CN207724866U - A kind of automotive upholstery non-woven fabrics anti-package heating blanching, bonder - Google Patents
A kind of automotive upholstery non-woven fabrics anti-package heating blanching, bonder Download PDFInfo
- Publication number
- CN207724866U CN207724866U CN201721888296.0U CN201721888296U CN207724866U CN 207724866 U CN207724866 U CN 207724866U CN 201721888296 U CN201721888296 U CN 201721888296U CN 207724866 U CN207724866 U CN 207724866U
- Authority
- CN
- China
- Prior art keywords
- hole
- cylinder
- face
- package
- heat source
- 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.)
- Expired - Fee Related
Links
Landscapes
- Injection Moulding Of Plastics Or The Like (AREA)
Abstract
The utility model proposes a kind of automotive upholstery non-woven fabrics anti-packages to heat blanching, bonder, specifically include product blowing, binder, the heat source briquetting of anti-package component heats, anti-package component stroke cylinder acts, the compression cylinder of anti-package component pushes, press pressurize, then the compression cylinder of anti-package component rises, the stroke cylinder of anti-package component retreats, feeding pressure mechanism unclamps, pickup, its device, including bottom plate, mold, binder component and anti-package component, binder component includes rotary cylinder, rotary cylinder pedestal, rotary shaft, shaft coupling, rotating arm, compact heap, bearing, bearing block and bearing (ball) cover, anti-package component is divided into end face anti-package component and side anti-package component, advantageous effect：Automotive upholstery non-woven fabrics anti-package heating blanching, bonder have the characteristics that simple for process compared with original technology, production efficiency greatly improves, output capacity higher, saves material, and homogeneity of product well has considerable market value and development prospect with interchangeability.
Description
Technical field
The utility model is related to automotive interior product technical field, especially the non-woven fabrics anti-package blanching of automotive upholstery,
Adhesion technique and products thereof.
Background technology
With the continuous development of society and progressive, the use of automobile is more and more extensive, and automotive upholstery is important as its
Component part, be an indispensable crucial ring；Automotive upholstery in process of production, one of them important production link
Be exactly by the epidermis anti-package after cutting, bonding injection molding skeleton marginal portion, to realize technique purpose, with this obtain one it is more complete
Beautiful automotive upholstery.
And A, B, C column frequently with non-woven fabric back packet, adhesion technique through reaching technique purpose in automotive upholstery.Tradition
Automotive upholstery A, B, C column non-woven fabrics anti-package, adhesion technique generally use two methods：The first technique, it is anti-using craft
Packet automotive upholstery A, B, C column non-woven fabrics+manual ultrasonic spot welding two procedures realize A, B, C column nonwoven in automotive upholstery
Cloth anti-package, adhesion technique, this technique have production capacity is low, high labor cost, efficiency is low, output capacity is low, waste of manpower, consistency
And the feature of interchangeability difference, product quality cannot be ensured with delivery date；Second of technique utilizes anti-package unit+super
Sound wave welds two complete equipments, and two procedures realize A, B, C column non-woven fabrics anti-package, adhesion technique, this side in automotive upholstery
Method has very big promotion in terms of production capacity and efficiency, and consistency and interchangeability are good, and product quality also has than before with delivery date
It ensures, but apparent the disadvantage is that equipment cost is expensive, it is particularly evident when product production capacity demand is not prodigious.
In existing automotive upholstery in A, B, C column non-woven fabrics anti-package, adhesion technique, two kinds of non-woven fabrics anti-packages, bonding work
Skill has low low production capacity, high labor cost, output capacity, waste of manpower, homogeneity of product and interchangeability poor, product quality and friendship
Delivery date cannot ensure, the distinct disadvantages such as equipment cost costliness.
Invention content
The utility model purpose of design is：For the deficiency in the non-woven fabrics anti-package of existing automotive upholstery, adhesion technique,
It is proposed that a kind of production capacity is high, production efficiency is high, output capacity is high, save manpower, artificial and equipment cost is cheap, homogeneity of product with can
Interchangeability is good, product quality is secure with the phase of friendship automotive upholstery non-woven fabrics anti-package, bonder.
To achieve the above object, the utility model adopts the following technical solution：
A kind of automotive upholstery non-woven fabrics anti-package heating blanching, bonder, including bottom plate, mold, binder component and anti-
Pack assembly.
The bottom plate is reference for installation plate, and the bottom plate is fixed with mold, binder component and anti-package component；
The mold is equipped with inner cavity, cavity, end plate and mold mounting hole, and the inner cavity is closely pasted with injection molding skeleton outer surface
It closing, the injection molding skeleton is to wait for anti-package product, and anti-package material is non-woven fabrics, and the injection molding skeleton lateral edges are main anti-package face,
The injection molding skeleton lateral edges are equipped with blanching welding bar, and the cavity is arranged in the bottom of the mold, and the end plate setting exists
The mold bottom both sides, the mold mounting hole are through-hole, are arranged in the end plate upper surface；The binder component includes rotation
Rotaring cylinder, rotary cylinder pedestal, rotary shaft, shaft coupling, rotating arm, compact heap, bearing, bearing block and bearing (ball) cover, the rotation
The bottom face of rotaring cylinder pedestal and side end face are equipped with rotary cylinder base plate through holes, and the rotary cylinder base side face fixes peace
Equipped with the rotary cylinder, the rotary cylinder rotary end surface is uniformly provided with several end plate threaded holes, and the shaft coupling center is set
There is threaded hole, be screwed and connect with the rotary shaft, periphery is uniformly provided with matched with the rotary cylinder rotary end surface
Shaft coupling through-hole, the rotary shaft are a root long axis, and one end is equipped with screw thread, and the other end is equipped with spindle nose, the spindle nose and the axis
Cooperation is held, the bearing is mounted in the bearing hole of the bearing block, and the bearing block is equipped with bearing block hole, with the bottom plate
Bolt is fixed, and bearing (ball) cover fixation is located at the bearing block another side, and intermediate ends are equipped with several with the rotating arm phase
The rotation shaft key groove of cooperation, the rotary shaft and the rotating arm keyway secure fit, the rotating arm are equipped with rotating beam, locking
Set, locking hole, reinforcing notch, rotating arm keyway, connector, connecting hole and counter sink, the locking hole are through-hole, are located at described
The center of lock sleeve, in the lock sleeve side, the locking hole is directed toward in the reinforcing notch direction for the reinforcing notch setting
Center, the rotating arm keyway are located at the lock sleeve other side, and the connecting hole is through-hole, is located at the connector upper end
Face, the counter sink are located at the top of the reinforcing notch, run through the reinforcing notch and the lock sleeve, the compact heap is close
Like being in cuboid, upper surface is equipped with the compact heap threaded hole coordinated with the connecting hole, lower face curved-surface structure and the injection molding
The curved-surface structure of skeleton inner surface corresponding position is identical, is fixedly connected by screw with the rotating arm；The anti-package component point
For end face anti-package component and side anti-package component；
The end face anti-package component includes stroke cylinder pedestal, the first stroke cylinder, heat resistance plate, end face heat source briquetting, sense
Device, lateral connection block, longitudinally connected piece and stroke limit block, the bottom face of the stroke cylinder pedestal and side end face is answered to be equipped with
Stroke cylinder base plate through holes, the stroke cylinder base side face are installed with first stroke cylinder, the first row
The stroke limit block has been bolted in stroke cylinder upper side, and first stroke cylinder tail portion is bolted
Longitudinally connected piece is stated, the inductor is fixedly connected on described longitudinally connected piece, first stroke cylinder downside passes through
It is bolted the lateral connection block, the lateral connection block is fixedly connected with the inductor, first stroke cylinder
Head is fixedly connected with heat resistance plate, and the heat resistance plate is fixedly connected with the end face heat source briquetting screw, the end face heat source pressure
Block is equipped with V-arrangement and presses panel, and the heat source briquetting lower surface of the V-arrangement pressing panel is equipped with stitching surface；
The side anti-package component includes I-shaped pedestal, the second stroke cylinder, cylinder, air cylinder support, connecting shaft, bridge joint
Plate, bridge joint axis, pressing plate, briquetting, side heat source briquetting, inductor, lateral connection block and stroke limit block, the I-shaped pedestal
Bottom end face is equipped with I-shaped base plate through holes, and upper surface is equipped with I-shaped base threaded hole, with the second stroke cylinder bolt
The stroke limit block, the second stroke cylinder downside has been bolted in connection, the second stroke cylinder upper side
The lateral connection block has been bolted in face, and the lateral connection block is fixedly connected with the inductor, second row
Stroke cylinder head is fixedly connected with the briquetting, and the air cylinder support has been bolted in second stroke cylinder tail portion,
The air cylinder support is equipped with hinge, the tail cylinder and the hinge connection, and the bridging board is equipped with bridging board through-hole and bridge
Centre bore is connect, the pressing plate is equipped with bridge joint hole, bridge joint axis hole, U-shaped hole, connecting shaft hole and heat source block slots, the bridge joint hole and is
Square hole is located in the middle part of the pressing plate, and periphery is arranged with pressing plate through-hole, and the pressing plate through-hole passes through with the bridging board through-hole
Screw is fixedly connected, and the pressing plate side is equipped with bridge joint axis hole, and the bridge joint axis hole is with the bridge joint centre bore by bridging axis
It is connected, the U-shaped hole is located at pressing plate tail portion center, and the pressing plate side end face is equipped with connection in the U-shaped hole position
Axis hole is connected with the cylinder head by connecting shaft, and the heat source block slots are located at the pressing plate head, heat source briquetting
If slot is equipped with dry heat source briquetting connecting hole, the side heat source briquetting is equipped with heat source briquetting through-hole, the heat source briquetting connecting hole
It is bolted with the heat source briquetting through-hole.
Further, the bottom plate and the mold mounting hole are bolted to connection.
Further, the rotary cylinder is fixedly connected with the coupling bolt.
Further, the curve form phase of the stitching surface curve shape and the injection molding skeleton inner surface corresponding position
Together.
Further, the reinforcing clearance gaps distance range is 2 ~ 5mm.
Further, the countersunk head axially bored line is vertical with the reinforcing notch plane, and the reinforcing notch passes through interior hexagonal
It is bolted, locks the lock sleeve and the rotary shaft.
（Note：The automotive upholstery is the production that the injection molding skeleton fits closely reverse wrap molding with the non-woven fabrics
Product.）
Automotive upholstery non-woven fabrics anti-package unit heating blanching, the bonder for implementing the utility model, have with following
Beneficial effect：
1, automotive upholstery non-woven fabrics anti-package heating blanching, adhesion technique have simple for process compared with original technology, by
Two procedures originally, in conjunction with a procedure is become, production efficiency greatly improves；
2, the two procedures of the prior art need more people to complete work, present non-woven fabrics anti-package heating blanching, bonding work
Skill only needs one man operation that can complete, and equipment is automatic control, artificial only to take, put material, so production effect
Rate greatly improves, output capacity higher, and saves cost of labor, saves material；
3, homogeneity of product and interchangeability be good, product quality and friendship phase obtain effective guarantee；
4, internal ornament for car non-woven fabrics anti-package heating blanching, the equipment entirety manufacturing cost of adhesion technique are cheap, section
About factory site space has considerable market value and development prospect.
Description of the drawings
It is required in being described below to embodiment in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing to be used is briefly described.
Fig. 1 be the present embodiment automotive upholstery non-woven fabrics anti-package heat blanching, bonder structural perspective；
Fig. 2 is that the present embodiment does not complete the injection molding skeleton structural schematic diagram before non-woven fabrics anti-package heating blanching, adhesion technique；
Fig. 3 is that the present embodiment completes the injection molding skeleton structural schematic diagram after non-woven fabrics anti-package heating blanching, adhesion technique；
Fig. 4 is the stereogram of the present embodiment mold；
Fig. 5 is the present embodiment mold elevational schematic view；
Fig. 6 is the exploded perspective view of the present embodiment binder component；
Fig. 7 is the structural schematic diagram of the present embodiment rotating arm；
Fig. 8 is the vertical view of the present embodiment rotating arm；
Fig. 9 is the structural schematic diagram of the present embodiment compact heap；
Figure 10 is the stereogram of the present embodiment end face anti-package component；
Figure 11 is the elevational schematic view of the present embodiment end face anti-package component；
Figure 12 is the stereogram of the present embodiment side anti-package component；
Figure 13 is the exploded perspective view of the present embodiment side anti-package component；
Figure 14 be the present embodiment automotive upholstery non-woven fabrics anti-package heat blanching, bonder front view；
Figure 15 is the Section A-A sectional view of Figure 14；
Figure 16 is the location of C enlarged drawing of Figure 15；
Figure 17 be the present embodiment automotive upholstery non-woven fabrics anti-package heat blanching, bonder left view；
Figure 18 is the section B-B sectional view of Figure 17；
Figure 19 is the positions the E enlarged drawing of Figure 18；
Wherein,
| 1 | Bottom plate | 38 | Longitudinally connected piece |
| 2 | Binder component | 39 | Stroke cylinder pedestal |
| 21 | Rotary cylinder | 391 | Stroke cylinder base plate through holes |
| 211 | End plate threaded hole | 4.4a.4b.4c.4d | Side anti-package component |
| 22 | Rotary cylinder pedestal | 40 | Connecting shaft |
| 221 | Rotary cylinder base plate through holes | 41 | Side heat source briquetting |
| 23 | Rotary shaft | 411 | Heat source briquetting through-hole |
| 231 | Rotate shaft key groove | 42 | Briquetting |
| 232 | Spindle nose | 43 | Pressing plate |
| 24 | Rotating arm | 431 | Pressing plate through-hole |
| 241 | Rotating beam | 432 | U-shaped hole |
| 242 | Lock sleeve | 433 | Bridge axis hole |
| 243 | Locking hole | 434 | Heat source block slots |
| 244 | Reinforce notch | 435 | Heat source briquetting connecting hole |
| 245 | Rotating arm keyway | 436 | Connecting shaft hole |
| 246 | Connecting hole | 437 | Bridge hole |
| 247 | Connector | 44 | Cylinder |
| 248 | Counter sink | 441 | Hinge |
| 25 | Bearing block | 45 | Bridge axis |
| 251 | Bearing hole | 46 | Bridging board |
| 252 | Bearing block hole | 461 | Bridge centre bore |
| 26 | Bearing | 462 | Bridging board through-hole |
| 27 | Bearing (ball) cover | 47 | Second stroke cylinder |
| 28 | Shaft coupling | 48 | Air cylinder support |
| 281 | Shaft coupling through-hole | 49 | I-shaped pedestal |
| 29 | Compact heap | 491 | I-shaped base plate through holes |
| 291 | Compact heap threaded hole | 492 | I-shaped base threaded hole |
| 3.3a.3b.3c | End face anti-package component | 5 | It is molded skeleton |
| 31 | End face heat source briquetting | 51 | Blanching welding bar |
| 311 | Stitching surface | 6 | Mold |
| 312 | V-arrangement presses panel | 61 | Inner cavity |
| 32 | Heat resistance plate | 62a | First member plate |
| 33 | First stroke cylinder | 62b | Right end plate |
| 34 | Stroke limit block | 63 | Mold mounting hole |
| 35 | Lateral connection block | 64 | Cavity |
| 36 | Inductor | 7 | Non-woven fabrics |
| 37 | Bolt | 7a | Bond intact non-woven fabrics |
Specific implementation mode
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe.
Now provide a kind of automotive upholstery non-woven fabrics anti-package heating blanching, bonder embodiment.
As shown in Figure 1, the utility model proposes a kind of automotive upholstery non-woven fabrics anti-package heating blanching, bonder, packet
Include bottom plate 1, mold 6, binder component 2 and anti-package component（3、4）.
The bottom plate 1 is reference for installation plate, and the bottom plate 1 is fixed with mold 6, binder component 2 and anti-package component（3、
4）.
As shown in Figure 2-5, the mold is equipped with inner cavity 61, cavity 64, end plate (62a, 62b) and mold mounting hole 63, institute
It states inner cavity 61 to fit closely with 5 outer surface of injection molding skeleton, the injection molding skeleton 5 is to wait for anti-package product, and anti-package material is nonwoven
Cloth 7,5 lateral edges of injection molding skeleton are equipped with blanching welding bar 51, and the cavity 64 is arranged in the bottom of the mold 6, described
In 6 two bottom sides of the mold, the mold mounting hole 63 is through-hole, is arranged in the end plate for end plate (62a, 62b) setting
The upper surface (62a, 62b).As Figure 6-9, the binder component 2 includes rotary cylinder 21, rotary cylinder pedestal 22, rotary shaft
23, shaft coupling 38, rotating arm 24, compact heap 29, bearing 26, bearing block 25 and bearing (ball) cover 27, the rotary cylinder pedestal 22
Bottom face and side end face be equipped with rotary cylinder base plate through holes 221,22 side end face of rotary cylinder pedestal is installed with
The rotary cylinder 21,21 rotary end surface of the rotary cylinder are uniformly provided with 6 end plate threaded holes 211, in the shaft coupling 28
The heart is equipped with threaded hole, is screwed and connect with the rotary shaft 23, periphery is uniformly provided with and 21 rotary end surface of the rotary cylinder
Matched shaft coupling through-hole 281, the rotary shaft 23 are a root long axis, and one end is equipped with screw thread, and the other end is equipped with spindle nose 232,
The spindle nose 232 coordinates with the bearing 26, and the bearing 26 is mounted in the bearing hole 251 of the bearing block 25, the axis
Bearing 25 is equipped with bearing block hole 252, is fixed with 1 bolt of the bottom plate, and the fixation of the bearing (ball) cover 27 is located at the bearing block
25 another sides, intermediate ends are equipped with 7 and 24 matched rotation shaft key groove 231 of the rotating arm, the rotary shaft 23 and institute
24 keyway secure fit of rotating arm is stated, the rotating arm 24 is equipped with rotating beam 241, lock sleeve 242, locking hole 243, reinforcing notch
244, rotating arm keyway 245, connector 247, connecting hole 246 and counter sink 248, the locking hole 243 are through-hole, are located at described
The center of lock sleeve 242, the reinforcing notch 244 are arranged in 242 side of the lock sleeve, and 244 direction of reinforcing notch refers to
To 243 center of the locking hole, the rotating arm keyway 245 is located at 242 other side of the lock sleeve, and the connecting hole 246 is
Through-hole is located at 247 upper surface of the connector, and the counter sink 248 is located at the top of the reinforcing notch 244, through described
Notch 244 and the lock sleeve 242 are reinforced, the approximate compact heap 29 is in cuboid, and upper surface is equipped with matches with the connecting hole
The compact heap threaded hole 291 of conjunction, the curved-surface structure phase of lower face curved-surface structure and 5 inner surface corresponding position of the injection molding skeleton
Together, it is fixedly connected by screw with the rotating arm 24.The anti-package component is divided into end face anti-package component 3 and side anti-package component
4。
As shown in Figure 10,11, the end face anti-package component 3 includes stroke cylinder pedestal 39, the first stroke cylinder 33, thermal resistance
Plate 32, end face heat source briquetting 31, inductor 36, lateral connection block 35, longitudinally connected piece 38 and stroke limit block 34, the stroke
The bottom face of air cylinder base 39 and side end face are equipped with stroke cylinder base plate through holes 391,39 side end face of stroke cylinder pedestal
It is installed with first stroke cylinder 33, the stroke limit has been bolted in 33 upper side of the first stroke cylinder
Position block 34,33 tail portion of the first stroke cylinder is connected with described longitudinally connected piece 38, described longitudinally connected piece by bolt 37
The inductor 36 is fixedly connected on 38,33 downside of the first stroke cylinder is connected with the transverse direction by bolt 37 and connects
Block 35 is connect, the lateral connection block 35 is fixedly connected with the inductor 36,33 head of the first stroke cylinder and heat resistance plate
32 are fixedly connected, and the heat resistance plate 32 is fixedly connected with 31 screw of end face heat source briquetting, and the end face heat source briquetting 32 is set
There is V-arrangement to press panel 312, the heat source briquetting lower surface of the V-arrangement pressing panel 312 is equipped with stitching surface 311.
As shown in Figure 12,13, the side anti-package component 4 includes I-shaped pedestal 49, the second stroke cylinder 47, cylinder
44, air cylinder support 48, connecting shaft 40, bridging board 46, bridge joint axis 45, pressing plate 43, briquetting 42, side heat source briquetting 41, inductor
36, lateral connection block 35 and stroke limit block 34,49 bottom end face of I-shaped pedestal are equipped with I-shaped base plate through holes 491,
Upper surface is equipped with I-shaped base threaded hole 492, is bolted with second stroke cylinder 47, second stroke cylinder 47
The stroke limit block 34 has been bolted in upper side, and 47 downside of the second stroke cylinder is connected with by bolt 37
The lateral connection block 35, the lateral connection block 35 are fixedly connected with the inductor 36, second stroke cylinder 47
Portion is fixedly connected with the briquetting 42, and the air cylinder support 48, institute has been bolted in 47 tail portion of the second stroke cylinder
It states air cylinder support 58 and is equipped with hinge 441,44 tail portion of the cylinder is connect with the hinge 441, and the bridging board 46 is equipped with bridge joint
Plate through-hole 462 and bridge joint centre bore 461, the pressing plate 43 are equipped with bridge joint hole 437, bridge joint axis hole 436, U-shaped hole 432, connecting shaft
Hole 436 and heat source block slots 434, the bridge joint hole 437 are square hole, are located at 43 middle part of the pressing plate, periphery is arranged with 4
Pressing plate through-hole 431, the pressing plate through-hole 431 are fixedly connected with the bridging board through-hole 462 by screw, 43 side of the pressing plate
Equipped with bridge joint axis hole 433, the bridge joint axis hole 433 is connected with the bridge joint centre bore 461 by bridging axis 45, the U
Shape hole 432 is located at 43 tail portion center of the pressing plate, and 43 side end face of the pressing plate is equipped with connecting shaft hole in 432 position of the U-shaped hole
436, it is connected by connecting shaft 40 with 44 head of the cylinder, the heat source block slots 434 are located at 43 head of the pressing plate,
Heat source block slots 434 are equipped with 3 heat source briquetting connecting holes 435, and the side heat source briquetting 41 is equipped with heat source briquetting through-hole 411,
The heat source briquetting connecting hole 435 is bolted with the heat source briquetting through-hole 411.
Preferably, the bottom plate 1 and the mold mounting hole 63 are bolted to connection.
Preferably, the rotary cylinder 21 is fixedly connected with 28 bolt of the shaft coupling.
Preferably, the curve form phase of 311 curve shape of the stitching surface and 5 inner surface corresponding position of the injection molding skeleton
Together.
Preferably, 244 clearance distance ranging from 2 ~ 5mm of the reinforcing notch.
Preferably, 248 axis of the counter sink is vertical with reinforcing 244 planes of notch, and the reinforcing notch 244 passes through
Hexagon socket head cap screw connects, and locks the lock sleeve 242 and the rotary shaft 23.
Preferably, 5 material of injection molding skeleton is ABS+PC.
（Note：The automotive upholstery is the production that the injection molding skeleton fits closely reverse wrap molding with the non-woven fabrics
Product.）
Operation principle：A kind of internal ornament for car non-woven fabrics anti-package heating blanching, adhesion technique sequence of operation packet
Multiple functional sections are included, the functional section is followed successively by product blowing, binder, the heat source briquetting heating of anti-package component, anti-package component rows
Stroke cylinder acts, and the compression cylinder of anti-package component pushes, presses pressurize, and then the compression cylinder of anti-package component rises, anti-package group
The stroke cylinder of part retreats, and feeding pressure mechanism unclamps, pickup.
Automotive upholstery non-woven fabrics anti-package unit heating blanching, the bonder for implementing the utility model, have with following
Beneficial effect：
1, automotive upholstery non-woven fabrics anti-package heating blanching adhesion technique has simple for process compared with original technology, by original
The two procedures come, in conjunction with a procedure is become, production efficiency greatly improves；
2, the two procedures of the prior art need more people to complete work, present non-woven fabrics anti-package heating blanching, bonding work
Skill only needs one man operation that can complete, and equipment is automatic control, artificial only to take, put material, so production effect
Rate greatly improves, output capacity higher, and saves manpower, saves cost of labor, saves material；
3, homogeneity of product and interchangeability be good, product quality and friendship phase obtain effective guarantee；
4, internal ornament for car non-woven fabrics anti-package heating blanching, the equipment entirety manufacturing cost of adhesion technique are cheap, section
About factory site space has considerable market value and development prospect.
The embodiment of the utility model is explained in detail above in conjunction with attached drawing, but the utility model is not limited to
The above embodiment can also not depart from the utility model within the knowledge of a person skilled in the art
It makes a variety of changes, change under the premise of objective, replacing and modification, the scope of the utility model is by appended claims and its waits
Jljl limits.
Claims (6)
1. a kind of automotive upholstery non-woven fabrics anti-package heating blanching, bonder, it is characterised in that：Including
Bottom plate, the bottom plate are fixed with mold, binder component and end face anti-package component and side anti-package component；
Mold, the mold are equipped with inner cavity, cavity, end plate and mold mounting hole, and the inner cavity and injection molding skeleton outer surface are close
Fitting, the injection molding skeleton edges are equipped with blanching welding bar, and the cavity is arranged in the bottom of the mold, the end plate setting
In the mold bottom both sides, the mold mounting hole is through-hole, is arranged in the end plate upper surface；Binder component, the pressure
Expect that component includes rotary cylinder, rotary cylinder pedestal, rotary shaft, shaft coupling, rotating arm, compact heap, bearing, bearing block and bearing
End cap, the bottom face of the rotary cylinder pedestal and side end face are equipped with rotary cylinder base plate through holes, the rotary cylinder pedestal
Side end face is installed with the rotary cylinder, and the rotary cylinder rotary end surface is uniformly provided with several end plate threaded holes, described
Rotary cylinder is fixedly connected with the coupling bolt, and the shaft coupling center is equipped with threaded hole, solid with the rotation axle thread
Fixed connection, periphery be uniformly provided with the matched shaft coupling through-hole of the rotary cylinder rotary end surface, the rotary shaft is one
Long axis, one end are equipped with screw thread, and the other end is equipped with spindle nose, the spindle nose and the bearing fit, and the bearing is mounted on the axis
In the bearing hole of bearing, the bearing block is equipped with bearing block hole, is fixed with the bed bolt, and the bearing (ball) cover fixation is set
In the bearing block another side, intermediate ends are equipped with several and matched rotation shaft key groove of the rotating arm, the rotary shaft
With the rotating arm keyway secure fit, the rotating arm is equipped with rotating beam, lock sleeve, locking hole, reinforcing notch, rotating arm key
Slot, connector, connecting hole and counter sink, the locking hole are through-hole, are located at the center of the lock sleeve, the reinforcing notch is set
It sets in the lock sleeve side, the locking hole center is directed toward in the reinforcing notch direction, and the rotating arm keyway is located at described
The lock sleeve other side, the connecting hole are through-hole, are located at the connector upper surface, the counter sink is located at the reinforcing notch
Top, run through the reinforcing notch and the lock sleeve, the compact heap approximation be in cuboid, upper surface equipped with and the company
Connect the compact heap threaded hole of hole cooperation, the curved-surface structure phase of lower face curved-surface structure and the injection molding skeleton inner surface corresponding position
Together, it is fixedly connected by screw with the rotating arm；End face anti-package component, the end face anti-package component include stroke cylinder bottom
Seat, the first stroke cylinder, heat resistance plate, end face heat source briquetting, inductor, lateral connection block, longitudinally connected piece and stroke limit block,
The bottom face of the stroke cylinder pedestal and side end face are equipped with stroke cylinder base plate through holes, the stroke cylinder base side face
It is installed with first stroke cylinder, the stroke limit has been bolted in the first stroke cylinder upper side
Block, first stroke cylinder tail portion have been bolted described longitudinally connected piece, have been fixedly connected on described longitudinally connected piece
There are the inductor, first stroke cylinder downside that the lateral connection block, the lateral connection has been bolted
Block is fixedly connected with the inductor, and first stroke cylinder head is fixedly connected with heat resistance plate, the heat resistance plate with it is described
End face heat source briquetting screw is fixedly connected, and the end face heat source briquetting is equipped with V-arrangement and presses panel, the heat of the V-arrangement pressing panel
Source briquetting lower surface is equipped with stitching surface；
Side anti-package component, the side anti-package component include I-shaped pedestal, the second stroke cylinder, cylinder, air cylinder support, company
Spindle, bridging board, bridge joint axis, pressing plate, briquetting, side heat source briquetting, inductor, lateral connection block and stroke limit block, it is described
I-shaped base bottom end face is equipped with I-shaped base plate through holes, and upper surface is equipped with I-shaped base threaded hole, with second row
Stroke cylinder is bolted, and the stroke limit block, second row has been bolted in the second stroke cylinder upper side
The lateral connection block has been bolted in stroke cylinder downside, and the lateral connection block is fixedly connected with the inductor,
Second stroke cylinder head is fixedly connected with the briquetting, and second stroke cylinder tail portion has been bolted described
Air cylinder support, the air cylinder support are equipped with hinge, the tail cylinder and the hinge connection, and the bridging board is equipped with bridging board
Through-hole and bridge joint centre bore, the pressing plate is equipped with bridge joint hole, bridge joint axis hole, U-shaped hole, connecting shaft hole and heat source block slots, described
Bridge joint hole is square hole, is located in the middle part of the pressing plate, and periphery is arranged with pressing plate through-hole, the pressing plate through-hole and the bridging board
Through-hole is fixedly connected by screw, and the pressing plate side is equipped with bridge joint axis hole, and the bridge joint axis hole is logical with the bridge joint centre bore
Gap bridge spindle is connected, and the U-shaped hole is located at pressing plate tail portion center, and the pressing plate side end face is in the U-shaped hole position
Equipped with connecting shaft hole, it is connected by connecting shaft with the cylinder head, the heat source block slots are located at the pressing plate head,
If heat source block slots are equipped with dry heat source briquetting connecting hole.
2. a kind of automotive upholstery non-woven fabrics anti-package heating blanching according to claim 1, bonder, feature exist
In：The bottom plate and the mold mounting hole are bolted to connection.
3. a kind of automotive upholstery non-woven fabrics anti-package heating blanching according to claim 1, bonder, feature exist
In：The stitching surface curve shape is identical as the curve form of injection molding skeleton inner surface corresponding position.
4. a kind of automotive upholstery non-woven fabrics anti-package heating blanching according to claim 1, bonder, feature exist
In：The reinforcing clearance gaps distance range is 2 ~ 5mm.
5. a kind of automotive upholstery non-woven fabrics anti-package heating blanching according to claim 1, bonder, feature exist
In：The countersunk head axially bored line is vertical with the reinforcing notch plane, and the reinforcing notch is connected by hexagon socket head cap screw, locks institute
State lock sleeve and the rotary shaft.
6. a kind of automotive upholstery non-woven fabrics anti-package heating blanching according to claim 1, bonder, feature exist
In：The side heat source briquetting is equipped with heat source briquetting through-hole, the heat source briquetting connecting hole and the heat source briquetting through-hole bolt
Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721888296.0U CN207724866U (en) | 2017-12-29 | 2017-12-29 | A kind of automotive upholstery non-woven fabrics anti-package heating blanching, bonder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721888296.0U CN207724866U (en) | 2017-12-29 | 2017-12-29 | A kind of automotive upholstery non-woven fabrics anti-package heating blanching, bonder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207724866U true CN207724866U (en) | 2018-08-14 |
Family
ID=63083469
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721888296.0U Expired - Fee Related CN207724866U (en) | 2017-12-29 | 2017-12-29 | A kind of automotive upholstery non-woven fabrics anti-package heating blanching, bonder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207724866U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109986790A (en) * | 2017-12-29 | 2019-07-09 | 苏州卡尔博德精密机械有限公司 | A kind of automotive upholstery non-woven fabrics anti-package heating blanching, adhesion technique and device |
-
2017
- 2017-12-29 CN CN201721888296.0U patent/CN207724866U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109986790A (en) * | 2017-12-29 | 2019-07-09 | 苏州卡尔博德精密机械有限公司 | A kind of automotive upholstery non-woven fabrics anti-package heating blanching, adhesion technique and device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207724866U (en) | A kind of automotive upholstery non-woven fabrics anti-package heating blanching, bonder | |
| CN201973021U (en) | Quick connecting fastener for assembled stage | |
| CN204054274U (en) | Simple and easy stalk composite board | |
| CN109986790A (en) | A kind of automotive upholstery non-woven fabrics anti-package heating blanching, adhesion technique and device | |
| CN208393291U (en) | A kind of commercial vehicle battery mount structure | |
| CN205767613U (en) | A kind of fire resistant doorsets are with may move cold press | |
| CN207105656U (en) | A kind of edge-adjusting device for heating compounding machine | |
| CN209130502U (en) | A kind of anti-skidding assembly pad of isolation | |
| CN209717069U (en) | A kind of double V-shaped centering hinge compressing fixture | |
| CN211108424U (en) | Hot press device for thermocuring of underwear labels | |
| CN209381488U (en) | A kind of paper cup making machine scraps of paper positioning device | |
| CN206397916U (en) | A kind of driving crank | |
| CN206512802U (en) | Basin is embedded in installation reinforcing member under a kind of platform | |
| CN208881030U (en) | A kind of automotive upholstery compression molding groove binder frame | |
| CN207043812U (en) | A kind of automobile support cushion block processing tool | |
| CN207954151U (en) | A kind of pressing device reducing scrappage | |
| CN207961248U (en) | A kind of the new distance rod assembly | |
| CN101434365B (en) | U type sling for super large size plastic honeycomb cellular structure member | |
| CN218462986U (en) | Cold pressing tool | |
| CN206072044U (en) | A kind of adjustable car door railway carriage adhesive tool | |
| CN206446250U (en) | A kind of fixture that integrated board is cold-pressed for cold press | |
| CN2342955Y (en) | Multi-platen hot press | |
| CN221090091U (en) | Leather hot press for mobile phone shell | |
| CN209531994U (en) | A kind of Equipment for Heating Processing for aluminum alloy mould plate production | |
| CN204563456U (en) | A kind of exercycle shell fixed structure |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180814 Termination date: 20191229 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |