CN219749053U - Paste formula disposal bag processingequipment - Google Patents

Abstract

The utility model discloses a sticking type garbage bag processing device which comprises a supporting table, a conveying device, a feeding device, a transferring device, a rubberizing device, a trimming device, a slicing device and a control system, wherein the feeding device is used for supplying plastic raw bags which are overlapped up and down; the transfer device absorbs the plastic raw bags in the feeding device and transfers the plastic raw bags to a moving station at the rear part of the transmission device; the rubberizing device is used for pasting gummed paper to the upper pocket mouth piece of the plastic raw bag transmitted by the mobile station, the edge cutting device is used for cutting off the edges of two sides of the pocket mouth of the plastic raw bag on the mobile station, the slicing device absorbs and folds the upper pocket mouth piece of the plastic raw bag transmitted by the fixed transmission device, and cuts off the lower pocket mouth piece of the opposite plastic raw bag, and the control system is respectively and electrically connected with the feeding device, the transfer device, the transmission device, the rubberizing device, the edge cutting device and the slicing device. The processing device for the adhesive garbage bag can improve the production efficiency.

Description

Paste formula disposal bag processingequipment

Technical Field

The utility model relates to the technical field of garbage bag processing devices, in particular to a sticking type garbage bag processing device.

Background

The adhesive garbage bag is generally applied to the edge of an automobile or a kitchen counter, and comprises a bag body and double faced adhesive tape adhered to one side of the opening end of the bag body, wherein a protective layer is arranged on one side of the double faced adhesive tape, which is away from the bag body, and the other side of the opening end of the bag body is relatively short.

At present, the adhesive garbage bag can be directly used or manually cut after being adhered by the adhesive device, so that one side of the opening end of the bag body, to which the double-sided adhesive is adhered, is longer than the other side of the opening end of the bag body, and the efficiency of the manual cutting mode is low and the production cost is high.

Disclosure of Invention

In view of the above, the present utility model provides a processing device for adhesive garbage bags, which can realize automatic cutting to improve production efficiency.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides a paste formula disposal bag processingequipment, includes brace table, installs transmission device and the control system who is connected with transmission device electricity on the brace table, transmission device is equipped with a plurality of removal stations, still includes feedway, transfer device, rubberizing device, side cut device and section device;

the feeding device is arranged at one side of the rear end of the supporting table and is used for supplying plastic raw bags which are overlapped up and down;

the transfer device is arranged above the feeding device and extends to the position right above the moving station at the rear end of the conveying device, and the transfer device absorbs the plastic raw bags in the feeding device and transfers the plastic raw bags to the moving station at the rear end of the conveying device;

the rubberizing device, the trimming device and the slicing device are sequentially arranged at the side of the transmission device from back to front, the rubberizing device is used for pasting gummed paper to the upper bag mouth piece of the plastic raw bag transmitted to the moving station, the trimming device is used for cutting off the edges at two sides of the bag mouth of the plastic raw bag on the moving station, and the slicing device is used for sucking and folding the upper bag mouth piece of the plastic raw bag transmitted by the fixed transmission device and cutting off the lower bag mouth piece of the opposite plastic raw bag;

the control system is electrically connected with the feeding device, the transferring device, the rubberizing device, the trimming device and the slicing device respectively.

For better realization above-mentioned technical scheme, optionally, the feedway includes feed bin, feed bin switching assembly and first elevating system, feed bin switching assembly includes slide, first guide rail and switching cylinder, the slide is located on the first guide rail along the length direction of brace table slip, the slide has at least two draw-in grooves that set up along brace table length direction interval, and every draw-in groove equal level card is solid and can promote the separation upwards and be equipped with a feed bin, the push-and-pull end of switching cylinder and the lateral part fixed connection of slide are in order to drive the slide along the length direction reciprocating motion of first guide rail, arbitrary be equipped with first elevating system under the feed bin, first elevating system's lift end activity passes the draw-in groove and drives the feed bin that corresponds and go up and down.

Optionally, a bag missing detection mechanism for detecting the plastic raw bag in the bin right above the first lifting mechanism is arranged at the lifting end of the first lifting mechanism.

Optionally, the transfer device includes first electric screw module, first slip subassembly, transmits the lift jar and transmits vacuum chuck, first electric screw module is installed in the top of feedway and transmission device rear end along the width direction of brace table, the mobile part of first electric screw module is connected with first slip subassembly, be equipped with on the first slip subassembly and transmit the lift jar, the lift end of transmitting the lift jar is equipped with and transmits vacuum chuck, transmit the former bag of plastics in the vacuum chuck suction feed bin, move to transmission device's top along with first slip subassembly to put into the removal station with the former bag of plastics.

Optionally, rubberizing device includes second electric screw module, second slip subassembly, rubber disc, second elevating system, rubberizing clamp plate, rubberizing mechanism and rubberizing jar, the side top of removal station is located to second electric screw module equipment, second slip subassembly has set firmly to the mobile part of second electric screw module, be equipped with rubber disc, rubberizing mechanism and rubberizing jar on the second slip subassembly, the winding has the adhesive tape on the rubber disc, the top of removing the station is located in the rubberizing mechanism unsettled, the stiff end of rubberizing jar is connected on second slip subassembly, the push-and-pull end of rubberizing jar is articulated with rubberizing mechanism's lateral part, rubberizing wheel contact or the plastic former bag of breaking away from on the removal station of rubberizing mechanism is driven to rubberizing jar, the fixed part of second electric screw module is located to second elevating system, the elevating system's elevating system is equipped with rubberizing clamp plate, the clamp plate is along with the elevating system's elevating system lift suppresses or breaks away from the plastic former bag on the removal station.

Optionally, side cut device includes mount pad, roll adjustment motor, roll adjustment guide rail, fixed side cut subassembly and movable side cut subassembly, the mount pad is installed in transmission device's side, be equipped with the roll adjustment guide rail along transmission device length direction on the mount pad, still be on a parallel with the roll adjustment guide rail on the mount pad and be equipped with power shaft and drive power shaft pivoted roll adjustment motor, movable side cut subassembly slidable mounting is on the roll adjustment guide rail and with power shaft normal running fit.

Optionally, the slicing device comprises a slicing mounting frame, a bag body fixing supporting plate, a bag body lifting and pressing mechanism, an upper bag opening sheet bending mechanism, an upper bag opening sheet pressing mechanism, a lower bag opening sheet lifting and pressing mechanism and a cutter mechanism;

the slice mounting frame comprises an upper fixing plate, a lower fixing plate and a plurality of lifting guide rods, wherein the lifting guide rods are fixedly arranged between the upper fixing plate and the lower fixing plate by taking the central connecting line of the upper fixing plate and the lower fixing plate as a central shaft;

the bag body lifting and pressing mechanism comprises a bag body pressing plate lifting cylinder, an upper lifting plate and a bag body upper pressing plate, wherein the bag body pressing plate lifting cylinder is fixedly arranged on the upper fixing plate, the lifting end of the bag body pressing plate lifting cylinder movably penetrates through the upper fixing plate and is connected with the center of the upper lifting plate, the upper lifting plate vertically slides through the upper parts of the lifting guide rods, the bag body upper pressing plate is of a U-shaped structure, the upper end plate part of the bag body upper pressing plate is fixedly arranged on one side of the upper lifting plate, an avoidance hole is formed in the middle plate body of the bag body upper pressing plate, and the lower end plate part of the bag body upper pressing plate forms a pressing plate part;

the bag body fixing supporting plate is fixedly arranged right below the pressing plate part and forms a pressing plate structure for pressing and holding the bag body with the pressing plate part;

the upper pocket mouth piece bending mechanism comprises an inclined pull cylinder, a connecting plate and a sucker assembly, wherein the fixed end of the inclined pull cylinder is fixedly arranged on an upper lifting plate, the sucker assembly is positioned above the upper pocket mouth piece, the push-pull end of the inclined pull cylinder is provided with the connecting plate, the connecting plate penetrates through the avoidance hole to be connected with the side wall of the sucker assembly, and the sucker assembly is pushed and pulled along with the inclined pull cylinder after absorbing the glued upper pocket mouth piece along with lifting of the upper lifting plate;

the upper pocket mouth piece pushing mechanism comprises a first side pushing cylinder and a side pushing plate, the first side pushing cylinder is fixedly arranged in the slicing installation frame, the pushing end of the first side pushing cylinder is arranged on the side pushing plate positioned on the inner side of the upper pressing plate of the pocket body, and after the glued upper pocket mouth piece is folded, the pushing end of the first side pushing cylinder pushes the side pushing plate to move horizontally so that the glued upper pocket mouth piece is pressed between the pressing plate part and the lower end face of the side pushing plate;

the lower pocket mouth piece lifting and pressing mechanism comprises a lower pocket mouth piece pressing plate lifting cylinder, a lower lifting plate, a second side pushing cylinder and a lower pocket mouth piece pressing plate, wherein the lower pocket mouth piece pressing plate lifting cylinder is fixedly arranged on the lower fixing plate, the lifting end of the lower pocket mouth piece pressing plate lifting cylinder is connected with the center of the lower lifting plate, the lower lifting plate vertically slides through the lower parts of a plurality of lifting guide rods, the second side pushing cylinder is arranged on the upper end face of the lower lifting plate, and the push-pull end of the second side pushing cylinder is provided with a lower pocket mouth piece pressing plate for pressing and holding a lower pocket mouth piece;

the bag body fixing supporting plate is provided with a notch seam which is positioned right below the lower bag opening piece;

the cutter mechanism comprises a cutter body and a cutter, wherein the cutter body is arranged below the incision seam in a movable and liftable mode, and the cutter is arranged at the upper end of the cutter body, and extends into the incision seam along with the lifting and movement of the cutter body so as to cut off the lower pocket mouth piece.

Optionally, the connecting plate includes the board body, fixed perpendicular curb plate portion of locating board body one end and the extension board portion of locating board body other end both sides, curb plate portion sets firmly in the push-and-pull end of oblique drawing the jar, the board body is close to the one end of extension board portion and has the open slot, form the side push pedal between open slot and two extension board portions and dodge the space.

The processing device for a stuck garbage bag according to claim, wherein the side pushing plate comprises a side pushing connecting plate body and a side pushing plate body, one end of the side pushing connecting plate body is connected with the push-pull end of the first side pushing cylinder, the other end of the side pushing connecting plate body is bent downwards to pass through the side pushing plate avoiding space and is connected with the side pushing plate body, and the side pushing plate body comprises a vertical plate part connected with the side pushing connecting plate body and a horizontal plate part parallel to the bag fixing support plate.

Optionally, the section device still includes lower sack section adsorption component, lower sack section adsorption component is including installing in the adsorption plate of lower sack piece clamp plate up end and running through a plurality of absorption heads that lower sack piece clamp plate and are connected with the adsorption plate, when lower sack piece clamp plate pressure is held on lower sack piece, the absorption head adsorbs on lower sack piece, and when the absorption head kept away from the fixed fagging of bag body, the absorption head blows off absorptive lower sack section.

The utility model has the beneficial effects that:

according to the adhesive garbage bag processing device, the original garbage bag is placed in the bin 21, is transferred to the transmission device 40 through the transfer device 30, is sequentially glued by the gluing device 50, is cut off by the edge cutting device 60, is cut off by the two side edges of the upper bag opening sheet and the lower bag opening sheet, is cut off by the slicing device 70, and is formed into the finished garbage bag with gummed paper and with high and low error.

Drawings

FIG. 1 is a schematic perspective view of a processing device for a stuck garbage bag according to an embodiment of the present utility model;

FIG. 2 is a schematic perspective view of the feed device of FIG. 1;

FIG. 3 is a front view of FIG. 2;

FIG. 4 is a schematic perspective view of the transfer device of FIG. 1;

FIG. 5 is a schematic perspective view of the rubberizing device of FIG. 1;

fig. 6 is a perspective view of the trimming device of fig. 1;

FIG. 7 is a schematic perspective view of the slicing apparatus of FIG. 1;

FIG. 8 is a perspective view of the bag lifting and pressing mechanism of FIG. 7;

FIG. 9 is a perspective view of the upper mouth piece bending mechanism and the upper mouth piece pressing mechanism of FIG. 7;

FIG. 10 is a perspective view of the lower mouth piece lifting and pressing mechanism of FIG. 7 at an angle;

FIG. 11 is a perspective view of the lower mouth piece lifting and pressing mechanism of FIG. 7 at another angle;

FIG. 12 is a schematic perspective view of the cutter mechanism of FIG. 7;

fig. 13 is a finished garbage bag processed by a paste type garbage bag processing apparatus according to an embodiment of the present utility model.

Reference numerals:

a mounting box 10 and a mounting frame 11;

the device comprises a feeding device 20, a storage bin 21, a sliding seat 221, a first guide rail 222, a switching cylinder 223, a first lifting mechanism 23 and a bag missing detection mechanism 24;

a transfer device 30, a first electric screw module 31, a first sliding component 32, a lifting cylinder 33 and a vacuum chuck 34;

a transmission device 40;

the rubberizing device 50, the second electric screw module 51, the second sliding component 52, the rubberizing disc 53, the second lifting mechanism 54, the pressing plate 55, the rubberizing mechanism 56 and the rubberizing cylinder 57;

the trimming device 60, the mounting seat 61, the distance adjusting motor 62, the distance adjusting guide rail 63, the fixed trimming assembly 64, the movable trimming assembly 65 and the power shaft 66;

the slicing device 70, an upper fixing plate 701, a lower fixing plate 702, a lifting guide rod 703, a bag body pressing plate lifting cylinder 711, an upper lifting plate 712, a bag body upper pressing plate 713, a avoiding hole 714, and a pressing plate 715;

a bag body fixing stay plate 72 and a slit 721;

oblique pull cylinder 731, plate body 7321, side plate portion 7322, support plate portion 7323, bar-shaped distance adjusting hole 7324, suction cup assembly 733;

the first side pushing cylinder 740, the side pushing plate, the side pushing connecting plate body 7411, the side pushing plate body 7412, the lower pocket plate pressing plate lifting cylinder 751, the lower lifting plate 752, the second side pushing cylinder 753, the lower pocket plate pressing plate 754, the adsorption plate 761, the adsorption head 762, the cutter body 77 and the cutter 771;

a discharge mechanism 80;

a finished garbage bag 100 and a sticker 101.

Detailed Description

The technical scheme of the utility model is described in detail below with reference to the accompanying drawings and the specific embodiments. Wherein like parts are designated by like reference numerals.

Referring to fig. 1 to 13, an embodiment of the utility model discloses a processing device for a stuck garbage bag, which comprises a supporting table, a feeding device 20, a transferring device 30, a conveying device 40, a rubberizing device 50, a trimming device 60, a slicing device 70 and a control system.

The control system is used for controlling the operation parameters of the feeding device 20, the transferring device 30, the transmitting device 40, the rubberizing device 50, the trimming device 60 and the slicing device 70, and the control system adopts a mature operation system in the prior art, which is not a modification point of the present utility model and will not be described in detail.

As shown in fig. 1, the support table is used for installing the conveying device 40, the feeding device 20, the transferring device 30, the rubberizing device 50, the trimming device 60 and the slicing device 70, and comprises a mounting box 10 and a mounting frame 11, wherein equipment can be mounted inside and outside the mounting box 10, and the mounting frame 11 is used for mounting equipment.

In the embodiment of the present utility model, the conveying device 40 is a standardized belt or chain belt conveying device in the prior art, and the conveying device 40 is provided with a plurality of moving stations capable of correcting positions of the garbage original bags, and each moving station can clamp and fix one plastic original bag.

As shown in fig. 1, a feeding device 20 is installed at one side of the rear end of the supporting table, and the feeding device 20 is used for supplying plastic raw bags stacked up and down;

as shown in fig. 2 and 3, the feeding device 20 includes a bin 21, a bin switching assembly and a first lifting mechanism 23, the bin switching assembly includes a sliding seat 221, a first guide rail 222 and a switching cylinder 223, the sliding seat 221 is slidably disposed on the first guide rail 222 along the length direction of the supporting table, the first guide rail 222 is two parallel arranged and is fixed on the mounting box 10, the sliding seat 221 has at least two clamping grooves spaced along the length direction of the supporting table, in the embodiment of the utility model, two clamping grooves are preferred, and in other alternative embodiments, three or four clamping grooves are also possible.

Each clamping groove is horizontally clamped and can be pushed upwards to be separated, a bin 21 is arranged, the push-pull end of the switching cylinder 223 is fixedly connected with the side part of the sliding seat 221 to drive the sliding seat 221 to reciprocate along the length direction of the first guide rail 222, a first lifting mechanism 23 is arranged right below any bin 21, and the lifting end of the first lifting mechanism 23 movably penetrates through the clamping groove and drives the corresponding bin 21 to lift.

Specifically, the center of the clamping groove is provided with a lifting through hole, and the lifting end of the first lifting mechanism 23 passes through the lifting through hole and can be connected with the connecting structure of the bottom surface of the storage bin 21 in an up-down inserting and matching manner, so that the first lifting mechanism 23 drives the storage bin 21 to lift.

More specifically, the lifting end of the first lifting mechanism 23 is provided with a bag-missing detection mechanism 24 for detecting the original plastic bags in the bin 21 right above the lifting end, the bag-missing detection mechanism 24 is electrically connected with the control system, and when the bag-missing detection mechanism 24 detects that no original garbage bags exist in the corresponding bin 21, the control system can remind workers to supplement the original garbage bags into the bin 21.

The feeding device 20 operates in the following manner: firstly, plastic raw bags which are orderly stacked up and down are placed in a bin 21, then the bin 21 moves along with a sliding seat 221, one bin 21 is opposite to a first lifting mechanism 23 up and down, then the first lifting mechanism 23 pushes the bin 21 which is right above the bin 21 to ascend, a transfer device 30 sucks the plastic raw bags in the bin 21 at the same position, when a bag shortage detection mechanism 24 detects that the plastic raw bags in the bin 21 which is right above the bin 21 are completely transferred by the transfer device 30, the lifting end of the first lifting mechanism 23 descends and drives the corresponding bin 21 to be clamped in a clamping groove of the sliding seat 221, at the moment, a switching cylinder 223 pushes the sliding seat 221 to move, the bin 21 which stores the plastic raw bags is enabled to move right above the first lifting mechanism 23, the actions are repeated, a feeding device 20 continuously supplies the plastic raw bags to the transfer device 30, the plastic raw bags are not stopped when the plastic raw bags in the bin 21 are completely transferred, and the empty bin 21 are manually replenished.

In the embodiment of the present utility model, the power of the switching cylinder 223 and the first elevating mechanism 23 are both cylinders.

As shown in fig. 1 and 4, the transfer device 30 is installed above the feeding device 20 and extends to a position right above the moving station at the rear end of the transfer device 40, and the transfer device 30 sucks the plastic raw bag in the feeding device 20 and transfers the plastic raw bag to the moving station at the rear end of the transfer device 40.

Specifically, the transfer device 30 includes a first electric screw module 31, a first sliding component 32, a transfer lifting cylinder 33 and a transfer vacuum chuck 34, the first electric screw module 31 is mounted above the rear ends of the feeding device 20 and the conveying device 40 along the width direction of the supporting table, a moving part of the first electric screw module 31 is connected with the first sliding component 32, the first sliding component 32 is provided with the transfer lifting cylinder 33, the lifting end of the transfer lifting cylinder 33 is provided with the transfer vacuum chuck 34, the transfer vacuum chuck 34 sucks the plastic raw bag in the storage bin 21, moves to the upper side of the conveying device 40 along with the first sliding component 32, and places the plastic raw bag in a corresponding moving station.

The transfer device 30 operates in the following manner: when the transfer vacuum chuck 34 slides to the position right above the storage bin 21 along with the first sliding component 32, the pushing end of the transfer lifting cylinder 33 pushes the transfer vacuum chuck 34 to descend so as to suck the plastic raw bag in the storage bin 21, after the transfer vacuum chuck 34 sucks the plastic raw bag, the pushing end of the transfer lifting cylinder 33 ascends so as to drive the transfer vacuum chuck 34 to ascend, and then the first electric screw module 31 drives the first sliding component 32 to move so as to enable the transfer vacuum chuck 34 to move to the position right above the corresponding moving station, and the pushing end of the transfer lifting cylinder 33 pushes the transfer vacuum chuck 34 to descend and put the sucked plastic raw bag on the moving station, so that the transfer device 30 transfers the plastic raw bag in the storage bin 21 to the moving station.

As shown in fig. 1, the rubberizing device 50, the trimming device 60 and the slicing device 70 are sequentially arranged at the side of the conveying device 40 from back to front, wherein the rubberizing device 50 is used for pasting gummed paper to an upper bag mouth piece of a plastic raw bag conveyed by a moving station.

As shown in fig. 5, the rubberizing device 50 includes a second electric screw module 51, a second sliding component 52, a rubberizing disc 53, a second lifting mechanism 54, a rubberizing pressing plate 55, a rubberizing mechanism 56 and a rubberizing cylinder 57, wherein the second electric screw module 51 is installed above the side of the moving station, the moving part of the second electric screw module 51 is fixedly provided with the second sliding component 52, the second sliding component 52 is provided with the rubberizing disc 53, the rubberizing mechanism 56 and the rubberizing cylinder 57, the rubberizing disc 53 is wound with gumming paper, the rubberizing mechanism 56 is rotatably installed on the side part of the second sliding component 52 and is located above the moving station, the fixed end of the rubberizing cylinder 57 is connected to the second sliding component 52, the push-pull end of the rubberizing cylinder 57 is hinged with the side part of the rubberizing mechanism 56, the rubberizing cylinder 57 drives the rubberizing wheel of the rubberizing mechanism 56 to contact or separate from a plastic raw bag on the moving station, the second lifting mechanism 54 is arranged at the fixed part of the second electric screw module 51, the lifting end of the second lifting mechanism 54 is provided with the rubberizing pressing plate 55, and the rubberizing pressing plate 55 is arranged at the lifting end of the lifting mechanism 54 along with the lifting end of the second lifting mechanism 54.

The operation of the rubberizing device 50 is: when the moving station is aligned up and down with the rubberizing device 50, the elevating end of the second elevating mechanism 54 pushes the rubberizing pressing plate 55 to descend on the bag body of the garbage original bag, then the rubberizing cylinder 57 pushes the rubberizing mechanism 56 to descend in a rotating way, the rubberizing wheel of the rubberizing mechanism 56 abuts against the upper bag mouth piece of the garbage original bag, at the moment, the second electric screw module 51 pushes the second sliding component 52 to move, the rubberizing wheel of the rubberizing mechanism 56 rubberizes the preset position of the bag mouth of the garbage original bag, the cutter unit of the rubberizing mechanism 56 cuts off rubberizing after rubberizing is completed, the second elevating mechanism 54 drives the rubberizing pressing plate 55 to return, the rubberizing cylinder 57 drives the rubberizing mechanism 56 to be separated from the garbage original bag, and the second electric screw module 51 drives the second sliding component 52 to return to the initial position, so that rubberizing flow is completed.

It should be noted that, the rubberizing mechanism 56 is a prior art, and the specific structure is not described in detail.

As shown in fig. 6, the edge cutting device 60 is used for cutting the edges of both sides of the mouth of the plastic raw bag at the moving station.

Specifically, the trimming device 60 includes a mounting seat 61, a distance adjusting motor 62, a distance adjusting guide rail 63, a fixed trimming assembly 64 and a movable trimming assembly 65, the mounting seat 61 is mounted at the side of the transmission device 40, the distance adjusting guide rail 63 is fixedly arranged on the mounting seat 61 along the length direction of the transmission device 40, a power shaft 66 and the distance adjusting motor 62 for driving the power shaft 66 to rotate are further arranged on the mounting seat 61 parallel to the distance adjusting guide rail, and the fixed trimming assembly 64 is slidably mounted on the distance adjusting guide rail 63 and is in running fit with the power shaft 66.

The distance-adjusting motor 62 drives the power shaft 66 to rotate, the power shaft 66 rotates to drive the movable trimming assembly 65 which is in running fit with the distance-adjusting guide rail 63 to move, the distance between the fixed trimming assembly 64 and the movable trimming assembly 65 is adjustable, and then the trimming device 60 can adapt to trimming of plastic raw bags with different widths, wherein the fixed trimming assembly 64 and the movable trimming assembly 65 are identical in structure and are mature garbage bag cutting devices in the prior art.

As shown in fig. 7 to 13, the slicing device 70 sucks and folds the upper mouth piece of the plastic raw bag transferred by the fixed transfer device 40, and cuts off the lower mouth piece of the opposite plastic raw bag;

specifically, the slicing device 70 includes a slicing mounting frame, a bag body fixing supporting plate 72, a bag body lifting and pressing mechanism, an upper bag mouth piece bending mechanism, an upper bag mouth piece pressing mechanism, a lower bag mouth piece lifting and pressing mechanism and a cutter mechanism;

as shown in fig. 7 and 8, the dicing mounting frame comprises an upper fixing plate 701, a lower fixing plate 702, and a plurality of lifting guide rods 703, wherein the lifting guide rods 703 are fixedly arranged between the upper fixing plate 701 and the lower fixing plate 702 by taking the central line between the upper fixing plate 701 and the lower fixing plate 702 as a central axis;

in the embodiment of the present utility model, the lower fixing plate 702 is fixed to the mounting case 10, and four lifting guide rods 703 are fixedly connected to the edge portions of the upper fixing plate 701 and the lower fixing plate 702.

As shown in fig. 7, the bag lifting and pressing mechanism includes a bag pressing plate lifting cylinder 711, an upper lifting plate 712 and a bag upper pressing plate 713, wherein the bag pressing plate lifting cylinder 711 is fixedly arranged on the upper fixing plate 701, the lifting end of the bag pressing plate lifting cylinder 711 movably penetrates through the upper fixing plate 701 and is connected with the center of the upper lifting plate 712, the upper lifting plate 712 vertically slides through the upper parts of the lifting guide rods 703, namely, the bag pressing plate lifting cylinder 711 pushes the upper lifting plate 712 to lift along the height direction of the lifting guide rods 703, the bag upper pressing plate 713 is in a U-shaped structure, the upper end plate part of the bag upper pressing plate 713 is fixedly arranged on one side of the upper lifting plate 712, namely, the bag upper pressing plate 713 and the upper lifting plate 712 synchronously lift, the middle plate body of the bag upper pressing plate 713 is provided with a avoiding hole 714, and the lower end plate part of the bag upper pressing plate 713 forms a pressing plate part 715;

as shown in fig. 7, the bag fixing stay 72 is fixed under the pressing plate 715, and forms a pressing plate structure for pressing the bag with the pressing plate 715;

as shown in fig. 7 and 8, specifically, when the plastic raw bag moves to the upper end surface of the bag body fixing support plate 72, the bag body pressing plate lifting cylinder 711 pushes the upper lifting plate 712 to descend, so that the pressing plate portion 715 of the bag body upper pressing plate 713 presses against the bag body of the plastic raw bag, thereby realizing the fixation of the bag body of the plastic raw bag.

As shown in fig. 9, the upper pocket plate bending mechanism comprises an inclined pull cylinder 731, a connecting plate and a sucker assembly 733, wherein the fixed end of the inclined pull cylinder 731 is obliquely fixed on an upper lifting plate 712, the sucker assembly 733 is positioned above the upper pocket plate, the push-pull end of the inclined pull cylinder 731 is provided with the connecting plate, the connecting plate passes through a avoiding hole 714 and is connected with the side wall of the sucker assembly 733, and the sucker assembly 733 pulls the glued upper pocket plate along with the lifting plate 712, and then pushes and pulls the glued upper pocket plate along with the inclined pull cylinder 731;

specifically, the connecting plate includes a plate body 7321, a side plate portion 7322 fixedly and vertically disposed at one end of the plate body 7321, and a support plate portion 7323 disposed at two sides of the other end of the plate body 7321, wherein the side plate portion 7322 is fixedly disposed at a push-pull end of the diagonal tension cylinder 731, one end of the plate body 7321, which is close to the support plate portion 7323, is provided with an open slot, and a side push plate avoiding space is formed between the open slot and the two support plate portions 7323. Each supporting plate portion 7323 is provided with a strip-shaped distance adjusting hole 7324 along the width direction of the bag, each sucker assembly 733 comprises a sucker fixedly penetrating through each strip-shaped distance adjusting hole 7324, and the distance between the two suckers can be adjusted by arranging the strip-shaped distance adjusting holes 7324 so as to adapt to garbage original bags with different widths.

As shown in fig. 9, the upper pocket sheet bending mechanism includes a first side push cylinder 740 and a side push plate, the first side push cylinder 740 is fixedly installed in the slicing installation frame, the push end of the first side push cylinder 740 is installed on the side push plate located at the inner side of the upper pressing plate 713 of the pocket body, when the glued upper pocket sheet is pulled and folded by the sucker assembly 733, the push end of the first side push cylinder 740 pushes the side push plate to move horizontally, so that the glued upper pocket sheet is pressed between the upper end face of the pressing plate part 715 and the lower end face of the side push plate, and the fixation of the upper pocket sheet is realized;

in the embodiment of the present utility model, the side pushing plate includes a side pushing connecting plate 7411 and a side pushing plate 7412, one end of the side pushing connecting plate 7411 is connected to the push-pull end of the first side pushing cylinder 740, the other end of the side pushing connecting plate 7411 is bent downward to pass through the side pushing plate avoiding space and is connected with the side pushing plate 7412, the side pushing plate 7412 includes a vertical plate portion connected to the side pushing connecting plate 7411 and a horizontal plate portion parallel to the bag fixing support plate 72, and the horizontal plate portion is matched with the pressing plate portion 715 to press the upper bag mouth piece.

Specifically, after the bag body of the plastic original bag is pressed on the bag body fixing supporting plate 72 by the pressing plate portion 715, the oblique pulling cylinder 731 pushes the connecting plate to move, so that the adsorption portion of the sucker assembly 733 is adsorbed on the upper bag opening piece, then, the oblique pulling cylinder 731 pulls the connecting plate to return, so that the upper bag opening piece adsorbed by the sucker assembly 733 is folded over, and meanwhile, the pushing end of the first side pushing cylinder 740 pushes the side pushing plate to move horizontally, so that the upper bag opening piece is pressed between the upper end face of the pressing plate portion 715 and the horizontal plate portion of the side pushing plate body 7412, so that the upper bag opening piece is fixed.

As shown in fig. 10 and 11, the lower pocket plate lifting and pressing mechanism comprises a lower pocket plate pressing plate lifting cylinder 751, a lower lifting plate 752, a second side pushing cylinder 753 and a lower pocket plate pressing plate 754, wherein the lower pocket plate pressing plate lifting cylinder 751 is fixedly arranged on the lower fixing plate 702, the lifting end of the lower pocket plate pressing plate lifting cylinder 751 is connected with the center of the lower lifting plate 752, the lower lifting plate 752 vertically slides through the lower parts of a plurality of lifting guide rods 703, namely, the lower pocket plate pressing plate lifting cylinder 751 can push the lower lifting plate 752 to lift along the length direction of the lifting guide rods 703, the second side pushing cylinder 753 is arranged on the upper end surface of the lower lifting plate 752, and the push-pull end of the second side pushing cylinder 753 is provided with a lower pocket plate pressing plate 754 for pressing the lower pocket plate;

after the upper pocket sheet is pressed and fixed by the side pressing plate body 7412 and the pressing plate portion 715, the second side pressing cylinder 753 pushes the lower pocket sheet pressing plate 754 to move right above the lower pocket sheet, and the lower pocket sheet pressing plate lifting cylinder 751 pushes the lower lifting plate 752 to descend, so that the lower pocket sheet pressing plate 754 is pressed on the lower pocket sheet, and the lower pocket sheet is fixed.

As shown in fig. 7, the bag body fixing stay 72 is provided with a slit 721 located right below the lower bag opening sheet, and specifically, the slit 721 is vertically opposite to the folding line of the upper bag opening sheet.

As shown in fig. 12, in the embodiment of the present utility model, the slicing device 70 further includes a lower pocket slice adsorbing assembly, the lower pocket slice adsorbing assembly includes an adsorbing plate 761 mounted on an upper end surface of the lower pocket slice pressing plate 754 and a plurality of adsorbing heads 762 penetrating the lower pocket slice pressing plate 754 and connected to the adsorbing plate 761, when the lower pocket slice pressing plate 754 is pressed against the lower pocket slice, the adsorbing heads 762 adsorb on the lower pocket slice, and when the adsorbing heads 762 are far away from the pocket fixing support plate 72, the adsorbing heads 762 blow off the adsorbed lower pocket slice, and the blown-off lower pocket slice can be recovered.

In the embodiment of the present utility model, the cutter mechanism includes a cutter body 77 and a cutter 771, the cutter body 77 is movably and liftably disposed below the slit 721, and the cutter 771 is disposed at the upper end of the cutter body 77 and lifts and moves along with the cutter body 77 to extend into the slit 721 to cut the lower bag mouth piece.

In the embodiment of the present utility model, the cutter body 77 is an existing mechanism, and the present utility model is not described in detail.

In the embodiment of the utility model, the front end of the conveying device 40 is connected with a discharging mechanism 80, and the discharging mechanism 80 stacks and outputs finished garbage bags cut by the slicing device 70 up and down to form a finished assembly line.

According to the adhesive garbage bag processing device, the original garbage bag is placed in the bin 21, is transferred to the transmission device 40 through the transfer device 30, is sequentially glued by the gluing device 50, is cut off by the edge cutting device 60, is cut off by the two side edges of the upper bag opening sheet and the lower bag opening sheet, is cut off by the slicing device 70, and is formed into the finished garbage bag 100 with the gummed paper 101 and with the high-low error.

The technical scheme of the utility model is described in detail in the above with reference to the specific embodiments, and the specific embodiments are used for helping to understand the idea of the utility model. Those skilled in the art will appreciate that many modifications and variations are possible in light of the above teaching.

Claims (10)

1. The utility model provides a paste formula disposal bag processingequipment, includes the brace table, installs transmission device (40) on the brace table and the control system who is connected with transmission device (40) electricity, transmission device (40) are equipped with a plurality of removal stations, its characterized in that:

the device also comprises a feeding device (20), a transfer device (30), a rubberizing device (50), a trimming device (60) and a slicing device (70);

the feeding device (20) is arranged on one side of the rear end of the supporting table, and the feeding device (20) is used for supplying plastic raw bags which are overlapped up and down;

the transfer device (30) is arranged above the feeding device (20) and extends to the position right above the moving station at the rear end of the conveying device (40), and the transfer device (30) sucks the plastic raw bags in the feeding device (20) and transfers the plastic raw bags to the moving station at the rear end of the conveying device (40);

the rubberizing device (50), the trimming device (60) and the slicing device (70) are sequentially arranged at the side of the transmission device (40) from back to front, the rubberizing device (50) is used for pasting gummed paper to an upper pocket mouth piece of a plastic raw pocket transmitted by the moving station, the trimming device (60) is used for cutting edges at two sides of a pocket mouth of the plastic raw pocket on the moving station, and the slicing device (70) absorbs and folds the upper pocket mouth piece of the plastic raw pocket transmitted by the fixed transmission device (40) and cuts a lower pocket mouth piece of the opposite plastic raw pocket;

the control system is electrically connected with the feeding device (20), the transferring device (30), the rubberizing device (50), the trimming device (60) and the slicing device (70) respectively.

2. The paste type garbage bag processing device according to claim 1, wherein the feeding device (20) comprises a bin (21), a bin switching assembly and a first lifting mechanism (23), the bin switching assembly comprises a sliding seat (221), a first guide rail (222) and a switching cylinder (223), the sliding seat (221) is slidably arranged on the first guide rail (222) along the length direction of the supporting table, the sliding seat (221) is provided with at least two clamping grooves which are arranged at intervals along the length direction of the supporting table, each clamping groove is horizontally clamped and can be pushed upwards to be separated, a bin (21) is arranged, the push-pull end of the switching cylinder (223) is fixedly connected with the side part of the sliding seat (221) to drive the sliding seat (221) to reciprocate along the length direction of the first guide rail (222), and the lifting end of any bin (21) is provided with the first lifting mechanism (23) under the corresponding bin (21) and is movably penetrated through the clamping grooves and driven to lift.

3. A processing device for stuck garbage bags according to claim 2, characterized in that the lifting end of the first lifting mechanism (23) is provided with a bag missing detection mechanism (24) for detecting the plastic original bags in the bin (21) right above the lifting end.

4. The paste type garbage bag processing device according to claim 1, wherein the transfer device (30) comprises a first electric screw module (31), a first sliding component (32), a transfer lifting cylinder (33) and a transfer vacuum chuck (34), the first electric screw module (31) is arranged above the rear ends of the feeding device (20) and the conveying device (40) along the width direction of the supporting table, the moving part of the first electric screw module (31) is connected with the first sliding component (32), the first sliding component (32) is provided with the transfer lifting cylinder (33), the lifting end of the transfer lifting cylinder (33) is provided with the transfer vacuum chuck (34), and the transfer vacuum chuck (34) sucks a plastic raw bag in the storage bin (21), moves to the upper side of the conveying device (40) along with the first sliding component (32) and places the plastic raw bag in a moving station.

5. The processing device for sticking garbage bags according to claim 1, wherein the sticking device (50) comprises a second electric screw module (51), a second sliding component (52), a rubber plate (53), a second lifting mechanism (54), a sticking pressure plate (55), a sticking mechanism (56) and a sticking cylinder (57), the second electric screw module (51) is arranged above the side of a moving station, the second sliding component (52) is fixedly arranged at the moving part of the second electric screw module (51), the second sliding component (52) is provided with the rubber plate (53), the sticking mechanism (56) and the sticking cylinder (57), the rubber plate (53) is wound with rubber paper, the sticking mechanism (56) is suspended above the moving station, the fixed end of the sticking cylinder (57) is connected to the second sliding component (52), the push-pull end of the sticking cylinder (57) is hinged with the side part of the sticking mechanism (56), the sticking cylinder (57) drives the rubber plate (56) to be separated from the moving station, the second lifting mechanism (54) is arranged at the lifting mechanism (55) of the second lifting mechanism (54) of the plastic bag, the pressing plate (55) is lifted along with the lifting end of the second lifting mechanism (54) to press or separate from the plastic original bag on the moving station.

6. The processing device for the adhesive garbage bag according to claim 1, wherein the trimming device (60) comprises a mounting seat (61), a distance adjusting motor (62), a distance adjusting guide rail (63), a fixed trimming assembly (64) and a movable trimming assembly (65), the mounting seat (61) is arranged at the side of the transmission device (40), the mounting seat (61) is provided with the distance adjusting guide rail (63) along the length direction of the transmission device (40), the mounting seat (61) is also provided with a power shaft and the distance adjusting motor (62) for driving the power shaft to rotate in parallel to the distance adjusting guide rail (63), and the movable trimming assembly (65) is slidably arranged on the distance adjusting guide rail (63) and is in running fit with the power shaft.

7. A processing device for a stuck garbage bag according to claim 1, wherein the slicing device (70) comprises a slicing mounting frame, a bag body fixing supporting plate (72), a bag body lifting and pressing mechanism, an upper bag mouth piece bending mechanism, an upper bag mouth piece pressing mechanism, a lower bag mouth piece lifting and pressing mechanism and a cutter mechanism;

the slicing installation frame comprises an upper fixing plate (701), a lower fixing plate (702) and a plurality of lifting guide rods (703), wherein central connecting lines of the upper fixing plate (701) and the lower fixing plate (702) are used as central shafts and are fixedly arranged between the upper fixing plate (701) and the lower fixing plate (702);

the bag body lifting and pressing mechanism comprises a bag body pressing plate lifting cylinder (711), an upper lifting plate (712) and a bag body upper pressing plate (713), wherein the bag body pressing plate lifting cylinder (711) is fixedly arranged on an upper fixing plate (701), the lifting end of the bag body pressing plate lifting cylinder (711) movably penetrates through the upper fixing plate (701) and is connected with the center of the upper lifting plate (712), the upper lifting plate (712) vertically slides through the upper parts of a plurality of lifting guide rods (703), the bag body upper pressing plate (713) is of a U-shaped structure, the upper end plate part of the bag body upper pressing plate (713) is fixedly arranged on one side of the upper lifting plate (712), an avoidance hole (714) is formed in the middle plate body of the bag body upper pressing plate (713), and a pressing plate part (715) is formed in the lower end plate part of the bag body upper pressing plate (713);

the bag body fixing supporting plate (72) is fixedly arranged under the pressing plate part (715) and forms a pressing plate structure for pressing and holding the bag body together with the pressing plate part (715);

the upper pocket mouth piece bending mechanism comprises an inclined pulling cylinder (731), a connecting plate and a sucker assembly (733), wherein the fixed end of the inclined pulling cylinder (731) is fixedly arranged on an upper lifting plate (712), the sucker assembly (733) is positioned above an upper pocket mouth piece, the push-pull end of the inclined pulling cylinder (731) is provided with the connecting plate, the connecting plate penetrates through an avoidance hole (714) and is connected with the side wall of the sucker assembly (733), and the sucker assembly (733) pulls the glued upper pocket mouth piece along with the lifting of the upper lifting plate (712) and pushes and pulls the glued upper pocket mouth piece along with the inclined pulling cylinder (731);

the upper pocket mouth piece pushing mechanism comprises a first side pushing cylinder (740) and a side pushing plate, the first side pushing cylinder (740) is fixedly arranged in the slicing installation frame, the pushing end of the first side pushing cylinder (740) is arranged on the side pushing plate positioned at the inner side of the upper pocket body pressing plate (713), and after the glued upper pocket mouth piece is turned over, the pushing end of the first side pushing cylinder (740) pushes the side pushing plate to horizontally move so that the glued upper pocket mouth piece is pressed between the pressing plate part (715) and the lower end face of the side pushing plate;

the lower pocket mouth piece lifting and pressing mechanism comprises a lower pocket mouth piece pressing plate lifting cylinder (751), a lower lifting plate (752), a second side pushing cylinder (753) and a lower pocket mouth piece pressing plate (754), wherein the lower pocket mouth piece pressing plate lifting cylinder (751) is fixedly arranged on a lower fixing plate (702), the lifting end of the lower pocket mouth piece pressing plate lifting cylinder (751) is connected with the center of the lower lifting plate (752), the lower lifting plate (752) slides up and down to penetrate through the lower parts of a plurality of lifting guide rods (703), the second side pushing cylinder (753) is arranged on the upper end face of the lower lifting plate (752), and the push-pull end of the second side pushing cylinder (753) is provided with a lower pocket mouth piece pressing plate (754) for pressing a lower pocket mouth piece;

a notch (721) positioned right below the lower bag opening piece is formed in the bag body fixing supporting plate (72);

the cutter mechanism comprises a cutter body (77) and a cutter (771), wherein the cutter body (77) is arranged below the incision seam (721) in a movable and liftable mode, and the cutter (771) is arranged at the upper end of the cutter body (77) and extends into the incision seam (721) along with the lifting and moving of the cutter body (77) so as to cut off the lower bag mouth piece.

8. The processing device for the adhesive garbage bag according to claim 7, wherein the connecting plate comprises a plate body (7321), a side plate part (7322) fixedly and vertically arranged at one end of the plate body (7321), and support plate parts (7323) arranged at two sides of the other end of the plate body (7321), the side plate part (7322) is fixedly arranged at the push-pull end of the oblique pull cylinder (731), one end, close to the support plate part (7323), of the plate body (7321) is provided with an open slot, and a side pushing plate avoiding space is formed between the open slot and the two support plate parts (7323).

9. A processing device for a stuck garbage bag according to claim 7, wherein the side pushing plate comprises a side pushing connecting plate body (7411) and a side pushing plate body (7412), one end of the side pushing connecting plate body (7411) is connected with the push-pull end of the first side pushing cylinder (740), the other end of the side pushing connecting plate body (7411) is bent downwards to pass through the side pushing plate avoiding space and is connected with the side pushing plate body (7412), and the side pushing plate body (7412) comprises a vertical plate portion connected with the side pushing connecting plate body (7411) and a horizontal plate portion parallel to the bag fixing support plate (72).

10. The apparatus according to claim 9, wherein the slicing apparatus (70) further comprises a lower pocket slice adsorbing assembly, the lower pocket slice adsorbing assembly comprises an adsorbing plate (761) mounted on an upper end surface of the lower pocket slice pressing plate (754) and a plurality of adsorbing heads (762) penetrating the lower pocket slice pressing plate (754) and connected with the adsorbing plate (761), the adsorbing heads (762) are adsorbed on the lower pocket slice when the lower pocket slice pressing plate (754) is pressed on the lower pocket slice, and the adsorbing heads (762) blow off the adsorbed lower pocket slice when the adsorbing heads (762) are far away from the pocket fixing supporting plate (72).