installs above-mentioned single bearing pin, pusher head promotes to be reset to initial position after stacked carrier bar continues the certain stroke of translation, position after stacked carrier bar stays the certain stroke of above-mentioned translation under external force restriction, now, stacked carrier bar promotes to put in place; The length of above-mentioned stroke equals the length of two hole heart distances, and the described hole heart is apart from the hole heart distance being two bearing pin installing holes on single inner plate;
Now, the odd-level inner plate group in stacked carrier bar, protrudes from bottom outer plate and even level inner plate group in the direction pointing to blowing position; And in close side, blowing position, the hole heart of the bearing pin installing hole of each odd-level inner plate group is positioned on same vertical curve;
2) normality blowing:
By the blowing position of stacked carrier bar horizontal at gathering sill;
Second driving mechanism drives baffle plate to stretch into gathering sill;
First driving mechanism drives pusher head from initial position along the translation of carrier bar length direction;
Pusher head promotes stacked carrier bar from blowing position to installation position translation after contacting stacked carrier bar;
After stacked carrier bar contact baffle plate, odd-level inner plate group is by corresponding baffle, bottom outer plate continues along carrier bar length direction from blowing position to installation position translation under the promotion of bottom push pedal, simultaneously, even level inner plate group continues along carrier bar length direction from blowing position to installation position translation under the promotion of corresponding upper strata push pedal, until the vertical end contact of odd-level inner plate group and pusher head;
Now, the layering to stacked carrier bar is completed: the bottom outer plate in stacked carrier bar and the direction that even level inner plate group is pointing to installation position protrude from odd-level inner plate group; Odd-level inner plate group is flat on the end face of adjacent below push pedal; Even level inner plate group, it points to the end of side, blowing position, is clamped between adjacent upper and lower two-layer odd-level inner plate group; And in this end, the hole heart of the bearing pin installing hole of each layer carrier bar (inner plate in bottom outer plate, odd-level inner plate group and even level inner plate group) is positioned on same vertical curve, and this hole, end heart is positioned at the stacked rear formation first cascade hole of bearing pin installing hole of each layer carrier bar on same vertical curve;
After the vertical end contact of odd-level inner plate group and pusher head, the second driving mechanism drives baffle plate to retract in gathering sill;
After baffle plate is retracted in gathering sill, the stacked carrier bar of layering continues to move to installation position under the promotion of pusher head;
Installation position comprises: the first bearing pin installation position and the second bearing pin installation position; First bearing pin installation position is between blowing position and the second bearing pin installation position; And along carrier bar length direction, the spacing of the first bearing pin installation position and the second bearing pin installation position equals the length of a hole heart distance, the described hole heart is apart from the hole heart distance being two bearing pin installing holes on single inner plate;
When above-mentioned first cascade hole arrives the first bearing pin installation position place, stacked carrier bar translation suspends;
Now, this stacked carrier bar of layering promoted, the stacked carrier bar of layering put in place with previous promotion is plugged in together: the bottom outer plate in this stacked carrier bar promoted and even level inner plate group, odd-level inner plate group in the stacked carrier bar put in place with previous promotion is plugged in together, and each layer carrier bar (bottom outer plate of this splicing position, inner plate in odd-level inner plate group and even level inner plate group) the hole heart of bearing pin installing hole be positioned on same vertical curve, this splicing position hole heart is positioned at the stacked rear stacked hole of formation second of bearing pin installing hole of each layer carrier bar on same vertical curve, and the second stacked hole is positioned at the second bearing pin installation position place,
Two bearing pins are inserted respectively in above-mentioned first cascade hole and the second stacked hole, refill and join top layer outer plate;
This stacked carrier bar promoted is after having assembled top layer outer plate, pusher head promotes to be reset to initial position after stacked carrier bar continues the certain stroke of translation, position after this stacked carrier bar promoted stays the certain stroke of above-mentioned translation under external force restriction, now, this stacked carrier bar promoted promotes to put in place; The length of above-mentioned stroke equals the length of two hole heart distances, and the described hole heart is apart from the hole heart distance being two bearing pin installing holes on single inner plate;
Now, this promotes the odd-level inner plate group in the stacked carrier bar put in place, protrudes from bottom outer plate and even level inner plate group in the direction pointing to blowing position; And in close side, blowing position, the hole heart of the bearing pin installing hole of odd-level inner plate group is positioned on same vertical curve;
This promotes the stacked carrier bar of layering put in place, waits for and be pushed to after rear normality blowing the stacked carrier bar grafting of layering of installation position.
Advantage of the present utility model and beneficial effect are: the apparatus for assembling providing a kind of flyer chain, can assist the assembling of flyer chain, raise the efficiency and output.
During normality blowing, as long as by bottom outer plate and multilayer inner plate stacked good after horizontal in the blowing position of gathering sill, in the collaborative work of follow-up pushing mechanism and lamination mechanism, can by stacked carrier bar AUTOMATIC ZONING and contraposition, and the stacked carrier bar of layering of front and back time blowing also can autopatching contraposition, facilitates the installation of bearing pin and top layer outer plate.
Accompanying drawing explanation
Fig. 1 is schematic diagram of the present utility model.
Detailed description of the invention
Below in conjunction with drawings and Examples, detailed description of the invention of the present utility model is further described.Following examples only for clearly the technical solution of the utility model being described, and can not limit protection domain of the present utility model with this.
The technical scheme that the utility model is specifically implemented is:
As shown in Figure 1, the utility model provides a kind of apparatus for assembling of flyer chain, comprising:
For limiting the gathering sill 2 of stacked carrier bar along the translation of carrier bar length direction,
For placing the blowing position 21 of stacked carrier bar in gathering sill 2,
For installing the installation position 22 of bearing pin in gathering sill 2,
By the pushing mechanism that gathering sill 2 inner stacks carrier bar promotes to installation position 22 along carrier bar length direction from blowing position 21,
Between blowing position 21 and installation position 22, for carrying out the lamination mechanism of layering to stacked carrier bar;
Described stacked carrier bar comprises: be placed in undermost horizontal bottom outer plate 11, stacks gradually the multilayer inner plate group in outer plate end face from the bottom to top; Every layer of inner plate group comprises at least two the horizontal inner plates stacked gradually from the bottom to top; The number of plies of described multilayer inner plate group counts from the bottom to top, and total number of plies is odd number;
Described pushing mechanism comprises: the pusher head 3 being positioned at gathering sill 2, and drives pusher head 3 along the first driving mechanism of carrier bar length direction translation;
Described pusher head 3 comprises: towards the vertical end face 33 of the stacked carrier bar in blowing position 21 place, is protruded and point to the horizontal push pedal of the stacked carrier bar in blowing position 21 by end face 33;
Described horizontal push pedal comprises: for promoting the horizontal bottom push pedal 31 of bottom outer plate 11 in stacked carrier bar, for promoting the horizontal upper strata push pedal 32 of even level inner plate group 12 in stacked carrier bar;
The thickness of described bottom push pedal 31 equals the thickness of bottom outer plate 11, and the end face of the end face of bottom push pedal 31 and bottom outer plate 11 maintains an equal level;
The thickness of described upper strata push pedal 32 equals the thickness of corresponding even level inner plate group 12, and the bottom surface of upper strata push pedal 32 maintains an equal level with the bottom surface of corresponding even level inner plate group 12, and the end face of upper strata push pedal 32 maintains an equal level with the end face of corresponding even level inner plate group 12;
Above-mentioned each push pedal, they are along the length H of carrier bar length direction, equal the hole heart of two bearing pin installing holes on single inner plate apart from D;
Described lamination mechanism comprises: to insert in gathering sill 2, with odd-level inner plate group 13 multiple vertical baffle 4 one to one, and drive baffle plate 4 along the second driving mechanism of vertical carrier bar length direction horizontal extension; Gathering sill 2 is provided with for the flexible passage of baffle plate 4;
Described baffle plate 4, the width of its vertical direction, equals the thickness of corresponding odd-level inner plate group 13; And the lower surface 33 of baffle plate 4 maintains an equal level with the bottom surface of corresponding odd-level inner plate group 13, the upper surface 33 of baffle plate 4 maintains an equal level with the end face of corresponding odd-level inner plate group 13; Each baffle plate 4 is positioned at same perpendicular.
The geomery of above-mentioned each carrier bar (bottom outer plate 11, odd-level inner plate group 13 and the inner plate in even level inner plate group 12) is identical, and two bearing pin installing holes on single carrier bar are symmetrical arranged along carrier bar length direction.
The utility model also provides the course of work of the apparatus for assembling of above-mentioned flyer chain, comprises the steps:
1) first blowing:
By the blowing position 21 of stacked carrier bar horizontal at gathering sill 2;
Second driving mechanism drives baffle plate 4 to stretch into gathering sill 2;
First driving mechanism drives pusher head 3 from initial position along the translation of carrier bar length direction;
Pusher head 3 promotes stacked carrier bar from blowing position 21 to installation position 22 translation after contacting stacked carrier bar;
After stacked carrier bar contact baffle plate 4, odd-level inner plate group 13 is stopped by corresponding baffle plate 4, bottom outer plate 11 continues along carrier bar length direction from blowing position 21 to installation position 22 translation under the promotion of bottom push pedal 31, simultaneously, even level inner plate group 12 continues along carrier bar length direction from blowing position 21 to installation position 22 translation under the promotion of corresponding upper strata push pedal 32, until odd-level inner plate group 13 contacts with the vertical end face 33 of pusher head 3;
Now, the layering to stacked carrier bar is completed: the bottom outer plate 11 in stacked carrier bar and the direction that even level inner plate group 12 is pointing to installation position 22 protrude from odd-level inner plate group 13; Odd-level inner plate group 13 is flat on the end face of adjacent below push pedal; Even level inner plate group 12, it points to the end of side, blowing position 21, is clamped between adjacent upper and lower two-layer odd-level inner plate group 13; And in this end, the hole heart of the bearing pin installing hole of each layer carrier bar (inner plate in bottom outer plate 11, odd-level inner plate group 13 and even level inner plate group 12) is positioned on same vertical curve, and this hole heart is positioned at the stacked rear formation first cascade hole of bearing pin installing hole of each layer carrier bar on same vertical curve;
After odd-level inner plate group 13 contacts with the vertical end face 33 of pusher head 3, the second driving mechanism drives baffle plate 4 to retract in gathering sill 2;
After baffle plate 4 is retracted in gathering sill 2, the stacked carrier bar of layering continues to move to installation position 22 under the promotion of pusher head 3;
Installation position 22 comprises: the first bearing pin installation position 22 and the second bearing pin installation position 22; First bearing pin installation position 22 is between blowing position 21 and the second bearing pin installation position 22; And along carrier bar length direction, the spacing of the first bearing pin installation position 22 and the second bearing pin installation position 22 equals the length of a hole heart apart from D, the described hole heart is that the hole heart of two bearing pin installing holes on single inner plate is apart from D apart from D;
When above-mentioned first cascade hole arrives the first bearing pin installation position 22 place, stacked carrier bar translation suspends, and is inserted by single bearing pin in the stacked rear formation first cascade hole of bearing pin installing hole of above-mentioned each layer carrier bar;
Stacked carrier bar is after above-mentioned first bearing pin installation position 22 place installs above-mentioned single bearing pin, pusher head 3 promotes to be reset to initial position after stacked carrier bar continues the certain stroke of translation, position after stacked carrier bar stays the certain stroke of above-mentioned translation under external force restriction, now, stacked carrier bar promotes to put in place; The length of above-mentioned stroke equals the length of two hole hearts apart from D, and the described hole heart is that the hole heart of two bearing pin installing holes on single inner plate is apart from D apart from D;
Now, the odd-level inner plate group 13 in stacked carrier bar, protrudes from bottom outer plate 11 and even level inner plate group 12 in the direction pointing to blowing position 21; And in close side, blowing position 21, the hole heart of the bearing pin installing hole of each odd-level inner plate group 13 is positioned on same vertical curve;
2) normality blowing:
By the blowing position 21 of stacked carrier bar horizontal at gathering sill 2;
Second driving mechanism drives baffle plate 4 to stretch into gathering sill 2;
First driving mechanism drives pusher head 3 from initial position along the translation of carrier bar length direction;
Pusher head 3 promotes stacked carrier bar from blowing position 21 to installation position 22 translation after contacting stacked carrier bar;
After stacked carrier bar contact baffle plate 4, odd-level inner plate group 13 is stopped by corresponding baffle plate 4, bottom outer plate 11 continues along carrier bar length direction from blowing position 21 to installation position 22 translation under the promotion of bottom push pedal 31, simultaneously, even level inner plate group 12 continues along carrier bar length direction from blowing position 21 to installation position 22 translation under the promotion of corresponding upper strata push pedal 32, until odd-level inner plate group 13 contacts with the vertical end face 33 of pusher head 3;
Now, the layering to stacked carrier bar is completed: the bottom outer plate 11 in stacked carrier bar and the direction that even level inner plate group 12 is pointing to installation position 22 protrude from odd-level inner plate group 13; Odd-level inner plate group 13 is flat on the end face of adjacent below push pedal; Even level inner plate group 12, it points to the end of side, blowing position 21, is clamped between adjacent upper and lower two-layer odd-level inner plate group 13; And in this end, the hole heart of the bearing pin installing hole of each layer carrier bar (inner plate in bottom outer plate 11, odd-level inner plate group 13 and even level inner plate group 12) is positioned on same vertical curve, and this hole, end heart is positioned at the stacked rear formation first cascade hole of bearing pin installing hole of each layer carrier bar on same vertical curve;
After odd-level inner plate group 13 contacts with the vertical end face 33 of pusher head 3, the second driving mechanism drives baffle plate 4 to retract in gathering sill 2;
After baffle plate 4 is retracted in gathering sill 2, the stacked carrier bar of layering continues to move to installation position 22 under the promotion of pusher head 3;
Installation position 22 comprises: the first bearing pin installation position 22 and the second bearing pin installation position 22; First bearing pin installation position 22 is between blowing position 21 and the second bearing pin installation position 22; And along carrier bar length direction, the spacing of the first bearing pin installation position 22 and the second bearing pin installation position 22 equals the length of a hole heart apart from D, the described hole heart is that the hole heart of two bearing pin installing holes on single inner plate is apart from D apart from D;
When above-mentioned first cascade hole arrives the first bearing pin installation position 22 place, stacked carrier bar translation suspends;
Now, this stacked carrier bar of layering promoted, the stacked carrier bar of layering put in place with previous promotion is plugged in together: the bottom outer plate 11 in this stacked carrier bar promoted and even level inner plate group 12, odd-level inner plate group 13 in the stacked carrier bar put in place with previous promotion is plugged in together, and each layer carrier bar (bottom outer plate 11 of this splicing position, inner plate in odd-level inner plate group 13 and even level inner plate group 12) the hole heart of bearing pin installing hole be positioned on same vertical curve, this splicing position hole heart is positioned at the stacked rear stacked hole of formation second of bearing pin installing hole of each layer carrier bar on same vertical curve, and the second stacked hole is positioned at the second bearing pin installation position 22 place,
Two bearing pins 5 are inserted respectively in above-mentioned first cascade hole and the second stacked hole, refill and join top layer outer plate 6;
This stacked carrier bar promoted is after having assembled top layer outer plate, pusher head 3 promotes to be reset to initial position after stacked carrier bar continues the certain stroke of translation, position after this stacked carrier bar promoted stays the certain stroke of above-mentioned translation under external force restriction, now, this stacked carrier bar promoted promotes to put in place; The length of above-mentioned stroke equals the length of two hole hearts apart from D, and the described hole heart is that the hole heart of two bearing pin installing holes on single inner plate is apart from D apart from D;
Now, this promotes the odd-level inner plate group 13 in the stacked carrier bar put in place, protrudes from bottom outer plate 11 and even level inner plate group 12 in the direction pointing to blowing position 21; And in close side, blowing position 21, the hole heart of the bearing pin installing hole of odd-level inner plate group 13 is positioned on same vertical curve;
This promotes the stacked carrier bar of layering put in place, waits for and be pushed to after rear normality blowing the stacked carrier bar grafting of layering of installation position 22.
The apparatus for assembling of the flyer chain that the utility model provides and the course of work thereof, can assist the assembling of flyer chain, raise the efficiency and output.
During normality blowing, as long as by bottom outer plate 11 and multilayer inner plate stacked good after horizontal in the blowing position 21 of gathering sill 2, in the collaborative work of follow-up pushing mechanism and lamination mechanism, can by stacked carrier bar AUTOMATIC ZONING and contraposition, and the stacked carrier bar of layering of front and back time blowing also can autopatching contraposition, facilitates the installation of bearing pin and top layer outer plate.
The above is only preferred embodiment of the present utility model; should be understood that; for those skilled in the art; under the prerequisite not departing from the utility model know-why; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (2)
1. the apparatus for assembling of flyer chain, is characterized in that, comprising:
For limiting the gathering sill of stacked carrier bar along the translation of carrier bar length direction,
For placing the blowing position of stacked carrier bar in gathering sill,
For installing the installation position of bearing pin in gathering sill,
By the pushing mechanism that gathering sill inner stacks carrier bar promotes to installation position along carrier bar length direction from blowing position,
Between blowing position and installation position, for carrying out the lamination mechanism of layering to stacked carrier bar;
Described stacked carrier bar comprises: be placed in undermost horizontal outer plate, stacks gradually the multilayer inner plate group in outer plate end face from the bottom to top; Every layer of inner plate group comprises at least two the horizontal inner plates stacked gradually from the bottom to top; The number of plies of described multilayer inner plate group counts from the bottom to top, and total number of plies is odd number;
Described pushing mechanism comprises: the pusher head being positioned at gathering sill, and drives pusher head along the first driving mechanism of carrier bar length direction translation;
Described pusher head comprises: the vertical end face locating stacked carrier bar towards blowing position, is protruded and point to the horizontal push pedal of the stacked carrier bar in blowing position by end face;
Described push pedal comprises: for promoting the horizontal bottom push pedal of bottom outer plate in stacked carrier bar, for promoting the horizontal upper strata push pedal of even level inner plate group in stacked carrier bar;
The thickness of described bottom push pedal equals the thickness of outer plate, and the end face of the end face of bottom push pedal and outer plate maintains an equal level;
The thickness of described upper strata push pedal equals the thickness of corresponding even level inner plate group, and the bottom surface of upper strata push pedal maintains an equal level with the bottom surface of corresponding even level inner plate group, and the end face of upper strata push pedal maintains an equal level with the end face of corresponding even level inner plate group;
Above-mentioned each push pedal, they are along the length of carrier bar length direction, equal the hole heart distance of two bearing pin installing holes on single inner plate;
Described lamination mechanism comprises: to insert in gathering sill, with odd-level inner plate group multiple vertical baffle one to one, and drive baffle plate along the second driving mechanism of vertical carrier bar length direction horizontal extension; Gathering sill is provided with for the flexible passage of baffle plate;
Described baffle plate, the width of its vertical direction, equals the thickness of corresponding odd-level inner plate group; And the lower surface of baffle plate maintains an equal level with the bottom surface of corresponding odd-level inner plate group, the upper surface of baffle plate maintains an equal level with the end face of corresponding odd-level inner plate group; Each baffle plate is positioned at same perpendicular.
2. the apparatus for assembling of flyer chain according to claim 1, is characterized in that, the geomery of above-mentioned each carrier bar is identical, and two bearing pin installing holes on single carrier bar are symmetrical arranged along carrier bar length direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520441792.6U CN204771513U (en) | 2015-06-25 | 2015-06-25 | Assembly device of board -like chain |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520441792.6U CN204771513U (en) | 2015-06-25 | 2015-06-25 | Assembly device of board -like chain |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204771513U true CN204771513U (en) | 2015-11-18 |
Family
ID=54511639
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520441792.6U Withdrawn - After Issue CN204771513U (en) | 2015-06-25 | 2015-06-25 | Assembly device of board -like chain |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204771513U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104959817A (en) * | 2015-06-25 | 2015-10-07 | 苏州环球集团科技股份有限公司 | Plate-type chain assembling device and working process thereof |
-
2015
- 2015-06-25 CN CN201520441792.6U patent/CN204771513U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104959817A (en) * | 2015-06-25 | 2015-10-07 | 苏州环球集团科技股份有限公司 | Plate-type chain assembling device and working process thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 215000 Wuzhong District City, Suzhou Province town of stone road, No., No. 188 Patentee after: Suzhou globe Polytron Technologies Inc Address before: 215000 Wuzhong District City, Suzhou Province town of stone road, No., No. 188 Patentee before: SUZHOU UNIVERSAL GROUP CO., LTD. |
|
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151118 Effective date of abandoning: 20171114 |