CN110076237A - A kind of integrated machine of mold molding rear side punching - Google Patents
A kind of integrated machine of mold molding rear side punching Download PDFInfo
- Publication number
- CN110076237A CN110076237A CN201910359306.9A CN201910359306A CN110076237A CN 110076237 A CN110076237 A CN 110076237A CN 201910359306 A CN201910359306 A CN 201910359306A CN 110076237 A CN110076237 A CN 110076237A
- Authority
- CN
- China
- Prior art keywords
- connect
- combination
- slideway
- sliding block
- spring
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
- 238000004080 punching Methods 0.000 title claims abstract description 112
- 238000000465 moulding Methods 0.000 title claims abstract description 76
- 239000002699 waste material Substances 0.000 claims abstract description 76
- 238000003825 pressing Methods 0.000 claims abstract description 24
- 230000008676 import Effects 0.000 claims abstract description 19
- 239000000203 mixture Substances 0.000 claims description 17
- 239000000463 material Substances 0.000 claims description 9
- 239000002184 metal Substances 0.000 abstract description 6
- 238000010586 diagram Methods 0.000 description 15
- 238000009740 moulding (composite fabrication) Methods 0.000 description 9
- 238000006243 chemical reaction Methods 0.000 description 6
- 238000000034 method Methods 0.000 description 4
- 238000005381 potential energy Methods 0.000 description 4
- 238000005452 bending Methods 0.000 description 3
- 230000007423 decrease Effects 0.000 description 3
- 230000009286 beneficial effect Effects 0.000 description 2
- 230000008859 change Effects 0.000 description 2
- 238000006073 displacement reaction Methods 0.000 description 2
- 230000005611 electricity Effects 0.000 description 2
- 238000007792 addition Methods 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000011017 operating method Methods 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 238000004540 process dynamic Methods 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D28/00—Shaping by press-cutting; Perforating
- B21D28/24—Perforating, i.e. punching holes
- B21D28/26—Perforating, i.e. punching holes in sheets or flat parts
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D35/00—Combined processes according to or processes combined with methods covered by groups B21D1/00 - B21D31/00
- B21D35/001—Shaping combined with punching, e.g. stamping and perforating
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D35/00—Combined processes according to or processes combined with methods covered by groups B21D1/00 - B21D31/00
- B21D35/002—Processes combined with methods covered by groups B21D1/00 - B21D31/00
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D37/00—Tools as parts of machines covered by this subclass
- B21D37/08—Dies with different parts for several steps in a process
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D5/00—Bending sheet metal along straight lines, e.g. to form simple curves
- B21D5/02—Bending sheet metal along straight lines, e.g. to form simple curves on press brakes without making use of clamping means
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B9/00—Presses specially adapted for particular purposes
- B30B9/32—Presses specially adapted for particular purposes for consolidating scrap metal or for compacting used cars
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Press Drives And Press Lines (AREA)
Abstract
The present invention relates to a kind of die molding machines, are in particular a kind of integrated machines of mold molding rear side punching.Waste material is collected automatically, unified output after compacting, the molding of sheet metal direct pressing, and automatic demoulding, and side punching combination carries out side punching to plate, and punching position, formed combination lower part bent angle adjustable angle is adjusted in punching screw punching.The combination of dibit pressure arm is located on the upside of bit combination, the combination of dibit pressure arm is located on the upside of formed combination, bit combination is located at side punching combination upside, waste material imports combination and is located at waste material export combination inside, waste material imports combination and combines connection with waste material export, formed combination is located at waste material export combination inside, formed combination combines connection with waste material export, side punching combination is located at waste material export combination inside, side punching combination combines connection with waste material export, bit combination is located at waste material export combination inside, bit combination combines connection with waste material export, the combination of dibit pressure arm is located at waste material export combination inside.
Description
Technical field
The present invention relates to a kind of die molding machines, are in particular a kind of integrated machines of mold molding rear side punching.
Background technique
Mold is known as " mother of industry " laudatory title, according to shape and structure in kind in proportion made of mold, with compacting or
The method of pouring makes material become certain shapes, and existing sheet metal does slot and generally uses bending machine, and operating procedure is more, difficulty
Greatly, so devising the integrated machine of this mold molding rear side punching.
Summary of the invention
The present invention provides a kind of integrated machine of mold molding rear side punching, is that waste material is collected automatically beneficial to benefit, after compacting
Unified output, the molding of sheet metal direct pressing, and automatic demoulding, side punching combination carry out side punching to plate, and
Punching position, formed combination lower part bent angle adjustable angle is adjusted in punching screw punching.
In order to solve the above technical problems, the present invention relates to a kind of die molding machines, it is in particular a kind of mold molding
The integrated machine of rear side punching, including the combination of dibit pressure arm, bit combination, side punching combination, formed combination, waste material importing group
It closes, waste material export combination, stripping material is collected automatically, unified output after compacting, the molding of sheet metal direct pressing, and is taken off automatically
Mould, side punching combination carries out side punching to plate, and punching position is adjusted in punching screw punching, and formed combination lower part is curved
Angle adjustable angle.
The combination of dibit pressure arm is by motor one, small pulley, big belt wheel, rotation band sliding slot arm, slide-bar, flat cross bar, side plate, U
Slideway, slideway one, sliding block one, flexible through-hole, pressing plate, band composition, small pulley are located at motor one side, and small pulley and motor one connect
It connects, rotation band sliding slot arm is located at big belt wheel side, and rotation band sliding slot arm is connect with big belt wheel, and slide-bar is located in rotation band sliding slot arm
Side, slide-bar are connect with rotation band sliding slot arm, and flat cross bar is located on the downside of slide-bar, and flat cross bar is connect with slide-bar, and U slideway is located at side plate side
Face, U slideway are connect with side plate, and slide-bar is located on the inside of U slideway, and slide-bar is connect with U slideway, and sliding block one is located at one inside of slideway, sliding
Block one is connect with slideway one, and flexible through-hole is located on sliding block one, and flexible through-hole is connect with flat cross bar, and flat cross bar is located on pressing plate
Side, flat cross bar are connect with pressing plate, and band is located on the outside of small pulley, and band is connect with small pulley, and band is located on the inside of big belt wheel, band and big band
Wheel connection；
Bit combination is by side slideway two, lateral spring two, side slide two, bottom inclined-plane bar, plate two, through-hole two, sliding block two, spring
Two, slideway two, positioning plate composition, lateral spring two are located at two inside of side slideway, and lateral spring two is connect with side slideway two, side slide two
Positioned at two inside of side slideway, side slide two is connect with side slideway two, and side slide two is located at two upside of lateral spring, side slide two and side
Spring two connects, and inclined-plane bar in bottom is located at two inside of side slide, and inclined-plane bar in bottom is connect with side slide two, and plate two is located in bottom inclined-plane bar
Side, plate two are connect with bottom inclined-plane bar, and through-hole two is located on plate two, and sliding block two is located at two right side of through-hole, and sliding block two and through-hole two connect
It connects, spring two is located at two outside of sliding block, and spring two is connect with sliding block two, and slideway two is located at two outside of spring, slideway two and spring
Two connections, positioning plate are located at two downside of spring, and positioning plate is connect with spring two；
Side punching is combined by U platform, side punching, shell three, top bevel block, sliding block three, slideway three, big spring three, screw rod, silk
Block, little spring three, inner shaft composition are consolidated in female punching, side, and side punching is located on U platform, and top bevel block is located at three inside of shell, top bevel
Block is connect with shell three, and sliding block three is located on the downside of top bevel block, and sliding block three is connect with top bevel block, and slideway three is located at outside sliding block three
Side, slideway three are connect with sliding block three, and big spring three is located at three inside of sliding block, and big spring three is connect with sliding block three, and big spring three
In three inside of slideway, big spring three is connect with slideway three, and screw rod is located on the inside of top bevel block, and screw rod is connect with top bevel block, silk
Female punching is located on the outside of screw rod, and screw punching is connect with screw rod, and screw punching is located on the inside of top bevel block, and screw punching and top are oblique
The connection of face block, side consolidate block and are located at three outside of little spring, and side is consolidated block and connect with little spring three, and little spring three is located on the inside of inner shaft, small
Spring three and interior axis connection, side are consolidated block and are located on the outside of inner shaft, and block and interior axis connection are consolidated in side；
Formed combination by slideway four, sliding block four, mounting plate four, molding die, axis four, upper spring, mold block, shaft four,
Threaded rod sliding block, upper half page, lower half page, nut, spring four, lower spring composition, sliding block four are located at the inside of slideway four, sliding block four and
Slideway four connects, and mounting plate four is located at four inside of sliding block, and mounting plate four is connect with sliding block four, and molding die is located at four downside of axis,
Molding die is connect with axis four, and axis four is located at four inside of mounting plate, and axis four is connect with mounting plate four, and upper spring is located at molding die
Upside, upper spring are connect with molding die, and mold block is located on the downside of molding die, and mold block is located at four outside of shaft, mold block
It is connect with shaft four, upper half page is located at four side of shaft, and upper half page is connect with shaft four, and upper half page is located at threaded rod sliding block side
Face, upper half page are connect with threaded rod sliding block, and lower half page is located at upper half page side, and lower half page is connect with upper half page, threaded rod sliding block
On the inside of lower half page, threaded rod sliding block is connect with lower half page, and nut is connect with threaded rod sliding block；
Lower half page is made of page body, axis hole, semicircle slideway, and axis hole is located on page body, and semicircle slideway is located on page body；
Waste material imports combination and is combined by disk combination, importing combination, compacting group, and disk combination, which is located at, imports a combination left side
Side, disk combination combine connection with importing, import to combine and combine left side positioned at compacting, importing is combined and connection is combined in compacting；
Disk combination is made of mounting plate five, index dial, pin hole, axis five, pin, slideway five, and pin hole is located on index dial, axis
Five are located at indexing disc side, and axis five is connect with index dial, and axis five is located at five side of mounting plate, and axis five is connect with mounting plate five, sliding
Road five is located at five side of mounting plate, and slideway five is connect with mounting plate five, and slideway five is located on the outside of pin, slideway five and pin connection；
Pin is made of sliding block five, push-pull rod, and sliding block five is located on the downside of push-pull rod, and sliding block five is connect with push-pull rod；
Combination is imported by mounting rack five, motor five, adjusting rod, connecting rod one, connecting rod two, connecting rod three, connecting rod four, five groups of free bearing
Be located at five upside of mounting rack at, motor five, motor five is connect with mounting rack five, and adjusting rod is located at five side of motor, adjusting rod and
Motor five connects, and connecting rod one is located on the downside of adjusting rod, and connecting rod one is connect with adjusting rod, and connecting rod two is located at one downside of connecting rod, connecting rod
Two connect with connecting rod one, and connecting rod three is located at two upside of connecting rod, and connecting rod three is connect with connecting rod two, and connecting rod three is located on the downside of adjusting rod,
Connecting rod three is connect with adjusting rod, and connecting rod four is located at three right side of connecting rod, and connecting rod four is connect with connecting rod three, and it is right that free bearing five is located at connecting rod four
Side, free bearing five are connect with connecting rod four；
Compacting combination is made of case, slide bar five, sliding bucket five, squeeze board, and slide bar five is located at case side, and sliding bucket five is located at slide bar
Five outsides, sliding bucket five are connect with slide bar five, and squeeze board is located at sliding five inside of bucket, and squeeze board is connect with sliding bucket five, and squeeze board is located at
On the upside of case；
Waste material export combination by main casing, inner panel, interior lower plate, door, hinge, export and distance rod, export disk, free bearing six,
Eccentric wheel, central axis, mounting plate six, fixed feeding plate composition, inner panel are located on the inside of main casing, and inner panel is connect with main casing, interior
Plate is located on the inside of main casing, and inner panel is connect with main casing, and interior lower plate is located on the inside of main casing, and interior lower plate is connect with main casing, door
On the inside of interior lower plate, door is connect with interior lower plate, and hinge is located on the downside of door, and hinge is connect with door, and hinge is located on the downside of interior lower plate,
Hinge is connect with interior lower plate, and export and distance rod are located at door downside, and export disk is located on the downside of export and distance rod, exports disk and lead
Out and distance rod connection, free bearing six are located on the downside of export disk, and free bearing six is connect with export disk, and eccentric wheel is located at six downside of free bearing,
Eccentric wheel is connect with free bearing six, and central axis is located on the inside of eccentric wheel, and central axis is connect with eccentric wheel, and mounting plate six is located at central axis
Side, mounting plate six and central axis, fixed feeding plate are located on the upside of export disk, and fixed feeding plate is connect with export disk；
The combination of dibit pressure arm is located on the upside of bit combination, and the combination of dibit pressure arm is located on the upside of formed combination, positioning group
Coincidence combines upside in side punching, and waste material imports combination and is located at waste material export combination inside, and waste material imports combination and exports with waste material
Combination connection, formed combination are located at waste material export combination inside, and formed combination combines connection, side punching combination bit with waste material export
Combination inside is exported in waste material, connection is combined in side punching combination with waste material export, and bit combination is located at waste material export combination inside,
Bit combination combines connection with waste material export, and the combination of dibit pressure arm is located at waste material export combination inside, the combination of dibit pressure arm
Connection is combined with waste material export.
As advanced optimizing for the technical program, free bearing described in a kind of integrated machine of mold molding rear side punching of the present invention
Five connect with sliding bucket five.
As advanced optimizing for the technical program, adjusted described in a kind of integrated machine of mold molding rear side punching of the present invention
Bar is connect with index dial by axis five.
As advanced optimizing for the technical program, number is sold described in a kind of integrated machine of mold molding rear side punching of the present invention
Amount is two.
The integrated machine of inventive die molding rear side punching has the beneficial effect that
Stripping material is collected automatically, unified output after compacting, the molding of sheet metal direct pressing, and automatic demoulding, side blow
Hole combination carries out side punching to plate, and punching position, formed combination lower part bent angle angle is adjusted in punching screw punching
It is adjustable.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of the integrated machine of mold molding rear side punching of the present invention.
Fig. 2 is that a kind of dibit pressure arm of the integrated machine of mold molding rear side punching of the present invention combines 1 structural schematic diagram.
Fig. 3 is that a kind of dibit pressure arm of the integrated machine of mold molding rear side punching of the present invention combines the signal of 1 partial structurtes
Figure.
Fig. 4 is a kind of 2 structural schematic diagram of bit combination of the integrated machine of mold molding rear side punching of the present invention.
Fig. 5 is a kind of 2 partial structural diagram of bit combination of the integrated machine of mold molding rear side punching of the present invention.
Fig. 6 is that a kind of side punching of the integrated machine of mold molding rear side punching of the present invention combines 3 structural schematic diagrams.
Fig. 7 is that a kind of side punching of the integrated machine of mold molding rear side punching of the present invention combines 3 partial structural diagrams.
Fig. 8 is a kind of 4 structural schematic diagram of formed combination of the integrated machine of mold molding rear side punching of the present invention.
Fig. 9 is a kind of 4 partial structural diagram of formed combination of the integrated machine of mold molding rear side punching of the present invention.
Figure 10 is a kind of lower half page 4-11 structural schematic diagram of the integrated machine of mold molding rear side punching of the present invention.
Figure 11 is that a kind of waste material of the integrated machine of mold molding rear side punching of the present invention imports 5 structural schematic diagrams of combination.
Figure 12 is a kind of disk combination 5-1 structural schematic diagram of the integrated machine of mold molding rear side punching of the present invention.
Figure 13 is a kind of pin 5-1-5 structural schematic diagram of the integrated machine of mold molding rear side punching of the present invention.
Figure 14 is that 5-2 structural schematic diagram is combined in a kind of importing of the integrated machine of mold molding rear side punching of the present invention.
Figure 15 is that 5-3 structural schematic diagram is combined in a kind of compacting of the integrated machine of mold molding rear side punching of the present invention.
Figure 16 is a kind of waste material export 6 structural schematic diagrams of combination of the integrated machine of mold molding rear side punching of the present invention.
Figure 17 is a kind of waste material export combination 6 partial structurtes signal of integrated machine of mold molding rear side punching of the present invention
Figure.
In figure: dibit pressure arm combination 1；One 1-1 of motor；Small pulley 1-2；Big belt wheel 1-3；Rotation band sliding slot arm 1-4；It is sliding
Axis 1-5；Flat cross bar 1-6；Side plate 1-7；U slideway 1-8；One 1-9 of slideway；One 1-10 of sliding block；Flexible through-hole 1-11；Pressing plate 1-12；
Band 1-13；Bit combination 2；Two 2-1 of side slideway；Two 2-2 of lateral spring；Two 2-3 of side slide；Bottom inclined-plane bar 2-4；Two 2-5 of plate；Through-hole
Two 2-6；Two 2-7 of sliding block；Two 2-8 of spring；Two 2-9 of slideway；Positioning plate 2-10；Side punching combination 3；U platform 3-1；Side punching 3-2；
Three 3-3 of shell；Top bevel block 3-4；Three 3-5 of sliding block；Three 3-6 of slideway；Three 3-7 of big spring；Screw rod 3-8；Screw punching 3-9；Side
Gu block 3-10；Three 3-11 of little spring；Inner shaft 3-12；Formed combination 4；Four 4-1 of slideway；Four 4-2 of sliding block；Four 4-3 of mounting plate；Molding
Mold 4-4；Four 4-5 of axis；Upper spring 4-6；Mold block 4-7；Four 4-8 of shaft；Threaded rod sliding block 4-9；Upper half page 4-10；Lower half page
4-11；Page body 4-11-1；Axis hole 4-11-2；Semicircle slideway 4-11-3；Nut 4-12；Four 4-13 of spring；Lower spring 4-14；Waste material
Import combination 5；Disk combination 5-1；Five 5-1-1 of mounting plate；Index dial 5-1-2；Pin hole 5-1-3；Five 5-1-4 of axis；Sell 5-1-5；
Five 5-1-5-1 of sliding block；Push-pull rod 5-1-5-2；Five 5-1-6 of slideway；Import combination 5-2；Five 5-2-1 of mounting rack；Five 5-2- of motor
2；Adjusting rod 5-2-3；One 5-2-4 of connecting rod；Two 5-2-5 of connecting rod；Three 5-2-6 of connecting rod；Four 5-2-7 of connecting rod；Five 5-2-8 of free bearing；Pressure
Real combination 5-3；Case 5-3-1；Five 5-3-2 of slide bar；Sliding five 5-3-3 of bucket；Squeeze board 5-3-4；Waste material export combination 6；Main casing 6-
1；Inner panel 6-2；Interior lower plate 6-3；Door 6-4；Hinge 6-5；Export and distance rod 6-6；Export disk 6-7；Six 6-8 of free bearing；Eccentric wheel
6-9；Central axis 6-10；Six 6-11 of mounting plate；Fixed feeding plate 6-12.
Specific embodiment
Specific embodiment 1:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate present embodiment, and the present invention relates to a kind of die molding machines, be in particular a kind of mold at
The integrated machine of punching on rear side of type, including dibit pressure arm combines 1, bit combination 2, side punching combines 3, formed combination 4, waste material is led
Entering combination 5, waste material export combination 6, stripping material is collected automatically, unified output after compacting, the molding of sheet metal direct pressing, and
Automatic demoulding, side punching combination carries out side punching to plate, and punching position, formed combination is adjusted in punching screw punching
Lower part bent angle adjustable angle.
Dibit pressure arm combination 1 is by one 1-1 of motor, small pulley 1-2, big belt wheel 1-3, rotation band sliding slot arm 1-4, slide-bar 1-
5, flat cross bar 1-6, side plate 1-7, U slideway 1-8, one 1-9 of slideway, one 1-10 of sliding block, flexible through-hole 1-11, pressing plate 1-12, band 1-
13 compositions, small pulley 1-2 are located at one side 1-1 of motor, and small pulley 1-2 is connect with one 1-1 of motor, 1-4, sliding slot arm, rotation band
In the side big belt wheel 1-3, rotation band sliding slot arm 1-4 is connect with big belt wheel 1-3, and slide-bar 1-5 is located in rotation band sliding slot arm 1-4
Side, slide-bar 1-5 are connect with rotation band sliding slot arm 1-4, and flat cross bar 1-6 is located on the downside of slide-bar 1-5, and flat cross bar 1-6 and slide-bar 1-5 connect
It connects, U slideway 1-8 is located at the side side plate 1-7, and U slideway 1-8 is connect with side plate 1-7, and slide-bar 1-5 is located on the inside of U slideway 1-8, slide-bar
1-5 is connect with U slideway 1-8, and one 1-10 of sliding block is located on the inside of one 1-9 of slideway, and one 1-10 of sliding block is connect with one 1-9 of slideway, is stretched
Through-hole 1-11 is located on one 1-10 of sliding block, and flexible through-hole 1-11 is connect with flat cross bar 1-6, and flat cross bar 1-6 is located on pressing plate 1-12
Side, flat cross bar 1-6 are connect with pressing plate 1-12, and band 1-13 is located on the outside of small pulley 1-2, and band 1-13 is connect with small pulley 1-2, band 1-
13 are located on the inside of big belt wheel 1-3, and band 1-13 is connect with big belt wheel 1-3, and one 1-1 of motor drives small pulley 1-2 rotation, small pulley 1-
2 drive band 1-13 to rotate, and band 1-13 drives big belt wheel 1-3 rotation, and big belt wheel 1-3 drives rotation band sliding slot arm 1-4 to move, rotation
Band sliding slot arm 1-4 is connect with slide-bar 1-5, and for slide-bar 1-5 in rotation band sliding slot arm 1-4 internal motion, slide-bar 1-5 limitation rotation band is sliding
Slot arm 1-4 is moved in the range of U slideway 1-8, and flat cross bar 1-6 prevents slide-bar 1-5 to be flipped, because one 1-10 of sliding block can only
It is moved along one 1-9 of slideway, so flat cross bar 1-6 passes through flexible through-hole when slide-bar 1-5 moves to the vertical section of U slideway 1-8
1-11 is moved in vertical direction, and flat cross bar 1-6 band dynamic pressure plate 1-12 is moved in vertical direction, and pressing plate 1-12 is in vertical direction
Bit combination 2 and formed combination 4 are pressed during moving downward；
Bit combination 2 is by two 2-1 of side slideway, two 2-2 of lateral spring, two 2-3 of side slide, bottom inclined-plane bar 2-4, two 2-5 of plate, logical
Two 2-6 of hole, two 2-7 of sliding block, two 2-8 of spring, two 2-9 of slideway, positioning plate 2-10 composition, two 2-2 of lateral spring are located at side slideway two
On the inside of 2-1, two 2-2 of lateral spring is connect with two 2-1 of side slideway, and two 2-3 of side slide is located on the inside of two 2-1 of side slideway, side slide two
2-3 is connect with two 2-1 of side slideway, and two 2-3 of side slide is located on the upside of two 2-2 of lateral spring, two 2-3 of side slide and two 2-2 of lateral spring
Connection, bottom inclined-plane bar 2-4 are located on the inside of two 2-3 of side slide, and inclined-plane bar 2-4 in bottom is connect with two 2-3 of side slide, and two 2-5 of plate is located at
On the inside of bottom inclined-plane bar 2-4, two 2-5 of plate is connect with bottom inclined-plane bar 2-4, and two 2-6 of through-hole is located on two 2-5 of plate, and two 2-7 of sliding block is located at
On the right side of through-hole two 2-6, two 2-7 of sliding block connect with two 2-6 of through-hole, and two 2-8 of spring is located at the outside two 2-7 of sliding block, two 2-8 of spring and
Two 2-7 connection of sliding block, two 2-9 of slideway are located on the outside of two 2-8 of spring, and two 2-9 of slideway is connect with two 2-8 of spring, positioning plate 2-10
On the downside of two 2-8 of spring, positioning plate 2-10 is connect with two 2-8 of spring, and pressing plate 1-12 pressing plate two 2-5, two 2-5 of plate drive bottom
Inclined-plane bar 2-4 is moved downward, and inclined-plane bar 2-4 in bottom drives two 2-3 of side slide to move downward, and two 2-3 of side slide is along two 2-1 of side slideway
It moves downward, two 2-1 of side slideway compresses two 2-2 of lateral spring, and plate two 2-5 band two 2-7 of movable slider is moved downward, sliding block two
2-7 drives positioning plate 2-10 to move downward, and positioning plate 2-10 continues to move downward, and the plate on positioning plate 2-10 and U platform 3-1 connects
Touching, positioning plate 2-10 are moved upwards by upward power, positioning plate 2-10 band two 2-7 of movable slider, and two 2-7 of sliding block is along two 2- of slideway
9 directions move upwards, and two 2-7 of sliding block is moved upwards along two direction 2-6 of through-hole, and two 2-8 of spring is compressed, and two 2-8 of spring is to fixed
Position plate 2-10 generates downward reaction force, and molding plate and U platform 3-1 are fixed by positioning plate 2-10, meanwhile, two 2- of plate
5 drive bottom inclined-plane bar 2-4 are moved downward；
Side punching combination 3 is by U platform 3-1, side punching 3-2, three 3-3 of shell, top bevel block 3-4, three 3-5 of sliding block, slideway three
Block 3-10, three 3-11 of little spring, inner shaft 3-12 composition, side blow are consolidated in 3-6, three 3-7 of big spring, screw rod 3-8, screw punching 3-9, side
Hole 3-2 is located on U platform 3-1, and top bevel block 3-4 is located on the inside of three 3-3 of shell, and top bevel block 3-4 is connect with three 3-3 of shell, sliding
Three 3-5 of block is located on the downside of top bevel block 3-4, and three 3-5 of sliding block is connect with top bevel block 3-4, and three 3-6 of slideway is located at three 3-5 of sliding block
Outside, three 3-6 of slideway are connect with three 3-5 of sliding block, and three 3-7 of big spring is located on the inside of three 3-5 of sliding block, three 3-7 of big spring and sliding block
Three 3-5 connections, three 3-7 of big spring are located on the inside of three 3-6 of slideway, and three 3-7 of big spring is connect with three 3-6 of slideway, and screw rod 3-8 is located at
On the inside of top bevel block 3-4, screw rod 3-8 is connect with top bevel block 3-4, and screw punching 3-9 is located on the outside of screw rod 3-8, screw punching
3-9 is connect with screw rod 3-8, and screw punching 3-9 is located on the inside of top bevel block 3-4, and screw punching 3-9 is connect with top bevel block 3-4,
Side is consolidated block 3-10 and is located on the outside of three 3-11 of little spring, and side is consolidated block 3-10 and connect with three 3-11 of little spring, and three 3-11 of little spring is located at
On the inside of inner shaft 3-12, three 3-11 of little spring is connect with inner shaft 3-12, and side is consolidated block 3-10 and is located on the outside of inner shaft 3-12, and block 3-10 is consolidated in side
It is connect with inner shaft 3-12, rotary screw 3-8, screw punching 3-9 is limited by top bevel block 3-4, will not be rotated, screw rod 3-8
It drives screw punching 3-9 in movement in vertical direction, adjusts punching position, the inclined-plane inclined-plane bar 2-4 in bottom connects with the top bevel inclined-plane block 3-4
Touching, bottom inclined-plane bar 2-4 push block 3-4 in top bevel to move inwardly, and top bevel block 3-4 band three 3-5 of movable slider is moved inwardly, sliding
Three 3-5 of block is moved inwardly along three direction 3-6 of slideway, and three 3-7 of big spring is compressed, and the kinetic energy of three 3-7 of big spring is converted into dynamic
Can, when top bevel block 3-4 is not by the thrust of inclined-plane bar 2-4 on earth, elastic potential energy is converted into kinetic energy, pushes side punching combination 3
Original position is gone back to, top bevel block 3-4 drives inner shaft 3-12 to move inwardly, and inner shaft 3-12 drives three 3-11 of little spring to move inwardly,
Three 3-11 of little spring drives side to consolidate block 3-10 and moves inwardly, and three 3-11 of little spring consolidates block 3-10 to inner shaft 3-12 and side and connects
It connects, prevents side from consolidating block 3-10 and fall off, side is consolidated block 3-10 and contacted with sheet forming, and reaction of the block 3-10 by sheet forming is consolidated in side
Power, three 3-11 of little spring are compressed, and kinetic energy is converted into elastic potential energy, because active force is equal to reaction force, block 3- is consolidated in side
The power of 10 pairs of sheet formings increases, and sheet forming is fixed on side and is consolidated between block 3-10 and U platform 3-1,3-9 is to molding for screw punching
Plate carries out punching press；
Formed combination 4 is by four 4-1 of slideway, four 4-2 of sliding block, four 4-3 of mounting plate, molding die 4-4, four 4-5 of axis, upper spring
4-6, mold block 4-7, four 4-8 of shaft, threaded rod sliding block 4-9, upper half page 4-10, lower half page 4-11, nut 4-12, four 4- of spring
13, lower spring 4-14 composition, four 4-2 of sliding block are located on the inside of four 4-1 of slideway, and four 4-2 of sliding block is connect with four 4-1 of slideway, mounting plate
Four 4-3 are located on the inside of four 4-2 of sliding block, and four 4-3 of mounting plate is connect with four 4-2 of sliding block, and molding die 4-4 is located on the downside of four 4-5 of axis,
Molding die 4-4 is connect with four 4-5 of axis, and four 4-5 of axis is located on the inside of four 4-3 of mounting plate, and four 4-5 of axis is connect with four 4-3 of mounting plate,
Upper spring 4-6 is located on the upside of molding die 4-4, and upper spring 4-6 is connect with molding die 4-4, and mold block 4-7 is located at molding die
On the downside of 4-4, mold block 4-7 is located on the outside of four 4-8 of shaft, and mold block 4-7 is connect with four 4-8 of shaft, and upper half page 4-10, which is located at, to be turned
Four side 4-8 of axis, upper half page 4-10 are connect with four 4-8 of shaft, and upper half page 4-10 is located at the side threaded rod sliding block 4-9, upper half page
4-10 is connect with threaded rod sliding block 4-9, and lower half page 4-11 is located at the side upper half page 4-10, and lower half page 4-11 and upper half page 4-10 connect
It connects, threaded rod sliding block 4-9 is located on the inside of lower half page 4-11, and threaded rod sliding block 4-9 is connect with lower half page 4-11, nut 4-12 and spiral shell
The 4-9 connection of rasp bar sliding block, rotation lower half page 4-11 adjustment need the angle of this side, rotating nuts 4-12, nut 4-12 and screw thread
Bar sliding block 4-9 is fixed the relative position lower half page 4-11 and upper half page 4-10 is rotated, i.e., angle is fixed, and the plate cut is prevented
On mold block 4-7, pressing plate 1-12 presses four 4-3 of mounting plate, and mounting plate four 4-3 band four 4-2 of movable slider is moved downward, sliding block four
4-2 is moved along four direction 4-1 of slideway, and four 4-2 of sliding block compresses four 4-13 of spring in four 4-1 of slideway, and four 4-3 of mounting plate drives
Molding die 4-4 is moved downward, elder generation and web contact on the inside of molding die 4-4, and plate is fixed, and upper spring 4-6 is stretched,
Molding die 4-4 continues to decline, and molding die 4-4 rises, molding die 4- using four 4-5 of axis as fulcrum on the inside of molding die 4-4
4 outside declines, the outside molding die 4-4 bend plate compact, and the part of plate bending is contacted with upper half page 4-10, and to upper
The 4-10 of page half generates pressure, and upper half page 4-10 rotates inwardly, and lower spring 4-14 is compressed, and upper half page 4-10 is with four 4-8 of shaft
Centered on rotate, upper half page 4-10 drive lower half page 4-11 rotated centered on four 4-8 of shaft, lower half page 4-11 rise, lower half
Page 4-11 generates upward power to plate, bends to plate；
Lower half page 4-11 is made of page body 4-11-1, axis hole 4-11-2, semicircle slideway 4-11-3, and axis hole 4-11-2 is located at page
On body 4-11-1, semicircle slideway 4-11-3 is located on page body 4-11-1, and axis hole 4-11-2 passes through four 4-8 of shaft and upper half page 4-10
Connection, semicircle slideway 4-11-3 limitation page body 4-11-1 can only rotate in the range of semicircle slideway 4-11-3 angle allows；
Waste material imports combination 5 and is made of disk combination 5-1, importing combination 5-2, compacting combination 5-3, and disk combination 5-1
In importing on the left of combination 5-2, disk combination 5-1 combines 5-2 connection with importing, and importing combination 5-2 is located at compacting and combines the left side 5-3
Side imports combination 5-2 with compacting and combines 5-3 connection；
Disk combination 5-1 is by five 5-1-1 of mounting plate, index dial 5-1-2, pin hole 5-1-3, five 5-1-4 of axis, pin 5-1-5, cunning
Five 5-1-6 of road composition, pin hole 5-1-3 are located on index dial 5-1-2, and five 5-1-4 of axis is located at the side index dial 5-1-2, five 5- of axis
1-4 is connect with index dial 5-1-2, and five 5-1-4 of axis is located at five side 5-1-1 of mounting plate, five 5-1-4 of axis and five 5-1-1 of mounting plate
Connection, five 5-1-6 of slideway are located at five side 5-1-1 of mounting plate, and five 5-1-6 of slideway is connect with five 5-1-1 of mounting plate, five 5- of slideway
1-6 is located on the outside of pin 5-1-5, and five 5-1-6 of slideway is connect with pin 5-1-5, rotation-indexing table 5-1-2, index dial 5-1-2 band moving axis
Five 5-1-4 rotation, five 5-1-4 of axis drive adjusting rod 5-2-3 rotation, prevent index dial 5-1-2 to be subjected to displacement, adjusting rod 5-2-3
Angle be fixed；
Pin 5-1-5 is made of five 5-1-5-1 of sliding block, push-pull rod 5-1-5-2, and five 5-1-5-1 of sliding block is located at push-pull rod 5-1-
On the downside of 5-2, five 5-1-5-1 of sliding block is connect with push-pull rod 5-1-5-2, is pushed push-pull rod 5-1-5-2 to five direction 5-1-4 of axis, is pushed away
Pull rod 5-1-5-2 band five 5-1-5-1 of movable slider is moved to five 5-1-4 of axis, and five 5-1-5-1 of sliding block is connect with pin hole 5-1-3；
Combination 5-2 is imported by five 5-2-1 of mounting rack, five 5-2-2 of motor, adjusting rod 5-2-3, one 5-2-4 of connecting rod, connecting rod two
5-2-5, three 5-2-6 of connecting rod, four 5-2-7 of connecting rod, five 5-2-8 of free bearing composition, five 5-2-2 of motor are located on five 5-2-1 of mounting rack
Side, five 5-2-2 of motor are connect with five 5-2-1 of mounting rack, and adjusting rod 5-2-3 is located at five side 5-2-2 of motor, adjusting rod 5-2-3
It is connect with five 5-2-2 of motor, one 5-2-4 of connecting rod is located on the downside of adjusting rod 5-2-3, and one 5-2-4 of connecting rod and adjusting rod 5-2-3 connect
It connecing, two 5-2-5 of connecting rod is located on the downside of one 5-2-4 of connecting rod, and two 5-2-5 of connecting rod is connect with one 5-2-4 of connecting rod, and three 5-2-6, connecting rod
On the upside of two 5-2-5 of connecting rod, three 5-2-6 of connecting rod is connect with two 5-2-5 of connecting rod, and three 5-2-6 of connecting rod is located under adjusting rod 5-2-3
Side, three 5-2-6 of connecting rod are connect with adjusting rod 5-2-3, and four 5-2-7 of connecting rod is located on the right side of connecting rod three 5-2-6, four 5-2-7 of connecting rod with
Three 5-2-6 connection of connecting rod, five 5-2-8 of free bearing are located on the right side of four 5-2-7 of connecting rod, and five 5-2-8 of free bearing is connect with four 5-2-7 of connecting rod,
Disk combination 5-1 can carry out the adjusting of multi-angle to adjusting rod 5-2-3, collect electricity for preferably carrying out guiding to leftover bits
Five 5-2-2 of machine drives one 5-2-4 of connecting rod to swing, and when the initial position of one 5-2-4 of connecting rod is the leftmost side, one 5-2-4 of connecting rod is to the right
During side moves, one 5-2-4 of connecting rod drives two 5-2-5 of connecting rod to move to the right, and three 5-2-6 of connecting rod prevents two 5-2- of connecting rod
5 with the generation angulation change of horizontal plane, two 5-2-5 of connecting rod is contacted with interior lower plate 6-3, and the waste material on interior lower plate 6-3 is taken to
On two 5-2-5 of connecting rod, because three 5-2-6 of connecting rod is parallel with one 5-2-4 of connecting rod always, three 5-2-6 of connecting rod is transported to the right, even
Three 5-2-6 of bar pushes four 5-2-7 of connecting rod to move right, and four 5-2-7 of connecting rod is pushed free bearing by power to the right, four 5-2-7 of connecting rod
Five 5-2-8 are moved upwards；
Compacting combination 5-3 is made of case 5-3-1, five 5-3-2 of slide bar, sliding five 5-3-3 of bucket, squeeze board 5-3-4, five 5- of slide bar
3-2 is located at the side case 5-3-1, and sliding five 5-3-3 of bucket is located on the outside of five 5-3-2 of slide bar, and sliding five 5-3-3 of bucket and five 5-3-2 of slide bar connects
It connecing, squeeze board 5-3-4 is located on the inside of sliding five 5-3-3 of bucket, and squeeze board 5-3-4 is connect with sliding five 5-3-3 of bucket, and squeeze board 5-3-4
On the upside of case 5-3-1, five 5-2-8 of free bearing drives sliding five 5-3-3 of bucket to move upwards along five direction 5-3-2 of slide bar, sliding five 5-3-3 of bucket
Squeeze board 5-3-4 is driven to move upwards, the waste material on two 5-2-5 of two 5-2-5 of connecting rod and connecting rod moves right, and eventually enters into
Into case 5-3-1, when one 5-2-4 of connecting rod is moved downward, similarly squeeze board 5-3-4 is moved downward along five direction 5-3-2 of slide bar,
Waste material in case 5-3-1 is pressed, is carried convenient for collecting；
Waste material export combination 6 is by main casing 6-1, inner panel 6-2, interior lower plate 6-3, door 6-4, hinge 6-5, export and distance rod
6-6, export disk 6-7, six 6-8 of free bearing, eccentric wheel 6-9, central axis 6-10, six 6-11 of mounting plate, fixed feeding plate 6-12 composition,
Inner panel 6-2 is located on the inside of main casing 6-1, and inner panel 6-2 is connect with main casing 6-1, and inner panel 6-2 is located on the inside of main casing 6-1, inner panel
6-2 is connect with main casing 6-1, and interior lower plate 6-3 is located on the inside of main casing 6-1, and interior lower plate 6-3 is connect with main casing 6-1, door 6-4
On the inside of interior lower plate 6-3, door 6-4 is connect with interior lower plate 6-3, and hinge 6-5 is located on the downside of door 6-4, and hinge 6-5 and door 6-4 connect
It connects, hinge 6-5 is located on the downside of interior lower plate 6-3, and hinge 6-5 is connect with interior lower plate 6-3, and export and distance rod 6-6 are located under door 6-4
Side, export disk 6-7 are located on the downside of export and distance rod 6-6, and export disk 6-7 is connect with export and distance rod 6-6, six 6-8 of free bearing
On the downside of export disk 6-7, six 6-8 of free bearing is connect with export disk 6-7, and eccentric wheel 6-9 is located on the downside of six 6-8 of free bearing, eccentric wheel
6-9 is connect with six 6-8 of free bearing, and central axis 6-10 is located on the inside of eccentric wheel 6-9, and central axis 6-10 is connect with eccentric wheel 6-9, is installed
Six 6-11 of plate is located at the side central axis 6-10, six 6-11 of mounting plate and central axis 6-10, and fixed feeding plate 6-12 is located at export disk
On the upside of 6-7, fixed feeding plate 6-12 is connect with export disk 6-7, when exporting and distance rod 6-6 is at the highest notch, is exported and is pushed away
Power bar 6-6 is connect with door 6-4, and the waste material of export and distance rod 6-6 on the door on 6-4 plays the role of support, prevents from being scattered, center
Axis 6-10 rotation, central axis 6-10 band movable eccentric wheel 6-9 rotate, and eccentric wheel 6-9 drives six 6-8 of free bearing rotation, because of free bearing six
6-8 quantity is four, and six 6-8 of free bearing is connect with export disk 6-7, so export disk 6-7 is parallel to the horizontal plane always, is being exported
When disk 6-7 is moved downward, door 6-4 is opened, and door 6-4 is moved centered on hinge 6-5, and the waste material suppressed on door 6-4 is fallen
Onto fixed feeding plate 6-12, export disk 6-7 is begun to ramp up, and export disk 6-7 is moved to the left in uphill process, exports disk 6-
7 drive export and distance rod 6-6 move to upper left side, export and distance rod 6-6 drive fix feeding plate 6-12 on waste material to
It is moved to the left along the fixed direction feeding plate 6-12, carries out the unified allocation of materials to lower units；
Dibit pressure arm combination 1 is located at 2 upside of bit combination, and dibit pressure arm combination 1 is located at 4 upside of formed combination, fixed
Bit combination 2 be located at side punching combination 3 upside, waste material import combination 5 be located at waste material export combination 6 inside, waste material import combination 5 with
6 connection of waste material export combination, formed combination 4 are located at 6 inside of waste material export combination, and formed combination 4 combines 6 companies with waste material export
It connects, side punching combination 3 is located at 6 inside of waste material export combination, and side punching combination 3 combines 6 connections, bit combination 2 with waste material export
Positioned at 6 inside of waste material export combination, bit combination 2 combines 6 connections with waste material export, and dibit pressure arm combination 1 is led positioned at waste material
6 inside of combination out, dibit pressure arm combination 1 combine 6 connections with waste material export.
Specific embodiment 2:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, five 5- of free bearing
2-8 is connect with sliding five 5-3-3 of bucket.
Specific embodiment 3:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the adjusting rod 5-
2-3 is connect with index dial 5-1-2 by five 5-1-4 of axis.
Specific embodiment 4:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,
Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the pin 5-1-5 number
Amount is two.
The working principle of the present apparatus are as follows: one 1-1 of motor drives small pulley 1-2 rotation, and small pulley 1-2 drives band 1-13 to revolve
Turn, band 1-13 drive big belt wheel 1-3 rotation, big belt wheel 1-3 drive rotation band sliding slot arm 1-4 move, rotation band sliding slot arm 1-4 with
Slide-bar 1-5 connection, for slide-bar 1-5 in rotation band sliding slot arm 1-4 internal motion, slide-bar 1-5 limitation rotation band sliding slot arm 1-4 is sliding in U
It is moved in the range of road 1-8, flat cross bar 1-6 prevents slide-bar 1-5 to be flipped, because one 1-10 of sliding block can only be along one 1-9 of slideway
Interior movement, so flat cross bar 1-6 passes through flexible through-hole 1-11 vertical when slide-bar 1-5 moves to the vertical section of U slideway 1-8
Side moves upwards, and flat cross bar 1-6 band dynamic pressure plate 1-12 is moved in vertical direction, and pressing plate 1-12 was moved downward in vertical direction
Bit combination 2 and formed combination 4 are pressed in journey.Axis hole 4-11-2 is connect by four 4-8 of shaft with upper half page 4-10, and half
Round and smooth road 4-11-3 limitation page body 4-11-1 can only rotate in the range of semicircle slideway 4-11-3 angle allows.Rotate lower half page
4-11, which is adjusted, needs the angle of this side, rotating nuts 4-12, nut 4-12 and threaded rod sliding block 4-9 will rotate lower half page 4-11 and
Upper half page 4-10 is fixed relative position, i.e., angle is fixed, and the plate cut is prevented on mold block 4-7, pressing plate 1-12 pressing
Four 4-3 of mounting plate, mounting plate four 4-3 band four 4-2 of movable slider are moved downward, and four 4-2 of sliding block is moved along four direction 4-1 of slideway, sliding
Four 4-2 of block compresses four 4-13 of spring in four 4-1 of slideway, and four 4-3 of mounting plate drives molding die 4-4 to move downward, and forms
Elder generation and web contact on the inside of mold 4-4, and plate is fixed, upper spring 4-6 is stretched, and molding die 4-4 continues to decline, molding
Mold 4-4 rises on the inside of molding die 4-4 using four 4-5 of axis as fulcrum, decline on the outside of molding die 4-4, outside molding die 4-4
Side bends plate compact, and the part of plate bending is contacted with upper half page 4-10, and generates pressure, upper half page to upper half page 4-10
4-10 rotates inwardly, and lower spring 4-14 is compressed, and upper half page 4-10 is rotated centered on four 4-8 of shaft, upper half page 4-10 band
Dynamic lower half page 4-11 is rotated centered on four 4-8 of shaft, and lower half page 4-11 rises, and lower half page 4-11 generates upwards plate
Power bends plate.Rotary screw 3-8, screw punching 3-9 are limited by top bevel block 3-4, will not be rotated, screw rod
3-8 drives screw punching 3-9 in movement in vertical direction, adjusts punching position, pressing plate 1-12 pressing plate two 2-5, two 2-5 of plate drive
Inclined-plane bar 2-4 in bottom is moved downward, and inclined-plane bar 2-4 in bottom drives two 2-3 of side slide to move downward, and two 2-3 of side slide is along side slideway two
2-1 is moved downward, and two 2-1 of side slideway compresses two 2-2 of lateral spring, and plate two 2-5 band two 2-7 of movable slider is moved downward, sliding
Two 2-7 of block drives positioning plate 2-10 to move downward, and positioning plate 2-10 continues to move downward, the plate on positioning plate 2-10 and U platform 3-1
Material contact, positioning plate 2-10 are moved upwards by upward power, positioning plate 2-10 band two 2-7 of movable slider, and two 2-7 of sliding block is along slideway
Two directions 2-9 move upwards, and two 2-7 of sliding block is moved upwards along two direction 2-6 of through-hole, and two 2-8 of spring is compressed, two 2-8 of spring
Downward reaction force is generated to positioning plate 2-10, molding plate and U platform 3-1 are fixed by positioning plate 2-10, meanwhile, plate
Two 2-5 drive inclined-plane bar 2-4 in bottom to move downward, the bottom inclined-plane inclined-plane bar 2-4 and top bevel block 3-4 contact of incline plane, bottom inclined-plane bar 2-4
Block 3-4 in top bevel is pushed to move inwardly, top bevel block 3-4 band three 3-5 of movable slider is moved inwardly, and three 3-5 of sliding block is along slideway
Three directions 3-6 move inwardly, and three 3-7 of big spring is compressed, and the kinetic energy of three 3-7 of big spring is converted into kinetic energy, when top bevel block
When 3-4 is not by the thrust of inclined-plane bar 2-4 on earth, elastic potential energy is converted into kinetic energy, and side punching is pushed to combine 3 go back tos original positions, top bevel
Block 3-4 drives inner shaft 3-12 to move inwardly, and inner shaft 3-12 drives three 3-11 of little spring to move inwardly, three 3-11 band of little spring
Dynamic side is consolidated block 3-10 and is moved inwardly, and three 3-11 of little spring consolidates block 3-10 to inner shaft 3-12 and side and is attached, and prevents side from consolidating block
3-10 falls off, and side is consolidated block 3-10 and contacted with sheet forming, and reaction force of the block 3-10 by sheet forming, three 3- of little spring are consolidated in side
11 are compressed, and kinetic energy is converted into elastic potential energy, because active force is equal to reaction force, block 3-10 is consolidated to sheet forming in side
Power increases, and sheet forming is fixed on side and is consolidated between block 3-10 and U platform 3-1, and screw punching 3-9 carries out punching press to sheet forming.
Rotation-indexing table 5-1-2, index dial 5-1-2 band five 5-1-4 of moving axis rotate, and five 5-1-4 of axis drives adjusting rod 5-2-3 rotation, to
Five direction 5-1-4 of axis pushes push-pull rod 5-1-5-2, push-pull rod 5-1-5-2 band five 5-1-5-1 of movable slider to move to five 5-1-4 of axis,
Five 5-1-5-1 of sliding block is connect with pin hole 5-1-3, and index dial 5-1-2 is prevented to be subjected to displacement, and the angle of adjusting rod 5-2-3 is fixed,
Disk combination 5-1 can carry out the adjusting of multi-angle to adjusting rod 5-2-3, collect electricity for preferably carrying out guiding to leftover bits
Five 5-2-2 of machine drives one 5-2-4 of connecting rod to swing, and when the initial position of one 5-2-4 of connecting rod is the leftmost side, one 5-2-4 of connecting rod is to the right
During side moves, one 5-2-4 of connecting rod drives two 5-2-5 of connecting rod to move to the right, and three 5-2-6 of connecting rod prevents two 5-2- of connecting rod
5 with the generation angulation change of horizontal plane, two 5-2-5 of connecting rod is contacted with interior lower plate 6-3, and the waste material on interior lower plate 6-3 is taken to
On two 5-2-5 of connecting rod, because three 5-2-6 of connecting rod is parallel with one 5-2-4 of connecting rod always, three 5-2-6 of connecting rod is transported to the right, even
Three 5-2-6 of bar pushes four 5-2-7 of connecting rod to move right, and four 5-2-7 of connecting rod is pushed free bearing by power to the right, four 5-2-7 of connecting rod
Five 5-2-8 are moved upwards, and five 5-2-8 of free bearing drives sliding five 5-3-3 of bucket to move upwards along five direction 5-3-2 of slide bar, sliding five 5- of bucket
3-3 drives squeeze board 5-3-4 to move upwards, and the waste material on two 5-2-5 of two 5-2-5 of connecting rod and connecting rod moves right, and final
It enters in case 5-3-1, when one 5-2-4 of connecting rod is moved downward, similarly squeeze board 5-3-4 is downward along five direction 5-3-2 of slide bar
Movement, is pressed the waste material in case 5-3-1, carries convenient for collecting.When export and distance rod 6-6 are at the highest notch
When, export and distance rod 6-6 connects with door 6-4, export and waste material of the distance rod 6-6 on the door on 6-4 plays the role of support, anti-
Only it is scattered, central axis 6-10 rotation, central axis 6-10 band movable eccentric wheel 6-9 rotates, and eccentric wheel 6-9 drives six 6-8 of free bearing rotation,
Because six 6-8 quantity of free bearing be four, and six 6-8 of free bearing with export disk 6-7 connect, so export disk 6-7 always with horizontal plane
In parallel, when export disk 6-7 is moved downward, door 6-4 is opened, and door 6-4 is moved centered on hinge 6-5, suppresses on door 6-4
Waste material fall on fixed feeding plate 6-12, export disk 6-7 begin to ramp up, export disk 6-7 transported to the left in uphill process
Dynamic, export disk 6-7 drives export and distance rod 6-6 to move to upper left side, and export and distance rod 6-6 drive fixed feeding plate 6-12
On waste material moved to the left to along the fixed direction feeding plate 6-12, carry out the unified allocation of materials to lower units.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of integrated machine of mold molding rear side punching, including dibit pressure arm combine (1), bit combination (2), side punching group
Close (3), formed combination (4), waste material importing combination (5), waste material export combination (6), it is characterised in that: the combination of dibit pressure arm
(1) by motor one (1-1), small pulley (1-2), big belt wheel (1-3), rotation band sliding slot arm (1-4), slide-bar (1-5), flat cross bar
(1-6), side plate (1-7), U slideway (1-8), slideway one (1-9), sliding block one (1-10), flexible through-hole (1-11), pressing plate (1-
12), band (1-13) forms, and small pulley (1-2) is located at the side motor one (1-1), and small pulley (1-2) is connect with motor one (1-1),
Rotation band sliding slot arm (1-4) is located at the side big belt wheel (1-3), and rotation band sliding slot arm (1-4) is connect with big belt wheel (1-3), slide-bar
(1-5) is located on the inside of rotation band sliding slot arm (1-4), and slide-bar (1-5) is connect with rotation band sliding slot arm (1-4), flat cross bar (1-6) position
On the downside of slide-bar (1-5), flat cross bar (1-6) connect with slide-bar (1-5), and U slideway (1-8) is located at the side side plate (1-7), U slideway
(1-8) is connect with side plate (1-7), and slide-bar (1-5) is located on the inside of U slideway (1-8), and slide-bar (1-5) is connect with U slideway (1-8), sliding
Block one (1-10) is located on the inside of slideway one (1-9), and sliding block one (1-10) is connect with slideway one (1-9), position through-hole (1-11) of stretching
In on sliding block one (1-10), flexible through-hole (1-11) is connect with flat cross bar (1-6), and flat cross bar (1-6) is located on pressing plate (1-12)
Side, flat cross bar (1-6) connect with pressing plate (1-12), and band (1-13) is located on the outside of small pulley (1-2), band (1-13) and small pulley
(1-2) connection, band (1-13) are located on the inside of big belt wheel (1-3), and band (1-13) is connect with big belt wheel (1-3)；
Bit combination (2) is by side slideway two (2-1), lateral spring two (2-2), side slide two (2-3), bottom inclined-plane bar (2-4), plate two
(2-5), through-hole two (2-6), sliding block two (2-7), spring two (2-8), slideway two (2-9), positioning plate (2-10) composition, lateral spring
Two (2-2) are located on the inside of side slideway two (2-1), and lateral spring two (2-2) is connect with side slideway two (2-1), the position side slide two (2-3)
On the inside of side slideway two (2-1), side slide two (2-3) is connect with side slideway two (2-1), and side slide two (2-3) is located at lateral spring
On the upside of two (2-2), side slide two (2-3) is connect with lateral spring two (2-2), and bottom inclined-plane bar (2-4) is located in side slide two (2-3)
Side, bottom inclined-plane bar (2-4) are connect with side slide two (2-3), and plate two (2-5) is located on the inside of bottom inclined-plane bar (2-4), plate two (2-5)
It is connect with bottom inclined-plane bar (2-4), through-hole two (2-6) is located on plate two (2-5), and sliding block two (2-7) is located at through-hole two (2-6) right side
Side, sliding block two (2-7) are connect with through-hole two (2-6), and spring two (2-8) is located on the outside of sliding block two (2-7), spring two (2-8) with
Sliding block two (2-7) connection, slideway two (2-9) are located on the outside of spring two (2-8), and slideway two (2-9) is connect with spring two (2-8),
Positioning plate (2-10) is located on the downside of spring two (2-8), and positioning plate (2-10) is connect with spring two (2-8)；
Side punching combines (3) by U platform (3-1), side punching (3-2), shell three (3-3), top bevel block (3-4), three (3- of sliding block
5), block (3-10), three (3- of little spring are consolidated in slideway three (3-6), big spring three (3-7), screw rod (3-8), screw punching (3-9), side
11), inner shaft (3-12) forms, and side punching (3-2) is located on U platform (3-1), and top bevel block (3-4) is located in shell three (3-3)
Side, top bevel block (3-4) are connect with shell three (3-3), and sliding block three (3-5) is located on the downside of top bevel block (3-4), three (3- of sliding block
5) it is connect with top bevel block (3-4), slideway three (3-6) is located on the outside of sliding block three (3-5), slideway three (3-6) and sliding block three (3-5)
Connection, big spring three (3-7) are located on the inside of sliding block three (3-5), and big spring three (3-7) is connect with sliding block three (3-5), big spring three
(3-7) is located on the inside of slideway three (3-6), and big spring three (3-7) is connect with slideway three (3-6), and screw rod (3-8) is located at top bevel block
On the inside of (3-4), screw rod (3-8) is connect with top bevel block (3-4), and screw punching (3-9) is located on the outside of screw rod (3-8), screw punching
Hole (3-9) is connect with screw rod (3-8), and screw punching (3-9) is located on the inside of top bevel block (3-4), and screw punching (3-9) and top are oblique
Face block (3-4) connection, side are consolidated block (3-10) and are located on the outside of little spring three (3-11), and block (3-10) and little spring three (3-11) are consolidated in side
Connection, little spring three (3-11) are located on the inside of inner shaft (3-12), and little spring three (3-11) is connect with inner shaft (3-12), and block is consolidated in side
(3-10) is located on the outside of inner shaft (3-12), and side is consolidated block (3-10) and connect with inner shaft (3-12)；
Formed combination (4) is by slideway four (4-1), sliding block four (4-2), mounting plate four (4-3), molding die (4-4), four (4- of axis
5), upper spring (4-6), mold block (4-7), shaft four (4-8), threaded rod sliding block (4-9), upper half page (4-10), lower half page (4-
11), nut (4-12), spring four (4-13), lower spring (4-14) composition, sliding block four (4-2) are located on the inside of slideway four (4-1),
Sliding block four (4-2) is connect with slideway four (4-1), and mounting plate four (4-3) is located on the inside of sliding block four (4-2), mounting plate four (4-3) with
Sliding block four (4-2) connection, molding die (4-4) are located on the downside of axis four (4-5), and molding die (4-4) is connect with axis four (4-5),
Axis four (4-5) is located on the inside of mounting plate four (4-3), and axis four (4-5) is connect with mounting plate four (4-3), upper spring (4-6) positioned at
Pattern has on the upside of (4-4), and upper spring (4-6) is connect with molding die (4-4), and mold block (4-7) is located under molding die (4-4)
Side, mold block (4-7) are located on the outside of shaft four (4-8), and mold block (4-7) is connect with shaft four (4-8), the position upper half page (4-10)
In the side shaft four (4-8), upper half page (4-10) is connect with shaft four (4-8), and upper half page (4-10) is located at threaded rod sliding block (4-
9) side, upper half page (4-10) are connect with threaded rod sliding block (4-9), and lower half page (4-11) is located at the side upper half page (4-10), under
Page half (4-11) connect with upper half page (4-10), and threaded rod sliding block (4-9) is located on the inside of lower half page (4-11), threaded rod sliding block
(4-9) is connect with lower half page (4-11), and nut (4-12) is connect with threaded rod sliding block (4-9)；
Lower half page (4-11) is made of page body (4-11-1), axis hole (4-11-2), semicircle slideway (4-11-3), axis hole (4-11-2)
On page body (4-11-1), semicircle slideway (4-11-3) is located on page body (4-11-1)；
Waste material imports combination (5) and is made of disk combination (5-1), importing combination (5-2), compacting combination (5-3), disk combination
(5-1), which is located at, to be imported on the left of combination (5-2), and disk combination (5-1) combines (5-2) connection with importing, is imported combination (5-2) and is located at
On the left of compacting combination (5-3), imports combination (5-2) and combine (5-3) connection with compacting；
Disk combination (5-1) is by mounting plate five (5-1-1), index dial (5-1-2), pin hole (5-1-3), axis five (5-1-4), pin
(5-1-5), slideway five (5-1-6) composition, pin hole (5-1-3) are located on index dial (5-1-2), and axis five (5-1-4) is located at indexing
The side disk (5-1-2), axis five (5-1-4) are connect with index dial (5-1-2), and axis five (5-1-4) is located at the side mounting plate five (5-1-1)
Face, axis five (5-1-4) are connect with mounting plate five (5-1-1), and slideway five (5-1-6) is located at the side mounting plate five (5-1-1), slideway
Five (5-1-6) are connect with mounting plate five (5-1-1), and slideway five (5-1-6) is located on the outside of pin (5-1-5), slideway five (5-1-6) with
Sell (5-1-5) connection；
Pin (5-1-5) is made of sliding block five (5-1-5-1), push-pull rod (5-1-5-2), and sliding block five (5-1-5-1) is located at push-pull rod
On the downside of (5-1-5-2), sliding block five (5-1-5-1) is connect with push-pull rod (5-1-5-2)；
Import combination (5-2) by mounting rack five (5-2-1), motor five (5-2-2), adjusting rod (5-2-3), connecting rod one (5-2-4),
Connecting rod two (5-2-5), connecting rod three (5-2-6), connecting rod four (5-2-7), free bearing five (5-2-8) composition, motor five (5-2-2) are located at
On the upside of mounting rack five (5-2-1), motor five (5-2-2) is connect with mounting rack five (5-2-1), and adjusting rod (5-2-3) is located at motor
Five sides (5-2-2), adjusting rod (5-2-3) are connect with motor five (5-2-2), and connecting rod one (5-2-4) is located at adjusting rod (5-2-3)
Downside, connecting rod one (5-2-4) are connect with adjusting rod (5-2-3), and connecting rod two (5-2-5) is located on the downside of connecting rod one (5-2-4), connecting rod
Two (5-2-5) are connect with connecting rod one (5-2-4), and connecting rod three (5-2-6) is located on the upside of connecting rod two (5-2-5), connecting rod three (5-2-6)
It is connect with connecting rod two (5-2-5), connecting rod three (5-2-6) is located on the downside of adjusting rod (5-2-3), connecting rod three (5-2-6) and adjusting rod
(5-2-3) connection, connecting rod four (5-2-7) are located on the right side of connecting rod three (5-2-6), and connecting rod four (5-2-7) and connecting rod three (5-2-6) are even
It connects, free bearing five (5-2-8) is located on the right side of connecting rod four (5-2-7), and free bearing five (5-2-8) is connect with connecting rod four (5-2-7)；
Compacting combination (5-3) is made of case (5-3-1), slide bar five (5-3-2), sliding bucket five (5-3-3), squeeze board (5-3-4), sliding
Bar five (5-3-2) is located at the side case (5-3-1), and sliding bucket five (5-3-3) is located on the outside of slide bar five (5-3-2), sliding bucket five (5-3-3)
It is connect with slide bar five (5-3-2), squeeze board (5-3-4) is located on the inside of sliding bucket five (5-3-3), squeeze board (5-3-4) and sliding bucket five
(5-3-3) connection, squeeze board (5-3-4) are located on the upside of case (5-3-1)；
Waste material export combination (6) is by main casing (6-1), inner panel (6-2), interior lower plate (6-3), door (6-4), hinge (6-5), export
And distance rod (6-6), export disk (6-7), free bearing six (6-8), eccentric wheel (6-9), central axis (6-10), six (6- of mounting plate
11), fixed feeding plate (6-12) composition, inner panel (6-2) are located on the inside of main casing (6-1), inner panel (6-2) and main casing (6-1)
Connection, inner panel (6-2) are located on the inside of main casing (6-1), and inner panel (6-2) is connect with main casing (6-1), and interior lower plate (6-3) is located at
On the inside of main casing (6-1), interior lower plate (6-3) connect with main casing (6-1), and door (6-4) is located on the inside of interior lower plate (6-3), door (6-
4) it is connect with interior lower plate (6-3), hinge (6-5) is located on the downside of door (6-4), and hinge (6-5) is connect with door (6-4), hinge (6-5)
On the downside of interior lower plate (6-3), hinge (6-5) is connect with interior lower plate (6-3), and export and distance rod (6-6) are located under door (6-4)
Side, export disk (6-7) are located on the downside of export and distance rod (6-6), and export disk (6-7) is connect with export and distance rod (6-6), cut with scissors
Six (6-8) of seat are located on the downside of export disk (6-7), and free bearing six (6-8) is connect with export disk (6-7), and eccentric wheel (6-9) is located at free bearing
On the downside of six (6-8), eccentric wheel (6-9) is connect with free bearing six (6-8), and central axis (6-10) is located on the inside of eccentric wheel (6-9), center
Axis (6-10) is connect with eccentric wheel (6-9), and mounting plate six (6-11) is located at the side central axis (6-10), mounting plate six (6-11) with
Central axis (6-10), fixed feeding plate (6-12) are located on the upside of export disk (6-7), fixed feeding plate (6-12) and export disk (6-
7) it connects；
Dibit pressure arm combination (1) is located on the upside of bit combination (2), and dibit pressure arm combination (1) is located on formed combination (4)
Side, bit combination (2) are located on the upside of side punching combination (3), and waste material imports combination (5) and is located on the inside of waste material export combination (6), give up
Material imports combination (5) and combines (6) connection with waste material export, and formed combination (4) is located on the inside of waste material export combination (6), molding group
It closes (4) and combines (6) connection with waste material export, side punching combination (3) is located on the inside of waste material export combination (6), and side punching combines (3)
(6) connection is combined with waste material export, bit combination (2) is located on the inside of waste material export combination (6), and bit combination (2) is led with waste material
Combination (6) connection out, dibit pressure arm combination (1) are located on the inside of waste material export combination (6), and dibit pressure arm combines (1) and useless
Material export combination (6) connection.
2. a kind of integrated machine of mold molding rear side punching according to claim 1, it is characterised in that: the free bearing five
(5-2-8) is connect with sliding bucket five (5-3-3).
3. a kind of integrated machine of mold molding rear side punching according to claim 1, it is characterised in that: the adjusting rod
(5-2-3) is connect with index dial (5-1-2) by axis five (5-1-4).
4. a kind of integrated machine of mold molding rear side punching according to claim 1, it is characterised in that: the pin (5-1-
5) quantity is two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910359306.9A CN110076237A (en) | 2019-04-30 | 2019-04-30 | A kind of integrated machine of mold molding rear side punching |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910359306.9A CN110076237A (en) | 2019-04-30 | 2019-04-30 | A kind of integrated machine of mold molding rear side punching |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110076237A true CN110076237A (en) | 2019-08-02 |
Family
ID=67417967
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910359306.9A Pending CN110076237A (en) | 2019-04-30 | 2019-04-30 | A kind of integrated machine of mold molding rear side punching |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110076237A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110947849A (en) * | 2019-12-25 | 2020-04-03 | 江苏万意节能科技有限公司 | Conveying device for cutting off finished steel heald double-row punching line |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104907394A (en) * | 2015-05-29 | 2015-09-16 | 成都瑞达科恒科技有限公司 | Lateral punching die for right-angle V-shaped support |
| CN104923658A (en) * | 2014-03-19 | 2015-09-23 | 上海强精金属制品有限公司 | Rotary folding die for air conditioner partition |
| CN205414104U (en) * | 2016-03-11 | 2016-08-03 | 东莞市圣佳五金制品有限公司 | One-time forming device for bending and punching special-shaped pipes |
| CN205573087U (en) * | 2016-05-08 | 2016-09-14 | 贵溪华泰铜业有限公司 | Multi -functional copper bar waste material briquetting device |
| CN106541019A (en) * | 2015-09-18 | 2017-03-29 | 上海渝洋彩钢机械有限公司 | A kind of cold forming box production equipment |
| CN107661923A (en) * | 2017-10-17 | 2018-02-06 | 东莞市铖立机械设备有限公司 | Connecting Aluminum Sheet Forming Equipment |
| CN207057435U (en) * | 2017-07-12 | 2018-03-02 | 东莞竹田金属制品有限公司 | A combination die for stamping and forming of double-layer thin plates for the production of automobile heat insulation panels |
-
2019
- 2019-04-30 CN CN201910359306.9A patent/CN110076237A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104923658A (en) * | 2014-03-19 | 2015-09-23 | 上海强精金属制品有限公司 | Rotary folding die for air conditioner partition |
| CN104907394A (en) * | 2015-05-29 | 2015-09-16 | 成都瑞达科恒科技有限公司 | Lateral punching die for right-angle V-shaped support |
| CN106541019A (en) * | 2015-09-18 | 2017-03-29 | 上海渝洋彩钢机械有限公司 | A kind of cold forming box production equipment |
| CN205414104U (en) * | 2016-03-11 | 2016-08-03 | 东莞市圣佳五金制品有限公司 | One-time forming device for bending and punching special-shaped pipes |
| CN205573087U (en) * | 2016-05-08 | 2016-09-14 | 贵溪华泰铜业有限公司 | Multi -functional copper bar waste material briquetting device |
| CN207057435U (en) * | 2017-07-12 | 2018-03-02 | 东莞竹田金属制品有限公司 | A combination die for stamping and forming of double-layer thin plates for the production of automobile heat insulation panels |
| CN107661923A (en) * | 2017-10-17 | 2018-02-06 | 东莞市铖立机械设备有限公司 | Connecting Aluminum Sheet Forming Equipment |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110947849A (en) * | 2019-12-25 | 2020-04-03 | 江苏万意节能科技有限公司 | Conveying device for cutting off finished steel heald double-row punching line |
| CN110947849B (en) * | 2019-12-25 | 2024-04-16 | 江苏万意节能科技有限公司 | Left-right conveying device for cutting off finished products of double-row stamping line of steel heald |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN110076237A (en) | A kind of integrated machine of mold molding rear side punching | |
| CN208772270U (en) | A kind of numerical control square-pipe punching machine | |
| CN111672980A (en) | A metal stamping die structure with adjustable bending angle | |
| CN201746171U (en) | Medium-speed double-shaft wire winder | |
| WO2024239531A1 (en) | Punching machine feeding mechanism | |
| CN106391949B (en) | The shaped device of S springs | |
| CN109051237A (en) | Thumb-tack needle for subcutaneous embedding machine | |
| CN208929365U (en) | A kind of positioning tool of countershaft-gear class workpiece | |
| CN209170672U (en) | A kind of loudspeaker production drum paper press device | |
| CN2815676Y (en) | Press double-crank multi-rod transmission mechanism | |
| CN209680884U (en) | A kind of press machine of power battery plate | |
| CN208539311U (en) | A new type of large tonnage terminal machine | |
| CN116274601A (en) | Waste cutting and collecting mechanism of refrigerator door liner coil forming machine | |
| CN209282058U (en) | A kind of capacitor seat board electromechanics Rong Luopin pin shaping mechanism | |
| CN208131880U (en) | A kind of electronic component cutting molding equipment | |
| CN1562624A (en) | Mechanical pressure equipment with pressurizer | |
| CN201533560U (en) | Novel tea leaves rolling machine | |
| CN113814695A (en) | Vertical bone-knitting mechanism | |
| CN222792949U (en) | A convex cover forming, punching and shaping device | |
| CN222793909U (en) | Waste bag processing device and bag breaking equipment | |
| CN222947153U (en) | Compression packaging equipment is used in chemical fiber towel production | |
| CN220675307U (en) | Sole pressing device for leather shoe production | |
| CN211803273U (en) | Stamping mechanism of sheet guide machine | |
| CN215141812U (en) | Lignin combination efficient separation equipment | |
| CN218261311U (en) | Elastic band finishing device for foot bath cover |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20190802 |