CN103978733B - Anti-phase on some other day package bag making device - Google Patents
Anti-phase on some other day package bag making device Download PDFInfo
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- CN103978733B CN103978733B CN201410250237.5A CN201410250237A CN103978733B CN 103978733 B CN103978733 B CN 103978733B CN 201410250237 A CN201410250237 A CN 201410250237A CN 103978733 B CN103978733 B CN 103978733B
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- hydraulic cylinder
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- controller
- plastic sheeting
- phase
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- 238000004519 manufacturing process Methods 0.000 claims abstract description 93
- 238000004806 packaging method and process Methods 0.000 claims abstract description 66
- 238000004080 punching Methods 0.000 claims abstract description 36
- 238000007789 sealing Methods 0.000 claims abstract description 19
- 238000000034 method Methods 0.000 claims abstract description 11
- 239000004033 plastic Substances 0.000 claims description 143
- 239000011159 matrix material Substances 0.000 claims description 76
- 230000006698 induction Effects 0.000 claims description 24
- 239000012528 membrane Substances 0.000 claims description 24
- 239000012943 hotmelt Substances 0.000 claims description 20
- 230000009466 transformation Effects 0.000 claims description 8
- 238000003466 welding Methods 0.000 claims description 8
- 235000021485 packed food Nutrition 0.000 claims description 3
- 235000013305 food Nutrition 0.000 abstract description 5
- 230000001154 acute effect Effects 0.000 description 9
- 238000007639 printing Methods 0.000 description 8
- 238000001514 detection method Methods 0.000 description 4
- 239000007788 liquid Substances 0.000 description 3
- 239000004831 Hot glue Substances 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 239000002989 correction material Substances 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000012856 packing Methods 0.000 description 1
- 239000002985 plastic film Substances 0.000 description 1
- 229920006255 plastic film Polymers 0.000 description 1
Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B50/00—Making rigid or semi-rigid containers, e.g. boxes or cartons
- B31B50/74—Auxiliary operations
- B31B50/88—Printing; Embossing
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B50/00—Making rigid or semi-rigid containers, e.g. boxes or cartons
- B31B50/60—Uniting opposed surfaces or edges; Taping
- B31B50/64—Uniting opposed surfaces or edges; Taping by applying heat or pressure, e.g. by welding
Landscapes
- Auxiliary Devices For And Details Of Packaging Control (AREA)
Abstract
Anti-phase on some other day package bag making device includes punching printer, envelope word machine, hydraulic means, frame and controller, punching printer includes date puncher, shelf-life puncher, printer, punching pad mould and the first bed die, and envelope word machine includes heat-sealing machine and the second bed die；The working procedure of device includes automatic working procedure and manual work program；The automatic workflow of anti-phase on some other day package bag making device is: stamp out date of manufacture word hole → punching press shelf-life word hole → print anti-correction date of manufacture → print anti-correction shelf-life → anti-correction date of manufacture and anti-correction shelf-life heat seal；Utilize anti-phase on some other day package bag making device that the packaging bag of common food or other article creates anti-phase on the some other day packaging bag with anti-altering function, make packaging bag have multiple anti-altering function, improve the anti-correction performance of packaging bag.
Description
Technical field
The present invention relates to the manufacture device of a kind of packaging bag, a kind of anti-phase on some other day package bag making device.
Background technology
At present, the packaging bag of product, particularly food pack, easily utilized correction medicinal liquid to alter by lawless person in packing date and the shelf-life of packaging bag printing, damage the rights and interests of consumer；The manufacture of a kind of anti-phase on some other day packaging bag, needs a kind of anti-phase on some other day package bag making device.
Summary of the invention
It is an object of the invention to overcome the deficiencies in the prior art, a kind of anti-phase on some other day package bag making device is provided, for manufacturing a kind of anti-phase on some other day packaging bag, alter medicinal liquid for preventing lawless person from utilizing and alter date of manufacture and the shelf-life of packaging bag, safeguard the rights and interests of consumer.
The technical solution adopted in the present invention is: manufacturing a kind of anti-phase on some other day packaging bag needs a kind of anti-phase on some other day package bag making device；Anti-phase on some other day packaging bag is made up of with rear plastic sheeting heat seal welding front plastic sheeting, and anti-phase on some other day packaging bag is provided with heat sealing；The side of heat sealing is provided with anti-correction date of manufacture and anti-correction shelf-life, and the anti-correction date of manufacture is made up of the date of manufacture word hole of the date of manufacture printed and correspondence, and the anti-correction shelf-life is made up of the shelf-life word hole of the shelf-life printed and correspondence；Date of manufacture and shelf-life are printed on rear plastic sheeting, and date of manufacture word hole and shelf-life word hole are located on front plastic sheeting, and the date of manufacture word hole of front plastic sheeting is identical with the shape of the date of manufacture of rear plastic sheeting and size；The shelf-life word hole of front plastic sheeting is identical with the shape of the shelf-life of rear plastic sheeting and size；The date of manufacture word hole of front plastic sheeting is positioned at the opposite of the date of manufacture of rear plastic sheeting, the shelf-life word hole of front plastic sheeting is positioned at the opposite of the shelf-life of rear plastic sheeting, it is provided with anti-correction sealed membrane between date of manufacture and date of manufacture word hole and between shelf-life and shelf-life word hole, date of manufacture and the shelf-life of printing are sealed in inside anti-correction sealed membrane；
Anti-phase on some other day package bag making device includes punching printer, envelope word machine, hydraulic means, frame and controller, and punching printer, envelope word machine, hydraulic means and controller are installed in frame；Punching printer includes date puncher, shelf-life puncher, printer, punching pad mould and the first bed die；Envelope word machine includes heat-sealing machine and the second bed die；
Date puncher includes the first pressure hole type matrix and the first hydraulic cylinder, the shell of the first hydraulic cylinder is connected with frame, the piston rod of the first hydraulic cylinder and the first pressure hole type matrix connect, first pressure hole type matrix is type punch die, the word of type punch die is identical with the word of date of manufacture, for stamping out date of manufacture word hole at front plastic sheeting；In order to avoid swinging when the first pressure hole type matrix runs, the first pressure hole type matrix is provided with the first guide pin bushing, and the first hydraulic cylinder is fixed with the first guide rod, and the first leader casing is in the first guide pin bushing, and the first guide rod and the dynamic of the first guide pin bushing are connected；
Shelf-life puncher includes the second pressure hole type matrix and the second hydraulic cylinder, the shell of the second hydraulic cylinder is connected with frame, the piston rod of the second hydraulic cylinder and the second pressure hole type matrix connect, second pressure hole type matrix is type punch die, the word of type punch die is identical with the word of shelf-life, for stamping out shelf-life word hole at front plastic sheeting；In order to avoid swinging when the second pressure hole type matrix runs, the second pressure hole type matrix is provided with the second guide pin bushing, and the second hydraulic cylinder is fixed with the second guide rod, and the second leader casing is in the second guide pin bushing, and the second guide rod and the dynamic of the second guide pin bushing are connected；
Punching pad mould includes the 6th hydraulic cylinder and plate, and the shell of the 6th hydraulic cylinder is connected with frame, and the piston rod of the 6th hydraulic cylinder is connected with plate, and plate is positioned at the left side of the first bed die；When date puncher punching production date word hole and shelf-life puncher punching press shelf-life word hole, the 6th hydraulic cylinder is utilized to be inserted between front plastic sheeting and rear plastic sheeting by plate, in order to avoid punching is flushed to rear plastic sheeting；
Printer includes printer, the 3rd hydraulic cylinder, the 4th hydraulic cylinder, the first slide, the first slide rail, the second slide rail and the second sliding sleeve, 3rd hydraulic cylinder and the first slide rail are installed in frame, the piston rod of the 3rd hydraulic cylinder and the fixing connection of the first slide, first slide and the first slide rail move and are connected, and utilize the 3rd hydraulic cylinder to control the first slide and move in the vertical direction；4th hydraulic cylinder and printer are installed on the first slide, the printhead of printer and the fixing connection of the piston rod of the 4th hydraulic cylinder, utilize the 4th hydraulic cylinder to control printhead and move in the horizontal direction, utilize the 3rd hydraulic cylinder to control printhead and move in the vertical direction；
In order to avoid printhead swings, the second sliding sleeve is fixing with printhead to be connected, and the shell of the second slide rail and the 4th hydraulic cylinder is fixing to be connected, and the second slide rail is placed in the second sliding sleeve, and the second slide rail and the second sliding sleeve move and be connected；
Heat-sealing machine includes the 5th hydraulic cylinder and hot melt element, the shell of the 5th hydraulic cylinder is installed in frame, the piston rod of hot melt element and the 5th hydraulic cylinder is fixing to be connected, utilize hot melt element by the front plastic sheeting of anti-phase on some other day packaging bag and rear plastic sheeting and anti-correction sealed membrane hot-melt adhesive paste, date of manufacture and shelf-life are sealed in inside date of manufacture word hole and the shelf-life word hole of correspondence；
Controller is provided with first sensor, the second sensor, the 3rd sensor, the 4th sensor, the 5th sensor, the 6th sensor, the 7th sensor and the 8th sensor, and first sensor, the second sensor, the 3rd sensor, the 4th sensor, the 5th sensor, the 6th sensor, the 7th sensor and the 8th sensor are fixed in frame；First sensor is positioned at the opposite of the first guide pin bushing, for controlling the stroke of the first pressure hole type matrix；Second sensor is positioned at the opposite of the second guide pin bushing, for controlling the stroke of the second pressure hole type matrix；3rd sensor is positioned at the opposite of the first induction pieces of the first slide, for controlling the stroke of the first slide, and utilizes the movement of the first slide to move in the vertical direction to the printhead controlling printer；4th sensor is positioned at the opposite of the second induction pieces of printhead, moving horizontally stroke and controlling the position of date of manufacture printing for printhead；5th sensor is positioned at the opposite of the second induction pieces of printhead, moving horizontally stroke and controlling the position of shelf-life printing for printhead；6th sensor is positioned on the first bed die, whether puts into anti-phase on some other day packaging bag for detection the first bed die；7th sensor is positioned on the second bed die, whether puts into anti-phase on some other day packaging bag for detection the second bed die；8th sensor is positioned at the opposite of the connecting plate of plate, is used for controlling plate stroke.
The operation principle of anti-phase on some other day package bag making device is: the working procedure of anti-phase on some other day package bag making device includes automatic working procedure and manual work program, when Program transformation switch forwards automatically control position to, controller enters automatic control program, when Program transformation switch forwards Non-follow control position to, controller enters manual control procedures；
When controller enters automatic control program, when anti-phase on the some other day packaging bag having sealed packaged food or article is positioned over the first bed die, the 6th sensor being arranged on the first bed die detects that anti-phase on some other day packaging bag is positioned over the signal of the first bed die, its signal is transferred to controller by the 6th sensor, controller controls the 6th hydraulic cylinder works, 6th hydraulic cylinder drives the plate of punching pad mould to insert between front plastic sheeting and the rear plastic sheeting of anti-phase on some other day packaging bag heat sealing position left end, after plate inserts between front plastic sheeting and rear plastic sheeting, the signal that plate is inserted between front plastic sheeting and rear plastic sheeting by the 8th sensor is transferred to controller；
Controller controls the first hydraulic cylinder and drives the first pressure hole type matrix punching press, utilizes the first pressure hole type matrix to stamp out date of manufacture word hole in front plastic sheeting；First pressure hole type matrix is after front plastic sheeting stamps out date of manufacture word hole, and the signal that the first pressure hole type matrix stamps out date of manufacture word hole in front plastic sheeting is transferred to controller by first sensor, and controller controls the first hydraulic cylinder and drives the first pressure hole type matrix to reset；
After first pressure hole type matrix resets, controller controls the second hydraulic cylinder and drives the second pressure hole type matrix punching press, utilizes the second pressure hole type matrix to stamp out shelf-life word hole in front plastic sheeting；Second pressure hole type matrix is after front plastic sheeting stamps out shelf-life word hole, and the signal that the second pressure hole type matrix stamps out shelf-life word hole in front plastic sheeting is transferred to controller by the second sensor, and controller controls the second pressure hole type matrix and resets；
After second pressure hole type matrix resets, controller controls the 4th hydraulic cylinder and drives the printhead of printer to move right, when second induction pieces of printhead moves to the position of the 4th sensor, printhead is moved horizontally the signal put in place and is transferred to controller by the 4th sensor, and controller controls the 4th hydraulic cylinder and stops；
After 4th hydraulic cylinder stops, controller controls the 3rd hydraulic cylinder and drives the first slide to move vertically downward, the first slide is utilized to drive printhead to be moved vertically downward, when the first induction pieces on first slide moves to the position of the 3rd sensor, printhead just moves to the print position of date of manufacture, printhead is just moved to the signal of date of manufacture print position and is transferred to controller by the 3rd sensor, and controller controls the 3rd hydraulic cylinder and stops；After 3rd hydraulic cylinder stops, controller controls the printhead of printer and prints the date of manufacture on the rear plastic sheeting face of date of manufacture word hole site；
After the printhead prints date of manufacture, controller controls the 3rd hydraulic cylinder and drives the mobile reset vertically upward of the first slide and printhead；When the second induction pieces of printhead moves to the position of the 4th sensor, its signal is transferred to controller by the 4th sensor, controller controls the 4th hydraulic cylinder and drives the printhead of printer to move horizontally to the right, when the second induction pieces of printhead moves to the position of the 5th sensor, printhead is moved horizontally the signal put in place and is transferred to controller by the 5th sensor, and controller controls the 4th hydraulic cylinder and stops；
After 4th hydraulic cylinder stops, controller controls the 3rd hydraulic cylinder and drives the first slide to move vertically downward, the first slide is utilized to drive printhead to be moved vertically downward, when the first induction pieces on first slide moves to the position of the 3rd sensor, printhead just moves to the print position of shelf-life, printhead is just moved to the signal of shelf-life print position and is transferred to controller by the 3rd sensor, and controller controls the 3rd hydraulic cylinder and stops；After 3rd hydraulic cylinder stops, controller controls the printhead of printer and prints the shelf-life on the rear plastic sheeting face of shelf-life word hole site；
After the printhead prints shelf-life, controller controls the 3rd hydraulic cylinder and drives the mobile reset vertically upward of the first slide and printhead；After printhead moves up reset, controller controls the 4th hydraulic cylinder and drives the printhead of printer to be moved to the left reset；
After the shelf-life of anti-phase on some other day packaging bag prints, between the front plastic sheeting and rear plastic sheeting of anti-phase on some other day packaging bag, put into anti-correction sealed membrane；And anti-phase on some other day packaging bag taken out in the first bed die, and the second bed die is put in anti-phase on some other day packaging bag；Its signal is transferred to controller by the 7th sensor of the second bed die, controller controls the 5th hydraulic cylinder and drives hot melt elements down, utilize hot melt element by front plastic sheeting and plastic sheeting and anti-correction sealed membrane heat seal afterwards, front plastic sheeting and rear plastic sheeting are welded together with anti-correction sealed membrane；After front plastic sheeting and rear plastic sheeting and anti-correction sealed membrane welding, controller controls the 5th hydraulic cylinder and drives hot melt element to rise reset, after 5th hydraulic cylinder drives hot melt element to rise reset, anti-phase on some other day packaging bag is taken out in the second bed die, thus produces the date of manufacture and the shelf-life has anti-phase on the some other day packaging bag of anti-altering function.
The invention has the beneficial effects as follows: utilize anti-phase on some other day package bag making device, the packaging bag of common food or other article is created anti-phase on the some other day packaging bag with anti-altering function, make packaging bag have multiple anti-altering function；One, the date of manufacture of rear plastic film printing and the front plastic sheeting on shelf-life opposite are provided with date of manufacture word hole and the shelf-life word hole of correspondence, make correction fluid can not change date of manufacture word hole and the shape in shelf-life word hole；Its two, front plastic sheeting and rear plastic sheeting are welded together with anti-correction sealed membrane heat seal, utilize date of manufacture and shelf-life that anti-correction ParafilmTM prints, make correction medicinal liquid can not contact the ink of date of manufacture and shelf-life；Improve the anti-correction performance of packaging bag.
Accompanying drawing explanation
Fig. 1 is the structural representation of anti-phase on some other day package bag making device.
Detailed description of the invention
Below in conjunction with the accompanying drawings the present invention is further detailed:
Anti-phase on some other day package bag making device structural representation shown in Fig. 1, manufacturing a kind of anti-phase on some other day packaging bag 1 needs a kind of anti-phase on some other day package bag making device；Anti-phase on some other day packaging bag 1 is made up of with rear plastic sheeting 3 heat seal welding front plastic sheeting 2, and anti-phase on some other day packaging bag 1 is provided with heat sealing 4；The side of heat sealing 4 is provided with anti-correction date of manufacture 5 and anti-correction shelf-life 6, the anti-correction date of manufacture 5 is made up of the date of manufacture word hole 8 of the date of manufacture 7 printed and correspondence, and the anti-correction shelf-life 6 is made up of the shelf-life word hole 10 of the shelf-life 9 printed and correspondence；Date of manufacture 7 and shelf-life 9 are located on rear plastic sheeting 3, and date of manufacture word hole 8 and shelf-life word hole 10 are located on front plastic sheeting 2, and the date of manufacture word hole 8 of front plastic sheeting 2 is identical with the shape of the date of manufacture 7 of rear plastic sheeting 3 and size；The shelf-life word hole 10 of front plastic sheeting 2 is identical with the shape of the shelf-life 10 of rear plastic sheeting 3 and size；The date of manufacture word hole 8 of front plastic sheeting 2 is positioned at the opposite of the date of manufacture 7 of rear plastic sheeting 3, the shelf-life word hole 10 of front plastic sheeting 1 is positioned at the opposite of the shelf-life 9 of rear plastic sheeting 3, is provided with anti-correction sealed membrane 41 between date of manufacture 7 and date of manufacture word hole 8 and between shelf-life 6 and shelf-life word hole 10；Before front plastic sheeting 2 and rear plastic sheeting 3 and anti-correction sealed membrane 41 heat seal welding, angle between front plastic sheeting 2 and the rear plastic sheeting 3 on the left side on anti-phase on some other day packaging bag 1 left side is 5 ° to 15 ° angles, after front plastic sheeting 2 and rear plastic sheeting 3 and anti-correction sealed membrane 41 heat seal welding, front plastic sheeting 2 and rear plastic sheeting 3 are welded together with anti-correction sealed membrane 41；
Anti-phase on some other day package bag making device includes punching printer 11, envelope word machine 12, hydraulic means 13, frame 14 and controller 15, and punching printer 11, envelope word machine 12, hydraulic means 13 and controller 15 are installed in frame 14；Punching printer 11 includes date puncher 16, shelf-life puncher 17, printer 18, punching pad mould 19 and the first bed die 20；Envelope word machine 12 includes heat-sealing machine 40 and the second bed die 21；
Date puncher 16 includes the first pressure hole type matrix 22 and the first hydraulic cylinder 23, the shell of the first hydraulic cylinder 23 is connected with frame 14, the piston rod of the first hydraulic cylinder 23 and the first pressure hole type matrix 22 connect, first pressure hole type matrix 22 is type punch die, the word of type punch die is identical with the word of date of manufacture 7, for stamping out date of manufacture word hole 8 at front plastic sheeting 2；In order to avoid swinging when the first pressure hole type matrix 22 runs, the first pressure hole type matrix 22 is provided with the first guide pin bushing 24, and the first hydraulic cylinder 23 is fixed with the first guide rod 25, and the first guide rod 25 is enclosed within the first guide pin bushing 24, and the first guide rod 25 is dynamic with the first guide pin bushing 24 to be connected；
Shelf-life puncher 17 includes the second pressure hole type matrix 26 and the second hydraulic cylinder 27, the shell of the second hydraulic cylinder 27 is connected with frame 14, the piston rod of the second hydraulic cylinder 27 and the second pressure hole type matrix 26 connect, second pressure hole type matrix 26 is type punch die, the word of type punch die is identical with the word of shelf-life 9, for stamping out shelf-life word hole 10 at front plastic sheeting 2；In order to avoid swinging when the second pressure hole type matrix 26 runs, the second pressure hole type matrix 26 is provided with the second guide pin bushing 28, and the second hydraulic cylinder 27 is fixed with the second guide rod 29, and the second guide rod 29 is enclosed within the second guide pin bushing 28, and the second guide rod 29 is dynamic with the second guide pin bushing 28 to be connected；In order to avoid swinging when plate 56 runs, plate 56 is provided with the 3rd guide pin bushing 61, and the 6th hydraulic cylinder 55 is fixed with the 3rd guide rod 62, and the 3rd guide rod 62 is enclosed within the 3rd guide pin bushing 61, and the 3rd guide rod 62 is dynamic with the 3rd guide pin bushing 61 to be connected；
Punching pad mould 19 includes the 6th hydraulic cylinder 55 and plate 56, and the shell of the 6th hydraulic cylinder 55 is connected with frame 14, and the piston rod of the 6th hydraulic cylinder 55 is connected with plate 56, and plate 56 is positioned at the left side of the first bed die 20；When utilizing date puncher 16 punching production date word hole 8, or when utilizing shelf-life puncher 17 punching press shelf-life word hole 10, the 6th hydraulic cylinder 55 is utilized to be inserted between front plastic sheeting 2 and rear plastic sheeting 3 by plate 56, in order to avoid punching is flushed to rear plastic sheeting 3；
Printer 18 includes printer the 30, the 3rd hydraulic cylinder the 31, the 4th hydraulic cylinder the 32, first slide the 33, first slide rail the 34, second slide rail 35 and the second sliding sleeve 36,3rd hydraulic cylinder 31 and the first slide rail 34 are installed in frame 14, the piston rod of the 3rd hydraulic cylinder 31 and the first fixing connection of slide 33, first slide 33 is dynamic with the first slide rail 34 to be connected, and utilizes the 3rd hydraulic cylinder 31 to control the first slide 33 and moves in the vertical direction；4th hydraulic cylinder 32 and printer 30 are installed on the first slide 33, the printhead 37 of printer 30 is fixing with the piston rod of the 4th hydraulic cylinder 32 to be connected, utilize the 4th hydraulic cylinder 32 to control printhead 37 to move in the horizontal direction, utilize the 3rd hydraulic cylinder 31 to control printhead 37 and move in the vertical direction；Controlling printhead 37 for convenience to move, printer 30 is provided with soft control line and is connected with printhead 37.
In order to avoid printhead 37 swings, the second sliding sleeve 36 is fixing with printhead 37 to be connected, and the second slide rail 35 is fixing with the shell of the 4th hydraulic cylinder 32 to be connected, and the second slide rail 35 is placed on the second sliding sleeve 36, and the second slide rail 35 is dynamic with the second sliding sleeve 36 to be connected；
Heat-sealing machine 40 includes the 5th hydraulic cylinder 38 and hot melt element 39, the shell of the 5th hydraulic cylinder 38 is installed in frame 14, hot melt element 39 is fixing with the piston rod of the 5th hydraulic cylinder 38 to be connected, utilize hot melt element 39 by the front plastic sheeting 2 of anti-phase on some other day packaging bag 1 and rear plastic sheeting 3 and anti-correction sealed membrane 41 hot-melt adhesive paste, date of manufacture 7 and shelf-life 9 are sealed in inside date of manufacture word hole 8 and the shelf-life word hole 10 of correspondence；
Controller 15 is provided with first sensor the 42, second sensor the 43, the 3rd sensor the 44, the 4th sensor the 45, the 5th sensor the 46, the 6th sensor the 47, the 7th sensor 48 and the 8th sensor 57, and first sensor the 42, second sensor the 43, the 3rd sensor the 44, the 4th sensor the 45, the 5th sensor the 46, the 6th sensor the 47, the 7th sensor 48 and the 8th sensor 57 are fixed in frame 14；First sensor 42 is positioned at the opposite of the first guide pin bushing 24, for controlling the stroke of the first pressure hole type matrix 22；Second sensor 43 is positioned at the opposite of the second guide pin bushing 28, for controlling the stroke of the second pressure hole type matrix 26；3rd sensor 44 is positioned at the opposite of the first induction pieces 49 of the first slide 33, for controlling the stroke of the first slide 33, and utilizes the movement of the first slide 33 to move in the vertical direction to the printhead 37 controlling printer 30；In order to implement vertically moving and moving horizontally control of printhead 37, the axis of the 3rd hydraulic cylinder 31 piston rod is vertical with the axis of the 4th hydraulic cylinder 32 piston rod；4th sensor 45 is positioned at the opposite of the second induction pieces 50 of printhead 37, moving horizontally stroke and controlling the position of date of manufacture 5 printing for printhead 37；5th sensor 46 is positioned at the opposite of the second induction pieces 50 of printhead 37, moving horizontally stroke and controlling the position of shelf-life 6 printing for printhead 37；6th sensor 47 is positioned on the first bed die 20, whether puts into anti-phase on some other day packaging bag 1 for detection the first bed die 20；7th sensor 48 is positioned on the second bed die 21, whether puts into anti-phase on some other day packaging bag 1 for detection the second bed die 21；8th sensor 57 is positioned at the opposite of the connecting plate 58 of plate 56, is used for controlling plate 56 stroke.
In order to implement automatically controlling and Non-follow control of anti-phase on some other day package bag making device, controller 15 is provided with Program transformation switch 51, for controlling automatically controlling and Non-follow control of anti-phase on some other day package bag making device；Controller 15 is provided with first manual switch 52, for the Non-follow control of the printer 11 that punches；Controller 15 is provided with the secondth hand switch 53, for sealing the Non-follow control of word machine 12；The hydraulic circuit of hydraulic means 13 and the hydraulic circuit of first hydraulic cylinder the 23, second hydraulic cylinder the 27, the 3rd hydraulic cylinder the 31, the 4th hydraulic cylinder the 32, the 4th hydraulic cylinder the 32, the 5th hydraulic cylinder 38 and the 6th hydraulic cylinder 55 connect；Controller 15 is connected with the control circuit of hydraulic means 13；Controller 15 is connected with first sensor the 42, second sensor the 43, the 3rd sensor the 44, the 4th sensor the 45, the 5th sensor the 46, the 6th sensor 47 and the 7th sensor 48 by control line.
The original state of anti-phase on some other day package bag making device is: the piston rod of first hydraulic cylinder the 23, second hydraulic cylinder the 27, the 3rd hydraulic cylinder the 31, the 4th hydraulic cylinder the 32, the 4th hydraulic cylinder the 32, the 5th hydraulic cylinder 38 and the 6th hydraulic cylinder 55 is not for extending out state.
For the location of anti-phase on some other day packaging bag, the first bed die 20 and the die cavity of the second bed die 21 and size are identical with the shape of anti-phase on some other day packaging bag and size.In order to change the first different type punch die of pressure hole type matrix 22, the first pressure hole type matrix 22 is provided with the first chuck 59.In order to change the second different type punch die of pressure hole type matrix 26, the second pressure hole type matrix 26 is provided with the second chuck 60.
In order to utilize controller 15 to control the work of anti-phase on some other day package bag making device, controller 15 is connected with the control circuit of printer 18, and controller 15 is provided with display screen 54, and display screen 54 is provided with membrane keyboard, for arranging date of manufacture and the shelf-life of printing.
First pressure hole type matrix 22 is type punch die, and the word of type punch die is identical with the word of date of manufacture, for stamping out date of manufacture word hole 8 at front plastic sheeting 2.Second pressure hole type matrix 26 is type punch die, and the word of type punch die is identical with the word of shelf-life, for stamping out shelf-life word hole 10 at front plastic sheeting 2.
After making anti-phase on some other day packaging bag install food or the sealing of other article, the acute angle of one 5 ° to 15 ° is formed between front plastic sheeting 2 and the rear plastic sheeting 3 of anti-phase on some other day packaging bag left end, to facilitate punching pad mould 19 to insert between front plastic sheeting 2 and rear plastic sheeting 3, punching printer 11 includes acute angle template, the acute angle of acute angle template is 5 ° to 15 ° angles, the width of acute angle template is less than the width of anti-phase on some other day packaging bag port, so that during anti-phase on some other day packaging bag heat sealing, acute angle template 59 is inserted between front plastic sheeting 2 and rear plastic sheeting 3；Before the first bed die 20 is put in anti-phase on some other day packaging bag, anti-phase on some other day packaging bag installs food or time other article utilize heat seal equipment to encapsulate, inserting acute angle between the front plastic sheeting 2 and rear plastic sheeting 3 of package mouth is 5 ° of acute angle templates to 15 ° of angles, the most front plastic sheeting 2 on acute angle template wedge angle side is connected with the heat seal of rear plastic sheeting 3, make between the front plastic sheeting 2 after heat seal and rear plastic sheeting 3, to leave 5 ° to 15 ° angles, with facilitate stamp out date of manufacture word hole 8 time, plate 56 is inserted between front plastic sheeting 2 and rear plastic sheeting 3.
The operation principle of anti-phase on some other day package bag making device is: the working procedure of anti-phase on some other day package bag making device includes automatic working procedure and manual work program, when Program transformation switch 51 forwards automatically control position to, controller 15 controls to enter automatic control program, when Program transformation switch 51 forwards Non-follow control position to, controller 15 controls to enter manual control procedures；
When anti-phase on some other day package bag making device is converted to automatic control program, when anti-phase on the some other day packaging bag 1 having sealed packaged food or article is positioned over the first bed die 20, the 6th sensor 47 being arranged on the first bed die 20 detects that anti-phase on some other day packaging bag 1 is positioned over the signal of the first bed die 20, its signal is transferred to controller 15 by the 6th sensor 47, controller 15 controls the 6th hydraulic cylinder 55 and works, 6th hydraulic cylinder 55 drives the plate 56 of punching pad mould 19 to insert between front plastic sheeting 2 and the rear plastic sheeting 3 of anti-phase on some other day packaging bag 1 heat sealing 4 position, after plate 56 inserts between front plastic sheeting 2 and rear plastic sheeting 3, the signal that plate 56 is inserted between front plastic sheeting 2 and rear plastic sheeting 3 by the 8th sensor 57 is transferred to controller 15；
Controller 15 controls the first hydraulic cylinder 23 and drives the first pressure hole type matrix 22 punching press, utilizes the first pressure hole type matrix 22 to stamp out date of manufacture word hole 8 in front plastic sheeting 2；First pressure hole type matrix 22 is after front plastic sheeting 2 stamps out date of manufacture word hole 8, the signal that first pressure hole type matrix 22 stamps out date of manufacture word hole 8 in front plastic sheeting 2 is transferred to controller 15 by first sensor 42, and controller 15 controls the first hydraulic cylinder 23 and drives the first pressure hole type matrix 22 to reset；
After first pressure hole type matrix 22 resets, controller 15 controls the second hydraulic cylinder 27 and drives the second pressure hole type matrix 26 punching press, utilizes the second pressure hole type matrix 26 to stamp out shelf-life word hole 10 in front plastic sheeting 2；Second pressure hole type matrix 26 is after front plastic sheeting 2 stamps out shelf-life word hole 10, and the signal that the second pressure hole type matrix 26 stamps out shelf-life word hole 10 in front plastic sheeting 2 is transferred to controller 15 by the second sensor 43, and controller 15 controls the second pressure hole type matrix 26 and resets；
After second pressure hole type matrix 26 resets, controller 15 controls the 4th hydraulic cylinder 32 and drives the printhead 37 of printer 30 to move right, when second induction pieces 50 of printhead 37 moves to the position of the 4th sensor 45, printhead 37 is moved horizontally the signal put in place and is transferred to controller 15 by the 4th sensor 45, and controller 15 controls the 4th hydraulic cylinder 32 and stops；
After 4th hydraulic cylinder 32 stops, controller 15 controls the 3rd hydraulic cylinder 31 and drives the first slide 33 to move vertically downward, the first slide 33 is utilized to drive printhead 37 to be moved vertically downward, when the first induction pieces 49 on first slide 33 moves to the position of the 3rd sensor 44, printhead 37 just moves to the print position of date of manufacture 7, printhead 37 is just moved to the signal of date of manufacture 7 print position and is transferred to controller 15 by the 3rd sensor 44, and controller 15 controls the 3rd hydraulic cylinder 31 and stops；After 3rd hydraulic cylinder 31 stops, controller 15 controls the printhead 37 of printer 30 and prints the date of manufacture 7 on the rear plastic sheeting 3 of position, date of manufacture word hole 8；
After printhead 37 prints the date of manufacture 7, controller 15 the 3rd hydraulic cylinder 31 drives the mobile reset vertically upward of the first slide 33 and printhead 37；When the second induction pieces 50 of printhead 37 moves to the position of the 4th sensor 45, its signal is transferred to controller 15 by the 4th sensor 45, controller 15 controls the 4th hydraulic cylinder 32 and drives the printhead 37 of printer 30 to move right, when the second induction pieces 50 of printhead 37 moves to the position of the 5th sensor 46, printhead 37 is moved horizontally the signal put in place and is transferred to controller 15 by the 5th sensor 46, and controller 15 controls the 4th hydraulic cylinder 32 and stops；
After 4th hydraulic cylinder 32 stops, controller 15 controls the 3rd hydraulic cylinder 31 and drives the first slide 33 to move vertically downward, the first slide 33 is utilized to drive printhead 37 to be moved vertically downward, when the first induction pieces 49 on first slide 33 moves to the position of the 3rd sensor 44, printhead 37 just moves to the print position of shelf-life 9, printhead 37 is just moved to the signal of shelf-life 9 print position and is transferred to controller 15 by the 3rd sensor 44, and controller 15 controls the 3rd hydraulic cylinder 31 and stops；After 3rd hydraulic cylinder 31 stops, controller 15 controls the printhead 37 of printer 30 and prints the shelf-life 9 on the rear plastic sheeting 3 of position, shelf-life word hole 10；
After printhead 37 prints the shelf-life 9, controller 15 the 3rd hydraulic cylinder 31 drives the mobile reset vertically upward of the first slide 33 and printhead 37；After printhead 37 upwards resets, controller 15 controls the 4th hydraulic cylinder 32 and drives the printhead 37 of printer 30 to be moved to the left reset；
After the shelf-life 9 of anti-phase on some other day packaging bag 1 prints, between the front plastic sheeting 2 and rear plastic sheeting 3 of anti-phase on some other day packaging bag 1, put into anti-correction sealed membrane 41；And anti-phase on some other day packaging bag 1 taken out in the first bed die 20, and anti-correction sealed membrane 41 is put into the second bed die 21；Its signal is transferred to controller 15 by the 7th sensor 48 of the second bed die 21, controller 15 controls the 5th hydraulic cylinder 38 and drives hot melt element to press for 39 times, utilize hot melt element 39 by front plastic sheeting 2 and plastic sheeting 3 and the heat seal of anti-correction sealed membrane 41 afterwards, front plastic sheeting 2 and rear plastic sheeting 3 are welded together with anti-correction sealed membrane 41；After front plastic sheeting 2 and rear plastic sheeting 3 and the welding of anti-correction sealed membrane 41, controller 15 controls the 5th hydraulic cylinder 38 and drives hot melt element 39 to rise reset, after 5th hydraulic cylinder 38 drives hot melt element 39 to rise reset, anti-phase on some other day packaging bag 1 is taken out in the second bed die 21.
When anti-phase on some other day package bag making device does not works, the original state of first hydraulic cylinder the 23, second hydraulic cylinder the 27, the 3rd hydraulic cylinder the 31, the 4th hydraulic cylinder the 32, the 4th hydraulic cylinder the 32, the 5th hydraulic cylinder 38 and the 6th hydraulic cylinder 55 is: the piston rod of first hydraulic cylinder the 23, second hydraulic cylinder the 27, the 3rd hydraulic cylinder the 31, the 4th hydraulic cylinder the 32, the 5th hydraulic cylinder 38 and the 6th hydraulic cylinder 55 does not extends out state.
For the location of anti-phase on some other day packaging bag, the first bed die 20 and the die cavity of the second bed die 21 and size are identical with the shape of anti-phase on some other day packaging bag and size.In order to change the first different type punch die of pressure hole type matrix 22, the first pressure hole type matrix 22 is provided with the first chuck 59.In order to change the second different type punch die of pressure hole type matrix 26, the second pressure hole type matrix 26 is provided with the second chuck 60.
Claims (6)
- The most anti-phase on some other day package bag making device, manufacturing a kind of anti-phase on some other day packaging bag (1) needs a kind of anti-phase on some other day package bag making device；Anti-phase on some other day packaging bag (1) is made up of with rear plastic sheeting (3) heat seal welding front plastic sheeting (2), and anti-phase on some other day packaging bag (1) is provided with heat sealing (4)；The side of heat sealing (4) is provided with anti-correction date of manufacture (5) and anti-correction shelf-life (6), anti-correction date of manufacture (5) is made up of the date of manufacture word hole (8) of date of manufacture (7) and correspondence, and anti-correction shelf-life (6) is made up of the shelf-life word hole (10) of shelf-life (9) and correspondence；Date of manufacture (7) and shelf-life (9) are located on rear plastic sheeting (3), date of manufacture word hole (8) and shelf-life word hole (10) are located on front plastic sheeting (2), and the date of manufacture word hole (8) of front plastic sheeting (2) is identical with the shape of the date of manufacture of rear plastic sheeting (3) (7) and size；The shelf-life word hole (10) of front plastic sheeting (2) is identical with the shape of the shelf-life of rear plastic sheeting (3) (9) and size；The date of manufacture word hole (8) of front plastic sheeting (2) is positioned at the opposite of the date of manufacture (7) of rear plastic sheeting (3), the shelf-life word hole (10) of front plastic sheeting (2) is positioned at the opposite of the shelf-life (9) of rear plastic sheeting (3), is provided with anti-correction sealed membrane (41) between date of manufacture (7) and date of manufacture word hole (8) and between shelf-life (9) and shelf-life word hole (10)；Anti-phase on some other day package bag making device includes punching printer (11), envelope word machine (12), hydraulic means (13), frame (14) and controller (15), and punching printer (11), envelope word machine (12), hydraulic means (13) and controller (15) are installed in frame (14)；Punching printer (11) includes date puncher (16), shelf-life puncher (17), printer (18), punching pad mould (19) and the first bed die (20)；Envelope word machine (12) includes heat-sealing machine (40) and the second bed die (21)；Date puncher (16) includes the first pressure hole type matrix (22) and the first hydraulic cylinder (23), and the shell of the first hydraulic cylinder (23) is connected with frame (14), and the piston rod of the first hydraulic cylinder (23) and the first pressure hole type matrix (22) connect；Shelf-life puncher (17) includes the second pressure hole type matrix (26) and the second hydraulic cylinder (27), and the shell of the second hydraulic cylinder (27) is connected with frame (14), and the piston rod of the second hydraulic cylinder (27) and the second pressure hole type matrix (26) connect；Punching pad mould (19) includes the 6th hydraulic cylinder (55) and plate (56), the shell of the 6th hydraulic cylinder (55) is connected with frame (14), the piston rod of the 6th hydraulic cylinder (55) is connected with plate (56), and plate (56) is positioned at the left side of the first bed die (20)；Printer (18) includes printer (30), the 3rd hydraulic cylinder (31), the 4th hydraulic cylinder (32), the first slide (33), the first slide rail (34), the second slide rail (35) and the second sliding sleeve (36), 3rd hydraulic cylinder (31) and the first slide rail (34) are installed in frame (14), the piston rod of the 3rd hydraulic cylinder (31) and the fixing connection of the first slide (33), the first slide (33) is dynamic with the first slide rail (34) to be connected；4th hydraulic cylinder (32) and printer (30) are installed on the first slide (33), and the printhead (37) of printer (30) is fixing with the piston rod of the 4th hydraulic cylinder (32) to be connected；Second sliding sleeve (36) is fixing with printhead (37) to be connected, and the second slide rail (35) is fixing with the shell of the 4th hydraulic cylinder (32) to be connected, and the second slide rail (35) is placed on the second sliding sleeve (36), and the second slide rail (35) is dynamic with the second sliding sleeve (36) to be connected；Heat-sealing machine (40) includes the 5th hydraulic cylinder (38) and hot melt element (39), and the shell of the 5th hydraulic cylinder (38) is installed in frame (14), and hot melt element (39) is fixing with the piston rod of the 5th hydraulic cylinder (38) to be connected；Controller (15) is provided with first sensor (42), the second sensor (43), the 3rd sensor (44), the 4th sensor (45), the 5th sensor (46), the 6th sensor (47), the 7th sensor (48) and the 8th sensor (57), and first sensor (42), the second sensor (43), the 3rd sensor (44), the 4th sensor (45), the 5th sensor (46), the 6th sensor (47), the 7th sensor (48) and the 8th sensor (57) are fixed in frame (14)；First sensor (42) is positioned at the opposite of the first guide pin bushing (24), second sensor (43) is positioned at the opposite of the second guide pin bushing (28), 3rd sensor (44) is positioned at the opposite of first induction pieces (49) of the first slide (33), 4th sensor (45) is positioned at the opposite of second induction pieces (50) of printhead (37), 5th sensor (46) is positioned at the opposite of second induction pieces (50) of printhead (37), 6th sensor (47) is positioned on the first bed die (20), 7th sensor (48) is positioned on the second bed die (21), anti-phase on some other day packaging bag (1) whether is put into for the second bed die (21)；8th sensor (57) is positioned at the opposite of the connecting plate (58) of plate (56)；Controller (15) is provided with Program transformation switch (51), and controller (15) is provided with first manual switch (52) and the second hand switch (53)；The hydraulic circuit of the hydraulic circuit of hydraulic means (13) and the first hydraulic cylinder (23), the second hydraulic cylinder (27), the 3rd hydraulic cylinder (31), the 4th hydraulic cylinder (32), the 4th hydraulic cylinder (32), the 5th hydraulic cylinder (38) and the 6th hydraulic cylinder (55) connects；Controller (15) is connected with the control circuit of hydraulic means (13)；Controller (15) is connected with first sensor (42), the second sensor (43), the 3rd sensor (44), the 4th sensor (45), the 5th sensor (46), the 6th sensor (47) and the 7th sensor (48) by control line；It is characterized in that: the operation principle of described anti-phase on some other day package bag making device is: the working procedure of anti-phase on some other day package bag making device includes automatic working procedure and manual work program, when Program transformation switch (51) forwards automatically control position to, controller (15) controls to enter automatic control program, when Program transformation switch (51) forwards Non-follow control position to, controller (15) controls to enter manual control procedures；nullWhen anti-phase on some other day package bag making device is converted to automatic control program，When anti-phase on the some other day packaging bag (1) having sealed packaged food or article is positioned over the first bed die (20)，The 6th sensor (47) being arranged on the first bed die (20) detects that anti-phase on some other day packaging bag (1) is positioned over the signal of the first bed die (20)，Its signal is transferred to controller (15) by the 6th sensor (47)，Controller (15) controls the 6th hydraulic cylinder (55) work，6th hydraulic cylinder (55) drives the plate (56) of punching pad mould (19) to insert between front plastic sheeting (2) and the rear plastic sheeting (3) of anti-phase on some other day packaging bag (1) heat sealing (4) position，After plate (56) inserts between front plastic sheeting (2) and rear plastic sheeting (3)，The signal that plate (56) inserts between front plastic sheeting (2) and rear plastic sheeting (3) is transferred to controller (15) by the 8th sensor (57)；Controller (15) controls the first hydraulic cylinder (23) and drives the first pressure hole type matrix (22) punching press, utilizes the first pressure hole type matrix (22) to stamp out date of manufacture word hole (8) in front plastic sheeting (2)；First pressure hole type matrix (22) is after front plastic sheeting (2) stamps out date of manufacture word hole (8), the signal that first pressure hole type matrix (22) stamps out date of manufacture word hole (8) in front plastic sheeting (2) is transferred to controller (15) by first sensor (42), and controller (15) controls the first hydraulic cylinder (23) and drives the first pressure hole type matrix (22) to reset；After first pressure hole type matrix (22) resets, controller (15) controls the second hydraulic cylinder (27) and drives the second pressure hole type matrix (26) punching press, utilizes the second pressure hole type matrix (26) to stamp out shelf-life word hole (10) in front plastic sheeting (2)；Second pressure hole type matrix (26) is after front plastic sheeting (2) stamps out shelf-life word hole (10), the signal that second pressure hole type matrix (26) stamps out shelf-life word hole (10) in front plastic sheeting (2) is transferred to controller (15) by the second sensor (43), and controller (15) controls the second pressure hole type matrix (26) and resets；After second pressure hole type matrix (26) resets, controller (15) controls the 4th hydraulic cylinder (32) and drives the printhead (37) of printer (30) to move right, when second induction pieces (50) of printhead (37) moves to the position of the 4th sensor (45), printhead (37) is moved horizontally the signal put in place and is transferred to controller (15) by the 4th sensor (45), and controller (15) controls the 4th hydraulic cylinder (32) and stops；After 4th hydraulic cylinder (32) stops, controller (15) controls the 3rd hydraulic cylinder (31) and drives the first slide (33) to move vertically downward, the first slide (33) is utilized to drive printhead (37) to be moved vertically downward, when the first induction pieces (49) on first slide (33) moves to the position of the 3rd sensor (44), printhead (37) just moves to the print position of date of manufacture (7), printhead (37) is just moved to the signal of date of manufacture (7) print position and is transferred to controller (15) by the 3rd sensor (44), controller (15) controls the 3rd hydraulic cylinder (31) and stops；After 3rd hydraulic cylinder (31) stops, controller (15) controls the printhead (37) of printer (30) and prints the date of manufacture (7) on rear plastic sheeting (3) face of date of manufacture word hole (8) position；After printhead (37) prints the date of manufacture (7), controller (15) controls the 3rd hydraulic cylinder (31) and drives the mobile reset vertically upward of the first slide (33) and printhead (37)；When second induction pieces (50) of printhead (37) moves to the position of the 4th sensor (45), its signal is transferred to controller (15) by the 4th sensor (45), controller (15) controls the 4th hydraulic cylinder (32) and drives the printhead (37) of printer (30) to move right, when second induction pieces (50) of printhead (37) moves to the position of the 5th sensor (46), printhead (37) is moved horizontally the signal put in place and is transferred to controller (15) by the 5th sensor (46), and controller (15) controls the 4th hydraulic cylinder (32) and stops；After 4th hydraulic cylinder (32) stops, controller (15) controls the 3rd hydraulic cylinder (31) and drives the first slide (33) to move vertically downward, the first slide (33) is utilized to drive printhead (37) to be moved vertically downward, when the first induction pieces (49) on first slide (33) moves to the position of the 3rd sensor (44), printhead (37) just moves to the print position of shelf-life (9), printhead (37) is just moved to the signal of shelf-life (9) print position and is transferred to controller (15) by the 3rd sensor (44), controller (15) controls the 3rd hydraulic cylinder (31) and stops；After 3rd hydraulic cylinder (31) stops, controller (15) controls the printhead (37) of printer (30) and prints the shelf-life (9) on rear plastic sheeting (3) face of shelf-life word hole (10) position；After printhead (37) prints the shelf-life (9), controller (15) controls the 3rd hydraulic cylinder (31) and drives the mobile reset vertically upward of the first slide (33) and printhead (37)；After printhead (37) upwards resets, controller (15) controls the 4th hydraulic cylinder (32) and drives the printhead (37) of printer (30) to be moved to the left reset；After the shelf-life (9) of anti-phase on some other day packaging bag (1) prints, between the front plastic sheeting (2) and rear plastic sheeting (3) of anti-phase on some other day packaging bag (1), put into anti-correction sealed membrane (41)；And anti-phase on some other day packaging bag (1) taken out in the first bed die (20), and anti-phase on some other day packaging bag (1) is put into the second bed die (21)；Its signal is transferred to controller (15) by the 7th sensor (48) of the second bed die (21), controller (15) controls the 5th hydraulic cylinder (38) and drives hot melt element (39) to press down, utilize hot melt element (39) by front plastic sheeting (2) and plastic sheeting (3) and the heat seal of anti-correction sealed membrane (41) afterwards, front plastic sheeting (2) and rear plastic sheeting (3) are welded together with anti-correction sealed membrane (41)；After front plastic sheeting (2) and rear plastic sheeting (3) and the welding of anti-correction sealed membrane (41), controller (15) controls the 5th hydraulic cylinder (38) and drives hot melt element (39) to rise reset, after 5th hydraulic cylinder (38) drives hot melt element (39) to rise reset, anti-phase on some other day packaging bag (1) is taken out in the second bed die (21).
- Anti-phase on some other day package bag making device the most according to claim 1, it is characterised in that: the original state of described anti-phase on some other day package bag making device is: the piston rod of the first hydraulic cylinder (23), the second hydraulic cylinder (27), the 3rd hydraulic cylinder (31), the 4th hydraulic cylinder (32), the 5th hydraulic cylinder (38) and the 6th hydraulic cylinder (55) is not for extending out state.
- Anti-phase on some other day package bag making device the most according to claim 1, it is characterised in that: described the first bed die (20) and the die cavity of the second bed die (21) and size are identical with the shape of anti-phase on some other day packaging bag and size.
- Anti-phase on some other day package bag making device the most according to claim 1, it is characterised in that: the first described pressure hole type matrix (22) is provided with the first chuck (59).
- Anti-phase on some other day package bag making device the most according to claim 1, it is characterised in that: the second described pressure hole type matrix (26) is provided with the second chuck (60).
- Anti-phase on some other day package bag making device the most according to claim 1, it is characterised in that: described printer (30) is provided with soft control line and is connected with printhead (37).
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410250237.5A CN103978733B (en) | 2014-06-08 | 2014-06-08 | Anti-phase on some other day package bag making device |
| CN201580002300.6A CN105658420B (en) | 2014-06-08 | 2015-06-03 | Date-change-preventing packaging bag manufacturing device |
| PCT/CN2015/080647 WO2015188714A1 (en) | 2014-06-08 | 2015-06-03 | Date-alteration-protected packaging bag manufacturing apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410250237.5A CN103978733B (en) | 2014-06-08 | 2014-06-08 | Anti-phase on some other day package bag making device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103978733A CN103978733A (en) | 2014-08-13 |
| CN103978733B true CN103978733B (en) | 2016-10-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410250237.5A Active CN103978733B (en) | 2014-06-08 | 2014-06-08 | Anti-phase on some other day package bag making device |
| CN201580002300.6A Active CN105658420B (en) | 2014-06-08 | 2015-06-03 | Date-change-preventing packaging bag manufacturing device |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201580002300.6A Active CN105658420B (en) | 2014-06-08 | 2015-06-03 | Date-change-preventing packaging bag manufacturing device |
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| Country | Link |
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| CN (2) | CN103978733B (en) |
| WO (1) | WO2015188714A1 (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103979194A (en) * | 2014-06-07 | 2014-08-13 | 郑运婷 | Packaging bag capable of preventing date from being changed |
| CN103978733B (en) * | 2014-06-08 | 2016-10-19 | 金华市至美包装有限公司 | Anti-phase on some other day package bag making device |
| CN104044777B (en) * | 2014-06-08 | 2016-01-20 | 郑运婷 | Anti-phase on some other day packaging bag manufacture method |
| CN103978732B (en) * | 2014-06-08 | 2016-11-02 | 金华市至美包装有限公司 | Anti-phase on some other day packaging bag manufactures equipment |
| CN112622341A (en) * | 2020-12-09 | 2021-04-09 | 湖北文理学院 | A full-automatic push plate device for paper bucket production |
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Also Published As
| Publication number | Publication date |
|---|---|
| WO2015188714A1 (en) | 2015-12-17 |
| CN105658420B (en) | 2021-07-23 |
| CN105658420A (en) | 2016-06-08 |
| CN103978733A (en) | 2014-08-13 |
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