CN206984523U - A shaft tube bag making and bagging machine - Google Patents

Abstract

The utility model discloses a shaft tube bag making and bagging machine, which is used to process packaging materials into packaging bags and put materials into packaging bags. The shaft tube bag making and bagging machine includes a machine platform, a packaging material storage system, a feeding system, a bag making system and a bagging system, and the packaging material storage system, the feeding system, the bag making system and the bagging system are all arranged on the machine platform. The packaging material storage system is used to store packaging materials; the feeding system is used to convey materials to be packaged; the bag making system is used to seal the edges of the packaging materials on the packaging material storage system, so as to process the packaging materials into packaging bags; the bagging system is used to put the materials conveyed by the feeding system into packaging bags. In the utility model, the packaging material storage system, the feeding system, the bag making system and the bagging system are arranged on the machine platform, which can complete the bag making and bagging operation procedures, has high production efficiency, and can reduce the labor intensity of operators, and does not need to be separately arranged with bag making machinery and bagging machinery, thereby reducing equipment costs.

Description

A shaft tube bag making and bagging machine

technical field

The utility model relates to packaging equipment, in particular to packaging equipment for shaft and pipe materials.

Background technique

For materials such as shafts or pipes, they need to be packed in bags for packing and transportation. In the prior art, the packaging bags are generally processed and shaped separately, and then the materials are manually loaded into the packaging bags. This bagging method is very inefficient and labor-intensive for operators. In order to reduce the labor intensity of bagging, some auxiliary bagging machines have also appeared. The bagging machine will open the pocket of the bag, and then put the material into the bag by manipulator or manually. These bagging machines are to a certain extent It can reduce the labor intensity of operators, but this method of bag making and bagging needs to be equipped with bag making machinery and bagging machinery, which is inconvenient to operate and will increase equipment costs. It also needs to occupy a large installation area, and the degree of automation is still to be determined. improve.

Utility model content

In order to solve the above problems, the utility model provides a shaft tube bag making and bagging machine which can complete bag making and bagging at the same time.

The technical scheme that the utility model solves its technical problem adopts is:

A shaft pipe fitting bag making and bagging machine is used to process packaging materials into packaging bags and put the materials into the packaging bags. The bagging system and bagging system, packaging material storage system, feeding system, bag making system and bagging system are all set on the machine. The packaging material storage system is used to store packaging materials; the feeding system is used to transport the materials to be packaged; the bag making system is used to seal the packaging materials on the packaging material storage system, thereby processing the packaging materials into packaging bags; The bag system is used to pack the material conveyed by the feeding system into bags.

Preferably, the feeding system includes a silo, a feeding mechanism, a feeding belt and a first driving device. The feed bin is arranged on the machine platform, and the feed bin is used for storing the materials to be packaged. The feeding mechanism is arranged on the silo, and the feeding mechanism is used to move the materials on the silo to the feeding belt. Both the feeding belt and the first driving device are arranged on the machine table, and the first driving device is connected with the feeding belt and can drive the feeding belt to move so as to transport the materials on the feeding belt to the bagging system.

Preferably, there is an inclination angle between the inner bottom surface of the silo and the horizontal plane, and the lowest part of the silo is provided with a discharge port through which materials can pass, and the feeding mechanism is arranged at the discharge port, so that When the feeding mechanism is in action, it can open or block the discharge port. When the discharge port is opened, the material can pass through the discharge port and move to the feeding belt.

Preferably, the feeding mechanism includes a baffle and a baffle driving mechanism, the baffle driving mechanism is connected to the silo and the baffle at the same time, and the baffle driving mechanism can drive the baffle to move to open or block the discharge When the discharge port is opened, the material can pass through the discharge port and move to the feeding belt.

Preferably, the bag making system includes a mounting frame arranged on the machine table, and a tension conveying mechanism, an edge sealing mechanism and a cutting mechanism arranged on the mounting frame. The tension conveying mechanism is used to convey the packaging materials on the packaging material storage system to the edge sealing mechanism; the edge sealing mechanism is used to seal the edges of the packaging materials conveyed by the tension conveying mechanism to process the packaging materials into packaging bags ; The cutting mechanism is used to separate the packaging bag from the packaging material.

Preferably, the bag-making system further includes a partition mechanism, which is arranged on the installation frame, and the partition mechanism can separate the inner side walls of the packaging bags so that a space for materials to pass is formed between the inner side walls of the packaging bags. bag space.

Preferably, the tension conveying mechanism includes a first clamp and a first displacement drive mechanism, the first displacement drive mechanism is connected to the first clamp and the mounting frame at the same time, the first clamp can clamp the packaging material, so The first displacement driving mechanism can drive the first clamp to move to transport the packaging material to the edge sealing mechanism.

Preferably, the tension conveying mechanism further includes a second clamp, the second clamp is arranged on the installation frame, and when the first clamp is opened, the second clamp can clamp the packaging material to limit the movement of the packaging material.

Preferably, the bagging system includes a material longitudinal movement mechanism and a material transverse movement mechanism. The material longitudinal movement mechanism is arranged on the machine platform, and the material longitudinal movement mechanism can drive the movement of the materials on the feeding system so that the materials are flush with the packaging bags on the bag making system. The material traversing mechanism is arranged on the machine table or the mounting frame, and the material traversing mechanism can drive the material on the material longitudinal moving mechanism to move, thereby packing the material into the packaging bag.

Preferably, the shaft pipe fitting bag making and bagging machine also includes a discharge system connected to the machine table, and the discharge system includes a conveyor belt, a collection tank and a clamping mechanism. The conveyor belt is arranged on the machine platform, and the conveyor belt is used for conveying the materials packed into the packaging bags. The collecting groove is arranged at the end of the conveyor belt, and the collecting groove is used for collecting the materials transported by the conveyor belt. The clamping mechanism is arranged on the machine table or a discharge frame, and the clamping mechanism can clamp the material in the collecting tank and move the material out of the collecting tank.

The beneficial effects of the utility model are: in the utility model, a packaging material storage system, a feeding system, a bag-making system and a bag-filling system are arranged on the machine table, and the operation procedures of bag-making and bag-filling can be completed, and the production efficiency is high , and can reduce the labor intensity of the operator, and there is no need to configure bag-making machinery and bag-filling machinery separately, thereby reducing equipment costs.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described:

Fig. 1 is the overall structural representation of the utility model;

Fig. 2 is a schematic structural view of the packaging material storage system of the present invention;

Fig. 3 is the structural representation of the feeding system of the present utility model;

Fig. 4 is a schematic structural view of another perspective of the feeding system of the present invention;

Fig. 5 is the structural representation of the bag making system of the present utility model;

Fig. 6 is a sectional view of the bag making system of the present utility model;

Fig. 7 is an exploded schematic view of the bag making system of the present invention;

Fig. 8 is a schematic structural view of the material traverse mechanism of the present invention;

Fig. 9 is a schematic structural view of the discharging system of the present invention.

detailed description

Referring to Figures 1 to 9, the utility model is a shaft tube bag making and bagging machine, which is used to process the packaging material 71 into a packaging bag and pack the material 72 into the packaging bag. The shaft tube bag making and bagging machine includes Machine 1, packaging material storage system, feeding system, bag making system and bag filling system, packaging material storage system, material feeding system, bag making system and bag filling system are all set on machine 1. The packaging material storage system is used to store the packaging material 71; the feeding system is used to transport the material 72 to be packaged; the bag making system is used to seal the edge of the packaging material 71 on the packaging material storage system, thereby processing the packaging material 71 into Packaging bag; the bagging system is used to pack the material 72 conveyed by the feeding system into the packaging bag. In the utility model, a packaging material storage system, a feeding system, a bag-making system and a bag-filling system are configured on the machine 1, which can complete the operation procedures of bag-making and bag-filling. Labor-intensive, no need to configure bag-making machinery and bag-filling machinery separately, thereby reducing equipment costs.

As shown in Figures 1 and 2, a mounting frame 11 is provided on the machine 1, and the packaging material storage system is arranged on the mounting frame 11 on the machine 1, and the packaging material storage system includes activities arranged on the mounting frame 11 The storage reel 21, the packaging material 71 can be wound on the storage reel 21. Of course, the packaging material storage system can also be composed of a material storage box and a material roller, the material storage box can be set on the machine table or the installation frame, the material storage roller is arranged at the opening of the material storage box, and the packaging material 71 is placed on the material storage box. In the box, the packaging material 71 is wound on the sorting roller and connected to the bag making system.

As shown in FIG. 3 and FIG. 4 , the feeding system includes a silo 31 , a feeding mechanism, a feeding belt 33 and a first driving device 34 . The material bin 31 is arranged on the machine platform 1, and the material bin 31 is used for storing the materials 72 to be packaged. The feeding mechanism is arranged on the material bin 31, and when the feeding mechanism operates, the material 72 on the material bin 31 can be moved to the feeding belt 33. Both the feeding belt 33 and the first driving device 34 are arranged on the machine platform 1 . More specifically, a support 35 is provided on the machine platform 1 , and the feeding belt 33 and the first driving device 34 are both provided on the support 35 . The first driving device 34 is connected with the feeding belt 33 and can drive the feeding belt 33 to move to transport the material 72 on the feeding belt 33 to the bagging system. In this embodiment, the feeding belt 33 is specifically a chain, and the first driving device 34 is specifically a motor, but it is not limited thereto. In practical applications, the feeding belt 33 can also be a belt and other structures, and the first driving device 34 can also be a rotating Cylinder and other structures.

The feeding belt 33 is provided with a card position 331, and the material 72 removed from the hopper 31 can be moved to the card position 331, which can prevent the material 72 from moving freely on the feeding belt 33, so that the bagging system can accurately take and feed the material Material 72 on belt 33.

As shown in FIG. 4 , there is an inclination angle between the inner bottom surface of the silo 31 and the horizontal plane, and a discharge port 311 through which the material 72 can pass is provided at the lowest point of the silo 31 , and the feeding belt 33 is located below the discharge port 311 . The feeding mechanism is arranged at the discharge port 311. When the feeding mechanism operates, the discharge port 311 can be opened or blocked. When the discharge port 311 is opened, the material 72 can pass through the discharge port 311 and move to the feeding belt 33 . In this embodiment, the feeding mechanism includes a baffle 321 and a baffle driving mechanism 322, the baffle driving mechanism 322 is connected with the feed bin 31 and the baffle 321 at the same time, the baffle driving mechanism 322 can drive the baffle 321 to move to open or The discharge port 311 is blocked, and when the discharge port 311 is opened, the material 72 can pass through the discharge port 311 and move onto the feeding belt 33 . In this embodiment, the baffle driving mechanism 322 is specifically a direct-acting cylinder. Of course, in practical applications, the baffle driving mechanism 322 can also adopt structures such as electric push rods. The baffle driving mechanism 322 can also be a motor or a rotary cylinder, that is, the baffle driving mechanism 322 can drive the baffle 321 to turn over to open or block the discharge port 311 . In addition, the feeding mechanism can also be composed of a belt and a motor for driving the belt. A part of the belt is located on the material bin 31, and a groove suitable for the material 72 is arranged on the belt, and the material 72 can be located in the groove. , the motor drives the belt to move, so that the material 72 in the silo 31 can be taken out of the silo 31 and the material 72 can be moved to the feeding belt 33 .

As shown in Figure 4, a guide plate 312 and a guide plate drive mechanism 313 are also provided on the feed bin 31, and the guide plate drive mechanism 313 is connected with the guide plate 312 and the feed bin 31 at the same time. When the bagging system operates, the feeding belt 33 needs to stop moving , so that the bagging system can take the material 72 on the feeding belt 33 . When the bagging system operates, the guide plate driving mechanism 313 drives the guide plate 312 to move, so that the material 72 passing through the discharge port 311 can roll to different positions on the feeding belt 33 along the guide plate 312, which can improve the working efficiency of the feeding system. Correspondingly, the feeding belt 33 can be arranged below the discharge port 311 or in front of the discharge port 311 . The guide plate driving mechanism 313 can specifically adopt a structure such as a direct-acting cylinder or an electric push rod.

On machine platform 1, also be provided with feeding belt 36, this feeding belt 36 can be driven its action by a motor, on feeding belt 36, be provided with the feeding groove that matches with material 72, pass through feeding belt 36 Material 72 may be delivered to silo 31 .

As shown in Fig. 1, Fig. 5, Fig. 6 and Fig. 7, the bag making system includes a mounting frame 11 arranged on the machine platform 1, and a tension conveying mechanism, an edge sealing mechanism and a cutting mechanism arranged on the mounting frame 11. The tension conveying mechanism can transport the packaging material 71 on the packaging material storage system to the edge sealing mechanism. The edge sealing mechanism can seal the edge of the packaging material 71 conveyed by the tension conveying mechanism, thereby processing the packaging material 71 into a packaging bag. The cutting mechanism is used to separate the packaging bag from the packaging material 71 .

In this embodiment, the tension conveying mechanism includes a first clamp 411 and a first displacement driving mechanism 412, and the first displacement driving mechanism 412 is connected with the first clamp 411 and the mounting frame 11 at the same time, and the first clamp 411 can clamp the packaging material 71 , the first displacement driving mechanism 412 can drive the first gripper 411 to move, so as to transport the packaging material 71 to the edge sealing mechanism. In this embodiment, the first displacement driving mechanism 412 is specifically a direct-acting cylinder. Of course, in practical applications, the first displacement driving mechanism 412 may also adopt structures such as electric push rods. In addition, the tension conveying mechanism can also be composed of a suction nozzle and a first displacement driving mechanism 412 , the suction nozzle sucks the packaging material, and the first displacement driving mechanism 412 drives the suction nozzle to move, thereby conveying the packaging material 71 to the edge sealing mechanism.

In this embodiment, the edge sealing mechanism is composed of a second displacement driving mechanism 421 and a heating part 422 arranged on the second displacement driving mechanism 421. When the tension conveying mechanism transports the packaging material 71 to the edge sealing mechanism, the second displacement The driving mechanism 421 drives the heating part 422 to move, so that the heating part 422 is close to the packaging material 71, and welds and seals the packaging material 71, thereby processing the packaging material 71 into a packaging bag. The cutting mechanism includes a fourth clamp 431 . After the packaging material 71 is welded and edge-sealed, the fourth clamp 431 clamps the packaging bag and moves, so that the packaging bag can be separated from the packaging material 71 . Of course, the cutting mechanism can also be composed of a cutter and a cylinder, the cylinder drives the cutter to move, and the cutter cuts the packaging bag from the packaging material 71 .

Further, a fixed plate 46 is movably arranged on the mounting frame 11 , the fixed plate 46 is connected with the mounting frame 11 through the guide column 45 , and the first displacement driving mechanism 412 is connected with the fixed plate 46 and the mounting frame 11 at the same time. The first clamp 411, the edge banding mechanism and the cutting mechanism are all arranged on the fixed plate 46, and the first displacement driving mechanism 412 can simultaneously drive the fixed plate 46, the first clamp 411, the edge banding mechanism and the cutting mechanism to move, which can simplify manufacturing The structure of the bag system eliminates the need for a separate driving mechanism to drive the movement of the edge sealing mechanism and the cutting mechanism. The first fixture 411 is connected with the first displacement driving mechanism 412 through the fixing plate 46 . Of course, the edge banding mechanism can also be directly fixed on the mounting frame 11, and the fifth displacement driving mechanism can also be separately configured on the mounting frame 11 to drive the fourth clamp 431 to move. The fifth displacement driving mechanism can specifically use a direct-acting cylinder. Or structures such as electric push rods. The guide post 45 plays a role of guiding and limiting the movement of the fixing plate 46 and can avoid the lateral movement of the fixing plate 46 .

Of course, the heating part 422 can also be replaced by a glue applicator, that is, the packaging material 71 is edge-sealed by bonding. Correspondingly, the cutting mechanism may consist of a cutter and a cylinder, or the cutting mechanism may consist of a cylinder and a heating wire.

The bag-making system also includes a partition mechanism, which is arranged on the installation frame 11, and the partition mechanism can separate the inner side walls of the packaging bags, so that a bagging space 442 through which materials 72 can pass is formed between the inner side walls of the packaging bags. The bagging system can drive the material 72 to move, so that the material 72 passes through the bagging space 442 and enters the packaging bag. As shown in Fig. 5, Fig. 6 and Fig. 7, in this embodiment, the partition mechanism includes a partition block 441 arranged on the mounting frame 11, and the packaging material 71 is located on both sides of the partition block 441, so that the partition block 441 can pack the The inner sidewalls of the bags are spaced apart so that there is a bagging space 442 between the inner sidewalls of the packaging bag through which the material 72 can pass. With this structure, there is no need to install a bag-supporting mechanism to open the pocket of the packaging bag, which simplifies the structure of the utility model and reduces the manufacturing cost of the equipment. Of course, the separation mechanism can also be composed of two sets of suction cups facing each other. There is a distance between the two groups of suction cups. A bagging space 442 through which the material 72 can pass is formed between the inner side walls of the packaging bag. The separation mechanism can also be composed of two isolation rollers arranged in parallel. The isolation rollers are arranged on the installation frame 11 with a gap between them. The packaging material 71 can be wound around the outer surface of the isolation rollers and connected to the first clamp 411 .

The tension conveying mechanism further includes a second clamp 413 , which is arranged on the installation frame 11 . When the first clamp 411 is opened, the second clamp 413 can clamp the packaging material 71 to limit the movement of the packaging material 71 . In this way, the rebound of the packaging material 71 can be avoided, so that the size of the packaging bag is relatively consistent. Preferably, the second clamp 413 is flush with the position of the partition block 441 , that is, the second clamp 413 clamps the packaging material 71 on the side wall of the partition block 441 .

During the working process of the bag making system, when the bag making system completes a bag making process, the first displacement driving mechanism 412 drives the first clamp 411 to move upward, the first clamp 411 clamps the packaging material 71, and the second clamp 413 opens. The first displacement driving mechanism 412 drives the first gripper 411 to move down, and then drives the packaging material 71 to move down. After the first clamp 411 moves down to a predetermined position, the second clamp 413 clamps the packaging material 71 , the first clamp 411 is opened, and the first displacement driving mechanism 412 drives the first clamp 411 to move upward. The bagging system drives the material 72 to move, so that the material 72 passes through the bagging space 442 and falls into the packaging bag. When the material 72 passes through the bagging space 442, the edge sealing mechanism operates, and the second displacement driving mechanism 421 drives the heating part 422 to move toward the packaging material 71, and the heating part 422 is close to the packaging material 71 and heat seals the packaging material 71 together, thereby Packaging material 71 is processed into a complete packaging bag. After the packaging materials 71 are heat-sealed together, the fourth clamp 431 clamps the packaging bag, and the first displacement driving mechanism 412 drives the fourth clamp 431 to move down, thereby separating the packaging bag from the packaging material 71, thereby completing a production process. The process of bagging bags. The first clamp 411 , the edge banding mechanism and the cutting mechanism are all arranged on the fixed plate 46 , and the first displacement driving mechanism 412 drives the fixed plate 46 to move, thereby driving the first clamp 411 , the edge banding mechanism and the cutting mechanism to move.

As shown in Fig. 1, Fig. 3, Fig. 4 and Fig. 8, the bagging system includes a material longitudinal movement mechanism and a material transverse movement mechanism. The material longitudinal movement mechanism is arranged on the machine platform 1, and the material longitudinal movement mechanism is used to drive the material 72 to move To make the material 72 flush with the packaging bag on the bag making system; the material traversing mechanism is arranged on the mounting frame 11, and the material traversing mechanism can drive the material 72 on the material vertical movement mechanism to move to pack the material 72 into the packaging bag. In this embodiment, the material longitudinal movement mechanism includes a top material trough 511 and a third displacement drive mechanism 512, and the third displacement drive mechanism 512 is connected with the top material chute 511 and the machine platform 1 at the same time, when the material 72 on the feeding belt 33 follows When the feeding belt 33 moves to a position aligned longitudinally with the ejector trough 511, the third displacement drive mechanism 512 drives the ejector trough 511 to move up, and then drives the material 72 to move up to a position flush with the packaging bag on the bag making system. In actual application, the ejector trough 511 can also be replaced by a clamp, and the third displacement driving mechanism 512 can specifically adopt a structure such as a direct-acting cylinder or an electric push rod. In this embodiment, the material lateral movement mechanism includes a third clamp 521 and a fourth displacement drive mechanism, the fourth displacement drive mechanism is connected to the mounting frame 11 and the third clamp 521 at the same time, and the third clamp 521 can clamp the material longitudinal movement mechanism The material 72 on the third clamp 521 can be driven by the displacement drive mechanism to move the material 72 on the third clamp 521 into the packaging bag. In addition, the material traversing mechanism can also be composed of a push rod and a fourth displacement drive mechanism connected together. The push rod is flush with the packaging bag on the bag making system, and the fourth displacement drive mechanism drives the push rod to move. The material 72 is pushed into the bag. In this embodiment, the fourth displacement drive mechanism is composed of a slider 5221, a slide rail 5222, a transmission belt, and a third drive device 5223. The third clamp 521 is arranged on the slider 5221, and the slide rail 5222 is arranged on the mounting frame 11. , the slider 5221, the transmission belt and the third driving device 5223 are all arranged on the slide rail 5222, the transmission belt is connected with the slider 5221 and the third driving device 5223 at the same time, the third driving device 5223 drives the transmission belt to move, and then drives the slider 5221 Move along the slide rail 5222. The third driving device 5223 can specifically adopt a structure such as a motor or a rotary cylinder. Of course, in actual application, the fourth displacement drive mechanism can adopt a structure such as a rodless cylinder or an electric push rod.

In addition, the material transverse movement mechanism can be directly arranged on the machine platform 1; the material longitudinal movement mechanism can also be directly connected with the material transverse movement mechanism.

The utility model also includes a discharge system, which is connected with the machine platform 1 and can collect the packaged materials 72 together. As shown in FIG. 9 , the discharge system includes a conveyor belt 611 , a collection tank 62 and a clamping mechanism. The conveyor belt 611 is arranged on the machine platform 1 , and the conveyor belt 611 is located below the bag-making system. The conveyor belt 611 is used to transport the material 72 packed into the packaging bag to the collection tank 62 . The conveyor belt 611 is connected with a second driving device arranged on the machine platform 1 , the second driving device can drive the conveyor belt 611 to move, and the second driving device can specifically use a motor or a rotary cylinder. The collecting tank 62 is arranged on a discharge rack 64 , and the collecting tank 62 is located at the end of the conveyor belt 611 , and the collecting tank 62 is used for collecting the material 72 conveyed by the conveyor belt 611 . The clamping mechanism is also arranged on the discharge frame 64 , and the clamping mechanism can clamp the material 72 in the collecting tank 62 and move the material 72 out of the collecting tank 62 . In this embodiment, the gripping mechanism includes a gripper 631 , a gripper drive mechanism 632 , a gripper longitudinal movement mechanism 633 and a gripper lateral movement mechanism 634 . The jaw driving mechanism 632 is connected with the jaw 631 and the jaw longitudinal movement mechanism 633 at the same time, the jaw longitudinal movement mechanism 633 is arranged on the jaw transverse movement mechanism 634 , and the jaw transverse movement mechanism 634 is arranged on the discharge frame 64 . When the material 72 needs to be clamped, the jaw driving mechanism 632 drives the jaw 631 to clamp the material 72 in the collection tank 62, the jaw longitudinal movement mechanism 633 moves to drive the jaw 631 to move upward, and then the jaw lateral movement mechanism 634 acts to drive the jaws 631 to move laterally, so that the material 72 can be moved out of the collecting tank 62 . In this embodiment, the clamping jaw 631 includes two clamping bars, and the two clamping bars are respectively pivoted on the clamping jaw longitudinal movement mechanism 633 through a pivot shaft. connected, the clamping claw driving mechanism 632 drives the clamping bar to rotate around the axis of the pivot shaft, so as to clamp the material 72 in the collecting tank 62 . The gripper driving mechanism 632 can specifically adopt a structure such as a direct-acting cylinder or an electric push rod. Similarly, the gripper longitudinal movement mechanism 633 can specifically adopt a structure such as a direct-acting cylinder or an electric push rod. The clamping jaw traversing mechanism 634 can specifically adopt a structure such as a rodless cylinder or an electric push rod. In addition, the collection tank 62 can be arranged on the machine platform 1 , and the clamping mechanism can also be arranged on the machine platform 1 .

In the utility model, the first clamp 411, the second clamp 413 and the fourth clamp 431 are all composed of two direct-acting cylinders arranged opposite to each other and clamping pieces respectively arranged on the direct-acting cylinders, and the third clamp 521 is composed of The thumb cylinder is composed of a clamping piece arranged on the thumb cylinder. Of course, in actual application, the first clamp 411, the second clamp 413 and the fourth clamp 431 can also be composed of a thumb cylinder and a clamping piece arranged on the thumb cylinder, and the third clamp 521 can also be composed of two oppositely arranged direct-acting It is composed of a type cylinder and clamping pieces respectively arranged on the direct-acting type cylinder.

In this embodiment, each bag-making system corresponds to two storage reels 21, and a single-layer packaging material 71 is arranged on the storage reels 21, and the edge sealing mechanism combines the packaging materials 71 on the two storage reels 21 Sealed together. Of course, each bag-making system can only correspond to one storage reel 21, and the multi-layer packaging material 71 is arranged on the storage reel 21, or the single-layer packaging material 71 is folded and wound on the storage reel 21 superior. The packaging material 71 processed by the utility model can specifically be pearl cotton packaging film or other types of packaging films.

The above-mentioned embodiments are only preferred solutions of the utility model, and the utility model also has other implementation solutions. Those skilled in the art can also make equivalent modifications or replacements without violating the spirit of the present utility model, and these equivalent modifications or replacements are all included in the scope set by the claims of the present application.

Claims (10)

1. A kind of 1. central siphon part bag sack filling machine, for packaging material (71) to be processed into packaging bag and material (72) is loaded into packaging bag In, it is characterised in that the central siphon part bag sack filling machine includes

   Board (1)；

   Packaging material storage system, it is arranged on the board (1), the packaging material storage system is used to store packaging material (71)；

   Feed system, it is arranged on the board (1), the feed system is used to convey material to be packaged (72)；

   Bag making system, it is arranged on the board (1), the bag making system is used to seal the packaging material (71) on packaging material storage system Side, so as to which packaging material (71) is processed into packaging bag；

   Bagging system, it is arranged on the board (1), the bagging system is used to load the material (72) of feed system conveying In packaging bag.
2. A kind of 2. central siphon part bag sack filling machine according to claim 1, it is characterised in that：The feed system includes feed bin (31), feed mechanism, feeding belt (33) and first driving means (34)；

   Feed bin (31) is arranged on board (1), and the feed bin (31) is used to store material to be packaged (72)；

   Feed mechanism is arranged on feed bin (31), and the feed mechanism is used to the material (72) on feed bin (31) being moved to feeding On band (33)；

   Feeding belt (33) and first driving means (34) are arranged on board (1), first driving means (34) and feeding belt (33) it is connected and feeding belt (33) can be driven mobile so that the material (72) on feeding belt (33) is delivered into bagging system.
3. A kind of 3. central siphon part bag sack filling machine according to claim 2, it is characterised in that：The inner bottom surface of the feed bin (31) There is inclination angle between horizontal plane, the lowest part of the feed bin (31) is provided with the discharging opening (311) for being available for material (72) to pass through, The feed mechanism is arranged on the discharging opening (311) place, and discharging opening can be opened or blocked to the feed mechanism when acting (311), when discharging opening (311) is opened, material (72) may pass through discharging opening (311) and be moved on feeding belt (33).
4. A kind of 4. central siphon part bag sack filling machine according to claim 3, it is characterised in that：The feed mechanism includes baffle plate (321) and barrier driving mechanism (322), the barrier driving mechanism (322) while it is connected with feed bin (31) and baffle plate (321) Connect, the barrier driving mechanism (322) can drive baffle plate (321) mobile to open or block discharging opening (311), work as discharging opening (311) when opening, material (72) may pass through discharging opening (311) and be moved on feeding belt (33).
5. A kind of 5. central siphon part bag sack filling machine according to claim 1, it is characterised in that：The bag making system includes setting Mounting bracket (11) on board (1), and tensioning conveying mechanism, edge-sealing mechanism and the cutting machine being arranged on mounting bracket (11) Structure；

   The tensioning conveying mechanism is used to the packaging material (71) on packaging material storage system being delivered to edge-sealing mechanism；

   The edge-sealing mechanism is used for packaging material (71) edge sealing for being tensioned conveying mechanism conveying so that packaging material (71) is processed into packaging bag；

   The shut-off mechanism is used to separate packaging bag from packaging material (71).
6. A kind of 6. central siphon part bag sack filling machine according to claim 5, it is characterised in that：The bag making system also includes dividing Every mechanism, partition is arranged on mounting bracket (11), and the partition can separate the madial wall of packaging bag so as to pack Formed between the madial wall of bag and be available for the pack space (442) that material (72) passes through.
7. A kind of 7. central siphon part bag sack filling machine according to claim 5, it is characterised in that：The tensioning conveying mechanism includes First fixture (411) and the first displacement drive mechanism (412), the first displacement drive mechanism (412) and meanwhile with the first fixture (411) it is connected with mounting bracket (11), first fixture (411) can clamp packaging material (71), the first displacement drive mechanism (412) the first fixture (411) can be driven mobile so that packaging material (71) is delivered into edge-sealing mechanism.
8. A kind of 8. central siphon part bag sack filling machine according to claim 7, it is characterised in that：The tensioning conveying mechanism also wraps The second fixture (413) is included, the second fixture (413) is arranged on mounting bracket (11), when the first fixture (411) is opened, described Two fixtures (413) can clamp packaging material (71) to limit the movement of packaging material (71).
9. A kind of 9. central siphon part bag sack filling machine according to claim 1, it is characterised in that：The bagging system includes

   Material vertical shift mechanism, it is arranged on the board (1), the material vertical shift mechanism can drive the material in feed system (72) move so that material (72) is concordant with the packaging bag on bag making system；

   Material transverse-moving mechanism, it is arranged on board (1) or a mounting bracket (11), the material transverse-moving mechanism can drive material vertical shift Material (72) in mechanism is mobile, so as to which material (72) is loaded into packaging bag.
10. A kind of 10. central siphon part bag sack filling machine according to claim 1, it is characterised in that：The central siphon part bag sack filling machine Also include the discharge system being connected with the board (1), the discharge system includes

    Conveyer belt (611), it is arranged on board (1), the conveyer belt (611) is used to convey the material having been charged into packaging bag (72)；

    Collecting tank (62), is arranged on the end of conveyer belt (611), and the collecting tank (62) is used to collect conveyer belt (611) conveying Material (72)；

    Gripping body, it is arranged on board (1) or a discharge rack (64), the gripping body can clamp the thing in collecting tank (62) Expect (72) and material (72) is removed into collecting tank (62).