CN109484056A - A kind of automatic leather cover fillet molding machine - Google Patents
A kind of automatic leather cover fillet molding machine Download PDFInfo
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- CN109484056A CN109484056A CN201811445753.8A CN201811445753A CN109484056A CN 109484056 A CN109484056 A CN 109484056A CN 201811445753 A CN201811445753 A CN 201811445753A CN 109484056 A CN109484056 A CN 109484056A
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- plate
- leather
- connecting plate
- leather shell
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- 239000010985 leather Substances 0.000 title claims abstract description 329
- 238000000465 moulding Methods 0.000 title claims abstract description 24
- 230000007246 mechanism Effects 0.000 claims abstract description 207
- 230000001105 regulatory effect Effects 0.000 claims abstract description 61
- 230000005540 biological transmission Effects 0.000 claims description 31
- 230000004308 accommodation Effects 0.000 claims description 26
- 230000007423 decrease Effects 0.000 claims description 25
- 238000005096 rolling process Methods 0.000 claims description 25
- 238000010438 heat treatment Methods 0.000 claims description 19
- 230000003028 elevating effect Effects 0.000 claims description 12
- 230000008094 contradictory effect Effects 0.000 claims description 10
- 230000003678 scratch resistant effect Effects 0.000 claims description 7
- 230000007306 turnover Effects 0.000 claims description 6
- 238000000034 method Methods 0.000 claims description 5
- 230000000712 assembly Effects 0.000 claims description 4
- 238000000429 assembly Methods 0.000 claims description 4
- 230000008450 motivation Effects 0.000 claims description 3
- 230000008569 process Effects 0.000 claims description 3
- 238000007373 indentation Methods 0.000 claims description 2
- 238000009434 installation Methods 0.000 claims description 2
- 238000004519 manufacturing process Methods 0.000 abstract description 8
- 230000001815 facial effect Effects 0.000 description 19
- 238000010586 diagram Methods 0.000 description 17
- 230000007704 transition Effects 0.000 description 11
- 230000000694 effects Effects 0.000 description 7
- 230000000007 visual effect Effects 0.000 description 6
- 238000004026 adhesive bonding Methods 0.000 description 5
- 238000006243 chemical reaction Methods 0.000 description 4
- 238000000354 decomposition reaction Methods 0.000 description 4
- 230000006870 function Effects 0.000 description 4
- 238000001514 detection method Methods 0.000 description 3
- 238000005381 potential energy Methods 0.000 description 3
- 230000009471 action Effects 0.000 description 2
- 239000003292 glue Substances 0.000 description 2
- 230000000630 rising effect Effects 0.000 description 2
- 238000004513 sizing Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000003139 buffering effect Effects 0.000 description 1
- 210000002421 cell wall Anatomy 0.000 description 1
- 230000006835 compression Effects 0.000 description 1
- 238000007906 compression Methods 0.000 description 1
- 230000002950 deficient Effects 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 239000000123 paper Substances 0.000 description 1
- 238000003825 pressing Methods 0.000 description 1
- 238000006748 scratching Methods 0.000 description 1
- 230000002393 scratching effect Effects 0.000 description 1
- 238000010257 thawing Methods 0.000 description 1
- 238000004804 winding Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B42—BOOKBINDING; ALBUMS; FILES; SPECIAL PRINTED MATTER
- B42C—BOOKBINDING
- B42C11/00—Casing-in
- B42C11/04—Machines or equipment for casing-in or applying covers to books
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Treatment And Processing Of Natural Fur Or Leather (AREA)
Abstract
The present invention relates to leather shell class fillet processor fields, refer in particular to a kind of automatic leather cover fillet molding machine comprising leather shell feeder and fillet mechanism；Leather shell feeder includes the first workbench, the first belt, the first driving mechanism, the first limit plate, the first regulating mechanism, the second workbench, the second belt, the second driving mechanism, the second limit plate, the second regulating mechanism, third driving mechanism, striker plate component and backgauge component connecting plate；Fillet mechanism includes third workbench, conveying device and two groups of fillet processing components；Every group of fillet processing component includes two fillet processing units.The automatic leather cover fillet molding function of the application is full automatic to convey leather shell to fillet mechanism, fillet mechanism full automatic can carry out fillet processing to leather shell, and high degree of automation substantially reduces labor intensity and labour cost, production efficiency is improved, and can guarantee fillet treated the quality of leather shell.
Description
Technical field
The present invention relates to leather shell class fillet processor fields, refer in particular to a kind of automatic leather cover fillet molding machine.
Background technique
Leather shell class product fillet is more and more at present, and technique is that fillet cardboard and facial tissue carry out gluing cover bound edge, so
The part by right angle facial tissue beyond fillet carries out fillet processing by fillet cardboard afterwards, and traditional fillet processing mode is all manually to remove
Leather shell is transported, fillet processing manually then carried out to leather shell, manual handling leather shell and fillet processing not only labor manually is carried out to leather shell
Fatigue resistance is big, and labour cost is high, and working efficiency is low, and cannot be guaranteed fillet treated the quality of leather shell.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of automatic leather cover fillet molding machine, automatic leather cover fillet moldings
Function is full automatic to convey leather shell to fillet mechanism, and fillet mechanism full automatic can carry out fillet processing to leather shell, automate journey
Degree is high, substantially reduces labor intensity and labour cost, improves production efficiency, and can guarantee fillet treated the matter of leather shell
Amount.
In order to solve the above-mentioned technical problem, the present invention adopts the following technical scheme:
A kind of automatic leather cover fillet molding machine comprising leather shell feeder and fillet mechanism；The leather shell feeder includes
First workbench, the first belt, the first driving mechanism, the first limit plate, the first regulating mechanism, the second workbench, the second belt,
Second driving mechanism, the second limit plate, the second regulating mechanism, third driving mechanism, striker plate component and backgauge component connecting plate；
Second belt is rotatably dispose in the second workbench and for leather shell to be delivered to the first belt, the second driving mechanism dress
Set on the second workbench and for driving the rotation of the second belt, the second limit plate is set to the second regulating mechanism and for second
The leather shell limit that belt is conveyed, the second regulating mechanism are set to the second workbench and the position for adjusting the second limit plate；
First belt is rotatably dispose in the first workbench and the leather shell for conveying the second Belt Conveying to the first belt, the
One driving mechanism is installed in the first workbench and for driving the rotation of the first belt, and the first limit plate is set to the first regulating mechanism
And the leather shell for being conveyed to the first belt limits, the first regulating mechanism is set to the first workbench and for adjusting the first limit
The position of position plate；
Backgauge component connecting plate is connected to the first workbench and is located at the top of the first belt, and striker plate component is connected to gear
To expect component connecting plate, gap is equipped between striker plate component and the first belt, the width in gap is greater than the thickness of one piece of leather shell, and
For the width in gap less than the sum of the thickness of two pieces of leather shells, the leather shell that the first belt is conveyed drawing-in gap and is transported to circle one by one
Angle mechanism；
Second workbench is slideably positioned in the first workbench, and third driving mechanism is installed in the first workbench and for driving
Second workbench slide so that the second workbench far from or close to striker plate component；
The fillet mechanism includes third workbench, conveying device and two groups of fillet processing components；Conveying device is set to
Third workbench and the leather shell for being used to convey the first Belt Conveying to conveying device, two groups of fillet processing components are used to fill conveying
It sets conveyed leather shell and carries out fillet processing, two groups of fillet processing components are set to third workbench and are located at conveying device
Two sides；
Every group of fillet processing component includes two fillet processing units, and fillet processing unit includes the first mounting base, second
Mounting base, the 4th driving mechanism, lower mold, upper mold, heating member, prefabricating plate, elastic parts, slide, third mounting base, the 5th
Driving mechanism and slide guide rod；First mounting base is set to third workbench, and the second mounting base is slideably positioned in the first mounting base,
4th driving mechanism is installed in the first mounting base and for driving the sliding of the second mounting base；Slide guide rod is installed in the second mounting base
Between third mounting base, slide is slideably positioned in slide guide rod, and the 5th driving mechanism is installed in third mounting base and for driving
Dynamic slide sliding, heating member are installed in slide, and upper mold is connected to heating member, and heating member is used for heating of top mold；Elastic parts
It is installed in slide, prefabricating plate is connected to elastic parts, and elastic parts is used to buffer the precompression of prefabricating plate；Prefabricating plate and the second peace
Dress seat is used to clamp the main part of leather shell, and lower mold is set to the second mounting base and the right angle for contradicting leather shell, lower mold
For contradicting the right angle portions of leather shell so that the edge of right angle portions is dug upwards, upper mold, lower mold and the second mounting base
It cooperates and presses the edge for the right angle portions that leather shell is dug upwards so that the right angle of leather shell becomes fillet.
Further, the conveying device includes the first portal frame, the second portal frame, third belt conveyor, lifting
Mechanism, the 4th belt conveyor, third leather belt driving mechanism, the 4th leather belt driving mechanism and two the 5th Belt Conveying dresses
It sets；
4th leather belt driving mechanism is installed in the first portal frame and the 4th belt for driving the 4th belt conveyor
Rotation, the 4th belt of rotation is for conveying leather shell to third belt conveyor；
Third leather belt driving mechanism is installed in the second portal frame and the third belt for driving third belt conveyor
Rotation, the third belt of rotation are used to convey the leather shell of the be delivered to third belt of the 4th belt；
Elevating mechanism is installed in third workbench and for driving third belt conveyor to go up and down, the third belt of decline
For conveying device far from third leather belt driving mechanism so that third belt stops operating, the third belt conveyor of decline is used for will
The leather shell of third belt institute support is delivered to fillet processing station, and the direction that the mobile direction of leather shell is gone up and down with leather shell, which intersects, to be set
It sets；
Two the 5th belt conveyors are respectively arranged at the first portal frame and the second portal frame, the 4th leather belt driving mechanism
The 5th belt conveyor rotation for being installed in the first portal frame, third belt drive are driven via second gear transmission component
Structure drives the 5th belt conveyor for being installed in the second portal frame to rotate via first gear transmission component；5th skin of rotation
The leather shell of third belt institute support is contradicted with conveying device and for driving leather shell mobile.
Further, the third belt conveyor further includes the first supporting plate, first rotating shaft component, the second shaft group
Part, third rotating assembly and two pieces of shaft link blocks；First rotating shaft component is rotatably dispose in the first supporting plate close to second gantry
One end of frame, the second rotating assembly are rotatably dispose in the first supporting plate close to one end of the first portal frame, third belt winding the
One rotating assembly and the second rotating assembly, third belt are used for support leather shell；
First supporting plate is connected with two pieces of shaft link blocks, two pieces of shaft link block difference close to one end of the second portal frame
The two sides of the first supporting plate are connected to, the both ends of third rotating assembly are rotatably dispose in two pieces of shaft link blocks respectively, and third turns
Shaft assembly presses third belt on first rotating shaft component, and third rotating assembly is for driving first rotating shaft component to rotate；
Third leather belt driving mechanism further includes the 4th rotating assembly and first motor；4th rotating assembly is rotatably dispose in
Two portal frames, first motor are installed in the second portal frame and for driving the rotation of the 4th rotating assembly, the 4th shaft group of rotation
Part drives the rotation of third rotating assembly；4th rotating assembly of rotation is installed in the second dragon via the drive of first gear transmission component
5th belt conveyor of door frame rotates.
Further, the elevating mechanism includes the 6th driving mechanism, guide post, the first guide sleeve and gag lever post；First guide sleeve
It is set to third workbench, guide post is slideably positioned in the first guide sleeve, and guide post is connected to the first supporting plate, the installing of the 6th driving mechanism
In third workbench and for driving guide post to slide so that the first supporting plate lifting moving, the first supporting plate of decline drive third
Rotating assembly declines so that third rotating assembly is far from the 4th rotating assembly；Gag lever post is connected to the first supporting plate, and gag lever post is used
In conflict third workbench to be limited to the first supporting plate.
Further, the 4th belt conveyor further includes the second supporting plate, the 5th rotating assembly and the 6th shaft
Component；Second supporting plate is installed in the first portal frame, and the 5th rotating assembly is rotatably dispose in the second supporting plate close to first gantry
One end of frame, the 6th rotating assembly are rotatably dispose in the other end of the second supporting plate, the 4th belt wind the 5th rotating assembly and
6th rotating assembly；
4th leather belt driving mechanism further includes the second motor, and the second motor is installed in the first portal frame and for driving the 5th
5th rotating assembly of rotating assembly rotation, rotation is installed in the 5th of the first portal frame via the drive of second gear transmission component
Belt conveyor rotation.
Further, the 5th belt conveyor includes the 7th rotating assembly, eight revolution shaft assembly, the first connection
Plate, the 5th belt and connecting plate regulating device；Connecting plate regulating device is connected to the first portal frame or the second portal frame, and first connects
Fishplate bar is connected to connecting plate regulating device, and the 7th rotating assembly is rotatably dispose in the first portal frame or the second portal frame, third skin
Tape drive mechanism drives the rotation of the 7th rotating assembly or the 4th leather belt driving mechanism via second via first gear transmission component
Gear-driven assembly drives the rotation of the 7th rotating assembly；Eight revolution shaft assembly is rotatably dispose in the first connecting plate, and the 5th belt twines
Around the 7th rotating assembly and eight revolution shaft assembly, the 7th rotating assembly of rotation is for driving the rotation of the 5th belt, and the of rotation
Five belts contradict the leather shell of third belt institute support and for driving leather shell mobile.
Further, the connecting plate regulating device include the second connecting plate, third connecting plate, connecting plate adjusting knob,
Connecting plate adjusts stud, rotation section, the first stud and the second stud；First connecting plate is equipped with the first accommodation groove and the
Two accommodation grooves, the first accommodation groove and the second accommodation groove run through the first connecting plate；
Second connecting plate is connected to the first portal frame or the second portal frame, and third connecting plate is connected to the second connecting plate, the
Two connecting plates and third connecting plate are arranged in a crossed manner, and the first connecting plate is rotationally connected with third connecting plate, the first connecting plate and third
Connecting plate is arranged in a crossed manner；Connecting plate adjusts stud and is threadedly connected to the second connecting plate, and one end that connecting plate adjusts stud is connected to
Rotation section, the other end that connecting plate adjusts stud stretch out the second connecting plate, and connecting plate adjusting knob is threadedly connected to connecting plate
It adjusts stud and contradicts the second connecting plate；
First accommodation groove is for being installed with third connecting plate, and first the first connecting plate of stud drawing-in and third connecting plate are simultaneously
For third connecting plate to be fixed in the first accommodation groove, the first connecting plate is rotatably dispose in the first stud；
Second accommodation groove is for being installed with rotation section, second the first connecting plate of stud drawing-in and rotation section and for that will turn
Dynamic portion is fixed in the second accommodation groove, and rotation section is rotatably dispose in the second stud.
Further, the lower mold includes the first resistance surface, the second resistance surface, arc-shaped concave, turns over angle platform and scratch resistant
Arc；First resistance surface is vertically arranged with the second resistance surface, and the first resistance surface is respectively used to contradict the straight of leather shell with the second resistance surface
Two right-angle sides at angle, arc-shaped concave are connected to the first resistance surface and the second resistance surface, and the surface for turning over angle platform from lower mold is recessed
It falls into and forms, turn over angle platform and for contradicting the right angle of leather shell the edge of right angle portions is dug upwards, scratch resistant arc, which is set to, turns over angle
Junction between platform and arc-shaped concave；
Upper mold is equipped with arc bump corresponding with arc-shaped concave, arc bump protrude outward from the surface of upper mold and
At arc bump is equipped with several grooves；
Prefabricating plate is arranged equipped with the notch through prefabricating plate, arc bump and arc-shaped concave sliding, and arc bump is via scarce
Mouth contradicts the right angle portions that leather shell is dug.
Further, the striker plate component includes striker plate, striker plate link block, third regulating mechanism, rolling wheel company
Connect block and multiple rolling wheels；Striker plate link block is connected to backgauge component connecting plate, and striker plate is connected to striker plate link block, the
Three regulating mechanisms are installed in striker plate and the position for adjusting striker plate to adjust between striker plate component and the first belt
The width in gap；Rolling wheel link block is connected to striker plate link block, and rolling wheel link block is vertically arranged with striker plate link block,
Multiple rolling wheels are rotatably dispose in the two sides of rolling wheel link block and respectively for rolling the leather shell that the first belt is conveyed.
Further, the third regulating mechanism includes striker plate adjusting knob, backgauge flat spring and striker plate stud；Gear
Flitch is provided with jacking block, and jacking block is arranged in a crossed manner with striker plate；Striker plate stud drawing-in jacking block, one end of striker plate stud is connected to
Striker plate link block, the other end of striker plate stud stretch out jacking block, and striker plate adjusting knob is threadedly connected to striker plate stud
And jacking block is contradicted, striker plate spring pocket is set to striker plate stud, and one end of backgauge flat spring contradicts striker plate link block, striker plate
The other end of spring contradicts jacking block.
Beneficial effects of the present invention: it is full automatic to fillet mechanism conveying leather shell, circle that the automatic leather cover fillet forms function
Angle mechanism full automatic can carry out fillet processing to leather shell, and high degree of automation substantially reduces labor intensity and labour cost, mentions
High efficiency, and can guarantee fillet treated the quality of leather shell.
Detailed description of the invention
Fig. 1 is schematic perspective view of the invention.
Fig. 2 is the schematic perspective view of leather shell feeder of the invention.
Fig. 3 is the schematic perspective view at another visual angle of leather shell feeder of the invention.
Fig. 4 is the decomposition diagram of leather shell feeder of the invention.
Fig. 5 is the structural schematic diagram after the second workbench of the invention, the second limit plate and the connection of the second regulating mechanism.
Fig. 6 is the knot at another visual angle after the second workbench of the invention, the second limit plate and the connection of the second regulating mechanism
Structure schematic diagram.
Fig. 7 is the knot at another visual angle after the second workbench of the invention, the second limit plate and the connection of the second regulating mechanism
Structure schematic diagram.
After Fig. 8 is the first limit plate of the invention, the first regulating mechanism, striker plate component are connected with backgauge component connecting plate
Structural schematic diagram.
After Fig. 9 is the first limit plate of the invention, the first regulating mechanism, striker plate component are connected with backgauge component connecting plate
Another visual angle structural schematic diagram.
Figure 10 is the schematic perspective view of fillet mechanism of the invention.
Figure 11 is the schematic perspective view at another visual angle of fillet mechanism of the invention.
Figure 12 is the structural schematic diagram after third belt conveyor of the invention is connected with elevating mechanism.
Figure 13 is the structural schematic diagram at another visual angle after third belt conveyor of the invention is connected with elevating mechanism.
Figure 14 is the structural schematic diagram of third leather belt driving mechanism of the invention.
Figure 15 is the structural schematic diagram of the 4th leather belt driving mechanism of the invention.
Figure 16 is the structural schematic diagram of the 5th belt conveyor of the invention.
Figure 17 is the decomposition diagram of the 5th belt conveyor of the invention.
Figure 18 is the exploded pictorial of two groups of fillet processing components of the invention, first movement device and the second mobile device
Figure.
Figure 19 is the decomposition diagram of fillet processing unit of the invention.
Figure 20 is the structural schematic diagram of lower mold of the invention.
Figure 21 is the structural schematic diagram of upper mold of the invention.
Figure 22 is the decomposition diagram of elastic parts of the invention.
Figure 23 is the structural schematic diagram of block of the invention and the 7th driving mechanism.
Description of symbols:
Leather shell feeder 1, the first workbench 11, the first belt 12, the first driving mechanism 13, the first limit plate 14, first
Regulating mechanism 15, third rotating handle 151, the 4th screw rod 152, the 5th feed screw nut 153, the 6th feed screw nut 154, the second work
Make platform 16, the first link block 161, the first feed screw nut 162, transition plates component 163, transition plates 164, the 4th feed screw nut 165,
Third limit plate 166, the second belt 17, the second driving mechanism 18, the second limit plate 19, the second regulating mechanism 110, the second rotation
Handle 1101, the second drive rod 1102, the second screw rod 1103, the second link block 1104, the second feed screw nut 1105, third screw rod
1106, third link block 1107, third feed screw nut 1108, third hand tap gear 1109, the 4th bevel gear 11010, the 5th cone tooth
Wheel 11011, the 6th bevel gear 11012, third driving mechanism 111, the first rotating handle 1111, the first drive rod 1112, first
Screw rod 1113, first bevel gear 1114, second bevel gear 1115, striker plate component 112, striker plate 1121, jacking block 11211, gear
Flitch link block 1122, third regulating mechanism 1123, striker plate adjusting knob 11231, backgauge flat spring 11232, striker plate spiral shell
Column 11233, rolling wheel link block 1124, rolling wheel 1125, backgauge component connecting plate 113, gap 114, detection device 115 are lifted up
Seesaw 1151, position sensor 1152, fillet mechanism 2, third workbench 21, conveying device 22, the first portal frame 221, second
Portal frame 222, third belt conveyor 223, third belt 2231, the first supporting plate 2232, first rotating shaft component 2233, the
Two rotating assemblies 2234, third rotating assembly 2235, shaft link block 2236, elevating mechanism 224, the 6th driving mechanism 2241,
Guide post 2242, the first guide sleeve 2243, gag lever post 2244, the 4th belt conveyor 225, the 4th belt 2251, the second supporting plate
2252, the 6th rotating handle 2253, the 5th rotating assembly 2254, the 6th rotating assembly 2255, guide plate 2256, guide plate adjusting
Device 2257, guide plate screw rod 22571, the first feed screw nut of guide plate 22572, the second feed screw nut of guide plate 22573, third
Leather belt driving mechanism 226, first gear transmission component 2261, the 4th rotating assembly 2262, first motor 2263, the 4th belt drive
Motivation structure 227, second gear transmission component 2271, the second motor 2272, the 5th belt conveyor 228, the 7th rotating assembly
2281, eight revolution shaft assembly 2282, the first connecting plate 2283, the first accommodation groove 22831, the second accommodation groove 22832, the 5th belt
2284, connecting plate regulating device 229, the second connecting plate 2291, third connecting plate 2292, connecting plate adjusting knob 2293, connection
Plate adjusts stud 2294, rotation section 2295, the first stud 2296, the second stud 2297, fillet processing component 23, circle
Angle processing unit 24, the first mounting base 241, block 24101, the 7th driving mechanism 24102, the second mounting base 242, the 4th driving
Mechanism 243, lower mold 244, the first resistance surface 2441, the second resistance surface 2442, arc-shaped concave 2443 turn over angle platform 2444, prevent
Scrape arc 2445, upper mold 245, arc bump 2451, groove 2452, heating member 246, prefabricating plate 247, elastic parts 248, second
Guide sleeve 2481, reset spring 2482, prefabricating plate guide rod 2483, limited block 2484, limiting slot 2485, slide 249, third mounting base
2410, the 5th driving mechanism 2411, slide guide rod 2412, first movement device 25, the 5th screw rod 251, the 7th feed screw nut
252, the 6th screw rod 253, the 8th feed screw nut 254, first gear 255, second gear 256, the 4th rotating handle 257, second
Mobile device 26, the 7th screw rod 261, the 9th feed screw nut 262, the 8th screw rod 263, the tenth feed screw nut 264, third gear
265, the 4th gear 266, the 5th rotating handle 267, mounting plate 27, receiving mechanism 28, finished belt conveying device 281, bracket
282, finished product baffle 283.
Specific embodiment
For the ease of the understanding of those skilled in the art, the present invention is made further below with reference to embodiment and attached drawing
Bright, the content that embodiment refers to not is limitation of the invention.
It is provided by the invention as shown in Fig. 1 to Fig. 9, Figure 10, Figure 11, Figure 18, Figure 19, Figure 20, Figure 21, Figure 22 and Figure 23
A kind of automatic leather cover fillet molding machine comprising leather shell feeder 1 and fillet mechanism 2；The leather shell feeder 1 includes the first work
Make platform 11, the first belt 12, the first driving mechanism 13, the first limit plate 14, the first regulating mechanism 15, the second workbench 16,
Two belts 17, the second driving mechanism 18, the second limit plate 19, the second regulating mechanism 110, third driving mechanism 111, backgauge board group
Part 112 and backgauge component connecting plate 113；
Second belt 17 is rotatably dispose in the second workbench 16 and for leather shell to be delivered to the first belt 12, the second driving
Mechanism 18 is installed in the second workbench 16 and for driving the rotation of the second belt 17, and the second limit plate 19 is set to the second adjusting machine
Structure 110 and leather shell for being conveyed to the second belt 17 limits, the second regulating mechanism 110 is set to the second workbench 16 and is used in combination
In the position for adjusting the second limit plate 19；
First belt 12 is rotatably dispose in the first workbench 11 and is delivered to the first belt 12 for conveying the second belt 17
Leather shell, the first driving mechanism 13 be installed in the first workbench 11 and for drive the first belt 12 rotation, the first limit plate 14
It is set to the first regulating mechanism 15 and the leather shell for being conveyed to the first belt 12 limits, the first regulating mechanism 15 is set to the
One workbench 11 and the position for being used to adjust the first limit plate 14；
Backgauge component connecting plate 113 is connected to the first workbench 11 and is located at the top of the first belt 12, striker plate component
112 are connected to backgauge component connecting plate 113, and gap 114 is equipped between the lower surface of striker plate component 112 and the first belt 12,
The width in gap 114 is greater than the thickness of one piece of leather shell, and the width in gap 114 is less than the sum of the thickness of two pieces of leather shells, the first skin
The leather shell conveyed with 12 drawing-in gap 114 and is transported to fillet mechanism 2 one by one；
Second workbench 16 is slideably positioned in the first workbench 11, and third driving mechanism 111 is installed in the first workbench 11
And for driving the second workbench 16 to slide so that the second workbench 16 is far from or close to striker plate component 112, it is ensured that the second work
Make the length that the distance between platform 16 and striker plate component 112 are greater than or equal to leather shell；
The fillet mechanism 2 includes third workbench 21, conveying device 22 and two groups of fillet processing components 23；Conveying device
22 are set to third workbench 21 and for conveying the leather shell that the first belt 12 is delivered to conveying device 22, two groups of fillet processing groups
The leather shell that part 23 is used to convey conveying device 22 carries out fillet processing, and two groups of fillet processing components 23 are set to third work
Platform 21 and the two sides for being located at conveying device 22；
Every group of fillet processing component 23 includes two fillet processing units 24, and fillet processing unit 24 includes the first mounting base
241, the second mounting base 242, the 4th driving mechanism 243, lower mold 244, upper mold 245, heating member 246, prefabricating plate 247, bullet
Property component 248, slide 249, third mounting base 2410, the 5th driving mechanism 2411 and slide guide rod 2412；First mounting base 241
It is set to third workbench 21, the second mounting base 242 is slideably positioned in the first mounting base 241, and the 4th driving mechanism 243 is installed in
First mounting base 241 is simultaneously slided for the second mounting base 242 of driving；Slide guide rod 2412 is installed in the second mounting base 242 and
Between three mounting bases 2410, slide 249 is slideably positioned in slide guide rod 2412, and the 5th driving mechanism 2411 is installed in third installation
Seat 2410 simultaneously is used to that slide 249 to be driven to slide, and heating member 246 is installed in slide 249, and upper mold 245 is connected to heating member 246,
Heating member 246 is used for heating of top mold 245；Elastic parts 248 is installed in slide 249, and prefabricating plate 247 is connected to elastic parts
248, elastic parts 248 is used to buffer the precompression of prefabricating plate 247；Prefabricating plate 247 and the second mounting base 242 are for clamping leather shell
Main part, lower mold 244 is set to the second mounting base 242 and for contradicting the right angle of leather shell, and lower mold 244 is for contradicting
The right angle portions of leather shell are so that the edge of right angle portions is dug upwards, upper mold 245, lower mold 244 and the second mounting base 242
It cooperates and presses the edge for the right angle portions that leather shell is dug upwards so that the right angle of leather shell becomes fillet.
In actual operation, a upper station by facial tissue and fillet cardboard gluing clad can bound edge it is good after leather shell (inside is
Fillet cardboard, outside are right angle facial tissue) it is delivered to the second belt 17, the second driving mechanism 18 drives the rotation of the second belt 17, turns
The second dynamic belt 17 conveys leather shell toward the first belt 12.Second belt 17 is during conveying leather shell, the second limit plate
The leather shell that 19 pair of second belt 17 is conveyed limits, and leather shell can be moved along being correctly oriented.Second regulating mechanism 110 can
To adjust the position of the second limit plate 19 according to various sizes of leather shell, meet the process requirements of various sizes of leather shell.
Since fillet mechanism 2 can only carry out fillet processing to one piece of leather shell every time, so the second belt 17 conveys leather shell
To the first belt 12, leather shell is gradually stacked up on the first belt 12, when the leather shell quantity on the first belt 12 is greater than
When setting quantity, the second belt 17 stops conveying leather shell toward the first belt 12, sets when the leather shell quantity on the first belt 12 is less than
When fixed number amount, the second belt 17 conveys leather shell toward the first belt 12 again.
When fillet mechanism 2 has handled one piece of leather shell, fillet mechanism 2 will signal to control cabinet, and control cabinet controls again
First driving mechanism 13 drives the rotation of the first belt 12, that block leather shell that the first belt 12 of rotation will be contacted with the first belt 12
It is delivered to conveying device 22.Specifically, the first belt 12 of rotation drives that block leather shell drawing-in seam contacted with the first belt 12
Leather shell is simultaneously delivered to conveying device 22 by gap 114, and striker plate component 112 blocks remaining skin being stacked on the first belt 12
Shell guarantees that the first belt 12 only conveys one piece of leather shell to conveying device 22 every time.During the first belt 12 conveys leather shell,
The leather shell that first limit plate 14 conveys the first belt 12 limits, and leather shell can be moved along being correctly oriented, and guarantees
Leather shell can pass through gap 114.First regulating mechanism 15 can adjust the position of the first limit plate 14 according to various sizes of leather shell
It sets, meets different working conditions.
Second workbench 16 can adjust the phase of the second workbench 16 with the first workbench 11 according to practical condition
To position, meet the needs of production.Specifically, third driving mechanism 111 drives the second workbench 16 along the first workbench 11
It slides to adjust the relative position of the second workbench 16 and the first workbench 11.
In work, leather shell feeder 1 fully automatically can convey leather shell, high degree of automation, and significantly to fillet mechanism 2
Labor intensity and labour cost are reduced, production efficiency is improved.
First belt 12 is (internal for fillet cardboard, outside by the leather shell of facial tissue and fillet cardboard gluing clad can bound edge after good
For right angle facial tissue) it is delivered to conveying device 22, leather shell is delivered to fillet processing station again by conveying device 22, then four fillets
Processing unit 24 is mobile to the center of leather shell simultaneously and carries out fillet processing simultaneously to the right angle facial tissue at four angles of leather shell.
The course of work of specific each fillet processing unit 24 is, after leather shell reaches fillet processing station, the 4th driving
Mechanism 243 drives the sliding of the second mounting base 242, and the second mounting base 242 of sliding drives lower mold 244 to move together, lower mold
244 when being moved to setting position, and the 4th driving mechanism 243 stops working, at this point, the both sides of the right angle facial tissue at a leather shell angle are pasted
The inner wall of lower mold 244, then the 5th driving mechanism 2411 driving slide 249 is slided along slide guide rod 2412, sliding
Slide 249 drives prefabricating plate 247 and upper mold 245 to decline together, while heating member 246 heats upper mold 245, decline
Prefabricating plate 247 contact leather shell prior to upper mold 245, the prefabricating plate 247 of decline contacts leather shell and simultaneously pushes leather shell, and leather shell is pushing
During, the facial tissue of the right angle portions beyond fillet cardboard is dug upwards under the conflict effect of the inner wall of lower mold 244, when
When the main part of leather shell is pressed onto the second mounting base 242 by prefabricating plate 247, prefabricating plate 247 compresses leather shell.5th driving mechanism
2411 continue on through and drive prefabricating plate 247 and upper mold 245 to decline by slide 249, and the second mounting base 242 generates prefabricating plate 247
Reaction force, the reaction force of the second mounting base 242 is through 247 elasticity of compression component 248 of prefabricating plate, the upper mold simultaneously declined
245 along lower mold 244 inner wall move down and be compacted, flatten the leather shell dug square edge part facial tissue, meanwhile,
Upper mold 245 after heated part 246 heats transmits the glue thawing that heat makes the region of contact, during compacting, flattening
Also the part facial tissue dug is cemented into sizing along the fillet of fillet cardboard.After fillet processing is all completed at four angles of leather shell,
5th driving mechanism 2411 drives prefabricating plate 247 and upper mold 245 to reset via slide 249, the 4th driving mechanism 243 driving the
Two mounting bases 242 reset, and treated that leather shell is transported to next station by fillet for conveying device 22, while conveying device 22 is defeated again
One piece of leather shell to fillet processing to fillet is sent to handle station.
The automatic leather cover fillet molding function of the application is full automatic to convey leather shell to fillet mechanism 2, and fillet mechanism 2 can be complete
Fillet processing automatically is carried out to leather shell, high degree of automation substantially reduces labor intensity and labour cost, improves production effect
Rate, and can guarantee fillet treated the quality of leather shell.
Preferably, the third driving mechanism 111 includes the first rotating handle 1111, the first drive rod 1112, first
Bar 1113, first bevel gear 1114 and second bevel gear 1115；First drive rod 1112 is rotatably dispose in the first workbench 11, the
One rotating handle 1111 is connected to one end of the first drive rod 1112 and for driving the rotation of the first drive rod 1112, the first cone tooth
Wheel 1114 is connected to the other end of the first drive rod 1112；First screw rod 1113 is rotatably dispose in the first workbench 11, and first passes
Lever 1112 and the first screw rod 1113 are arranged in a crossed manner, and second bevel gear 1115 is connected to one end of the first screw rod 1113, the first cone
Gear 1114 and the ratcheting connection of second bevel gear 1115；Second workbench 16 is provided with the first link block 161 and the first screw rod spiral shell
Mother 162, the first link block 161 are connected to the second workbench 16, and the first feed screw nut 162 is connected to the first link block 161, and first
Feed screw nut 162 is threadedly connected to the first screw rod 1113.
When needing to adjust the relative position of the second workbench 16 and the first workbench 11, manpower drives the first rotating handle
1111 rotations, the first rotating handle 1111 of rotation drives the rotation of the first drive rod 1112, while first bevel gear 1114 follows
The first drive rod 1112 rotate together, the first bevel gear 1114 of rotation drives second bevel gear 1115 to rotate together, and rotates
Second bevel gear 1115 drive the rotation of the first screw rod 1113, the first screw rod 1113 of rotation drives 162 edge of the first feed screw nut
The first screw rod 1113 it is mobile, the first mobile feed screw nut 162 drives the second workbench 16 to move via the first link block 161
It is dynamic, to realize the relative position of adjustment the second workbench 16 and the first workbench 11.The transmission accuracy of third driving mechanism 111
High, transmission efficiency height.
Preferably, second regulating mechanism 110 includes the second rotating handle 1101, the second drive rod 1102, second
Bar 1103, the second link block 1104, the second feed screw nut 1105, third screw rod 1106, third link block 1107, third screw rod spiral shell
Mother 1108, third hand tap gear 1109, the 4th bevel gear 11010, the 5th bevel gear 11011 and the 6th bevel gear 11012；
Second screw rod 1103 is rotatably dispose in the second workbench 16, and the second rotating handle 1101 is connected to the second screw rod 1103
And for driving the rotation of the second screw rod 1103, third hand tap gear 1109 is connected to one end of the second screw rod 1103；Second link block
1104 are connected to the second limit plate 19, and the second feed screw nut 1105 is connected to the second link block 1104, the second feed screw nut 1105
It is threadedly connected to the second screw rod 1103；
Second drive rod 1102 is rotatably dispose in the second workbench 16, and the second screw rod 1103 intersects with the second drive rod 1102
Setting, one end of the second drive rod 1102 are connected with the 4th bevel gear 11010, and the other end of the second drive rod 1102 is connected with the
Five bevel gears 11011, third hand tap gear 1109 and the ratcheting connection of the 4th bevel gear 11010；
Third screw rod 1106 is rotatably dispose in the second workbench 16, and third screw rod 1106 is parallel with the second screw rod 1103 to be set
It sets, one end of third screw rod 1106 is connected with the 6th bevel gear 11012, the 6th bevel gear 11012 and 11011 tooth of the 5th bevel gear
Close connection；Third link block 1107 is connected to the second limit plate 19, and third feed screw nut 1108 is connected to third link block 1107,
Third feed screw nut 1108 is threadedly connected to third screw rod 1106.
When needing to adjust the position of the second limit plate 19, manpower drives the second rotating handle 1101 to rotate, and the second of rotation
Rotating handle 1101 drives the rotation of the second screw rod 1103, while third hand tap gear 1109 is followed by the second screw rod 1103 and turns together
Dynamic, the third hand tap gear 1109 of rotation drives the rotation of the 4th bevel gear 11010, and the 4th bevel gear 11010 of rotation drives simultaneously
Second drive rod 1102 and the 5th bevel gear 11011 rotate together, and the 5th bevel gear 11011 of rotation drives the 6th bevel gear
6th bevel gear 11012 of 11012 rotations, rotation drives third screw rod 1106 to rotate.
During adjusting the position of the second limit plate 19, the second screw rod 1103 and third screw rod 1106 are to rotate simultaneously
, the third that the second screw rod 1103 of rotation drives the second feed screw nut 1105 to move along the second screw rod 1103, while rotating
Screw rod 1106 drives third feed screw nut 1108 to move along third screw rod 1106, and one end of the second limit plate 19 connects via second
It connects block 1104 to connect with the second feed screw nut 1105, the other end of the second limit plate 19 is via third link block 1107 and third silk
Stem nut 1108 connects, and under the drive of the second feed screw nut 1105 and third feed screw nut 1108, the second limit plate 19 is realized
The adjusting of position.Due to the second limit plate 19 across length it is larger, so needing the second feed screw nut 1105 and third screw rod
Nut 1108 could be moved steadily under driving jointly.High transmission accuracy, the transmission efficiency of second regulating mechanism 110 are high.
Preferably, second workbench 16 is equipped with several pieces for the leather shell slide guide that is conveyed the second belt 17 to the
The transition plates component 163 of one belt 12；Transition plates component 163 includes transition plates 164 and the 4th feed screw nut 165, the 4th screw rod
Nut 165 is threadedly connected to third screw rod 1106, and transition plates 164 is connected to the 4th feed screw nut 165.
Since the second workbench 16 and the first workbench 11 are there are certain drop, leather shell is delivered to by the second belt 17
During one belt 12, leather shell first obliquely falls to the first belt 12, at this point, the preceding part of leather shell contradicts the first belt
12, the rear part of leather shell still contradicts the second belt 17.Then in the second belt 17 or/and the rotary action of the first belt 12
Under, the rear part of leather shell gradually slides into the first belt 12 along the surface of transition plates 164, and final monolith leather shell falls in the first belt
On 12.During third screw rod 1106 rotates, the third screw rod 1106 of rotation drives the 4th feed screw nut 165 along third
Screw rod 1106 is mobile, and the 4th mobile feed screw nut 165 drives transition plates 164 to move together, and realizes the position for adjusting transition plates 164
It sets.Second workbench 16, which is provided with leather shell that transition plates component 163 can allow the second belt 17 to be conveyed, to be fallen steadily and smoothly
The first belt 12 is fallen on, and the position of transition plates 164 is adjustable, meets the needs of various sizes of leather shell.
Preferably, second workbench 16 is equipped with third limit plate 166, and third limit plate 166 is for preventing the second skin
The second belt 17 is dropped out with the leather shell that 17 are conveyed, the leather shell for guaranteeing that the second belt 17 is conveyed can be smoothly transported to the first skin
Band 12, it is preferred that the quantity of third limit plate 166 is two pieces.
Preferably, first regulating mechanism 15 includes third rotating handle 151, the 4th screw rod 152, the 5th feed screw nut
153 and the 6th feed screw nut 154；4th screw rod 152 is rotatably dispose in the first workbench 11 and is located at the top of the first belt 12,
Third rotating handle 151 is connected to one end of the 4th screw rod 152 and for driving the rotation of the 4th screw rod 152, the 5th feed screw nut
153 and the 6th feed screw nut 154 be threadedly connected to the 4th screw rod 152；The quantity of first limit plate 14 is two pieces, one piece first
Limit plate 14 is connected to the 5th feed screw nut 153, and another piece of the first limit plate 14 is connected to the 6th feed screw nut 154, striker plate
Component 112 is located between two piece of first limit plate 14.
When needing to adjust the position of the first limit plate 14, manpower drives third rotating handle 151 to rotate, the third rotation of rotation
Changing hands handle 151 drives the 4th screw rod 152 to rotate together, and the 4th screw rod 152 of rotation drives the 5th feed screw nut 153 and the 6th
Stem nut 154 is moved along the 4th screw rod 152, and the 5th feed screw nut 153 and the 6th feed screw nut 154 drive two piece first simultaneously
Limit plate 14 moves together, to realize the position for adjusting two piece of first limit plate 14.The leather shell that first belt 12 is conveyed is only
It can be conveyed between two piece of first limit plate 14, it is ensured that leather shell can accurately be transported to conveying device 22.First regulating mechanism
15 high transmission accuracy, transmission efficiency are high.
Preferably, the automatic leather cover fillet molding machine further includes for driving two groups of fillet processing components 23 close to each other
Or the first movement device 25 being located remotely from each other, every group of fillet processing component 23 further include for driving two fillet processing units 24
The second mobile device 26 that is close to each other or being located remotely from each other；
First movement device 25 includes the 5th screw rod 251, the 7th feed screw nut 252, the 6th screw rod 253, the 8th screw rod spiral shell
Mother 254, first gear 255, second gear 256 and the 4th rotating handle 257；5th screw rod 251 is rotated with the 6th screw rod 253
It is set to third workbench 21, the 5th screw rod 251 is set side by side with the 6th screw rod 253, and first gear 255 is connected to the 5th screw rod
251, second gear 256 is connected to the 6th screw rod 253, first gear 255 and the ratcheting connection of second gear 256, the 4th rotation hand
Handle 257 is connected to the 5th screw rod 251 and for driving the rotation of the 5th screw rod 251, and the 5th screw rod 251 of rotation is via first gear
255 driving second gears 256 and the rotation of the 6th screw rod 253, the rotation direction of the 5th screw rod 251 and the rotation of the 6th screw rod 253
Contrary, the 5th screw rod 251 of rotation is for driving the 7th feed screw nut 252 to move along the 5th screw rod 251, and the 6th of rotation the
Screw rod 253 is for driving the 8th feed screw nut 254 to move along the 6th screw rod 253；Fillet processing component 23 further includes sliding setting
In the mounting plate 27 of third workbench 21, the 7th feed screw nut 252 is connected to the mounting plate 27 of one group of fillet processing component 23, the
Eight feed screw nuts 254 are connected to the mounting plate 27 of another group of fillet processing component 23；
Second mobile device 26 includes the 7th screw rod 261, the 9th feed screw nut 262, the 8th screw rod 263, the tenth screw rod spiral shell
Mother 264, third gear 265, the 4th gear 266 and the 5th rotating handle 267；7th screw rod 261 is rotated with the 8th screw rod 263
It is set to mounting plate 27, the 7th screw rod 261 is set side by side with the 8th screw rod 263, and third gear 265 is connected to the 7th screw rod 261,
4th gear 266 is connected to the 8th screw rod 263, third gear 265 and the ratcheting connection of the 4th gear 266, the 5th rotating handle 267
It is connected to the 7th screw rod 261 and is rotated for the 7th screw rod 261 of driving, the 7th screw rod 261 of rotation drives via third gear 265
Dynamic 4th gear 266 and the rotation of the 8th screw rod 263, the rotation direction and the rotation direction phase of the 8th screw rod 263 of the 7th screw rod 261
Instead, the 7th screw rod 261 of rotation is for driving the 9th feed screw nut 262 to move along the 7th screw rod 261, the 8th screw rod of rotation
263 for driving the tenth feed screw nut 264 to move along the 8th screw rod 263；9th feed screw nut 262 is connected to a fillet processing
First mounting base 241 of device 24, the tenth feed screw nut 264 are connected to the first mounting base of another fillet processing unit 24
241。
When needing to adjust the position of two groups of fillet processing components 23, manpower the 4th rotating handle 257 of rotation, the 4th of rotation the
Rotating handle 257 drives the 5th screw rod 251 and first gear 255 to rotate together, and the first gear 255 of rotation drives second gear
256 and the 6th screw rod 253 rotate together, the 5th screw rod 251 of rotation is for driving the 7th feed screw nut 252 along the 5th screw rod
251 is mobile, and the 6th screw rod 253 of rotation is for driving the 8th feed screw nut 254 to move along the 6th screw rod 253.Due to the 5th
The rotation direction of bar 251 and the rotation direction of the 6th screw rod 253 are on the contrary, so the 7th feed screw nut 252 and the 8th feed screw nut
254 meetings movement close to each other is located remotely from each other movement.7th feed screw nut 252 and the movement close to each other of the 8th feed screw nut 254
When, drive two groups of fillet processing components 23 close to each other；7th feed screw nut 252 and the 8th feed screw nut 254 are located remotely from each other shifting
When dynamic, two groups of fillet processing components 23 is driven to be located remotely from each other.
When needing to adjust the position of two fillet processing units 24, manpower the 5th rotating handle 267 of rotation, the 5th of rotation the
Rotating handle 267 drives the 7th screw rod 261 and third gear 265 to rotate together, and the third gear 265 of rotation drives the 4th gear
266 and the 8th screw rod 263 rotate together, the 7th screw rod 261 of rotation is for driving the 9th feed screw nut 262 along the 7th screw rod
261 is mobile, and the 8th screw rod 263 of rotation is for driving the tenth feed screw nut 264 to move along the 8th screw rod 263, due to the 7th
The rotation direction of bar 261 and the rotation direction of the 8th screw rod 263 are on the contrary, so the 9th feed screw nut 262 and the tenth feed screw nut
264 meetings movement close to each other is located remotely from each other movement.9th feed screw nut 262 and the movement close to each other of the tenth feed screw nut 264
When, drive two fillet processing units 24 close to each other；9th feed screw nut 262 and the tenth feed screw nut 264 are located remotely from each other shifting
When dynamic, two fillet processing units 24 is driven to be located remotely from each other.Automatic fillet molding machine is provided with first movement device 25 and second
Mobile device 26, the position of adjustable four fillet processing units 24 make automatic fillet molding function to various sizes of skin
Shell carries out fillet processing.
Preferably, first mounting base 241 is additionally provided with block 24101 and the 7th driving mechanism 24102, the 7th driving
Mechanism 24102 is installed in the first mounting base 241, and block 24101 is connected to the output end of the 7th driving mechanism 24102, and the 7th drives
For driving block 24101 to go up and down, block 24101 is used to determine the leather shell for being located at fillet processing station motivation structure 24102
Position.When leather shell is delivered to fillet processing station by conveying device 22, the 7th driving mechanism 24102 drives block 24101 to rise,
Block 24101 after rising contradicts leather shell and positions to leather shell, guarantees that leather shell can accurately arrive at fillet processing station.When
After fillet processing is all completed at four angles of leather shell, the 7th driving mechanism 24102 drives the decline of block 24101 so that block 24101
Leather shell is avoided, then treated that leather shell is transported to next station by fillet for conveying device 22.
Preferably, the automatic leather cover fillet molding machine further includes receiving mechanism 28, and receiving mechanism 28 is located at conveying device
22 output end；Receiving mechanism 28 includes finished belt conveying device 281, bracket 282 and finished product baffle 283；Finished belt is defeated
It send device 281 to be installed in third workbench 21 and is used for the leather shell for the processing of fillet that support conveying device 22 is conveyed；Bracket
282 are installed in finished belt conveying device 281, and finished product baffle 283 is installed in bracket 282 and defeated for regular 22 institute of conveying device
The leather shell for the processing of fillet sent.When work, leather shell that conveying device 22 handles fillet is toward finished belt conveying device 281
Direction conveying, since there are certain drops with conveying device 22 for finished belt conveying device 281, the leather shell that fillet is handled is de-
After conveying device 22, the leather shell of fillet processing can be fallen toward finished belt conveying device 281 under the effect of gravity, fillet
The leather shell of processing can strike finished product baffle 283 during falling, and then fall in finished belt conveying device 281,
Gradually the leather shell of fillet processing is fitly stacked up in finished belt conveying device 281.The leather shell of fillet processing
After being stacked to certain amount, the leather shell that finished belt conveying device 281 folds heap is conveyed toward next station.
As shown in Figure 11 to Figure 16, in the present embodiment, the conveying device 22 includes the first portal frame 221, second gantry
Frame 222, third belt conveyor 223, elevating mechanism 224, the 4th belt conveyor 225, third leather belt driving mechanism
226, the 4th leather belt driving mechanism 227 and two the 5th belt conveyors 228；
4th leather belt driving mechanism 227 is installed in the first portal frame 221 and for driving the 4th belt conveyor 225
The rotation of 4th belt 2251, the 4th belt 2251 of rotation is for conveying leather shell to third belt conveyor 223；
Third leather belt driving mechanism 226 is installed in the second portal frame 222 and for driving third belt conveyor 223
Third belt 2231 rotates, and the third belt 2231 of rotation is for conveying the be delivered to third belt 2231 of the 4th belt 2251
Leather shell；
Elevating mechanism 224 is installed in third workbench 21 and for driving third belt conveyor 223 to go up and down, decline
Third belt conveyor 223 far from third leather belt driving mechanism 226 so that third belt 2231 stops operating, the third of decline
Belt conveyor 223 is used to for the leather shell of 2231 supports of third belt being delivered to fillet processing station, the mobile side of leather shell
It is arranged in a crossed manner to the direction gone up and down with leather shell；
Two the 5th belt conveyors 228 are respectively arranged at the first portal frame 221 and the second portal frame 222, the 4th skin
Tape drive mechanism 227 drives the 5th Belt Conveying for being installed in the first portal frame 221 to fill via second gear transmission component 2271
228 rotations are set, third leather belt driving mechanism 226 is installed in the second portal frame 222 via the drive of first gear transmission component 2261
The 5th belt conveyor 228 rotation；5th belt conveyor 228 of rotation contradicts the skin of 2231 supports of third belt
Shell simultaneously is used to drive leather shell mobile.
In real work, the leather shell of facial tissue and fillet cardboard gluing clad can bound edge after good is delivered to the 4th by the first belt 12
Belt 2251, the 4th leather belt driving mechanism 227 drive the 4th belt 2251 rotation, while the 4th leather belt driving mechanism 227 via
Second gear transmission component 2271 drives the 5th belt conveyor 228 for being installed in the first portal frame 221 to rotate together, and rotates
The 4th belt 2251 leather shell is delivered to third belt 2231.Third leather belt driving mechanism 226 drives 2231 turns of third belt
It is dynamic, while third leather belt driving mechanism 226 drives via first gear transmission component 2261 and is installed in the of the second portal frame 222
Five belt conveyors 228 rotate together, and the third belt 2231 of rotation is by the leather shell of 2231 supports of third belt toward fillet
The 5th belt conveyor 228 for handling station conveying, while being installed in the first portal frame 221 contradicts third belt 2231 and is held
The leather shell of support simultaneously is used to drive leather shell mobile, after the 5th belt conveyor 228 contradicts leather shell, the 5th belt conveyor 228
There is the effect of a press to leather shell, guarantees that leather shell will not skid or deviate during conveying, leather shell is enable accurately to arrive
Up to the top of fillet processing station.After leather shell reaches the top of fillet processing station, elevating mechanism 224 drives third Belt Conveying
Device 223 declines so that leather shell reaches fillet and handles station.Third belt conveyor 223 during the decline, third skin
For band conveying device 223 far from third leather belt driving mechanism 226, third leather belt driving mechanism 226 cannot transmit drive force to the
Three belt conveyors 223, so third belt 2231 stops operating.After fillet processing is all completed at four angles of leather shell, rise
Descending mechanism 224 drives third belt conveyor 223 to rise and resets, and third belt conveyor 223, which contradicts, arrives third belt
Driving mechanism 226, third leather belt driving mechanism 226 transmit drive force to third belt conveyor 223, third belt 2231
It rotates and conveys the leather shell of the processing of fillet toward next station, while the 5th belt for being installed in the second portal frame 222 is defeated
Device 228 is sent to contradict the leather shell of the processing of fillet of 2231 supports of third belt and for driving leather shell movement, the 5th belt
After conveying device 228 contradicts leather shell, the 5th belt conveyor 228 has the effect of a press to leather shell, guarantees leather shell defeated
It will not skid or deviate during sending.
As shown in Figure 12 to Figure 14, in the present embodiment, the third belt conveyor 223 further includes the first supporting plate
2232, first rotating shaft component 2233, the second rotating assembly 2234, third rotating assembly 2235 and two pieces of shaft link blocks 2236；
First rotating shaft component 2233 is rotatably dispose in the first supporting plate 2232 close to one end of the second portal frame 222, the second rotating assembly
2234 are rotatably dispose in the first supporting plate 2232 close to one end of the first portal frame 221, and third belt 2231 winds first rotating shaft
Component 2233 and the second rotating assembly 2234, third belt 2231 are used for support leather shell；
First supporting plate 2232 is connected with two pieces of shaft link blocks 2236 close to one end of the second portal frame 222, and two pieces turn
Axis connection block 2236 is connected to the two sides of the first supporting plate 2232, and the both ends of third rotating assembly 2235 rotate setting respectively
In two pieces of shaft link blocks 2236, third rotating assembly 2235 is by 2231 pressure holding of third belt pressure in first rotating shaft component 2233
On surface, third rotating assembly 2235 is for driving first rotating shaft component 2233 to rotate；
Third leather belt driving mechanism 226 further includes the 4th rotating assembly 2262 and first motor 2263；4th rotating assembly
2262 are rotatably dispose in the second portal frame 222, and first motor 2263 is installed in the second portal frame 222 and for driving the 4th shaft
Component 2262 rotates, and the surface of the 4th rotating assembly 2262 of rotation contradicts the surface of third rotating assembly 2235 and for driving
Third rotating assembly 2235 rotates；4th rotating assembly 2262 of rotation is installed in via the drive of first gear transmission component 2261
5th belt conveyor 228 of the second portal frame 222 rotates.
The elevating mechanism 224 includes the 6th driving mechanism 2241, guide post 2242, the first guide sleeve 2243 and gag lever post
2244；First guide sleeve 2243 is set to third workbench 21, and guide post 2242 is slideably positioned in the first guide sleeve 2243, and guide post 2242 connects
Be connected to the first supporting plate 2232, the 6th driving mechanism 2241 be installed in third workbench 21 and for drive the sliding of guide post 2242 with
Make 2232 lifting moving of the first supporting plate, the first supporting plate 2232 of decline drives third rotating assembly 2235 to decline so that third
Rotating assembly 2235 stops 2235 turns of third rotating assembly of driving far from the 4th rotating assembly 2262, the 4th rotating assembly 2262
It is dynamic；Gag lever post 2244 is connected to the first supporting plate 2232, and gag lever post 2244 is for contradicting third workbench 21 to the first support
Plate 2232 limits.
In real work, leather shell is delivered to third belt 2231 by the 4th belt 2251 of rotation, and first motor 2263 is driven
The 4th rotating assembly 2262 driving third rotating assembly 2235 of dynamic 4th rotating assembly 2262 rotation, rotation rotates, meanwhile, turn
The 4th dynamic rotating assembly 2262 drives the 5th belt for being installed in the second portal frame 222 via first gear transmission component 2261
Conveying device 228 rotates.The third rotating assembly 2235 of rotation drives first rotating shaft component 2233 to rotate, the first rotating shaft of rotation
Component 2233 drives third belt 2231 to rotate, and the third belt 2231 of rotation is by the leather shell of 2231 supports of third belt toward the
Fillet processing station conveying on three workbench 21, after leather shell reaches the top of fillet processing station, the 6th driving mechanism 2241
Driving guide post 2242 slides down along the first guide sleeve 2243 so that the decline of the first supporting plate 2232, the first supporting plate of decline
2232 drive third rotating assembly 2235 to decline so that third rotating assembly 2235 is far from the 4th rotating assembly 2262, the 4th shaft
Component 2262 cannot transmit drive force to third rotating assembly 2235, and third rotating assembly 2235 stops operating.When third skin
When leather shell with 2231 supports reaches fillet processing station, gag lever post 2244 contradicts third workbench 21, makes the first supporting plate
2232 cannot continue to guarantee that leather shell can accurately arrive at fillet processing station toward decline.When fillet is all completed at four angles of leather shell
After processing, the 6th driving mechanism 2241 driving guide post 2242 is up slided along the first guide sleeve 2243 so that the first supporting plate 2232
Rise, third rotating assembly 2235 is driven to rise for the first supporting plate 2232 of rising so that third rotating assembly 2235 contradicts the 4th
Rotating assembly 2262, the 4th rotating assembly 2262 transmits drive force to third rotating assembly 2235 so that third rotating assembly
The third rotating assembly 2235 of 2235 rotations, rotation drives first rotating shaft component 2233 to rotate, the first rotating shaft component of rotation
2233 drive third belt 2231 to rotate, and the leather shell that the third belt 2231 of rotation handles fillet is defeated toward next station
It send.Meanwhile it while being installed in the 5th belt conveyor 228 of the second portal frame 222 and contradicts third belt 2231 supports
The leather shell of fillet processing simultaneously is used to drive leather shell mobile.
As shown in figure 11, in the present embodiment, the 4th belt conveyor 225 further includes the second supporting plate 2252,
Five rotating assemblies 2254 and the 6th rotating assembly 2255；Second supporting plate 2252 is installed in the first portal frame 221, the 5th shaft group
Part 2254 is rotatably dispose in the second supporting plate 2252 close to one end of the first portal frame 221, and the rotation of the 6th rotating assembly 2255 is set
It is placed in the other end of the second supporting plate 2252, the 4th belt 2251 winds the 5th rotating assembly 2254 and the 6th rotating assembly
2255；
4th leather belt driving mechanism 227 further includes the second motor 2272, and the second motor 2272 is installed in the first portal frame 221
And for driving the rotation of the 5th rotating assembly 2254, the 5th rotating assembly 2254 of rotation is via second gear transmission component 2271
Drive the 5th belt conveyor 228 rotation for being installed in the first portal frame 221.
In real work, the leather shell of facial tissue and fillet cardboard gluing clad can bound edge after good is delivered to the 4th by the first belt 12
Belt 2251, the second motor 2272 drive the rotation of the 5th rotating assembly 2254, and the 5th rotating assembly 2254 of rotation drives the 4th
Belt 2251 rotates, meanwhile, the 5th rotating assembly 2254 of rotation is installed in the via the drive of second gear transmission component 2271
5th belt conveyor 228 of one portal frame 221 rotates.Leather shell is delivered to third belt by the 4th belt 2251 of rotation
2231.The structure of 4th belt conveyor 225 is simple, leather shell automatically can be delivered to third belt 2231.
Preferably, second supporting plate 2252 be equipped with two pieces of guide plates 2256 and guide plate regulating device 2257, two pieces
Guide plate 2256 is spaced and is arranged in parallel in the second supporting plate 2252, and two pieces of guide plates 2256 are used for defeated to 2251 institute of the 4th belt
The moving direction of the leather shell sent is oriented to, and guide plate regulating device 2257 is for driving two pieces of guide plates 2256 mobile simultaneously；
Guide plate regulating device 2257 includes guide plate screw rod 22571, the first feed screw nut of guide plate 22572, the second screw rod of guide plate
Nut 22573 and the 6th rotating handle 2253；Guide plate screw rod 22571 is rotatably dispose in the second supporting plate 2252, the 6th rotation
Handle 2253 is connected to guide plate screw rod 22571 and for driving guide plate screw rod 22571 to rotate, the first feed screw nut of guide plate
22572 and the second feed screw nut of guide plate 22573 be threadedly connected to guide plate screw rod 22571, the guide plate screw rod of rotation
22571 drive the first feed screw nut of guide plate 22572 and the second feed screw nut of guide plate 22573 along guide plate screw rod simultaneously
22571 is mobile, and the first feed screw nut of guide plate 22572 connect with one piece of guide plate 2256, the second feed screw nut of guide plate 22573
It is connect with another piece of guide plate 2256.
For 4th belt 2251 during conveying leather shell, two pieces of guide plates 2256 are for conveying the 4th belt 2251
Leather shell guiding, guarantee that the leather shell that is conveyed of the 4th belt 2251 can be moved along being correctly oriented.Guide plate regulating device 2257
The position of two pieces of guide plates 2256 can be adjusted simultaneously, specifically, manpower rotates the 6th rotating handle 2253, the 6th rotation of rotation
Changing hands handle 2253 drives guide plate screw rod 22571 to rotate, and the guide plate screw rod 22571 of rotation drives the first feed screw nut of guide plate
22572 and the second feed screw nut of guide plate 22573 moved along guide plate screw rod 22571, mobile the first feed screw nut of guide plate
22572 and the second feed screw nut of guide plate 22573 drive one piece of guide plate 2256 mobile respectively, to realize two pieces of adjusting simultaneously
The position of guide plate 2256.
As shown in Figure 16 and Figure 17, in the present embodiment, the 5th belt conveyor 228 includes the 7th rotating assembly
2281, eight revolution shaft assembly 2282, the first connecting plate 2283, the 5th belt 2284 and connecting plate regulating device 229；Connecting plate tune
Regulating device 229 is connected to the first portal frame 221 or the second portal frame 222, and the first connecting plate 2283 is connected to connecting plate and adjusts dress
229 are set, the 7th rotating assembly 2281 is rotatably dispose in the first portal frame 221 or the second portal frame 222, third leather belt driving mechanism
226 via first gear transmission component 2261 drive the 7th rotating assembly 2281 rotation or the 4th leather belt driving mechanism 227 via
Second gear transmission component 2271 drives the rotation of the 7th rotating assembly 2281；Eight revolution shaft assembly 2282 is rotatably dispose in the first company
Fishplate bar 2283, the 5th belt 2284 wind the 7th rotating assembly 2281 and eight revolution shaft assembly 2282, the 7th shaft group of rotation
For part 2281 for driving the rotation of the 5th belt 2284, the 5th belt 2284 of rotation contradicts the leather shell of 2231 supports of third belt
And for driving leather shell mobile.
The connecting plate regulating device 229 includes the second connecting plate 2291, third connecting plate 2292, connecting plate adjusting knob
2293, connecting plate adjusts stud 2294, rotation section 2295, the first stud 2296 and the second stud 2297；First connects
Fishplate bar 2283 is equipped with the first accommodation groove 22831 and the second accommodation groove 22832, the first accommodation groove 22831 and the second accommodation groove 22832
Run through the first connecting plate 2283；
Second connecting plate 2291 is connected to the first portal frame 221 or the second portal frame 222, third connecting plate 2292 are connected to
Second connecting plate 2291, the second connecting plate 2291 and third connecting plate 2292 are arranged in a crossed manner, the rotation connection of the first connecting plate 2283
In third connecting plate 2292, the first connecting plate 2283 and third connecting plate 2292 are arranged in a crossed manner；Connecting plate adjusts 2294 spiral shell of stud
Line is connected to the second connecting plate 2291, and one end that connecting plate adjusts stud 2294 is connected to rotation section 2295, and connecting plate adjusts spiral shell
The other end of column 2294 stretches out the second connecting plate 2291, and connecting plate adjusting knob 2293 is threadedly connected to connecting plate and adjusts stud
2294 and contradict the second connecting plate 2291；
First accommodation groove 22831 is for being installed with third connecting plate 2292,2296 the first connecting plate of drawing-in of the first stud
2283 and third connecting plate 2292 and for third connecting plate 2292 to be fixed in the first accommodation groove 22831, the first connecting plate
2283 are rotatably dispose in the first stud 2296；
Second accommodation groove 22832 is for being installed with rotation section 2295,2297 the first connecting plate of drawing-in 2283 of the second stud
With rotation section 2295 and for rotation section 2295 to be fixed in the second accommodation groove 22832, rotation section 2295 is rotatably dispose in the
Two studs 2297.
In real work, third leather belt driving mechanism 226 drives the 7th shaft group via first gear transmission component 2261
The rotation of part 2281 or the 4th leather belt driving mechanism 227 are via the 7th rotating assembly 2281 of drive of second gear transmission component 2271
Rotation；7th rotating assembly 2281 of rotation drives the rotation of the 5th belt 2284, and the 5th belt 2284 of rotation contradicts third skin
Leather shell with 2231 supports simultaneously is used to drive leather shell mobile.5th belt 2284 has the effect of a press to leather shell, guarantees
Leather shell will not skid or deviate during conveying.For various sizes of leather shell, connecting plate regulating device 229 can be passed through
The angle for adjusting the 5th belt 2284 and third belt 2231, meets the needs of production.Specifically, being adjusted by rotary connection plate
Knob 2293, connecting plate adjust stud 2294 and are moved along the internal screw thread of connecting plate adjusting knob 2293 so that connecting plate adjusts spiral shell
Column 2294 rises or falls, and rotation section 2295 is followed by rotation section 2295 and rises or falls, the rotation section 2295 risen or fallen
The first connecting plate 2283 is pulled to rotate along the first stud 2296 and the second stud 2297, the first 2283 turns of connecting plate
It changes after dynamic with the angle of third belt 2231, to realize the angle for adjusting the 5th belt 2284 and third belt 2231
Degree.
As shown in Figure 19 to Figure 21, in the present embodiment, the lower mold 244 is contradicted including the first resistance surface 2441, second
Face 2442, arc-shaped concave 2443 turn over angle platform 2444 and scratch resistant arc 2445；First resistance surface 2441 and the second resistance surface 2442 are hung down
Straight setting, the first resistance surface 2441 and the second resistance surface 2442 are respectively used to contradict two right-angle sides at the right angle of leather shell, arc
Concave surface 2443 is connected to the first resistance surface 2441 and the second resistance surface 2442, and the surface for turning over angle platform 2444 from lower mold 244 is recessed
It falls into and forms, turn over angle platform 2444 and for contradicting the right angle of leather shell the edge of right angle portions is dug upwards, scratch resistant arc 2445 is set
It is placed in the junction turned between angle platform 2444 and arc-shaped concave 2443；
Upper mold 245 is equipped with arc bump 2451 corresponding with arc-shaped concave 2443, and arc bump 2451 is from upper mold
245 surface protrudes outward, and arc bump 2451 is equipped with several grooves 2452；
Prefabricating plate 247 is equipped with the notch through prefabricating plate 247, and arc bump 2451 and the sliding of arc-shaped concave 2443 are arranged,
Arc bump 2451 contradicts the right angle portions that leather shell is dug via notch.
Preferably, the elastic parts 248 include the second guide sleeve 2481, reset spring 2482, prefabricating plate guide rod 2483 and
Limited block 2484；Second guide sleeve 2481 is equipped with the limiting slot 2485 for being installed with limited block 2484；Second guide sleeve 2481 is installed in
Slide 249, prefabricating plate guide rod 2483 are slideably positioned in the second guide sleeve 2481, and one end of prefabricating plate guide rod 2483 stretches out second and leads
Set 2481 simultaneously is used to connect with prefabricating plate 247, and reset spring 2482 is sheathed on prefabricating plate guide rod 2483 and for buffering prefabricating plate
247 precompression, limited block 2484 connect with prefabricating plate guide rod 2483 and are located in limiting slot 2485.
The notch of prefabricating plate 247 runs through prefabricating plate 247 for avoiding upper mold 245, notch, and the arc of upper mold 245 is convex
The marginal portion at the right angle for the leather shell that block 2451 is dug via notch pressure holding by lower mold 244.Conveying device 22 conveys leather shell
After handling station to fillet, the 4th driving mechanism 243 drives the sliding of the second mounting base 242, and the second mounting base 242 of sliding drives
Lower mold 244 moves together, and when lower mold 244 is moved to setting position, the 4th driving mechanism 243 stops working, at this point, one
The both sides of the right angle facial tissue at leather shell angle are respectively close to the first resistance surface 2441 and the second resistance surface 2442, then the 5th driving mechanism
2411 driving slides 249 are slided along slide guide rod 2412, and the slide 249 of sliding drives prefabricating plate 247 and upper mold 245 together
Decline, while heating member 246 heats upper mold 245, the prefabricating plate 247 of decline contacts leather shell prior to upper mold 245, under
The prefabricating plate 247 of drop contacts leather shell and pushes leather shell, and leather shell is during pushing, the face of the right angle portions beyond fillet cardboard
Paper is dug upwards in the first resistance surface 2441, the second resistance surface 2442 and turn over angle platform 2444 under the action of, when leather shell is by precompressed
When plate 247 is pressed onto the second mounting base 242, prefabricating plate 247 compresses leather shell.5th driving mechanism 2411 is continued on through is driven by slide 249
Dynamic prefabricating plate 247 and upper mold 245 decline, and the second mounting base 242 generates reaction force, the second mounting base 242 to prefabricating plate 247
Reaction force head on prefabricating plate guide rod 2483 through prefabricating plate 247 and move backward, mobile prefabricating plate guide rod 2483, which presses, to be resetted
Spring 2482, reset spring 2482 compresses and stores elastic potential energy, while mobile prefabricating plate guide rod 2483 drives limited block
2484 is mobile, and when slide 249 is moved to lower limit, the 5th driving mechanism 2411 stops working, and limited block 2484 contradicts limit
The upper cell wall of slot 2485.
When prefabricating plate 247 compresses leather shell, the indentation, there of prefabricating plate 247 forms a space and presses here for upper mold 245
The part facial tissue that real, pressing is dug.Meanwhile the upper mold 245 after the heated heating of part 246 transmits heat and makes the region of contact
Glue melt, compacting, flatten during the part facial tissue dug also is cemented into sizing along the fillet of fillet cardboard.
The prefabricating plate 247 of decline turns over the right angle meeting of angle platform 2444 Yu 2443 junction of arc-shaped concave when pushing leather shell
The facial tissue for scratching leather shell, causes leather shell to be scrapped, and increases fraction defective.It is provided between angle platform 2444 and arc-shaped concave 2443 turning over
Scratch resistant arc 2445 is to prevent the facial tissue of leather shell to be scraped off.
It is provided with arc bump 2451 on upper mold 245 and offers several grooves 2452 on arc bump 2451
It is provided to the effect for increasing the compacting of upper mold 245, flattening the part facial tissue dug.
As shown in Figure 8 and Figure 9, in the present embodiment, the striker plate component 112 includes striker plate 1121, striker plate connection
Block 1122, third regulating mechanism 1123, rolling wheel link block 1124 and multiple rolling wheels 1125；Striker plate link block 1122 connects
In backgauge component connecting plate 113, striker plate 1121 is connected to striker plate link block 1122, and third regulating mechanism 1123 is installed in gear
Flitch 1121 is simultaneously used to adjust the position of striker plate 1121 to adjust the gap between striker plate component 112 and the first belt 12
114 width；Rolling wheel link block 1124 is connected to striker plate link block 1122, and rolling wheel link block 1124 is connect with striker plate
Block 1122 is vertically arranged, and multiple rolling wheels 1125 are rotatably dispose in the two sides of rolling wheel link block 1124 and respectively for rolling the
The leather shell that one belt 12 is conveyed.The third regulating mechanism 1123 includes striker plate adjusting knob 11231, backgauge flat spring
11232 and striker plate stud 11233；Striker plate 1121 is provided with jacking block 11211, and jacking block 11211 intersects with striker plate 1121 to be set
It sets；11233 drawing-in jacking block 11211 of striker plate stud, one end of striker plate stud 11233 are connected to striker plate link block 1122,
The other end of striker plate stud 11233 stretches out jacking block 11211, and striker plate adjusting knob 11231 is threadedly connected to striker plate spiral shell
Column 11233 simultaneously contradicts jacking block 11211, and backgauge flat spring 11232 is sheathed on striker plate stud 11233, backgauge flat spring 11232
One end contradicts striker plate link block 1122, and the other end of backgauge flat spring 11232 contradicts jacking block 11211.
When fillet mechanism 2 has handled one piece of leather shell, fillet mechanism 2 will signal to control cabinet, control cabinet control the
One driving mechanism 13 drives the rotation of the first belt 12, and the first belt 12 of rotation drives that block leather shell contacted with the first belt 12
Leather shell is simultaneously delivered to fillet mechanism 2 by drawing-in gap 114, and striker plate 1121 blocks remaining skin being stacked on the first belt 12
Shell guarantees that the first belt 12 only conveys one piece of leather shell to fillet mechanism 2 every time.First belt 12 of rotation drives leather shell drawing-in seam
During gap 114, multiple rolling wheels 1125 contradict the surface of leather shell, and mobile leather shell drives multiple 1125 rotations of rolling wheel,
On the one hand the rolling wheel 1125 of multiple rotations can flatten the surface of leather shell, so that leather shell is lain on the first belt 12, another party
Face can allow leather shell steadily, swimmingly to convey toward fillet mechanism 2.
At work, according to various sizes of leather shell, striker plate 1121 can be adjusted by third regulating mechanism 1123
Position enables the leather shell drawing-in gap 114 that size is different to adjust the width in gap 114, meets and processes various sizes of leather shell
Needs.Specifically, manpower rotates striker plate adjusting knob 11231, the gear of rotation when needing to turn down the width in gap 114
Flitch adjusting knob 11231 is moved along striker plate stud 11233 so that striker plate adjusting knob 11231 is connected close to striker plate
Block 1122, mobile striker plate adjusting knob 11231 press jacking block 11211 and move to the direction of striker plate link block 1122,
Mobile jacking block 11211 presses backgauge flat spring 11232, and backgauge flat spring 11232 compresses and stores elastic potential energy, striker plate
1121, which are followed by jacking block 11211, moves together so that the width in gap 114 becomes smaller, and the adjustment of gap 114 passes through screw again after the completion
Striker plate 1121 is fixed on striker plate link block 1122.
When needing to tune up the width in gap 114, manpower rotates backward striker plate adjusting knob 11231, the backgauge of rotation
Plate adjusting knob 11231 is moved along striker plate stud 11233 so that striker plate adjusting knob 11231 is far from striker plate link block
1122, the striker plate adjusting knob 11231 of reverse movement reduces the pressure on top surface to jacking block 11211, and backgauge flat spring 11232 is gradually
Release elastic potential energy simultaneously heads on jacking block 11211 to the direction movement far from striker plate link block 1122, and striker plate 1121 is followed by
Jacking block 11211 moves together so that the width in gap 114 becomes larger, and the adjustment of gap 114 passes through screw for striker plate again after the completion
1121 are fixed on striker plate link block 1122.
The structure of striker plate component 112 is simple, can guarantee that the first belt 12 only conveys one piece of leather shell every time and arrives at work
Fillet mechanism 2.And the position of striker plate 1121 can be adjusted by third regulating mechanism 1123 to adjust the width in gap 114
Degree, the leather shell for keeping size different can drawing-in gap 114, meet the needs for processing various sizes of leather shell.
Preferably, the quantity of the striker plate component 112 is two, two interval of striker plate component 112 settings；Two gears
Be equipped with detection device 115 for detecting leather shell quantity between flitch component 112, detection device 115 include seesaw 1151 and
Position sensor 1152, the middle part of seesaw 1151 are rotatably dispose between two striker plate components 112, position sensor 1152
It is installed in the position between two striker plate components 112 and for detecting seesaw 1151, one end of seesaw 1151 is for supporting
Leather shell is touched, the other end of seesaw 1151 is used for trigger position sensor 1152.
After leather shell is delivered to the first belt 12 by the second belt 17, gradually heap stacks leather shell on the first belt 12
Come, contradict one end of seesaw 1151 in the leather shell that the first belt 12 stacks and seesaw 1151 is driven to rotate, rotates simultaneously
The other end of seesaw 1151 move closer to position sensor 1152, one leather shell of every increase will drive on the first belt 12
Seesaw 1151 rotates a bit, and when the leather shell quantity that the first belt 12 stacks reaches setting quantity, seesaw 1151 will be touched
Position sensor 1152 is sent out, signal will be fed back to control cabinet by position sensor 1152, and control cabinet controls the second driving machine again
Structure 18 stops working.During production, guarantee the leather shell for having fair amount on the first belt 12, makes production orderly, smooth
Ground carries out.
All technical characteristics in the present embodiment can be freely combined according to actual needs.
Above-described embodiment is the preferable implementation of the present invention, and in addition to this, the present invention can be realized with other way,
Do not depart from the technical program design under the premise of it is any obviously replace it is within the scope of the present invention.
Claims (10)
1. a kind of automatic leather cover fillet molding machine, it is characterised in that: including leather shell feeder and fillet mechanism；The leather shell feeding
Machine includes the first workbench, the first belt, the first driving mechanism, the first limit plate, the first regulating mechanism, the second workbench, the
Two belts, the second driving mechanism, the second limit plate, the second regulating mechanism, third driving mechanism, striker plate component and backgauge component
Connecting plate；
Second belt is rotatably dispose in the second workbench and for leather shell to be delivered to the first belt, and the second driving mechanism is installed in
Second workbench is simultaneously rotated for the second belt of driving, and the second limit plate is set to the second regulating mechanism and for the second belt
The leather shell limit conveyed, the second regulating mechanism are set to the second workbench and the position for adjusting the second limit plate；
First belt is rotatably dispose in the first workbench and the leather shell for conveying the second Belt Conveying to the first belt, and first drives
Motivation structure is installed in the first workbench and for driving the rotation of the first belt, and the first limit plate is set to the first regulating mechanism and is used in combination
In the leather shell limit conveyed to the first belt, the first regulating mechanism is set to the first workbench and for adjusting the first limit plate
Position；
Backgauge component connecting plate is connected to the first workbench and is located at the top of the first belt, and striker plate component is connected to backgauge group
Part connecting plate, is equipped with gap between striker plate component and the first belt, the width in gap is greater than the thickness of one piece of leather shell, and gap
Width less than the sum of the thickness of two pieces of leather shells, the leather shell that the first belt is conveyed drawing-in gap and is transported to round-corner cutter one by one
Structure；
Second workbench is slideably positioned in the first workbench, and third driving mechanism is installed in the first workbench and for driving second
Workbench slide so that the second workbench far from or close to striker plate component；
The fillet mechanism includes third workbench, conveying device and two groups of fillet processing components；Conveying device is set to third
Workbench and the leather shell for being used to convey the first Belt Conveying to conveying device, two groups of fillet processing components are used for conveying device institute
The leather shell of conveying carries out fillet processing, and two groups of fillet processing components are set to third workbench and are located at the two of conveying device
Side；
Every group of fillet processing component includes two fillet processing units, and fillet processing unit includes the first mounting base, the second installation
Seat, the 4th driving mechanism, lower mold, upper mold, heating member, prefabricating plate, elastic parts, slide, third mounting base, the 5th driving
Mechanism and slide guide rod；First mounting base is set to third workbench, and the second mounting base is slideably positioned in the first mounting base, and the 4th
Driving mechanism is installed in the first mounting base and for driving the sliding of the second mounting base；Slide guide rod is installed in the second mounting base and the
Between three mounting bases, slide is slideably positioned in slide guide rod, and the 5th driving mechanism is installed in third mounting base and for driving cunning
Seat sliding, heating member are installed in slide, and upper mold is connected to heating member, and heating member is used for heating of top mold；Elastic parts installing
In slide, prefabricating plate is connected to elastic parts, and elastic parts is used to buffer the precompression of prefabricating plate；Prefabricating plate and the second mounting base
For clamping the main part of leather shell, lower mold is set to the second mounting base and the right angle for contradicting leather shell, lower mold are used for
The right angle portions of leather shell are contradicted so that the edge of right angle portions is dug upwards, upper mold, lower mold and the second mounting base are mutual
The edge for the right angle portions that leather shell is dug upwards is pressed so that the right angle of leather shell becomes fillet with merging.
2. a kind of automatic leather cover fillet molding machine according to claim 1, it is characterised in that: the conveying device includes the
One portal frame, the second portal frame, third belt conveyor, elevating mechanism, the 4th belt conveyor, third belt drive
Structure, the 4th leather belt driving mechanism and two the 5th belt conveyors；
4th leather belt driving mechanism is installed in the first portal frame and for driving the 4th belt of the 4th belt conveyor to rotate,
4th belt of rotation is for conveying leather shell to third belt conveyor；
Third leather belt driving mechanism is installed in the second portal frame and for driving the third belt of third belt conveyor to rotate,
The third belt of rotation is used to convey the leather shell of the be delivered to third belt of the 4th belt；
Elevating mechanism is installed in third workbench and for driving third belt conveyor to go up and down, the third Belt Conveying of decline
Far from third leather belt driving mechanism so that third belt stops operating, the third belt conveyor of decline is used for third device
The leather shell of belt institute support is delivered to fillet processing station, and the mobile direction of leather shell and the direction that leather shell is gone up and down are arranged in a crossed manner；
Two the 5th belt conveyors are respectively arranged at the first portal frame and the second portal frame, the 4th leather belt driving mechanism via
Second gear transmission component drives the 5th belt conveyor rotation for being installed in the first portal frame, third leather belt driving mechanism warp
The 5th belt conveyor rotation for being installed in the second portal frame is driven by first gear transmission component；5th belt of rotation is defeated
Device is sent to contradict the leather shell of third belt institute support and for driving leather shell mobile.
3. a kind of automatic leather cover fillet molding machine according to claim 2, it is characterised in that: the third Belt Conveying dress
Set further includes the first supporting plate, first rotating shaft component, the second rotating assembly, third rotating assembly and two pieces of shaft link blocks；The
One rotating assembly is rotatably dispose in the first supporting plate close to one end of the second portal frame, and the second rotating assembly is rotatably dispose in first
For supporting plate close to one end of the first portal frame, third belt winds first rotating shaft component and the second rotating assembly, and third belt is used
In support leather shell；
First supporting plate is connected with two pieces of shaft link blocks close to one end of the second portal frame, and two pieces of shaft link blocks are separately connected
In the two sides of the first supporting plate, the both ends of third rotating assembly are rotatably dispose in two pieces of shaft link blocks, third shaft group respectively
Part presses third belt on first rotating shaft component, and third rotating assembly is for driving first rotating shaft component to rotate；
Third leather belt driving mechanism further includes the 4th rotating assembly and first motor；4th rotating assembly is rotatably dispose in the second dragon
Door frame, first motor are installed in the second portal frame and for driving the rotation of the 4th rotating assembly, and the 4th rotating assembly of rotation drives
Dynamic third rotating assembly rotation；4th rotating assembly of rotation is installed in the second portal frame via the drive of first gear transmission component
The 5th belt conveyor rotation.
4. a kind of automatic leather cover fillet molding machine according to claim 3, it is characterised in that: the elevating mechanism includes the
Six driving mechanisms, guide post, the first guide sleeve and gag lever post；First guide sleeve is set to third workbench, and guide post is slideably positioned in first
Guide sleeve, guide post are connected to the first supporting plate, the 6th driving mechanism be installed in third workbench and for driving guide post to slide so that
First supporting plate lifting moving, third rotating assembly is driven to decline for the first supporting plate of decline so that third rotating assembly is far from the
Four rotating assemblies；Gag lever post is connected to the first supporting plate, and gag lever post is for contradicting third workbench to limit to the first supporting plate.
5. a kind of automatic leather cover fillet molding machine according to claim 2, it is characterised in that: the 4th Belt Conveying dress
Set further includes the second supporting plate, the 5th rotating assembly and the 6th rotating assembly；Second supporting plate is installed in the first portal frame, and the 5th
Rotating assembly is rotatably dispose in the second supporting plate close to one end of the first portal frame, and the 6th rotating assembly is rotatably dispose in second and holds
The other end of supporting plate, the 4th belt wind the 5th rotating assembly and the 6th rotating assembly；
4th leather belt driving mechanism further includes the second motor, and the second motor is installed in the first portal frame and for driving the 5th shaft
Component rotation, the 5th rotating assembly of rotation drive the 5th belt for being installed in the first portal frame via second gear transmission component
Conveying device rotation.
6. a kind of automatic leather cover fillet molding machine according to claim 2, it is characterised in that: the 5th Belt Conveying dress
It sets including the 7th rotating assembly, eight revolution shaft assembly, the first connecting plate, the 5th belt and connecting plate regulating device；Connecting plate tune
Regulating device is connected to the first portal frame or the second portal frame, and the first connecting plate is connected to connecting plate regulating device, the 7th shaft group
Part is rotatably dispose in the first portal frame or the second portal frame, and third leather belt driving mechanism drives the via first gear transmission component
The rotation of seven rotating assemblies or the 4th leather belt driving mechanism are rotated via second gear transmission component the 7th rotating assembly of drive；The
Eight revolution shaft assembly is rotatably dispose in the first connecting plate, and the 5th belt winds the 7th rotating assembly and eight revolution shaft assembly, rotation
For driving the rotation of the 5th belt, the 5th belt of rotation contradicts the leather shell of third belt institute support and is used for 7th rotating assembly
Drive leather shell mobile.
7. a kind of automatic leather cover fillet molding machine according to claim 6, it is characterised in that: the connecting plate regulating device
Including the second connecting plate, third connecting plate, connecting plate adjusting knob, connecting plate adjust stud, rotation section, the first stud and
Second stud；First connecting plate is equipped with the first accommodation groove and the second accommodation groove, and the first accommodation groove and the second accommodation groove pass through
Wear the first connecting plate；
Second connecting plate is connected to the first portal frame or the second portal frame, and third connecting plate is connected to the second connecting plate, and second connects
Fishplate bar and third connecting plate are arranged in a crossed manner, and the first connecting plate is rotationally connected with third connecting plate, and the first connecting plate is connect with third
Plate is arranged in a crossed manner；Connecting plate adjusts stud and is threadedly connected to the second connecting plate, and one end that connecting plate adjusts stud is connected to rotation
Portion, the other end that connecting plate adjusts stud stretch out the second connecting plate, and connecting plate adjusting knob is threadedly connected to connecting plate adjusting
Stud simultaneously contradicts the second connecting plate；
First accommodation groove is for being installed with third connecting plate, first the first connecting plate of stud drawing-in and third connecting plate and being used for
Third connecting plate is fixed in the first accommodation groove, the first connecting plate is rotatably dispose in the first stud；
Second accommodation groove is for being installed with rotation section, second the first connecting plate of stud drawing-in and rotation section and being used for rotation section
It is fixed in the second accommodation groove, rotation section is rotatably dispose in the second stud.
8. a kind of automatic leather cover fillet molding machine according to claim 1, it is characterised in that: the lower mold includes first
Resistance surface, arc-shaped concave, turns over angle platform and scratch resistant arc at the second resistance surface；First resistance surface is vertically arranged with the second resistance surface, the
One resistance surface and the second resistance surface are respectively used to contradict two right-angle sides at the right angle of leather shell, and arc-shaped concave is connected to the first conflict
Face and the second resistance surface, the surface indentation for turning over angle platform from lower mold form, and turn over angle platform and make for contradicting the right angle of leather shell
The edge of right angle portions is dug upwards, and scratch resistant arc is set to the junction turned between angle platform and arc-shaped concave；
Upper mold is equipped with arc bump corresponding with arc-shaped concave, and arc bump is protruded outward from the surface of upper mold,
Arc bump is equipped with several grooves；
Prefabricating plate is equipped with the notch through prefabricating plate, and arc bump and arc-shaped concave sliding are arranged, and arc bump is supported via notch
The right angle portions that touching leather shell is dug.
9. a kind of automatic leather cover fillet molding machine according to claim 1, it is characterised in that: the striker plate component includes
Striker plate, striker plate link block, third regulating mechanism, rolling wheel link block and multiple rolling wheels；Striker plate link block is connected to
Backgauge component connecting plate, striker plate are connected to striker plate link block, and third regulating mechanism is installed in striker plate and for adjusting gear
The position of flitch is to adjust the width in the gap between striker plate component and the first belt；Rolling wheel link block is connected to striker plate
Link block, rolling wheel link block are vertically arranged with striker plate link block, and multiple rolling wheels are rotatably dispose in rolling wheel connection respectively
The two sides of block simultaneously are used to roll the leather shell that the first belt is conveyed.
10. a kind of automatic leather cover fillet molding machine according to claim 9, it is characterised in that: the third regulating mechanism
Including striker plate adjusting knob, backgauge flat spring and striker plate stud；Striker plate is provided with jacking block, and jacking block intersects with striker plate to be set
It sets；Striker plate stud drawing-in jacking block, one end of striker plate stud are connected to striker plate link block, another distal process of striker plate stud
Jacking block is stretched out, striker plate adjusting knob is threadedly connected to striker plate stud and contradicts jacking block, and striker plate spring pocket is set to striker plate
Stud, one end of backgauge flat spring contradict striker plate link block, and the other end of backgauge flat spring contradicts jacking block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811445753.8A CN109484056B (en) | 2018-11-29 | 2018-11-29 | Automatic leather shell fillet forming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811445753.8A CN109484056B (en) | 2018-11-29 | 2018-11-29 | Automatic leather shell fillet forming machine |
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|---|---|
| CN109484056A true CN109484056A (en) | 2019-03-19 |
| CN109484056B CN109484056B (en) | 2023-10-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811445753.8A Active CN109484056B (en) | 2018-11-29 | 2018-11-29 | Automatic leather shell fillet forming machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110002266A (en) * | 2019-04-03 | 2019-07-12 | 东莞市浩信精密机械有限公司 | A kind of automatic mounting lining chip mounter |
| CN110001230A (en) * | 2019-04-03 | 2019-07-12 | 东莞市浩信精密机械有限公司 | A kind of sheet body labelling machine of mounting lining chip mounter |
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| CN110002266A (en) * | 2019-04-03 | 2019-07-12 | 东莞市浩信精密机械有限公司 | A kind of automatic mounting lining chip mounter |
| CN110001230A (en) * | 2019-04-03 | 2019-07-12 | 东莞市浩信精密机械有限公司 | A kind of sheet body labelling machine of mounting lining chip mounter |
| CN110001230B (en) * | 2019-04-03 | 2024-03-29 | 东莞市浩信精密机械有限公司 | Sheet pasting mechanism of mounting and pasting machine |
| CN110002266B (en) * | 2019-04-03 | 2024-04-26 | 东莞市浩信精密机械有限公司 | Automatic lining chip mounter |
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