CN208960714U - A kind of door closure stringcourse rolling presser tool - Google Patents
A kind of door closure stringcourse rolling presser tool Download PDFInfo
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- CN208960714U CN208960714U CN201821172579.XU CN201821172579U CN208960714U CN 208960714 U CN208960714 U CN 208960714U CN 201821172579 U CN201821172579 U CN 201821172579U CN 208960714 U CN208960714 U CN 208960714U
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- stringcourse
- door closure
- support frame
- transfer device
- load transfer
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Abstract
The utility model discloses a kind of door closure stringcourse rolling presser tool, including load transfer device and forming machanism, the forming machanism longitudinal cross-section is V-shaped, the load transfer device upper end can release formula with robot armshaft and fix, the load transfer device bottom level is fixed with outwardly extending support frame, the forming machanism upper end is fixed on the downside of support frame as described above terminal part, the forming machanism upper end is fixedly connected by support frame as described above with the load transfer device lower end, and the forming machanism lower end can release formula sliding with door closure stringcourse upper surface and offset.A kind of door closure stringcourse rolling presser tool of the utility model is bonded by the V-shaped forming machanism lower end in longitudinal cross-section with door closure depth V small round corner stringcourse, is effectively realized and is overlayed bound edge function.
Description
Technical field
The utility model relates to a kind of door closure stringcourse rolling presser tools, and it is special to be applied to different shaped face more particularly to one kind
Levy the door closure stringcourse rolling presser tool of outer profile bound edge.
Background technique
The roller-head that door closure rolling uses at present is mainly standard roller-head, and structure is as shown in Figure 1, including roller-head portion 01 and even
Socket part 02,02 upper end of interconnecting piece are detachably fixed with robot armshaft and connect, and the roller-head portion 01 includes fixed part 03 and roller-head
04, roller-head 04 can roller be connected to 03 lateral ends of fixed part, 03 upper end of fixed part is fixedly connected with 02 lower end of interconnecting piece, rolling
First 04 with need the door closure of rolling that can release formula to offset.But since ultimate attainment, door closure presence is pursued door closure stringcourse feature in moulding
The deep V bound edge of zero fillets of many approximations, 03 minimum diameter of roller-head in standard roller-head portion 01 also have 17mm, then small are ensuring pressure strip
Under part, roller-head can fail.Accordingly, there exist the deep V characteristics defects that standard roller-head can not overlay door closure stringcourse.
Summary of the invention
The utility model is completed to solve in the prior art insufficient, and the purpose of the utility model is to provide one
Kind is bonded by the V-shaped forming machanism lower end in longitudinal cross-section with door closure depth V small round corner stringcourse, is effectively realized and is overlayed bound edge function
The door closure stringcourse rolling presser tool of energy.
A kind of door closure stringcourse rolling presser tool of the utility model, including load transfer device and forming machanism, the briquetting
Mechanism longitudinal cross-section is V-shaped, and the load transfer device upper end can release formula with robot armshaft and fix, the load transfer device bottom
Portion is horizontally fixed with outwardly extending support frame, and the forming machanism upper end is fixed on the downside of support frame as described above terminal part, institute
It states forming machanism upper end and is fixedly connected by support frame as described above with the load transfer device lower end, the forming machanism lower end
Formula sliding can be released with door closure stringcourse upper surface to offset.
A kind of door closure stringcourse rolling presser tool of the utility model may also is that
The forming machanism is three, and support frame as described above is in T-shaped shape, and support frame as described above horizontal extension is fixed on described
Load transfer device bottom, three forming machanism upper ends are separately fixed on the downside of three terminal parts of support frame as described above.
The forming machanism is four, and support frame as described above is in cross shape, and support frame as described above horizontal extension is fixed on institute
Load transfer device bottom is stated, four forming machanism upper ends are separately fixed on the downside of four terminal parts of support frame as described above.
Transition clutch disk, support frame as described above upper end are fixed between at the top of the load transfer device bottom and support frame as described above
Portion is fixed on the load transfer device bottom by the transition clutch disk.
Upper end lateral wall is equipped with pressure indication in the load transfer device, and the pressure indication is directed toward corresponding graduation apparatus.
The load transfer device includes connecting shaft, guide cylinder, sleeve, connecting rod and compression elastic piece, and the connecting shaft is longitudinal
Section is in T-shaped, and the connecting shaft includes circular discs and central spindle, and the central spindle top is fixed under the circular discs centre
Side, the guide cylinder are sheathed on the outside of the central spindle, and the intermediate lateral of the central spindle is equipped with the connecting rod, the guide cylinder
Middle part open up the limit hole there are two positional symmetry, the connecting rod left and right ends slide up and down formula respectively and are arranged in two institutes
It states in limit hole, the sleeve, which is detachably fixed, to be sheathed on the outside of the guide cylinder, the lower part of the central spindle and the sleeve bottom
Compression elastic piece is equipped between portion upper surface, the bottom level of the sleeve is fixed with outwardly extending support frame as described above.
The lower part of the central spindle is equipped with blind hole, and the compression elastic piece is arranged in the blind hole, the compression elastic piece
It offsets at the top of upper end and the blind hole, the lower end of the compression elastic piece and the upper surface of the sleeve bottom offset.
Upper fixed part, table on the sleeve bottom are equipped between the lower surface of the central spindle and the compression elastic piece top
Lower fixed part is equipped between face and the compression elastic piece lower part.
The location hole there are two positional symmetry is opened up in the middle part of the sleeve, the connecting rod left and right ends slide up and down respectively
Formula is arranged in two positioning holes, and the location hole and corresponding limit hole site are correspondingly arranged.
Be equipped with block on the outside of the location hole of two positional symmetries, the block respectively with the connecting rod left and right end portions
Formula can be released to fix.
A kind of door closure stringcourse rolling presser tool of the utility model, including load transfer device and forming machanism, the briquetting
Mechanism longitudinal cross-section is V-shaped, and the load transfer device upper end can release formula with robot armshaft and fix, the load transfer device bottom
Portion is horizontally fixed with outwardly extending support frame, and the forming machanism upper end is fixed on the downside of support frame as described above terminal part, institute
It states forming machanism upper end and is fixedly connected by support frame as described above with the load transfer device lower end, the forming machanism lower end
Formula sliding can be released with door closure stringcourse upper surface to offset.In this way, load transfer device upper end is connect with robot armshaft, manipulator shaft
Arm output pressure is transmitted on support frame by load transfer device, then is transmitted to forming machanism by support frame, and forming machanism is in door closure
Sliding offsets on stringcourse, bound edge processing is carried out to door closure stringcourse, because forming machanism longitudinal cross-section is V-shaped, under forming machanism
End is slided on door closure stringcourse to offset, and forming machanism lower end is bonded with door closure depth V small round corner stringcourse, and realization overlays bound edge.This reality
With a kind of novel door closure stringcourse rolling presser tool, has the advantage, that pass through longitudinal cross-section in terms of existing technologies
V-shaped forming machanism lower end is bonded with door closure depth V small round corner stringcourse, is effectively realized and is overlayed bound edge function.On load transfer device
End can be connect with robot armshaft.
Detailed description of the invention
Fig. 1 is the schematic diagram of the door closure stringcourse rolling presser tool of the prior art.
Fig. 2 is the front schematic view of the door closure stringcourse rolling presser tool of utility model.
Fig. 3 is the top view of the door closure stringcourse rolling presser tool of utility model.
Fig. 4 is the left view of the door closure stringcourse rolling presser tool of utility model.
Fig. 5 is the cross-sectional view of the door closure stringcourse rolling presser tool of utility model.
Fig. 6 is the connecting shaft schematic diagram of the door closure stringcourse rolling presser tool of utility model.
Fig. 7 is the connecting rod schematic diagram of the door closure stringcourse rolling presser tool of utility model.
Figure number explanation
1 ... connecting shaft 2 ... guide cylinder 3 ... sleeve
4 ... bolt 5 ... compression elastic piece 6 ... circular discs
7 ... central spindle 8 ... connecting rod 9 ... location holes
10 ... support frame 11 ... blind holes 12 ... go up fixed part
13 ... lower fixed part 14 ... block 15 ... transition clutch disks
16 ... forming machanism 17 ... limit hole 18 ... pressure indications
Specific embodiment
2 to attached drawing 7 with reference to the accompanying drawing, makees to a kind of door closure stringcourse rolling presser tool of the utility model further detailed
It describes in detail bright.
A kind of door closure stringcourse rolling presser tool of the utility model, please refers to shown in Fig. 2 to Fig. 7, including load transfer device
With forming machanism 16,16 longitudinal cross-section of forming machanism is V-shaped, and the load transfer device upper end can be solved with robot armshaft
Except formula is fixed, the load transfer device bottom level is fixed with outwardly extending support frame 10, and 16 upper end of forming machanism is solid
It is scheduled on the downside of 10 terminal part of support frame as described above, 16 upper end of forming machanism passes through support frame as described above 10 and the load transfer device
Lower end is fixedly connected, and 16 lower end of forming machanism can release formula sliding with door closure stringcourse upper surface and offset.Specifically,
Load transfer device upper end is connect with robot armshaft, and robot armshaft output pressure is transmitted to support frame 10 by load transfer device
On, then forming machanism 16 is transmitted to by support frame 10, forming machanism 16 is slided on door closure stringcourse and is offseted, to door closure stringcourse into
The processing of row bound edge, because 16 longitudinal cross-section of forming machanism is V-shaped, 16 lower end of forming machanism is slided on door closure stringcourse and offsets,
16 lower end of forming machanism is bonded with door closure depth V small round corner stringcourse, and realization overlays bound edge.Compared with the existing technology the advantages of, is: logical
It crosses V-shaped 16 lower end of forming machanism in longitudinal cross-section to be bonded with door closure depth V small round corner stringcourse, effectively realizes and overlay bound edge function
Energy.Load transfer device upper end can be connect with robot armshaft.
A kind of door closure stringcourse rolling presser tool of the utility model, please refers to shown in Fig. 2 to Fig. 7, describes in front
It may also is that the forming machanism 16 at least two, two forming machanisms uniformly divide respectively on the basis of technical solution
Cloth is arranged on the downside of support frame as described above terminal part.In this way, forming machanism 16 can be the V-arrangement pressure of at least two different rotary angles
Block mechanism 16, load transfer device upper end can release formula with robot armshaft and fix, and pass through the rotation of robot armshaft, support frame 10
The forming machanism 16 of terminal part is selected the V-arrangement forming machanism 16 of suitable rotation angle, is directed to by the dynamic rotation of manipulator shaft cornice
Property the outer profile bound edge of various surface-type features is handled, be further ensured that door closure depth V small round corner stringcourse compactness, it is flexible
Compatible performance is good, can be generalized on the door closure equipment for wrapping of other vehicles.With robot and change rifle disk and be used cooperatively, in tradition
Idler wheel flanging cooperate under flexible switching, adapt to different bound edges.
A kind of door closure stringcourse rolling presser tool of the utility model, please refers to shown in Fig. 2 to Fig. 7, describes in front
It can also be that the forming machanism 16 is three on the basis of technical solution, support frame as described above 10 is in T-shaped shape, the support
10 horizontal extension of frame is fixed on the load transfer device bottom, and three 16 upper ends of forming machanism are separately fixed at the support
On the downside of 10 3 terminal parts of frame.In this way, forming machanism 16 can be the V-arrangement forming machanism 16 of three different rotary angles, power transmission
Device upper end can release formula with robot armshaft and fix, by the rotation of robot armshaft, T-shaped 10 terminal part of support frame
Forming machanism 16 by the dynamic rotation of manipulator shaft cornice, select the V-arrangement forming machanism 16 of suitable rotation angle, it is targetedly right
The outer profile bound edge of various surface-type features is handled, and is further ensured that door closure depth V small round corner stringcourse compactness, flexible compatibility
Can be good, it can be generalized on the door closure equipment for wrapping of other vehicles.With robot and change rifle disk and be used cooperatively, in traditional idler wheel
Flanging cooperates under flexible switching, adapts to different bound edges.
A kind of door closure stringcourse rolling presser tool of the utility model, please refers to shown in Fig. 2 to Fig. 7, describes in front
It may also is that the forming machanism 16 is four on the basis of technical solution, support frame as described above 10 is in cross shape, the branch
10 horizontal extension of support is fixed on the load transfer device bottom, and four 16 upper ends of forming machanism are separately fixed at the branch
On the downside of 10 4 terminal parts of support.In this way, forming machanism 16 can be the forming machanism 16 of the V-arrangement of four different rotary angles,
Load transfer device upper end can release formula with robot armshaft and be fixedly connected, by the rotation of robot armshaft, criss-cross support
The forming machanism 16 of 10 terminal part of frame also rotates, and selects the forming machanism 16 of the V-arrangement of suitable rotation angle, targetedly
The outer profile bound edge of various surface-type features is handled, is further ensured that door closure depth V small round corner stringcourse compactness, flexibility are compatible
Performance is good, can be generalized on the door closure equipment for wrapping of other vehicles.With robot and change rifle disk and be used cooperatively, in traditional rolling
It takes turns flanging to cooperate under flexible switching, adapts to different bound edges.
A kind of door closure stringcourse rolling presser tool of the utility model, please refers to shown in Fig. 2 to Fig. 7, describes in front
On the basis of the technical solution it may also is that load transfer device bottom and support frame as described above are provided with transition company between 10 top
Disk 15 is connect, 10 upper end of support frame as described above is fixed on the load transfer device bottom by the transition clutch disk 15.In this way,
Load transfer device upper end is connect with robot armshaft, and robot armshaft output pressure is transmitted on load transfer device, and pressure passes through again
Transition clutch disk 15 is transmitted to forming machanism 16, guarantees that forming machanism 16 slides on door closure stringcourse and offsets, to door closure stringcourse
Carry out bound edge processing.
A kind of door closure stringcourse rolling presser tool of the utility model, please refers to shown in Fig. 2 to Fig. 7, describes in front
On the basis of technical solution it may also is that it may also is that in the load transfer device on the basis of the technical solution described in front
Upper end lateral wall is equipped with pressure indication (18), and the pressure indication (18) is directed toward corresponding graduation apparatus.In this way, load transfer device
Middle upper end lateral wall is equipped with pressure indication 18, cuber when pressure indication 18 cooperates corresponding graduation apparatus that can show rolling
The size of rolling pressure between structure 16 and door closure applies how much power by the amount of movement of pointer to judge.
A kind of door closure stringcourse rolling presser tool of the utility model, please refers to shown in Fig. 2 to Fig. 7, describes in front
It is described it may also is that the load transfer device includes connecting shaft 1, guide cylinder 2, sleeve 3 and connecting rod 8 on the basis of technical solution
1 longitudinal cross-section of connecting shaft is in T-shaped, and the connecting shaft 1 includes circular discs 6 and central spindle 7, and 7 top of central spindle is fixed on institute
Downside among circular discs 6 is stated, the guide cylinder 2 is sheathed on 7 outside of central spindle, and the intermediate lateral of the central spindle 7 is worn
Connecting rod 8 is stated, the middle part of the guide cylinder 2 opens up the limit hole 17 there are two positional symmetry, 8 left and right ends of connecting rod
It slides up and down formula respectively to be arranged in two limit holes 17, the sleeve 3, which is detachably fixed, to be sheathed on outside the guide cylinder 2
Side, the bottom level of the sleeve 3 are fixed with outwardly extending support frame as described above 10, the lower part of the central spindle 7 and the sleeve
The connection of upper base surface flexible type.In this way, driving source of the robot arm axle as forming machanism 16, robot armshaft and connecting shaft
1 circular discs 6 are fixed, robot armshaft by the transmitting pressure downwards of circular discs 6, manipulator shaft armband circular discs 6 and central spindle
7 move down along guide cylinder 2, and the lower part of central spindle 7 is connect with sleeve bottom upper surface flexible type, and central spindle 7 is under pressure, flexible type
Compressed generation is connected to 3 bottom downward pressure of sleeve, the bottom level of sleeve 3 is fixed with outwardly extending support frame 10, pressure
The pressure that the compression of contracting elastic component 5 generates is transferred to forming machanism 16, and forming machanism 16 is slided on door closure stringcourse and offseted, by pressure
It is finally effectively passed to the realization of door closure stringcourse and overlays bound edge.It is further ensured that door closure depth V small round corner stringcourse compactness.Moreover, even
The middle part of spindle 1 is equipped with connecting rod 8 and the both ends of connecting rod 8 are arranged in the position pair opened up on the guide cylinder 2 respectively
In two limit holes 17 claimed, connecting rod 8 slides up and down in the range of limit hole 17, to limit central spindle 7 along leading
The range slided up and down to cylinder 2, and after robot armshaft stops flanging work, when lifting central spindle 7 by circular discs 6, have
Effect prevents central spindle 7 from skidding off from guide cylinder 2, and stable structure, the bottom level of sleeve 3 is fixed with outwardly extending support frame 10,
The pressure that the compression of compression elastic piece 5 generates is transferred to forming machanism 16, and forming machanism 16 is slided on door closure stringcourse and offseted, will press
Power is finally effectively passed to the realization of door closure stringcourse and overlays bound edge.It is further ensured that door closure depth V small round corner stringcourse compactness.Moreover,
The middle part of connecting shaft 1 is equipped with connecting rod 8 and the both ends of connecting rod 8 are arranged in the position opened up on the guide cylinder 2 respectively
In symmetrical two limit holes 17, connecting rod 8 slides up and down in the range of limit hole 17, to limit 7 edge of central spindle
The range that guide cylinder 2 slides up and down, and after robot armshaft stops flanging work, when lifting central spindle 7 by circular discs 6,
It effectively prevent central spindle 7 to skid off from guide cylinder 2, stable structure, and not only intuitively observed by 5 transmission force of compression elastic piece
The power that robot armshaft applies, when also avoiding rolling and its rigid collision of people's armshaft and part or other mechanisms.Skill in front
Further preferred technical solution on the basis of art scheme are as follows: the lower part of the central spindle 7 is equipped with blind hole 11, is equipped in the blind hole
Compression elastic piece 5,5 upper end of compression elastic piece offset with the central spindle inner wall being located in the blind hole 11, the elasticity of compression
The lower end of part 5 and the upper surface of 3 bottom of sleeve offset, and the lower part of the central spindle 7 passes through with the sleeve bottom upper surface
The compression elastic piece flexible type connection.In this way, 7 lower part of central spindle is equipped with blind hole 11, compression elastic piece 5 is arranged in the blind hole 11
It is interior, it is compact-sized, it occupies little space, in addition, blind hole 11 plays guiding and positioning function to compression elastic piece 5, guarantees the elasticity of compression
The part that part 5 is displaced in blind hole 11 is not flexible, vertically moving always.Source of the robot arm axle as forming machanism 16
The circular discs 6 of power, robot armshaft and connecting shaft 1 are fixed, and robot armshaft transmits downwards pressure, machine by circular discs 6
People's armshaft is moved down with circular discs 6 and central spindle 7 along guide cylinder 2, so that the compression elastic piece 5 for connecting 7 lower part of central spindle be squeezed
Pressure, the lower end of compression elastic piece 5 and the bottom of sleeve 3 offset, and the compression of compression elastic piece 5 is generated to 3 bottom downward pressure of sleeve,
It can be coil-type compression springs with compression elastic piece 5.Be conducive to the uniform force of compression elastic piece 5.Also, central spindle 7 opens up
Blind hole 11 effectively mitigates the weight of part.By 5 transmission force of compression elastic piece, not only intuitive observer robot armshaft applies
Power, when also avoiding rolling and its rigid collision of people's armshaft and part or other mechanisms.It may also is that the following table of the central spindle 7
Upper fixed part 12 is equipped between 5 top of face and the compression elastic piece, under 3 upper base surface of sleeve and the compression elastic piece 5
Lower fixed part 13 is equipped between portion.In this way, by the way that upper fixed part 12 and lower fixed part 13 is arranged, increase compression elastic piece 5 with
Contact surface area between the upper surface of 3 bottom of lower surface and sleeve of central spindle 7 guarantees 5 uniform force of compression elastic piece.Preceding
It may also is that opening up the location hole 9 there are two positional symmetry, institute in the middle part of the sleeve 3 on the basis of the technical solution of face description
It states 8 left and right ends of connecting rod and slides up and down formula respectively and be arranged in two location holes 9, the location hole 9 and corresponding limit
Position 17 position of hole is correspondingly arranged.Thus it is possible, on the one hand, 8 left and right ends of connecting rod are each passed through corresponding limit hole 17 and location hole
9, range of the connecting rod 8 in limit hole 17 and location hole 9 moves up and down, and after robot armshaft stops flanging work, passes through
When circular discs 6 lift central spindle 7, central spindle 7 is further effectively prevent to skid off from guide cylinder 2, on the other hand, connecting rod 8 plays auxiliary
Intermal force is helped, 16 self gravity of forming machanism and robot armshaft pressure is balanced, while being oriented to power transmission, prevents connecting shaft from spinning
Turn.Technical solution further preferred on the basis of technical solution in front are as follows: 9 outside of the location hole of two positional symmetries
Equipped with block 14, the block 14 can release formula with 8 left and right end portions of connecting rod respectively and fix.In this way, working as forming machanism 16
By robot armshaft apply pressure repeatedly to door closure stringcourse upper surface can release formula sliding offset when, connecting rod 8 move up and down
When, block 14 prevents connecting rod 8 from removing location hole 9.Bolt 4 can be passed through respectively with two blocks and connecting rod left and right end portions can
Releasing formula is fixed.
It is above-mentioned that only several specific embodiments in the utility model are illustrated, but can not be as the utility model
Protection scope, equivalent change or modification or equal proportion amplification or contracting made by all design spirits according in the utility model
It is small etc., it is deemed to fall the protection scope of the utility model.
Claims (10)
1. a kind of door closure stringcourse rolling presser tool, it is characterised in that: including load transfer device and forming machanism (16), the briquetting
Mechanism (16) longitudinal cross-section is V-shaped, and the load transfer device upper end can release formula with robot armshaft and fix, the power transmission dress
Bottom set portion is horizontally fixed with outwardly extending support frame (10), and forming machanism (16) upper end is fixed on support frame as described above
(10) on the downside of terminal part, forming machanism (16) upper end is solid by support frame as described above (10) and the load transfer device lower end
Fixed connection, forming machanism (16) lower end can release formula sliding with door closure stringcourse upper surface and offset.
2. a kind of door closure stringcourse rolling presser tool according to claim 1, it is characterised in that: the forming machanism (16)
At least two, two forming machanisms (16) are respectively uniformly distributed setting on the downside of support frame as described above (10) terminal part.
3. a kind of door closure stringcourse rolling presser tool according to claim 2, it is characterised in that: the forming machanism (16)
It is three, support frame as described above (10) is in T-shaped shape, and support frame as described above (10) horizontal extension is fixed on the load transfer device bottom
Portion, three forming machanism (16) upper ends are separately fixed on the downside of (10) three terminal parts of support frame as described above.
4. a kind of door closure stringcourse rolling presser tool according to claim 2, it is characterised in that: the forming machanism (16)
It is four, support frame as described above (10) is in cross shape, and support frame as described above (10) horizontal extension is fixed on the load transfer device bottom
Portion, four forming machanism (16) upper ends are separately fixed on the downside of (10) four terminal parts of support frame as described above.
5. existing according to claim 1 to a kind of door closure stringcourse rolling presser tool, feature described in 4 any one claims
In: transition clutch disk (15), support frame as described above are provided between at the top of the load transfer device bottom and support frame as described above (10)
(10) upper end is fixed on the load transfer device bottom by the transition clutch disk (15).
6. existing according to claim 1 to a kind of door closure stringcourse rolling presser tool, feature described in 4 any one claims
In: upper end lateral wall is equipped with pressure indication (18) in the load transfer device, and the pressure indication (18) is directed toward corresponding scale
Table.
7. existing according to claim 1 to a kind of door closure stringcourse rolling presser tool, feature described in 4 any one claims
In: the load transfer device includes connecting shaft (1), guide cylinder (2), sleeve (3) and connecting rod (8), and the connecting shaft (1) is longitudinally cut
Face is in T-shaped, and the connecting shaft (1) includes circular discs (6) and central spindle (7), and central spindle (7) top is fixed on the circle
The intermediate downside of disk (6), the guide cylinder (2) are sheathed on the outside of the central spindle (7), and the intermediate lateral of the central spindle (7) is equipped with
The connecting rod (8) opens up the limit hole (17) there are two positional symmetry, the connecting rod (8) in the middle part of the guide cylinder (2)
Left and right ends slide up and down formula respectively and are arranged in two limit holes (17), and the sleeve (3), which is detachably fixed, to be sheathed on
On the outside of the guide cylinder (2), the bottom level of the sleeve (3) is fixed with outwardly extending support frame as described above (10), the axis
The lower part of core (7) is connect with the sleeve (3) upper base surface flexible type.
8. a kind of door closure stringcourse rolling presser tool according to claim 7, it is characterised in that: under the central spindle (7)
Portion is equipped with blind hole (11), equipped with compression elastic piece, compression elastic piece (05) upper end and positioned at the blind hole in the blind hole
(11) the central spindle inner wall in offsets, and the upper surface of the lower end and the sleeve (3) bottom of the compression elastic piece (05) offsets, institute
The lower part for stating central spindle (7) is connect with the sleeve bottom upper surface by the compression elastic piece flexible type.
9. a kind of door closure stringcourse rolling presser tool according to claim 7, it is characterised in that: in the middle part of the sleeve (3)
The location hole (9) there are two positional symmetry is opened up, connecting rod (8) left and right ends slide up and down formula respectively and are arranged in two institutes
It states in location hole (9), the location hole (9) and corresponding limit hole (17) position are correspondingly arranged.
10. a kind of door closure stringcourse rolling presser tool according to claim 9, it is characterised in that: two positional symmetries
Block (14) are equipped on the outside of the location hole (9), the block (14) can release formula with the connecting rod (8) left and right end portions respectively
It is fixed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821172579.XU CN208960714U (en) | 2018-07-24 | 2018-07-24 | A kind of door closure stringcourse rolling presser tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821172579.XU CN208960714U (en) | 2018-07-24 | 2018-07-24 | A kind of door closure stringcourse rolling presser tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208960714U true CN208960714U (en) | 2019-06-11 |
Family
ID=66749034
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821172579.XU Active CN208960714U (en) | 2018-07-24 | 2018-07-24 | A kind of door closure stringcourse rolling presser tool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208960714U (en) |
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2018
- 2018-07-24 CN CN201821172579.XU patent/CN208960714U/en active Active
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