CN203889087U - A fully automatic packaging machine - Google Patents

Abstract

The utility model discloses a full-automatic packaging machine, include: the device comprises a rack, a stirring mechanism, a vibration mechanism, an inner film outer packaging mechanism, an outer packaging mechanism and a small bin sealing structure, wherein the stirring mechanism, the vibration mechanism, the inner film outer packaging mechanism, the outer packaging mechanism and the small bin sealing structure are arranged on the rack; the rack is provided with a control panel for controlling the whole equipment; the inner film packaging structure comprises: the inner film packaging machine comprises a roller for packaging an inner film, an inner film supporting mechanism, an inner film thermal cutting mechanism and a material pushing mechanism; the inner film hot cutting mechanism is arranged below the inner film supporting structure and provided with a left bag cutting accessory, a right bag cutting accessory and a cutting knife, the left bag cutting accessory and the right bag cutting accessory are pressed to carry out hot-pressing sealing on the inner film, and the pushing mechanism pushes the semi-finished product into the outer packaging mechanism. The utility model provides a packagine machine has interior membrance packaging structure, can advance interior membrance packing back to the material, carries out adventitia packing again, can make better by packing material dampproofing and waterproofing, satisfies user's needs. The inner film sealing device is provided with an inner film thermal cutting structure, the inner film is cut and is heated slightly at the same time so as to achieve the purpose of sealing the inner film, and the use is simple and convenient.

Description

A fully automatic packaging machine

Technical field:

The utility model relates to the field of packaging machines, in particular to a fully automatic packaging machine.

Background technique:

There are many types of packaging machines and there are many classification methods. There are many kinds from different points of view, according to the state of the product, there are liquid, block, and granular packaging machines; according to the packaging function, there are inner packaging and outsourcing packaging machines; according to the packaging industry, there are food, daily Packaging machines for chemicals and textiles; according to the packaging station, there are single-station and multi-station packaging machines; according to the degree of automation, there are semi-automatic and full-automatic packaging machines. Packaging machines are widely used in food, beverage, pharmaceutical, electronics and other industries. This kind of packaging machine can prevent oxidative mildew, corrosion and moisture resistance of products, and can guarantee quality, freshness and prolong the storage period of products. In addition, after the packaging machine evacuates the packaging bag into a low vacuum, it will be automatically sealed immediately. Due to the high vacuum in the bag, there is very little residual air, which inhibits the reproduction of bacteria and other microorganisms, avoids the oxidation, mildew and corruption of the items, and at the same time protects certain For some soft items, after being packed by the packaging machine, the packaging volume can be reduced, which is convenient for transportation and storage.

At present, the vacuum packaging machines on the domestic market are all semi-automatic. They are manually filled first, and then manually put into the vacuum chamber for vacuuming. The operation requires more manpower, because the work efficiency is low, and it is difficult to ensure that the manual operation can achieve hygiene requirements. Traditional packaging machinery mostly adopts mechanical control, such as cam distribution shaft type, and then photoelectric control, pneumatic control and other control forms appeared. However, with the improvement of food processing technology and the increasing requirements for packaging parameters, the original control system has been difficult to meet the needs of development, and new technologies should be adopted to change the appearance of food packaging machinery. If you want to create the greatest benefits for yourself within the specified time, you must ensure that your food packaging production line is running well, and there will be no mistakes in the production process, so that you can avoid the impact of errors and failures as much as possible, and you will be able to serve the customers. The enterprise obtains the maximum benefit. The level of automation is increasing in the manufacturing industry and the range of applications is expanding. Automation in the packaging machinery industry is changing the way the packaging process works and the processing methods of packaging containers and materials.

In addition, the traditional packaging machine generally packs the materials directly, that is, directly packs the materials, and cannot perform inner film packaging first, and then outer film packaging. When packaging some special materials or high-grade materials, they need to be packed in the inner film first, and then the outer packaging is carried out to achieve a higher level of waterproof and moisture-proof ability. Some semi-automatic packaging machines in the prior art cannot meet this requirement. .

In view of the significance of automation in the packaging machinery industry for production and processing and the shortcomings of the packaging machines in the prior art, the utility model proposes a fully automatic packaging machine, which can greatly improve production efficiency and product quality, and effectively reduce labor costs. Labor intensity and reduce energy and resource consumption.

Utility model content:

The purpose of the utility model is to overcome the deficiencies of the prior art and provide a fully automatic packaging machine.

In order to solve the above technical problems, the utility model adopts the following technical solutions: 1. A fully automatic packaging machine, including: a frame, a stirring mechanism installed on the frame, a vibration mechanism, an inner film outer packaging mechanism, an outer packaging Mechanism and small chamber sealing structure; the frame is provided with a control panel for controlling the entire equipment; the inner film packaging structure includes: a drum for packaging the inner film, an inner film support mechanism, and an inner film thermal cutting mechanism and a pushing mechanism; the intima thermal cutting mechanism is installed below the intima support structure, and the intima thermal cutting mechanism has a left bag cutting accessory, a right bag cutting accessory and a cutting knife, and the left bag cutting accessory and the right bag cutting accessory are pressed The inner film is heat-press-sealed, and the pushing mechanism pushes the semi-finished product into the outer packaging mechanism.

Further, in the above technical solution, the frame is provided with an upper zone and a lower zone, and the upper zone and the lower zone are separated by a large panel; the stirring mechanism, the vibrating mechanism, the inner film outer packaging mechanism and The outer packaging mechanism is installed in the upper area, and the small warehouse mechanism is installed in the lower area; the frame is provided with a feeding hopper.

Further, in the above technical solution, the intima support structure includes: a bracket, an intima roll is installed on the support, a third hopper is installed under the intima roll, and the intima bypasses the two intima Roll and enter the inner film thermal cutting mechanism through the third hopper.

Further, in the above technical solution, the inner membrane thermal cutting mechanism includes: a left bag cutting accessory and a right bag cutting accessory, a heating component is arranged on the right cutting accessory, the left cutting accessory is driven to move by the first cylinder, and the inner After the film passes through the third hopper, it falls between the left bag cutting accessory and the right bag cutting accessory; the cutting knife is arranged under the left cutting accessory and fixed on the output shaft of the second cylinder.

Further, in the above technical solution, the pushing mechanism includes: a shaping part and a pushing rod; the pushing rod is driven by an air cylinder, and the pushing rod pushes the semi-finished product into the outer packaging mechanism.

Further, in the above technical solution, the shaping part includes: a shaping box, shaping blocks installed on both sides of the shaping box and a support clip installed under the shaping box, wherein a shaping block is fixed on one side of the shaping box , another shaping block is moved by the cylinder.

Further, in the above technical solution, the stirring mechanism includes: a stirring box installed on the frame, a rotating roller installed on the stirring box, and a motor driving the rotating roller to rotate, and a discharge port is opened on the stirring box.

Further, in the above technical solution, the vibration mechanism includes: a tray corresponding to the discharge port of the mixing box and a drive for driving the tray to vibrate; the tray is provided with a discharge trough, and the discharge trough passes through The feeding chute is connected with the third hopper, and the feeding chute includes: the first hopper and the second hopper connected with the third hopper.

Further, in the above technical solution, the outer packaging mechanism includes: a bag feeding mechanism for conveying the packaging bag and a bag opening mechanism for opening the packaging bag; The rotary push mechanism below the bag slot, the bag opening mechanism includes: bag opening clips and bag opening cylinders that drive the bag opening clips to work; the rotary push mechanism pushes the packaging bag into the bag opening mechanism;

Further, in the above technical solution, the small chamber mechanism includes: a moving chamber plate and a fixed chamber plate, a sealing ring and a pressure bag assembly are arranged on the inner side of the moving chamber plate, and a small chamber is arranged on the fixed chamber plate. Warming parts in the warehouse, heating parts in the small warehouse and the pressure bag assembly cooperate with the pressure bag.

After adopting the above technical solution, the utility model has the following beneficial effects compared with the prior art:

1. The packaging machine in the utility model has an inner film packaging structure, which can pack the material first with the inner film and then the outer film, which can better make the packaged materials waterproof and moisture-proof, and meet the needs of users.

2. The utility model has a thermal cutting structure for the inner membrane, which can slightly heat the inner membrane while cutting the inner membrane to achieve the purpose of sealing the inner membrane, and is simple and convenient to use.

3. The automatic multifunctional packaging machine of this utility model replaces the traditional semi-automatic packaging machine with automatic settings. The biggest advantage is that the production efficiency is effectively improved. The traditional packaging machines are all semi-automatic. First, manual filling, and then manual placement Into the vacuum chamber for vacuuming, the operation requires more manpower, because the work efficiency is low, and it is difficult to ensure that the manual operation meets the hygienic requirements.

4. In the utility model, photoelectric sensors are installed between each station, which can ensure good connection and operation between various parts, and has a compact structure, which greatly improves production efficiency and product quality.

Description of drawings:

Fig. 1 is a perspective view of the utility model;

Fig. 2 is the enlarged view of A place in the utility model

Fig. 3 is the enlarged view of B place among the utility model;

Fig. 4 is the perspective view of the vibration mechanism in the utility model;

Fig. 5 is the perspective view of stirring mechanism in the utility model;

Fig. 6 is a perspective view of the outer packaging mechanism and the small warehouse mechanism of the utility model;

Fig. 7 is a partial exploded view of the outer packaging mechanism in the present utility model.

Explanation of reference signs:

1 rack 11 hopper 12 large panel 13 control panel

2 Stirring mechanism 21 Stirring box 211 Discharge port 22 Rotating roller

23 motor

3 Vibration Mechanism 31 Material Tray 311 Material Trough 32 Driving Structure

4 outer packaging mechanism 41 bag slot 42 horizontal cylinder 421 gear track

43 Rotary cylinder 431 Suction nozzle fixed block 44 Mounting frame 45 Rotating gear

46 Bag opening clamp 47 Bag opening cylinder group 48 Suction nozzle plate

5 feeding chute 51 first hopper 52 guide chute 53 second hopper

6 Small warehouse mechanism 61 Moving warehouse board 62 Fixed warehouse board

7 Inner membrane and outer packaging mechanism 71 Roller 72 Inner membrane support mechanism

721 Bracket 722 Inner Film Roller 723 Third Hopper

73 Intima Thermal Cutting Mechanism 731 Left Cutting Bag Accessories 732 Right Cutting Bag Accessories

733 Cutting knife 74 Pushing mechanism 741 Plastic parts

742 Push rod 7411 Plastic box 7412 Plastic block

7413 Support clip

Detailed ways:

Below in conjunction with specific embodiment and accompanying drawing, the utility model is further described.

As shown in Figure 1-7, a fully automatic packaging machine includes: a frame 1, a stirring mechanism 2 installed on the frame 1, a vibration mechanism 3, an inner film outer packaging mechanism 7, an outer packaging mechanism 4 and a small Warehouse sealing structure 6; the frame 1 is provided with a control panel 13 for controlling the entire device; the inner membrane packaging structure 7 includes: a drum 71 for packaging the inner membrane, an inner membrane support mechanism 72, an inner membrane A thermal cutting mechanism 73 and a material pushing mechanism 74; the intima thermal cutting mechanism 73 is installed below the intima support structure 72, and the intima thermal cutting mechanism 73 has a left bag cutting accessory 731, a right bag cutting accessory 732 and a cutting knife 733 , the left cut bag fitting 731 and the right cut bag fitting 732 are pressed together to heat seal the inner film, and the pushing mechanism 74 pushes the semi-finished product into the outer packaging mechanism 4 .

Specifically, the frame 1 described above is used as the carrier of the entire device, and a feed hopper 11 and a control panel 13 for controlling the entire device are arranged on the frame 1. The control panel 13 is provided with a plurality of control buttons . The frame 1 is provided with an upper area and a lower area, and the upper area and the lower area are separated by a large panel 12. The stirring mechanism 2, the vibration mechanism 3, the outer packaging mechanism 4 and the inner film packaging structure are installed in the upper area. The small warehouse mechanism 6 is installed in the lower area. In addition, the frame 1 is provided with a dodge door, which facilitates the installation of various mechanisms.

The intima supporting structure 72 includes: a bracket 721, an intima roll 722 is installed on the support 721, a third hopper 723 is installed below the intima roll 722, and the intima bypasses the two intima rolls 722 And pass through the third hopper 723 into the inner film thermal cutting mechanism 73 . The intima thermal cutting mechanism 73 includes: a left bag cutting accessory 731 and a right bag cutting accessory 732, a heating component is arranged on the right cutting accessory 732, the left cutting accessory 731 is driven to move by the first cylinder, and the inner membrane passes through the second After the three hoppers 723 fall between the left bag cutting accessory 731 and the right bag cutting accessory 732; the cutting knife 733 is arranged below the left cutting accessory 731 and is fixed on the output shaft of the second cylinder. The pushing mechanism 74 includes: a shaping member 741 and a pushing rod 742 ; The shaping part 741 includes: a shaping box 7411, shaping blocks 7412 installed on both sides of the shaping box 7411 and support clips 7413 installed under the shaping box 7411, wherein a shaping block 7412 is fixed on one side of the shaping box 7411, Another shaping block 7412 is moved by air cylinder.

The stirring mechanism 2 is installed below the feed hopper 11, and the stirring mechanism 2 includes: a stirring box 21 installed on the frame 1, a turning roller 22 installed on the stirring box 21, and a motor 23 that drives the turning roller 22 to rotate; The mixing box 1 is provided with a discharge port; the mixing mechanism 2 is installed on the frame 1 through a bracket, the mixing box 21 is directly below the feed hopper 11, and the mixing box 21 has two opposite inclined sides; the described The rotating roller 22 includes: a rotating shaft and a stirring leaf installed on the rotating shaft. The rotating roller 22 is installed between two inclined sides, and the two ends of the rotating shaft are pivotally connected to the bracket. The stirring box 21 is provided with the two ends corresponding to the rotating roller. Outlet 211.

Described vibrating mechanism 3 is provided with two, is arranged on the below of two outlets 211 of stirring box 21 respectively, and vibrating mechanism 3 comprises: the material tray 31 corresponding to the output opening of mixing box 21 and the drive that drives tray 31 to vibrate. In the structure 32 , the material tray 31 is installed below the outlet 211 of the mixing box 21 , and the material tray 31 has a material trough 311 . The discharge chute 311 is connected to the third hopper 723 through the feeding chute 5 , and the feeding chute 5 includes: the first hopper 51 and the second hopper 53 are connected to the third hopper 723 . The driving structure 32 is installed under the tray 31, and the driving structure is specifically a vibration motor.

Described outer packaging mechanism 4, there is a feeding chute 5 connected between the vibrating mechanism 3 and the outer packaging mechanism, the outer packaging mechanism 4 includes: a bag feeding mechanism for conveying packaging bags and a bag opening mechanism for opening packaging bags. The bag mechanism includes: a bag-putting groove 41, a rotary pushing mechanism installed below the bag-putting groove 42, and the rotating pushing mechanism includes: a horizontal cylinder 42 and a rotating cylinder 43 pivotally connected to the horizontal cylinder 42, and the horizontal cylinder 42 is fixed on the mounting frame 44 On the mounting frame, a rotating gear 45 is pivotally connected, and the rotating cylinder 43 is connected with the gear 45 and driven to rotate by the rotating gear 45. A gear track 421 is installed on the horizontal cylinder 42, and the gear 45 is engaged with the gear track 421. The bag opening mechanism is installed on the side of the bag feeding mechanism. The bag opening mechanism includes: a bag opening clamp 46 and a bag opening cylinder group 47 that drives the bag opening clamp 46 to work. The bag opening clamp 46 and the bag opening cylinder group 47 are installed on a On the stand, the bag opening mechanism also includes a nozzle plate 48 . The rotary push mechanism pushes the packaging bag into the bag opening mechanism, and the drive shaft of the rotary cylinder 43 is provided with a nozzle fixing block 431, which matches with the nozzle plate, and the nozzle fixing block and the nozzle plate are arranged There is a suction nozzle, which is connected with the trachea.

The small warehouse mechanism 6 includes: a dynamic warehouse plate 61 and a fixed warehouse plate 62, a sealing ring and a pressure bag assembly are arranged on the inner side of the dynamic warehouse plate 61, and a small warehouse heating plate is arranged on the fixed warehouse plate 61. Components, Xiaocang heating parts and pressure bag components cooperate with pressure bags.

The using method of the present utility model is as follows:

First, various parameters of the equipment are designed according to the needs of use, such as the rotation speed of the rotating roller 22, the operating speed of the vibration motor, and the speed of packaging products per minute. A series of parameters are set.

After the parameter setting is completed, turn on the power, and the boring enters the mixing box 21 from the feeding hopper 11, and the rotating roller 22 rotates to stir the material, and the material is discharged from the outlet of the mixing box 21 into the material tray 21, and passes through the vibrating motor. After vibrating and screening, pass through the first hopper 51, the guide trough 52 and the second hopper 53 from the chute 211 and enter into the packaging bag in sequence.

The inner film passes through the inner film rolling roller 722 and then passes through the third hopper 723. The material passes through the third hopper and is packed in the inner film. The inner film with the material moves down, and the first cylinder drives the left cutting bag fitting 731 to the right. The cutting accessory 732 moves, and the heating element heats the inner film to heat and seal. After the sealing is completed, the second cylinder drives the cutting knife 733 to cut the packaging film. Move under the driving of the semi-finished product to carry out shaping, after shaping, push rod 742 pushes the semi-finished product in the outer packaging mechanism.

While the material is packed in the inner film, the packaging bag is sucked by the suction nozzle fixing block 431 on the rotary cylinder 43 from below the bag slot 41, and then the horizontal cylinder 42 is started. When the horizontal cylinder 42 is started, due to the gear track 421 and Rotating gear 45 meshes, because rotating gear 45 rotates, drives rotating cylinder 43 to rotate simultaneously, completes the reversing of packaging bag. Then rotary cylinder 43 starts, and packaging bag is pushed to suction nozzle plate 48, and the suction nozzle on the suction nozzle plate 48 and the suction nozzle fixed block 431 draws air and sucks packaging bag simultaneously, and rotary cylinder 43 resets, and packaging bag is opened. Simultaneously, the bag-opening clip 46 is driven downward by the bag-opening cylinder group 47, and the packaging bag is fully opened, while the push rod 742 pushes the semi-finished product into the outer bag.

Finally, the packaging bag containing the material is sent into the small warehouse structure 6 for vacuum sealing, and falls in the container after the sealing is completed.

Of course, the above descriptions are only specific embodiments of the utility model, and are not intended to limit the implementation scope of the utility model. Should be included in the utility model patent scope.

Claims (10)

1. a device of full automatic packaging, is characterized in that: comprising: a frame (1), be installed on rabbling mechanism (2), percussion mechanism (3), inner membrance external packing mechanism (7), external packing mechanism (4) and little storehouse hermetically-sealed construction (6) in frame (1); In described frame (1), be provided with the control panel (13) for controlling whole equipment; Described inner membrance packaging structure (7) comprising: for packing cylinder (71), inner membrance supporting mechanism (72), inner membrance thermal cutting mechanism (73) and the pusher (74) of inner membrance; Described inner membrance thermal cutting mechanism (73) is installed on inner membrance supporting construction (72) below, inner membrance thermal cutting mechanism (73) has left cut bag accessory (731), right cut bag accessory (732) and cutter (733), left cut bag accessory (731) and right cut bag accessory (732) pressing are carried out hot-press sealed to inner membrance, and described pusher (74) pushes half-blank in external packing mechanism (4).

2. a kind of device of full automatic packaging according to claim 1, is characterized in that: described frame (1) is provided with district and inferior segment, between upper district and inferior segment, by a large panel (12), separates; Described rabbling mechanism (2), percussion mechanism (3), inner membrance external packing mechanism (7) and external packing mechanism (4) are installed on district, and described little Cang mechanism (6) is installed on inferior segment; In described frame (1), be provided with feeder hopper (11).

3. a kind of device of full automatic packaging according to claim 1, it is characterized in that: described inner membrance supporting construction (72) comprising: a support (721), interior film coiling roller (722) is installed on this support (721), in interior film coiling roller (722) below, the 3rd hopper (723) is installed, inner membrance is walked around two interior film coiling rollers (722) and is entered in inner membrance thermal cutting mechanism (73) through the 3rd hopper (723).

4. a kind of device of full automatic packaging according to claim 1, it is characterized in that: described inner membrance thermal cutting mechanism (73) comprising: left cut bag accessory (731) and right cut bag accessory (732), in right cut, cut on accessory (732) and be provided with heat generating component, left cut is cut accessory (731) and is moved by the first air cylinder driven, and inner membrance falls between left cut bag accessory (731) and right cut bag accessory (732) through after the 3rd hopper (723); Described cutter (733) are arranged at left cut and cut accessory (731) below and be fixed on the output shaft of the second cylinder.

5. a kind of device of full automatic packaging according to claim 1, is characterized in that: described pusher (74) comprising: shaping piece (741) and catch bar (742); Described catch bar (742) is by air cylinder driven, and catch bar (742) promotes half-blank and enters in external packing mechanism (4).

6. a kind of device of full automatic packaging according to claim 5, it is characterized in that: described shaping piece (741) comprising: a shaping case (7411), the propclip (7413) that is installed on the dressing stick (7412) of shaping case (7411) both sides and is installed on shaping case (7411) below, wherein, one dressing stick (7412) is fixed on shaping case (7411) one sides, and another dressing stick (7412) moves by cylinder.

7. a kind of device of full automatic packaging according to claim 1, it is characterized in that: described rabbling mechanism (2) comprising: be installed on the agitator tank (21) in frame (1), the motor (23) that is installed on the live-rollers (22) on agitator tank (21) and drives live-rollers (22) to rotate, agitator tank offers discharging opening on (1).

8. a kind of device of full automatic packaging according to claim 1, is characterized in that: described percussion mechanism (3) comprising: corresponding to the charging tray (31) of agitator tank (21) discharging opening and the driving that drives charging tray (31) to shake; On described charging tray (31), be provided with discharging trough (311), discharging trough (311) is connected with the 3rd hopper (723) by chute feeder (5), and this chute feeder (5) comprising: the first hopper (51) is connected with the 3rd hopper (723) with the second hopper (53).

9. a kind of device of full automatic packaging according to claim 1, is characterized in that: described external packing mechanism (4) comprising: for delivery of packaging bag, send bag mechanism and the bag openning body for opening the package; The described bag mechanism that send comprises: put a bag groove (41), be installed on the rotation pushing mechanism of putting a bag groove (41) below, bag openning body comprises: that opens that sackholder (46) and driving leave that sackholder (46) works opens a bag cylinder line (47); Rotation pushing mechanism pushes packaging bag in bag openning body.

10. a kind of device of full automatic packaging according to claim 1, it is characterized in that: described little Cang mechanism (6), Gai little storehouse mechanism (6) comprising: move storehouse plate (61) and determine storehouse plate (62), the inner side of moving storehouse plate (61) is provided with seal ring and presses bag assembly, determine to be provided with little storehouse heat generating member on storehouse plate (61), little storehouse heat generating member coordinates pressure bag with pressing bag assembly.