CN209007966U - Infrared and hot air combined heating device and Door Armrest equipment for wrapping - Google Patents
Infrared and hot air combined heating device and Door Armrest equipment for wrapping Download PDFInfo
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- CN209007966U CN209007966U CN201821547474.8U CN201821547474U CN209007966U CN 209007966 U CN209007966 U CN 209007966U CN 201821547474 U CN201821547474 U CN 201821547474U CN 209007966 U CN209007966 U CN 209007966U
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- heating unit
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- 238000010438 heat treatment Methods 0.000 title claims abstract description 117
- 239000004744 fabric Substances 0.000 claims abstract description 21
- 239000010410 layer Substances 0.000 claims abstract description 16
- 239000004831 Hot glue Substances 0.000 claims abstract description 15
- 238000002844 melting Methods 0.000 claims description 7
- 230000008018 melting Effects 0.000 claims description 7
- 238000005034 decoration Methods 0.000 claims description 2
- 230000007423 decrease Effects 0.000 claims description 2
- 230000009471 action Effects 0.000 abstract description 10
- 230000000630 rising effect Effects 0.000 abstract description 9
- 238000007373 indentation Methods 0.000 description 25
- 238000001816 cooling Methods 0.000 description 7
- 238000000034 method Methods 0.000 description 6
- 230000008569 process Effects 0.000 description 5
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 5
- 230000000694 effects Effects 0.000 description 4
- 230000008901 benefit Effects 0.000 description 3
- 230000007246 mechanism Effects 0.000 description 3
- 241000397426 Centroberyx lineatus Species 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 238000005265 energy consumption Methods 0.000 description 2
- 239000003292 glue Substances 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 239000000155 melt Substances 0.000 description 2
- 239000011265 semifinished product Substances 0.000 description 2
- 230000008859 change Effects 0.000 description 1
- 230000006835 compression Effects 0.000 description 1
- 238000007906 compression Methods 0.000 description 1
- 238000004590 computer program Methods 0.000 description 1
- 230000001788 irregular Effects 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 230000003340 mental effect Effects 0.000 description 1
- 230000008439 repair process Effects 0.000 description 1
- 230000007306 turnover Effects 0.000 description 1
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Abstract
The utility model provides a kind of infrared and hot air combined heating device and the Door Armrest equipment for wrapping comprising the heating device.The infrared and hot air combined heating device, the hot melt adhesive layer in decorative fabric on the outer surface of the edge part for that will be pasted onto Door Armrest heat fusing, comprising: infrared heating unit, it is corresponding with the long side of edge part；Hot-blast Heating unit, it is corresponding with the heterotype edge of edge part, anterior angle, relief angle and U-shaped breach；And vertical drive units, for driving infrared heating unit and Hot-blast Heating unit to carry out rising or falling movement simultaneously, when vertical drive units drive infrared heating unit and Hot-blast Heating unit to carry out lowering action simultaneously, infrared heating unit carries out heating fusing to the long leg rim charge of long edge position, and Hot-blast Heating unit carries out heating fusing to the special-shaped edge rim charge at heterotype edge, the forward corner rim charge at anterior angle, the back angle rim charge at relief angle and the notch section rim charge at U-shaped breach.
Description
Technical field
The utility model belongs to automobile decoration technical field of processing equipment, and in particular to a kind of infrared and hot air combined heating
Device and Door Armrest equipment for wrapping comprising the infrared and hot air combined heating device.
Background technique
In the process of Door Armrest, it is pasted onto the decorative fabric of the outer surface of the edge part of Door Armrest semi-finished product
It needs to overturn from the outer surface of edge part to the inner surface of edge part, and bonding with the inner surface of edge part.
In the prior art, infrared heating mode is generallyd use in the decorative fabric for the outer surface for being pasted onto Door Armrest
Hot melt adhesive layer carries out heating and melting.But the edge part of Door Armrest also has shape other than the long side of substantially rectilinear shape
The irregular heterotype edge of shape and anterior angle, relief angle and U-shaped breach, infrared heating fluorescent tube be difficult into heterotype edge, anterior angle, after
The abnormity that the shape of angle and U-shaped breach matches；And since the size of Door Armrest is smaller, flange block carry out bound edge movement when very
It is easily damaged infrared lamp, it is necessary to repair in time, seriously affect production efficiency.
Utility model content
The utility model is to solve the above-mentioned problems and carries out, and it is an object of the present invention to provide a kind of infrared and hot air combined add
Thermal and Door Armrest equipment for wrapping comprising the infrared and hot air combined heating device.
To achieve the above object, the utility model adopts the technical scheme that
<scheme one>
The utility model provides a kind of infrared and hot air combined heating device, for that will be pasted onto the edge part of Door Armrest
Outer surface on decorative fabric in hot melt adhesive layer heat fusing characterized by comprising infrared heating unit, with edge
The long side in portion is corresponding；Hot-blast Heating unit, it is corresponding with the heterotype edge of edge part, anterior angle, relief angle and U-shaped breach；And
Vertical drive units, for driving infrared heating unit and Hot-blast Heating unit to carry out rising or falling movement simultaneously, when vertical
When driving unit drives infrared heating unit and Hot-blast Heating unit to carry out lowering action simultaneously, infrared heating unit is to edge
The long leg rim charge of the long edge position in portion carries out heating fusing, and Hot-blast Heating unit is to the special-shaped edge rim charge at heterotype edge, anterior angle
Back angle rim charge at the forward corner rim charge at place, relief angle and the notch section rim charge at U-shaped breach carry out heating fusing.
Provided by the utility model infrared and hot air combined heating device, can also have the following features: wherein, infrared
The infrared lamp that heating unit has infrared heating fixed frame and is fixed on the infrared heating fixed frame, infrared lamp
Length direction along long side is arranged.
Provided by the utility model infrared and hot air combined heating device, can also have the following features: wherein, hot wind
Heating unit has the hot air duct to match with the shape of heterotype edge, anterior angle, relief angle and U-shaped breach, sets on hot air duct
It is equipped with multiple air-supplies along the setting of the length direction interval of hot air duct and with heterotype edge, anterior angle, relief angle and U-shaped breach opposite direction
Mouthful.
Provided by the utility model infrared and hot air combined heating device, can also have the following features: wherein, vertically
Driving unit includes: two vertical guide rails, is set in parallel；Two vertical slippers are separately mounted on two vertical guide rails；It hangs down
Straight crane is fixedly connected with two vertical slippers；And perpendicular drive component, it is connected with vertical lift frame, for driving
Vertical lift frame carries out rising or falling movement, and infrared heating unit and Hot-blast Heating unit are arranged at vertical lift frame
On.
<scheme two>
The utility model also provides a kind of Door Armrest equipment for wrapping, for will be pasted onto Door Armrest edge part it is outer
Decorative fabric on surface is from the inner surface that the outer surface of edge part overturn and be pressed on edge part, the inner surface of decorative fabric
With hot melt adhesive layer characterized by comprising positioning region, for Door Armrest to be fixed；Heating device is used for decorative cover
The hot melt adhesive layer of material melts；And turn-up portion, it overturns and compresses for the decorative fabric after being melted hot melt adhesive layer, wherein
Heating device is the infrared and hot air combined heating device of scheme one.
Door Armrest equipment for wrapping provided by the utility model, can also have the following features: wherein, positioning region has
Locating rack and the positioning mould tire for being fixed on the locating rack and matching with the shape of Door Armrest.
Utility model action and effect
The infrared and hot air combined heating device according to involved in the utility model and infrared and hot air combined comprising this
The Door Armrest equipment for wrapping of heating device, because having infrared heating unit, Hot-blast Heating unit and vertical drive units,
Infrared heating unit is corresponding with the long side of edge part, heterotype edge, anterior angle, relief angle and the U of Hot-blast Heating unit and edge part
V notch v is corresponding, when vertical drive units drive infrared heating unit and Hot-blast Heating unit to carry out lowering action simultaneously
When, infrared heating unit carries out heating fusing to the long leg rim charge of long edge position, and Hot-blast Heating unit is to the abnormity at heterotype edge
The back angle rim charge at forward corner rim charge, relief angle at edge rim charge, anterior angle and the notch section rim charge at U-shaped breach are added
Heat fusing, not only realizes the automated job of the hot melt adhesive layer heating and melting of the decorative fabric of Door Armrest, moreover, comprehensive benefit
The advantages of low energy consumption, cheap and Hot-blast Heating mode shape can arbitrarily make with infrared heating mode, thus
Heating and melting effectively is carried out to the rim charge of the edge part of Door Armrest.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of Door Armrest in the embodiments of the present invention；
Fig. 2 is the schematic perspective view of Door Armrest equipment for wrapping in the embodiments of the present invention；
Fig. 3 is the schematic perspective view of positioning region and turn-up portion in the embodiments of the present invention；
Fig. 4 is the schematic perspective view of positioning region and anterior angle hemmer in the embodiments of the present invention；
Fig. 5 is the schematic perspective view of anterior angle side flange body in the embodiments of the present invention；
Fig. 6 is the schematic perspective view of relief angle hemmer in the embodiments of the present invention；
Fig. 7 is the schematic perspective view of notch hemmer in the embodiments of the present invention；
Fig. 8 is the schematic perspective view in melten gel portion in the embodiments of the present invention；And
Fig. 9 is the top view in melten gel portion in the embodiments of the present invention.
Specific embodiment
Make furtherly below with reference to technical effect of the attached drawing to the design of the utility model, specific structure and generation
It is bright, to be fully understood from the purpose of this utility model, feature and effect.
Fig. 1 is the structural schematic diagram of Door Armrest in the embodiments of the present invention.
As shown in Figure 1, Door Armrest semi-finished product 1 are including Door Armrest skeleton 2 and are pasted onto the Door Armrest skeleton 2
The decorative fabric of outer surface.
The edge part of Door Armrest skeleton 2 include long side 3 along its length, the heterotype edge 4 opposite with the long side 3,
It connects the anterior angle 5 of the front end of long side 3 and heterotype edge 4, the relief angle 6 for the rear end for connecting long side 3 and heterotype edge 4 and is located at anterior angle 5
With the U-shaped breach 7 of the junction of heterotype edge 4.
It is rim charge that decorative fabric, which extends to the part except the edge part of Door Armrest skeleton 2, which is divided into position respectively
Long leg rim charge, special-shaped edge rim charge, forward corner side at long side 3, heterotype edge 4, anterior angle 5, relief angle 6 and U-shaped breach 7
Material, back angle rim charge and notch section rim charge.The inner surface of decorative fabric has hot melt adhesive layer, for decorative fabric to be pasted onto
On Door Armrest skeleton 2.
Fig. 2 is the schematic perspective view of Door Armrest equipment for wrapping in the embodiments of the present invention；Fig. 3 is that this is practical
The schematic perspective view of positioning region and turn-up portion in novel embodiment.
As shown in Figures 2 and 3, the Door Armrest equipment for wrapping 1000 in the present embodiment, for Door Armrest will to be pasted onto
Edge part outer surface on decorative fabric in be located at Door Armrest edge part anterior angle 5 at, at relief angle 6 and U-shaped breach 7
Forward corner rim charge, back angle rim charge and the notch section rim charge at place overturn from the outer surface of the edge part of Door Armrest and are pressed on vehicle
On the inner surface of the edge part of door guard bar.The Door Armrest equipment for wrapping includes rack 100, positioning region 200, turn-up portion 300, melts
Glue portion 400, cooling end (not shown) and control unit (not shown).
As shown in Fig. 2, rack 100 is the frame made of mental section, for positioning region 200, turn-up portion to be fixedly mounted
300, melten gel portion 400, cooling end and control unit.
Fig. 4 is the schematic perspective view of positioning region and anterior angle hemmer in the embodiments of the present invention.
As shown in Figure 3 and Figure 4, positioning region 200 is fixed at the bottom in rack 100, for fixing Door Armrest.
The positioning region 200 includes locating rack 201 and the positioning mould tire 202 being fixed on the locating rack 201, the positioning mould tire
202 there is the shape to match with the shape of Door Armrest 1 to prevent car door for fixing Door Armrest 1 in process
Handrail 1 generates shaking in process, and process easy to process is gone on smoothly.
As shown in Figures 2 to 4, the decorative fabric after turn-up portion 300 is used to be melted hot melt adhesive layer by melten gel portion 400 is overturn
And it compresses, including anterior angle hemmer 310, relief angle hemmer 320 and notch hemmer 330.
As shown in Figures 2 to 4, anterior angle hemmer 310 includes flanger at the top of anterior angle corresponding with the top of anterior angle 5
Structure 310a and respectively two anterior angle side flange body 310b corresponding with two sides of anterior angle 5.Due at the top of anterior angle
Flange body 310a is identical as the structure of anterior angle side flange body 310b, herein before for angle side flange body 310b into
Row is described in detail.
Fig. 5 is the schematic perspective view of anterior angle side flange body in the embodiments of the present invention.
As shown in Figure 4 and Figure 5, anterior angle side flange body 310b includes anterior angle side supports frame 311, side profiling block
312, anterior angle side flange module unit 313 and anterior angle side driving unit 314.
Anterior angle side supports frame 311 is fixed in rack 100, for side profiling block 312, anterior angle side to be fixedly mounted
Portion's flange module unit 313 and anterior angle side driving unit 314.
Side profiling block 312 is fixed at the upper end of anterior angle side supports frame 311, the upper surface of side profiling block 312
With the shape to match with the shape of the side of corresponding anterior angle 5.
Anterior angle side flange module unit 313 is mounted on side profiling block 312 and can be along the side profiling block 312
Advanced inwards or backward movement and rise or fall movement outward in upper surface.The anterior angle side flange module unit 313 packet
Include anterior angle side flange block movable stand 313a, the first anterior angle side flange block 313b and the second anterior angle side flange block 313c.
The side of anterior angle side flange block movable stand 313a has movable stand shaft 313d, anterior angle side flange block movable stand
313a is mounted on side profiling block 312 by the upper surface that side profiling block 312 is arranged in movable stand shaft 313d and energy
Advanced inwards or outside backward movement and rise or fall movement in enough upper surfaces along the side profiling block 312.?
In the present embodiment, movable stand shaft 313d is mounted on flange block movable stand 313a by bearing, to reduce movable stand shaft
Frictional force between 313d and side profiling block 312, so that anterior angle side flange block movable stand 313a is in side profiling block
It is more smooth when being slided on 312, more steady.
The shape that there is first anterior angle side flange block 313b the shape of the side of corresponding anterior angle 5 to match, fixation are set
The side set on flange block movable stand 313a and with anterior angle 5 is corresponding.
Second anterior angle side flange block 313c has the shape that matches of shape of the side of corresponding anterior angle 5, by the
One shaft 313e be mounted on it is on flange block movable stand 313a and corresponding with the first anterior angle side flange block 313b, to form use
The clamping manipulator of forward corner rim charge at the side of clamping anterior angle 5.
Anterior angle side driving unit 314 includes anterior angle side Rotary-drive member 314a, anterior angle lateral driving assembly
Component 314c is vertically driven in 314b and anterior angle side.
Anterior angle side Rotary-drive member 314a is pneumatic cylinder, and it is mobile which is fixed at anterior angle side flange block
On frame 313a, and the drive rod of pneumatic cylinder and the second anterior angle side flange block 313c are rotatablely connected by the second shaft 313f,
For driving the second anterior angle side flange block 313c to be rotated upward or downward relative to the first anterior angle side flange block 313b.
Certainly, can also be as needed, anterior angle side Rotary-drive member 314a uses hydraulic cylinder or electric cylinder.
Anterior angle lateral driving assembly 314b and anterior angle side perpendicular drive component 314c are for driving anterior angle side
Flange module unit 313 is advanced inwards simultaneously along the upper surface of side profiling block 312 or backward movement and rising outward
Or lowering action.
Anterior angle lateral driving assembly 314b is arranged on anterior angle side supports frame 311, including anterior angle lateral is led
Rail 314d, anterior angle lateral sliding block 314e, anterior angle lateral movable plate 314f and anterior angle lateral drive member
314g。
For anterior angle lateral guide rail 314d in being horizontally disposed with, top has swallow-tail form boss.
Anterior angle lateral sliding block 314e is mounted on anterior angle lateral guide rail 314d, and bottom has convex with swallow-tail form
The dovetail groove that platform matches.
The bottom of anterior angle lateral movable plate 314f is fixedly connected with anterior angle lateral sliding block 314e.
Anterior angle lateral drive member 314g is pneumatic cylinder, the drive rod and anterior angle lateral movable plate of the pneumatic cylinder
314f is connected, for driving anterior angle lateral movable plate 314f to move on anterior angle lateral movable plate 314f.When
So, can also be as needed, anterior angle lateral drive member 314g uses hydraulic cylinder or electric cylinder.
It is pneumatic cylinder that component 314c, which is vertically driven, in anterior angle side, which is fixed at anterior angle lateral movable plate
On 314f, and the drive rod of pneumatic cylinder and the bottom of the flange block movable stand 313a of anterior angle side flange module unit 313 are fixed
Connection, to apply certain pressure to flange block movable stand 313a, so that the movable stand shaft on flange block movable stand 313a
The upper surface of 313d and side profiling block 312 is in close contact, so that flange block movable stand 313a is in side profiling block 312
It is more steady when upper sliding.Certainly, also as needed, perpendicular drive component 314c in anterior angle side uses hydraulic cylinder or electric cylinder.
When anterior angle side Rotary-drive member 314a drives the second anterior angle side flange block 313c towards the first anterior angle side
After flange block 313b rotation clamps the forward corner rim charge at the side of corresponding anterior angle 5, anterior angle lateral driving assembly
314b and anterior angle side perpendicular drive component 314c driving anterior angle side flange module unit 313 are advanced and are risen dynamic
Make, which pushes away the forward corner rim charge at the side of corresponding anterior angle 5 from the outer surface of anterior angle 5
To anterior angle 5 inner surface and be pressed on the inner surface of anterior angle 5.
In the same manner, flange body 310a includes anterior angle top supporting frame, top profiling block, anterior angle top flange at the top of anterior angle
Module unit and anterior angle top drive unit, top profiling block have the shape to match with the shape at the top of corresponding anterior angle 5
Shape, anterior angle top flange module unit include flange block movable stand at the top of anterior angle, flange block and the second anterior angle at the top of the first anterior angle
Top flange block, anterior angle top drive unit include anterior angle rotary-top drive member, anterior angle top horizontal driving unit and
Component is vertically driven at the top of anterior angle.When anterior angle rotary-top drive member drives the first anterior angle of flange block direction at the top of the second anterior angle
Top flange block rotation by the top of corresponding anterior angle 5 forward corner rim charge clamping after, anterior angle top horizontal driving assembly with
And flange module unit advance at the top of perpendicular drive member drives anterior angle at the top of anterior angle and vertical motion, anterior angle top are turned over
Forward corner rim charge at the top of corresponding anterior angle 5 is pushed into the inner surface and pressure of anterior angle 5 by side module unit from the outer surface of anterior angle 5
Tightly on the inner surface of anterior angle 5.
After flange body 310a completes flange movement at the top of anterior angle, two anterior angle side flange body 310b are carried out simultaneously
Flange movement.
Fig. 6 is the schematic perspective view of relief angle hemmer in the embodiments of the present invention.
As shown in Figure 3 and Figure 6, relief angle hemmer 320 includes turning at the top of two relief angles corresponding with the top of relief angle 6
Side mechanism 320a and respectively two relief angle side flange body 320b corresponding with two sides of relief angle 6.
As shown in fig. 6, flange body 320a includes relief angle top supporting frame 321, relief angle top drive component at the top of relief angle
322 and relief angle at the top of flange block 323.
Relief angle top supporting frame 321 is fixed in rack 100.
Relief angle top drive component 322 is pneumatic cylinder, which is fixed in relief angle top supporting frame 321.
Certainly, can also be as needed, relief angle top drive component uses hydraulic cylinder or electric cylinder.
Flange block 323 is fixed on the drive rod of relief angle top drive component 322 at the top of relief angle, flange at the top of relief angle
Block 323 is advanced inwards under the driving of relief angle top drive component 322 or outside backward movement.When relief angle top drive structure
When part 322 drives the progress of flange block 323 forward motion at the top of relief angle, flange block 323 will be at the top of relief angle 6 at the top of the relief angle
Back angle rim charge be pushed into the inner surface of relief angle 6 from the outer surface of relief angle 6 and be pressed on the inner surface of relief angle 6.In this implementation
In example, the front end of flange block 323 is the fillet block to match with the shape at the top of relief angle 6 at the top of relief angle, can be fitted well
Answer the small space at the top of relief angle 6.
As shown in fig. 6, relief angle side flange body 320b includes relief angle side supporting block 324, relief angle side driving unit
325 and relief angle side flange block 326.
Relief angle side supporting block 324 is fixed in rack 100.
Relief angle side driving unit 325 is arranged in relief angle side supporting block 324, for driving relief angle side flange block
326 are advanced or outside backward movement inwards.The relief angle side driving unit 325 includes relief angle horizontal guide rail 325a, relief angle
Horizontal slider 325b, relief angle move horizontally plate 325c and relief angle side drive member 325d.
Relief angle horizontal guide rail 325a is horizontally set in relief angle side supporting block 324.
Relief angle horizontal slider 325b is mounted on relief angle horizontal guide rail 325a.
The bottom that relief angle moves horizontally plate 325c is fixedly connected with relief angle horizontal slider 325b.
Relief angle side drive member 325d is pneumatic cylinder, which is fixedly installed in relief angle side supporting block 324, and
The drive rod of pneumatic cylinder moves horizontally plate 325c with relief angle and is connected, for driving relief angle to move horizontally plate 325c in relief angle level
It is moved on guide rail 325a.Certainly, hydraulic cylinder or electric cylinder can also be used in relief angle side drive member 325d.
Relief angle side flange block 326 has the shape to match with the shape of the side of corresponding relief angle 6, is fixed at
Relief angle move horizontally it is on plate 325c and corresponding with the side of corresponding relief angle 6, under the drive that relief angle moves horizontally plate 325c
Advanced inwards or outside backward movement.When relief angle side driving unit 325 drives relief angle side flange block 326 to advance
When movement, which pushes away the back angle rim charge at the side of corresponding relief angle 6 from the outer surface of relief angle 6
To relief angle 6 inner surface and be pressed on the inner surface of relief angle 6,
After relief angle side flange body 320b completes flange movement, after adjacent with the relief angle side flange body 320b
Flange body 320a carries out flange movement at the top of angle；When be located at relief angle 6 a side relief angle side flange body 320b with
And after adjacent relief angle top flange body 320a is successively performed flange movement, the rear corner side positioned at another side of relief angle 6
Portion flange body 320b and adjacent relief angle top flange body 320a carry out flange movement in succession.
Fig. 7 is the schematic perspective view of notch hemmer in the embodiments of the present invention.
As shown in Figure 3 and Figure 7, notch hemmer 330 includes respectively corresponding with two sides of U-shaped breach 7 the
One notch side flange body 330a and the second notch side flange body 330b and corresponding with the bottom of U-shaped breach 7
Indentations bottom flange body 330c.
As shown in fig. 7, the first notch side driving mechanism 330a include the first notch side horizontal driving units 331 and
First notch side flange block 332.
First notch side horizontal driving units 331 include notch support frame 331a, two notch horizontal guide rail 331b, two
A notch horizontal slider 331c, notch horizontal moving frame 331d and the first notch side horizontal driving member 331e.
Notch support frame 331a is fixed in rack 100.
Two notch horizontal guide rail 331b are set in parallel on notch support frame 331.
Two notch horizontal slider 331c are separately mounted on two notch horizontal guide rail 331b.
The bottom of notch horizontal moving frame 331d is respectively fixedly connected with two notch horizontal slider 331c.
First notch side horizontal driving member 331e is pneumatic cylinder, which is fixed at notch support frame 331a
On, and the drive rod of pneumatic cylinder is connected with notch horizontal moving frame 331d, for driving notch horizontal moving frame 331f to exist
It is moved on notch horizontal guide rail 331b.Certainly, can also be as needed, the first notch side horizontal driving member 331e is using hydraulic
Cylinder or electric cylinder.
First notch side flange block 332 has the shape to match with the shape of a side of U-shaped breach 7, fixed
Be arranged in it is on notch horizontal moving frame 331d and corresponding with the side of U-shaped breach 7, in the band of notch horizontal moving frame 331d
It is dynamic lower to be advanced inwards or outside backward movement.
When the first notch side horizontal driving units 331 drive the first notch side flange block 332 to carry out forward motion
When, the first notch side flange block 332 is by the notch section rim charge at a side of corresponding U-shaped breach 7 from U-shaped breach 7
Outer surface is pushed into the inner surface of U-shaped breach 7 and is pressed on the inner surface of U-shaped breach 7,
As shown in fig. 7, the second notch side flange body 330b includes the second notch side horizontal driving member 333, lacks
The oblique drive member 334 in mouth side and the second notch side flange block 335.
Second notch side horizontal driving member 333 is pneumatic cylinder, which is fixed at the first notch side and turns over
On the notch horizontal moving frame 331d of side mechanism 330a.Certainly, can also be as needed, the second notch side horizontal driving member
333 use hydraulic cylinder or electric cylinder.
The oblique drive member 334 in notch side is pneumatic cylinder, which is fixed at the drive of the second notch lateral
On dynamic component 333.Certainly, also the oblique drive member 334 in notch side as needed uses hydraulic cylinder or electric cylinder.
Second notch side flange block 335 has the shape to match with the shape of another side of U-shaped breach 7, Gu
It is arranged in calmly in the oblique drive member 334 in notch side and corresponding with another side of U v notch v 7.Second notch side
Flange block 335 is distinguished under the driving of the oblique drive member 334 of the second notch side horizontal driving member 333 and notch side
Advanced inwards or backward movement and oblique rising or lowering action outward.
After the first notch side flange block 332 completes flange movement, the oblique drive member 334 and second in notch side is lacked
The second notch side flange block 335 of driving carries out rising and forward motion, the second notch to mouth lateral drive member 333 in succession
Notch section rim charge at the side of corresponding U v notch v 7 is pushed into U-shaped from the outer surface of U-shaped breach 7 and lacked by side flange block 335
The inner surface of mouth 7 is simultaneously pressed on the inner surface of U-shaped breach 7.
As shown in fig. 7, indentations bottom flange body 330c includes that indentations bottom horizontal driving member 336, indentations bottom are oblique
To drive member 337 and indentations bottom flange block 338.
Indentations bottom horizontal driving member 336 is pneumatic linear actuator, which is fixed at the first notch side flanger
On the notch horizontal moving frame 331d of structure 330a.Certainly, can also be as needed, indentations bottom horizontal driving member 336 uses liquid
Cylinder pressure or electric cylinder.
The oblique drive member 337 of indentations bottom is pneumatic linear actuator, which is fixed at indentations bottom horizontal drive structure
On the drive rod of part 336.Certainly, can also be as needed, the oblique drive member 337 of indentations bottom uses hydraulic cylinder or electric cylinder.
Indentations bottom flange block 338 has the shape to match with the shape of the bottom of U-shaped breach 7, is fixed at scarce
In the oblique drive member 337 in the mouth bottom and bottom of U-shaped breach 7 is corresponding.Indentations bottom flange block 338 is in indentations bottom level
Under the driving of drive member 336 and the oblique drive member 337 of indentations bottom, advanced inwards respectively or outward backward movement with
And oblique rising or lowering action.
After the second notch side flange block 335 completes flange movement, the oblique drive member 337 of indentations bottom and notch bottom
Driving indentations bottom flange block 338 carries out decline and forward motion, indentations bottom flange block to portion's horizontal driving member 336 in succession
338 are pushed into the notch section rim charge at the bottom of U-shaped breach 7 from the outer surface of U-shaped breach 7 inner surface and compression of U-shaped breach 7
On the inner surface of U-shaped breach 7.
Fig. 8 is the schematic perspective view in melten gel portion in the embodiments of the present invention；Fig. 9 is the implementation of the utility model
The top view in melten gel portion in example.
As shown in Fig. 2, Fig. 8 and Fig. 9, melten gel portion 400 is used to melt the hot melt adhesive layer in decorative fabric, is mounted on rack
Top in 100 and positioned at positioning region 200.Melten gel portion 400 has infrared and hot air combined heating device, the infrared and hot wind
Combined heating device includes melten gel vertical drive units 410, infrared heating unit 420 and Hot-blast Heating unit 430.
As shown in Figure 2 and Figure 8, melten gel vertical drive units 410 are used for while driving infrared heating unit 420 and hot wind
Heating unit 430 carries out rising or falling movement, including two vertical guide rails, 411, two vertical slippers 412, vertical lift frame
413 and melten gel be vertically driven component 414.
Two vertical guide rails 411 are in be set in parallel on two sides of rack 100.
Two vertical slippers 412 are separately mounted on two vertical guide rails 411.
Two sides of vertical lift frame 413 are fixedly connected with two vertical slippers 412 respectively.
Melten gel is vertically driven component 414 and is connected with vertical lift frame 413, for driving vertical lift frame 413 to carry out
Liter or lowering action.The melten gel be vertically driven component 414 include two vertical tooth rack (not shown)s, lift shaft 414a,
Component 414c is vertically driven in two gear 414b and melten gel.
Two vertical tooth racks are correspondingly arranged with two vertical guide rails 411 respectively and are fixed in rack 100.
Lift shaft 414a is installed in rotation on vertical lift frame 413.
Two gear 414b are separately mounted at the both ends of lift shaft 414a and corresponding with two vertical tooth racks.
Melten gel perpendicular drive component 414c is fixed at vertical lift frame 413 and by retarder and lift shaft 414a
It is connected, for driving lift shaft 414a rise or fall movement, and then drives vertical lift frame 413 along vertically leading
Rail 411 carries out rising or falling movement.
As shown in Figure 8 and Figure 9, infrared heating unit 420 be fixed at vertical lift frame 413 on and with Door Armrest 1
Edge part long side 3 it is corresponding, for carrying out heating fusing to the long leg rim charge at long side 3.The infrared heating unit 420
Including infrared heating fixed frame 421 and infrared lamp 422.
Infrared heating fixed frame 421 is fixed on vertical lift frame 413.
Infrared lamp 422 is fixed on infrared heating fixed frame 421 and extends along the length direction of long side 3.
As shown in Figure 8 and Figure 9, Hot-blast Heating unit 430 be fixed at vertical lift frame 413 and with Door Armrest 1
The heterotype edge 4 of edge part, anterior angle 5, relief angle 6 and U-shaped breach 7 are corresponding, for special-shaped edge rim charge, forward corner rim charge,
Back angle rim charge and notch section rim charge enter heating fusing.The Hot-blast Heating unit 430 include hot wind generate component 431 with
And hot air duct 432.
Hot wind generates component 431 and is used to carrying out room temperature wind into heating to generate high temperature wind.
Hot air duct 432 has the shape to match with the shape of heterotype edge 4, anterior angle 5, relief angle 6 and U-shaped breach 7,
It is fixed on vertical lift frame 413.Hot air duct 432 has multiple air outlets spaced along its length
432a, multiple air outlet 432a are arranged oppositely with corresponding heterotype edge 4, anterior angle 5, relief angle 6 and U-shaped breach 7.
When melten gel vertical drive units 410 drive infrared heating unit 420 and Hot-blast Heating unit 430 to carry out down simultaneously
When drop acts, infrared heating unit 420 carries out heating fusing to the long leg rim charge at long side 3, Hot-blast Heating unit 430 to point
Not Wei Yu special-shaped edge rim charge at heterotype edge 4, anterior angle 5, relief angle 6 and U-shaped breach 7, forward corner rim charge, back angle rim charge with
And notch section rim charge enters heating fusing.
Cooling end, which is used to be completed to rim charge after flange, solidifies hot melt adhesive layer, including water cooling access and for being water
The water cooling drive member of cold water is conveyed or is discharged in cold access.In the present embodiment, flange block 323, relief angle side at the top of relief angle
Flange block 326, the first notch side flange block 332, the second side flange block 335 and bottom flange block 338 inside be all provided with
It is equipped with water cooling access.
Control unit is fixed on the side outside rack 100, comprising for controlling positioning region 200, turn-up portion 300, melting
The computer program that glue portion 400 and cooling end are acted.
Anterior angle hemmer 310 carries out the motion flow of flange to the forward corner rim charge at anterior angle 5 in the present embodiment, including
Following steps:
Step S1-1, anterior angle rotary-top drive member drive at the top of the second anterior angle at the beginning of flange block from flange block at the top of anterior angle
Beginning position is swung down to flange block clip position at the top of anterior angle, flange block and the first anterior angle top flange block at the top of the second anterior angle
The forward corner rim charge at the top of anterior angle 5 is clamped together.
Flange at the top of perpendicular drive member drives anterior angle at the top of step S1-2, anterior angle top horizontal driving assembly and anterior angle
Module unit is advanced by initial position at the top of anterior angle and rises to compacted position at the top of anterior angle, and anterior angle top flange module unit is by anterior angle
Forward corner rim charge at 5 top is pushed into the inner surface of anterior angle 5 from the outer surface of anterior angle 5 and is pressed on the inner surface of anterior angle 5.
Step S1-3, anterior angle side Rotary-drive member 314a drive the second anterior angle side flange block 313c from anterior angle side
Flange block initial position is swung down to anterior angle side flange block clip position, before the second anterior angle side flange block 313c and first
Angle side flange block 313b clamps the forward corner rim charge at the side of corresponding anterior angle 5 together.
Step S1-4, anterior angle lateral driving assembly 314b and anterior angle side perpendicular drive component 314c drive anterior angle
Side flange module unit 313 is advanced by anterior angle side initial position and rises to anterior angle side compacted position, anterior angle side flange
Forward corner rim charge at the side of corresponding anterior angle 5 is pushed into the inner surface of anterior angle 5 simultaneously from the outer surface of anterior angle 5 by module unit 313
It is pressed on the inner surface of anterior angle 5.
Step S1-5, anterior angle lateral driving assembly 314b and anterior angle side perpendicular drive component 314c drive anterior angle
Side flange module unit 313 is retreated by anterior angle side compacted position and is dropped to anterior angle side initial position, the rotation of anterior angle side
Drive member 314a drives the second anterior angle side flange block 313c to be rotated up from anterior angle side flange block clip position to anterior angle
Side flange block initial position.
It is turned at the top of perpendicular drive component c driving anterior angle at the top of step S1-6, anterior angle top horizontal driving assembly and anterior angle
Side module unit is retreated by compacted position at the top of anterior angle and is dropped to initial position at the top of anterior angle, and anterior angle rotary-top drive member is driven
Flange block is rotated up from flange block clip position at the top of anterior angle to flange block initial position at the top of anterior angle at the top of dynamic second anterior angle,
So far a wheel anterior angle flange movement is completed.
Relief angle hemmer 320 carries out the motion flow of flange to the forward corner rim charge at anterior angle 6 in the present embodiment, including
Following steps:
Step S2-1, the relief angle side driving unit 325 positioned at a side of relief angle 6 drive corresponding relief angle side flange
Block 326 advances to relief angle side flange block compacted position from relief angle side flange block initial position, and relief angle side flange block 326 will
Back angle rim charge at the side of corresponding relief angle 6 is pushed into the inner surface of relief angle 6 from the outer surface of relief angle 6 and is pressed on relief angle 6
Inner surface on.
Step S2-2, relief angle top drive part 322 driving pair adjacent with the relief angle side driving unit 325 of step S2-1
Flange block 323 advances to flange block compacted position at the top of relief angle from flange block initial position at the top of relief angle at the top of the relief angle answered, after
The back angle rim charge at the top of corresponding relief angle 6 is pushed into relief angle 6 by flange block 323 from the outer surface of relief angle 6 at the top of angle
Surface is simultaneously pressed on the inner surface of relief angle 6.
Step S2-3, the relief angle side driving unit 325 positioned at the other side of relief angle 6 drive corresponding relief angle side to turn over
Side block 326 advances to relief angle side flange block compacted position, relief angle side flange block 326 from relief angle side flange block initial position
Back angle rim charge at the side of corresponding relief angle 6 is pushed into the inner surface of relief angle 6 from the outer surface of relief angle 6 and is pressed on relief angle
On 6 inner surface.
Step S2-4, relief angle top drive part 322 driving pair adjacent with the relief angle side driving unit 325 of step S2-3
Flange block 323 advances to flange block compacted position at the top of relief angle from flange block initial position at the top of relief angle at the top of the relief angle answered, after
The back angle rim charge at the top of corresponding relief angle 6 is pushed into relief angle 6 by flange block 323 from the outer surface of relief angle 6 at the top of angle
Surface is simultaneously pressed on the inner surface of relief angle 6.
Step S2-5, two relief angle side driving units 325 respectively drive corresponding relief angle side flange block 326 from relief angle
Side flange block compacted position is retreated to relief angle side flange block initial position, and two relief angle top drive components 323 drive respectively
Flange block 326 at the top of corresponding relief angle is moved to retreat from flange block compacted position at the top of relief angle to flange block initial bit at the top of relief angle
It sets, so far completes a wheel relief angle flange movement.
Notch hemmer 330 carries out the motion flow of flange to the back angle rim charge at relief angle 6 in the present embodiment, including
Following steps:
Step S3-1, the first notch side horizontal driving units 331 drive the first notch side flange block 332 to lack from first
Mouth side flange block initial position advances to the first notch side flange block compacted position, and the first notch side flange block 332 will
Notch section rim charge at one side of corresponding U-shaped breach 7 is pushed into the inner surface of U-shaped breach 7 from the outer surface of U-shaped breach 7
And it is pressed on the inner surface of U-shaped breach 7.
Step S3-2, the oblique drive member 334 in notch side and the second driving in succession of notch side horizontal driving member 333
Second notch side flange block 335 rises from the second notch side flange block initial position and advances to the second notch side flange
Block compacted position, the second notch side flange block 335 is by the notch section rim charge at the side of corresponding U-shaped breach 7 from U-shaped breach
7 outer surface is pushed into the inner surface of U-shaped breach 7 and is pressed on the inner surface of U-shaped breach 7.
Driving lacks in succession for step S3-3, the oblique drive member 337 of indentations bottom and indentations bottom horizontal driving member 336
Mouth bottom flange block 338 declines from indentations bottom flange block initial position and advances to indentations bottom flange block compacted position, lacks
Notch section rim charge at the bottom of U-shaped breach 7 is pushed into U-shaped breach 7 from the outer surface of U-shaped breach 7 by mouth bottom flange block 338
Inner surface and be pressed on the inner surface of U-shaped breach 7.
Driving lacks in succession for step S3-4, indentations bottom horizontal driving member 336 and the oblique drive member 337 of indentations bottom
Mouth bottom flange block 338 retreats from indentations bottom flange block compacted position and rises to indentations bottom flange block initial position, the
The oblique drive member 334 of two notch side horizontal driving members 333 and notch side drives the second notch side flange block in succession
335 retreat from the second notch side flange block compacted position and drop to the second notch side flange block initial position, and first lacks
Mouth lateral driving unit 331 drives the first notch side flange block 332 before the first notch side flange block compacted position
The first notch side flange block initial position is proceeded to, a wheel U-shaped breach flange movement is so far completed.
Embodiment action and effect
The infrared and hot air combined heating device according to involved in the present embodiment and comprising this it is infrared and it is hot air combined plus
The Door Armrest equipment for wrapping of thermal, it is red because having infrared heating unit, Hot-blast Heating unit and vertical drive units
Additional hot cell is corresponding with the long side of edge part, heterotype edge, anterior angle, relief angle and the U-shaped of Hot-blast Heating unit and edge part
Notch is corresponding, when vertical drive units drive infrared heating unit and Hot-blast Heating unit to carry out lowering action simultaneously,
Infrared heating unit carries out heating fusing to the long leg rim charge of long edge position, and Hot-blast Heating unit is to the special-shaped edge at heterotype edge
It is molten that the back angle rim charge at forward corner rim charge, relief angle at rim charge, anterior angle and the notch section rim charge at U-shaped breach carry out heating
Change, the automated job of the hot melt adhesive layer heating and melting of the decorative fabric of Door Armrest is not only realized, moreover, fully utilizing
The advantages of low energy consumption for infrared heating mode, cheap and Hot-blast Heating mode shape can arbitrarily make, thus effectively
Ground carries out heating and melting to the rim charge of the edge part of Door Armrest.
It will be appreciated by those skilled in the art that above-described embodiment is the preferred case of the utility model, it is for this field
Technical staff be understood that the utility model intention to be expressed, rather than limit the protection scope of the utility model.
Claims (6)
- A kind of decoration 1. infrared and hot air combined heating device, on the outer surface of the edge part for Door Armrest will to be pasted onto Hot melt adhesive layer in fabric heats fusing characterized by comprisingInfrared heating unit, it is corresponding with the long side of the edge part；Hot-blast Heating unit, it is corresponding with the heterotype edge of the edge part, anterior angle, relief angle and U-shaped breach；AndVertical drive units, for driving the infrared heating unit and the Hot-blast Heating unit to be risen or fallen simultaneously Movement,It is moved when the vertical drive units drive the infrared heating unit and the Hot-blast Heating unit to carry out decline simultaneously When making, the infrared heating unit carries out heating fusing to the long leg rim charge of the long edge position of the edge part, and the hot wind adds Hot cell is to the special-shaped edge rim charge at the heterotype edge, the forward corner rim charge at the anterior angle, the back angle at the relief angle Notch section rim charge at rim charge and the U-shaped breach carries out heating fusing.
- 2. according to claim 1 infrared and hot air combined heating device, it is characterised in that:Wherein, the infrared heating unit has infrared heating fixed frame and is fixed on the infrared heating fixed frame Infrared lamp,The infrared lamp is arranged along the length direction of the long side.
- 3. according to claim 1 infrared and hot air combined heating device, it is characterised in that:Wherein, the Hot-blast Heating unit has and the heterotype edge, the anterior angle, the relief angle and the U-shaped breach The hot air duct that shape matches,Be provided on the hot air duct multiple length direction intervals settings along the hot air duct and with the heterotype edge, institute State the air outlet of anterior angle, the relief angle and U-shaped breach opposite direction.
- 4. according to claim 1 infrared and hot air combined heating device, it is characterised in that:Wherein, the vertical drive units include:Two vertical guide rails, are set in parallel；Two vertical slippers are separately mounted on two vertical guide rails；It is vertically moved up or down frame, is fixedly connected with two vertical slippers；AndComponent is vertically driven, is connected with the vertical lift frame, for driving the vertical lift frame to be risen or fallen Movement,The infrared heating unit and the Hot-blast Heating unit are arranged on the vertical lift frame.
- 5. a kind of Door Armrest equipment for wrapping, decorative fabric on the outer surface of the edge part for Door Armrest will to be pasted onto from The outer surface of the edge part overturns and is pressed on the inner surface of the edge part, and the inner surface of the decorative fabric has heat Melt layer characterized by comprisingPositioning region, for fixing the Door Armrest；Heating device, for melting the hot melt adhesive layer of the decorative fabric；AndTurn-up portion overturns and compresses for the decorative fabric after being melted the hot melt adhesive layer,Wherein, the heating device is infrared and hot air combined heating device described in any one of claim 1-4.
- 6. Door Armrest equipment for wrapping according to claim 5, it is characterised in that:Wherein, the positioning region has locating rack and is fixed at the shape phase on the locating rack and with the Door Armrest Matched positioning mould tire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821547474.8U CN209007966U (en) | 2018-09-21 | 2018-09-21 | Infrared and hot air combined heating device and Door Armrest equipment for wrapping |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821547474.8U CN209007966U (en) | 2018-09-21 | 2018-09-21 | Infrared and hot air combined heating device and Door Armrest equipment for wrapping |
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| Publication Number | Publication Date |
|---|---|
| CN209007966U true CN209007966U (en) | 2019-06-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821547474.8U Active CN209007966U (en) | 2018-09-21 | 2018-09-21 | Infrared and hot air combined heating device and Door Armrest equipment for wrapping |
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| CN (1) | CN209007966U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108908913A (en) * | 2018-09-21 | 2018-11-30 | 德奥福臻越智能机器人（杭州）有限公司 | Infrared and hot air combined heating device and Door Armrest equipment for wrapping |
| CN114474743A (en) * | 2022-01-28 | 2022-05-13 | 臻越自动化技术（上海）有限公司 | Mechanism of borduring of bevel portion |
| CN114789560A (en) * | 2022-05-05 | 2022-07-26 | 江苏瀚皋机械有限公司 | Constant temperature heating system device for edge covering equipment |
-
2018
- 2018-09-21 CN CN201821547474.8U patent/CN209007966U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108908913A (en) * | 2018-09-21 | 2018-11-30 | 德奥福臻越智能机器人（杭州）有限公司 | Infrared and hot air combined heating device and Door Armrest equipment for wrapping |
| CN108908913B (en) * | 2018-09-21 | 2024-06-11 | 臻越自动化技术（上海）有限公司 | Infrared and hot air combined heating device and car door armrest edge wrapping equipment |
| CN114474743A (en) * | 2022-01-28 | 2022-05-13 | 臻越自动化技术（上海）有限公司 | Mechanism of borduring of bevel portion |
| CN114789560A (en) * | 2022-05-05 | 2022-07-26 | 江苏瀚皋机械有限公司 | Constant temperature heating system device for edge covering equipment |
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Effective date of registration: 20240402 Address after: 201802 Room 101, west side, 1st floor, No.19 Lane 1755, Wenbei Road, Nanxiang Town, Jiading District, Shanghai Patentee after: CENWOY AUTOMATION TECHNOLOGY (SHANGHAI) Co.,Ltd. Country or region after: China Address before: 321300 No.389, Hongxing Road, Xiaoshan Economic and Technological Development Zone, Xiaoshan District, Hangzhou City, Zhejiang Province Patentee before: DEAOFU ZHENYUE INTELLIGENT ROBOT (HANGZHOU) Co.,Ltd. Country or region before: China |