CN109605483A - A kind of new pattern high speed die-cutting machine - Google Patents
A kind of new pattern high speed die-cutting machine Download PDFInfo
- Publication number
- CN109605483A CN109605483A CN201910047006.7A CN201910047006A CN109605483A CN 109605483 A CN109605483 A CN 109605483A CN 201910047006 A CN201910047006 A CN 201910047006A CN 109605483 A CN109605483 A CN 109605483A
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- China
- Prior art keywords
- mounting rack
- pressure regulation
- swing arm
- screwed
- lifting
- Prior art date
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- 238000009434 installation Methods 0.000 claims abstract description 54
- 230000001105 regulatory effect Effects 0.000 claims abstract description 21
- 230000000694 effects Effects 0.000 claims description 79
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- 239000000463 material Substances 0.000 claims description 17
- 230000001360 synchronised effect Effects 0.000 claims description 16
- 230000006835 compression Effects 0.000 claims description 14
- 238000007906 compression Methods 0.000 claims description 14
- 230000007246 mechanism Effects 0.000 claims description 10
- 230000009471 action Effects 0.000 claims description 8
- 230000008878 coupling Effects 0.000 claims description 8
- 238000010168 coupling process Methods 0.000 claims description 8
- 238000005859 coupling reaction Methods 0.000 claims description 8
- 230000002093 peripheral effect Effects 0.000 claims description 4
- 239000004744 fabric Substances 0.000 claims description 3
- 239000000203 mixture Substances 0.000 claims description 3
- 241000237858 Gastropoda Species 0.000 claims description 2
- 230000000747 cardiac effect Effects 0.000 claims 1
- 230000008901 benefit Effects 0.000 abstract description 4
- 238000010586 diagram Methods 0.000 description 8
- 229910000831 Steel Inorganic materials 0.000 description 3
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- 239000000853 adhesive Substances 0.000 description 2
- 230000001070 adhesive effect Effects 0.000 description 2
- 230000005611 electricity Effects 0.000 description 2
- 238000003780 insertion Methods 0.000 description 2
- 230000037431 insertion Effects 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 238000000354 decomposition reaction Methods 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical compound [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 description 1
- 239000010931 gold Substances 0.000 description 1
- 229910052737 gold Inorganic materials 0.000 description 1
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- 230000000007 visual effect Effects 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26F—PERFORATING; PUNCHING; CUTTING-OUT; STAMPING-OUT; SEVERING BY MEANS OTHER THAN CUTTING
- B26F1/00—Perforating; Punching; Cutting-out; Stamping-out; Apparatus therefor
- B26F1/38—Cutting-out; Stamping-out
- B26F1/40—Cutting-out; Stamping-out using a press, e.g. of the ram type
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D5/00—Arrangements for operating and controlling machines or devices for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D5/08—Means for actuating the cutting member to effect the cut
- B26D5/086—Electric, magnetic, piezoelectric, electro-magnetic means
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D5/00—Arrangements for operating and controlling machines or devices for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D5/08—Means for actuating the cutting member to effect the cut
- B26D5/16—Cam means
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D7/00—Details of apparatus for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D7/06—Arrangements for feeding or delivering work of other than sheet, web, or filamentary form
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D7/00—Details of apparatus for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D7/26—Means for mounting or adjusting the cutting member; Means for adjusting the stroke of the cutting member
- B26D7/2628—Means for adjusting the position of the cutting member
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26F—PERFORATING; PUNCHING; CUTTING-OUT; STAMPING-OUT; SEVERING BY MEANS OTHER THAN CUTTING
- B26F1/00—Perforating; Punching; Cutting-out; Stamping-out; Apparatus therefor
- B26F1/38—Cutting-out; Stamping-out
- B26F1/44—Cutters therefor; Dies therefor
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- Life Sciences & Earth Sciences (AREA)
- Forests & Forestry (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Transmission Devices (AREA)
Abstract
The invention discloses a kind of new pattern high speed die-cutting machines, it includes rack, top plate is fixedly mounted, it is die-filling to cut mould, upper mould fixed plate, it is die cut upper mold, automatic charging component, go up and down driving assembly, lifting portable plate, going up and down driving assembly includes fixed motor mount, go up and down drive shaft, go up and down driving motor, it goes up and down drive shaft and fixed installation top plate is installed in by fixing bearing axis, it goes up and down drive shaft lower end side and installs movable frame, movable frame includes mounting rack transverse slat and attachment base, it goes up and down drive shaft and eccentric cam portion is set, it goes up and down and installs midway drive connecting rod between drive shaft and rear end mounting rack, midway drive small end portion is set in eccentric cam portion periphery, midway drive connecting rod lower end hinge is loaded on attachment base；Cross cutting pressure regulating device is installed between movable frame and lifting portable plate.By said structure design, the present invention has the advantages that novel in structural design, high degree of automation, and can effectively realize d ie cutting press adjusting.
Description
Technical field
The present invention relates to high speed die-cutting machine technical field more particularly to a kind of new pattern high speed die-cutting machines.
Background technique
Die-cutting machine (Die Cutting Machine) is called hydraulic cutting presser, guillotine, numerical control stamping machine, is mainly used for corresponding
The cross cutting (complete disconnected, half disconnected) of some nonmetallic materials, adhesive sticker, EVA, double-sided adhesive, electronics, mobile phone rubber mat etc., impression and gold stamping
Operation, fitting, automatic waste discharge, die-cutting machine pass through coining using steel knife, hardware dies, steel wire (or steel engraving at template)
Version applies certain pressure, and printing or cardboard are rolled and are cut into certain shapes.
For high speed die-cutting machine, cross cutting upper mold is up and down generally relative to cross cutting lower die, in cross cutting upper mold court
Lower movement and with cross cutting lower die closure when, high speed die-cutting machine complete cross cutting processing operation.
It is noted that the high speed die-cutting machine being in various forms exists in the prior art；However, being die cut for existing high speed
For machine, unreasonable, the uncontrollable defect of d ie cutting press of generally existing design.
Summary of the invention
The purpose of the present invention is to solve the shortcomings of the prior art and a kind of new pattern high speed die-cutting machine is provided, the new pattern high speed
Die-cutting machine novel in structural design, high degree of automation and effectively d ie cutting press can be adjusted.
In order to achieve the above objectives, the present invention is achieved through the following technical solutions.
A kind of new pattern high speed die-cutting machine, including organic frame, the upper end of rack are screwed with the fixation arranged in horizontal cross
Top plate is installed, the upper surface that top plate is fixedly mounted is screwed with cross cutting lower die, is die cut right above lower die and is installed with upper mould fixed plate,
The lower surface of upper mould fixed plate is screwed with the cross cutting upper mold matched with cross cutting lower die；The front end side that top plate is fixedly mounted is installed in
Automatic charging component, the front end side that automatic charging component is located at cross cutting upper mold, is die cut lower die；
The lower end side that top plate is fixedly mounted is installed with the lifting portable plate arranged in horizontal cross, and lifting portable plate is screwed at least
Two arranged for interval and respectively vertically extending lifting guide pillar upward, are fixedly mounted top plate and correspond to each lifting guide pillar and offer respectively
Up and down completely through top plate guide post mounting hole, the upper end of each lifting guide pillar passes through corresponding top plate guide post from the bottom up respectively
Mounting hole simultaneously extends to the upper end side that top plate is fixedly mounted, and the upper end of each lifting guide pillar is spirally connected with upper mould fixed plate respectively, Gu
Dingan County's dress top plate corresponds to each lifting guide pillar and is screwed with lifting guide sleeve respectively, and each lifting guide pillar is intercalated in corresponding lifting guide sleeve respectively
Centre bore in；
The new pattern high speed die-cutting machine further includes having lifting driving assembly, and lifting driving assembly includes the fixed electricity for being screwed on rack
Machine mounting base is located at fixed installation top plate lower end side and along the horizontal-extending lifting drive shaft of left and right directions, fixed motor
Mounting base is screwed with lifting driving motor, be fixedly mounted top plate the corresponding lifting drive shaft in lower surface be screwed at least two from
Left-to-right successively arranged for interval and vertically extending fixed bearing block, lifting drive shaft pass through bearing respectively and install downward respectively
In in the mounting hole of each fixed bearing block, lifting driving motor and lifting drive shaft are drivingly connected；It goes up and down under drive shaft
End side is installed with movable frame, and movable frame includes the mounting rack transverse slat arranged in horizontal cross, mounting rack transverse slat
Upper surface, which is screwed with, distinguishes attachment base on the left of mounting rack vertically extending upward, attachment base on the right side of mounting rack, connects on the left of mounting rack
Joint chair is located at the left end side of attachment base and mounting rack left side attachment base and mounting rack right side attachment base or so face on the right side of mounting rack
Arranged for interval, lifting drive shaft are provided with the eccentric cam of the axis in cylindrical shape and axis runout lifting drive shaft
Portion, eccentric cam portion are structure as a whole with lifting drive shaft, go up and down and are installed between drive shaft and rear end mounting rack in perpendicular
To the midway drive connecting rod of arrangement, the upper end of midway drive connecting rod offers small end through-hole that run all the way around, rises
The eccentric cam portion for dropping drive shaft is flush-mounted in the small end through-hole of midway drive connecting rod and the excircle in eccentric cam portion
Bearing is installed between face and the inner peripheral surface of small end through-hole, the lower end of midway drive connecting rod is inserted on the left of mounting rack
On the right side of attachment base and mounting rack between attachment base, and the lower end of midway drive connecting rod is connected by pivot hinge loaded on mounting rack left side
Attachment base on the right side of joint chair, mounting rack；Cross cutting pressure regulating device is installed between movable frame and lifting portable plate.
Wherein, the cross cutting pressure regulating device includes in the pressure regulation driving screw rod being vertically arranged, and pressure regulation drives screw rod can phase
To the mounting rack transverse slat for being rotationally installed in the movable frame, the lower end of pressure regulation driving screw rod extends to movable frame
Lower end side；
The upper end of pressure regulation driving screw rod is set in the lower end side of mounting rack transverse slat with pressure regulation driving screw rod synchronous rotation
Pressure regulation drive worm gear, mounting rack transverse slat in pressure regulation driving worm gear side be screwed with Movable motor mounting base and between left and right every and
Left side worm seat, the right side worm seat of face arrangement, left side worm seat are located at the left part of right side worm seat and left side worm seat
It is installed between the worm seat of right side along the horizontal-extending pressure regulation driving worm screw of left and right directions, pressure regulation drives the left end of worm screw
Portion, right part pass through bearing respectively and are installed on the left side worm seat of corresponding side, right side worm seat, and Movable motor mounting base is screwed with
The power output shaft of pressure regulation driving motor, pressure regulation driving motor drives the one end of worm screw to connect by shaft coupling with pressure regulation, adjusts
Pressure driving worm screw and pressure regulation driving worm wheel and one worm couple of composition；
The lifting portable plate corresponds to the pressure regulation driving screw rod and is screwed in the pressure regulation driving swivel nut being vertically arranged, pressure regulation driving
The core of swivel nut offer up and down completely through internal thread hole, pressure regulation driving screw rod lower end be intercalated in pressure regulation driving swivel nut
Internal thread hole in and pressure regulation driving screw rod external screw thread and pressure regulation drive swivel nut internal screw thread be spirally connected.
Wherein, the middle position of the mounting rack transverse slat offers connects completely through and positioned at the mounting rack left side up and down
The upper end of transverse slat through-hole on the right side of joint chair and the mounting rack between attachment base, the pressure regulation driving screw rod passes through from the bottom up
The transverse slat through-hole of mounting rack transverse slat and the upper end side for extending to mounting rack transverse slat；
Embedded between the upper and lower every the upper end tapered roller bearing of arrangement, lower end taper roller axis in the transverse slat through-hole of mounting rack transverse slat
It holds, the transverse slat through-hole wall of mounting rack transverse slat is provided with towards transverse slat shoulder block projecting inward and in annulus shape, upper end taper roller
Bearing is located at the upper end side of transverse slat shoulder block, and lower end tapered roller bearing is located at the lower end side of transverse slat shoulder block, and pressure regulation drives screw rod
Upper end is provided with the screw limiting shoulder block of normal direction upward in the lower end side of mounting rack transverse slat, and the pressure regulation drives worm gear position
In the upper end side of screw limiting shoulder block, pressure regulation drive worm gear, lower end tapered roller bearing, upper end taper roller axis from bottom to up according to
The secondary upper end periphery for being set in pressure regulation driving screw rod, pressure regulation drive the upper end of screw rod in the upper end of upper end tapered roller bearing
Side is screwed with stop nut, and upper end tapered roller bearing is installed between stop nut and transverse slat shoulder block, lower end taper roller axis
It holds and is installed between pressure regulation driving worm gear and cross bar shoulder block, pressure regulation drives the lower surface of worm gear and the screw rod of pressure regulation driving screw rod to limit
Position shoulder block abuts.
Wherein, the mounting rack transverse slat is screwed with pressure regulation guide post vertically extending downward, and the lifting portable plate is corresponding to be adjusted
Pressure guide post is installed with pressure regulation guide sleeve, and the lower end of pressure regulation guide post is intercalated in the centre bore of pressure regulation guide sleeve.
Wherein, pressure regulation retaining mechanism, pressure regulation locking are installed between the pressure regulation driving swivel nut and the lifting portable plate
Mechanism includes to be screwed on the locking cylinder mounting base of lifting portable plate edge part, and locking cylinder mounting base is screwed with horizontal left and right
The locking of movement drives cylinder, and the piston rod extension end of locking driving cylinder is provided with along the horizontal-extending thick stick of left and right directions
Bar propulsion arm；
Lifting portable plate drives in pressure regulation and offers upwardly opening lever mounting groove, lever between swivel nut and locking driving cylinder
Can be relatively actively embedded with locking activation lever in mounting groove, the one end for locking activation lever is loaded on lever by pin hinge
The bottom surface of mounting groove, lifting portable plate correspond to lever propulsion arm and offer the propulsion arm pilot hole being connected to lever mounting groove, top
The free end of push rod pilot hole alignment locking activation lever, lever propulsion arm is in propulsion arm pilot hole；
The outer circumferential portion of pressure regulation driving swivel nut exposes to the side wall of lever mounting groove, pressure regulation drive the outer circumference surface of swivel nut in
The part for exposing to lever installation groove sidewall offers the swivel nut lateral through aperture being connected to the internal thread hole of pressure regulation driving swivel nut, spiral shell
Cover the locking clamping block extended in lateral through aperture embedded with the outer circumference surface arc along pressure regulation driving swivel nut；
When locking drives the piston rod extending action of cylinder and drives lever propulsion arm mobile towards locking activation lever side, lever
Propulsion arm locks the free end of activation lever towards pressure regulation driving swivel nut side pushing tow and makes the free end for locking activation lever
Locking clamping block is compressed, locking clamping block compresses the pressure regulation driving screw rod and carries out locking to pressure regulation driving screw rod.
Wherein, the power output shaft of the lifting driving motor is set with as the power output shaft of lifting driving motor is same
The active synchronization belt wheel of rotation is walked, the one end of the lifting drive shaft is set with lifting drive shaft synchronous rotation
Driven synchronous pulley is set with drive coordination band between active synchronization belt wheel and driven synchronous pulley.
Wherein, the automatic charging component includes feeding mounting rack, and feeding mounting rack includes to be screwed on the fixation
Top plate front end is installed and is in the mounting rack fixed vertical plate being vertically arranged, the front end side of mounting rack fixed vertical plate is installed with is in respectively
It is vertically arranged and respectively along the horizontal-extending mounting rack Left-side support plate of front-rear direction, mounting rack Right side support plate, mounting rack
Left-side support plate is located at the left end side of mounting rack Right side support plate and mounting rack Left-side support plate and mounting rack Right side support plate are left
Right face arranged for interval；It is rotatably installed between mounting rack Left-side support plate and mounting rack Right side support plate along a left side
The horizontal-extending feeding driven roller of right direction, left part, the right part of feeding driven roller pass through bearing respectively and are installed on corresponding side
Mounting rack Left-side support plate, mounting rack Right side support plate, mounting rack Left-side support plate or mounting rack Right side support plate spiral shell dress
There is feeding motor mounting base, feeding motor mounting base is screwed with feeding driving motor, and the power output shaft of feeding driving motor is logical
Shaft coupling is crossed to connect with the one end of feeding driven roller；
The left end side of mounting rack Left-side support plate is installed with left side activity swing arm, and the right end side of mounting rack Right side support plate is installed with
Right side activity swing arm, left side activity swing arm and right side activity swing arm or so face arrangement, mounting rack Left-side support plate and mounting rack
It is installed between Right side support plate positioned at feeding driven roller front end side and along the horizontal-extending swing arm connecting shaft of left and right directions, pendulum
The left part of arm connecting shaft extends to installation by the left part that bearing is installed on mounting rack Left-side support plate and swing arm connecting shaft
The right part of the left end side of frame Left-side support plate, swing arm connecting shaft is installed on mounting rack Right side support plate by bearing and swing arm connects
The right part of spindle extends to the right end side of mounting rack Right side support plate, and the front end of left side activity swing arm is screwed on swing arm connection
Axis left part, the front end of right side activity swing arm are screwed on swing arm connecting shaft right part；Left side activity swing arm and right side active pendulum
It is installed between arm along left and right directions horizontal extension and is located at mounting rack Left-side support plate, mounting rack Right side support plate upper end side
Pinch roller installation axle, spiral shell loads the left side activity swing arm for being fixed in corresponding side, right side respectively for left part, the right part of pinch roller installation axle
Activity swing arm, the middle part of pinch roller installation axle is rotatably set with props up on the right side of mounting rack Left-side support plate and mounting rack
Feeding pinch roller between fagging and right above feeding driven roller, is installed with bearing between feeding pinch roller and pinch roller installation axle；
The left end side of left side activity swing arm is installed in the left side installation riser being vertically arranged, the right end side dress of right side activity swing arm
Equipped with riser is installed in the right side being vertically arranged, left side installs riser and right side installation riser or so face and arranges that mounting rack is left
It is also installed between side support plate and mounting rack Right side support plate along the horizontal-extending riser connecting shaft of left and right directions, riser connects
The left part of spindle extends to a mounting rack left side by the left part that bearing is installed on mounting rack Left-side support plate and riser connecting shaft
The right part of the left end side of side support plate, riser connecting shaft is installed on mounting rack Right side support plate and riser connecting shaft by bearing
Right part extend to the right end side of mounting rack Right side support plate, the lower end of left side installation riser is screwed on riser connecting shaft
The lower end of left part, right side installation riser is screwed on the right part of riser connecting shaft；The upper end of left side installation riser opens up
Have and run all the way around and vertically extending left side guide groove, activity-oriented block in left side is embedded in the guide groove of left side, it is left
The right part of side activity-oriented block extends to the right end side of left side installation riser, and the right part of left side activity-oriented block passes through shaft
It is articulated with left side and presses bearing, the lower end of left side pressure holding bearing extends to the lower end side of left side activity-oriented block and left side presses
Bearing is located at the upper end side of left side activity swing arm rear end, and the upper edge of left side activity swing arm rear end offers to be opened upward
Mouthful and the equal left side arc groove of inner diameter values and left side the pressure holding outer diameter value of bearing, left side pressure holding bearing be inserted on the left of arc groove
The inner wall of the outer circumference surface and left side arc groove of interior and left side pressure holding bearing touches, and the upper end that riser is installed in left side is living in left side
The upper end side of action-oriented block be screwed with left side screw mounting blocks, left side screw mounting blocks offer up and down completely through left side in
Threaded hole is screwed in the left side internal thread hole of left side screw mounting blocks in the left side adjusting screw being vertically arranged, and left side is adjusted
The core of screw offers the left side screw blind hole of downwardly facing opening, is installed between left side activity-oriented block and left side adjusting screw
In the left side spring being vertically arranged, the upper end of left side spring is intercalated in the left side screw blind hole of left side adjusting screw and left side
The upper end of spring is abutted with left side adjusting screw, and the lower end of left side spring is abutted with left side activity-oriented block；Right side installation
The upper end of riser, which offers, to be run all the way around and vertically extending right side guide groove, embedded with the right side in the guide groove of right side
Side activity-oriented block, the left part of right side activity-oriented block extend to the left end side of right side installation riser, right side activity-oriented block
Left part right side be articulated with by shaft press bearing, the lower end of right side pressure holding bearing extends to right side activity-oriented block
Lower end side and right side pressure holding bearing are located at the upper end side of right side activity swing arm rear end, the upper end edge of right side activity swing arm rear end
Edge offers the upwardly opening and inner diameter values right side arc groove equal with the right side pressure holding outer diameter value of bearing, and right side presses bearing
It is inserted into the arc groove of right side and the inner wall of the outer circumference surface and right side arc groove of right side pressure holding bearing touches, riser is installed on right side
Upper end in the upper end side of right side activity-oriented block be screwed with right side screw mounting blocks, right side screw mounting blocks offer up and down
Completely through right side internal thread hole, be screwed in the right side internal thread hole of right side screw mounting blocks in the right side tune being vertically arranged
Screw is saved, the core of right side adjusting screw offers the right side screw blind hole of downwardly facing opening, right side activity-oriented block and right side tune
It is installed between section screw in the right side spring being vertically arranged, the upper end of right side spring is intercalated in the right side of right side adjusting screw
In the screw blind hole and upper end of right side spring is abutted with right side adjusting screw, the lower end of right side spring and right side activity-oriented
Block abuts.
Wherein, be installed between the rear end of the left side activity swing arm and the rear end of the right side activity swing arm along
The horizontal-extending swing arm intermediate connecting rod of left and right directions, the left part of swing arm intermediate connecting rod, right part respectively spiral shell load be fixed in it is corresponding
Left side activity swing arm, the right side activity swing arm of side, swing arm intermediate connecting rod are screwed with the lift-pull handle extended upward.
Wherein, the upper end of the mounting rack fixed vertical plate is screwed with lever peace in the rear end side of the swing arm intermediate connecting rod
Seat is filled, lever mounting base is hinged with active lever by pivot, and the front end of active lever extends to mounting rack fixed vertical plate
Front end side, the rear end of active lever extend to the rear end side of mounting rack fixed vertical plate；
Swing arm intermediate connecting rod is screwed with swing arm driving drag hook vertically extending upward in the front end side of active lever, and swing arm driving is drawn
The upper end of hook is provided with horizontal-extending drag hook horizontal part backwards, and the drag hook horizontal position of swing arm driving drag hook is in active lever
The top of front end；
The front end face of the upper mould fixed plate is screwed with compression bar mounting blocks, and it is in be vertically arranged and be located to live that compression bar mounting blocks, which are screwed with,
Driving compression bar above dynamic lever rear end portion.
The invention has the benefit that a kind of new pattern high speed die-cutting machine of the present invention comprising organic frame, rack
Upper end is screwed with the fixed installation top plate arranged in horizontal cross, and the upper surface that top plate is fixedly mounted is screwed with cross cutting lower die,
Upper mould fixed plate is installed with right above cross cutting lower die, the lower surface of upper mould fixed plate is screwed with the mould matched with cross cutting lower die
Cut upper mold；The front end side that top plate is fixedly mounted is installed in automatic charging component, and automatic charging component is located under cross cutting upper mold, cross cutting
The front end side of mould；The lower end side that top plate is fixedly mounted is installed with the lifting portable plate arranged in horizontal cross, lifting portable plate spiral shell
Equipped at least two arranged for interval and distinguish lifting guide pillar vertically extending upward, top plate is fixedly mounted and corresponds to each lifting guide pillar point
Do not offer up and down completely through top plate guide post mounting hole, the upper end of each lifting guide pillar passes through corresponding from the bottom up respectively
Top plate guide post mounting hole simultaneously extend to be fixedly mounted top plate upper end side, the upper end of each lifting guide pillar respectively with upper mould fixed plate
It is spirally connected, fixed installation top plate corresponds to each lifting guide pillar and is screwed with lifting guide sleeve respectively, and each lifting guide pillar is intercalated in accordingly respectively
In the centre bore for going up and down guide sleeve；The new pattern high speed die-cutting machine further includes having lifting driving assembly, and lifting driving assembly includes spiral shell
Fixation motor mount loaded on rack is located at and top plate lower end side is fixedly mounted and along the horizontal-extending lifting drive of left and right directions
Turn axis, fixed motor mount are screwed with lifting driving motor, and the corresponding lifting drive shaft in lower surface of top plate is fixedly mounted
At least two successively arranged for interval and respectively vertically extending fixed bearing block downward from left to right are screwed with, drive shaft is gone up and down
It is installed on respectively by bearing in the mounting hole of each fixed bearing block, lifting driving motor and lifting drive shaft are drivingly connected；
The lower end side of lifting drive shaft is installed with movable frame, and movable frame includes horizontal in the mounting rack of horizontal cross arrangement
Plate, the upper surface of mounting rack transverse slat, which is screwed with, distinguishes attachment base on the left of mounting rack vertically extending upward, connection on the right side of mounting rack
Seat, mounting rack left side attachment base are located on the right side of the left end side of mounting rack right side attachment base and mounting rack left side attachment base and mounting rack
Attachment base or so face arranged for interval, lifting drive shaft, which is provided with, goes up and down drive shaft in cylindrical shape and axis runout
The eccentric cam portion of axis, eccentric cam portion are structure as a whole with lifting drive shaft, lifting drive shaft and rear end mounting rack
Between be installed in the midway drive connecting rod that is vertically arranged, the upper end of midway drive connecting rod offers company that run all the way around
It is in the small end through-hole of midway drive connecting rod and eccentric convex to go up and down the eccentric cam portion of drive shaft for bar upper end through-hole
Bearing, the lower end insertion of midway drive connecting rod are installed between the outer circumference surface of wheel portion and the inner peripheral surface of small end through-hole
On the left of to mounting rack between attachment base and mounting rack right side attachment base, and the lower end of midway drive connecting rod is loaded on by pivot hinge
Attachment base, mounting rack right side attachment base on the left of mounting rack；Cross cutting pressure regulator is installed between movable frame and lifting portable plate
Structure.By said structure design, the present invention has the advantages that novel in structural design, high degree of automation, and can be effectively real
Existing d ie cutting press is adjusted.
Detailed description of the invention
The present invention is further detailed below with attached drawing, but the embodiment in attached drawing is not constituted to this hair
Bright any restrictions.
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is the partial enlargement diagram of Fig. 1.
Fig. 3 is the structural schematic diagram of lifting driving assembly of the invention.
Fig. 4 is the diagrammatic cross-section of lifting driving assembly of the invention.
Fig. 5 is the structural schematic diagram of cross cutting pressure regulating device of the invention.
Fig. 6 is the decomposition diagram of Fig. 5.
Fig. 7 is the structural schematic diagram at cross cutting another visual angle of pressure regulating device of the invention.
Fig. 8 is the diagrammatic cross-section of cross cutting pressure regulating device of the invention.
Fig. 9 is the structural schematic diagram of automatic charging component of the invention.
Figure 10 is the partial structural diagram of automatic charging component of the invention.
Include into Figure 10 in Fig. 1:
Top plate is fixedly mounted in 1 --- rack 11 ---
2 --- cross cutting lower die 31 --- upper mould fixed plates
32 --- cross cutting upper mold 4 --- automatic charging components
41 --- mounting rack fixed vertical plate 421 --- mounting rack Left-side support plates
422 --- mounting rack Right side support plate 431 --- feeding driven rollers
432 --- feeding motor seat 433 --- feeding driving motors
441 --- left side activity swing arm 4411 --- left side arc grooves
442 --- right side activity swing arm 4421 --- right side arc grooves
443 --- swing arm connecting shaft 444 --- pinch roller installation axles
445 --- feeding pinch roller 446 --- swing arm intermediate connecting rods
451 --- installing riser 4511 in left side --- left side guide grooves
452 --- installing riser 4521 in right side --- right side guide grooves
453 --- riser connecting shaft 4541 --- left side activity-oriented blocks
4542 --- left side presses bearing 4543 --- left side screw mounting blocks
4544 --- left side adjusting screw 4545 --- left side springs
4551 --- right side activity-oriented block 4552 --- right sides press bearing
4553 --- right side screw mounting blocks 4554 --- right side adjusting screws
4555 --- right side spring 46 --- lift-pull handles
471 --- lever mounting base 472 --- active levers
473 --- swing arm driving drag hook 4731 --- drag hook horizontal parts
474 --- compression bar mounting blocks 475 --- drive compression bar
51 --- lifting portable plate 511 --- lever mounting grooves
512 --- propulsion arm pilot hole
521 --- lifting guide pillars 522 --- go up and down guide sleeve
6 --- lifting driving assembly 611 --- fixed motor mounts
612 --- lifting driving motor 62 --- lifting drive shafts
621 --- eccentric cam portion 63 --- fixed bearing blocks
64 --- movable frame 641 --- mounting rack transverse slats
6411 --- transverse slat through-hole 6412 --- transverse slat shoulder blocks
642 --- attachment base 643 on the left of mounting rack --- attachment bases on the right side of mounting rack
65 --- midway drive connecting rod 651 --- small end through-holes
66 --- pivots 67 --- are die cut pressure regulating device
671 --- pressure regulation drives screw rod 6711 --- screw limiting shoulder blocks
672 --- pressure regulation drives worm gear 6731 --- Movable motor mounting bases
6732 --- pressure regulation driving motor 6741 --- left side worm seats
6742 --- right side worm seat 6751 --- pressure regulation drive worm screw
6752 --- shaft coupling 676 --- pressure regulation drive swivel nut
6761 --- internal thread hole 6762 --- swivel nut lateral through aperture
6771 --- upper end tapered roller bearing 6772 --- lower end tapered roller bearings
678 --- stop nut 6791 --- pressure regulation guide posts
6792 --- pressure regulation guide sleeve 68 --- pressure regulation retaining mechanisms
681 --- locking cylinder mounting bases 682 --- locking driving cylinder
683 --- lever propulsion arms 684 --- lock activation lever
685 --- locking clamping block 691 --- active synchronization belt wheels
692 --- driven synchronous pulley.
Specific embodiment
Below with reference to specific embodiment, the present invention will be described.
As shown in Figures 1 to 8, a kind of new pattern high speed die-cutting machine comprising organic frame 1, the upper end of rack 1, which is screwed with, is in
The fixed installation top plate 11 of horizontal cross arrangement, the upper surface that top plate 11 is fixedly mounted are screwed with cross cutting lower die 2, are die cut lower die 2
Surface be installed with upper mould fixed plate 31, the lower surface of upper mould fixed plate 31 is screwed with the cross cutting matched with cross cutting lower die 2
Upper mold 32；The front end side that top plate 11 is fixedly mounted is installed in automatic charging component 4, automatic charging component 4 be located at cross cutting upper mold 32,
It is die cut the front end side of lower die 2.
Wherein, the lower end side that top plate 11 is fixedly mounted is installed with the lifting portable plate 51 arranged in horizontal cross, and lifting is lived
Movable plate 51 is screwed at least two arranged for interval and distinguishes lifting guide pillar 521 vertically extending upward, and it is right that top plate 11 is fixedly mounted
Answer each lifting guide pillar 521 offer respectively up and down completely through top plate guide post mounting hole, the upper part of each lifting guide pillar 521
It does not pass through corresponding top plate guide post mounting hole from the bottom up and extends to the upper end side that top plate 11 is fixedly mounted, each lifting guide pillar
521 upper end is spirally connected with upper mould fixed plate 31 respectively, and the corresponding each lifting guide pillar 521 of top plate 11 is fixedly mounted and is screwed with liter respectively
Guide sleeve 522 drops, and each lifting guide pillar 521 is intercalated in respectively in the centre bore of corresponding lifting guide sleeve 522.
Further, which further includes having lifting driving assembly 6, and lifting driving assembly 6 includes spiral shell
Fixation motor mount 611 loaded on rack 1 is located at 11 lower end side of top plate and horizontal-extending along left and right directions is fixedly mounted
Drive shaft 62 is gone up and down, fixed motor mount 611 is screwed with lifting driving motor 612, the lower surface of top plate 11 is fixedly mounted
Corresponding lifting drive shaft 62 is screwed at least two successively arranged for interval and respectively vertically extending fixation downward from left to right
Bearing block 63, lifting drive shaft 62 are installed in the mounting hole of each fixed bearing block 63 respectively by bearing, lifting driving electricity
Machine 612 and lifting drive shaft 62 are drivingly connected；The lower end side of lifting drive shaft 62 is installed with movable frame 64, activity peace
Shelving 64 includes the mounting rack transverse slat 641 arranged in horizontal cross, and the upper surface of mounting rack transverse slat 641 is screwed with respectively upward
Attachment base 642, mounting rack right side attachment base 643, mounting rack left side attachment base 642 are located at installation on the left of vertically extending mounting rack
The left end side of attachment base 643 and mounting rack left side attachment base 642 and mounting rack right side 643 or so face interval of attachment base on the right side of frame
Arrangement, lifting drive shaft 62 are provided with the eccentric cam of the axis in cylindrical shape and axis runout lifting drive shaft 62
Portion 621, eccentric cam portion 621 are structure as a whole with lifting drive shaft 62, go up and down between drive shaft 62 and rear end mounting rack
It is installed in the midway drive connecting rod 65 being vertically arranged, the upper end of midway drive connecting rod 65 offers company that run all the way around
The eccentric cam portion 621 of bar upper end through-hole 651, lifting drive shaft 62 is flush-mounted in the small end through-hole of midway drive connecting rod 65
In 651 and it is installed with bearing between the outer circumference surface in eccentric cam portion 621 and the inner peripheral surface of small end through-hole 651, it is intermediate
The lower end of drive link 65 is inserted on the left of mounting rack between attachment base 642 and mounting rack right side attachment base 643, and intermediate drive
The lower end of dynamic connecting rod 65 is by the hinge of pivot 66 loaded on attachment base 643 on the right side of mounting rack left side attachment base 642, mounting rack；Activity
Cross cutting pressure regulating device 67 is installed between mounting rack 64 and lifting portable plate 51.
Preferably, it is preferred that lifting driving motor 612 of the invention can in the following ways with lifting drive shaft 62
It is drivingly connected, specific: the power output shaft of lifting driving motor 612 is set with as the power of lifting driving motor 612 is defeated
The active synchronization belt wheel 691 that shaft rotates synchronously, the one end of lifting drive shaft 62 are set with lifting drive shaft 62
The driven synchronous pulley 692 rotated synchronously, is set with drive coordination between active synchronization belt wheel 691 and driven synchronous pulley 692
Band；It need to explain, be installed with flat key structure between active synchronization belt wheel 691 and the power output shaft for going up and down driving motor 612,
I.e. active synchronization belt wheel 691 realizes that rotation stop is connect by flat key structure with the power output shaft of lifting driving motor 612, to guarantee
Active synchronization belt wheel 691 is rotated synchronously with the power output shaft of lifting driving motor 612；Likewise, driven synchronous pulley 692
It is installed with flat key structure between lifting drive shaft 62, i.e., driven synchronous pulley 692 passes through flat key with lifting drive shaft 62
Structure realizes rotation stop connection, to guarantee that driven synchronous pulley 692 is rotated synchronously with lifting drive shaft 62.
It is noted that cross cutting pressure regulating device 67 includes in the pressure regulation driving screw rod 671 being vertically arranged, pressure regulation drives spiral shell
Bar 671 is rotatably installed in the mounting rack transverse slat 641 of movable frame 64, and the lower end of pressure regulation driving screw rod 671 is prolonged
Extend to the lower end side of movable frame 64；The upper end of pressure regulation driving screw rod 671 is set in the lower end side of mounting rack transverse slat 641
As the pressure regulation that pressure regulation driving screw rod 671 rotates synchronously drives worm gear 672；It need to explain, pressure regulation driving worm gear 672 is set in
Pressure regulation drives the periphery of 671 upper end of screw rod, and is installed with flat key between pressure regulation driving worm gear 672 and pressure regulation driving screw rod 671
Structure, i.e. pressure regulation drive worm gear 672 to drive screw rod 671 to realize that rotation stop is connect by the flat key structure with pressure regulation, that is, realize and synchronize
Turn.Mounting rack transverse slat 641 in pressure regulation driving worm gear 672 side be screwed with Movable motor mounting base 6731 and between left and right every and
Left side worm seat 6741, the right side worm seat 6742 of face arrangement, left side worm seat 6741 are located at a left side for right side worm seat 6742
It is installed between end and left side worm seat 6741 and right side worm seat 6742 along the horizontal-extending pressure regulation driving of left and right directions
Worm screw 6751, left part, the right part of pressure regulation driving worm screw 6751 pass through the left side worm seat that bearing is installed on corresponding side respectively
6741, right side worm seat 6742, Movable motor mounting base 6731 are screwed with pressure regulation driving motor 6732, pressure regulation driving motor 6732
Power output shaft drive the one end of worm screw 6751 connect by shaft coupling 6752 and pressure regulation, pressure regulation drives worm screw 6751 and tune
Pressure driving worm gear 672, which matches, merges one worm couple of composition；The corresponding pressure regulation driving screw rod 671 of lifting portable plate 51, which is screwed with, is in
Be vertically arranged pressure regulation driving swivel nut 676, pressure regulation driving swivel nut 676 core offer up and down completely through internal thread hole
6761, the lower end of pressure regulation driving screw rod 671 is intercalated in the internal thread hole 6761 of pressure regulation driving swivel nut 676 and pressure regulation driving spiral shell
The external screw thread of bar 671 and the internal screw thread of pressure regulation driving swivel nut 676 are spirally connected.
To guarantee that pressure regulation drives screw rod 671 to rotate relative to mounting rack transverse slat 641 and guarantees that pressure regulation drives screw rod 671 with work
Dynamic mounting rack 64, which synchronizes, to be moved up and down, and the present invention is designed using following structures, specific: the middle position of mounting rack transverse slat 641
Offer up and down completely through and to be located at the transverse slat on the left of mounting rack on the right side of attachment base 642 and mounting rack between attachment base 643 logical
The upper end in hole 6411, pressure regulation driving screw rod 671 passes through the transverse slat through-hole 6411 of mounting rack transverse slat 641 from the bottom up and extends to
The upper end side of mounting rack transverse slat 641；Embedded between the upper and lower every the upper end of arrangement circle in the transverse slat through-hole 6411 of mounting rack transverse slat 641
6411 inner wall of transverse slat through-hole of taper roller bearing 6771, lower end tapered roller bearing 6772, mounting rack transverse slat 641 is provided with inwardly
The transverse slat shoulder block 6412 of annulus shape is protruded and is in, upper end tapered roller bearing 6771 is located at the upper end side of transverse slat shoulder block 6412,
Lower end tapered roller bearing 6772 is located at the lower end side of transverse slat shoulder block 6412, and pressure regulation drives the upper end of screw rod 671 in mounting rack
The lower end side of transverse slat 641 is provided with the screw limiting shoulder block 6711 of normal direction upward, and pressure regulation driving worm gear 672 is located at screw rod limit
Position shoulder block 6711 upper end side, pressure regulation drive worm gear 672, lower end tapered roller bearing 6772, upper end taper roller axis from down toward
On be successively set in pressure regulation driving screw rod 671 upper end periphery, pressure regulation drive screw rod 671 upper end in upper end taper roller
The upper end side of bearing 6771 is screwed with stop nut 678, and upper end tapered roller bearing 6771 is installed in stop nut 678 and transverse slat
Between shoulder block 6412, lower end tapered roller bearing 6772 is installed between pressure regulation driving worm gear 672 and cross bar shoulder block, pressure regulation driving
The lower surface of worm gear 672 is abutted with the screw limiting shoulder block 6711 of pressure regulation driving screw rod 671.
To guarantee that lifting portable plate 51 is stably and reliably moved up and down with respect to movable frame 64, the present invention is led using following
It is designed to structure, specific: mounting rack transverse slat 641 is screwed with pressure regulation guide post 6791 vertically extending downward, lifting portable plate 51
Corresponding pressure regulation guide post 6791 is installed with pressure regulation guide sleeve 6792, and the lower end of pressure regulation guide post 6791 is intercalated in pressure regulation guide sleeve 6792
In heart hole.
For high speed die-cutting machine, it is fitted with the PLC controller being electrically connected with external power supply, lifting of the invention
Driving motor 612, pressure regulation driving motor 6732 are electrically connected with PLC controller respectively；When work, PLC controller controls respectively
Go up and down driving motor 612, pressure regulation driving motor 6732 acts.Pass through the lifting driving cross cutting upper mold 32 of driving assembly 6 in the present invention
During up and down action, PLC controller control lifting driving motor 612 starts, and lifting driving motor 612 passes through by actively same
Synchronous belt drive mechanism driving lifting drive shaft composed by step belt wheel 691, driven synchronous pulley 692 and drive coordination band
The lifting drive shaft 62 of 62 rotations, rotation drives midway drive connecting rod 65 to move up and down by its eccentric cam portion 621, intermediate
Drive link 65 drives cross cutting pressure regulating device 67 is synchronous to move up and down, and the cross cutting pressure regulating device 67 of up and down action drives lifting activity
Plate 51 is synchronous to be moved up and down, and the lifting portable plate 51 of up and down action drives upper mould fixed plate 31 to synchronize by lifting guide pillar 521
Lower movement, the upper mould fixed plate 31 of up and down action drive cross cutting upper mold 32 is synchronous to move up and down.
It is noted that for cross cutting pressure regulating device 67 of the invention, during realizing that d ie cutting press is adjusted,
Pressure regulation driving motor 6732 as pressure regulation by driving worm gear 672 and pressure regulation that worm gear mechanism composed by worm screw 6751 is driven to drive
Dynamic pressure regulation driving screw rod 671 rotates, and the pressure regulation driving screw rod 671 of rotation drives pressure regulation driving swivel nut 676 to move up and down, and above moves down
Dynamic pressure regulation driving swivel nut 676 drives lifting portable plate 51, lifting guide pillar 521, upper mould fixed plate 31 and cross cutting upper mold 32 same
Step moves up and down.It need to explain, during going up and down the driving cross cutting up and down action of upper mold 32 of driving assembly 6, be die cut upper mold
32 stroke height is to be determined by the eccentric cam portion 621 of lifting drive shaft 62, and be die cut the upper limit of 32 stroke of upper mold
It sets and lower position can be adjusted by cross cutting pressure regulating device 67, when cross cutting pressure regulating device 67 will be die cut 32 stroke of upper mold
Lower position when turning down, during high speed die-cutting machine carries out cross cutting processing, d ie cutting press of the cross cutting upper mold 32 to material
It will increase；When being die cut pressure regulating device 67 for the lower position height-regulating for being die cut 32 stroke of upper mold, it is die cut in high speed die-cutting machine
During processing, cross cutting upper mold 32 can reduce the d ie cutting press of material, and then realize that d ie cutting press is adjusted.
Based on the above situation, it may be appreciated that the present invention has novel in structural design, the degree of automation by said structure design
Advantage high, controllability is strong, and effectively d ie cutting press can be adjusted.
As preferred embodiment, as shown in Figure 5-Figure 8, filled between pressure regulation driving swivel nut 676 and lifting portable plate 51
Equipped with pressure regulation retaining mechanism 68, pressure regulation retaining mechanism 68 includes the locking cylinder installation for being screwed on 51 edge part of lifting portable plate
Seat 681, locking cylinder mounting base 681 are screwed with the locking driving cylinder 682 of horizontal left and right movement, locking driving cylinder 682
Piston rod extension end is provided with along the horizontal-extending lever propulsion arm 683 of left and right directions；It need to explain, locking driving
The PLC controller of cylinder 682 and high speed die-cutting machine is electrically connected；When work, PLC controller control locking driving cylinder 682 is dynamic
Make.
Wherein, lifting portable plate 51 offers upwardly opening between pressure regulation driving swivel nut 676 and locking driving cylinder 682
Lever mounting groove 511, activation lever can be locked relatively actively embedded with locking activation lever 684 in lever mounting groove 511
684 one end is loaded on the bottom surface of lever mounting groove 511 by pin hinge, and the corresponding lever propulsion arm 683 of lifting portable plate 51 is opened
Equipped with the propulsion arm pilot hole 512 being connected to lever mounting groove 511, activation lever 684 is locked in the alignment of propulsion arm pilot hole 512
Free end, lever propulsion arm 683 is in propulsion arm pilot hole 512；Pressure regulation drives outside the outer circumferential portion of swivel nut 676
It is exposed to the side wall of lever mounting groove 511, the outer circumference surface of pressure regulation driving swivel nut 676 is in exposing to 511 side wall of lever mounting groove
Part offers the swivel nut lateral through aperture 6762 being connected to the internal thread hole 6761 of pressure regulation driving swivel nut 676, swivel nut lateral through aperture
The locking clamping block 685 extended in 6762 embedded with the outer circumference surface arc along pressure regulation driving swivel nut 676.
During realizing that d ie cutting press is adjusted by cross cutting pressure regulating device 67, to avoid cross cutting pressure regulating device 67 from adjusting
It generates relative movement between pressure regulation driving screw rod 671 and pressure regulation driving swivel nut 676 after in place and leads to adjust inaccuracy, the present invention
The locking between pressure regulation driving screw rod 671 and pressure regulation driving swivel nut 676 is realized by pressure regulation retaining mechanism 68, specific: when
After being die cut the adjusting in place of pressure regulating device 67, PLC controller control locking driving cylinder 682 is acted, and locks the work of driving cylinder 682
Stopper rod extending action simultaneously drives lever propulsion arm 683 mobile towards locking 684 side of activation lever, and lever propulsion arm 683 drives towards pressure regulation
The free end of 676 side pushing tow of movable snail sleeve locking activation lever 684 simultaneously makes the free end for locking activation lever 684 compress lock
Press block 685, locking clamping block 685 compresses pressure regulation driving screw rod 671 and carries out locking to pressure regulation driving screw rod 671.When need again
It is secondary by be die cut pressure regulating device 67 be adjusted when, PLC controller control locking driving cylinder 682 act, locking driving cylinder
682 piston rod retraction, lever propulsion arm 683 recesses the free end of locking activation lever 684 at this time, and locks activation lever
684 free end compresses effect removal to locking clamping block 685, i.e. pressure regulation driving screw rod 671 can drive swivel nut with respect to pressure regulation
676 rotations.
As preferred embodiment, shown in as shown in Figure 1, Figure 2, Fig. 9, Figure 10, automatic charging component 4 includes feeding installation
Frame, feeding mounting rack include to be screwed on that 11 front end of top plate is fixedly mounted and is in the mounting rack fixed vertical plate 41 being vertically arranged,
It is in be vertically arranged and respectively along the horizontal-extending installation of front-rear direction that the front end side of mounting rack fixed vertical plate 41 is installed with respectively
Frame Left-side support plate 421, mounting rack Right side support plate 422, mounting rack Left-side support plate 421 are located at mounting rack Right side support plate
422 left end side and mounting rack Left-side support plate 421 and 422 or so face arranged for interval of mounting rack Right side support plate；Mounting rack
It is rotatably installed between Left-side support plate 421 and mounting rack Right side support plate 422 along left and right directions horizontal extension
Feeding driven roller 431, left part, the right part of feeding driven roller 431 pass through the mounting rack that bearing is installed on corresponding side respectively
Left-side support plate 421, mounting rack Right side support plate 422, mounting rack Left-side support plate 421 or mounting rack Right side support plate 422
It is screwed with feeding motor mounting base, feeding motor mounting base is screwed with feeding driving motor 433, and feeding driving motor 433 moves
Power output shaft is connect by shaft coupling 6752 with the one end of feeding driven roller 431；Wherein, the feeding driving motor 433 and PLC
Controller is electrically connected, and when work, PLC controller controls feeding driving motor 433 and acts.
Wherein, the left end side of mounting rack Left-side support plate 421 is installed with left side activity swing arm 441, mounting rack Right side support
The right end side of plate 422 is installed with right side activity swing arm 442, left side activity swing arm 441 and 442 or so face cloth of right side activity swing arm
It sets, is installed between mounting rack Left-side support plate 421 and mounting rack Right side support plate 422 positioned at 431 front end side of feeding driven roller
And along the horizontal-extending swing arm connecting shaft 443 of left and right directions, the left part of swing arm connecting shaft 443 is installed on installation by bearing
The left part of frame Left-side support plate 421 and swing arm connecting shaft 443 extends to the left end side of mounting rack Left-side support plate 421, swing arm
The right part of connecting shaft 443 is extended through the right part that bearing is installed on mounting rack Right side support plate 422 and swing arm connecting shaft 443
To the right end side of mounting rack Right side support plate 422, the front end of left side activity swing arm 441 is screwed on 443 left end of swing arm connecting shaft
Portion, the front end of right side activity swing arm 442 are screwed on 443 right part of swing arm connecting shaft；Left side activity swing arm 441 and right side activity
It is installed between swing arm 442 along left and right directions horizontal extension and is located at mounting rack Left-side support plate 421, mounting rack Right side support
The pinch roller installation axle 444 of 422 upper end side of plate, spiral shell loads and is fixed in corresponding side respectively for the left part of pinch roller installation axle 444, right part
Left side activity swing arm 441, right side activity swing arm 442, the middle part of pinch roller installation axle 444, which is rotatably set with, is located at installation
Feeding pinch roller between frame Left-side support plate 421 and mounting rack Right side support plate 422 and right above feeding driven roller 431
445, bearing is installed between feeding pinch roller 445 and pinch roller installation axle 444.
Further, the left end side of left side activity swing arm 441 is installed in the left side installation riser 451 being vertically arranged, right
The right end side of side activity swing arm 442 is installed in the right side installation riser 452 being vertically arranged, and riser 451 and right side are installed in left side
452 or so face of riser arrangement is installed, is also installed between mounting rack Left-side support plate 421 and mounting rack Right side support plate 422
Along the horizontal-extending riser connecting shaft 453 of left and right directions, the left part of riser connecting shaft 453 is installed on mounting rack by bearing
The left part of Left-side support plate 421 and riser connecting shaft 453 extends to the left end side of mounting rack Left-side support plate 421, and riser connects
The right part of spindle 453 is extended to by the right part that bearing is installed on mounting rack Right side support plate 422 and riser connecting shaft 453
The lower end of the right end side of mounting rack Right side support plate 422, left side installation riser 451 is screwed on the left end of riser connecting shaft 453
The lower end in portion, right side installation riser 452 is screwed on the right part of riser connecting shaft 453；The upper end of left side installation riser 451
It offers and runs all the way around and vertically extending left side guide groove 4511, it is living embedded with left side in left side guide groove 4511
Action-oriented block 4541, the right part of left side activity-oriented block 4541 extend to the right end side of left side installation riser 451, left side activity
The right part of guide pad 4541 is articulated with left side by shaft and presses bearing 4542, and the lower end that left side presses bearing 4542 extends
It is located at the upper end of 441 rear end of left side activity swing arm to the lower end side and left side pressure holding bearing 4542 of left side activity-oriented block 4541
Side, the upper edge of 441 rear end of left side activity swing arm offers upwardly opening and inner diameter values and left side presses bearing 4542
The equal left side arc groove 4411 of outer diameter value, left side pressure holding bearing 4542 is inserted into the arc groove 4411 of left side and left side presses
The outer circumference surface of bearing 4542 and the inner wall of left side arc groove 4411 touch, and the upper end that riser 451 is installed in left side is living in left side
The upper end side of action-oriented block 4541 is screwed with left side screw mounting blocks 4543, and left side screw mounting blocks 4543 offer up and down completely
Perforative left side internal thread hole is screwed in the left side internal thread hole of left side screw mounting blocks 4543 in the left side tune being vertically arranged
Screw 4544 is saved, the core of left side adjusting screw 4544 offers the left side screw blind hole of downwardly facing opening, left side activity-oriented block
It is installed between 4541 and left side adjusting screw 4544 in the left side spring 4545 being vertically arranged, the upper end of left side spring 4545
In the left side screw blind hole of the adjusting screw 4544 and upper end of left side spring 4545 and left side adjusting screw on the left of being intercalated in
4544 abut, and the lower end of left side spring 4545 is abutted with left side activity-oriented block 4541；The upper end of right side installation riser 452
It offers and runs all the way around and vertically extending right side guide groove 4521, it is living embedded with right side in right side guide groove 4521
Action-oriented block 4551, the left part of right side activity-oriented block 4551 extend to the left end side of right side installation riser 452, right side activity
The left part of guide pad 4551 is articulated with right side by shaft and presses bearing 4552, and the lower end that right side presses bearing 4552 extends
It is located at the upper end of 442 rear end of right side activity swing arm to the lower end side and right side pressure holding bearing 4552 of right side activity-oriented block 4551
Side, the upper edge of 442 rear end of right side activity swing arm offers upwardly opening and inner diameter values and right side presses bearing 4552
The equal right side arc groove 4421 of outer diameter value, right side pressure holding bearing 4552 is inserted into the arc groove 4421 of right side and right side presses
The outer circumference surface of bearing 4552 and the inner wall of right side arc groove 4421 touch, and the upper end that riser 452 is installed on right side is living in right side
The upper end side of action-oriented block 4551 is screwed with right side screw mounting blocks 4553, and right side screw mounting blocks 4553 offer up and down completely
Perforative right side internal thread hole is screwed in the right side internal thread hole of right side screw mounting blocks 4553 in the right side tune being vertically arranged
Screw 4554 is saved, the core of right side adjusting screw 4554 offers the right side screw blind hole of downwardly facing opening, right side activity-oriented block
It is installed between 4551 and right side adjusting screw 4554 in the right side spring 4555 being vertically arranged, the upper end of right side spring 4555
In the right side screw blind hole of the adjusting screw 4554 and upper end of right side spring 4555 and right side adjusting screw on the right side of being intercalated in
4554 abut, and the lower end of right side spring 4555 is abutted with right side activity-oriented block 4551.
During carrying out cross cutting processing operation using new pattern high speed die-cutting machine of the invention, automatic charging component 4 will
The material of processing to be die cut is fed through between cross cutting upper mold 32 and cross cutting lower die 2, when the lifting driving cross cutting upper mold 32 of driving assembly 6
When moving down and to be die cut upper mold 32 and be die cut the closure of lower die 2, the present invention completes cross cutting processing.
During realizing that material conveys using automatic charging component 4 of the invention, material enters to feeding driven roller
Between 431 and feeding pinch roller 445, PLC controller controls feeding driving motor 433 and starts, and feeding driving motor 433 passes through shaft coupling
Device 6752 drives feeding driven roller 431 to rotate；For feeding pinch roller 445 of the invention, left side activity swing arm 441, right side
Activity swing arm 442 is loaded on feeding mounting rack by the hinge of swing arm connecting shaft 443, and elasticity compresses left side activity to left side spring 4545 downward
Guide pad 4541 is so that left side presses the elastic rear end for compressing left side activity swing arm 441 downward of bearing 4542, right side spring
4555 downward elasticity compress right side activity-oriented block 4551 so that right side pressure holding bearing 4552 elasticity compresses right side activity downward
The rear end of swing arm 442, left side spring 4545,4555 bullet of right side spring of left side activity swing arm 441, right side swing arm in corresponding side
Power effect is lower and feeding pinch roller 445 is made to compress the material between feeding pinch roller 445 and feeding driven roller 431 downward, by
It is compressed in material by feeding pinch roller 445 and feeding driven roller 431, in the case where the rotation of feeding driven roller, is located at feeding pinch roller
Material between 445 and feeding driven roller 431 is delivered to backwards before cross cutting upper mold 32 and cross cutting lower die 2.
It need to explain, 4545 pairs of left side spring left side activity-oriented blocks 4541 compress elastic force and can be adjusted by left side
Screw 4544 is adjusted, and adjusting screw 4544 and makes left side adjusting screw 4544 opposing left screw peace on the left of turn
When dress block 4543 is moved upwardly by, the elastic force that compresses of 4545 pairs of left side activity-oriented blocks 4541 of left side spring becomes smaller；On the left of turn
Adjusting screw 4544 simultaneously makes left side 4544 opposing left screw mounting blocks 4543 of adjusting screw when moving downward, left side spring
The elastic force that compresses of 4545 pairs of left side activity-oriented blocks 4541 becomes larger.Likewise, 4555 pairs of right side activity-oriented blocks of right side spring
4551 compress elastic force and can be adjusted by right side adjusting screw 4554, adjusting screw 4554 and make on the right side of the turn
When right side adjusting screw 4554 is moved upwardly by with respect to right side screw mounting blocks 4553,4555 pairs of right side activity-oriented blocks of right side spring
4551 elastic force that compresses becomes smaller；When turn right side adjusting screw 4554 and right side adjusting screw 4554 is pacified with respect to right side screw
When dress block 4553 moves downward, the elastic force that compresses of 4555 pairs of right side activity-oriented blocks 4551 of right side spring becomes larger.So the present invention
Left side adjusting screw 4544, right side adjusting screw 4554 can be adjusted by rotation to adjust feeding pinch roller 445 to the pressure of material
Power.
As preferred embodiment, the rear end of the rear end of left side activity swing arm 441 and right side activity swing arm 442 it
Between be installed with along the horizontal-extending swing arm intermediate connecting rod 446 of left and right directions, left part, the right part of swing arm intermediate connecting rod 446
Spiral shell loads the left side activity swing arm 441 for being fixed in corresponding side, right side activity swing arm 442 respectively, and swing arm intermediate connecting rod 446 is screwed with court
The lift-pull handle 46 of upper extension.In the course of work of the present invention, when staff need for material to be inserted into feeding pinch roller 445 with
When between feeding driven roller 431, staff personnel can be by pulling lift-pull handle 46 upward and making swing arm intermediate connecting rod
446 swing upward, swing upward so that left side activity swing arm 441, right side activity swing arm 442 pass through, so that pinch roller is pacified
Axis 444 and feeding pinch roller 445 are filled towards upper swing arm, is thus to be formed to supply between feeding pinch roller 445 and feeding driven roller 431
The gap of material insertion.
In addition, the upper end of mounting rack fixed vertical plate 41 is screwed with lever installation in the rear end side of swing arm intermediate connecting rod 446
Seat 471, lever mounting base 471 are hinged with active lever 472 by pivot 66, and the front end of active lever 472 extends to installation
The front end side of frame fixed vertical plate 41, the rear end of active lever 472 extend to the rear end side of mounting rack fixed vertical plate 41；In swing arm
Between connecting rod 446 be screwed with swing arm driving drag hook 473 vertically extending upward in the front end side of active lever 472, swing arm driving is drawn
The upper end of hook 473 is provided with horizontal-extending drag hook horizontal part 4731 backwards, the drag hook horizontal part of swing arm driving drag hook 473
4731 are located at the top of 472 front end of active lever；The front end face of upper mould fixed plate 31 is screwed with compression bar mounting blocks 474, compression bar
Mounting blocks 474 are screwed in the driving compression bar 475 for being vertically arranged and being located above 472 rear end of active lever.
For new pattern high speed die-cutting machine of the invention, when cross cutting upper mold 32 is closed and is die cut with cross cutting lower die 2
When processing operation, then require to stop material conveying movement.For the present invention, when cross cutting upper mold 32 move downward and with cross cutting
When lower die 2 is closed, upper mould fixed plate 31 drives compression bar mounting blocks 474 and the driving synchronization of compression bar 475 to move downward, in this process
In, driving compression bar 475 can compress the rear end of active lever 472 downward and the front end of active lever 472 is tilted upward,
During the front end of active lever 472 tilts upward, the front end of active lever 472 can pushing tow drag hook horizontal part upward
4731 and entire swing arm driving drag hook 473 is moved upwardly by, the swing arm driving drag hook 473 being moved upwardly by drives to be connected among swing arm
Bar 446, left side activity swing arm 441, right side activity swing arm 442, pinch roller installation axle 444 and the synchronization of feeding pinch roller 445 are put upward
It is dynamic, so that feeding pinch roller 445 leaves material, since material lacks the pressure effect of feeding pinch roller 445, material conveying movement
Stop.
The above is only a preferred embodiment of the present invention, for those of ordinary skill in the art, according to the present invention
Thought, there will be changes in the specific implementation manner and application range, and the content of the present specification should not be construed as to the present invention
Limitation.
Claims (9)
1. a kind of new pattern high speed die-cutting machine, it is characterised in that: including organic frame (1), the upper end of rack (1) is screwed in level
The fixed installation top plate (11) of lateral arrangement, the upper surface that top plate (11) are fixedly mounted are screwed with cross cutting lower die (2), are die cut lower die
(2) it is installed with right above upper mould fixed plate (31), the lower surface of upper mould fixed plate (31) is screwed with to match with cross cutting lower die (2)
The cross cutting upper mold (32) of conjunction；The front end side that top plate (11) are fixedly mounted is installed in automatic charging component (4), automatic charging component
(4) front end side for being located at cross cutting upper mold (32), being die cut lower die (2)；
The lower end side that top plate (11) are fixedly mounted is installed with the lifting portable plate (51) arranged in horizontal cross, lifting portable plate
(51) at least two arranged for interval are screwed with and distinguish lifting guide pillar (521) vertically extending upward, are fixedly mounted top plate (11)
Corresponding each lifting guide pillar (521) offer respectively up and down completely through top plate guide post mounting hole, each lifting guide pillar (521) it is upper
End passes through corresponding top plate guide post mounting hole from the bottom up respectively and extends to the upper end side that top plate (11) are fixedly mounted, and each liter
The upper end of drop guide post (521) is spirally connected with upper mould fixed plate (31) respectively, and top plate (11) corresponding each lifting guide pillar is fixedly mounted
(521) it is screwed with lifting guide sleeve (522) respectively, each lifting guide pillar (521) is intercalated in respectively in corresponding lifting guide sleeve (522)
In heart hole；
The new pattern high speed die-cutting machine further includes having lifting driving assembly (6), and lifting driving assembly (6) includes to be screwed on rack
(1) fixation motor mount (611) is located at and top plate (11) lower end side is fixedly mounted and along the horizontal-extending liter of left and right directions
It drops drive shaft (62), fixed motor mount (611) are screwed with lifting driving motor (612), and top plate (11) are fixedly mounted
Corresponding lifting drive shaft (62) in lower surface is screwed at least two and successively arranged for interval and vertically prolongs downward respectively from left to right
The fixed bearing block (63) stretched, lifting drive shaft (62) are installed on the mounting hole of each fixed bearing block (63) by bearing respectively
Interior, lifting driving motor (612) and lifting drive shaft (62) are drivingly connected；The lower end side of lifting drive shaft (62) is installed with
Movable frame (64), movable frame (64) include the mounting rack transverse slat (641) arranged in horizontal cross, mounting rack transverse slat
(641) upper surface, which is screwed with, distinguishes attachment base (642) on the left of mounting rack vertically extending upward, attachment base on the right side of mounting rack
(643), attachment base (642) is located at the left end side of attachment base (643) and the connection of mounting rack left side on the right side of mounting rack on the left of mounting rack
Attachment base (643) left and right face arranged for interval on the right side of seat (642) and mounting rack, lifting drive shaft (62) are provided in cylindrical body
The eccentric cam portion (621) of shape and the axis of axis runout lifting drive shaft (62), eccentric cam portion (621) and lifting are driven
Turn axis (62) is structure as a whole, and goes up and down the intermediate drive being installed between drive shaft (62) and rear end mounting rack in being vertically arranged
Dynamic connecting rod (65), the upper end of midway drive connecting rod (65) offer small end through-hole (651) that run all the way around, go up and down
The eccentric cam portion (621) of drive shaft (62) is in the small end through-hole (651) of midway drive connecting rod (65) and inclined
Bearing is installed between the outer circumference surface of cardiac prominence wheel portion (621) and the inner peripheral surface of small end through-hole (651), midway drive connects
The lower end of bar (65) is inserted on the left of mounting rack between attachment base (642) and mounting rack right side attachment base (643), and intermediate drive
The lower end of dynamic connecting rod (65) is by pivot (66) hinge loaded on attachment base on the right side of mounting rack left side attachment base (642), mounting rack
(643)；Cross cutting pressure regulating device (67) is installed between movable frame (64) and lifting portable plate (51).
2. a kind of new pattern high speed die-cutting machine according to claim 1, it is characterised in that: cross cutting pressure regulating device (67) packet
It includes in pressure regulation driving screw rod (671) being vertically arranged, pressure regulation driving screw rod (671) is rotatably installed in the activity
The lower end of the mounting rack transverse slat (641) of mounting rack (64), pressure regulation driving screw rod (671) extends under movable frame (64)
End side；
The upper end of pressure regulation driving screw rod (671) is set in the lower end side of mounting rack transverse slat (641) as pressure regulation drives screw rod
(671) pressure regulation rotated synchronously drives worm gear (672), and mounting rack transverse slat (641) is in the side spiral shell dress of pressure regulation driving worm gear (672)
Have Movable motor mounting base (6731) and between left and right every and face arrangement left side worm seat (6741), right side worm seat
(6742), left side worm seat (6741) is located at left part and left side worm seat (6741) and the right side snail of right side worm seat (6742)
It is installed between pole socket (6742) along horizontal-extending pressure regulation driving worm screw (6751) of left and right directions, pressure regulation drives worm screw
(6751) left part, right part passes through left side worm seat (6741), the right side worm seat that bearing is installed on corresponding side respectively
(6742), Movable motor mounting base (6731) is screwed with pressure regulation driving motor (6732), the power of pressure regulation driving motor (6732)
Output shaft is connect by shaft coupling (6752) with the one end of pressure regulation driving worm screw (6751), and pressure regulation drives worm screw (6751) and adjusts
Pressure driving worm gear (672), which matches, merges one worm couple of composition；
Corresponding pressure regulation driving screw rod (671) of the lifting portable plate (51) is screwed in the pressure regulation driving swivel nut being vertically arranged
(676), pressure regulation driving swivel nut (676) core offer up and down completely through internal thread hole (6761), pressure regulation drive screw rod
(671) lower end is intercalated in the internal thread hole (6761) of pressure regulation driving swivel nut (676) and pressure regulation drives the outer of screw rod (671)
Screw thread and the internal screw thread of pressure regulation driving swivel nut (676) are spirally connected.
3. a kind of new pattern high speed die-cutting machine according to claim 2, it is characterised in that: the mounting rack transverse slat (641)
Middle position offer up and down completely through and be located on the left of the mounting rack attachment base (642) and connect with the mounting rack right side
Transverse slat through-hole (6411) between seat (643), the upper end of pressure regulation driving screw rod (671) pass through mounting rack cross from the bottom up
The transverse slat through-hole (6411) of plate (641) and the upper end side for extending to mounting rack transverse slat (641)；
Embedded between the upper and lower every the upper end tapered roller bearing of arrangement in the transverse slat through-hole (6411) of mounting rack transverse slat (641)
(6771), transverse slat through-hole (6411) inner wall of lower end tapered roller bearing (6772), mounting rack transverse slat (641) is provided with towards convex
Out and in the transverse slat shoulder block (6412) of annulus shape, upper end tapered roller bearing (6771) is located at the upper end of transverse slat shoulder block (6412)
Side, lower end tapered roller bearing (6772) are located at the lower end side of transverse slat shoulder block (6412), and pressure regulation drives the upper end of screw rod (671)
The lower end side of mounting rack transverse slat (641) is provided with the screw limiting shoulder block (6711) of normal direction upward, the pressure regulation driving
Worm gear (672) is located at the upper end side of screw limiting shoulder block (6711), and pressure regulation drives worm gear (672), lower end tapered roller bearing
(6772), taper roller axis in upper end is successively set in the upper end periphery of pressure regulation driving screw rod (671), pressure regulation driving from bottom to up
The upper end of screw rod (671) is screwed with stop nut (678), upper end circular cone in the upper end side of upper end tapered roller bearing (6771)
Roller bearing (6771) is installed between stop nut (678) and transverse slat shoulder block (6412), lower end tapered roller bearing (6772)
It is installed between pressure regulation driving worm gear (672) and cross bar shoulder block, pressure regulation drives the lower surface of worm gear (672) and pressure regulation to drive screw rod
(671) screw limiting shoulder block (6711) abuts.
4. a kind of new pattern high speed die-cutting machine according to claim 3, it is characterised in that: mounting rack transverse slat (641) spiral shell
Equipped with pressure regulation guide post (6791) vertically extending downward, the lifting portable plate (51) corresponding pressure regulation guide post (6791) is installed with tune
It presses guide sleeve (6792), the lower end of pressure regulation guide post (6791) is intercalated in the centre bore of pressure regulation guide sleeve (6792).
5. a kind of new pattern high speed die-cutting machine according to claim 2, it is characterised in that: the pressure regulation drives swivel nut (676)
It is installed between the lifting portable plate (51) pressure regulation retaining mechanism (68), pressure regulation retaining mechanism (68) includes to be screwed on liter
The locking cylinder mounting base (681) of movable plate (51) edge part drops, and locking cylinder mounting base (681) is screwed with horizontal left and right movement
Locking drive cylinder (682), the piston rod extension end of locking driving cylinder (682) is provided with and prolongs along left and right directions level
The lever propulsion arm (683) stretched；
Lifting portable plate (51) offers upwardly opening between pressure regulation driving swivel nut (676) and locking driving cylinder (682)
Lever mounting groove (511), lever mounting groove (511) is interior can be relatively actively embedded with locking activation lever (684), locking driving
The one end of lever (684) is loaded on the bottom surface of lever mounting groove (511), the corresponding lever top of lifting portable plate (51) by pin hinge
Push rod (683) offers the propulsion arm pilot hole (512) being connected to lever mounting groove (511), propulsion arm pilot hole (512) alignment
The free end of activation lever (684) is locked, lever propulsion arm (683) is in propulsion arm pilot hole (512)；
The outer circumferential portion of pressure regulation driving swivel nut (676) exposes to the side wall of lever mounting groove (511), and pressure regulation drives swivel nut
(676) outer circumference surface offers interior with pressure regulation driving swivel nut (676) in the part for exposing to lever mounting groove (511) side wall
The swivel nut lateral through aperture (6762) of threaded hole (6761) connection, swivel nut lateral through aperture (6762) is interior to drive spiral shell embedded with along pressure regulation
Cover the locking clamping block (685) that the outer circumference surface arc of (676) extends；
When locking drives the piston rod extending action of cylinder (682) and drives lever propulsion arm (683) towards locking activation lever
(684) when side is mobile, freedom of the lever propulsion arm (683) towards pressure regulation driving swivel nut (676) side pushing tow locking activation lever (684)
End simultaneously compresses the free end for locking activation lever (684) locking clamping block (685), and locking clamping block (685) compresses described
Pressure regulation drives screw rod (671) and carries out locking to pressure regulation driving screw rod (671).
6. a kind of new pattern high speed die-cutting machine according to claim 2, it is characterised in that: the lifting driving motor (612)
Power output shaft be set with lifting driving motor (612) power output shaft rotate synchronously active synchronization belt wheel
(691), the one end of lifting drive shaft (62) be set with lifting drive shaft (62) rotate synchronously it is driven same
It walks belt wheel (692), is set with drive coordination band between active synchronization belt wheel (691) and driven synchronous pulley (692).
7. a kind of new pattern high speed die-cutting machine according to claim 1, it is characterised in that: automatic charging component (4) packet
Feeding mounting rack is included, feeding mounting rack includes to be screwed on fixed installation top plate (11) front end and is in be vertically arranged
Mounting rack fixed vertical plate (41), it is in be vertically arranged and respectively along preceding that the front end side of mounting rack fixed vertical plate (41) is installed with respectively
The horizontal-extending mounting rack Left-side support plate (421) of rear direction, mounting rack Right side support plate (422), mounting rack Left-side support plate
(421) positioned at the left end side of mounting rack Right side support plate (422) and mounting rack Left-side support plate (421) and mounting rack Right side support
Plate (422) left and right face arranged for interval；It can phase between mounting rack Left-side support plate (421) and mounting rack Right side support plate (422)
To being rotationally installed with along the horizontal-extending feeding driven roller (431) of left and right directions, the left part of feeding driven roller (431),
Right part passes through bearing respectively and is installed on the mounting rack Left-side support plate (421) of corresponding side, mounting rack Right side support plate (422),
Mounting rack Left-side support plate (421) or mounting rack Right side support plate (422) are screwed with feeding motor mounting base, feeding motor peace
Dress seat is screwed with feeding driving motor (433), the power output shaft of feeding driving motor (433) by shaft coupling (6752) with it is upper
Expect the one end connection of driven roller (431)；
The left end side of mounting rack Left-side support plate (421) is installed with left side activity swing arm (441), mounting rack Right side support plate
(422) right end side is installed with right side activity swing arm (442), left side activity swing arm (441) and right side activity swing arm (442) left and right
Face arrangement, is installed between mounting rack Left-side support plate (421) and mounting rack Right side support plate (422) positioned at feeding driven roller
(431) front end side and along the horizontal-extending swing arm connecting shaft (443) of left and right directions, the left part of swing arm connecting shaft (443) is logical
It crosses bearing and is installed on the left part of mounting rack Left-side support plate (421) and swing arm connecting shaft (443) and extend to branch on the left of mounting rack
The right part of the left end side of fagging (421), swing arm connecting shaft (443) is installed on mounting rack Right side support plate (422) by bearing
And the right part of swing arm connecting shaft (443) extends to the right end side of mounting rack Right side support plate (422), left side activity swing arm
(441) front end is screwed on swing arm connecting shaft (443) left part, and the front end of right side activity swing arm (442) is screwed on swing arm
Connecting shaft (443) right part；It is installed between left side activity swing arm (441) and right side activity swing arm (442) along left and right directions
Horizontal extension and the pinch roller installation axle for being located at mounting rack Left-side support plate (421), mounting rack Right side support plate (422) upper end side
(444), the left part, right part of pinch roller installation axle (444) respectively spiral shell load be fixed in corresponding side left side activity swing arm (441),
Right side activity swing arm (442), the middle part of pinch roller installation axle (444) are rotatably set with positioned at mounting rack Left-side support plate
(421) the feeding pinch roller (445) between mounting rack Right side support plate (422) and right above feeding driven roller (431), on
Bearing is installed between material pinch roller (445) and pinch roller installation axle (444)；
The left end side of left side activity swing arm (441) is installed in left side installation riser (451) being vertically arranged, right side activity swing arm
(442) right end side is installed in right side installation riser (452) being vertically arranged, and riser (451) are installed in left side and right side is installed
Riser (452) left and right face arrangement, is also installed between mounting rack Left-side support plate (421) and mounting rack Right side support plate (422)
Have along the horizontal-extending riser connecting shaft (453) of left and right directions, the left part of riser connecting shaft (453) is installed on by bearing
The left part of mounting rack Left-side support plate (421) and riser connecting shaft (453) extends to a left side for mounting rack Left-side support plate (421)
The right part of end side, riser connecting shaft (453) is installed on mounting rack Right side support plate (422) and riser connecting shaft by bearing
(453) right part extends to the right end side of mounting rack Right side support plate (422), and the lower end spiral shell of riser (451) is installed in left side
The lower end of left part loaded on riser connecting shaft (453), right side installation riser (452) is screwed on riser connecting shaft (453)
Right part；The upper end of left side installation riser (451), which offers, to be run all the way around and vertically extending left side guide groove
(4511), left side activity-oriented block (4541) is embedded in left side guide groove (4511), left side activity-oriented block (4541)
Right part extends to the right end side of left side installation riser (451), and the right part of left side activity-oriented block (4541) passes through shaft pivot
It is connected to left side and presses bearing (4542), the lower end of left side pressure holding bearing (4542) extends to left side activity-oriented block (4541)
Lower end side and left side pressure holding bearing (4542) are located at the upper end side of left side activity swing arm (441) rear end, left side activity swing arm
(441) it is equal with the left side pressure holding outer diameter value of bearing (4542) to offer upwardly opening and inner diameter values for the upper edge of rear end
Left side arc groove (4411), left side pressure holding bearing (4542) is inserted into left side arc groove (4411) and left side pressure holding bearing
(4542) outer circumference surface and the inner wall of left side arc groove (4411) touch, and the upper end of riser (451) is installed in left side in left side
The upper end side of activity-oriented block (4541) is screwed with left side screw mounting blocks (4543), and left side screw mounting blocks (4543) offer
Up and down completely through left side internal thread hole, be screwed in vertical cloth in the left side internal thread hole of left side screw mounting blocks (4543)
The left side adjusting screw (4544) set, the core of left side adjusting screw (4544) offer the left side screw blind hole of downwardly facing opening,
It is installed between left side activity-oriented block (4541) and left side adjusting screw (4544) in the left side spring (4545) being vertically arranged,
The upper end of left side spring (4545) is intercalated in the left side screw blind hole of left side adjusting screw (4544) and left side spring
(4545) upper end is abutted with left side adjusting screw (4544), the lower end of left side spring (4545) and left side activity-oriented block
(4541) it abuts；The upper end of right side installation riser (452), which offers, to be run all the way around and vertically extending right side guiding is logical
Slot (4521), right side guide groove (4521) is interior to be embedded with right side activity-oriented block (4551), right side activity-oriented block (4551)
Left part extend to right side installation riser (452) left end side, the left part of right side activity-oriented block (4551) passes through shaft
It is articulated with right side and presses bearing (4552), the lower end of right side pressure holding bearing (4552) extends to right side activity-oriented block (4551)
Lower end side and right side pressure holding bearing (4552) be located at the upper end side of right side activity swing arm (442) rear end, right side activity swing arm
(442) it is equal with the right side pressure holding outer diameter value of bearing (4552) to offer upwardly opening and inner diameter values for the upper edge of rear end
Right side arc groove (4421), right side pressure holding bearing (4552) is inserted into right side arc groove (4421) and right side pressure holding bearing
(4552) outer circumference surface and the inner wall of right side arc groove (4421) touch, and the upper end of riser (452) is installed in right side in right side
The upper end side of activity-oriented block (4551) is screwed with right side screw mounting blocks (4553), and right side screw mounting blocks (4553) offer
Up and down completely through right side internal thread hole, be screwed in vertical cloth in the right side internal thread hole of right side screw mounting blocks (4553)
The right side adjusting screw (4554) set, the core of right side adjusting screw (4554) offer the right side screw blind hole of downwardly facing opening,
It is installed between right side activity-oriented block (4551) and right side adjusting screw (4554) in the right side spring (4555) being vertically arranged,
The upper end of right side spring (4555) is intercalated in the right side screw blind hole of right side adjusting screw (4554) and right side spring
(4555) upper end is abutted with right side adjusting screw (4554), the lower end of right side spring (4555) and right side activity-oriented block
(4551) it abuts.
8. a kind of new pattern high speed die-cutting machine according to claim 7, it is characterised in that: the left side activity swing arm (441)
Rear end and the right side activity swing arm (442) rear end between be installed with along in the horizontal-extending swing arm of left and right directions
Between connecting rod (446), spiral shell loads the left side active pendulum for being fixed in corresponding side respectively for left part, the right part of swing arm intermediate connecting rod (446)
Arm (441), right side activity swing arm (442), swing arm intermediate connecting rod (446) are screwed with the lift-pull handle (46) extended upward.
9. a kind of new pattern high speed die-cutting machine according to claim 8, it is characterised in that: the mounting rack fixed vertical plate (41)
Upper end be screwed with lever mounting base (471) in the rear end side of the swing arm intermediate connecting rod (446), lever mounting base (471)
It is hinged with active lever (472) by pivot (66), the front end of active lever (472) extends to mounting rack fixed vertical plate (41)
Front end side, the rear end of active lever (472) extends to the rear end side of mounting rack fixed vertical plate (41)；
Swing arm intermediate connecting rod (446) is screwed with swing arm driving drag hook vertically extending upward in the front end side of active lever (472)
(473), the upper end of swing arm driving drag hook (473) is provided with horizontal-extending drag hook horizontal part (4731) backwards, swing arm driving
The drag hook horizontal part (4731) of drag hook (473) is located at the top of active lever (472) front end；
The front end face of the upper mould fixed plate (31) is screwed with compression bar mounting blocks (474), and compression bar mounting blocks (474) are screwed in perpendicular
To arrangement and the driving compression bar (475) above active lever (472) rear end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910047006.7A CN109605483A (en) | 2019-01-18 | 2019-01-18 | A kind of new pattern high speed die-cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910047006.7A CN109605483A (en) | 2019-01-18 | 2019-01-18 | A kind of new pattern high speed die-cutting machine |
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| Publication Number | Publication Date |
|---|---|
| CN109605483A true CN109605483A (en) | 2019-04-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910047006.7A Pending CN109605483A (en) | 2019-01-18 | 2019-01-18 | A kind of new pattern high speed die-cutting machine |
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| Country | Link |
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| CN (1) | CN109605483A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117600681A (en) * | 2024-01-24 | 2024-02-27 | 山西华暖科技发展有限公司 | Rock wool board machine tool |
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| CN204450688U (en) * | 2015-01-28 | 2015-07-08 | 东莞市罗森精工机械有限公司 | A kind of patrix mounting structure being applied to die-cutting machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN117600681A (en) * | 2024-01-24 | 2024-02-27 | 山西华暖科技发展有限公司 | Rock wool board machine tool |
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