阅读说明：本技术 一种多功能多工位的新式套袋机 (Novel multifunctional multi-station bagging machine ) 是由 张长乐 叶聪敏 陈启贤 陈勋扬 吴伟杰 洪志松 王振委 于 2021-08-20 设计创作，主要内容包括：本发明涉及套袋机技术领域,尤其涉及一种多功能多工位的新式套袋机。所述多功能多工位的新式套袋机包括第一进料输送机、第二进料输送机和第三进料输送机,所述第一进料输送机上依次架设有第一挡包机构和第二挡包机构,所述第一挡包机构用于将米砖进行错开,所述第二挡包机构用于限位米砖进行软包检测,所述第一进料输送机上通过第一挡包机构架设安装有进料左右侧推包机构,所述进料左右侧推包机构用于将物料推送至相应的第二进料输送机或第三进料输送机上。本发明提供的多功能多工位的新式套袋机,能够实现套袋自动化一体式流程,省时省力,高速高效,在功能上具有多样性,同时也大大提高了套袋工作的效率。(The invention relates to the technical field of bagging machines, in particular to a multifunctional multi-station novel bagging machine. Novel-type bagging machine of multi-functional multistation includes first feeding conveyor, second feeding conveyor and third feeding conveyor, erect first fender package mechanism and second fender package mechanism on the first feeding conveyor in proper order, first fender package mechanism is used for staggering the rice brick, second fender package mechanism is used for spacing rice brick to carry out soft package and detects, side propelling movement package mechanism about the feeding is erect through first fender package mechanism on the first feeding conveyor and is installed the feeding, side propelling movement package mechanism is used for on corresponding second feeding conveyor or the third feeding conveyor with the material propelling movement about the feeding. The multifunctional multi-station novel bagging machine provided by the invention can realize an automatic integrated bagging process, is time-saving, labor-saving, high-speed and efficient, has diversity in functions, and greatly improves the bagging work efficiency.)

1. The utility model provides a new-type bagging machine of multi-functional multistation, its characterized in that, includes first feeding conveyor (1), second feeding conveyor (5) and third feeding conveyor (6), erect first fender package mechanism (2) and second fender package mechanism (3) on first feeding conveyor (1) in proper order, first fender package mechanism (2) are used for staggering the rice brick, second fender package mechanism (3) are used for spacing rice brick to carry out soft package and detect, side push package mechanism (4) about setting up through first fender package mechanism (2) on first feeding conveyor (1) and installing the feeding, side push package mechanism (4) are used for on corresponding second feeding conveyor (5) or third feeding conveyor (6) with the material propelling movement about the feeding.

2. A multifunctional multi-station novel bagging machine as claimed in claim 1, wherein the second feeding conveyor (5) and the third feeding conveyor (6) are respectively arranged on two sides of the first feeding conveyor (1), and the heights of the second feeding conveyor (5) and the third feeding conveyor (6) are slightly lower than that of the first feeding conveyor (1).

3. The multifunctional multi-station novel bagging machine according to claim 2, wherein the feeding left and right side bag pushing mechanisms (4) are movably mounted on the first bag blocking mechanism (2), the first feeding conveyor (1) is provided with a soft bag detection mechanism (22), a detector is arranged in the soft bag detection mechanism (22), the soft bag detection mechanism (22) is in signal connection with the second bag blocking mechanism (3), and the second bag blocking mechanism (3) is in control connection with the feeding left and right side bag pushing mechanisms (4).

4. A multifunctional multi-station novel bagging machine as claimed in claim 3, wherein the second feeding conveyor (5) and the third feeding conveyor (6) are similar in structure, and guiding bag up and down mechanisms (7) are erected on the second feeding conveyor (5) and the third feeding conveyor (6) and used for clamping and lifting rice bricks, and the guiding bag up and down mechanisms (7) are installed on the second feeding conveyor (5) and the third feeding conveyor (6).

5. The novel multifunctional multi-station bagging machine is characterized in that a sliding table bag pushing mechanism (8) is further arranged on the second feeding conveyor (5) and the third feeding conveyor (6), a sealing part (17) is erected on the second feeding conveyor (5) and the third feeding conveyor (6), a self-adaptive bag pulling assembly is arranged on the sealing part (17), the other ends of the second feeding conveyor (5) and the third feeding conveyor (6) are connected with a finished product bag receiving upper and lower mechanism (9), and the other end of the finished product bag receiving upper and lower mechanism (9) is connected with a bag feeding conveyor (16).

6. A multifunctional multi-station novel bagging machine as claimed in claim 5, wherein a discharging side pushing mechanism (10) is arranged at the joint of the finished product bag receiving and loading mechanism (9) and the bag feeding conveyor (16), a finished product conveyor (11) is arranged between the two bag feeding conveyors (16), and the height of the finished product conveyor (11) is slightly lower than that of the bag feeding conveyor (16).

7. The multifunctional multi-station novel bagging machine as claimed in claim 6, wherein a first bag warehouse (18), a second bag warehouse (19), a third bag warehouse (20) and a fourth bag warehouse (21) are respectively placed on one side of each of the two bag feeding conveyors (16), a bag suction mechanism (13), a bag opening and bagging mechanism (14) and a bag suction and opening mechanism (15) are erected on each bag feeding conveyor (16) through a sealing part (17), and each bag suction mechanism (13), each bag opening and bagging mechanism (14) and each bag suction and opening mechanism (15) are located above each bag feeding conveyor (16).

8. A multi-functional multi-station new bagging machine according to claim 7, characterized in that a soft or no-bag conveyor (12) is arranged below the finished product conveyor (11).

Technical Field

The invention relates to the technical field of bagging machines, in particular to a multifunctional multi-station novel bagging machine.

Background

The bagging machine is also called a shrink packaging machine and is used for wrapping a product with a heat shrinkable film and then heating the wrapped product to wrap the shrunk film around the product.

At present, when carrying out cover extranal packing to cubic object (for example rice brick etc.), need usually through rejecting soft package, defeated material pay-off, heat seal sealing, opening the bag, prop a series of multichannel processes such as bag, bagging-off in order to accomplish the work of cover bag, and current bagging machine is when carrying out the cover bag to the rice brick, adopts artifical manual carrying to next process with the rice brick usually between each process, wastes time and energy, and work efficiency is comparatively low, is not convenient for use.

Therefore, there is a need to provide a new multifunctional multi-station novel bagging machine to solve the above technical problems.

Disclosure of Invention

In order to solve the technical problems, the invention provides a multifunctional multi-station novel bagging machine which can realize an automatic integrated bagging process, is time-saving, labor-saving, high-speed and efficient, has diversity in functions and greatly improves the bagging work efficiency.

The invention provides a multifunctional multi-station novel bagging machine which comprises a first feeding conveyor, a second feeding conveyor and a third feeding conveyor, wherein a first bag blocking mechanism and a second bag blocking mechanism are sequentially erected on the first feeding conveyor, the first bag blocking mechanism is used for staggering rice bricks, the second bag blocking mechanism is used for limiting the rice bricks to carry out soft package detection, a feeding left and right bag pushing mechanism is erected on the first feeding conveyor through the first bag blocking mechanism, and the feeding left and right bag pushing mechanism is used for pushing materials to the corresponding second feeding conveyor or third feeding conveyor.

Preferably, the second feeding conveyor and the third feeding conveyor are respectively arranged at two sides of the first feeding conveyor, and the heights of the second feeding conveyor and the third feeding conveyor are slightly lower than that of the first feeding conveyor.

Preferably, side pushes away a packet mechanism movable mounting about the feeding on first fender package mechanism, be provided with soft package detection mechanism on the first feeding conveyer, be provided with the detector in the soft package detection mechanism, soft package detection mechanism and second fender package mechanism signal connection, side pushes away a packet mechanism control connection about second fender package mechanism and the feeding.

Preferably, the second feeding conveyor and the third feeding conveyor are similar in structure, guiding and lifting mechanisms are erected on the second feeding conveyor and the third feeding conveyor, and the guiding and lifting mechanisms are used for clamping and lifting the rice bricks.

Preferably, still be provided with the slip table on second feeding conveyor and the third feeding conveyor and push away a packet mechanism, all erect on second feeding conveyor and the third feeding conveyor and install the sealing part, it dials the bag subassembly to be provided with the self-adaptation on the sealing part, the other end of second feeding conveyor and third feeding conveyor all is connected with the finished product and connects a packet upper and lower mechanism, the finished product connects the other end of packet upper and lower mechanism to be connected with and send a bag conveyer.

Preferably, a discharging side pushing mechanism is arranged at the joint of the finished product bag receiving and loading mechanism and the bag sending conveyor, a finished product conveyor is arranged between the two bag sending conveyors, and the height of the finished product conveyor is slightly lower than that of the bag sending conveyor.

Preferably, two first bag storehouse, second bag storehouse, third bag storehouse and fourth bag storehouse have been placed respectively to one side of sending a bag conveyer, send a bag conveyer to go up to erect through the sealing part and install and absorb a bag mechanism, prop a bag bagging-off mechanism and inhale and open a bag mechanism, it all is located the top of sending a bag conveyer to absorb a bag mechanism, prop a bag bagging-off mechanism and inhale and open a bag mechanism.

Preferably, a soft-bag or non-bag conveyor is arranged below the finished product conveyor.

Compared with the related technology, the multifunctional multi-station novel bagging machine provided by the invention has the following beneficial effects:

1. the invention provides a multifunctional multi-station novel bagging machine which can realize an automatic integrated bagging process, is time-saving, labor-saving, high-speed and efficient, has diversity in functions and greatly improves the bagging work efficiency;

2. the invention provides a multifunctional multi-station novel bagging machine, when soft package detection is carried out on rice bricks, a second bag retaining mechanism controls a feeding left-right side bag pushing mechanism on the rice bricks, the second bag retaining mechanism retracts, soft packages are firstly removed, manual removal of the soft packages by workers is not needed, the use is more convenient, and meanwhile, the shutdown failure rate of equipment caused by soft packages is reduced;

3. the invention provides a novel multifunctional multi-station bagging machine, which is provided with two stations which are staggered and alternately performed, so that the working efficiency is further improved.

Drawings

Fig. 1 is an overall structural schematic view of a preferred embodiment of the multifunctional multi-station novel bagging machine provided by the invention;

fig. 2 is a partial structural schematic diagram of the present invention.

Reference numbers in the figures: 1. a first feed conveyor; 2. a first bag blocking mechanism; 3. a second ladle stopping mechanism; 4. a feeding left and right side bag pushing mechanism; 5. a second feed conveyor; 6. a third feed conveyor; 7. a bag up-and-down guiding mechanism; 8. a sliding table package pushing mechanism; 9. a finished product bag receiving and loading mechanism; 10. a discharging side pushing mechanism; 11. a finished product conveyor; 12. soft or non-bagging conveyors; 13. a bag suction mechanism; 14. a bag opening and sleeving mechanism; 15. a bag sucking and opening mechanism; 16. a bag-feeding conveyor; 17. a sealing member; 18. a first bag magazine; 19. a second bag magazine; 20. a third bag magazine; 21. a fourth bag magazine; 22. soft package detection mechanism.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Specific implementations of the present invention are described in detail below with reference to specific embodiments.

Referring to fig. 1 to 2, the multifunctional multi-station novel bagging machine provided by the embodiment of the invention comprises a first feeding conveyor 1, a second feeding conveyor 5 and a third feeding conveyor 6, wherein a first bag blocking mechanism 2 and a second bag blocking mechanism 3 are sequentially erected on the first feeding conveyor 1, the first bag blocking mechanism 2 is used for staggering rice bricks, the second bag blocking mechanism 3 is used for limiting the rice bricks to perform soft package detection, a left feeding and right feeding side bag pushing mechanism 4 is erected on the first feeding conveyor 1 through the first bag blocking mechanism 2, and the left feeding and right feeding side bag pushing mechanism 4 is used for pushing materials to the corresponding second feeding conveyor 5 or the corresponding third feeding conveyor 6.

It should be noted that: the automatic integrated bagging process is realized, time and labor are saved, the speed is high, the efficiency is high, the diversity in function is realized, and meanwhile, the bagging work efficiency is greatly improved;

it should also be noted that: when using, with consecutive adjacent rice brick from 1 entering equipment of first feeding conveyer, stagger the rice brick by first fender package mechanism 2, the rice brick after staggering is spacing and carry out soft package by second fender package mechanism 3 and detect, and when judging its soft package, second fender package mechanism 3 withdrawal, soft package is rejected to first connecing, reduces the shutdown fault rate that equipment caused because soft package simultaneously.

In the embodiment of the present invention, referring to fig. 1 and fig. 2, the second feeding conveyor 5 and the third feeding conveyor 6 are respectively installed at two sides of the first feeding conveyor 1, and the heights of the second feeding conveyor 5 and the third feeding conveyor 6 are slightly lower than the height of the first feeding conveyor 1.

It should be noted that: the level of the second feeding conveyor 5 and the third feeding conveyor 6 is set slightly lower than the level of the first feeding conveyor 1 to facilitate the transfer between the materials.

In the embodiment of the present invention, please refer to fig. 1 and 2, the feeding left and right side bale pushing mechanism 4 is movably mounted on the first bale blocking mechanism 2, the first feeding conveyor 1 is provided with a soft package detecting mechanism 22, a detector is arranged in the soft package detecting mechanism 22, the soft package detecting mechanism 22 is in signal connection with the second bale blocking mechanism 3, and the second bale blocking mechanism 3 is in control connection with the feeding left and right side bale pushing mechanism 4;

the structure of the second feeding conveyor 5 is approximately similar to that of the third feeding conveyor 6, guiding bale up-and-down mechanisms 7 are erected on the second feeding conveyor 5 and the third feeding conveyor 6, and the guiding bale up-and-down mechanisms 7 are used for clamping and lifting rice bricks;

still be provided with the slip table on second feeding conveyor 5 and the third feeding conveyor 6 and push away a packet mechanism 8, all erect on second feeding conveyor 5 and the third feeding conveyor 6 and install and seal part 17, it dials the bag subassembly to be provided with the self-adaptation on the part 17 to seal, the other end of second feeding conveyor 5 and third feeding conveyor 6 all is connected with the finished product and connects a packet upper and lower mechanism 9, the finished product connects the other end of packet upper and lower mechanism 9 to be connected with and send a packet conveyer 16.

It should be noted that: aiming at products with different specifications, the sealing part 17 is provided with a self-adaptive bag shifting assembly, so that the bag opening can be ensured to be smooth and attractive;

it should be noted that: when the rice brick is limited by the second retaining mechanism 3 and soft package detection is carried out, the soft package detection mechanism 22 arranged above the first feeding conveyor 1 is utilized, the soft package detection mechanism 22 is in signal connection with the second retaining mechanism 3, the second retaining mechanism 3 is in control connection with the feeding left and right side pushing mechanism 4, when the soft package detection mechanism 22 judges that the rice brick is soft packaged, signals are transmitted to the second retaining mechanism 3, the second retaining mechanism 3 controls the feeding left and right side pushing mechanism 4 on the second retaining mechanism to enable the second retaining mechanism 3 to retract, soft packages are firstly removed, and meanwhile, the shutdown failure rate of equipment caused by soft packages is reduced;

it should be noted that: when it detects for hard package, side pushes away a packet mechanism 4 through the feeding left and right sides and pushes away its side to corresponding second feeding conveyor 5 or third feeding conveyor 6 department, presss from both sides tightly and promotes by leading the upper and lower mechanism 7 of handbag, and is provided with the correlation switch on the device, judges whether it accomplishes the bagging by the correlation switch, when accomplishing the bagging, pushes away packet mechanism 8 through the slip table and pushes away the rice package and get into outer bag and make it break away from the stock guide.

In the embodiment of the present invention, please refer to fig. 1 and 2, a discharging side pushing mechanism 10 is disposed at a connection position of the finished product bag receiving and loading mechanism 9 and the bag sending conveyor 16, a finished product conveyor 11 is disposed between the two bag sending conveyors 16, a height of the finished product conveyor 11 is slightly lower than a height of the bag sending conveyor 16, and a soft bag or non-bag covering conveyor 12 is disposed below the finished product conveyor 11;

two first bag storehouse 18, second bag storehouse 19, third bag storehouse 20 and fourth bag storehouse 21 have been placed respectively to one side of sending bag conveyer 16, send bag conveyer 16 to go up to erect through sealing member 17 and install and absorb bag mechanism 13, prop a bag bagging-off mechanism 14 and inhale and open bag mechanism 15, it all is located the top of sending bag conveyer 16 to absorb bag mechanism 13, prop a bag bagging-off mechanism 14 and inhale and open bag mechanism 15.

It should be noted that: the bag warehouse is used for containing outer bags required to be used by the rice bricks, when in use, the outer bags can be sucked by the sucking bag mechanism 13, and are sucked open by the sucking bag opening mechanism 15, and then the outer bags are opened by the arranged bag opening and covering mechanism 14, and the outer sleeves are covered on the outer sides of the rice bricks;

it should be noted that: the outer bags are placed in a bag warehouse, when in use, the outer bags are placed on a bag feeding conveyor 16 after being sucked by a bag sucking mechanism 13, and are conveyed to a bag sucking and opening position below a bag sucking and opening mechanism 15 by the bag feeding conveyor 16 to suck and open the bags, after the bags are sucked and opened by the bag sucking and opening mechanism 15, the bag opening is supported by a bag opening and sleeving mechanism 14, and then a sliding table is driven by a servo to be sleeved into a material guide plate;

it should be noted that: after the outer bag sleeved with the rice bricks is separated from the material guide plate, the sealing component 17 is used for heat sealing, after the finished product is subjected to heat sealing, the finished product is received and contracted by the finished product receiving and packing upper and lower mechanism 9, the finished product is pushed out by the discharging side pushing mechanism 10 to the finished product conveyor 11 to be sent out, and the equipment is provided with two stations which are staggered and performed alternately, so that the working efficiency is further improved;

it should be noted that: since the first feeding conveyor 1 is connected to the soft or non-bagging conveyor 12, it can be transferred onto the soft or non-bagging conveyor 12;

it should also be noted that: the traditional conveying device can be changed by the bag-free conveying function, the traditional method needs two conveying lines, the outer bags are sleeved separately and enter the machine, the other conveying line is not sleeved, and the bag-free conveying device can realize that the products sleeved with the bags and not sleeved are all discharged from the equipment, the outlet directions are consistent, and the heights are connected with each other.

The working principle of the multifunctional multi-station novel bagging machine provided by the invention is as follows:

when the machine is used, continuous and adjacent rice bricks enter the machine from the first feeding conveyor 1, the rice bricks are staggered by the first bag blocking mechanism 2, the staggered rice bricks are limited by the second bag blocking mechanism 3 and are subjected to soft package detection, when soft packages of the rice bricks are judged, the second bag blocking mechanism 3 retracts, soft packages are firstly removed, meanwhile, the shutdown failure rate of the machine due to soft packages is reduced, and the first feeding conveyor 1 is connected with the soft package or non-bagging conveyor 12 and can be conveyed to the soft package or non-bagging conveyor 12;

when the hard bag is detected, the feeding left and right side bag pushing mechanism 4 pushes the hard bag to the corresponding second feeding conveyor 5 or third feeding conveyor 6, the guide bag lifting upper and lower mechanisms 7 clamp and lift the hard bag, the device is provided with a correlation switch, whether the bagging is finished or not is judged by the correlation switch, and when the bagging is finished, the rice bag is pushed to enter the outer bag through the sliding table bag pushing mechanism 8 to be separated from the material guide plate;

the outer bags are placed in a bag warehouse, when in use, the outer bags are placed on a bag feeding conveyor 16 after being sucked by a bag sucking mechanism 13, and are conveyed to a bag sucking and opening position below a bag sucking and opening mechanism 15 by the bag feeding conveyor 16 to suck and open the bags, after the bags are sucked and opened by the bag sucking and opening mechanism 15, the bag opening is supported by a bag opening and sleeving mechanism 14, and then a sliding table is driven by a servo to be sleeved into a material guide plate;

after the outer bag sleeved with the rice bricks is separated from the material guide plate, the sealing part 17 is used for heat sealing;

the finished product after heat seal is accepted and shrunk by the finished product accepting and packing up-down mechanism 9, the finished product is pushed out to the finished product conveyor 11 by the discharging side-pushing mechanism 10 to be sent out, and the equipment is provided with two stations which are staggered and alternately carried out, so that the working efficiency is further improved.

The circuits and controls involved in the present invention are prior art and will not be described in detail herein.

The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.