CN207802388U - Sound film automates feeding compression moulding cutting integration machine - Google Patents
Sound film automates feeding compression moulding cutting integration machine Download PDFInfo
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- CN207802388U CN207802388U CN201820273095.8U CN201820273095U CN207802388U CN 207802388 U CN207802388 U CN 207802388U CN 201820273095 U CN201820273095 U CN 201820273095U CN 207802388 U CN207802388 U CN 207802388U
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Abstract
The utility model is related to sound film technical field of processing equipment more particularly to sound film to automate feeding compression moulding cutting integration machine.Sound film uses Manual feeding, manual school position, hand cut, low production efficiency in process mainly by plasticator and mold extrusion forming at present.The utility model significantly reduces labor intensity, improves production efficiency by the way that blowing component and drawing are expected that component is separately positioned on the both ends of compression moulding component.By the way that telescopic cylinder is arranged in clamp assembly, realize demoulding and enters mould, it is effectively improved production efficiency.It is connect with slide assemblies by the way that clamping is cut component, blade is set in clamping cuts component, enable clamping to cut component and clamps sound film, and drawing material can be realized under the drive of slide assemblies, clamping cuts component in backhaul simultaneously, blade thereon cuts sound film, is effectively improved drawing material and cuts efficiency.The utility model is mainly used for the feeding compression moulding of sound film and cuts.
Description
Technical field
The utility model is related to sound film technical field of processing equipment more particularly to sound film to automate feeding compression moulding cutting integration
Machine.
Background technology
Loudspeaker generally include sound film, voice coil and magnet, when tone currents flowing through voice coil, magnetic field masterpiece of the voice coil by magnet
It is moved repeatedly accordingly with generating, to drive sound film to generate piston type vibration, and then pushes the air vibration generation sound of surrounding
Sound.Currently, sound film mainly by plasticator and mold extrusion forming, uses Manual feeding, manual school position, hand in process
Work is cut, and labor intensity is big, low production efficiency.
Utility model content
In order to solve the above technical problems, the purpose of this utility model is to provide a kind of automate and the high sound film of production efficiency
Automate feeding compression moulding cutting integration machine.
The technical solution of the utility model is as follows：
Sound film automates feeding compression moulding cutting integration machine, including blowing component 1, compression moulding component 2, right-angle connecting plate 3, connection
Plate 4 and drawing material component 5；The compression moulding component 2 is vertically arranged, and the blowing component 1 and drawing material component 5 are separately positioned on compression moulding group
The both ends of part 2, the blowing component 1 and drawing material component 5 are connected by right-angle connecting plate 3, the drawing material component 5 and compression moulding component
2 are connected by connecting plate 4；The blowing component 1 includes charging tray component 11, the first spike 12, blowing pedestal 13, the first guide bar
14 and clamp assembly 15；The blowing pedestal 13 is horizontally disposed, and the plane on blowing pedestal 13 is arranged in the clamp assembly 15
The other end of the plane on blowing pedestal 13 is arranged in one end, the charging tray component 11, and the first guide bar 14 is vertically arranged in
Between charging tray component 11 and clamp assembly 15, first spike 12 is vertically arranged at 13 bottom four corners of blowing pedestal.
Further, the clamp assembly 15 includes clamping cylinder 151, clamping cylinder fixed plate 152, the second guiding axis
153, upper clamp plate 154, lower clamp plate 155, bottom plate 156, first straight line bearing 157 and telescopic cylinder 158；The first straight line
Bearing 157 is two pieces and plane one end is arranged on pedestal 13, and second guiding axis 153 is through setting in first straight line bearing
In 157 endoporus, set gradually from bottom to top above the first straight line bearing 157 bottom plate 156, lower clamp plate 155, on
Clamping plate 154 and clamping cylinder fixed plate 152, second guiding axis 153 through setting bottom plate 156, lower clamp plate 155,
The both ends of upper clamp plate 154 and clamping cylinder fixed plate 152,153 upper end of the second guiding axis connect with clamping cylinder fixed plate 152
It connects, the setting of the clamping cylinder 151 is in 152 upper end of clamping cylinder fixed plate, and 151 output shaft of the clamping cylinder is through clamping gas
Cylinder fixed plate 152 is simultaneously connect with upper clamp plate 154, and the telescopic cylinder 158 is vertically arranged in 13 bottom of pedestal, the telescopic cylinder
158 output shafts are connect through pedestal 13 and with bottom plate 156.
Further, the compression moulding component 2 includes upper mounted plate 21, the second guide bar 22 and plasticator 23；The compression moulding
For the setting of machine 23 in blowing component 1 and between drawing material component 5, the second guide bar 22 is vertically arranged in 23 both sides of plasticator, institute
The upper end for stating the second guide bar 22 is connect by upper mounted plate 21 with plasticator 23.
Further, the drawing material component 5 includes guide platform assembly 51, the first guiding axis 52, binder component 53, clamping
It cuts component 54, draw material pedestal 55, the second spike 56 and slide assemblies 57；The drawing material pedestal 55 is horizontally disposed, the guide
The another of plane is arranged on drawing material pedestal 55 in the setting of platform assembly 51 plane one end on drawing material pedestal 55, the binder component 53
One end, first guiding axis 52 are horizontally set between guide platform assembly 51 and binder component 53, second spike 56
It is vertically arranged at drawing material 55 bottom four corners of pedestal, the setting of the slide assemblies 57 is cut out in 55 bottom of drawing material pedestal, the clamping
Cut component 54 through be arranged on the first guiding axis 52, it is described clamping cut component 54 pass vertically through drawing material pedestal 55 and with sliding
57 upper end of component connects.
Further, the guide platform assembly 51 includes platform axis 511, platform 512 and the first limited block 513；
The platform 512 is horizontally disposed, and the platform axis 511 is vertically arranged at 512 bottom four corners of platform and expects pedestal with drawing
55 upper ends connect, and first limited block 513 is arranged in 512 upper end four corners of platform.
Further, the binder component 53 include press cylinder 531, press cylinder fixed plate 532, upper pressing plate 533,
Press plate 534, sliding plate 535, the second limited block 536, binder support shaft 537 and sliding axle 538；The press plate 534
Bottom both ends are connect by binder support shaft 537 with material pedestal 55 is drawn, and the press cylinder fixed plate 532 is arranged in press plate
534 tops, 532 bottom both ends of the press cylinder fixed plate are connect by sliding axle 538 with press plate 534, the upper pressure
Flitch 533 is horizontally set between press cylinder fixed plate 532 and press plate 534, and 533 both ends of the upper pressing plate, which are run through, to be set
It sets on sliding axle 538, the press cylinder 531 is vertically arranged in 532 upper end of press cylinder fixed plate, the press cylinder
531 output shafts are connect through press cylinder fixed plate 532 and with upper pressing plate 533, and the sliding plate 535 is arranged in press plate
534 sides, second limited block 536 are arranged in 534 other side both upper ends thereof of press plate.
Further, the slide assemblies 57 include sliding cylinder 571, sliding cylinder fixed plate 572, sliding shoe 573, the
Four guiding axis 574, guiding axis fixed seat 575, second straight line bearing 576 and hydraulic bjuffer 577；The sliding cylinder fixed plate
572 settings are being drawn at 55 bottom centre of material pedestal, and 55 bottom of material pedestal, sliding are being drawn in the setting of guiding axis fixed seat 575
The both ends of the side of air cylinder fixed plate 572, the sliding cylinder fixed plate 572 and sliding shoe 573 are connected by the 4th guiding axis 574
It connects, the sliding shoe 573 is arranged between sliding cylinder fixed plate 572 and guiding axis fixed seat 575, and the sliding shoe 573 is logical
It crosses second straight line bearing 576 to be slidably connected with the 4th guiding axis 574, the hydraulic bjuffer 577 is arranged in guiding axis fixed seat
575 both ends, the sliding cylinder 571 are vertically set on 572 side of sliding cylinder fixed plate, 571 output shaft of the sliding cylinder
It is connect through sliding cylinder fixed plate 572 and with sliding shoe 573.
Further, it includes gripper cylinder 541, gripper cylinder fixed plate 542, third guiding that the clamping, which cuts component 54,
Axis 543, upper grip block 544, third limited block 545, lower grip block 546, blade 547, tool apron 548 and clamp standoff axis 549；Institute
It states clamp standoff axis 549 and is vertically arranged in 573 both upper ends thereof of sliding shoe, the lower grip block 546 is arranged in clamp standoff axis 549
Upper end, the gripper cylinder fixed plate 542 are arranged above lower grip block 546, and 542 both ends of gripper cylinder fixed plate are under
546 both ends of grip block are connected by third guiding axis 543, and the setting of upper grip block 544 is in gripper cylinder fixed plate 542 under
Between grip block 546, through being arranged on third guiding axis 543, the gripper cylinder 541 is perpendicular at 544 both ends of upper grip block
Straight setting in 542 upper end of gripper cylinder fixed plate, 541 output shaft of the gripper cylinder through gripper cylinder fixed plate 542 and with
Upper grip block 544 connects, and the setting of third limited block 545 exists in 546 both upper ends thereof of lower grip block, the setting of the tool apron 548
Lower 546 side of grip block, the blade 547 are vertically arranged in 548 top of tool apron.
The beneficial effects of the utility model are：
By the both ends for blowing component and drawing material component being separately positioned on compression moulding component so that sound film feeding and blanking are real
It now automates, significantly reduces labor intensity, improve production efficiency.By the way that telescopic cylinder is arranged in clamp assembly, make
Sound film can be clamped component in compression moulding and be clamped and move up and down, realize and demould and enter mould, be effectively improved production efficiency.
It is connect with slide assemblies by the way that clamping is cut component, blade is set in clamping cuts component so that clamping cuts component energy
Sound film is enough clamped, and can realize drawing material under the drive of slide assemblies, while clamping cuts component in backhaul, blade thereon
Sound film can be cut, be effectively improved drawing material and cut efficiency.
Description of the drawings
Fig. 1 is the axonometric drawing of the utility model；
Fig. 2 is the operating diagram of the utility model；
Fig. 3 is the front view of the utility model；
Fig. 4 is the axonometric drawing of clamp assembly in the utility model；
Fig. 5 is the axonometric drawing that clamping cuts component and slide assemblies in the utility model；
Fig. 6 is the upward view of slide assemblies in the utility model；
In figure：Blowing component 1, right-angle connecting plate 3, connecting plate 4, draws material component 5, sound film 6, charging tray component at compression moulding component 2
11, the first spike 12, blowing pedestal 13, the first guide bar 14, clamp assembly 15, charging tray 111, rack 112, rack supporting rod
113, clamping cylinder 151, clamping cylinder fixed plate 152, the second guiding axis 153, upper clamp plate 154, lower clamp plate 155, bottom plate
156, first straight line bearing 157, telescopic cylinder 158, upper mounted plate 21, the second guide bar 22, plasticator 23, guide platform assembly
51, the first guiding axis 52, binder component 53, clamping cut component 54, draw material pedestal 55, the second spike 56, slide assemblies 57, put down
Platform support shaft 511, platform 512, the first limited block 513, press cylinder 531, press cylinder fixed plate 532, upper pressing plate 533,
Press plate 534, sliding plate 535, the second limited block 536, binder support shaft 537, sliding axle 538, gripper cylinder 541, clamping
Air cylinder fixed plate 542, third guiding axis 543, upper grip block 544, third limited block 545, lower grip block 546, blade 547, knife
Seat 548, sliding cylinder 571, sliding cylinder fixed plate 572, sliding shoe 573, the 4th guiding axis 574, is led at clamp standoff axis 549
To axis fixed seat 575, second straight line bearing 576, hydraulic bjuffer 577.
Specific implementation mode
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a preferred embodiment of the utility model, the sound film automate feeding pressure
Mould cutting integration machine, including blowing component 1, compression moulding component 2, right-angle connecting plate 3, connecting plate 4 and drawing material component 5；Compression moulding component 2
It is vertically arranged, blowing component 1 and drawing expect that component 5 is separately positioned on the both ends of compression moulding component 2, and blowing component 1 and drawing material component 5 lead to
The connection of right-angle connecting plate 3 is crossed, material component 5 and compression moulding component 2 is drawn to be connected by connecting plate 4；Blowing component 1 includes charging tray component
11, the first spike 12, blowing pedestal 13, the first guide bar 14 and clamp assembly 15；Blowing pedestal 13 is horizontally disposed, clamp assembly
15 are arranged one end of the plane on blowing pedestal 13, and charging tray component 11 is arranged the other end of the plane on blowing pedestal 13, and first
Guide bar 14 is vertically arranged between charging tray component 11 and clamp assembly 15, and the first spike 12 is vertically arranged in 13 bottom of blowing pedestal
Portion's four corners.Clamp assembly 15 include clamping cylinder 151, clamping cylinder fixed plate 152, the second guiding axis 153, upper clamp plate 154,
Lower clamp plate 155, bottom plate 156, first straight line bearing 157 and telescopic cylinder 158；First straight line bearing 157 is two pieces and sets
Plane one end on pedestal 13 is set, the second guiding axis 153 is through being arranged in the endoporus of first straight line bearing 157, directly first
Spool holds 157 tops and sets gradually bottom plate 156, lower clamp plate 155, upper clamp plate 154 and clamping cylinder fixed plate from bottom to top
152, the second guiding axis 153 is through setting in bottom plate 156, lower clamp plate 155, upper clamp plate 154 and clamping cylinder fixed plate 152
Both ends, 153 upper end of the second guiding axis connect with clamping cylinder fixed plate 152, and the setting of clamping cylinder 151 is fixed in clamping cylinder
152 upper end of plate, 151 output shaft of clamping cylinder is through clamping cylinder fixed plate 152 and is connect with upper clamp plate 154, telescopic cylinder 158
It is vertically arranged in 13 bottom of pedestal, 158 output shaft of telescopic cylinder is connect through pedestal 13 and with bottom plate 156.Compression moulding component 2
Including upper mounted plate 21, the second guide bar 22 and plasticator 23；Plasticator 23 is arranged in blowing component 1 and between drawing material component 5,
Second guide bar 22 is vertically arranged in 23 both sides of plasticator, and the upper end of the second guide bar 22 passes through upper mounted plate 21 and plasticator 23
Connection.Material component 5 is drawn to cut component 54 including guide platform assembly 51, the first guiding axis 52, binder component 53, clamping, draw material
Pedestal 55, the second spike 56 and slide assemblies 57；Draw material pedestal 55 horizontally disposed, the setting of guide platform assembly 51 expects pedestal in drawing
The other end of the plane on drawing material pedestal 55 is arranged in plane one end on 55, binder component 53, and the first guiding axis 52 is horizontally set on
Between guide platform assembly 51 and binder component 53, the second spike 56 is vertically arranged at drawing material 55 bottom four corners of pedestal, sliding
The setting of component 57 is drawing 55 bottom of material pedestal, clamping to cut component 54 through being arranged on the first guiding axis 52, and clamping cuts group
Part 54 passes vertically through drawing material pedestal 55 and is connect with 57 upper end of slide assemblies.Guide platform assembly 51 include platform axis 511,
Platform 512 and the first limited block 513；Platform 512 is horizontally disposed, and platform axis 511 is vertically arranged in 512 bottom four corners of platform
Place is simultaneously connect with 55 upper end of material pedestal is drawn, and the first limited block 513 is arranged in 512 upper end four corners of platform.Further, binder group
Part 53 includes press cylinder 531, press cylinder fixed plate 532, upper pressing plate 533, press plate 534, sliding plate 535, second
Limited block 536, binder support shaft 537 and sliding axle 538；Expected by binder support shaft 537 and drawing at 534 bottom both ends of press plate
Pedestal 55 connects, and press cylinder fixed plate 532 is arranged above press plate 534, and 532 bottom both ends of press cylinder fixed plate are logical
It crosses sliding axle 538 to connect with press plate 534, upper pressing plate 533 is horizontally set on press cylinder fixed plate 532 and press plate
Between 534, through being arranged on sliding axle 538, it is solid that press cylinder 531 is vertically arranged in press cylinder at upper pressing plate 533 both ends
532 upper end of fixed board, 531 output shaft of press cylinder is through press cylinder fixed plate 532 and is connect with upper pressing plate 533, sliding plate
535 settings are arranged in 534 side of press plate, the second limited block 536 in 534 other side both upper ends thereof of press plate.
As shown in Figure 5 and Figure 6, slide assemblies 57 include sliding cylinder 571, sliding cylinder fixed plate 572, sliding shoe 573,
4th guiding axis 574, guiding axis fixed seat 575, second straight line bearing 576 and hydraulic bjuffer 577；Sliding cylinder fixed plate
572 settings are being drawn at 55 bottom centre of material pedestal, and 55 bottom of material pedestal, sliding cylinder are being drawn in the setting of guiding axis fixed seat 575
The both ends of the side of fixed plate 572, sliding cylinder fixed plate 572 and sliding shoe 573 are connected by the 4th guiding axis 574, sliding
Block 573 is arranged between sliding cylinder fixed plate 572 and guiding axis fixed seat 575, and sliding shoe 573 passes through second straight line bearing
576 are slidably connected with the 4th guiding axis 574, and hydraulic bjuffer 577 is arranged in 575 both ends of guiding axis fixed seat, sliding cylinder 571
Be vertically set on 572 side of sliding cylinder fixed plate, 571 output shaft of sliding cylinder through sliding cylinder fixed plate 572 and with cunning
Motion block 573 connects.Clamping cut component 54 include gripper cylinder 541, gripper cylinder fixed plate 542, third guiding axis 543, on
Grip block 544, third limited block 545, lower grip block 546, blade 547, tool apron 548 and clamp standoff axis 549；Clamp standoff axis
549 are vertically arranged in 573 both upper ends thereof of sliding shoe, and lower grip block 546 is arranged in 549 upper end of clamp standoff axis, and gripper cylinder is solid
Fixed board 542 is arranged above lower grip block 546, and 542 both ends of gripper cylinder fixed plate are led with lower 546 both ends of grip block by third
It is connected to axis 543, upper grip block 544 is arranged between gripper cylinder fixed plate 542 and lower grip block 546,544 liang of upper grip block
Through being arranged on third guiding axis 543, gripper cylinder 541 is vertically arranged in 542 upper end of gripper cylinder fixed plate at end, and gas is clamped
541 output shaft of cylinder is connect through gripper cylinder fixed plate 542 and with upper grip block 544, and third limited block 545 is arranged in lower clamping
546 both upper ends thereof of plate, tool apron 548 are arranged in 546 side of lower grip block, and blade 547 is vertically arranged in 548 top of tool apron.
Operation principle is as follows：
First the sound film 6 of disk dress is placed on charging tray component, sound film sequentially passes through the first guide bar, clamp assembly, compression moulding
Component, guide platform assembly, clamping cut component and binder component.Clamping cuts component and is located at guide platform assembly side, presss from both sides
It holds and cuts component and clamp sound film 6, and moved to binder component under the drive of slide assemblies, clamp assembly is in lifting at this time
Opening state, binder component are in the open state.When cutting component and reaching binder component side, binder component clamps sound film 6,
Then clamping cuts component and opens and cut component to movement at guide platform assembly, at this time clamping under the drive of slide assemblies
On blade sound film 6 is cut.When clamping, which cuts component, reaches guide platform assembly side, clamp assembly clamps sound film 6 simultaneously
It moves downward, sound film 6 is pressed on the mold (being not drawn into figure) of plasticator, then plasticator carries out compression moulding, and compression moulding is completed
Afterwards, clamp assembly is opened and is moved upwards so that film 6 demoulds, and then clamping cuts component and clamps sound film 6, and then binder component is beaten
It opens, then clamping cuts component and moved to binder component under the drive of slide assemblies.
The beneficial effects of the utility model are：
By the both ends for blowing component and drawing material component being separately positioned on compression moulding component so that sound film feeding and blanking are real
It now automates, significantly reduces labor intensity, improve production efficiency.By the way that telescopic cylinder is arranged in clamp assembly, make
Sound film can be clamped component in compression moulding and be clamped and move up and down, realize and demould and enter mould, be effectively improved production efficiency.
It is connect with slide assemblies by the way that clamping is cut component, blade is set in clamping cuts component so that clamping cuts component energy
Sound film is enough clamped, and can realize drawing material under the drive of slide assemblies, while clamping cuts component in backhaul, blade thereon
Sound film can be cut, be effectively improved drawing material and cut efficiency.
Above are merely preferred embodiments of the utility model, it is not intended to limit the utility model, it is noted that for
For those skilled in the art, without deviating from the technical principle of the utility model, if can also make
Dry improvement and modification, these improvements and modifications also should be regarded as the scope of protection of the utility model.
Claims (8)
1. sound film automates feeding compression moulding cutting integration machine, it is characterised in that:Including blowing component (1), compression moulding component (2), straight
Angle connecting plate (3), connecting plate (4) and drawing material component (5)；The compression moulding component (2) is vertically arranged, the blowing component (1) and
Material component (5) is drawn to be separately positioned on the both ends of compression moulding component (2), the blowing component (1) and drawing material component (5) are connected by right angle
Fishplate bar (3) connects, and the drawing material component (5) and compression moulding component (2) are connected by connecting plate (4)；The blowing component (1) includes
Charging tray component (11), the first spike (12), blowing pedestal (13), the first guide bar (14) and clamp assembly (15)；The blowing
Pedestal (13) is horizontally disposed, and one end of plane, the charging tray component is arranged on blowing pedestal (13) in the clamp assembly (15)
(11) other end of plane is set on blowing pedestal (13), and the first guide bar (14) is vertically arranged in charging tray component (11)
Between clamp assembly (15), first spike (12) is vertically arranged at blowing pedestal (13) bottom four corners.
2. automating feeding compression moulding cutting integration machine according to the sound film described in claim 1, it is characterised in that：The clamping group
Part (15) includes clamping cylinder (151), clamping cylinder fixed plate (152), the second guiding axis (153), upper clamp plate (154), lower folder
Plate (155), bottom plate (156), first straight line bearing (157) and telescopic cylinder (158)；The first straight line bearing (157)
For two pieces and plane one end is set on pedestal (13), second guiding axis (153) is through setting in first straight line bearing
(157) in endoporus, bottom plate (156), lower clamp plate are set gradually from bottom to top above the first straight line bearing (157)
(155), upper clamp plate (154) and clamping cylinder fixed plate (152), second guiding axis (153) is through setting in bottom plate
(156), the both ends of lower clamp plate (155), upper clamp plate (154) and clamping cylinder fixed plate (152), second guiding axis (153)
Upper end is connect with clamping cylinder fixed plate (152), and the clamping cylinder (151) is arranged in clamping cylinder fixed plate (152) upper end,
Clamping cylinder (151) output shaft is through clamping cylinder fixed plate (152) and is connect with upper clamp plate (154), the flexible gas
Cylinder (158) is vertically arranged in pedestal (13) bottom, and telescopic cylinder (158) output shaft runs through pedestal (13) and and bottom plate
(156) it connects.
3. automating feeding compression moulding cutting integration machine according to the sound film described in claim 1, it is characterised in that：The compression moulding group
Part (2) includes upper mounted plate (21), the second guide bar (22) and plasticator (23)；The plasticator (23) is arranged in blowing component
(1) between drawing material component (5), the second guide bar (22) is vertically arranged in plasticator (23) both sides, second guide
The upper end of bar (22) is connect by upper mounted plate (21) with plasticator (23).
4. automating feeding compression moulding cutting integration machine according to the sound film described in claim 1, it is characterised in that：The drawing material group
Part (5) includes guide platform assembly (51), the first guiding axis (52), binder component (53), clamping cuts component (54), base is expected in drawing
Seat (55), the second spike (56) and slide assemblies (57)；The drawing material pedestal (55) is horizontally disposed, the guide platform assembly
(51) the another of plane is arranged on drawing material pedestal (55) in setting plane one end on drawing material pedestal (55), the binder component (53)
One end, first guiding axis (52) are horizontally set between guide platform assembly (51) and binder component (53), and described second
Spike (56) is vertically arranged at drawing material pedestal (55) bottom four corners, and material pedestal (55) bottom is being drawn in slide assemblies (57) setting
Portion, the clamping cut component (54) through being arranged on the first guiding axis (52), and the clamping cuts component (54) and wears vertically
It crosses drawing material pedestal (55) and is connect with slide assemblies (57) upper end.
5. automating feeding compression moulding cutting integration machine according to the sound film described in claim 4, it is characterised in that：The guide is flat
Platform component (51) includes platform axis (511), platform (512) and the first limited block (513)；Platform (512) level is set
It sets, the platform axis (511) is vertically arranged at platform (512) bottom four corners and is connect with material pedestal (55) upper end is drawn,
First limited block (513) is arranged in platform (512) upper end four corners.
6. automating feeding compression moulding cutting integration machine according to the sound film described in claim 4, it is characterised in that：The binder group
Part (53) includes press cylinder (531), press cylinder fixed plate (532), upper pressing plate (533), press plate (534), lubricating substance
Plate (535), the second limited block (536), binder support shaft (537) and sliding axle (538)；Press plate (534) bottom two
End is connect by binder support shaft (537) with material pedestal (55) is drawn, and the press cylinder fixed plate (532) is arranged in press plate
(534) top, press cylinder fixed plate (532) the bottom both ends are connect by sliding axle (538) with press plate (534),
The upper pressing plate (533) is horizontally set between press cylinder fixed plate (532) and press plate (534), the upper binder
Through being arranged on sliding axle (538), the press cylinder (531) is vertically arranged in press cylinder fixed plate at plate (533) both ends
(532) upper end, press cylinder (531) output shaft connect through press cylinder fixed plate (532) and with upper pressing plate (533)
It connects, in press plate (534) side, second limited block (536) is arranged in press plate for sliding plate (535) setting
(534) other side both upper ends thereof.
7. automating feeding compression moulding cutting integration machine according to the sound film described in claim 4, it is characterised in that：The Slide Group
Part (57) includes sliding cylinder (571), sliding cylinder fixed plate (572), sliding shoe (573), the 4th guiding axis (574), is oriented to
Axis fixed seat (575), second straight line bearing (576) and hydraulic bjuffer (577)；Sliding cylinder fixed plate (572) setting
It is drawing at material pedestal (55) bottom centre, material pedestal (55) bottom, sliding gas are being drawn in guiding axis fixed seat (575) setting
The both ends of the side of cylinder fixed plate (572), the sliding cylinder fixed plate (572) and sliding shoe (573) pass through the 4th guiding axis
(574) it connects, the sliding shoe (573) is arranged between sliding cylinder fixed plate (572) and guiding axis fixed seat (575), institute
It states sliding shoe (573) to be slidably connected by second straight line bearing (576) and the 4th guiding axis (574), the hydraulic bjuffer
(577) it is arranged at guiding axis fixed seat (575) both ends, the sliding cylinder (571) is vertically set on sliding cylinder fixed plate
(572) side, sliding cylinder (571) output shaft are connect through sliding cylinder fixed plate (572) and with sliding shoe (573).
8. automating feeding compression moulding cutting integration machine according to the sound film described in claim 4, it is characterised in that：The clamping is cut out
It includes gripper cylinder (541), gripper cylinder fixed plate (542), third guiding axis (543), upper grip block to cut component (54)
(544), third limited block (545), lower grip block (546), blade (547), tool apron (548) and clamp standoff axis (549)；It is described
Clamp standoff axis (549) is vertically arranged in sliding shoe (573) both upper ends thereof, and the lower grip block (546) is arranged in clamp standoff
Axis (549) upper end, gripper cylinder fixed plate (542) setting is above lower grip block (546), the gripper cylinder fixed plate
(542) both ends are connect with lower grip block (546) both ends by third guiding axis (543), and upper grip block (544) setting is being pressed from both sides
It holds between air cylinder fixed plate (542) and lower grip block (546), upper grip block (544) both ends are oriented to through setting in third
On axis (543), the gripper cylinder (541) is vertically arranged in gripper cylinder fixed plate (542) upper end, the gripper cylinder
(541) output shaft is connect through gripper cylinder fixed plate (542) and with upper grip block (544), and the third limited block (545) sets
It sets in lower grip block (546) both upper ends thereof, the tool apron (548) is arranged in lower grip block (546) side, the blade (547)
It is vertically arranged in tool apron (548) top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820273095.8U CN207802388U (en) | 2018-02-27 | 2018-02-27 | Sound film automates feeding compression moulding cutting integration machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820273095.8U CN207802388U (en) | 2018-02-27 | 2018-02-27 | Sound film automates feeding compression moulding cutting integration machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207802388U true CN207802388U (en) | 2018-08-31 |
Family
ID=63275531
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820273095.8U Expired - Fee Related CN207802388U (en) | 2018-02-27 | 2018-02-27 | Sound film automates feeding compression moulding cutting integration machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207802388U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108419201A (en) * | 2018-02-27 | 2018-08-17 | 常州安智能科技有限公司 | Sound film automates feeding compression moulding cutting integration machine |
| CN110933587A (en) * | 2019-12-14 | 2020-03-27 | 石门县达韵电子有限公司 | Sound membrane processing device |
-
2018
- 2018-02-27 CN CN201820273095.8U patent/CN207802388U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108419201A (en) * | 2018-02-27 | 2018-08-17 | 常州安智能科技有限公司 | Sound film automates feeding compression moulding cutting integration machine |
| CN110933587A (en) * | 2019-12-14 | 2020-03-27 | 石门县达韵电子有限公司 | Sound membrane processing device |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20180831 |