阅读说明：本技术 一种纸包封装设备及其自动化生产工艺 (Paper package packaging equipment and automatic production process thereof ) 是由 郭殿锋 鲁建国 曾超 贺良良 于 2021-08-27 设计创作，主要内容包括：本发明公开了一种纸包封装设备,所述输送装置包括主输送带,所述主输送带的两端分别为进料端和出料端,所述主输送带上设置有底框,所述定位装置、所述前后折纸装置和所述左右折纸装置沿所述主输送带的输送方向依次设置,所述上料装置设置在所述定位装置的一侧,所述放纸装置设置在所述进料端的一端,所述标签纸取放装置和所述上涂胶装置分别与所述前后折纸装置相对设置,所述上折纸装置和所述下折纸装置分别设置在所述左右折纸装置的两侧,所述侧涂胶装置与所述上折纸装置相对设置。本发明纸包封装设备对绷带卷进行全自动包纸包,设备整体运行稳定可靠,打包质量具有保障,也减少工人的劳动强度、节约人力资源,提高工作效率。(The invention discloses a paper pack packaging device, which comprises a main conveying belt, wherein a feeding end and a discharging end are respectively arranged at two ends of the main conveying belt, a bottom frame is arranged on the main conveying belt, a positioning device, a front paper folding device, a rear paper folding device, a left paper folding device and a right paper folding device are sequentially arranged along the conveying direction of the main conveying belt, a feeding device is arranged at one side of the positioning device, a paper placing device is arranged at one end of the feeding end, a label paper taking and placing device and an upper gluing device are respectively arranged opposite to the front paper folding device and the rear paper folding device, the upper paper folding device and the lower paper folding device are respectively arranged at two sides of the left paper folding device and the right paper folding device, and the side gluing device and the upper paper folding device are oppositely arranged. The paper bag packaging equipment disclosed by the invention is used for fully automatically packaging the paper bag on the bandage roll, the whole operation of the equipment is stable and reliable, the packaging quality is guaranteed, the labor intensity of workers is reduced, the manpower resource is saved, and the working efficiency is improved.)

1. A paper package packaging device is characterized by comprising a rack, wherein a conveying device, a feeding device, a paper placing device, a positioning device, a label paper taking and placing device, a front paper folding device, a rear paper folding device, an adhesive coating device, a left paper folding device, a right paper folding device, an upper paper folding device, a side adhesive coating device and a lower paper folding device are arranged on the rack, the conveying device comprises a main conveying belt, the two ends of the main conveying belt are respectively a feeding end and a discharging end, a bottom frame is arranged on the main conveying belt, the positioning device, the front paper folding device, the rear paper folding device, the left paper folding device and the right paper folding device are sequentially arranged along the conveying direction of the main conveying belt, the feeding device is arranged on one side of the positioning device, the paper placing device is arranged at one end of the feeding end, the label paper taking and placing device and the upper adhesive coating device are respectively opposite to the front paper folding device and the rear paper folding device, the upper paper folding device and the lower paper folding device are respectively arranged on the two sides of the left paper folding device and the right paper folding device, the side gluing device is opposite to the upper paper folding device.

2. The paper bag packaging device according to claim 1, wherein the positioning device comprises a positioning groove, a positioning groove cylinder, a positioning blocking cylinder, a bag pressing cylinder and a bag pressing blocking plate, the positioning groove is connected to the positioning groove cylinder, the bag pressing cylinder is connected to the positioning blocking cylinder, the bag pressing blocking plate is connected to the bag pressing cylinder, a feeding opening is formed in one side, close to the feeding device, of the positioning groove, a blocking opening is formed in one side, close to the positioning blocking cylinder, of the positioning groove, the positioning blocking cylinder penetrates through the blocking opening and is connected to the positioning groove, and the bag pressing blocking plate comprises two upper baffle plates and two side baffle plates which are perpendicular to each other.

3. The apparatus of claim 1, wherein the front and rear folding devices comprise a front and rear folding lifting cylinder, a front and rear folding base plate, a front folding cylinder, a front folding plate, a rear folding cylinder, and a rear folding plate, the front and rear folding base plate is connected to the front and rear folding lifting cylinder, the front folding cylinder and the rear folding cylinder are connected to the front and rear folding base plate, the front folding plate is connected to the front folding cylinder, the rear folding plate is connected to the rear folding cylinder, the front folding plate and the rear folding plate are arranged in parallel to the main conveyor belt, the coating device comprises a coating lifting cylinder, a coating traversing cylinder, and a coating brush, the coating traversing cylinder is connected to the coating lifting cylinder, and the coating brush is connected to the coating traversing cylinder, the glue coating hairbrush is arranged opposite to the front folding plate.

4. The paper pack packaging device according to claim 1, wherein there are two left and right paper folding devices, the two left and right paper folding devices are symmetrically disposed on two sides of the main conveying belt, the left and right paper folding devices comprise left and right paper folding in-place cylinders, left and right paper folding base plates, a left paper folding cylinder, a left folded plate, a right paper folding cylinder, a right folded plate, a pressing cylinder, a pressing base plate and a pressing column, the left and right paper folding base plates are connected to the left and right paper folding in-place cylinders, the left and right paper folding cylinders are connected to the left and right paper folding base plates, the left folded plate is connected to the left paper folding cylinder, the right folded plate is connected to the right paper folding cylinder, the left and right folded plates are perpendicular to the main conveying belt, the pressing column is connected to the pressing base plate, the pressing base plate is connected to the pressing cylinder, the compressing columns penetrate through the left paper folding base plate and the right paper folding base plate.

5. The paper pack packaging device as claimed in claim 1, wherein the paper folding device comprises an upper paper folding cylinder and an upper folding plate, the upper folding plate is connected to the upper paper folding cylinder, the lower paper folding device comprises a lower paper folding cylinder and a lower folding plate, the lower folding plate is connected to the lower paper folding cylinder, the upper folding plate and the lower folding plate are both arranged perpendicular to the main conveying belt, the side gluing device comprises a side gluing lifting cylinder, a side gluing transverse cylinder and a side gluing brush, the side gluing transverse cylinder is connected to the side gluing lifting cylinder, the side gluing brush is connected to the side gluing transverse cylinder, and the side gluing brush is arranged opposite to the upper folding plate.

6. The paper pack packaging equipment according to claim 1, wherein the feeding device comprises a feeding conveyer belt, a feeding upper blocking cylinder, an upper blocking plate, a feeding layering cylinder, a layering plate, a feeding lifting cylinder, a feeding side pushing cylinder and a side pushing plate, the feeding lifting cylinder is provided with a feeding frame, the feeding frame is arranged at one end of the feeding conveyer belt, the feeding upper blocking cylinder is arranged between the feeding conveyer belt and the feeding frame, the upper blocking plate is connected to the feeding upper blocking cylinder, the feeding layering cylinder and the feeding side pushing cylinder are respectively arranged on the side surface of the feeding frame, the layering plate is connected to the feeding layering cylinder, the layering plate penetrates through the feeding frame, and the side pushing plate is connected to the feeding side pushing cylinder.

7. The paper pack packaging apparatus as claimed in claim 2, wherein the paper placing device comprises a paper supply transplanting cylinder, a transplanting plate, a paper supply lifting cylinder, a paper suction plate, a paper supply transplanting cylinder and a paper lifting motor, the paper supply transplanting cylinder is connected to the paper lifting motor, the paper supply transplanting cylinder is arranged at one side of the paper feeding groove, the transplanting plate is connected to the transplanting cylinder, the paper supply lifting cylinder is connected to the transplanting plate, the paper suction plate is connected to the paper supply lifting cylinder, a positioning opening is formed in the paper suction plate, and the size of the positioning opening is larger than that of the positioning groove.

8. The paper package packaging equipment as claimed in claim 1, wherein the label paper taking and placing device comprises a label lifting cylinder, a label telescopic cylinder, a vacuum paper sucking plate, a label trough and a label lifting motor, the label trough is connected to the label lifting motor, the label lifting cylinder is located on one side of the label trough, the label telescopic cylinder is connected to the label lifting cylinder, and the vacuum paper sucking plate is connected to the label telescopic cylinder.

9. The paper package packaging equipment according to claim 1, further comprising a material pushing device, wherein the material pushing device is located on one side of the discharge end of the main conveying belt, the material pushing device comprises a material pushing cylinder and a material pushing plate, and the material pushing plate is connected to the material pushing cylinder.

10. An automated production process of a paper pack packaging device, characterized in that the paper pack packaging device according to any one of claims 1 to 9 is adopted, and the process comprises the following steps:

loading the bandage roll: the bandage rolls of the feeding conveying belt sequentially enter a feeding frame in the horizontal direction, a feeding lifting cylinder controls the feeding frame to descend, a feeding layering cylinder controls a layering plate to translate to separate the bottom bandage rolls, a feeding blocking cylinder controls an upper blocking plate to descend to stop the bandage rolls from entering the feeding frame after the bandage rolls in the feeding frame are fully arranged, the feeding layering cylinder controls the layering plate to be pulled out of the feeding frame, and the bandage rolls are arranged in the feeding frame completely;

extracting the paper bags: the paper feeding lifting cylinder descends, the paper suction plate absorbs a piece of paper sheet from the paper trough, the paper feeding lifting cylinder ascends, and the paper feeding transplanting cylinder controls the horizontal movement of the transplanting plate and moves the paper sheet to be right above the bottom frame;

positioning of bandage rolls and paper packs: the positioning groove cylinder controls the positioning groove to press the paper into the bottom frame, the positioning blocking cylinder and the pressing bag cylinder drive the pressing bag blocking plate to act, the pressing bag blocking plate and the bottom frame form a limiting cavity, the feeding side pushing cylinder controls the side pushing plate to push the arranged bandage rolls into the limiting cavity, and the arranged bandage rolls are placed in a correct area on the paper;

extracting the label paper: the label lifting cylinder descends, the vacuum paper suction plate sucks a label from the label material groove, the label lifting cylinder ascends, the label telescopic cylinder controls the vacuum paper suction plate to horizontally move, the vacuum paper suction plate moves to the upper part of the bottom frame, and the label is placed at the top of the bandage roll paper bag;

packaging the top of the paper bag: the front paper folding lifting cylinder and the rear paper folding lifting cylinder control the front folding plate and the rear folding plate to ascend, the front paper folding cylinder controls the front folding plate to horizontally translate, the front part of the paper pack is turned over to the top of the bandage roll, the gluing lifting cylinder controls the gluing transverse moving cylinder to control the gluing hairbrush to move on the end face of the front paper folding, the gluing hairbrush is used for gluing in the moving process, the rear paper folding cylinder controls the rear folding plate to horizontally translate, the rear part of the paper pack is turned over to the front paper folding, and the top of the paper pack is packaged;

packaging the side face of the paper bag: the left paper folding in-place cylinder and the right paper folding in-place cylinder control the movement of a left paper folding base plate and a right paper folding base plate to the direction of the main conveying belt, so that the left folded plate and the right folded plate are close to the side face of the bandage roll, the left paper folding cylinder controls the horizontal movement of the left folded plate to the side face of the bandage roll, the right paper folding cylinder controls the horizontal movement of the right folded plate to the side face of the bandage roll, the right folded plate and the left folded plate keep the left paper folding state and the right paper folding state of the side face of the paper roll, the upper paper folding cylinder controls the vertical movement of the upper folded plate to fold the upper part of the paper roll to the side face of the bandage roll, the side gluing lifting cylinder and the side gluing transverse cylinder control the side gluing brush to move on the end face of the upper folded paper, the side gluing brush performs gluing in the moving process, the lower paper folding cylinder controls the movement of the lower folded plate to the vertical direction, the lower part of the paper roll is folded to the upper folded paper, the pressing cylinder controls the pressing base plate and the pressing column to move to the side face of the bandage roll, the pressing column presses the side face of the bandage roll, and the left paper folding cylinder and the right paper folding cylinder control the left folded plate and the right folded plate to be respectively pulled away from the side face of the paper bag, so that the packaging of the side face of the paper bag is completed;

blanking the packaged bandage coil paper bags: the material pushing cylinder controls the material pushing plate to move horizontally, and the bandage coil paper package packaged in the bottom frame is pushed out of the bottom frame.

Technical Field

The invention relates to the field of medical product packaging, in particular to a paper bag packaging device and an automatic production process thereof.

Background

Bandages are gauze tapes for bandaging wounds or affected parts, and are common medical supplies. The bandage rolls up and need pack after producing, generally can adopt the paper package to pack, and this operation is accomplished by the manual work, stacks a plurality of bandage rolls up on the paper package, turns over the paper package in proper order again and the rubber coating, accomplishes the packing of bandage rolls up, and the operation of manual bandage rolls up the paper package has intensity of labour big, manpower resources waste, shortcoming that work efficiency is low, and the bandage roll up of manual packing has the uneven problem of packing quality.

Disclosure of Invention

In order to solve the problems, the technical scheme provided by the invention is as follows:

a paper package packaging device comprises a rack, wherein a conveying device, a feeding device, a paper placing device, a positioning device, a label paper taking and placing device, a front paper folding device, a rear paper folding device, an adhesive coating device, a left paper folding device, a right paper folding device, an upper paper folding device, a side adhesive coating device and a lower paper folding device are arranged on the rack, the conveying device comprises a main conveying belt, the two ends of the main conveying belt are respectively a feeding end and a discharging end, a bottom frame is arranged on the main conveying belt, the positioning device, the front paper folding device, the rear paper folding device, the left paper folding device and the right paper folding device are sequentially arranged along the conveying direction of the main conveying belt, the feeding device is arranged on one side of the positioning device, the paper placing device is arranged at one end of the feeding end, the label paper taking and placing device and the upper adhesive coating device are respectively arranged opposite to the front paper folding device and the rear paper folding device, the upper paper folding device and the lower paper folding device are respectively arranged on the two sides of the left paper folding device and the right paper folding device, the side gluing device is opposite to the upper paper folding device. The main conveying belt is provided with a plurality of partition plates, the partition plates move along with the main conveying belt, and two adjacent partition plates form a bottom frame.

The positioning device comprises a positioning groove, a positioning groove cylinder, a positioning blocking cylinder, a press packet cylinder and a press packet blocking plate, wherein the positioning groove is connected to the positioning groove cylinder, the press packet cylinder is connected to the positioning blocking cylinder, the press packet blocking plate is connected with the press packet cylinder, a feeding opening is formed in one side, close to the feeding device, of the positioning groove, a blocking opening is formed in one side, close to the positioning blocking cylinder, of the positioning groove, the positioning blocking cylinder penetrates through the blocking opening and is connected into the positioning groove, and the press packet blocking plate comprises an upper baffle and a side baffle which are perpendicular to each other. Above-mentioned constant head tank cylinder impresses the paper package into the underframe with the constant head tank in, makes the paper package can form the location with the underframe, and the cylinder is blocked in the location simultaneously and the package cylinder drive package barrier plate secondary action, fixes a position the bandage book that impels the underframe, makes the bandage book of arranging arrange in the paper package and goes up the exact region.

The invention is further arranged that the front and back paper folding device comprises a front and back paper folding lifting cylinder, a front and back paper folding base plate, a front paper folding cylinder, a front folding plate, a back paper folding cylinder and a back folding plate, the front and back paper folding base plates are connected to the front and back paper folding lifting cylinders, the front paper folding cylinder and the back paper folding cylinder are both connected to the front and back paper folding base plates, the front folded plate is connected to the front paper folding cylinder, the rear folded plate is connected to the rear paper folding cylinder, the front folded plate and the rear folded plate are arranged in parallel to the main conveying belt, the gluing device comprises a gluing lifting cylinder, a gluing transverse cylinder and a gluing brush, the upper gluing transverse cylinder is connected to the upper gluing lifting cylinder, the upper gluing brush is connected to the upper gluing transverse cylinder, and the upper gluing brush and the front folding plate are arranged oppositely. The front and back paper folding lifting cylinder controls the front folding plate and the back folding plate to lift in the vertical direction, the front paper folding cylinder controls the front folding plate to translate in the horizontal direction, the back paper folding cylinder controls the back folding plate to translate in the horizontal direction, the gluing brush is used for gluing the surface of the front paper folding cylinder after the front paper folding operation, and then the back paper folding operation is carried out to complete the packaging of the top of the paper package.

The invention is further provided with two left paper folding devices and two right paper folding devices which are respectively symmetrically arranged at two sides of the main conveying belt, the left and right paper folding devices comprise left and right paper folding in-place cylinders, left and right paper folding base plates, a left paper folding cylinder, a left folded plate, a right paper folding cylinder, a right folded plate, a pressing cylinder, a pressing base plate and a pressing column, the left paper folding base plate and the right paper folding base plate are connected to the left paper folding in-place cylinder and the right paper folding cylinder are both connected to the left paper folding base plate and the right paper folding base plate, the left folded plate is connected to the left paper folding cylinder, the right folded plate is connected to the right paper folding cylinder, the left folded plate and the right folded plate are both arranged perpendicular to the main conveying belt, the pressing column is connected to the pressing base plate, the pressing base plate is connected to the pressing cylinder, and the pressing columns penetrate through the left paper folding base plate and the right paper folding base plate. The left and right paper folding in-place cylinder controls the left and right paper folding substrates to move towards the main conveying belt, the left paper folding cylinder controls the left folded plate to translate in the horizontal direction, the right paper folding cylinder controls the right folded plate to translate in the horizontal direction, and the left folded plate and the right folded plate keep the left and right paper folding states of the side face of the paper pack; the pressing cylinder controls the pressing base plate and the pressing column to move towards the main conveying belt, and pressing operation is performed after the side face of the paper package is coated with glue and folded, so that the packaging reliability of the paper package is ensured.

The invention is further provided that the upper paper folding device comprises an upper paper folding cylinder and an upper folding plate, the upper folding plate is connected to the upper paper folding cylinder, the lower paper folding device comprises a lower paper folding cylinder and a lower folding plate, the lower folding plate is connected to the lower paper folding cylinder, the upper folding plate and the lower folding plate are both arranged perpendicular to the main conveying belt, the side gluing device comprises a side gluing lifting cylinder, a side gluing transverse moving cylinder and a side gluing brush, the side gluing transverse moving cylinder is connected to the side gluing lifting cylinder, the side gluing brush is connected to the side gluing transverse moving cylinder, and the side gluing brush is arranged opposite to the upper folding plate. The upper paper folding cylinder controls the upper folding plate to move in the vertical direction, the lower paper folding cylinder controls the lower folding plate to move in the vertical direction, the side gluing brush performs gluing on the surface of the upper folding plate after the upper paper folding action, and then performs the lower paper folding action to complete the packaging of the side face of the paper package.

The invention further provides that the feeding device comprises a feeding conveyer belt, a feeding upper baffle cylinder, an upper baffle plate, a feeding layering cylinder, a layering plate, a feeding lifting cylinder, a feeding side pushing cylinder and a side pushing plate, wherein the feeding lifting cylinder is provided with a feeding frame, the feeding frame is arranged at one end of the feeding conveyer belt, the feeding upper baffle cylinder is arranged between the feeding conveyer belt and the feeding frame, the upper baffle plate is connected to the feeding upper baffle cylinder, the feeding layering cylinder and the feeding side pushing cylinder are respectively arranged on the side surface of the feeding frame, the layering plate is connected to the feeding layering cylinder, the layering plate is arranged in the feeding frame in a penetrating manner, and the side pushing plate is connected to the feeding side pushing cylinder. The feeding lifting cylinder controls the lifting of the feeding frame, the feeding layering cylinder controls the translation of the layering plate, the feeding upper blocking cylinder controls the lifting of the upper baffle plate, the feeding side pushing cylinder controls the translation of the side pushing plate, the feeding process is that the bandage coils of the feeding conveying belt sequentially enter the feeding frame in the horizontal direction, when the bottom layer of the feeding frame is fully arranged, the feeding upper blocking cylinder controls the upper baffle plate to descend to stop the bandage coils to enter the feeding frame, the feeding lifting cylinder controls the feeding frame to descend, the feeding layering cylinder controls the layering plate to translate to separate the bottom layer bandage, the feeding upper blocking cylinder controls the upper baffle plate to ascend to enable the bandage coils to enter the upper layer of the feeding frame, when the upper layer of the feeding frame is fully arranged, the feeding upper blocking cylinder controls the upper baffle plate to descend to stop the bandage coils to enter the feeding frame again, the feeding layering cylinder controls the layering plate to be pulled away from the feeding frame, the bandage coils are arranged in the feeding frame completely, the feeding side pushing cylinder controls the side pushing plate to push the arranged bandage rolls into the bottom frame on the main conveying belt.

The paper placing device further comprises a paper supplying and transplanting cylinder, a transplanting plate, a paper supplying and lifting cylinder, a paper sucking plate, a paper trough and a paper lifting motor, wherein the paper trough is connected to the paper lifting motor, the paper supplying and transplanting cylinder is arranged on one side of the paper trough, the transplanting plate is connected to the transplanting cylinder, the paper supplying and lifting cylinder is connected to the transplanting plate, the paper sucking plate is connected to the paper supplying and lifting cylinder, a positioning opening is formed in the paper sucking plate, and the size of the positioning opening is larger than that of the positioning groove. The paper feeding transplanting cylinder controls the horizontal movement of the transplanting plate, the paper feeding lifting cylinder controls the lifting of the paper suction plate in the vertical direction, the paper lifting motor controls the height adjustment of paper in the paper trough, and the paper bag is extracted from the paper trough to the upper part of the bottom frame through the paper feeding transplanting cylinder and the paper feeding lifting cylinder.

The label paper taking and placing device further comprises a label lifting cylinder, a label telescopic cylinder, a vacuum paper suction plate, a label material groove and a label lifting motor, wherein the label material groove is connected to the label lifting motor, the label lifting cylinder is positioned on one side of the label material groove, the label telescopic cylinder is connected to the label lifting cylinder, and the vacuum paper suction plate is connected to the label telescopic cylinder. Above-mentioned label lift cylinder control label telescopic cylinder is in the lift of vertical direction, and the translation on the label telescopic cylinder control vacuum suction plate horizontal direction, the altitude mixture control of label lift motor control label silo inner label removes the top of label from the label silo to bandage roll package through label lift cylinder and label telescopic cylinder.

The invention is further provided that the material pushing device is positioned at one side of the discharge end of the main conveying belt, the material pushing device comprises a material pushing cylinder and a material pushing plate, and the material pushing plate is connected to the material pushing cylinder. The material pushing cylinder controls the material pushing plate to move horizontally, and the bandage coil paper package packaged in the bottom frame is kicked out.

The automatic production process of the paper package packaging equipment adopts the paper package packaging equipment and comprises the following steps:

loading the bandage roll: the bandage rolls of the feeding conveying belt sequentially enter a feeding frame in the horizontal direction, a feeding lifting cylinder controls the feeding frame to descend, a feeding layering cylinder controls a layering plate to translate to separate the bottom bandage rolls, a feeding blocking cylinder controls an upper blocking plate to descend to stop the bandage rolls from entering the feeding frame after the bandage rolls in the feeding frame are fully arranged, the feeding layering cylinder controls the layering plate to be pulled out of the feeding frame, and the bandage rolls are arranged in the feeding frame completely;

extracting the paper bags: the paper feeding lifting cylinder descends, the paper suction plate absorbs a piece of paper sheet from the paper trough, the paper feeding lifting cylinder ascends, and the paper feeding transplanting cylinder controls the horizontal movement of the transplanting plate and moves the paper sheet to be right above the bottom frame;

positioning of bandage rolls and paper packs: the positioning groove cylinder controls the positioning groove to press the paper into the bottom frame, the positioning blocking cylinder and the pressing bag cylinder drive the pressing bag blocking plate to act, the pressing bag blocking plate and the bottom frame form a limiting cavity, the feeding side pushing cylinder controls the side pushing plate to push the arranged bandage rolls into the limiting cavity, and the arranged bandage rolls are placed in a correct area on the paper;

extracting the label paper: the label lifting cylinder descends, the vacuum paper suction plate sucks a label from the label material groove, the label lifting cylinder ascends, the label telescopic cylinder controls the vacuum paper suction plate to horizontally move, the vacuum paper suction plate moves to the upper part of the bottom frame, and the label is placed at the top of the bandage roll paper bag;

packaging the top of the paper bag: the front paper folding lifting cylinder and the rear paper folding lifting cylinder control the front folding plate and the rear folding plate to ascend, the front paper folding cylinder controls the front folding plate to horizontally translate, the front part of the paper pack is turned over to the top of the bandage roll, the gluing lifting cylinder controls the gluing transverse moving cylinder to control the gluing hairbrush to move on the end face of the front paper folding, the gluing hairbrush is used for gluing in the moving process, the rear paper folding cylinder controls the rear folding plate to horizontally translate, the rear part of the paper pack is turned over to the front paper folding, and the top of the paper pack is packaged;

packaging the side face of the paper bag: the left paper folding in-place cylinder and the right paper folding in-place cylinder control the movement of a left paper folding base plate and a right paper folding base plate to the direction of the main conveying belt, so that the left folded plate and the right folded plate are close to the side face of the bandage roll, the left paper folding cylinder controls the horizontal movement of the left folded plate to the side face of the bandage roll, the right paper folding cylinder controls the horizontal movement of the right folded plate to the side face of the bandage roll, the right folded plate and the left folded plate keep the left paper folding state and the right paper folding state of the side face of the paper roll, the upper paper folding cylinder controls the vertical movement of the upper folded plate to fold the upper part of the paper roll to the side face of the bandage roll, the side gluing lifting cylinder and the side gluing transverse cylinder control the side gluing brush to move on the end face of the upper folded paper, the side gluing brush performs gluing in the moving process, the lower paper folding cylinder controls the movement of the lower folded plate to the vertical direction, the lower part of the paper roll is folded to the upper folded paper, the pressing cylinder controls the pressing base plate and the pressing column to move to the side face of the bandage roll, the pressing column presses the side face of the bandage roll, and the left paper folding cylinder and the right paper folding cylinder control the left folded plate and the right folded plate to be respectively pulled away from the side face of the paper bag, so that the packaging of the side face of the paper bag is completed;

blanking the packaged bandage coil paper bags: the material pushing cylinder controls the material pushing plate to move horizontally, and the bandage coil paper package packaged in the bottom frame is pushed out of the bottom frame.

The paper bag packaging equipment disclosed by the invention is used for fully automatically packaging paper bags on the bandage rolls, the whole operation of the equipment is stable and reliable, the packaging quality of the produced bandage roll paper bags is guaranteed, the labor intensity of workers is reduced, the manpower resource is saved, and the working efficiency is improved.

Drawings

FIG. 1 is a perspective view of an embodiment of the present invention.

Fig. 2 is a perspective view of a conveying device and a pushing device according to an embodiment of the invention.

Fig. 3 is a perspective view of a feeding device according to an embodiment of the invention.

FIG. 4 is a perspective view of a sheet feeding apparatus according to an embodiment of the present invention.

Fig. 5 is a perspective view of a positioning device according to an embodiment of the present invention.

Fig. 6 is a perspective view of a label paper taking and placing device according to an embodiment of the invention.

Fig. 7 is a perspective view of a front-back paper folding device according to an embodiment of the present invention.

Fig. 8 is a perspective view of an applicator according to an embodiment of the present invention.

Fig. 9 is a perspective view of the left and right paper folding devices according to the embodiment of the invention.

Fig. 10 is a perspective view of an upward folding device according to an embodiment of the present invention.

Fig. 11 is a perspective view of a side gluing device according to an embodiment of the invention.

FIG. 12 is a perspective view of a bottom folding device according to an embodiment of the present invention.

Detailed Description

For a further understanding of the present invention, reference will now be made in detail to the embodiments illustrated in the drawings.

In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, e.g., as being fixedly connected, integrally connected, or detachably connected; either mechanically or electrically, or internally communicating two elements; they may be directly connected or indirectly connected through an intermediate, and those skilled in the art will understand the specific meanings of the above terms according to specific situations.

With reference to the accompanying drawings 1 and 2, the technical scheme of the invention is a paper package packaging device, which comprises a frame 1, wherein the frame 1 is provided with a conveying device 2, a feeding device 3, a paper placing device 4, a positioning device 5, a label paper taking and placing device 6, a front paper folding device 7, a back paper folding device 7, an adhesive coating device 8, a left paper folding device 9, a right paper folding device 9, an upper paper folding device 10, a side adhesive coating device 11, a lower paper folding device 12 and a material pushing device 13, the conveying device 2 comprises a main conveying belt 21, two ends of the main conveying belt 21 are respectively a feeding end 211 and a discharging end 212, the main conveying belt 21 is provided with a bottom frame 22, the positioning device 5, the front paper folding device 7, the back paper folding device 7 and the left paper folding device 9 and the right paper folding device 9 are sequentially arranged along the conveying direction of the main conveying belt 21, the left paper folding device 9 and the right paper folding device 9 are respectively symmetrically arranged at two sides of the main conveying belt 21, the feeding device 3 is arranged on one side of the positioning device 5, the paper placing device 4 is arranged at one end of a feeding end 211 of the main conveying belt 21, the label paper taking and placing device 6 and the gluing device 8 are respectively arranged opposite to the front paper folding device 7 and the rear paper folding device 7, the upper paper folding device 10 and the lower paper folding device 12 are respectively arranged on two sides of the left paper folding device 9 and the right paper folding device 9, the side gluing device 11 and the upper paper folding device 10 are arranged oppositely, and the pushing device 13 is arranged on one side of a discharging end 212 of the main conveying belt 21.

With reference to fig. 3, the feeding device 3 includes a feeding conveyer belt 31, a feeding and blocking cylinder 32, an upper blocking plate 33, a feeding layering cylinder 34, a layering plate 35, a feeding lifting cylinder 36, a feeding side pushing cylinder 37 and a side pushing plate 38, wherein the feeding lifting cylinder 36 is provided with a feeding frame 39, the feeding frame 39 is disposed at one end of the feeding conveyer belt 31, the feeding and blocking cylinder 32 is disposed between the feeding conveyer belt 31 and the feeding frame 39, the upper blocking plate 33 is connected to the feeding and blocking cylinder 32, the feeding layering cylinder 34 and the feeding side pushing cylinder 37 are respectively disposed at a side surface of the feeding frame 39, the layering plate 35 is connected to the feeding layering cylinder 34, the layering plate 35 is inserted into the feeding frame 39, and the side pushing plate 38 is connected to the feeding side pushing cylinder 37.

Referring to fig. 4, the paper feeding device 4 includes a paper feeding and transplanting cylinder 41, a transplanting plate 42, a paper feeding and lifting cylinder 43, a paper suction plate 44, a paper trough 45, and a paper lifting motor 46, wherein the paper trough 45 is connected to the paper lifting motor 46, the paper feeding and transplanting cylinder 41 is disposed at one side of the paper trough 45, the transplanting plate 42 is connected to the transplanting cylinder 41, the paper feeding and lifting cylinder 43 is connected to the transplanting plate 42, the paper suction plate 44 is connected to the paper feeding and lifting cylinder 43, a positioning opening 441 is formed in the paper suction plate 44, and the size of the positioning opening 441 is larger than that of the positioning groove 51.

With reference to fig. 5, the positioning device 5 includes a positioning groove 51, a positioning groove cylinder 52, a positioning block cylinder 53, a press-packing cylinder 54, and a press-packing block plate 55, the positioning groove 51 is connected to the positioning groove cylinder 52, the press-packing cylinder 54 is connected to the positioning block cylinder 53, the press-packing block plate 55 is connected to the press-packing cylinder 54, a feeding opening 511 is formed at a side of the positioning groove 51 close to the feeding device 3, a block opening 512 is formed at a side of the positioning groove 51 close to the positioning block cylinder 53, the positioning block cylinder 53 passes through the block opening 512 and is connected to the positioning groove 51, and the press-packing block plate 55 includes two upper baffle 551 and side baffle 552 perpendicular to each other.

With reference to fig. 6, the label paper taking and placing device 6 includes a label lifting cylinder 61, a label stretching cylinder 62, a vacuum paper suction plate 63, a label trough 64 and a label lifting motor 65, wherein the label trough 64 is connected to the label lifting motor 65, the label lifting cylinder 61 is located at one side of the label trough 64, the label stretching cylinder 62 is connected to the label lifting cylinder 65, and the vacuum paper suction plate 63 is connected to the label stretching cylinder 62.

Referring to fig. 7 and 8, the front and rear paper folding device 7 includes a front and rear paper folding lifting cylinder 71, a front and rear paper folding base plate 72, a front paper folding cylinder 73, a front folding plate 74, a rear paper folding cylinder 75, and a rear folding plate 76, the front and rear paper folding base plate 72 is connected to the front and rear paper folding lifting cylinder 71, the front paper folding cylinder 73 and the rear paper folding cylinder 75 are connected to the front and rear paper folding base plate 72, the front folding plate 74 is connected to the front paper folding cylinder 73, the rear folding plate 76 is connected to the rear paper folding cylinder 75, the front folding plate 74 and the rear folding plate 76 are both disposed parallel to the main conveyor belt 21, the gluing device 8 includes a gluing lifting cylinder 81, a gluing transverse moving cylinder 82, and a gluing brush 83, the gluing transverse moving cylinder 82 is connected to the gluing lifting cylinder 81, the gluing brush 83 is connected to the gluing transverse moving cylinder 82, the upper glue brush 83 is disposed opposite the front flap 74.

Referring to fig. 9, the left and right paper folding device 9 includes a left and right paper folding in-place cylinder 91, a left and right paper folding base plate 92, a left paper folding cylinder 93, a left folding plate 94, a right paper folding cylinder 95 and a right folding plate 96, the left and right paper folding base plates 92 are connected to the left and right paper folding in-place cylinders 91, the left paper folding cylinder 93 and the right paper folding cylinder 94 are both connected to the left and right paper folding base plates 92, the left folding plate 94 is connected to the left paper folding cylinder 93, the right folding plate 96 is connected to the right paper folding cylinder 95, the left folding plate 94 and the right folding plate 96 are both arranged perpendicular to the main conveyor belt 21, the left and right paper folding devices 9 further comprise a pressing cylinder 97, a pressing base plate 98 and a pressing column 99, the pressing column 99 is connected to the pressing base plate 98, the pressing base plate 98 is connected to the pressing cylinder 97, and the pressing column 99 penetrates through the left and right paper folding base plates 92.

With reference to fig. 10-12, the upward paper folding device 10 includes an upward paper folding cylinder 101 and an upward folding plate 102, the upward folding plate 102 is connected to the upward paper folding cylinder 101, the downward paper folding device 12 includes a downward paper folding cylinder 121 and a downward folding plate 122, the downward folding plate 122 is connected to the downward paper folding cylinder 121, the upward folding plate 102 and the downward folding plate 122 are both disposed perpendicular to the main conveyor belt 21, the side glue spreading device 11 includes a side glue spreading lifting cylinder 111, a side glue spreading traversing cylinder 112, and a side glue spreading brush 113, the side glue spreading traversing cylinder 112 is connected to the side glue spreading lifting cylinder 111, the side glue spreading brush 113 is connected to the side glue spreading traversing cylinder 112, and the side glue spreading brush 113 is disposed opposite to the upward folding plate 102.

Referring to fig. 2, the pushing device 13 includes a pushing cylinder 131 and a pushing plate 132, and the pushing plate 132 is connected to the pushing cylinder 131.

With reference to the accompanying drawings 1-12, an automatic production process of a paper package packaging device adopts the paper package packaging device, and comprises the following steps:

loading the bandage roll: the bandage rolls of the feeding conveyor belt 31 sequentially enter a feeding frame 39 in the horizontal direction, a feeding lifting cylinder 36 controls the feeding frame 39 to descend, a feeding layering cylinder 34 controls a layering plate 35 to translate to separate the bottom bandage rolls, a feeding blocking cylinder 32 controls an upper baffle plate 33 to descend to stop the bandage rolls from entering the feeding frame 39 after the bandage rolls in the feeding frame 39 are fully arranged, the feeding layering cylinder 34 controls the layering plate 35 to be pulled out of the feeding frame 39, and the bandage rolls are completely arranged in the feeding frame 39;

extracting the paper bags: the paper feeding lifting cylinder 43 descends, the paper suction plate 44 sucks a piece of paper sheet from the paper trough 45, the paper feeding lifting cylinder 43 ascends, the paper feeding transplanting cylinder 41 controls the horizontal movement of the transplanting plate 42, and the paper sheet is moved to the position right above the bottom frame 22;

positioning of bandage rolls and paper packs: the positioning groove cylinder 52 controls the positioning groove 51 to press the leatheroid into the bottom frame 22, the positioning blocking cylinder 53 and the press packet cylinder 54 drive the press packet blocking plate 55 to act, the press packet blocking plate 55 and the bottom frame 22 form a limiting cavity, the feeding side pushing cylinder 37 controls the side pushing plate 38 to push the arranged bandage rolls into the limiting cavity, and the arranged bandage rolls are placed in a correct area on the leatheroid;

extracting the label paper: the label lifting cylinder 61 descends, the vacuum paper suction plate 63 absorbs a label from the label trough 64, the label lifting cylinder 65 ascends, the label telescopic cylinder 62 controls the vacuum paper suction plate 63 to move horizontally, the vacuum paper suction plate 63 is moved to the upper part of the bottom frame 22, and the label is placed at the top of the bandage roll paper bag;

packaging the top of the paper bag: the front and rear paper folding lifting cylinders 71 control the front folding plate 74 and the rear folding plate 76 to ascend, the front paper folding cylinder 73 controls the front folding plate 74 to horizontally translate, the front part of the paper pack is folded to the top of the bandage roll, the gluing lifting cylinder control 81 and the gluing transverse moving cylinder 82 control the gluing hairbrush 83 to move on the end face of the front paper folding, the gluing hairbrush 83 is used for gluing in the moving process, the rear paper folding cylinder 75 controls the rear folding plate 76 to horizontally translate, the rear part of the paper pack is folded to the front paper folding, and packaging of the top of the paper pack is completed;

packaging the side face of the paper bag: the left and right paper folding in-place cylinder 91 controls the movement of the left and right paper folding base plates 92 towards the main conveying belt 21, so that the left folding plate 94 and the right folding plate 96 are close to the side surface of the bandage roll, the left paper folding cylinder 93 controls the horizontal movement of the left folding plate 94 to fold the left part of the paper pack to the side surface of the bandage roll, the right paper folding cylinder 95 controls the horizontal movement of the right folding plate 96 to fold the right part of the paper pack to the side surface of the bandage roll, the left folding plate 94 and the right folding plate 96 keep the left and right paper folding state of the side surface of the paper pack, the upward paper folding cylinder 101 controls the movement of the upper folding plate 102 in the vertical direction to fold the upper part of the paper pack to the side surface of the bandage roll, the side gluing lifting cylinder 111 and the side gluing transverse moving cylinder 112 control the side gluing brushes 113 to move on the end surface of the upward folding paper, the side gluing brushes 113 glue during the movement, the downward paper folding cylinder 121 controls the movement of the lower folding plate 122 in the vertical direction, the lower part of the paper pack is turned over to the upper folded paper, the pressing cylinder 97 controls the pressing base plate 98 and the pressing column 99 to move to the side face of the bandage roll, the pressing column 99 presses the side face of the bandage roll, and the left paper folding cylinder 93 and the right paper folding cylinder 95 control the left folded plate 94 and the right folded plate 96 to be respectively pulled away from the side face of the paper pack, so that the packaging of the side face of the paper pack is completed;

blanking the packaged bandage coil paper bags: the pushing cylinder 131 controls the translation of the pushing plate 132 to push the bandage roll paper pack completely packaged in the bottom frame 22 out of the bottom frame 22.

The present invention and its embodiments have been described above schematically, without limitation, and what is shown in the drawings is only one of the embodiments of the present invention, and the actual structure is not limited thereto. Therefore, if the person skilled in the art receives the teaching, without departing from the spirit of the invention, the person skilled in the art shall not inventively design the similar structural modes and embodiments to the technical solution, but shall fall within the scope of the invention.