CN205152671U - But quick die change's boiling hot bag machine - Google Patents
But quick die change's boiling hot bag machine Download PDFInfo
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- CN205152671U CN205152671U CN201520886165.3U CN201520886165U CN205152671U CN 205152671 U CN205152671 U CN 205152671U CN 201520886165 U CN201520886165 U CN 201520886165U CN 205152671 U CN205152671 U CN 205152671U
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- compact heap
- creasing machine
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Abstract
The utility model belongs to scald the quick -witted field of bag, refer in particular to a neotype but quick die change's boiling hot bag machine, including scalding the quick -witted body of bag, be provided with the lower bolster on the quick -witted body of boiling hot bag, the middle part of lower bolster upper surface is equipped with the die, and die middle part shaping is fluted, and the recess top is provided with the clamp plate, and the clamp plate shape is corresponding with the recess shape, is provided with above the die and scalds blank pressing mechanism, and the place ahead of die is equipped with die quick change mechanism, and die quick change mechanism is: scalding the cylinder components that compresses tightly who is provided with on the quick -witted body of bag more than a set of, compressing tightly cylinder components including setting up at the anterior cylinder that compresses tightly of die, the piston rod a that compresses tightly the cylinder stretches out and installs dog a to die one side, and dog a rear side is provided with the compact heap, the arch and the anterior spacing cooperation of upper surface of die at compact heap rear portion, the compact heap is installed and can be slided the front and back on the vertical stop device who scalds the quick -witted body of bag, the utility model has the advantages of simple structure, convenient to use, but quick die change effectively improve the hem and iron the quality.
Description
Technical field
The invention belongs to pocket creasing machine field, refer in particular to a kind of novel can the pocket creasing machine of quick die change.
Background technology
In traditional garment production field, experienced operator's flanging per hour, a flatiron out pocket 240, this operating efficiency can not meet the competition requirement of apparel industry, and the end product quality of artificial flanging, flatiron out pocket is uneven, cannot ensure the uniformity of apparel quality.
Therefore those skilled in the art have invented pocket creasing machine, commercially there is the long period in pocket creasing machine, semi-automatic pocket creasing machine developing deeply is developed into full-automatic pocket creasing machine from original manual pocket creasing machine, operating efficiency is improved constantly, but although current full-automatic pocket creasing machine can complete automatic flanging, flatiron, but flanging is of low quality, easily play fold.And adding man-hour to different product, change different die, then traditional die is all be screwed on lower bolster, and it is very inconvenient to remove and install, and spend the time of about 20 minutes, so just greatly reduce operating efficiency.
Summary of the invention
The object of the invention is to solve problems of the prior art, providing a kind of structure simple, easy to use, can quick die change, the effectively novel automatic pocket creasing machine of raising flanging flatiron quality.
The object of the present invention is achieved like this:
A kind of can the pocket creasing machine of quick die change, comprise pocket creasing machine body, described pocket creasing machine body is provided with lower bolster, the middle part of lower bolster upper surface is provided with die, groove is formed in the middle part of described die, pressing plate is provided with above described groove, platen shape is corresponding with groove shapes, boiling hot blank body is provided with above described die, the front of die is provided with die quick-changing mechanism, described die quick-changing mechanism is: compression cylinder assembly pocket creasing machine body being provided with more than a group, compression cylinder assembly comprises the compression cylinder being arranged on die front portion, the piston rod a of compression cylinder stretches out to die side and is provided with block a, compact heap is provided with on rear side of block a, the projection at compact heap rear portion coordinates with the upper surface of die front portion is spacing, on the longitudinal limiting device that described compact heap is arranged on pocket creasing machine body and can slide anteroposterior.
Described longitudinal limiting device is: the bottom of described compact heap forms through hole identical before and after several, is provided with bearing pin in through hole, and bearing pin is fixedly mounted on lower bolster, and compact heap can lower bolster slide anteroposterior relatively.
Described longitudinal limiting device is: be provided with bearing pin plate between lower bolster and compact heap, bearing pin plate to be arranged on below die and to be fixed on pocket creasing machine body, the bottom of described compact heap forms through hole identical before and after several, bearing pin is provided with in through hole, bearing pin is fixedly mounted on bearing pin plate, and compact heap can bearing pin plate slide anteroposterior relatively.
Described bearing pin is provided with the resetting means making compact heap be tending towards away from die.
Described resetting means is be enclosed within spring or two magnet mutually repelled on bearing pin.
Described compression cylinder is two-way cylinder, the piston rod b front end of two-way cylinder is provided with block b, piston rod a rear end is provided with described block a, pocket creasing machine body is provided with hinged seat, the side of hinged seat is hinged with pull bar, when pull bar is rocked to the opposite side of hinged seat centered by hinged end, the other end of pull bar is installed on hinged seat, and block b is against on pull bar.
Described die front is provided with two identical die quick-changing mechanisms, and two identical die quick-changing mechanisms are separately positioned on the front of die both sides.
Described die front end face forms right-angle prismatic post, and corresponding to hypotenuse front upper place, the shape of described compact heap projection is corresponding with inclined-plane, and inclined-plane is against protruding lower surface.
Jet mechanism is provided with above described die, described jet mechanism comprises two air nozzles be obliquely installed, the top of the difference alignment indentation both sides of the edge, gas outlet of two air nozzles, the air-flow ecto-entad that gas outlet sprays also is tilted to rear injection, described air nozzle is connected with source of the gas, and source of the gas conveying high-pressure gas flows to air nozzle.
Described pressing plate is fixedly connected on pressing plate Connection Block, the upper surface of pressing plate Connection Block is fixedly connected with swing arm, cylinder a is provided with above swing arm, hinged with the piston rod of cylinder a in the middle part of swing arm, swing arm rear end is hinged on holder, the tail end of cylinder a is hinged on holder, and described two air nozzles are arranged on swing arm both sides respectively, and the air inlet pipeline of air nozzle is all connected with source of the gas.
The front portion of described swing arm upper surface is provided with handle.
The lead agency that described boiling hot blank body comprises hot pick plate and drives hot pick plate movable, hot pick plate connects heating member, heating member makes hot pick plate heat, described lead agency is: described lower bolster both sides are respectively equipped with guide rail, are provided with slide block between two guide rails, and slide block rear is provided with cylinder b, slide block is fixedly connected with cylinder b, cylinder b is with movable slider to move in guide rail, and described hot pick plate is fixedly connected with slide block, and slide block moves and drives hot pick plate to move.
The front of described die upper surface is provided with edge-folding mechanism again, described edge-folding mechanism again comprises two plectrums arranged in opposite directions, the upper surface of die front portion is all hinged in the middle part of two plectrums, two plectrum rear portion inner edges all form " L " shape groove, two grooves are arranged in opposite directions, two plectrum front portions all form chute, two chutes are obliquely installed, arrange in "eight" shape, a cylinder is equipped with in each chute, connecting plate is provided with above described plectrum, two cylinders are all fixedly connected on connecting plate lower surface, flange sheet is provided with between described connecting plate and plectrum, flange sheet is fixedly connected on below connecting plate, pocket creasing machine body is provided with the driving mechanism driving connecting plate movable.
Described driving mechanism is: connecting plate front is provided with cylinder c, and the piston rod of cylinder c is fixedly connected with connecting plate.
A kind of can the pocket creasing machine of quick die change, comprise pocket creasing machine body, described pocket creasing machine body is provided with lower bolster, the middle part of lower bolster upper surface is provided with die, groove is formed in the middle part of described die, pressing plate is provided with above described groove, platen shape is corresponding with groove shapes, boiling hot blank body is provided with above described die, the front of die is provided with die quick-changing mechanism, described die quick-changing mechanism is: compression cylinder assembly pocket creasing machine body being provided with more than a group, compression cylinder assembly comprises the compression cylinder being arranged on die front portion, compact heap is provided with on rear side of compression cylinder, the piston rod a of compression cylinder stretches out to die side and is fixedly connected with compact heap, the projection at compact heap rear portion coordinates with the upper surface of die front portion is spacing.
The present invention gives prominence to compared to existing technology and useful technique effect is:
1, the present invention is by the design of die quick-changing mechanism, makes the dismounting carrying out die that energy is very fast, substantially increases operating efficiency.
2, the present invention is by the design of block a, avoids piston rod carrying compact heap and receives longitudinal power, make the longer service life of compression cylinder.
3, the present invention is by pin shaft design, because bearing pin is fixing, so bearing pin limits vertically moving of compact heap, make the restriction of compact heap to die more stable, and by bearing pin, make the movement of compact heap more stable, when the design of the piston rod of compression cylinder and the direct consolidation of compact heap, bearing pin has shared the power of the longitudinal direction that piston rod is subject to, and makes the longer service life of compression cylinder.
4, the present invention is by the design of resetting means, and when compact heap loses the restriction of block a, resetting means moves after making compact heap, makes dismounting more convenient quicker.
5, the present invention passes through the design of block b and pull bar, make when compact heap compresses die, the work of compression cylinder can be stopped, block b is propped up with pull bar, also define the movement of the piston rod of compression cylinder, therefore make compact heap compress die, the working time of compression cylinder is reduced, extend the service life of compression cylinder, the compression of compact heap also can be made more stable even if compression cylinder does not quit work.
6, the present invention is by the design of jet mechanism, when pressing plate is depressed, rim charge is turned up, by the high pressure draught that air nozzle sprays, make the rear portion side corner of cloth toward interior contraction, thus can not cause pressing situation generation that is uneven or multilayer folding flatiron in the process of flatiron, substantially increase quality and the uniformity of flanging and flatiron.
7, the present invention is fixedly connected with pressing plate Connection Block by pressing plate upper surface, the upper surface of pressing plate Connection Block is fixedly connected with swing arm, cylinder a is provided with above swing arm, hinged with the piston rod of cylinder a in the middle part of swing arm, swing arm rear end is hinged on holder, and the tail end of cylinder a is hinged on holder, makes pressing plate realize covering lower and mentioning by cylinder a, do not need manually to go cover lower or mention, improve security and operating efficiency.
8, the present invention is by the design of handle, makes, when maintenance or power-off, can manually go to mention or lid lower platen.
9, the present invention is by the design of cushion, makes when pressing plate is depressed, and can not to produce and destroy, and decrease die and directly contact with pressing plate, effectively decrease wearing and tearing, improve service life because strength is excessive to cloth.
10, the present invention passes through the design of edge-folding mechanism again, the outstanding part in cloth front portion is turned back backward, makes the finished product after pressing more attractive in appearance.
Accompanying drawing explanation
Fig. 1 is can one of the structural representation of pocket creasing machine of quick die change.
Fig. 2 is can the structural representation two of pocket creasing machine of quick die change.
Fig. 3 is the A place enlarged drawing of Fig. 2.
Fig. 4 is one of structural representation of duty lower cavity die quick-changing mechanism.
Fig. 5 is the structural representation two of duty lower cavity die quick-changing mechanism.
Fig. 6 is one of structural representation of die change state lower cavity die quick-changing mechanism.
Fig. 7 is the structural representation two of die change state lower cavity die quick-changing mechanism.
Fig. 8 is the scheme of installation of plectrum.
1-pocket creasing machine body; 2-work top; 3-lower bolster; 4-die; 5-pressing plate; 6-compression cylinder; 7-compact heap; 8-piston rod a; 9-is protruding; 10-bearing pin; 101-spring; 11-bearing pin plate; 12-piston rod b; 13-block a; 131-block b; 14-hinged seat; 15-pull bar; 16-right-angle prismatic post; 17-air nozzle; The top of 18-groove both sides of the edge; 19-pressing plate Connection Block; 20-swing arm; 21-cylinder a; 22-holder; 23-handle; 24 cushions; 25-hot pick plate; 26-guide rail; 27-slide block; 28-cylinder b; 29-plectrum; 30-" L " shape groove; 31-chute; 32-cylinder; 33-connecting plate; 34 cylinder c; 35-flange sheet.
Detailed description of the invention
Below in conjunction with accompanying drawing, with specific embodiment, the invention will be further described:
The first embodiment: a kind of can the pocket creasing machine of quick die change, comprise pocket creasing machine body 1, described pocket creasing machine body 1 is provided with lower bolster 3, the middle part of lower bolster 3 upper surface is provided with die 4, groove is formed in the middle part of described die 4, pressing plate 5 is provided with above described groove, pressing plate 5 shape is corresponding with groove shapes, boiling hot blank body is provided with above described die 4, the front of die 4 is provided with die quick-changing mechanism, described die quick-changing mechanism is: compression cylinder assembly pocket creasing machine body being provided with more than a group, compression cylinder assembly comprises the compression cylinder 6 being arranged on die 4 front portion, the piston rod a8 of compression cylinder 6 stretches out to die 4 side and is provided with block a13, compact heap 7 is provided with on rear side of block a13, the projection 9 at compact heap 7 rear portion coordinates with the upper surface of die 4 front portion is spacing, on the longitudinal limiting device that described compact heap 7 is arranged on pocket creasing machine body 1 and can slide anteroposterior, preferably, described die 4 rear forms limited block, and the position of described lower bolster 3 relative limit block forms draw-in groove.
Described longitudinal limiting device is: the bottom of described compact heap 7 forms through hole identical before and after several, bearing pin 10 is provided with in through hole, bearing pin 10 is fixedly mounted on lower bolster 3, compact heap 7 can lower bolster 3 slide anteroposterior relatively, because bearing pin 10 is fixing, so bearing pin 10 limits vertically moving of compact heap 7, bearing pin 10 also plays the effect of guiding.
Described longitudinal limiting device is: be provided with bearing pin plate 11 between lower bolster 3 and compact heap 7, bearing pin plate 11 to be arranged on below die 4 and to be fixed on pocket creasing machine body 1, the bottom of described compact heap 7 forms through hole identical before and after several, bearing pin 10 is provided with in through hole, bearing pin 10 is fixedly mounted on bearing pin plate 11, and compact heap 7 can bearing pin plate 11 slide anteroposterior relatively, because bearing pin 10 is fixing, so bearing pin 10 limits vertically moving of compact heap 7, bearing pin 10 also plays the effect of guiding.
Described bearing pin 10 is provided with the resetting means making compact heap 7 be tending towards away from die 4.
Described resetting means is be enclosed within spring 101 or two magnet mutually repelled on bearing pin 10, spring 101 is in contraction state, one end of spring 101 is against on lower bolster 3 or bearing pin plate 11, spring 101 other end is against on compact heap 7, when compact heap 7 loses the constraint of block a13, compact heap 7 is moved out to away from die 4 direction, and the front end of described bearing pin 10 also forms limited block, limited block limits compact heap 7 and is shifted out distance too far away by spring 101, prevents compact heap 7 from departing from bearing pin 10.
Described compression cylinder is two-way cylinder, the piston rod b12 front end of two-way cylinder is provided with block b131, piston rod a8 rear end is provided with described block a13, pocket creasing machine body 1 is provided with hinged seat 14, the side of hinged seat 14 is hinged with pull bar 15, when pull bar 15 is rocked to the opposite side of hinged seat 14 centered by hinged end, the other end of pull bar 15 is installed on hinged seat 14, block b131 is against on pull bar 15, when piston rod b12 retracts, pull bar 15 puts down, the other end of pull bar 15 is installed on hinged seat 14, block b131 is against on pull bar 15, pull bar 15 rotates up, remove the restriction to block b131, by such design, make when compact heap 7 compresses die 4, the work of compression cylinder 6 can be stopped, block b131 is propped up with pull bar 15, also define the movement of the piston rod of compression cylinder 6, therefore compact heap 7 is made to compress die 4, the working time of compression cylinder 6 is reduced, extend the service life of compression cylinder 6, even if it also can be that the compression of compact heap 7 is more stable that compression cylinder 6 does not quit work.
Described die 4 front is provided with two identical die quick-changing mechanisms, and two identical die quick-changing mechanisms are separately positioned on the front of die 4 both sides.
Described die 4 front end face forms right-angle prismatic post 16, corresponding to hypotenuse front upper place, the shape of described compact heap 7 projection 9 is corresponding with inclined-plane, inclined-plane is against the lower surface of protruding 9, spacing hole is formed in the middle part of the front end face that another kind of mode can be die 4, the rear end of compact heap 7 forms the projection adapted with limited block, projection snap in spacing hole realize spacing.
Jet mechanism is provided with above described die 4, described jet mechanism comprises two air nozzles be obliquely installed 17, the top 18 of the difference alignment indentation both sides of the edge, gas outlet of two air nozzles 17, the air-flow ecto-entad that gas outlet sprays also is tilted to rear injection, described air nozzle 17 is connected with source of the gas, and source of the gas conveying high-pressure gas flows to air nozzle; Concrete: air nozzle 17 connects air compressor by pipeline, air compressor conveying high-pressure gas flows to air nozzle 17, when pressing plate 5 is depressed, rim charge is turned up, by the high pressure draught that air nozzle 17 sprays, make the rear portion side corner of cloth toward interior contraction, there will not be carelessly folding situation, make the situation that there will not be flatiron injustice or multilayer folding flatiron in the process pressed.
Described pressing plate 5 upper surface is fixedly connected with pressing plate Connection Block 19, the upper surface of pressing plate Connection Block 19 is fixedly connected with swing arm 20, cylinder a21 is provided with above swing arm 20, hinged with the piston rod of cylinder a21 in the middle part of swing arm 20, swing arm 20 rear end is hinged on holder 22, and the tail end of cylinder a21 is hinged on holder 22, and described swing arm 20 upper surface front portion is provided with handle 23, described two air nozzles 17 are arranged on swing arm 20 both sides respectively, and the air inlet pipeline of air nozzle 17 is all connected with source of the gas.
The front portion of described swing arm 20 upper surface is provided with handle 23
Be provided with cushion 24 in the groove of described die 4, the shape of described cushion 24 is corresponding with groove shapes, and described cushion 24 is slightly less than groove 4.
The lead agency that described boiling hot blank body comprises hot pick plate 25 and drives hot pick plate 25 movable, hot pick plate 25 connects heating member, heating member makes hot pick plate 25 heat, described lead agency is: described lower bolster 3 both sides are respectively equipped with guide rail 26, slide block 27 is provided with between two guide rails 26, slide block 27 rear is provided with cylinder b28, slide block 27 is fixedly connected with cylinder b28, cylinder b28 is with movable slider 27 to move in guide rail 26, described hot pick plate 25 is fixedly connected with slide block 27, and slide block 27 moves and drives hot pick plate 25 to move.
Described hot pick plate 15 is " recessed " shape structure.
The front of described die 3 upper surface is provided with edge-folding mechanism again, described edge-folding mechanism again comprises two plectrums arranged in opposite directions 29, the upper surface of die 3 front portion is all hinged in the middle part of two plectrums 29, two plectrum 29 rear portion inner edges all form " L " shape groove 30, two " L " shape grooves 30 are arranged in opposite directions, two plectrum 29 afterbodys all form chute 31, two chutes 31 are obliquely installed, arrange in "eight" shape, a cylinder 32 is equipped with in each chute 31, connecting plate 33 is provided with above described plectrum 29, two cylinders 32 are all fixedly connected on connecting plate 33 lower surface, flange sheet 35 is provided with between described connecting plate 33 and plectrum 29, flange sheet 35 is fixedly connected with connecting plate 33, described pocket creasing machine body 1 is provided with the driving mechanism driving connecting plate 33 movable.
Described driving mechanism is: connecting plate 33 front is provided with cylinder c34, and the piston rod of cylinder c34 is fixedly connected with connecting plate 33.When the piston rod of cylinder d34 stretches out, connecting plate 33 moves forward, cylinder 32 slides in the chute 31 of plectrum 29, make plectrum 29 rear portion toward adduction and push down the front portion of cloth rim charge, flange sheet 35 moves forward until make the rim charge in " L " shape groove 30 again turn down along with connecting plate 33 simultaneously, when the piston rod of cylinder d34 is regained, the rear portion of plectrum 29 is opened outward and cloth is left in the retrogressing of flange sheet.
The second embodiment is substantially identical with the first embodiment, difference is: a kind of can the pocket creasing machine of quick die change, comprise pocket creasing machine body 1, described pocket creasing machine body 1 is provided with lower bolster 3, the middle part of lower bolster 3 upper surface is provided with die 4, groove is formed in the middle part of die 4, pressing plate 5 is provided with above described groove, pressing plate 5 shape is corresponding with groove shapes, boiling hot blank body is provided with above described die 4, the front of die 4 is provided with die quick-changing mechanism, described die quick-changing mechanism is: compression cylinder assembly pocket creasing machine body 1 being provided with more than a group, compression cylinder assembly comprises the compression cylinder 6 being arranged on die 4 front portion, compact heap 7 is provided with on rear side of compression cylinder 6, the piston rod a8 of compression cylinder 6 stretches out to die 4 side and is fixedly connected with compact heap 7, the projection 9 at compact heap 7 rear portion coordinates with the upper surface of die 4 front portion is spacing, the second embodiment is not essential for the demand of longitudinal limiting device, demand for resetting means is also not essential, fixing by compression cylinder 6, compact heap 7 is made to limit the movement of die 4.
The operation principle of the automatic pocket creasing machine of the present invention:
During beginning, cushion 24 is put into the groove of die 4, then cloth is put down (namely, treat the bag of hot pressure), then press and release the button, the piston rod of cylinder a21 stretches out, make swing arm 20 swing crush board 5 and press to contact resilient pad 24, profile due to cloth is greater than the profile of groove, so the periphery of cloth all upwards turns down certain angle (this turnover is comparatively random), now air nozzle 17 is towards the top 18 place blowout high pressure draught of groove both sides of the edge, make the rim charge on the top 18 of groove both sides of the edge toward sunken inside, then, the piston rod of cylinder b28 stretches out, hot pick plate 25 after heating is moved forward along die 4 upper surface, hot pick plate 25 turns down the rim charge on the top 18 of groove both sides of the edge and folds flatiron, hot pick plate 25 continues reach, simultaneously, the piston rod of cylinder d34 stretches out, cylinder 32 slides in the chute 31 of plectrum 29, make plectrum 29 rear portion toward adduction and push down the front portion of cloth rim charge, rim charge in " L " shape groove 30 on plectrum 29 tilts slightly, at this moment flange sheet 35 makes the rim charge in " L " shape groove 30 again turn down, after turnover, hot pick plate 25 is pushed down whole flangings and presses through row, after flatiron setting-up time, the cylinder c34 then cylinder b28 that retracts retracts, cylinder a21 controls pressing plate 5 and lifts, take out the cloth pressed.
For the first embodiment: when changing die 4, pull bar 15 up overturns, solve the restriction to block b131, the piston rod a8 of compression cylinder 6 regains, block a13 also regains, elastic force due to spring 101 makes compact heap 7 move along bearing pin 10 forward, the restriction cancellation of compact heap 7 pairs of dies 4, die 4 can be taken out easily, when loading onto new die 4, the piston rod a8 of compression cylinder 6 stretches out, block a13 also stretches out, compact heap 7 is made to compress die 4 forward, due to piston rod b and piston rod a in the same way and synchronizing moving, piston rod a stretches out, piston rod b regains, move after block b131, putting down pull bar 15 makes pull bar 15 prop up block b131, realize fixing.
For the second embodiment: when changing die 4, pull bar 15 up overturns, solve the restriction to block b131, the piston rod a8 of compression cylinder 6 regains, compact heap 7 is driven to move along bearing pin 10 forward, compact heap is to the restriction cancellation of die 4, die 4 can be taken out easily, when loading onto new die 4, the piston rod a7 of compression cylinder 6 stretches out, compact heap 7 pushes down die 4, due to piston rod b and piston rod a in the same way and synchronizing moving, piston rod a stretches out, piston rod b regains, move after block b131, putting down pull bar 15 makes pull bar 15 prop up block b131, realize fixing.
The present invention has structure simple, easy to use, can quick die change, the effectively feature of raising flanging flatiron quality.
More than show and describe general principle of the present invention and principal character and advantage of the present invention.The technical staff of the industry should understand; the present invention is not restricted to the described embodiments; what describe in above-described embodiment and description just illustrates principle of the present invention; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications, and these changes and improvements all fall in the claimed scope of the invention.Application claims protection domain is defined by appending claims and equivalent thereof.
Claims (10)
1. one kind can the pocket creasing machine of quick die change, comprise pocket creasing machine body, it is characterized in that, described pocket creasing machine body is provided with lower bolster, the middle part of lower bolster upper surface is provided with die, groove is formed in the middle part of described die, pressing plate is provided with above described groove, platen shape is corresponding with groove shapes, boiling hot blank body is provided with above described die, the front of die is provided with die quick-changing mechanism, described die quick-changing mechanism is: compression cylinder assembly pocket creasing machine body being provided with more than a group, compression cylinder assembly comprises the compression cylinder being arranged on die front portion, the piston rod a of compression cylinder stretches out to die side and is provided with block a, compact heap is provided with on rear side of block a, the projection at compact heap rear portion coordinates with the upper surface of die front portion is spacing, on the longitudinal limiting device that described compact heap is arranged on pocket creasing machine body and can slide anteroposterior.
2. according to claim 1 a kind of can the pocket creasing machine of quick die change, it is characterized in that, described longitudinal limiting device is: the bottom of described compact heap forms through hole identical before and after several, bearing pin is provided with in through hole, bearing pin is fixedly mounted on lower bolster, and compact heap can lower bolster slide anteroposterior relatively.
3. according to claim 1 a kind of can the pocket creasing machine of quick die change, it is characterized in that, described longitudinal limiting device is: be provided with bearing pin plate between lower bolster and compact heap, bearing pin plate to be arranged on below die and to be fixed on pocket creasing machine body, the bottom of described compact heap forms through hole identical before and after several, be provided with bearing pin in through hole, bearing pin is fixedly mounted on bearing pin plate, and compact heap can bearing pin plate slide anteroposterior relatively.
4. a kind of according to Claims 2 or 3 can the pocket creasing machine of quick die change, it is characterized in that, described bearing pin is provided with the resetting means making compact heap be tending towards away from die.
5. according to claim 4 a kind of can the pocket creasing machine of quick die change, it is characterized in that, described resetting means is be enclosed within spring or two magnet mutually repelled on bearing pin.
6. a kind of according to claim 1 or 2 or 3 can the pocket creasing machine of quick die change, it is characterized in that, described compression cylinder is two-way cylinder, the piston rod b front end of two-way cylinder is provided with block b, and piston rod a rear end is provided with described block a, and pocket creasing machine body is provided with hinged seat, the side of hinged seat is hinged with pull bar, when pull bar is rocked to the opposite side of hinged seat centered by hinged end, the other end of pull bar is installed on hinged seat, and block b is against on pull bar.
7. according to claim 6 a kind of can the pocket creasing machine of quick die change, it is characterized in that, described die front is provided with two identical die quick-changing mechanisms, and two identical die quick-changing mechanisms are separately positioned on the front of die both sides.
8. a kind of according to claim 1 or 2 or 3 can the pocket creasing machine of quick die change, it is characterized in that, described die front end face forms right-angle prismatic post, corresponding to hypotenuse front upper place, the shape of described compact heap projection is corresponding with inclined-plane, and inclined-plane is against protruding lower surface.
9. a kind of according to claim 1 or 2 or 3 can the pocket creasing machine of quick die change, it is characterized in that, jet mechanism is provided with above described die, described jet mechanism comprises two air nozzles be obliquely installed, the top of the difference alignment indentation both sides of the edge, gas outlet of two air nozzles, the air-flow ecto-entad that gas outlet sprays also is tilted to rear injection, and described air nozzle is connected with source of the gas, and source of the gas conveying high-pressure gas flows to air nozzle.
10. one kind can the pocket creasing machine of quick die change, comprise pocket creasing machine body, it is characterized in that, described pocket creasing machine body is provided with lower bolster, the middle part of lower bolster upper surface is provided with die, groove is formed in the middle part of described die, pressing plate is provided with above described groove, platen shape is corresponding with groove shapes, boiling hot blank body is provided with above described die, the front of die is provided with die quick-changing mechanism, described die quick-changing mechanism is: compression cylinder assembly pocket creasing machine body being provided with more than a group, compression cylinder assembly comprises the compression cylinder being arranged on die front portion, compact heap is provided with on rear side of compression cylinder, the piston rod a of compression cylinder stretches out to die side and is fixedly connected with compact heap, the projection at compact heap rear portion coordinates with the upper surface of die front portion is spacing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520886165.3U CN205152671U (en) | 2015-11-09 | 2015-11-09 | But quick die change's boiling hot bag machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520886165.3U CN205152671U (en) | 2015-11-09 | 2015-11-09 | But quick die change's boiling hot bag machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205152671U true CN205152671U (en) | 2016-04-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520886165.3U Withdrawn - After Issue CN205152671U (en) | 2015-11-09 | 2015-11-09 | But quick die change's boiling hot bag machine |
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| Country | Link |
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| CN (1) | CN205152671U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105274820A (en) * | 2015-11-09 | 2016-01-27 | 浙江中森缝纫机有限公司 | Mould-quickly replaceable pocket creasing machine |
-
2015
- 2015-11-09 CN CN201520886165.3U patent/CN205152671U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105274820A (en) * | 2015-11-09 | 2016-01-27 | 浙江中森缝纫机有限公司 | Mould-quickly replaceable pocket creasing machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160413 Effective date of abandoning: 20171219 |
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| AV01 | Patent right actively abandoned |