CN209007969U - Car door upper decoration plate attacker's component Wrapping apparatus - Google Patents
Car door upper decoration plate attacker's component Wrapping apparatus Download PDFInfo
- Publication number
- CN209007969U CN209007969U CN201821562600.7U CN201821562600U CN209007969U CN 209007969 U CN209007969 U CN 209007969U CN 201821562600 U CN201821562600 U CN 201821562600U CN 209007969 U CN209007969 U CN 209007969U
- Authority
- CN
- China
- Prior art keywords
- flange
- edge
- flange block
- block
- drive member
- 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.)
- Withdrawn - After Issue
Links
- 238000005034 decoration Methods 0.000 title claims abstract description 54
- 239000004744 fabric Substances 0.000 claims abstract description 12
- 230000007306 turnover Effects 0.000 claims description 6
- 238000010586 diagram Methods 0.000 description 10
- 238000000034 method Methods 0.000 description 7
- 230000000694 effects Effects 0.000 description 5
- 238000005452 bending Methods 0.000 description 4
- 239000000463 material Substances 0.000 description 2
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 2
- 238000005056 compaction Methods 0.000 description 1
- 230000006835 compression Effects 0.000 description 1
- 238000007906 compression Methods 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 230000036651 mood Effects 0.000 description 1
- 238000012797 qualification Methods 0.000 description 1
Landscapes
- Connection Of Plates (AREA)
Abstract
The utility model provides a kind of car door upper decoration plate attacker component Wrapping apparatus, for overturning the edge rim charge of the decorative fabric on the inner surface for being pasted onto the edge part of car door upper decoration plate attacker's component from the inner surface of the edge part of attacker's component to the outer surface of edge part, edge part is hexagonal structure, with sequentially connected first edge along clockwise direction, second edge, third edge, 4th edge, 5th edge and the 6th edge, the length longest of first edge, it has the feature that, it include: positioning mechanism, flange body, electrical conduction mechanism and control mechanism, wherein, flange body includes the first flange unit, second flange unit, third flange unit, 4th flange unit, 5th flange unit and the 6th flange unit.
Description
Technical field
The utility model belongs to automobile decoration technical field, and in particular to a kind of car door upper decoration plate attacker component bound edge dress
It sets.
Background technique
In the process of arrangements for automotive doors upper decoration plate attacker's component, it is pasted onto the side of car door upper decoration plate attacker's component
Decorative fabric needs on the inner surface of edge are overturn from the inner surface of the edge part of attacker's component to the edge part of attacker's component
Outer surface, and it is bonding with the outer surface of edge part.The prior art is generally above-mentioned to complete by the manually operated mode of people
Bound edge process.
But implements above-mentioned bound edge operation by manual operations and has the following problems:
One, the processable space of arrangements for automotive doors upper decoration plate attacker's component is very narrow, and the hand of people is difficult to put in progress
Some pre-flanging operations, one side flanging effect is less desirable in this case, on the other hand required for entire bound edge process
Time it is long, bound edge efficiency is lower.
Two, during bound edge, need to be pressed on decorative fabric on the outer surface of edge part after flanging (flange) to
Enable decorative fabric than being more securely pasted on the outer surface of edge part, this compaction process uses manual operations very
The pressing force that laborious and people is applied is likely to optimal compression power required for bound edge is not achieved.
Three, when manual operation, the factors such as environment, the mood of people, qualification of different people locating for people manually to grasp
The stability of work is very poor.
Utility model content
The utility model is to solve bound edge narrow space, packet during above-mentioned car door upper decoration plate attacker component bound edge
The problems such as side low efficiency, poor bound edge stability and carry out, and it is an object of the present invention to provide a kind of car door upper decoration plate attacker component bound edge
Device.
The utility model provides a kind of car door upper decoration plate attacker component Wrapping apparatus, fills for that will be pasted on car door
Inner surface of the edge rim charge of decorative fabric on the inner surface of the edge part of plaque attacker's component from the edge part of attacker's component
To on the outer surface of edge part, edge part is hexagonal structure for overturning, have along clockwise direction sequentially connected first edge,
Second edge, third edge, the 4th edge, the 5th edge and the 6th edge, the length longest of the first edge have such
Feature, comprising: positioning mechanism, for car door upper decoration plate to be fixed；Flange body, for overturning and pressing decorative fabric
Tightly；Electrical conduction mechanism, for being powered to positioning mechanism and flange body；And control mechanism, for controlling above-mentioned each machine
Structure, wherein flange body includes the first flange unit, the second flange unit, third flange unit, the 4th flange unit, the 5th
Flange unit and the 6th flange unit, the first flange unit includes: the first flange block, corresponding with the first edge, end face with
The shape of first edge matches；With the first flange drive member, forward or backward action is carried out for the first flange block of driving, when
When control mechanism controls the first flange drive member the first flange block is driven to carry out outside forward motion, the first flange block is by first
The edge rim charge of edge is extrapolated to the outer surface of the first edge, and the second flange unit includes: the second flange block, with the second edge phase
Corresponding, the shape of end face and the second edge matches；With the second flange drive member, for drive the second flange block carry out rise or
It moves down, forward or backward action, drives the second flange block successively to carry out upwards when control mechanism controls the second flange drive member
And when outside forward motion, the edge rim charge of the second edge is extrapolated to the outer surface of the second edge, third by the second flange block
Flange unit includes: third flange block, corresponding with third edge, and the shape of end face and third edge matches；With third flange
Drive member, for driving third flange block to carry out forward or backward action, when control mechanism controls third flange drive member
When third flange block being driven to carry out outside forward motion, the edge rim charge of third edge is extrapolated to third edge by third flange block
Outer surface, the 4th flange unit includes: the 4th flange block, the shape phase of end face and fourth edge corresponding with the 4th edge
Match；With the 4th flange drive member, forward or backward action is carried out for the 4th flange block of driving, when control mechanism controls the 4th
When flange drive member drives the 4th flange block to carry out outside forward motion, the 4th flange block will be outside the edge rim charge of the 4th edge
It is pushed into the outer surface of the 4th edge, the 5th flange unit includes: the 5th flange block, end face and fiveth corresponding with the 5th edge
The shape of edge matches；Work as control for driving the 5th flange block to carry out forward or backward action with the 5th flange drive member
When the 5th flange drive member of mechanism controls drives the 5th flange block to carry out outside forward motion, the 5th flange block is by the 5th edge
Edge rim charge be extrapolated to the outer surface of the 5th edge, the 6th flange unit includes: the 6th flange block, opposite with the 6th edge
It answers, the shape of end face and the 6th edge matches；With the 6th flange drive member, for drive the 6th flange block carry out rise or under
Move, forward or backward action, when control mechanism control the 6th flange drive member drive the 6th flange block successively carry out upwards with
And when outside forward motion, the edge rim charge of the 6th edge is extrapolated to the outer surface of the 6th edge by the 6th flange block, and first turns over
Side block, the second flange block, third flange block, the 4th flange block, the 5th flange block and the 6th flange block all have flange block master
Body and two are separately positioned on the flange block scrap (bridge) of the arranged on left and right sides of the flange block main body, when the first flange block, second turn over
When side block, third flange block, the 4th flange block, the 5th flange block and the 6th flange block are in respective initial position, the
In same level, two of the 4th flange block are turned over for one flange block, third flange block, the 4th flange block and the 5th flange block
The edge of a side block scrap (bridge) flange with the edge of a flange block scrap (bridge) of third flange block and the 5th flange block respectively
The edge of block scrap (bridge) is horizontally overlapping, and the height of the second flange block is taken lower than two flange blocks of the first flange block and the second flange block
It is taken respectively with the edge of a flange block scrap (bridge) of the first flange block and another flange block of third flange block at the edge on side
The edge on side is overlapped up and down, and the height of the 6th flange block is lower than the first flange block and two flange block scrap (bridge)s of the 6th flange block
Edge another flange block scrap (bridge) with the edge of another flange block scrap (bridge) of the first flange block and the 5th flange block respectively
Edge be overlapped up and down, after the first flange block and the 4th flange block carry out outside forward motion simultaneously, third flange block and the
Five flange blocks carry out outside forward motion simultaneously, and then the second flange block and the 6th flange block successively carry out up and out simultaneously
Forward motion, at this point, the first flange block, the second flange block, third flange block, the 4th flange block, the 5th flange block and the 6th
Flange block is in same level, and the edge of their flange block scrap (bridge) is accordingly in contact but is not overlapped.
In car door upper decoration plate attacker component Wrapping apparatus provided by the utility model, there can also be such spy
Sign: where the first flange drive member is under the control of control mechanism, additionally it is possible to the first flange block be driven to be moved down or risen
Movement, when the first flange block carries out moving down movement, the first flange block pushes the edge rim charge of the first edge, makes its covering simultaneously
It is pressed on the outer surface of the first edge.
In car door upper decoration plate attacker component Wrapping apparatus provided by the utility model, it can also have the following features:
Wherein, when the second flange drive member is under the control of control mechanism, and the second flange block of driving carries out moving down movement, second is turned over
Side block pushes the edge rim charge of the second edge, covers it and is pressed on the outer surface of the second edge.
In car door upper decoration plate attacker component Wrapping apparatus provided by the utility model, it can also have the following features:
Wherein, third flange drive member is under the control of control mechanism, additionally it is possible to third flange block be driven to be moved down or risen dynamic
Make, when third flange block carries out moving down movement, third flange block pushes the edge rim charge of third edge, makes its covering and quilt
It is pressed on the outer surface of third edge.
In car door upper decoration plate attacker component Wrapping apparatus provided by the utility model, it can also have the following features:
Wherein, the 4th flange drive member is under the control of control mechanism, additionally it is possible to the 4th flange block be driven to be moved down or risen dynamic
Make, when the 4th flange block carries out moving down movement, the 4th flange block pushes the edge rim charge of the 4th edge, makes its covering and quilt
It is pressed on the outer surface of the 4th edge.
In car door upper decoration plate attacker component Wrapping apparatus provided by the utility model, it can also have the following features:
Wherein, the 5th flange drive member is under the control of control mechanism, additionally it is possible to the 5th flange block be driven to be moved down or risen dynamic
Make, when the 5th flange block carries out moving down movement, the 5th flange block pushes the edge rim charge of the 5th edge, makes its covering and quilt
It is pressed on the outer surface of the 5th edge.
In car door upper decoration plate attacker component Wrapping apparatus provided by the utility model, it can also have the following features:
Wherein, when the 6th flange drive member is under the control of control mechanism, and the 6th flange block of driving carries out moving down movement, the 6th is turned over
Side block pushes the edge rim charge of the 6th edge, covers it and is pressed on the outer surface of the 6th edge.
In car door upper decoration plate attacker component Wrapping apparatus provided by the utility model, it can also have the following features:
Wherein, the first flange drive member, the second flange drive member, third flange drive member, the 4th flange drive member, the 5th
Flange drive member and the 6th flange drive member are cylinder.
The action and effect of utility model
The car door upper decoration plate attacker component Wrapping apparatus according to involved in the utility model because have positioning mechanism,
Flange body, electrical conduction mechanism and control mechanism, wherein flange body has the first flange unit, the second flange unit, third
Flange unit, the 4th flange unit, the 5th flange unit and the 6th flange unit, the first flange unit have the first flange block
With the first flange drive member, the first flange block is corresponding with the first edge, and the shape of end face and the first edge matches, therefore works as
When first flange drive member drives the first flange block to carry out outside forward motion, the first flange block is by the edge side of the first edge
Material is extrapolated to the outer surface of the first edge, turns over so that the edge rim charge of the first edge is formed with what the shape of the first edge matched
Side folding line.Second flange unit, third flange unit, the 4th flange unit, the 5th flange unit and the 6th flange unit tool
There is flanging effect similar with the first flange unit, therefore can be realized by above-mentioned six flange units to entire attacker's component
Six edge of edge part carry out flanging respectively so that edge rim charge is in appearance that is subsequent capped and being pressed on edge part
Bending can be carried out along flange folding line when face, not only ensure that the accuracy of bending position, but also bound edge profile is more beautiful
It sees.
In addition, all flange blocks all have flange block main body and two flange block scrap (bridge)s, and turned over due to working as first
Side block, the second flange block, third flange block, the 4th flange block, the 5th flange block and the 6th flange block are in respective first
When beginning position, in same level, the 4th is turned over for the first flange block, third flange block, the 4th flange block and the 5th flange block
The edge of two flange block scrap (bridge)s of the side block edge and the 5th flange with a flange block scrap (bridge) of third flange block respectively
The edge of one flange block scrap (bridge) of block is horizontally overlapping, and the height of the second flange block is lower than the first flange block and the second flange block
The edge of two flange block scrap (bridge)s is another with the edge of a flange block scrap (bridge) of the first flange block and third flange block respectively
The edge of one flange block scrap (bridge) is overlapped up and down, and the height of the 6th flange block is lower than two of the first flange block and the 6th flange block
The edge of flange block scrap (bridge) is another with the edge of another flange block scrap (bridge) of the first flange block and the 5th flange block respectively
The edge of a flange block scrap (bridge) is overlapped up and down, and the arrangement (layout) of above-mentioned six flange blocks can be with the attacker of car door upper decoration plate
Component more narrow space is adapted, to solve the problems, such as that operating space is limited.
In addition, after the first flange block and the 4th flange block carry out outside forward motion simultaneously, third flange block and the 5th
Flange block carries out outside forward motion simultaneously, before then the second flange block and the 6th flange block successively carry out up and out simultaneously
Precession is made, at this point, the first flange block, the second flange block, third flange block, the 4th flange block, the 5th flange block and the 6th turn over
Side block is in same level, and the edge of their flange block scrap (bridge) is accordingly in contact but is not overlapped to form annular
Closing structure, so that even tension that entire edge rim charge is subject to and continuous, avoids due to the tension being subject to is uneven, discontinuous
The problem of caused rim charge creases easily.
In addition, entire Wrapping apparatus is easy to operate, the bound edge of car door upper decoration plate attacker's component bound edge is greatly improved
Efficiency, bound edge quality and bound edge stability.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of car door upper decoration plate in the embodiments of the present invention；
Fig. 2 is that structure of the edge part of car door upper decoration plate attacker's component in the embodiments of the present invention before bound edge is shown
It is intended to；
Fig. 3 is the structural schematic diagram of car door upper decoration plate attacker component Wrapping apparatus in the embodiments of the present invention；
Fig. 4 is the partial enlargement diagram of flange body in the embodiments of the present invention；
Fig. 5 is shape when each bound edge block of flange body in the embodiments of the present invention is in respective initial position
State schematic diagram；
When Fig. 6 is that each bound edge block of flange body in the embodiments of the present invention is in respective initial flanging position
Status diagram；And
Structural representation of the edge part of car door upper decoration plate attacker's component after bound edge in Fig. 7 the embodiments of the present invention
Figure.
Specific embodiment
In order to be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, with
Lower embodiment combination attached drawing is specifically addressed the utility model car door upper decoration plate attacker's component Wrapping apparatus.
Fig. 1 is the structural schematic diagram of car door upper decoration plate in the embodiments of the present invention.
As shown in Figure 1, car door upper decoration plate attacker's component Wrapping apparatus 100 in the present embodiment is filled on to car door
The edge part 3 of attacker's component 2 of plaque 1 carries out bound edge.
Fig. 2 is that structure of the edge part of car door upper decoration plate attacker's component in the embodiments of the present invention before bound edge is shown
It is intended to.
As shown in Figure 1, 2, edge part 3 is the enclosed construction of hexagon, with along clockwise direction sequentially connected first
Edge 3 (I), the second edge 3 (II), third edge 3 (III), the 4th edge 3 (IV), the 5th edge 3 (V) and the 6th edge 3
(VI), wherein the length longest of the first edge 3 (I).Decorative fabric 4 is pasted on the inner surface 3 (a) of edge part 3.Decorative cover
The part for extending the inner surface 3 (a) of edge part 3 in material 4 is edge rim charge 5.
Fig. 3 is the structural schematic diagram of car door upper decoration plate attacker component Wrapping apparatus in the embodiments of the present invention.
Fig. 4 is the partial enlargement diagram of flange body in the embodiments of the present invention；
As shown in Figure 3,4, car door upper decoration plate attacker's component Wrapping apparatus 100 in the present embodiment will be for that will be pasted onto vehicle
The edge rim charge 5 of decorative fabric 4 on the inner surface 3 (a) of the edge part 3 of attacker's component 2 of door upper decoration plate 1 is from edge part 3
Outer surface 3 (b) of inner surface 3 (a) overturning to edge part 3, including positioning mechanism, flange body 10, electrical conduction mechanism and control
Mechanism processed.
Positioning mechanism includes positioning pedestal and the orientation film tire in the positioning pedestal.The shape and vehicle of orientation film tire
The surface shape of door upper decoration plate 1 is consistent, for car door upper decoration plate 1 to be fixed during bound edge, to prevent car door
Upper decoration plate 1 generates shaking during bound edge, convenient for going on smoothly for bound edge process.
Electrical conduction mechanism is used to be powered positioning mechanism and flange body.
Control mechanism is used to the movement of whole control positioning positioning mechanism, flange body 10, electrical conduction mechanism.
Flange body 10 is used to that decorative fabric 4 to be overturn and be compressed, including the first flange unit 11, the second flange unit
12, third flange unit 13, the 4th flange unit 14, the 5th flange unit 15 and the 6th flange unit 16.
First flange unit Unit 11 includes the first flange block 111 and the first flange drive member 112.
Fig. 5 is shape when each bound edge block of flange body in the embodiments of the present invention is in respective initial position
State schematic diagram.
As shown in figure 5, the position of the first flange block 111 is corresponding with the first edge 3 (I).The end face of first flange block 111
Match with the shape of the first edge 3 (I).First flange block 111 is separately positioned on the flange with flange block main body and two
The flange block scrap (bridge) of the arranged on left and right sides of block main body.
First flange drive member 112 is moved for driving the first flange block 111 to be advanced, retreated, moved down and risen
Make.In the present embodiment, the first flange drive member 112 is cylinder.
When control mechanism controls the first flange drive member 112, and the first flange block 111 is driven to carry out outside forward motion,
The edge rim charge 5 of first edge 3 (I) is extrapolated to the outer surface of the first edge 3 (I) by the first flange block 111；When control mechanism control
Making the first flange drive member 112 drives the first flange block 111 when carrying out moving down movement, and the first flange block 111 is by the first edge 3
(I) edge rim charge 5 pushes, and covers edge rim charge 5 and is pressed on the outer surface of the first edge 3 (I).
Second flange unit Unit 12 includes the first flange block 121 and the first flange drive member 122.
The position of second flange block 121 is corresponding with the second edge 3 (II).The end face and the second side of second flange block 121
The shape in portion 3 (II) matches.Second flange block 121 is separately positioned on the flange block main body with flange block main body and two
Arranged on left and right sides flange block scrap (bridge).
Second flange drive member 122 is moved for driving the second flange block 121 to be advanced, retreated, moved down and risen
Make.In the present embodiment, the second flange drive member 122 is cylinder.
The second flange block 121 is driven first to carry out vertical motion when control mechanism controls the second flange drive member 122, then
When carrying out outside forward motion, the edge rim charge 5 of the second edge 3 (II) is extrapolated to the second edge 3 (II) by the second flange block 121
Outer surface；When control mechanism controls the second flange drive member 122, and the second flange block 121 is driven to carry out moving down movement, the
Two flange blocks 121 push the edge rim charge 5 of the second edge 3 (II), cover edge rim charge 5 and are pressed in the second edge 3
(II) on outer surface.
Third flange unit Unit 13 includes third flange block 131 and third flange drive member 132.
The position of third flange block 131 is corresponding with third edge 3 (III).The end face and third side of third flange block 131
The shape in portion 3 (III) matches.Third flange block 131 is separately positioned on the flange block main body with flange block main body and two
Arranged on left and right sides flange block scrap (bridge).
Third flange drive member 132 is moved for driving third flange block 131 to be advanced, retreated, moved down and risen
Make.In the present embodiment, third flange drive member 132 is cylinder.
When control mechanism control third flange drive member 132 drives third flange block 131 to carry out outside forward motion,
The edge rim charge 5 of third edge 3 (III) is extrapolated to the outer surface of third edge 3 (III) by third flange block 131；Work as control mechanism
Control third flange drive member 132 drives third flange block 131 when carrying out moving down movement, and third flange block 131 is by third side
The edge rim charge 5 in portion 3 (III) pushes, and covers edge rim charge 5 and is pressed on the outer surface of third edge 3 (III).
4th flange unit Unit 14 includes the first flange block 141 and the first flange drive member 142.
The position of 4th flange block 141 is corresponding with the 4th edge 3 (IV).The end face and the 4th side of 4th flange block 141
The shape in portion 3 (IV) matches.4th flange block 141 is separately positioned on the flange block main body with flange block main body and two
Arranged on left and right sides flange block scrap (bridge).
4th flange drive member 142 is moved for driving the 4th flange block 141 to be advanced, retreated, moved down and risen
Make.In the present embodiment, the 4th flange drive member 142 is cylinder.
When control mechanism controls the 4th flange drive member 142, and the 4th flange block 141 is driven to carry out outside forward motion,
The edge rim charge 5 of 4th edge 3 (IV) is extrapolated to the outer surface of the 4th edge 3 (IV) by the 4th flange block 141；Work as control mechanism
Controlling the 4th flange drive member 142 drives the 4th flange block 141 when carrying out moving down movement, and the 4th flange block 141 is by the 4th side
The edge rim charge 5 in portion 3 (IV) pushes, and covers edge rim charge 5 and is pressed on the outer surface of the 4th edge 3 (IV).
5th flange unit Unit 15 includes the first flange block 151 and the first flange drive member 152.
The position of 5th flange block 151 is corresponding with the 5th edge 3 (V).The end face and the 5th side of 5th flange block 151
The shape in portion 3 (V) matches.5th flange block 151 is separately positioned on the flange block main body with flange block main body and two
Arranged on left and right sides flange block scrap (bridge).
5th flange drive member 152 is moved for driving the 5th flange block 151 to be advanced, retreated, moved down and risen
Make.In the present embodiment, the 5th flange drive member 152 is cylinder.
When control mechanism controls the 5th flange drive member 152, and the 5th flange block 151 is driven to carry out outside forward motion,
The edge rim charge 5 of 5th edge 3 (V) is extrapolated to the outer surface of the 5th edge 3 (V) by the 5th flange block 151；Work as control mechanism
Controlling the 5th flange drive member 152 drives the 5th flange block 151 when carrying out moving down movement, and the 5th flange block 151 is by the 5th side
The edge rim charge 5 in portion 3 (V) pushes, and covers edge rim charge 5 and is pressed on the outer surface of the 5th edge 3 (V).
6th flange unit Unit 16 includes the first flange block 161 and the first flange drive member 162.
The position of 6th flange block 161 is corresponding with the 6th edge 3 (VI).The end face and the 6th side of 6th flange block 161
The shape in portion 3 (VI) matches.6th flange block 161 is separately positioned on the flange block main body with flange block main body and two
Arranged on left and right sides flange block scrap (bridge).
6th flange drive member 162 is moved for driving the 6th flange block 161 to be advanced, retreated, moved down and risen
Make.In the present embodiment, the 6th flange drive member 162 is cylinder.
The 6th flange block 161 is driven first to carry out vertical motion when control mechanism controls the 6th flange drive member 162, then
When carrying out outside forward motion, the edge rim charge 5 of the 6th edge 3 (VI) is extrapolated to the 6th edge 3 (VI) by the 6th flange block 161
Outer surface；When control mechanism controls the 6th flange drive member 162, and the 6th flange block 161 is driven to carry out moving down movement, the
Six flange blocks 161 push the edge rim charge 5 of the 6th edge 3 (VI), cover edge rim charge 5 and are pressed in the 6th edge 3
(VI) on outer surface.
As shown in figure 5, when most starting, the first flange block 111, the second flange block 121, third flange block 131, the 4th flange
Block 141, the 5th flange block 151 and the 6th flange block 161 are in respective initial position, and this six flange block entirety
In merging phase, under the merging phase, they can be integrally placed in the small space that edge part 3 is surrounded, this
When, the first flange block 111, third flange block 131, the 4th flange block 141 and the 5th flange block 151 are in same level
On, and the bottom of the horizontal plane is identical as the overhead height of edge part 3, and two flange blocks of the 4th flange block 141 are taken
The edge on a side flange with the edge of a flange block scrap (bridge) of third flange block 131 and the 5th flange block 151 respectively
The edge of block scrap (bridge) is horizontally overlapping；The height of second flange block 121 is lower than the two of the first flange block 121 and the second flange block 121
The edge of a flange block scrap (bridge) edge and third flange block 131 with a flange block scrap (bridge) of the first flange block 111 respectively
Another flange block scrap (bridge) edge up and down be overlapped；The height of 6th flange block 161 is turned over lower than the first flange block 111 and the 6th
The edge of two flange block scrap (bridge)s of side block 161 respectively with the edge of another flange block scrap (bridge) of the first flange block 111 and
The edge of another flange block scrap (bridge) of the 5th flange block 151 is overlapped up and down.
When Fig. 6 is that each bound edge block of flange body in the embodiments of the present invention is in respective initial flanging position
Status diagram.
As shown in fig. 6, third is turned over after the first flange block 111 and the 4th flange block 141 carry out outside forward motion simultaneously
Side block 131 and the 5th flange block 151 carry out outside forward motion simultaneously, and then the second flange block 121 and the 6th flange block 161 are same
Shi Jinhang moves up movement so that the second flange block 121 and the 6th flange block 161 and the first flange block 111 are in same level
On, the second last flange block 121 and the 6th flange block 161 carry out outside forward motion simultaneously, at this point, the first flange block 111, the
Two flange blocks 121, third flange block 131, the 4th flange block 141, the 5th flange block 151 and the 6th flange block 161 are in
Respective initial flanging position and they be in same level, the edge of their flange block scrap (bridge) is accordingly in contact
But it is not overlapped.
In the present embodiment, the decoration that will be pasted on the inner surface of the edge part 3 of attacker's component 2 of car door upper decoration plate 1
When the edge rim charge 5 of fabric 4 is overturn from the inner surface of the edge part of attacker's component 23 to the outer surface of edge part, motion flow
The following steps are included:
Step S1:
First flange driving assembly 112 drives the first flange block 111 to advance to its initial flanging outward by its initial position
The edge rim charge 5 of first edge 3 (I) is extrapolated to the appearance of the first edge 3 (I) by position from the inner surface of the first edge 3 (I)
Face.
Meanwhile the 4th flange driving assembly 142 to drive the 4th flange block 141 by its initial position to advance to it outward initial
The edge rim charge 5 of 4th edge 3 (IV) is extrapolated to the 4th edge 3 (IV) from the inner surface of the 4th edge 3 (IV) by flanging position
Outer surface.
Step S2:
Third flange driving assembly 132 drives third flange block 131 to advance to its initial flanging outward by its initial position
The edge rim charge 5 of third edge 3 (III) is extrapolated to the outer of third edge 3 (III) from the inner surface of third edge 3 (III) by position
Surface.
Meanwhile the 5th flange driving assembly 152 to drive the 5th flange block 151 by its initial position to advance to it outward initial
The edge rim charge 5 of 5th edge 3 (V) is extrapolated to the 5th edge 3 (V) from the inner surface of the 5th edge 3 (V) by flanging position
Outer surface.
Step S3:
Second flange driving assembly 122 drives the second flange block 121 by its initial position to rise to its flange position, makes the
Two flange blocks 121 and the first flange block 111 are in same level.
Meanwhile
6th flange driving assembly 162 drives the 6th flange block 161 by its initial position to rise to its flange position, makes the
Six flange blocks 161 and the first flange block 111 are in same level.
Step S4:
Second flange driving assembly 122 drives the second flange block 121 to advance to its initial flanging outward by its flange position
The edge rim charge 5 of second edge 3 (II) is extrapolated to the outer of the second edge 3 (II) from the inner surface of the second edge 3 (II) by position
Surface.
Meanwhile the 6th flange driving assembly 162 to drive the 6th flange block 161 by its flange position to advance to it outward initial
The edge rim charge 5 of 6th edge 3 (VI) is extrapolated to the 6th edge 3 (VI) from the inner surface of the 6th edge 3 (VI) by flanging position
Outer surface.
Step S5:
First flange driving assembly 112, the second flange driving assembly 122, third flange driving assembly 132, the 4th flange
Driving assembly 142, the 5th flange driving assembly 152 and the 6th flange driving assembly 162 respectively drive the first flange block 111,
Second flange block 121, third flange block 131, the 4th flange block 141, the 5th flange block 151 and the 6th flange block 161 are simultaneously
Respective final flanging position is being displaced downwardly to by respective initial flanging position respectively, 15s~25s is being kept, covers edge rim charge 5
It covers and is pressed on the outer surface of edge part 3.In the present embodiment, it is preferred that each flange block is in respective final flanging position
It sets and keeps flanging 20s.
Step S6:
First flange driving assembly 112, the second flange driving assembly 122, third flange driving assembly 132, the 4th flange
Driving assembly 142, the 5th flange driving assembly 152 and the 6th flange driving assembly 162 respectively drive the first flange block 111,
Second flange block 121, third flange block 131, the 4th flange block 141, the 5th flange block 151 and the 6th flange block 161 are simultaneously
Respective initial flanging position is risen to by respective final flanging position respectively.
Step S7:
Second flange driving assembly 122 drives the second flange block 121 inwardly to be retreated by its initial flanging position to its flange
Position.
Meanwhile the 6th flange driving assembly 162 drive the 6th flange block 161 inwardly retreated by its initial flanging position to it
Flange position.
Step S8:
Second flange driving assembly 122 drives the second flange block 121 to be displaced downwardly to respective initial position by its flange position.
Meanwhile the 6th flange driving assembly 162 to drive the 6th flange block 161 to be displaced downwardly to by its flange position respective initial
Position.
Step S9:
It is initial to it that third flange driving assembly 132 drives third flange block 131 inwardly to be retreated by its initial flanging position
Position.
Meanwhile the 5th flange driving assembly 152 drive the 5th flange block 151 inwardly retreated by its initial flanging position to it
Initial position.
Step S10:
It is initial to it that first flange driving assembly 112 drives the first flange block 111 inwardly to be retreated by its initial flanging position
Position.
Meanwhile the 4th flange driving assembly 142 drive the 4th flange block 141 inwardly retreated by its initial flanging position to it
Initial position.
Structural representation of the edge part of car door upper decoration plate attacker's component after bound edge in Fig. 7 the embodiments of the present invention
Figure.
As shown in fig. 7, using above-mentioned car door upper decoration plate attacker's component Wrapping apparatus and Wrapping method make-up hand unit 2
3 bound edge of edge part after the completion of, edge rim charge can be covered and is bonded on the outer surface 3 (b) of edge part 3.
The action and effect of embodiment
The car door upper decoration plate attacker component Wrapping apparatus according to involved in the present embodiment, because there is positioning mechanism, turn over
Side mechanism, electrical conduction mechanism and control mechanism, wherein there is flange body the first flange unit, the second flange unit, third to turn over
Side unit, the 4th flange unit, the 5th flange unit and the 6th flange unit, the first flange unit have the first flange block and
First flange drive member, the first flange block is corresponding with the first edge, and the shape of end face and the first edge matches, therefore when the
When one flange drive member drives the first flange block to carry out outside forward motion, the first flange block is by the edge rim charge of the first edge
It is extrapolated to the outer surface of the first edge, so that the edge rim charge of the first edge forms the flange to match with the shape of the first edge
Folding line.Second flange unit, third flange unit, the 4th flange unit, the 5th flange unit and the 6th flange unit have
Flanging effect similar with the first flange unit, therefore can be realized by above-mentioned six flange units to entire attacker's component
Six edge of edge part carry out flanging respectively, so that edge rim charge is in outer surface that is subsequent capped and being pressed on edge part
When can along flange folding line carry out bending, not only ensure that the accuracy of bending position, but also bound edge profile is more beautiful.
In addition, all flange blocks all have flange block main body and two flange block scrap (bridge)s, and turned over due to working as first
Side block, the second flange block, third flange block, the 4th flange block, the 5th flange block and the 6th flange block are in respective first
When beginning position, in same level, the 4th is turned over for the first flange block, third flange block, the 4th flange block and the 5th flange block
The edge of two flange block scrap (bridge)s of the side block edge and the 5th flange with a flange block scrap (bridge) of third flange block respectively
The edge of one flange block scrap (bridge) of block is horizontally overlapping, and the height of the second flange block is lower than the first flange block and the second flange block
The edge of two flange block scrap (bridge)s is another with the edge of a flange block scrap (bridge) of the first flange block and third flange block respectively
The edge of one flange block scrap (bridge) is overlapped up and down, and the height of the 6th flange block is lower than two of the first flange block and the 6th flange block
The edge of flange block scrap (bridge) is another with the edge of another flange block scrap (bridge) of the first flange block and the 5th flange block respectively
The edge of a flange block scrap (bridge) is overlapped up and down, and the arrangement (layout) of above-mentioned six flange blocks can be with the attacker of car door upper decoration plate
Component more narrow space is adapted, to solve the problems, such as that operating space is limited.
In addition, after the first flange block and the 4th flange block carry out outside forward motion simultaneously, third flange block and the 5th
Flange block carries out outside forward motion simultaneously, before then the second flange block and the 6th flange block successively carry out up and out simultaneously
Precession is made, at this point, the first flange block, the second flange block, third flange block, the 4th flange block, the 5th flange block and the 6th turn over
Side block is in same level, and the edge of their flange block scrap (bridge) is accordingly in contact but is not overlapped to form annular
Closing structure, so that even tension that entire edge rim charge is subject to and continuous, avoids due to the tension being subject to is uneven, discontinuous
The problem of caused rim charge creases easily.
In addition, entire Wrapping apparatus is easy to operate, the bound edge of car door upper decoration plate attacker's component bound edge is greatly improved
Efficiency, bound edge quality and bound edge stability.
Further, the first flange drive member can also drive the first flange block to be moved down or vertical motion, when
When one flange block carries out moving down movement, the first flange block pushes the edge rim charge of the first edge, it is made to cover and be pressed in
On the outer surface of first edge.Second flange block, third flange block, the 4th flange block, the 5th flange block and the 6th flange block
Equally corresponding edge rim charge can be pressed on the second edge, third side respectively under the driving of corresponding drive member
Portion, the 4th edge, the 5th edge, the 6th edge and the 6th edge outside face on.Above-mentioned machinery pressure clamp force is compressed than by hand
Dynamics is much larger, therefore under same activationary temperature, is much better than craft using the bonding firmness that this equipment carries out mechanical bound edge
Bound edge.
Above embodiment is the preferred case of the utility model, is not intended to limit the protection scope of the utility model.
Claims (8)
1. a kind of car door upper decoration plate attacker component Wrapping apparatus, for the edge of car door upper decoration plate attacker's component will to be pasted onto
The edge rim charge of decorative fabric on the inner surface in portion is overturn from the inner surface of the edge part of attacker's component to described
On the outer surface of edge part, the edge part is hexagonal structure, has sequentially connected first edge, the along clockwise direction
Two edge, third edge, the 4th edge, the 5th edge and the 6th edge, the length longest of first edge, feature exist
In, comprising:
Positioning mechanism, for the car door upper decoration plate to be fixed；
Flange body, for overturning and compressing the decorative fabric；
Electrical conduction mechanism, for being powered to the positioning mechanism and the flange body；And
Control mechanism, for controlling the positioning mechanism, the flange body and the electrical conduction mechanism,
Wherein, the flange body include the first flange unit, the second flange unit, third flange unit, the 4th flange unit,
5th flange unit and the 6th flange unit,
The first flange unit includes:
First flange block, corresponding with first edge, the shape of end face and first edge matches；With
First flange drive member, for driving first flange block to carry out forward or backward action,
First flange block is driven to carry out outside forward motion when the control mechanism controls the first flange drive member
When, the edge rim charge of first edge is extrapolated to the outer surface of first edge by first flange block,
The second flange unit includes:
Second flange block, corresponding with second edge, the shape of end face and second edge matches；With
Second flange drive member, for driving second flange block to be risen or moving down, forward or backward action,
When the control mechanism control the second flange drive member drive second flange block successively carries out it is upward and
When outside forward motion, the edge rim charge of second edge is extrapolated to second edge by second flange block
Outer surface,
The third flange unit includes:
Third flange block, corresponding with the third edge, the shape of end face and the third edge matches；With
Third flange drive member, for driving the third flange block to carry out forward or backward action,
The third flange block is driven to carry out outside forward motion when the control mechanism controls the third flange drive member
When, the edge rim charge of the third edge is extrapolated to the outer surface of the third edge by the third flange block,
The 4th flange unit includes:
4th flange block, corresponding with the 4th edge, the shape of end face and the 4th edge matches；With
4th flange drive member, for driving the 4th flange block to carry out forward or backward action,
The 4th flange block is driven to carry out outside forward motion when the control mechanism controls the 4th flange drive member
When, the edge rim charge of the 4th edge is extrapolated to the outer surface of the 4th edge by the 4th flange block,
The 5th flange unit includes:
5th flange block, corresponding with the 5th edge, the shape of end face and the 5th edge matches；With
5th flange drive member, for driving the 5th flange block to carry out forward or backward action,
The 5th flange block is driven to carry out outside forward motion when the control mechanism controls the 5th flange drive member
When, the edge rim charge of the 5th edge is extrapolated to the outer surface of the 5th edge by the 5th flange block,
The 6th flange unit includes:
6th flange block, corresponding with the 6th edge, the shape of end face and the 6th edge matches；With
6th flange drive member, for driving the 6th flange block to be risen or moving down, forward or backward action,
When the control mechanism control the 6th flange drive member drive the 6th flange block successively carries out it is upward and
When outside forward motion, the edge rim charge of the 6th edge is extrapolated to the 6th edge by the 6th flange block
Outer surface,
First flange block, second flange block, the third flange block, the 4th flange block, the 5th flange
Block and the 6th flange block all have flange block main body and two arranged on left and right sides for being separately positioned on the flange block main body
Flange block scrap (bridge),
When first flange block, second flange block, the third flange block, the 4th flange block, the described 5th turn over
When side block and the 6th flange block are in respective initial position, first flange block, the third flange block, institute
The 4th flange block and the 5th flange block are stated in same level, two flange block scrap (bridge)s of the 4th flange block
An edge flange block with the edge of a flange block scrap (bridge) of the third flange block and the 5th flange block respectively
The edge of scrap (bridge) is horizontally overlapping, and the height of second flange block is lower than the two of first flange block and second flange block
The edge of a flange block scrap (bridge) respectively with the edge and the third flange of a flange block scrap (bridge) of first flange block
The edge of another flange block scrap (bridge) of block is overlapped up and down, and the height of the 6th flange block is lower than first flange block and institute
State the edges of two flange block scrap (bridge)s of the 6th flange block side with another flange block scrap (bridge) of first flange block respectively
The edge of edge and another flange block scrap (bridge) of the 5th flange block is overlapped up and down,
After first flange block and the 4th flange block carry out outside forward motion simultaneously, the third flange block and institute
State the 5th flange block while carrying out outside forward motion, then second flange block and the 6th flange block simultaneously successively into
Row forward motion up and out, at this point, first flange block, second flange block, the third flange block, described the
Four flange blocks, the 5th flange block and the 6th flange block are in same level, and their flange block scrap (bridge)
Edge be accordingly in contact but be not overlapped.
2. car door upper decoration plate attacker component Wrapping apparatus according to claim 1, it is characterised in that:
Wherein, the first flange drive member is under the control of the control mechanism, additionally it is possible to drive first flange block
It is moved down or vertical motion,
When first flange block carries out moving down movement, first flange block is by the edge rim charge of first edge
It pushes, covers it and be pressed on the outer surface of first edge.
3. car door upper decoration plate attacker component Wrapping apparatus according to claim 1, it is characterised in that:
Wherein, when the second flange drive member is under the control of the control mechanism, driving second flange block is carried out
When moving down movement, second flange block pushes the edge rim charge of second edge, it is made to cover and be pressed in
On the outer surface of second edge.
4. car door upper decoration plate attacker component Wrapping apparatus according to claim 1, it is characterised in that:
Wherein, the third flange drive member is under the control of the control mechanism, additionally it is possible to drive the third flange block
It is moved down or vertical motion,
When the third flange block carries out moving down movement, the third flange block is by the edge rim charge of the third edge
It pushes, covers it and be pressed on the outer surface of the third edge.
5. car door upper decoration plate attacker component Wrapping apparatus according to claim 1, it is characterised in that:
Wherein, the 4th flange drive member is under the control of the control mechanism, additionally it is possible to drive the 4th flange block
It is moved down or vertical motion,
When the 4th flange block carries out moving down movement, the 4th flange block is by the edge rim charge of the 4th edge
It pushes, covers it and be pressed on the outer surface of the 4th edge.
6. car door upper decoration plate attacker component Wrapping apparatus according to claim 1, it is characterised in that:
Wherein, the 5th flange drive member is under the control of the control mechanism, additionally it is possible to drive the 5th flange block
It is moved down or vertical motion,
When the 5th flange block carries out moving down movement, the 5th flange block is by the edge rim charge of the 5th edge
It pushes, covers it and be pressed on the outer surface of the 5th edge.
7. car door upper decoration plate attacker component Wrapping apparatus according to claim 1, it is characterised in that:
Wherein, when the 6th flange drive member is under the control of the control mechanism, driving the 6th flange block is carried out
When moving down movement, the 6th flange block pushes the edge rim charge of the 6th edge, it is made to cover and be pressed in
On the outer surface of 6th edge.
8. car door upper decoration plate attacker component Wrapping apparatus according to claim 1, it is characterised in that:
Wherein, the first flange drive member, the second flange drive member, the third flange drive member, described
4th flange drive member, the 5th flange drive member and the 6th flange drive member are cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821562600.7U CN209007969U (en) | 2018-09-21 | 2018-09-21 | Car door upper decoration plate attacker's component Wrapping apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821562600.7U CN209007969U (en) | 2018-09-21 | 2018-09-21 | Car door upper decoration plate attacker's component Wrapping apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209007969U true CN209007969U (en) | 2019-06-21 |
Family
ID=66834144
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821562600.7U Withdrawn - After Issue CN209007969U (en) | 2018-09-21 | 2018-09-21 | Car door upper decoration plate attacker's component Wrapping apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209007969U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108908910A (en) * | 2018-09-21 | 2018-11-30 | 德奥福臻越智能机器人（杭州）有限公司 | Car door upper decoration plate attacker's component Wrapping apparatus and Wrapping method |
-
2018
- 2018-09-21 CN CN201821562600.7U patent/CN209007969U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108908910A (en) * | 2018-09-21 | 2018-11-30 | 德奥福臻越智能机器人（杭州）有限公司 | Car door upper decoration plate attacker's component Wrapping apparatus and Wrapping method |
| CN108908910B (en) * | 2018-09-21 | 2023-11-28 | 德奥福臻越智能机器人（杭州）有限公司 | Edge wrapping device and edge wrapping method for buckling hand part of automobile door upper decorative plate |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104162976B (en) | Hemmer and equipment for wrapping | |
| CN104057287B (en) | A kind of pressing machine and installation method for glass door for refrigerator | |
| CN203344312U (en) | Turning device and edge covering equipment | |
| CN209007969U (en) | Car door upper decoration plate attacker's component Wrapping apparatus | |
| CN104162975A (en) | Turning device and edge covering equipment | |
| CN104162978B (en) | Compressing device and edge wrapping equipment | |
| CN104058136B (en) | Novel packaging equipment and packaging method | |
| CN206047532U (en) | A kind of miniature motor rotor fills magnet ring machine automatically | |
| CN203527876U (en) | Compressing device and edge wrapping equipment | |
| CN108908910A (en) | Car door upper decoration plate attacker's component Wrapping apparatus and Wrapping method | |
| CN204620781U (en) | Fabric clamping device and equipment for wrapping | |
| CN209007962U (en) | Car door upper decoration plate rebate members Wrapping apparatus | |
| CN104385681B (en) | Automatic packing box forming machine and forming method thereof | |
| CN108908911A (en) | Car door upper decoration plate rebate members Wrapping apparatus and Wrapping method | |
| CN108556317B (en) | Hemmer, equipment for wrapping, corner Wrapping method with zigzag compact heap | |
| CN203819002U (en) | Integrated machining device for waterproof film of automobile door | |
| CN203289999U (en) | Fruit paper bag bagging machine | |
| CN108908909A (en) | Hold-down mechanism and car roof Wrapping apparatus with pre- pressing mold tire | |
| CN211074751U (en) | Edge covering equipment for automotive interior parts | |
| CN208343491U (en) | Hold-down mechanism and car roof Wrapping apparatus | |
| CN205111542U (en) | A compound burnishing machine for inside and outside polishing of electric machine coil | |
| CN112721218A (en) | Edge covering mechanism imitating hand-shaped grabbing and edge covering method thereof | |
| CN108556316B (en) | There are the hemmer, equipment for wrapping, Contraband shape side Wrapping method of zigzag compact heap | |
| CN108556318B (en) | Hemmer, equipment for wrapping and Wrapping method with zigzag compact heap | |
| CN208343442U (en) | Flange body and car roof Wrapping apparatus |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20190621 Effective date of abandoning: 20231128 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20190621 Effective date of abandoning: 20231128 |