CN209007718U - A kind of die cut device - Google Patents

Abstract

The utility model relates to a kind of cutter devices, more particularly, to a kind of die cut device, it includes pedestal and the mounting rack being fixed on the base, slidably connected on the mounting rack can far from or close to pedestal stamping parts, there are gaps between the stamping parts and pedestal, the stamping parts is connected with driving mechanism, and the stamping parts includes the staking punch for being detachably connected on stamping parts on one end of pedestal, and the staking punch is provided with cutting ring towards one end of pedestal.The utility model has the effect of efficiently accurately cutting out required testing piece on waterproof roll.

Description

A kind of die cut device

Technical field

The utility model relates to a kind of cutter devices, more particularly, to a kind of die cut device.

Background technique

After waterproofing membrane production, need to inspect the various performances of coiled material by random samples.Detection is required from waterproof roll every time It is upper to cut next small test pieces for detecting.And the performance for being directed to test is different, the survey cut out on waterproof roll The area and shape of test piece will be different.

Currently, testing staff is usually that scissors is utilized to cut lower testing piece from waterproof roll, surveyed being cut using scissors When test piece, the area of testing piece, shape are difficult to be precisely controlled, and operating efficiency is low.

Utility model content

In view of the deficienciess of the prior art, the utility model lies in that provide a kind of die cut device, it is advantageous that Required testing piece can be efficiently accurately cut out on waterproof roll.

The technical purpose of the utility model has the technical scheme that a kind of die cut device, packet The mounting rack for including pedestal and being fixed on the base, slidably connect on the mounting rack can far from or close to pedestal punching press Part, there are gap between the stamping parts and pedestal, the stamping parts is connected with driving mechanism, and the stamping parts includes removable The staking punch for being connected to stamping parts on one end of pedestal is unloaded, the staking punch is provided with cutting ring towards one end of pedestal.

By using above-mentioned technical proposal, drive stamping parts to base motions, cutting ring and cylinder contacts using driving assembly The testing piece being adapted under coiled material cutting with cutting ring shape is cut because the shape of cutting ring is fixed using same cutting ring Under testing piece shape area it is certain.In addition, staking punch is removably connected to stamping parts, it is replaceable for required testing piece Different staking punch.

The utility model is further arranged to: the mounting rack includes the vertical plate and mounting blocks vertical with pedestal, described Mounting blocks are located at vertical plate upper end, and one end of the mounting blocks offers the dovetail groove perpendicular to pedestal, and the dovetail groove passes through up and down Mounting blocks are worn, the stamping parts includes being slidably connected in dovetail groove, is in the block-like sliding block of dovetail.

By using above-mentioned technical proposal, sliding block is slidably connected in dovetail bulk with dovetail groove, therefore sliding block can be along Dovetail groove slides up and down.

The utility model is further arranged to: the drive rod of the driving mechanism packet and mounting blocks rotation connection, the drive Lever through mounting blocks and with pedestal keeping parallelism, one end of the drive rod enters in dovetail groove, and the drive rod is located at One end in dovetail groove is coaxially fixed with driving gear, and the sliding block is provided with driver slot, the drive towards one end of drive rod Dynamic slot opens up that direction is vertical with the axis of drive rod, the length direction of the lateral edge driver slot in the driver slot be provided with The rack gear of gear engagement is driven, the drive rod is coaxially fixed with handwheel far from one end of sliding block.

By using above-mentioned technical proposal, rotates handwheel and drive drive rod rotation, drive rod will drive sliding tooth when rotating Wheel rotation, because of driving wheel and rack engagement, the driving gear of rotation can be with movable slider along gliding on dovetail groove It is dynamic.

The utility model is further arranged to: the sliding block is close to one end of pedestal rotation connection dismounting block, the sliding block One valve of one end close to pedestal and one end far from handwheel and hinge is fixed, and another valve and the dismounting block of hinge are fixed, described Dismount that block and the axis that sliding block is rotatablely connected are vertical with drive rod axis, it is described dismount block and shoe contact be embedded with the on one side One magnet block.

It by using above-mentioned technical proposal, dismounts block and sliding block is rotatablely connected, therefore can be made by rotation dismounting block Block one end oriented manipulation personnel towards pedestal originally are dismounted, operator is facilitated to dismount staking punch.First magnet block to tear open Dress block links together with sliding block.

The utility model is further arranged to: the dismounting block offers mounting groove, the punching press towards one end of pedestal Head includes the coordinating block with mounting groove cooperation, and the coordinating block is connected with link block, and the cutting ring is located at link block far from cooperation In the one side in hole, it is provided with screw hole on the coordinating block, is provided with connecting hole corresponding with screw hole on the dismounting block, bolt is worn Connecting hole is crossed to be threadedly coupled with screw hole.

By using above-mentioned technical proposal, coordinating block is inserted into mounting groove, then again by bolt pass through connecting hole with Screw hole is threadedly coupled, and can be fixed together staking punch and dismounting block, conversely, can dismantle staking punch from dismounting block Under.

The utility model is further arranged to: the coordinating block is tapered, and the mounting groove is also corresponding with coordinating block Taper.

By using above-mentioned technical proposal, one end size that tapered coordinating block is used to be inserted into mounting groove is smaller, And the opening size of the mounting groove of taper is larger, so that coordinating block is easy to be inserted into mounting groove.

The utility model is further arranged to: the link block is embedded with the second magnet block towards dismounting block on one side.

By using above-mentioned technical proposal, link block and dismounting block are attached together by the second magnet block, so that staking punch It preliminary can link together with dismounting block, facilitate and staking punch and dismounting block are fixed together using bolt.

The utility model is further arranged to: the link block is provided with locating piece towards dismounting block on one side, described to tear open Locating slot is correspondingly arranged on locating piece on dress block.

By using above-mentioned technical proposal, when locating piece enters locating slot, connecting hole is just corresponding with screw hole, thus convenient Bolt passes through connecting hole and enters in screw hole.

In conclusion the utility model has the following beneficial effects:

1, the cutting ring shape on staking punch is fixed and staking punch is replaceable, therefore can efficiently accurately be cut out on waterproof roll Cut required testing piece；

2, it dismounts block and sliding block is rotatablely connected, therefore can to dismount block originally towards pedestal by rotation dismounting block One end oriented manipulation personnel facilitate operator to dismount staking punch；

3, link block and dismounting block are attached together by the second magnet block, so that the connection that staking punch and dismounting block can be preliminary Together, facilitate and staking punch and dismounting block are fixed together using bolt.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model；

Fig. 2 is the schematic diagram of the section structure of the utility model；

Fig. 3 is the enlarged structure schematic diagram in Fig. 2 at A.

Appended drawing reference: 1, pedestal；2, mounting rack；3, stamping parts；4, staking punch；5, cutting ring；6, vertical plate；7, mounting blocks；8, Sliding block；9, dovetail groove；10, drive rod；11, gear is driven；12, driver slot；13, rack gear；14, block is dismounted；15, hinge；16, One magnet block；17, mounting groove；18, coordinating block；19, link block；20, screw hole；21, connecting hole；22, the second magnet block；23, fixed Position block；24, locating slot；25, handwheel；26, bolt.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

As shown in Figure 1, being a kind of die cut device disclosed by the utility model, including rectangular pedestal 1 and fix Mounting rack 2 on pedestal 1, slidably connect on mounting rack 2 can far from or close to pedestal 1 stamping parts 3, stamping parts 3 and bottom There are gaps between seat 1, in addition, stamping parts 3 is connected with the driving mechanism being arranged on mounting rack 2.Stamping parts 3 includes removable The staking punch 4 for being connected to stamping parts 3 on one end of pedestal 1 is unloaded, staking punch 4 is provided with cutting ring 5 towards one end of pedestal 1.

As shown in Figure 1, 2, mounting rack 2 includes the vertical plate 6 and mounting blocks 7 for being vertically fixed on 1 one end margin of pedestal, installation Block 7 is located at 6 upper end of vertical plate and is located at the top of pedestal 1.One end edge of mounting blocks 7 has the dovetail perpendicular to pedestal 1 Slot 9, about 9 dovetail groove run through mounting blocks 7, and it is in the block-like sliding block of dovetail that stamping parts 3, which includes being slidably connected in dovetail groove 9, 8.In addition, dovetail groove 9 can also be T-slot, sliding block 8 can be T-block.

The drive rod 10 that driving mechanism packet and mounting blocks 7 are rotatablely connected, drive rod 10 through mounting blocks 7 and with pedestal 1 Keeping parallelism, with 6 perpendicular of vertical plate.One end of drive rod 10 enters in dovetail groove 9, and drive rod 10 is located in dovetail groove 9 One end is coaxially fixed with driving gear 11, and sliding block 8 offers driver slot 12 towards one end of drive rod 10, and driver slot 12 is apart from cunning There are also certain distances for the upper and lower ends of block 8.Driver slot 12 to open up direction vertical with the axis of drive rod 10, in driver slot 12 A lateral edge driver slot 12 length direction be fixed with the rack gear 13 that engages of driving gear 11, drive rod 10 is far from sliding block 8 One end is coaxially fixed with handwheel 25.

Drive rod 10 is driven to rotate by rotation handwheel 25, drive rod 10 will drive driving gear 11 and rotate when rotating, because It is engaged for driving gear 11 with rack gear 13, therefore the driving gear 11 rotated can drive stamping parts 3 to glide on dovetail groove 9 It is dynamic.Coiled material is laid on pedestal 1, when staking punch 4 declines, cutting ring 5 die cut can go out a test pieces on coiled material.

As shown in Figure 2,3, stamping parts 3 further includes the dismounting block 14 being rotatablely connected with sliding block 8 close to one end of pedestal 1, sliding One valve of the one end of block 8 close to pedestal 1 and one end far from handwheel 25 and hinge 15 is fixed, another valve and dismounting block of hinge 15 14 is fixed, dismounts block 14 and the axis being rotatablely connected of sliding block 8 is vertical with 10 axis of drive rod, and dismounting block 14 is contacted with sliding block 8 It is embedded with the first magnet block 16 on one side.

Because dismounting block 14 and sliding block 8 being rotatablely connected, it can to dismount block 14 originally by rotation dismounting block 14 One end oriented manipulation personnel towards pedestal 1 facilitate operator to dismount staking punch 4.When dismounting block 14 is bonded with sliding block 8, the One magnet block 16 makes dismounting block 14 link together with sliding block 8.

Dismounting block 14 offers the mounting groove 17 of taper towards one end of pedestal 1, and staking punch 4 includes cooperating with mounting groove 17 Taper coordinating block 18,18 round bottom one end of coordinating block is fixedly connected with discoid link block 19, the coaxial company of being fixed on of cutting ring 5 Block 19 is connect far from the one side of matching hole.

It is also provided with screw hole 20 on coordinating block 18, and dismounts and offers connecting hole 21 corresponding with screw hole 20 on block 14. In addition, link block 19 is embedded with the second magnet block 22 towards dismounting block 14 on one side when staking punch 4 is mounted on sliding block 8.Connection Block 19 is fixed with locating piece 23 towards dismounting block 14 on one side, is correspondingly arranged on locating slot with locating piece 23 on dismounting block 14 24。

When locating piece 23 enters locating slot 24, connecting hole 21 is just corresponding with screw hole 20.And the second magnet block 22 will connection Block 19 is attached together with dismounting block 14, so that staking punch 4 preliminary can link together with dismounting block 14, finally facilitates utilization One piece of bolt 26 passes through connecting hole 21 and is threadedly coupled with screw hole 20, and then staking punch 4 and dismounting block 14 are fixed together.Instead It, then can be by staking punch 4 from dismounting and change on sliding block 8.

The implementation principle of the present embodiment are as follows: manual rotation's handwheel 25 drives stamping parts 3 to move to pedestal 1, cutting ring 5 and coiled material The testing piece being adapted under coiled material cutting with 5 shape of cutting ring is contacted, it is same utilizing because the shape of cutting ring 5 is fixed The shape area for the testing piece that cutting ring 5 is cut is certain, and meets the required shape area regulation of detection.In addition, because punching Pressure head 4 is removably connected to stamping parts 3, for the required replaceable different staking punch 4 of testing piece.

The embodiment of present embodiment is the preferred embodiment of the utility model, and not limitation is originally practical new according to this The protection scope of type, therefore: the equivalence changes that all structures, shape, principle according to the utility model are done should all be covered by practical Within novel protection scope.

Claims (8)

1. a kind of die cut device, it is characterized in that: including pedestal (1) and the mounting rack (2) being fixed on pedestal (1), institute State slidably connected on mounting rack (2) can far from or close to pedestal (1) stamping parts (3), the stamping parts (3) and pedestal (1) Between there are gap, the stamping parts (3) is connected with driving mechanism, and the stamping parts (3) includes to be detachably connected on punching press Staking punch (4) of the part (3) on the one end of pedestal (1), the staking punch (4) are provided with cutting ring towards one end of pedestal (1) (5)。

2. a kind of die cut device according to claim 1, it is characterized in that: the mounting rack (2) includes and pedestal (1) Vertical vertical plate (6) and mounting blocks (7), the mounting blocks (7) are located at vertical plate (6) upper end, and one end of the mounting blocks (7) is opened Equipped with the dovetail groove (9) perpendicular to pedestal (1), the dovetail groove (9) runs through mounting blocks (7) up and down, and the stamping parts (3) includes It is slidably connected in dovetail groove (9), is in the block-like sliding block of dovetail (8).

3. a kind of die cut device according to claim 2, it is characterized in that: the driving mechanism packet and mounting blocks (7) The drive rod (10) of rotation connection, the drive rod (10) through mounting blocks (7) and with pedestal (1) keeping parallelism, the drive One end of lever (10) enters in dovetail groove (9), and one end that the drive rod (10) is located in dovetail groove (9) is coaxially fixed with drive Moving gear (11), the sliding block (8) are provided with driver slot (12) towards one end of drive rod (10), and driver slot (12) are opened Set direction is vertical with the axis of drive rod (10), the length direction setting of the lateral edge driver slot (12) in the driver slot (12) There is the rack gear (13) engaged with driving gear (11), the drive rod (10) is coaxially fixed with handwheel far from the one end of sliding block (8) (25)。

4. a kind of die cut device according to claim 3, it is characterized in that: the one of the sliding block (8) close pedestal (1) End rotation connection dismounting block (14), the one end of the sliding block (8) close to pedestal (1) and one end and hinge far from handwheel (25) (15) a valve is fixed, and another valve of hinge (15) and dismounting block (14) are fixed, and the dismounting block (14) and sliding block (8) rotation connect The axis connect is vertical with drive rod (10) axis, and dismounting block (14) is embedded with the first magnet with what sliding block (8) contacted on one side Block (16).

5. a kind of die cut device according to claim 4, it is characterized in that: the dismounting block (14) is towards pedestal (1) One end offer mounting groove (17), the staking punch (4) include with mounting groove (17) cooperation coordinating block (18), the cooperation Block (18) is connected with link block (19), and the cutting ring (5) is located in the one side of link block (19) separate matching hole, the coordinating block (18) it is provided on screw hole (20), connecting hole (21) corresponding with screw hole (20) is provided on the dismounting block (14), bolt is worn Connecting hole (21) is crossed to be threadedly coupled with screw hole (20).

6. a kind of die cut device according to claim 5, it is characterized in that: the coordinating block (18) is tapered, it is described Mounting groove (17) is also taper corresponding with coordinating block (18).

7. a kind of die cut device according to claim 6, it is characterized in that: the link block (19) is towards dismounting block (14) be embedded with the second magnet block (22) on one side.

8. a kind of die cut device according to claim 7, it is characterized in that: the link block (19) is towards dismounting block (14) be provided on one side locating piece (23), is correspondingly arranged on locating slot (24) with locating piece (23) on the dismounting block (14).