CN109056298A - A kind of dress ornament machine automatization rag cutter - Google Patents
A kind of dress ornament machine automatization rag cutter Download PDFInfo
- Publication number
- CN109056298A CN109056298A CN201811314719.7A CN201811314719A CN109056298A CN 109056298 A CN109056298 A CN 109056298A CN 201811314719 A CN201811314719 A CN 201811314719A CN 109056298 A CN109056298 A CN 109056298A
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- Prior art keywords
- cloth
- way
- cutter
- linking
- shell
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06H—MARKING, INSPECTING, SEAMING OR SEVERING TEXTILE MATERIALS
- D06H7/00—Apparatus or processes for cutting, or otherwise severing, specially adapted for the cutting, or otherwise severing, of textile materials
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The invention discloses a kind of dress ornament machine automatization rag cutters; its structure includes letting out shield of trying hard to keep to cut cloth driving device, cloth mounting table, linking support column, cloth recycling bins, firm banking, cloth cutter, cutter movable stand, cutter locating slot; it lets out shield of trying hard to keep to cut cloth driving device set on cloth mounting table upper end and be connected by way of fixed installation, cloth mounting table is set to linking upper end of support column and is connected by welding.The present invention is equipped with during cutting to cloth, the structure that anti-brisance extract venting is generated when cloth is cut, effectively prevent cylinder from being damaged by anti-brisance, it is equipped with the structure that secondary action power is generated to cloth simultaneously, help to prevent cloth from not cutting open completely, and need to carry out secondary cut, to be impacted to cloth work is cut.
Description
Technical field
The present invention relates to rag cutter fields, more precisely, being a kind of dress ornament machine automatization rag cutter.
Background technique
The processing work of cloth is divided into many steps, such as: batching, Qie Bu, trimming etc. need to operate certainly when cutting cloth work
Dynamic rag cutter, automatic cloth cutter have advantage easy to operate, high-efficient.But this automatic cloth cutter is in the presence of as follows at present
Disadvantage:
1, automatic cloth cutter is during cutting cloth, since the driving method of rag cutter is pneumatic type, cutter with cloth
When being in contact, the fixed frame of cutter can be in contact with sliding rail bottom, and generate opposing force, in opposing force
Under, the air pressure in air pressure output end will do it anti-shake, and cylinder is be easy to cause damage by anti-brisance.
2, when fold occurs in the cut place of cloth simultaneously, it will lead to cutter and be difficult to completely cut cloth open, need to carry out
Cloth work is cut in secondary cut, influence.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of dress ornament machine automatization rag cutter, to solve
The automatic cloth cutter of the prior art during cutting cloth, due to rag cutter driving method be pneumatic type, cutter with cloth
When being in contact, the fixed frame of cutter can be in contact with sliding rail bottom, and generate opposing force, in opposing force
Under, the air pressure in air pressure output end will do it anti-shake, and cylinder is be easy to cause damage by anti-brisance, while the cut place of cloth goes out
When existing fold, it will lead to cutter and be difficult to completely cut cloth open, need to carry out secondary cut, cloth work is cut in influence.
To achieve the goals above, the present invention is to realize by the following technical solutions:
A kind of dress ornament machine automatization rag cutter, structure include letting out shield of trying hard to keep to cut cloth driving device, cloth mounting table, linking
Support column, cloth recycling bins, firm banking, cloth cutter, cutter movable stand, cutter locating slot, the shield of trying hard to keep of letting out cut cloth drive
Dynamic device is set to cloth mounting table upper end and is connected by way of fixed installation, and the cloth mounting table is set to linking branch
Dagger upper end and it is connected by welding, the linking support column is set to firm banking upper end and by fixed peace
The mode of dress is connected, and the cloth recycling bins are set to cloth mounting table lower end and are connected by way of fitting, described
Cloth cutter is set to cutter movable stand lower end and is connected by way of insertion installation, and the cutter movable stand is set to and lets out power
Protection cuts cloth driving device right end and is connected by way of transmission cooperation, and the cutter locating slot is set to cloth mounting table
It upper end and is integrated, described to let out shield of trying hard to keep to cut cloth driving device include power-driven mechanism, linking telescoping mechanism, even
Connect sliding equipment, force mechanisms, one-way flow mechanism, the power drive are let out in secondary action force mechanisms, fixed installation sector, pumping
Mechanism is set to linking telescoping mechanism upper end and is connected by way of fixed installation, and the linking telescoping mechanism is set to connection
Sliding equipment upper end and it is connected by welding, the secondary action force mechanisms are set to inside connection sliding equipment simultaneously
And be connected by way of transmission cooperation, the connection sliding equipment is set to inside fixed installation sector and by sliding
Mode is connected, and the fixed installation sector lets out force mechanisms using being electrically connected with pumping, and the pumping is let out force mechanisms and is set to unidirectionally
It flows mechanism lower end and is connected by way of sealing installation.
As the present invention, further scheme, the power-driven mechanism include linking air pump, connection tracheae, driving gas
Cylinder, output positioning plate, the linking air pump are set to connection tracheae upper end and are connected by way of sealing installation, the company
Trachea is set to driving cylinder upper end and is connected by way of fixed installation, and the driving cylinder is set to output positioning plate
Upper end and it is connected by welding, the output positioning plate is set to linking telescoping mechanism upper end and by fixed peace
The mode of dress is connected.
As the present invention, further scheme, the linking telescoping mechanism include being fixedly connected with pipeline, sealing mounting ring, stretching
Pipe, linking push plate, the pipeline that is fixedly connected are located at same axle center with sealing mounting ring and pass through the side being fixedly mounted
Formula is connected, and the sealing mounting ring is set to telescopic pipes upper end and is connected by way of sealing installation, described flexible
Pipeline is set to linking push plate upper end and is connected by welding.
As further scheme of the invention, the connection sliding equipment includes cutter holster shell, pressure channel, sliding
Slot, the pressure channel are set to inside cutter holster shell and are integrated, and the sliding groove is set to outside cutter rack
It shell lower end and is integrated, the pressure channel is set to secondary action force mechanisms left end and the side by being fixedly mounted
Formula is connected.
As the present invention, further scheme, the secondary action force mechanisms include secondary action force mechanisms shell, squeeze
Plate, positioning slide, pressure ram, linkage slide plate, linking triggering block, compressed spring, extrusion chamber, the stripper plate are set in extrusion chamber
Portion and transition fit is used, the extrusion chamber is set to and secondary action force mechanisms interior of shell and is integrated, described
Linkage slide plate is set to positioning slide front end face and is connected by way of sliding, and the linkage slide plate is set to pressure ram lower end
And it is connected by welding, the pressure ram is set to linkage and slides through compressed spring center, the compressed spring
Plate upper end and transmission cooperation by way of be connected, the compressed spring be set to secondary action force mechanisms shell lower end and
It is connected by welding, the linking triggering block is set to linkage slide plate lower end and is connected by way of fixed installation
It connects, the pressure ram is set to stripper plate lower end and is connected by way of linkage.
As the present invention further scheme, the fixed installation sector include pneumatic fixing shell, sliding positioning shell,
Trigger switch, the pneumatic fixing shell are set to sliding positioning upper shell and are connected by welding, the touching
Hair switch is set to sliding positioning interior of shell and is connected by way of fixed installation, and power is let out in the trigger switch and pumping
Mechanism is using electrical connection.
As the present invention, further scheme, the pumping let out force mechanisms and let out force mechanisms shell, bleeding point, work including pumping
Fill in frame, conduction control, strong electromagnet, shifting chute, metal slider, mechanical spring, centralized positioning axis, rotational positioning wheel,
Traction rope, traction rope locating piece, piston rod, blowing mouth, piston plate, the bleeding point are set to pumping and let out force mechanisms shell left end simultaneously
And be integrated, the piston plate is set to inside piston framework and uses transition fit, the conduction control and strong
Power electromagnet is using electrical connection, and the metal slider is set to shifting chute upper end and is connected by way of sliding, the machine
Tool spring is set to metal slider right end and is connected by way of transmission cooperation, the centralized positioning axis and rotational positioning wheel
It is connected positioned at same axle center and by way of rotation, the traction rope is set to traction rope locating piece right end and passes through connection
Dynamic mode is connected, and the piston rod is set to piston plate right end and is connected by welding, and the blowing mouth is set
Force mechanisms upper shell is let out in pumping and is integrated.
As the present invention, further scheme, the one-way flow mechanism include fixing seal set, reflux tracheae, limit bullet
Spring, one-way valve block, unidirectional valve yoke, the fixing seal set are located at same axle center with reflux tracheae and pass through sealing installation
Mode is connected, and the reflux tracheae is set to unidirectional valve yoke upper end and is connected by welding, the check valve
Block is set to check valve lower portion and to be connected by movable mode, the one-way valve block be set to limit spring lower end and
It is connected by way of transmission cooperation.
The beneficial effects of the present invention are: a kind of dress ornament machine automatization rag cutter of the invention, staff pass through operation
Control cabinet to drive cylinder output pressure, and air pressure enters telescopic pipes by being fixedly connected with pipeline, connects with push plate is connected
Touching, linking push plate are moved down by active force, and telescopic pipes are stretched, and linking push plate drives outside the cutter rack being connected
Shell, cutter holster shell drive cloth cutter to cut cloth, are moved to sliding positioning shell bottom in cutter holster shell
It when portion, is in contact with trigger switch, so that conduction control starts running, induces current into strong electromagnet, powerful electromagnetic
Iron generates suction to metal slider, so that metal slider generates pulling force, traction rope positioning to traction rope locating piece by traction rope
Block drives the piston rod mutually welded, and piston rod drives piston plate to be moved, and the mobile of piston plate will be fixedly connected in pipeline instead
The air pressure of shake is pumped by bleeding point, and then air pressure enters reflux tracheae by unidirectional valve yoke, finally reenters linking air pump
It is interior, while during cutter holster shell and sliding positioning outer casing bottom are in contact, linking triggering block drive is connected
Linkage slide plate moved up, linkage slide plate by pressure ram drive stripper plate the gas in extrusion chamber is squeezed so that
Gas is in contact by pressure channel and cloth cutter, and cloth cutter is had an effect again while cutting cloth.
The present invention generates anti-brisance during cutting to cloth, when cloth is cut and carries out extraction venting by being equipped with
Structure, effectively prevent cylinder from being damaged by anti-brisance, at the same be equipped with to cloth generate secondary action power structure, have
Help prevent cloth from not cutting open completely, and need to carry out secondary cut, to be impacted to cloth work is cut.
Detailed description of the invention
By reading referring to attached drawing detailed description of non-limiting embodiments, other feature of the invention, purpose
It will be become more apparent upon with advantage.
In the accompanying drawings:
Fig. 1 is a kind of structural schematic diagram of dress ornament machine automatization rag cutter of the present invention.
Fig. 2 is a kind of structural plan figure let out shield of trying hard to keep and cut cloth driving device of the present invention.
Fig. 3 is a kind of working state figure let out shield of trying hard to keep and cut cloth driving device of the present invention.
Fig. 4, which is that the present invention is a kind of, is evacuated the detailed construction schematic diagram for letting out force mechanisms.
Fig. 5 is a kind of detailed construction schematic diagram of secondary action force mechanisms of the present invention.
In figure: letting out shield of trying hard to keep and cut cloth driving device -1, cloth mounting table -2, linking support column -3, cloth recycling bins -4, consolidate
Determine pedestal -5, cloth cutter -6, cutter movable stand -7, cutter locating slot -8, power-driven mechanism -11, linking telescoping mechanism -
12, sliding equipment -13 is connected, secondary action force mechanisms -14, fixed installation sector -15, is evacuated and lets out force mechanisms -16, one-way flow
Mechanism -17, connection tracheae -1102, driving cylinder -1103, output positioning plate -1104, is fixedly connected with pipe at linking air pump -1101
Road -1201, sealing mounting ring -1202, telescopic pipes -1203, linking push plate -1204, cutter holster shell -1301, air pressure are logical
Road -1302, sliding groove -1303, secondary action force mechanisms shell -1401, stripper plate -1402, positioning slide -1403, pressure ram -
1404, link slide plate -1405, linking triggering block -1406, compressed spring -1407, extrusion chamber -1408, pneumatic fixing shell -
1501, force mechanisms shell -1601, bleeding point -1602, piston frame are let out in sliding positioning shell -1502, trigger switch -1503, pumping
Frame -1603, conduction control -1604, strong electromagnet -1605, shifting chute -1606, metal slider -1607, mechanical spring -
1608, centralized positioning axis -1609, rotational positioning wheel -1610, traction rope -1611, traction rope locating piece -1612, piston rod -
1613, blowing mouth -1614, piston plate -1615, fixing seal set -1701, reflux tracheae -1702, limit spring -1703, unidirectional
Valve block -1704, unidirectional valve yoke -1705.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
As Figure 1-Figure 5, the present invention provides a kind of technical solution of dress ornament machine automatization rag cutter:
A kind of dress ornament machine automatization rag cutter, structure include letting out shield of trying hard to keep to cut cloth driving device 1, cloth mounting table 2, rank
Support column 3, cloth recycling bins 4, firm banking 5, cloth cutter 6, cutter movable stand 7, cutter locating slot 8 are connect, described let out is tried hard to keep
Shield cuts cloth driving device 1 set on 2 upper end of cloth mounting table and is connected by way of fixed installation, the cloth mounting table
2 are set to linking 3 upper end of support column and are connected by welding, and the linking support column 3 is set to 5 upper end of firm banking
And it is connected by way of fixed installation, the cloth recycling bins 4 are set to 2 lower end of cloth mounting table and by fitting
Mode is connected, and the cloth cutter 6 is set to 7 lower end of cutter movable stand and is connected by way of insertion installation, described
Cutter movable stand 7 is set to let out to try hard to keep to protect and cuts 1 right end of cloth driving device and be connected by way of transmission cooperation, the cutter
Locating slot 8 is set to and 2 upper end of cloth mounting table and is integrated, and described to let out shield of trying hard to keep to cut cloth driving device 1 include power
Driving mechanism 11, linking telescoping mechanism 12, connection sliding equipment 13, secondary action force mechanisms 14, fixed installation sector 15, pumping
Force mechanisms 16, one-way flow mechanism 17 are let out, the power-driven mechanism 11 is set to linking 12 upper end of telescoping mechanism and by solid
The mode of Dingan County's dress is connected, and the linking telescoping mechanism 12, which is set to, connects 13 upper end of sliding equipment and by welding
It is connected, the secondary action force mechanisms 14 are set to 13 inside of connection sliding equipment and are connected by way of transmission cooperation
It connects, the connection sliding equipment 13 is set to 15 inside of fixed installation sector and is connected by way of sliding, the fixation
Installing mechanism 15 lets out force mechanisms 16 using being electrically connected with pumping, and the pumping lets out force mechanisms 16 set on 17 lower end of one-way flow mechanism
And sealing installation by way of be connected, the power-driven mechanism 11 include linking air pump 1101, connection tracheae 1102,
Cylinder 1103, output positioning plate 1104 are driven, the linking air pump 1101 is set to connection 1102 upper end of tracheae and passes through sealing
The mode of installation is connected, and the connection tracheae 1102 is set to driving 1103 upper end of cylinder and the phase by way of fixed installation
Connection, the driving cylinder 1103 are set to output 1104 upper end of positioning plate and are connected by welding, the output
Positioning plate 1104 is set to linking 12 upper end of telescoping mechanism and is connected by way of fixed installation, the linking telescoping mechanism
12 include being fixedly connected with pipeline 1201, sealing mounting ring 1202, telescopic pipes 1203, linking push plate 1204, described to be fixedly connected
Pipeline 1201 is located at same axle center with sealing mounting ring 1202 and is connected by way of fixed installation, the sealing installation
Ring 1202 is set to 1203 upper end of telescopic pipes and is connected by way of sealing installation, and the telescopic pipes 1203 are set to rank
It connects 1204 upper end of push plate and is connected by welding, the connection sliding equipment 13 includes cutter holster shell
1301, pressure channel 1302, sliding groove 1303, the pressure channel 1302 are set to 1301 inside of cutter holster shell and are one
Body structure, the sliding groove 1303 are set to 1301 lower end of cutter holster shell and are integrated, the pressure channel
1302 are set to 14 left end of secondary action force mechanisms and are connected by way of fixed installation, the secondary action force mechanisms 14
Including secondary action force mechanisms shell 1401, stripper plate 1402, positioning slide 1403, pressure ram 1404, linkage slide plate 1405, rank
Triggering block 1406, compressed spring 1407, extrusion chamber 1408 are connect, the stripper plate 1402 is set to 1408 inside of extrusion chamber and uses
Transition fit, the extrusion chamber 1408 is set to 1401 inside of secondary action force mechanisms shell and is integrated, described
Dynamic slide plate 1405 is set to 1403 front end face of positioning slide and is connected by way of sliding, and the linkage slide plate 1405 is set to
1404 lower end of pressure ram and be connected by welding, the pressure ram 1404 through 1407 center of compressed spring,
The compressed spring 1407 is set to linkage 1405 upper end of slide plate and is connected by way of transmission cooperation, the compressed spring
1407 are set to 1401 lower end of secondary action force mechanisms shell and are connected by welding, the linking triggering block 1406
It is connected set on linkage 1405 lower end of slide plate and by way of fixed installation, the pressure ram 1404 is set to stripper plate 1402
Lower end and it is connected by way of linkage, the fixed installation sector 15 includes pneumatic fixing shell 1501, sliding positioning
Shell 1502, trigger switch 1503, the pneumatic fixing shell 1501 are set to sliding positioning 1502 upper end of shell and pass through weldering
The mode connect is connected, and the trigger switch 1503 is set to 1502 inside of sliding positioning shell and by way of fixed installation
It is connected, the trigger switch 1503 lets out force mechanisms 16 using being electrically connected with pumping, and it includes pumping that force mechanisms 16 are let out in the pumping
Let out force mechanisms shell 1601, bleeding point 1602, piston framework 1603, conduction control 1604, strong electromagnet 1605, shifting chute
1606, metal slider 1607, mechanical spring 1608, centralized positioning axis 1609, rotational positioning wheel 1610, traction rope 1611, traction
Rope locating piece 1612, piston rod 1613, blowing mouth 1614, piston plate 1615, the bleeding point 1602 are set to pumping and let out force mechanisms
It 1601 left end of shell and is integrated, the piston plate 1615 is set to 1603 inside of piston framework and is matched using transition
It closes, for the conduction control 1604 with strong electromagnet 1605 using being electrically connected, the metal slider 1607 is set to shifting chute
1606 upper ends and it is connected by way of sliding, the mechanical spring 1608 is set to 1607 right end of metal slider and passes through
The mode of transmission cooperation is connected, and the centralized positioning axis 1609 is located at same axle center and passes through with rotational positioning wheel 1610 to be turned
Dynamic mode is connected, and the traction rope 1611 is set to 1612 right end of traction rope locating piece and is connected by way of linkage
It connects, the piston rod 1613 is set to 1615 right end of piston plate and is connected by welding, and the blowing mouth 1614 is set
1601 upper end of force mechanisms shell is let out in pumping and is integrated, and the one-way flow mechanism 17 includes fixing seal set
1701, flow back tracheae 1702, limit spring 1703, one-way valve block 1704, unidirectional valve yoke 1705, the fixing seal set 1701
It is located at same axle center with reflux tracheae 1702 and is connected by way of sealing installation, the reflux tracheae 1702 is set to single
It is connected to 1705 upper end of valve yoke and by welding, the one-way valve block 1704 is set in unidirectional valve yoke 1705
Portion and it is connected by movable mode, the one-way valve block 1704 is set to 1703 lower end of limit spring and is matched by transmission
The mode of conjunction is connected.
A kind of dress ornament machine automatization rag cutter of the invention, its working principle is that: staff is made by operation control box
1103 output pressure of cylinder must be driven, air pressure enters telescopic pipes 1203 by being fixedly connected with pipeline 1201, and is connected push plate
1204 are in contact, and linking push plate 1204 is moved down by active force, and telescopic pipes 1203 are stretched, and are connected push plate 1204
The cutter holster shell 1301 being connected is driven, cutter holster shell 1301 drives cloth cutter 6 to cut cloth, cutting
It when knife holster shell 1301 is moved to sliding positioning 1502 bottom of shell, is in contact with trigger switch 1503, so that conductive control
Device 1604 processed starts running, and induces current into strong electromagnet 1605, and strong electromagnet 1605 generates suction to metal slider 1607
Power, so that metal slider 1607 generates pulling force, traction rope locating piece 1612 to traction rope locating piece 1612 by traction rope 1611
The piston rod 1613 mutually welded is driven, piston rod 1613 drives piston plate 1615 to be moved, and the mobile of piston plate 1615 will consolidate
Determine the anti-air pressure shaken in connecting pipe 1201 to be pumped by bleeding point 1602, then air pressure enters reflux by unidirectional valve yoke 1705
Tracheae 1702 finally reenters in linking air pump 1101, while in cutter holster shell 1301 and sliding positioning shell 1502
During bottom is in contact, linking triggering block 1406 drives the linkage slide plate 1405 being connected to be moved up, and link slide plate
1405 drive stripper plate 1402 to squeeze the gas in extrusion chamber 1408 by pressure ram 1404, so that gas passes through air pressure
Channel 1302 is in contact with cloth cutter 6, and cloth cutter 6 is had an effect again while cutting cloth.
Problems solved by the invention is the automatic cloth cutter of the prior art during cutting cloth, due to the driving of rag cutter
Mode is pneumatic type, and when being in contact with cloth, the fixed frame of cutter can be in contact cutter with sliding rail bottom, and be generated
Opposing force, under opposing force, the air pressure in air pressure output end will do it anti-shake, and cylinder is be easy to cause by anti-brisance
Damage, while when fold occurs in the cut place of cloth, it will lead to cutter and be difficult to completely cut cloth open, need to carry out secondary cut
It cuts, cloth work is cut in influence, and the present invention is combined with each other by above-mentioned component, will by being equipped with during cutting to cloth
Cloth generates the structure that anti-brisance extract venting when cutting, effectively prevent cylinder from being damaged by anti-brisance, simultaneously
Equipped with the structure for generating cloth secondary action power, help to prevent cloth from not cutting open completely, and need to carry out secondary cut,
To be impacted to cloth work is cut.
Claims (8)
1. a kind of dress ornament machine automatization rag cutter, structure include let out shield of trying hard to keep cut cloth driving device (1), cloth mounting table (2),
It is connected support column (3), cloth recycling bins (4), firm banking (5), cloth cutter (6), cutter movable stand (7), cutter locating slot
(8), the shield of trying hard to keep of letting out cuts cloth driving device (1) set on cloth mounting table (2) upper end and the phase by way of fixed installation
Connection, the cloth mounting table (2) are set to linking support column (3) upper end and are connected by welding, the linking
Support column (3) is set to firm banking (5) upper end and is connected by way of fixed installation, and the cloth recycling bins (4) set
It is connected in cloth mounting table (2) lower end and by way of fitting, the cloth cutter (6) is set to cutter movable stand (7)
Lower end and it is connected by way of insertion installation, the cutter movable stand (7) is set to and lets out shield of trying hard to keep and cut cloth driving device (1)
Right end and it is connected by way of transmission cooperation, the cutter locating slot (8), which is set to, cloth mounting table (2) upper end and is
Integral structure, it is characterised in that:
It is described let out shield of trying hard to keep cut cloth driving device (1) include power-driven mechanism (11), linking telescoping mechanism (12), connection sliding
Force mechanisms (16), one-way flow mechanism are let out in mechanism (13), secondary action force mechanisms (14), fixed installation sector (15), pumping
(17)；
The power-driven mechanism (11) is set to linking telescoping mechanism (12) upper end and is connected by way of fixed installation,
The linking telescoping mechanism (12) is set to connection sliding equipment (13) upper end and is connected by welding, described secondary
Effect force mechanisms (14) is set to connection sliding equipment (13) inside and is connected by way of transmission cooperation, and the connection is slided
Motivation structure (13) is set to fixed installation sector (15) inside and is connected by way of sliding, the fixed installation sector
(15) force mechanisms (16) are let out with pumping using being electrically connected, the pumping lets out force mechanisms (16) set on one-way flow mechanism (17) lower end
And it is connected by way of sealing installation.
2. a kind of dress ornament machine automatization rag cutter according to claim 1, it is characterised in that: the power-driven mechanism
It (11) include linking air pump (1101), connection tracheae (1102), driving cylinder (1103), output positioning plate (1104), the rank
It connects air pump (1101) to be set to connection tracheae (1102) upper end and be connected by way of sealing installation, the connection tracheae
(1102) it is set to driving cylinder (1103) upper end and is connected by way of fixed installation, the driving cylinder (1103) sets
It is connected in output positioning plate (1104) upper end and by welding, the output positioning plate (1104) is set to linking and stretches
Contracting mechanism (12) upper end and it is connected by way of fixed installation.
3. a kind of dress ornament machine automatization rag cutter according to claim 1 or 2, it is characterised in that: the linking telescopic machine
Structure (12) includes being fixedly connected with pipeline (1201), sealing mounting ring (1202), telescopic pipes (1203), linking push plate (1204),
It is described be fixedly connected pipeline (1201) with sealing mounting ring (1202) be located at same axle center and the phase by way of fixed installation
Connection, the sealing mounting ring (1202) are set to telescopic pipes (1203) upper end and are connected by way of sealing installation,
The telescopic pipes (1203) are set to linking push plate (1204) upper end and are connected by welding.
4. a kind of dress ornament machine automatization rag cutter according to claim 1, it is characterised in that: the connection sliding equipment
It (13) include cutter holster shell (1301), pressure channel (1302), sliding groove (1303), the pressure channel (1302) is set to
Cutter holster shell (1301) is internal and is integrated, and the sliding groove (1303) is set to cutter holster shell (1301)
It lower end and is integrated, the pressure channel (1302) is set to secondary action force mechanisms (14) left end and passes through fixation
The mode of installation is connected.
5. a kind of dress ornament machine automatization rag cutter according to claim 1 or 4, it is characterised in that: the secondary action power
Mechanism (14) includes secondary action force mechanisms shell (1401), stripper plate (1402), positioning slide (1403), pressure ram
(1404), it links slide plate (1405), linking triggering block (1406), compressed spring (1407), extrusion chamber (1408), the stripper plate
(1402) it is set to extrusion chamber (1408) inside and uses transition fit, the extrusion chamber (1408) is set to secondary action force mechanisms
Shell (1401) is internal and is integrated, the linkage slide plate (1405) set on positioning slide (1403) front end face and
It is connected by way of sliding, the linkage slide plate (1405) is set to pressure ram (1404) lower end and by welding
It is connected, the pressure ram (1404) is set to linkage and slides through compressed spring (1407) center, the compressed spring (1407)
Plate (1405) upper end and transmission cooperation by way of be connected, the compressed spring (1407) be set to secondary action force mechanisms
Shell (1401) lower end and it is connected by welding, the linking triggering block (1406) is set to linkage slide plate (1405)
Lower end and it is connected by way of fixed installation, the pressure ram (1404) is set to stripper plate (1402) lower end and passes through
The mode of linkage is connected.
6. a kind of dress ornament machine automatization rag cutter according to claim 1, it is characterised in that: the fixed installation sector
It (15) include pneumatic fixing shell (1501), sliding positioning shell (1502), trigger switch (1503), the pneumatic fixing shell
(1501) it is set to sliding positioning shell (1502) upper end and is connected by welding, the trigger switch (1503) sets
It is connected in sliding positioning shell (1502) inside and by way of fixed installation, the trigger switch (1503) and pumping
Force mechanisms (16) are let out using electrical connection.
7. a kind of dress ornament machine automatization rag cutter according to claim 1 or 6, it is characterised in that: power machine is let out in the pumping
Structure (16) includes that force mechanisms shell (1601), bleeding point (1602), piston framework (1603), conduction control are let out in pumping
(1604), strong electromagnet (1605), shifting chute (1606), metal slider (1607), mechanical spring (1608), centralized positioning axis
(1609), rotational positioning wheel (1610), traction rope (1611), traction rope locating piece (1612), piston rod (1613), blowing mouth
(1614), piston plate (1615), the bleeding point (1602) are set to pumping and let out force mechanisms shell (1601) left end and be integrated
Change structure, the piston plate (1615) is set to piston framework (1603) inside and uses transition fit, the conduction control
(1604) with strong electromagnet (1605) using be electrically connected, the metal slider (1607) set on shifting chute (1606) upper end and
It is connected by way of sliding, the mechanical spring (1608) is set to metal slider (1607) right end and by transmission cooperation
Mode be connected, the centralized positioning axis (1609) and rotational positioning wheel (1610) are located at same axle center and by rotating
Mode is connected, and the traction rope (1611) is set to traction rope locating piece (1612) right end and is connected by way of linkage
It connects, the piston rod (1613) is set to piston plate (1615) right end and is connected by welding, the blowing mouth
(1614) pumping is set to let out force mechanisms shell (1601) upper end and be integrated.
8. a kind of dress ornament machine automatization rag cutter according to claim 1, it is characterised in that: the one-way flow mechanism
It (17) include fixing seal set (1701), reflux tracheae (1702), limit spring (1703), one-way valve block (1704), check valve
Frame (1705), the fixing seal set (1701) and reflux tracheae (1702) are located at same axle center and by sealing installations
Mode is connected, and the reflux tracheae (1702) is set to unidirectional valve yoke (1705) upper end and is connected by welding
It connects, the one-way valve block (1704) is set to unidirectional valve yoke (1705) inside and is connected by movable mode, the list
Limit spring (1703) lower end is set to valve block (1704) and is connected by way of transmission cooperation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811314719.7A CN109056298A (en) | 2018-11-06 | 2018-11-06 | A kind of dress ornament machine automatization rag cutter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811314719.7A CN109056298A (en) | 2018-11-06 | 2018-11-06 | A kind of dress ornament machine automatization rag cutter |
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| Publication Number | Publication Date |
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| CN109056298A true CN109056298A (en) | 2018-12-21 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201811314719.7A Withdrawn CN109056298A (en) | 2018-11-06 | 2018-11-06 | A kind of dress ornament machine automatization rag cutter |
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| CN (1) | CN109056298A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113073156A (en) * | 2021-04-04 | 2021-07-06 | 宁波宏诺汽车零部件科技有限公司 | Automatic blanking machine that cuts of car leather |
| WO2021189713A1 (en) * | 2020-03-25 | 2021-09-30 | 南京工业职业技术大学 | Multi-use cutting machine having array valve support platform |
| CN115522373A (en) * | 2021-10-14 | 2022-12-27 | 镇巴县浩瀚农业有限责任公司 | A surface fabric cutting device for silk quilt production |
-
2018
- 2018-11-06 CN CN201811314719.7A patent/CN109056298A/en not_active Withdrawn
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021189713A1 (en) * | 2020-03-25 | 2021-09-30 | 南京工业职业技术大学 | Multi-use cutting machine having array valve support platform |
| CN113073156A (en) * | 2021-04-04 | 2021-07-06 | 宁波宏诺汽车零部件科技有限公司 | Automatic blanking machine that cuts of car leather |
| CN113073156B (en) * | 2021-04-04 | 2022-03-08 | 宁波宏诺汽车零部件科技有限公司 | Automatic blanking machine that cuts of car leather |
| CN115522373A (en) * | 2021-10-14 | 2022-12-27 | 镇巴县浩瀚农业有限责任公司 | A surface fabric cutting device for silk quilt production |
| CN115522373B (en) * | 2021-10-14 | 2023-10-20 | 镇巴县浩瀚农业有限责任公司 | Fabric cutting device for silk quilt production |
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Application publication date: 20181221 |
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| WW01 | Invention patent application withdrawn after publication |