CN105366092A - Automatic sealing packaging device - Google Patents
Automatic sealing packaging device Download PDFInfo
- Publication number
- CN105366092A CN105366092A CN201510872870.2A CN201510872870A CN105366092A CN 105366092 A CN105366092 A CN 105366092A CN 201510872870 A CN201510872870 A CN 201510872870A CN 105366092 A CN105366092 A CN 105366092A
- Authority
- CN
- China
- Prior art keywords
- clamping plate
- hot melt
- melt clamping
- cylinder
- guide
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
- 238000004806 packaging method and process Methods 0.000 title claims abstract description 105
- 238000007789 sealing Methods 0.000 title abstract 11
- 230000007246 mechanism Effects 0.000 claims abstract description 44
- 239000002985 plastic film Substances 0.000 claims abstract description 25
- 229920006255 plastic film Polymers 0.000 claims abstract description 25
- 238000007599 discharging Methods 0.000 claims abstract description 11
- 239000012943 hotmelt Substances 0.000 claims description 157
- 239000002313 adhesive film Substances 0.000 claims description 38
- 239000000463 material Substances 0.000 claims description 20
- 239000000725 suspension Substances 0.000 claims description 18
- 230000007704 transition Effects 0.000 claims description 9
- 239000012528 membrane Substances 0.000 claims description 7
- 230000009471 action Effects 0.000 claims description 6
- 238000002844 melting Methods 0.000 abstract 6
- 230000008018 melting Effects 0.000 abstract 6
- 238000005538 encapsulation Methods 0.000 description 3
- 239000006260 foam Substances 0.000 description 3
- 238000010438 heat treatment Methods 0.000 description 3
- 230000032258 transport Effects 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B11/00—Wrapping, e.g. partially or wholly enclosing, articles or quantities of material, in strips, sheets or blanks, of flexible material
- B65B11/06—Wrapping articles, or quantities of material, by conveying wrapper and contents in common defined paths
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B11/00—Wrapping, e.g. partially or wholly enclosing, articles or quantities of material, in strips, sheets or blanks, of flexible material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B51/00—Devices for, or methods of, sealing or securing package folds or closures; Devices for gathering or twisting wrappers, or necks of bags
- B65B51/10—Applying or generating heat or pressure or combinations thereof
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B61/00—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages
- B65B61/04—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for severing webs, or for separating joined packages
- B65B61/06—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for severing webs, or for separating joined packages by cutting
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Package Closures (AREA)
- Basic Packing Technique (AREA)
- Containers And Plastic Fillers For Packaging (AREA)
Abstract
The invention discloses an automatic sealing packaging device. The device comprises a pushing feeding mechanism, a sealing mechanism, a discharging mechanism and a control panel, wherein an upper sealing plastic film roller and a lower sealing plastic film roller of the sealing mechanism are correspondingly connected to the upper end and the lower end of the rear part of the sealing frame in a manner of leftwards and rightwards horizontally rotating; an upper rear hot melting clamping plate, an upper left hot melting clamping plate and an upper right hot melting clamping plate are correspondingly positioned at the rear side, the left side and the right side of a lower pressing plate; fixing ends of a lower rear cylinder, a lower left cylinder and a lower right cylinder are correspondingly fixed to the rear outer side, the left outer side and the right outer side of a bottom conveyor belt; the output ends of the lower rear cylinder, the lower left cylinder and the lower right cylinder correspondingly vertically upwards extend to be fixedly connected to the bottom parts of a lower rear hot melting clamping plate, a lower left hot melting clamping plate and a lower right hot melting clamping plate; a bottom conveyor belt driving device for driving the bottom conveyor belt to run is mounted on the sealing frame; the pushing feeding mechanism is arranged at the back of the sealing frame. The automatic sealing packaging device can automatically bind and seal plastic films, so that the sealing efficiency can be greatly improved.
Description
Technical field
The present invention relates to mechanical field, particularly relate to a kind of package equipment automatically.
Background technology
The material used in production process, if foam block is due to more scattered, conveniently transports, and needs several piece foam block binding entrucking more together, and now, generally the plastic film binding of the materials such as foam block encapsulated by staff, packaging efficiency is low.
Summary of the invention
The object of the present invention is to provide a kind of automatic package equipment that automatically can complete plastic film binding encapsulation, thus improve packaging efficiency.
To achieve these goals, technical scheme of the present invention is: provide a kind of package equipment automatically, comprise propelling movement feeding mechanism, packaging mechanism, discharging mechanism and control panel, packaging frame through before and after described packaging mechanism comprises, topmast plate, end load-transfer device, lower platen, lower platen cylinder, rear upper hot melt clamping plate, rear upper cylinder, rear lower hot melt clamping plate, rear lower cylinder, upper left hot melt clamping plate, upper left cylinder, upper right hot melt clamping plate, upper right cylinder, lower-left hot melt clamping plate, bottom right hot melt clamping plate, bottom right cylinder, upper packaging adhesive film roller, lower packaging adhesive film roller and lower-left cylinder, described upper packaging adhesive film roller and lower packaging adhesive film roller respectively left and right to the upper end and the lower end that horizontally rotate the rear portion being connected to described packaging frame, described upper packaging adhesive film roller is positioned at directly over described lower packaging adhesive film roller, described topmast plate and load-transfer device of the described end respectively level are fixed in top and the bottom of described packaging frame, described lower platen cylinder, rear upper cylinder, the fixed end of upper left cylinder and upper right cylinder is individually fixed in the middle part of described topmast plate, rear portion, left part and right part, described lower platen cylinder, rear upper cylinder, the mouth of upper left cylinder and upper right cylinder is vertical toward downward-extension and described lower platen respectively, rear upper hot melt clamping plate, upper left hot melt clamping plate, the top of upper right hot melt clamping plate is affixed, described rear upper hot melt clamping plate, upper left hot melt clamping plate, upper right hot melt clamping plate lay respectively at the rear side of described lower platen, left side and right side, described rear upper hot melt clamping plate are move towards about level, and described upper left hot melt clamping plate and upper right hot melt clamping plate all move towards in before and after level, described rear lower cylinder, lower-left cylinder, the fixed end of bottom right cylinder is individually fixed in the rear outside of load-transfer device of the described end, left-external side and right outside side, described rear lower cylinder, lower-left cylinder, the mouth of bottom right cylinder is vertical respectively up to be extended and described rear lower hot melt clamping plate, lower-left hot melt clamping plate, the bottom of bottom right hot melt clamping plate is affixed, described rear upper hot melt clamping plate and described rear lower hot melt clamping plate face mutually, described upper left hot melt clamping plate and described lower-left hot melt clamping plate face mutually, and described upper right hot melt clamping plate and described bottom right hot melt clamping plate face mutually, the bottom of described rear upper hot melt clamping plate, the top of described rear lower hot melt clamping plate, the bottom of described upper left hot melt clamping plate, the top of described lower-left hot melt clamping plate, the bottom of described upper right hot melt clamping plate and the top of described bottom right hot melt clamping plate are provided with hot melt block, described packaging frame is equiped with the end transfer drive for driving load-transfer device 203 of the described end to operate, described propelling movement feeding mechanism is arranged at the rear of described packaging frame, for material to be packaged is pushed to load-transfer device of the described end, described discharging mechanism is arranged at the front of described packaging frame, for packaged material is transported, described control panel is installed on described packaging frame, pushes feeding mechanism for controlling, packaging mechanism and discharging mechanism action.
Described automatic package equipment also comprises guide-localization roller and twice guide-localization rollers on two, described in two, upper guide-localization roller is left and right trend and then horizontally rotates from front the upper back being connected to described packaging frame successively, and be positioned at the below of described upper packaging adhesive film roller, upper guide-localization gap is formed between upper guide-localization roller described in two, described upper guide-localization gap is positioned at immediately below the front end of described upper packaging adhesive film roller, lower guide-localization roller described in two be that left and right is moved towards and from the front rear lower being connected to described packaging frame that then horizontally rotates successively, and be positioned at the top of described lower packaging adhesive film roller, lower guide-localization gap is formed between lower guide-localization roller described in two, described lower guide-localization gap is positioned at directly over the front end of described lower packaging adhesive film roller.
Described automatic package equipment also comprises some upper lefts guide rod, some upper right guide rods, some rear top guide bars, some lower-lefts guide rod, some bottom rights guide rod and some rear lower guide rods, described topmast plate is just to described rear upper hot melt clamping plate, described upper left hot melt clamping plate and described upper right hot melt clamping plate place offer some rear upper guide holes respectively, some upper lefts guide hole and some upper right guide holes, described packaging frame is just to described rear lower hot melt clamping plate, lower-left hot melt clamping plate, hot melt clamping plate place, bottom right is respectively equipped with some rear lower guide holes, some lower-lefts guide hole and some bottom rights guide hole, described upper left guide rod, the lower end of upper right guide rod and rear top guide bar is vertically fixed in described upper left hot melt clamping plate respectively, the top of described upper right hot melt clamping plate and rear upper hot melt clamping plate, described upper left guide rod, the upper end of upper right guide rod and rear top guide bar respectively vertical sliding motion is inserted in corresponding described upper left guide hole, in upper right guide hole and rear upper guide hole, described lower-left guide rod, the upper end of bottom right guide rod and rear lower guide rod is vertically fixed in described lower-left hot melt clamping plate respectively, the bottom of described bottom right hot melt clamping plate and rear lower hot melt clamping plate, described lower-left guide rod, the lower end of bottom right guide rod and rear lower guide rod respectively vertical sliding motion is inserted in corresponding described lower-left guide hole, in bottom right guide hole and rear lower guide hole.
Described propelling movement feeding mechanism comprises propelling movement frame, support baseboard, left slip side plate, right slip side plate, rear push pedal and propelling movement driver module, described support baseboard level is fixed on the front end at the top of described propelling movement frame, described left slip side plate and right slip side plate respectively before and after outside the left and right two being placed in described support baseboard and front and back to being slidably connected in described propelling movement frame, described rear push pedal is vertical and put, and the two ends, left and right of described rear push pedal connect with the rear end of described left slip side plate and described right slip side plate respectively, described propelling movement driver module to be installed in described propelling movement frame and to be electrically connected with described control panel, for driving described left slip side plate, right slip side plate and described rear push pedal are advanced simultaneously or retreat, .
Described rear push pedal comprises a left side and pushes, the right side pushes and to be installed in described propelling movement frame and to push rotating driving device with the left side that described control panel is electrically connected, a left side pushes movable actuating device, push rotating driving device and the right side, the right side pushes movable actuating device, a described left side push left rotation and right rotation be connected to described left slip side plate rear end and can along the right side wall slide anteroposterior of described left slip side plate, the described right side push left rotation and right rotation be connected to described right slip side plate rear end and can along the left side wall slide anteroposterior of described right slip side plate, the described left side rotating driving device that pushes swings for driving a described left side to push, the a described left side movable actuating device that pushes pushes along the right side wall slide anteroposterior of described left slip side plate for driving a described left side, the described right side rotating driving device that pushes swings for driving the described right side to push, and the described right side movable actuating device that pushes pushes along the left side wall slide anteroposterior of described right slip side plate for driving the described right side.
Described automatic package equipment also comprises left-hand tool assembly, right-cut tool assembly, a left side tears manipulator and the right side tears manipulator, described left-hand tool assembly comprises left cut knife rest and left-hand tool, to to be slidably connected on described packaging frame and to be positioned at the left side of described upper left hot melt clamping plate before and after the lower end of described left cut knife rest, described left-hand tool is installed on described left cut knife rest and the edge of a knife of described left-hand tool vertically stretches out described left cut knife rest forward, described right-cut tool assembly comprise right cut knife rest and, right-cut tool, described, to to be slidably connected on described packaging frame and to be positioned at the right side of described upper right hot melt clamping plate before and after the lower end of right cut knife rest, described right-cut tool is installed on described right cut knife rest and the edge of a knife of described right-cut tool vertically stretches out described right cut knife rest forward, a described left side tears manipulator and to be installed on described packaging frame and the left side being positioned at described left-hand tool, the described right side tears manipulator and to be installed on described packaging frame and the right side being positioned at described right-cut tool.
The load-transfer device driver module that described automatic package equipment also comprises feeding web and drives described feeding web to operate, described feeding web is installed on the top of described propelling movement frame, and being positioned at the rear of described rear push pedal, described load-transfer device driver module is installed in described propelling movement frame.
Described automatic package equipment also comprises plastic film tension buffer mechanism, described plastic film tension buffer mechanism comprises left suspension rod, right suspension rod, swinging strut, recoil spring and two levels and the transition cylinder put, the upper end of described left suspension rod and right suspension rod is fixed in the left and right sides on the top of the rear end of described packaging frame respectively, described swinging strut comprises left choosing and connects block, dextrorotation switch block and middle contiguous block, the two ends of described middle contiguous block connect the upper end of block and described dextrorotation respectively, and to connect the upper end of block vertical affixed with described left choosing, described left choosing connect upper end that the upper end of the lateral wall of block and described right choosing connect the lateral wall of block respectively rotary connection in the lower end of the madial wall of the lower end of the madial wall of described left suspension rod and right suspension rod, described transition cylinder from top to bottom successively rotary connection in described left-handed connect the madial wall of block lower end and described dextrorotation connect between the lower end of the madial wall of block, glued membrane gap is formed between transition cylinder described in two, described glued membrane gap is positioned at the top of described upper packaging adhesive film roller and parallel to each other with the rotating shaft of described upper packaging adhesive film roller, one end of described recoil spring and the top of described packaging frame affixed, the middle part of the other end and described middle contiguous block is affixed.
Compared with prior art, the automatic package equipment of the present invention can complete plastic film binding encapsulation automatically, thus greatly improves packaging efficiency.
By following description also by reference to the accompanying drawings, the present invention will become more clear, and these accompanying drawings are for explaining embodiments of the invention.
Accompanying drawing explanation
Fig. 1 is the local structural graph of the automatic package equipment of the present invention first angle
Fig. 2 is the local structural graph of the automatic package equipment of the present invention second angle.
Fig. 3 is the local structural graph of the automatic package equipment of the present invention the 3rd angle.
Fig. 4 is the local structural graph of the automatic package equipment of the present invention the 4th angle.
Detailed description of the invention
Referring to figs. 1 to Fig. 4, the automatic package equipment 100 of the present invention comprises propelling movement feeding mechanism 10, packaging mechanism 20, discharging mechanism 30 and control panel (not shown).
Packaging frame 201 through before and after described packaging mechanism 20 comprises, topmast plate 202, end load-transfer device 203, lower platen 204, lower platen cylinder 205, rear upper hot melt clamping plate 206, rear upper cylinder 207, rear lower hot melt clamping plate 208, rear lower cylinder 209, upper left hot melt clamping plate 210, upper left cylinder 211, upper right hot melt clamping plate 212, upper right cylinder 213, lower-left hot melt clamping plate 214, bottom right hot melt clamping plate 215, bottom right cylinder 216, upper packaging adhesive film roller 217, lower packaging adhesive film roller 218 and lower-left cylinder 219, described upper packaging adhesive film roller 217 and lower packaging adhesive film roller 218 respectively left and right to the upper end and the lower end that horizontally rotate the rear portion being connected to described packaging frame 201, described upper packaging adhesive film roller 217 is positioned at directly over described lower packaging adhesive film roller 218.Described topmast plate 202 and load-transfer device of the described end 203 respectively level are fixed in top and the bottom of described packaging frame 201.The fixed end of described lower platen cylinder 205, rear upper cylinder 207, upper left cylinder 211, upper right cylinder 213 is individually fixed in the middle part of described topmast plate 202, rear portion, left part and right part.The mouth of described lower platen cylinder 205, rear upper cylinder 207, upper left cylinder 211 and the upper right cylinder 213 respectively vertical top toward downward-extension and described lower platen 204, rear upper hot melt clamping plate 206, upper left hot melt clamping plate 210, upper right hot melt clamping plate 212 is affixed.Described rear upper hot melt clamping plate 206, upper left hot melt clamping plate 210, upper right hot melt clamping plate 212 lay respectively at the rear side of described lower platen 204, left side and right side.Described rear upper hot melt clamping plate 206 in level about move towards, described upper left hot melt clamping plate 210 and upper right hot melt clamping plate 212 all move towards in before and after level.The fixed end of described rear lower cylinder 209, lower-left cylinder 219, bottom right cylinder 216 is individually fixed in the rear outside of load-transfer device of the corresponding described end 203 on packaging frame 201, left-external side and right outside side.Vertical up extension is affixed with the bottom of described rear lower hot melt clamping plate 208, lower-left hot melt clamping plate 214, bottom right hot melt clamping plate 215 respectively for the mouth of described rear lower cylinder 209, lower-left cylinder 219, bottom right cylinder 216.Described rear upper hot melt clamping plate 206 face mutually with described rear lower hot melt clamping plate 208.Described upper left hot melt clamping plate 210 and described lower-left hot melt clamping plate 214 face mutually.Described upper right hot melt clamping plate 212 face mutually with described bottom right hot melt clamping plate 215.The top of the bottom of described rear upper hot melt clamping plate 206, the top of described rear lower hot melt clamping plate 208, the bottom of described upper left hot melt clamping plate 210, the top of described lower-left hot melt clamping plate 214, the bottom of described upper right hot melt clamping plate 212 and described bottom right hot melt clamping plate 215 is provided with hot melt block.Described packaging frame 201 is equiped with the end transfer drive for driving load-transfer device 203 of the described end to operate, described discharging mechanism is arranged at the front of described packaging frame 201, for packaged material is transported, described control panel is installed on described packaging frame 201, for controlling described propelling movement feeding mechanism 10, packaging mechanism 20 and discharging mechanism 30 action.
Better one, described packaging mechanism 20 also comprises guide-localization roller 220 and twice guide-localization rollers 221 on two.Described in two, upper guide-localization roller 220 moves towards in left and right and then horizontally rotates from front the upper back being connected to described packaging frame 201 successively, and is positioned at the below of described upper packaging adhesive film roller 217.Upper guide-localization gap (not shown) is formed between upper guide-localization roller 220 described in two.Described upper guide-localization gap is positioned at immediately below the front end of described upper packaging adhesive film roller 217.Lower guide-localization roller 221 described in two is trend from the front rear lower being connected to described packaging frame 201 that then horizontally rotates successively in left and right, and be positioned at the top of described lower packaging adhesive film roller 218, form lower guide-localization gap 2211 between lower guide-localization roller 221 described in two, described lower guide-localization gap 2211 is positioned at directly over the front end of described lower packaging adhesive film roller 217.
Better one, described packaging mechanism 20 also comprises some upper lefts guide rod 222, some upper right guide rods 223, some rear top guide bars 224, some lower-lefts guide rod 225, some bottom rights guide rod 226 and some rear lower guide rods 227.Described topmast plate 202 just offers some rear upper guide hole (not shown), some upper lefts guide hole (not shown) and some upper right guide hole (not shown) respectively to described rear upper hot melt clamping plate 206, described upper left hot melt clamping plate 210 and described upper right hot melt clamping plate 212 place.Described packaging frame 201 is just respectively equipped with some rear lower guide hole (not shown), some lower-lefts guide hole (not shown) and some bottom rights guide hole (not shown) to described rear lower hot melt clamping plate 208, lower-left hot melt clamping plate 214, hot melt clamping plate 215 place, bottom right.The lower end of described upper left guide rod 222, upper right guide rod 223 and rear top guide bar 224 is vertically fixed in the top of described upper left hot melt clamping plate 210, described upper right hot melt clamping plate 212 and rear upper hot melt clamping plate 206 respectively.The upper end of the lower end of described upper left guide rod 222, upper right guide rod 223 and rear top guide bar 224 respectively vertical sliding motion is inserted in corresponding described upper left guide hole, upper right guide hole and rear upper guide hole.The upper end of described lower-left guide rod 225, bottom right guide rod 226 and rear lower guide rod 227 is vertically fixed in the bottom of described lower-left hot melt clamping plate 214, described bottom right hot melt clamping plate 215 and rear lower hot melt clamping plate 208 respectively, and the lower end of described lower-left guide rod, bottom right guide rod and rear lower guide rod respectively vertical sliding motion is inserted in corresponding described lower-left guide hole, bottom right guide hole and rear lower guide hole.
Described propelling movement feeding mechanism is arranged at the rear of described packaging frame 201, for material to be packaged is pushed to load-transfer device of the described end 203.Described propelling movement feeding mechanism 10 comprises propelling movement frame 101, support baseboard 102, left slip side plate 103, right slip side plate 104, rear push pedal 105 and pushes driver module (not shown).Described support baseboard 102 level is fixed on the front end at the top of described propelling movement frame 101.Described left slip side plate 103 and right slip side plate 104 respectively before and after outside the left and right two being placed in described support baseboard 102 and front and back to being slidably connected in described propelling movement frame 101.Described rear push pedal 105 is vertical and put, and the two ends, left and right of described rear push pedal 105 connect with the rear end of described left slip side plate 103 and described right slip side plate 104 respectively.Described propelling movement driver module to be installed in described propelling movement frame 101 and to be electrically connected with described control panel, advances simultaneously for driving described left slip side plate 103, right slip side plate 104 and described rear push pedal 105 or retreats.
Better one, described rear push pedal 105 comprises that a left side pushes 1051, the right side pushes 1052 and to be installed in described propelling movement frame and to push movable actuating device (not shown) with rotating driving device (not shown), a left side push rotating driving device (not shown) and the right side of movable actuating device (not shown), the right side that push that push, the left side that described control panel is electrically connected.A described left side push 1051 left rotation and right rotation be connected to described left slip side plate 103 rear end and can along the right side wall slide anteroposterior of described left slip side plate 103, the described right side push 1052 left rotation and right rotation be connected to described right slip side plate 104 rear end and can along the left side wall slide anteroposterior of described right slip side plate 104.The described left side rotating driving device that pushes 1051 to swing for driving a described left side to push; The a described left side movable actuating device that pushes pushes along the right side wall slide anteroposterior of described left slip side plate 103 for driving a described left side; The described right side rotating driving device that pushes 1052 to swing for driving the described right side to push, and the described right side movable actuating device that pushes pushes 1052 along the left side wall slide anteroposterior of described right slip side plate 104 for driving the described right side.
Described automatic package equipment 100 also comprises left-hand tool assembly 50, right-cut tool assembly 60, the left side with chuck tears manipulator (not shown) and the right side tears manipulator (not shown).Described left-hand tool assembly 50 comprises left cut knife rest 51 and left-hand tool (not shown).To be slidably connected on described packaging frame 201 and to be positioned at the left side of described upper left hot melt clamping plate 210 before and after the lower end of described left cut knife rest 51.Described left-hand tool is installed on described left cut knife rest 51 and the edge of a knife of described left-hand tool vertically stretches out described left cut knife rest 51 forward.Described right-cut tool assembly 60 comprise right cut knife rest 61 and, right-cut tool (not shown).To be slidably connected on described packaging frame 201 and to be positioned at the right side of described upper right hot melt clamping plate 212 before and after the lower end of described, right cut knife rest 61, described right-cut tool is installed on described right cut knife rest 61 and the edge of a knife of described right-cut tool vertically stretches out described right cut knife rest 61 forward.A described left side tears manipulator 70 and to be installed on described packaging frame 201 and the left side being positioned at described left-hand tool, and the described right side tears manipulator 70 and to be installed on described packaging frame 201 and the right side being positioned at described right-cut tool.
Better one, the load-transfer device driver module (not shown) that described automatic package equipment 100 also comprises feeding web 90 and drives described feeding web 90 to operate.Described feeding web 90 is installed on the top of described propelling movement frame 101, and is positioned at the rear of described rear push pedal 105, and described load-transfer device driver module is installed in described propelling movement frame 101.
Better one, described automatic package equipment 100 also comprises plastic film tension buffer mechanism 95, described plastic film tension buffer mechanism 95 comprises left suspension rod 951, right suspension rod 952, swinging strut 953, recoil spring 954 and two levels and the transition cylinder 955 put, the upper end of described left suspension rod 951 and right suspension rod 952 is fixed in the left and right sides on the top of the rear end of described packaging frame 201 respectively, described swinging strut 953 comprises left choosing and connects block 9531, dextrorotation switch block 9532 and middle contiguous block 9533, the two ends of described middle contiguous block 9533 connect the upper end of block 9531 and described dextrorotation respectively, and to connect the upper end of block 9532 vertical affixed with described left choosing, described left choosing connects the lower end of madial wall of rotary connection in described left suspension rod 951 and the lower end of the madial wall of right suspension rod 952 respectively, upper end that the upper end of the lateral wall of block 9531 and described right choosing connect the lateral wall of block 9532.Described transition cylinder 955 from top to bottom successively rotary connection in described left-handed connect the madial wall of block 9531 lower end and described dextrorotation connect between the lower end of the madial wall of block 9532.Glued membrane gap is formed between transition cylinder 955 described in two.Described glued membrane gap is positioned at the top of described upper packaging adhesive film roller 217 and parallel to each other with the rotating shaft of described upper packaging adhesive film roller 217.One end of described recoil spring 954 and the top of described packaging frame 201 affixed, the middle part of the other end and described middle contiguous block 9533 is affixed.
When the automatic package equipment 100 of the present invention works, plastic film is successively through glued membrane gap, described upper packaging adhesive film roller 217, upper guide-localization gap, lower guide-localization gap, lower packaging adhesive film roller 218, and the two ends of plastic film extend respectively backward, material is delivered to rear push pedal 105 from feeding web 90, now, a left side push rotating driving device and the right side push rotating driving device a left side is pushed simultaneously 1051 and the right side push and 1052 to open, allow mass transport on rear support base plate 102, a left side push rotating driving device and the right side push rotating driving device a left side is pushed simultaneously 1051 and the right side to push 1052 closedowns, propelling movement driver module starts, by described left slip side plate 103, the while of right slip side plate 104 and described rear push pedal 105, pushed forward is on end load-transfer device 203, when the front end face of material arrives the rear end of end load-transfer device 203, propelling movement driver module is closed, a left side push movable actuating device and the right side push movable actuating device drive simultaneously a left side push 1051 and the right side to push 1052 reaches, thus material is pushed on end load-transfer device 203, but rear push pedal 105, left slip side plate 103 and right slip side plate 104 reset, now material pushes plastic film and is wrapped in plastic film, the front end face of material is adjacent to plastic film, then lower platen 204 presses to material top under the promotion of lower platen cylinder 205, plastic film is made to be adjacent to the top of material, then upper cylinder 207 and rear lower cylinder 209 action simultaneously after, rear upper hot melt clamping plate 206 and rear lower hot melt clamping plate 208 clamp in opposite directions, plastic film is made to be adjacent to the rear wall of material, the hot melt block heating of upper hot melt clamping plate 206 and rear lower hot melt clamping plate 208 simultaneously, plastic film hot melt is clinged, then upper left cylinder 211 and lower-left cylinder 219 action simultaneously, upper left hot melt clamping plate 210 and lower-left hot melt clamping plate 214 clamp in opposite directions, plastic film is made to be adjacent to the left wall of material, the hot melt block heating of upper left hot melt clamping plate 210 and lower-left hot melt clamping plate 214 simultaneously, plastic film hot melt is clinged, meanwhile, upper right cylinder 213 and bottom right cylinder 216 action simultaneously, upper right hot melt clamping plate 212 and bottom right hot melt clamping plate 215 clamp in opposite directions, plastic film is made to be adjacent to the right wall of material, the hot melt block heating of upper right hot melt clamping plate 212 and bottom right hot melt clamping plate 215 simultaneously, plastic film hot melt is clinged.Then leftly tear the chuck that manipulator and the right side tear manipulator and move to respectively and clamp the hot melt limit of material left wall hot melt limit and right wall, left cut knife rest 51 and right cut knife rest 61 are from rear front slide, left-hand tool and right-cut tool is made to cut off material Zuo Bi and the unnecessary hot melt limit of right wall respectively, then, a left side tears manipulator and the right side tears manipulator return and torn out on unnecessary hot melt limit, then, end load-transfer device 203 under the drive of end transfer drive by packaged mass transport to discharging mechanism 30.
The automatic package equipment of the present invention can complete plastic film binding encapsulation automatically, thus greatly improves packaging efficiency.
More than in conjunction with most preferred embodiment, present invention is described, but the present invention is not limited to the embodiment of above announcement, and should contain amendment that the various essence according to the present embodiment carries out, equivalent combinations.
Claims (8)
1. an automatic package equipment, is characterized in that: comprise propelling movement feeding mechanism, packaging mechanism, discharging mechanism and control panel, packaging frame through before and after described packaging mechanism comprises, topmast plate, end load-transfer device, lower platen, lower platen cylinder, rear upper hot melt clamping plate, rear upper cylinder, rear lower hot melt clamping plate, rear lower cylinder, upper left hot melt clamping plate, upper left cylinder, upper right hot melt clamping plate, upper right cylinder, lower-left hot melt clamping plate, bottom right hot melt clamping plate, bottom right cylinder, upper packaging adhesive film roller, lower packaging adhesive film roller and lower-left cylinder, described upper packaging adhesive film roller and lower packaging adhesive film roller respectively left and right to the upper end and the lower end that horizontally rotate the rear portion being connected to described packaging frame, described upper packaging adhesive film roller is positioned at directly over described lower packaging adhesive film roller, described topmast plate and load-transfer device of the described end respectively level are fixed in top and the bottom of described packaging frame, described lower platen cylinder, rear upper cylinder, the fixed end of upper left cylinder and upper right cylinder is individually fixed in the middle part of described topmast plate, rear portion, left part and right part, described lower platen cylinder, rear upper cylinder, the mouth of upper left cylinder and upper right cylinder is vertical toward downward-extension and described lower platen respectively, rear upper hot melt clamping plate, upper left hot melt clamping plate, the top of upper right hot melt clamping plate is affixed, described rear upper hot melt clamping plate, upper left hot melt clamping plate, upper right hot melt clamping plate lay respectively at the rear side of described lower platen, left side and right side, described rear upper hot melt clamping plate are move towards about level, and described upper left hot melt clamping plate and upper right hot melt clamping plate all move towards in before and after level, described rear lower cylinder, lower-left cylinder, the fixed end of bottom right cylinder is individually fixed in the rear outside of load-transfer device of the described end, left-external side and right outside side, described rear lower cylinder, lower-left cylinder, the mouth of bottom right cylinder is vertical respectively up to be extended and described rear lower hot melt clamping plate, lower-left hot melt clamping plate, the bottom of bottom right hot melt clamping plate is affixed, described rear upper hot melt clamping plate and described rear lower hot melt clamping plate face mutually, described upper left hot melt clamping plate and described lower-left hot melt clamping plate face mutually, and described upper right hot melt clamping plate and described bottom right hot melt clamping plate face mutually, the bottom of described rear upper hot melt clamping plate, the top of described rear lower hot melt clamping plate, the bottom of described upper left hot melt clamping plate, the top of described lower-left hot melt clamping plate, the bottom of described upper right hot melt clamping plate and the top of described bottom right hot melt clamping plate are provided with hot melt block, described packaging frame is equiped with the end transfer drive for driving the load-transfer device running of the described end, described propelling movement feeding mechanism is arranged at the rear of described packaging frame, for material to be packaged is pushed to load-transfer device of the described end, described discharging mechanism is arranged at the front of described packaging frame, for packaged material is transported, described control panel is installed on described packaging frame, pushes feeding mechanism for controlling, packaging mechanism and discharging mechanism action.
2. package equipment automatically as claimed in claim 1, it is characterized in that: also comprise guide-localization roller and twice guide-localization rollers on two, described in two, upper guide-localization roller is left and right trend and then horizontally rotates from front the upper back being connected to described packaging frame successively, and be positioned at the below of described upper packaging adhesive film roller, upper guide-localization gap is formed between upper guide-localization roller described in two, described upper guide-localization gap is positioned at immediately below the front end of described upper packaging adhesive film roller, lower guide-localization roller described in two be that left and right is moved towards and from the front rear lower being connected to described packaging frame that then horizontally rotates successively, and be positioned at the top of described lower packaging adhesive film roller, lower guide-localization gap is formed between lower guide-localization roller described in two, described lower guide-localization gap is positioned at directly over the front end of described lower packaging adhesive film roller.
3. package equipment automatically as claimed in claim 1, is characterized in that: also comprise some upper lefts guide rod, some upper right guide rods, some rear top guide bars, some lower-lefts guide rod, some bottom rights guide rod and some rear lower guide rods, described topmast plate is just to described rear upper hot melt clamping plate, described upper left hot melt clamping plate and described upper right hot melt clamping plate place offer some rear upper guide holes respectively, some upper lefts guide hole and some upper right guide holes, described packaging frame is just to described rear lower hot melt clamping plate, lower-left hot melt clamping plate, hot melt clamping plate place, bottom right is respectively equipped with some rear lower guide holes, some lower-lefts guide hole and some bottom rights guide hole, described upper left guide rod, the lower end of upper right guide rod and rear top guide bar is vertically fixed in described upper left hot melt clamping plate respectively, the top of described upper right hot melt clamping plate and rear upper hot melt clamping plate, described upper left guide rod, the upper end of upper right guide rod and rear top guide bar respectively vertical sliding motion is inserted in corresponding described upper left guide hole, in upper right guide hole and rear upper guide hole, described lower-left guide rod, the upper end of bottom right guide rod and rear lower guide rod is vertically fixed in described lower-left hot melt clamping plate respectively, the bottom of described bottom right hot melt clamping plate and rear lower hot melt clamping plate, described lower-left guide rod, the lower end of bottom right guide rod and rear lower guide rod respectively vertical sliding motion is inserted in corresponding described lower-left guide hole, in bottom right guide hole and rear lower guide hole.
4. package equipment automatically as claimed in claim 1, it is characterized in that: described propelling movement feeding mechanism comprises propelling movement frame, support baseboard, left slip side plate, right slip side plate, rear push pedal and propelling movement driver module, described support baseboard level is fixed on the front end at the top of described propelling movement frame, described left slip side plate and right slip side plate respectively before and after outside the left and right two being placed in described support baseboard and front and back to being slidably connected in described propelling movement frame, described rear push pedal is vertical and put, and the two ends, left and right of described rear push pedal connect with the rear end of described left slip side plate and described right slip side plate respectively, described propelling movement driver module to be installed in described propelling movement frame and to be electrically connected with described control panel, for driving described left slip side plate, right slip side plate and described rear push pedal are advanced simultaneously or retreat.
5. package equipment automatically as claimed in claim 4, it is characterized in that: described rear push pedal comprises a left side and pushes, the right side pushes and to be installed in described propelling movement frame and to push rotating driving device with the left side that described control panel is electrically connected, a left side pushes movable actuating device, push rotating driving device and the right side, the right side pushes movable actuating device, a described left side push left rotation and right rotation be connected to described left slip side plate rear end and can along the right side wall slide anteroposterior of described left slip side plate, the described right side push left rotation and right rotation be connected to described right slip side plate rear end and can along the left side wall slide anteroposterior of described right slip side plate, the described left side rotating driving device that pushes swings for driving a described left side to push, the a described left side movable actuating device that pushes pushes along the right side wall slide anteroposterior of described left slip side plate for driving a described left side, the described right side rotating driving device that pushes swings for driving the described right side to push, and the described right side movable actuating device that pushes pushes along the left side wall slide anteroposterior of described right slip side plate for driving the described right side.
6. package equipment automatically as claimed in claim 1, it is characterized in that: also comprise left-hand tool assembly, right-cut tool assembly, a left side tears manipulator and the right side tears manipulator, described left-hand tool assembly comprises left cut knife rest and left-hand tool, to to be slidably connected on described packaging frame and to be positioned at the left side of described upper left hot melt clamping plate before and after the lower end of described left cut knife rest, described left-hand tool is installed on described left cut knife rest and the edge of a knife of described left-hand tool vertically stretches out described left cut knife rest forward, described right-cut tool assembly comprise right cut knife rest and, right-cut tool, described, to to be slidably connected on described packaging frame and to be positioned at the right side of described upper right hot melt clamping plate before and after the lower end of right cut knife rest, described right-cut tool is installed on described right cut knife rest and the edge of a knife of described right-cut tool vertically stretches out described right cut knife rest forward, a described left side tears manipulator and to be installed on described packaging frame and the left side being positioned at described left-hand tool, the described right side tears manipulator and to be installed on described packaging frame and the right side being positioned at described right-cut tool.
7. package equipment automatically as claimed in claim 4, it is characterized in that: the load-transfer device driver module also comprising feeding web and drive described feeding web to operate, described feeding web is installed on the top of described propelling movement frame, and being positioned at the rear of described rear push pedal, described load-transfer device driver module is installed in described propelling movement frame.
8. package equipment automatically as claimed in claim 1, it is characterized in that: also comprise plastic film tension buffer mechanism, described plastic film tension buffer mechanism comprises left suspension rod, right suspension rod, swinging strut, recoil spring and two levels and the transition cylinder put, the upper end of described left suspension rod and right suspension rod is fixed in the left and right sides on the top of the rear end of described packaging frame respectively, described swinging strut comprises left choosing and connects block, dextrorotation switch block and middle contiguous block, the two ends of described middle contiguous block connect the upper end of block and described dextrorotation respectively, and to connect the upper end of block vertical affixed with described left choosing, described left choosing connect upper end that the upper end of the lateral wall of block and described right choosing connect the lateral wall of block respectively rotary connection in the lower end of the madial wall of the lower end of the madial wall of described left suspension rod and right suspension rod, described transition cylinder from top to bottom successively rotary connection in described left-handed connect the madial wall of block lower end and described dextrorotation connect between the lower end of the madial wall of block, glued membrane gap is formed between transition cylinder described in two, described glued membrane gap is positioned at the top of described upper packaging adhesive film roller and parallel to each other with the rotating shaft of described upper packaging adhesive film roller, one end of described recoil spring and the top of described packaging frame affixed, the middle part of the other end and described middle contiguous block is affixed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201510872870.2A CN105366092B (en) | 2015-12-01 | 2015-12-01 | Automatic package equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510872870.2A CN105366092B (en) | 2015-12-01 | 2015-12-01 | Automatic package equipment |
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| CN105366092A true CN105366092A (en) | 2016-03-02 |
| CN105366092B CN105366092B (en) | 2018-07-27 |
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| CN201510872870.2A Expired - Fee Related CN105366092B (en) | 2015-12-01 | 2015-12-01 | Automatic package equipment |
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| CN105691688A (en) * | 2016-03-30 | 2016-06-22 | 西安科技大学 | Full-automatic integrated air column bag packaging machine |
| CN110683122A (en) * | 2019-10-10 | 2020-01-14 | 刘鹏飞 | Bearing transportation and packaging method |
| CN110803314A (en) * | 2019-11-22 | 2020-02-18 | 安徽永锋智能包装科技有限公司 | Bottom folding method for refrigerator packaging bag |
| CN114074005A (en) * | 2020-08-12 | 2022-02-22 | 青岛琦川源食品有限公司 | Pepper grinding and packaging device and using method thereof |
| CN114590444A (en) * | 2022-04-18 | 2022-06-07 | 北京和升达信息安全技术有限公司 | Full-automatic six-side film wrapping method for large-volume paper shredding bag |
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| CN105366092B (en) | 2018-07-27 |
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Effective date of registration: 20190814 Address after: 523000 No.1 Building, 92 Hexing Road, Shatou, Chang'an Town, Dongguan City, Guangdong Province Patentee after: Dongguan Jiujiu Technology Co.,Ltd. Address before: 523000 Hongjing of Yangwu Junshan Science Park, Dalingshan Town, Dongguan City, Guangdong Province Co-patentee before: Wu Qingsong Patentee before: Han Yueping |
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Granted publication date: 20180727 |