CN215323346U

CN215323346U - Continuous granular pesticide subpackaging equipment

Info

Publication number: CN215323346U
Application number: CN202120665106.9U
Authority: CN
Inventors: 肖忠; 程勇; 廖辰
Original assignee: Anhui Riran Pesticide Fertilizer Biotech Co ltd
Current assignee: Anhui Riran Pesticide Fertilizer Biotech Co ltd
Priority date: 2021-03-31
Filing date: 2021-03-31
Publication date: 2021-12-28
Anticipated expiration: 2031-03-31

Abstract

The utility model belongs to the machining field relates to a continuous grain dress pesticide partial shipment equipment, including wrapping bag conveying frame and throw the material device, be equipped with wrapping bag feeding mechanism, wrapping bag folding mechanism, vertical hot pressing mechanism, wrapping bag cutting mechanism and wrapping bag in proper order in the wrapping bag conveying frame and seal the mechanism, wrapping bag feeding mechanism includes a plurality of horizontal transfer rollers that bear the wrapping bag, vertically be equipped with the vertical spacing slit that supplies the wrapping bag to pass in the wrapping bag folding mechanism, throw the material device and locate wrapping bag cutting mechanism and wrapping bag seal the wrapping bag transfer path top between the mechanism. Through the conveyer belt conveying, cut the continuous type operation to the packing, unite the usefulness with grain dress pesticide production facility, promoted the degree of automation of grain dress pesticide partial shipment greatly.

Description

Continuous granular pesticide subpackaging equipment

Technical Field

The utility model belongs to the field of machining, relates to pesticide production equipment, and particularly relates to continuous granular pesticide subpackaging equipment.

Background

The water dispersible granule is a new pesticide formulation developed in the last 80 th century, and is rapidly developed due to the advantages of good safety, no organic solvent, no dust, convenience in packaging, transportation and use and the like. Along with the improvement of the mechanical automation degree, the granular pesticide can be produced by complete equipment from material mixing to granulation forming.

For example, the chinese patent application with the patent application number of 201611244046.3 discloses a compound workshop with pesticide water dispersible granules processing and packaging three-dimensionally distributed, wherein the processing and packaging equipment of pesticide water dispersible granules are three-dimensionally distributed in two layers, so that the flow floor area of the processing and packaging equipment can be greatly reduced, the automatic conveying of solid materials from top to bottom is fully utilized, the energy consumption of external force conveying of the solid materials in the manufacturing process of the pesticide water dispersible granules is reduced, and the solid pesticide processing and packaging equipment are three-dimensionally distributed in series.

The technical scheme realizes the complete production of the solid pesticide from the raw material to the output of the small package finished product, but does not provide an effective continuous subpackaging device to be matched with the equipment.

Disclosure of Invention

The application aims to solve the problems and provide a continuous granular pesticide subpackaging device;

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

the application creatively provides a continuous grain dress pesticide partial shipment equipment, including wrapping bag conveying frame and throw the material device, be equipped with wrapping bag feeding mechanism, wrapping bag folding mechanism, vertical hot pressing mechanism, wrapping bag cutting mechanism and wrapping bag sealing mechanism in the wrapping bag conveying frame in proper order, wrapping bag feeding mechanism includes a plurality of horizontal transfer rollers that bear the wrapping bag, vertically be equipped with the vertical spacing slit that supplies the wrapping bag to pass in the wrapping bag folding mechanism, throw the material device and locate wrapping bag transfer path top between mechanism and the wrapping bag sealing mechanism is cut to the wrapping bag.

In foretell serialization grain dress pesticide partial shipment equipment, wrapping bag folding mechanism includes two sets of vertical folding rollers that set up along wrapping bag direction of transfer, has between every vertical folding roller of group vertical spacing slit, leans on the lower position between these two sets of vertical folding rollers and transversely is equipped with horizontal stopper, and horizontal stopper up end has the horizontal spacing slit that supplies the wrapping bag to pass.

In foretell serialization grain dress pesticide partial shipment equipment, still include along wrapping bag transfer path arrange in the wrapping bag and cut the more than two fixture of mechanism downstream side of mechanism, set up in wrapping bag and cut the mechanism downstream direction and follow the removal frame that wrapping bag transfer path set up and along a plurality of wrapping bag clamps of wrapping bag transfer path arrange on transport mechanism and get the mechanism, remove the frame and connect horizontal sharp driver and open and shut the driver.

In foretell serialization grain dress pesticide partial shipment equipment, fixture is including locating the holder of wrapping bag transfer path both sides respectively, and wherein the holder of at least one side is the activity holder, and the one end of this activity holder is connected in the pivot, and the other end has the grip block.

In foretell serialization grain dress pesticide partial shipment equipment, wrapping bag feeding mechanism still includes discharge roller and pay-off adjusting device, pay-off adjusting device sets up between discharge roller and transfer roller.

In foretell serialization grain dress pesticide partial shipment equipment, pay-off adjusting device includes parallel arrangement's first fixed roll, the fixed roll of second and moving part, first fixed roll and the fixed roll of second transversely set up side by side in the frame and the position is higher than the discharge roller, the moving part is located first fixed roll and the fixed roll of second below and has first portion of detouring and the second portion of detouring, first portion of detouring is connected between first fixed roll and discharge roller through the area material, the second portion of detouring is connected between first fixed roll and the fixed roll of second through the area material.

In foretell serialization grain dress pesticide partial shipment equipment, first portion of detouring and second portion of detouring of moving part are two thin rollers that are parallel to each other, and first portion of detouring and second portion of detouring pass through the mounting fixed connection at both ends, and have the clearance of detouring between first portion of detouring and the second portion of detouring.

In foretell serialization grain dress pesticide partial shipment equipment, wrapping bag cutting mechanism is including locating wrapping bag transfer path both sides first cutout piece and second cutout piece respectively, vertically is equipped with the branch cutter on the first cutout piece, is equipped with on the second cutout piece with branch cutter complex sword groove, first cutout piece is connected and is divided the cutter driver.

In the continuous granular pesticide subpackaging equipment, a bag opening mechanism is also arranged below the feeding device.

In foretell serialization grain dress pesticide partial shipment equipment, bag-opening mechanism snatchs the claw and drives two negative pressures respectively and snatch the claw and do the bag driver of opening that is close to each other or keeps away from each other including locating two negative pressures of wrapping bag transfer path both sides respectively.

Compared with the prior art, the utility model has the advantages that:

through the conveyer belt conveying, cut the continuous type operation to the packing, unite the usefulness with grain dress pesticide production facility, promoted the degree of automation of grain dress pesticide partial shipment greatly.

The longitudinal folding roller not only provides the longitudinal spacing effect to fold the packaging bag, but also provides the power for conveying the belt materials of the packaging bag. The transverse limiting blocks can help the bottom end of the packaging bag to be fixed and folded.

The discharging roller discharges materials and the materials entering the packaging bag feeding mechanism run respectively, and the feeding speed and the feeding quantity can be guaranteed to be stable through the feeding adjusting device.

The equipment also transfers the cut packaging bags through the clamping mechanism matched with the movable frame and the packaging bag clamping mechanism, so that the conversion from the belt material of the packaging bags to the bag dividing transmission is realized.

Drawings

Fig. 1 is a schematic structural view of the present invention.

Fig. 2 is a side view schematically showing the folding mechanism of the packing bag of the present invention.

Fig. 3 is a partially enlarged view of fig. 1.

Fig. 4 is a schematic view showing a structure of a slitting mechanism of a packing bag in the present invention.

Fig. 5 is a schematic structural view of the bag opening mechanism of the present invention.

In the figure, the packaging bag conveying frame 1, the feeding device 2, the packaging bag feeding mechanism 3, the conveying roller 30, the discharging roller 31, the feeding adjusting device 32, the first fixing roller 321, the second fixing roller 322, the movable member 323, the first winding portion 3231, the second winding portion 3232, the fixing member 3233, the winding gap 3234, the packaging bag folding mechanism 4, the longitudinal limiting slit 40, the folding roller 41, the transverse limiting block 42, the transverse limiting slit 43, the longitudinal hot pressing mechanism 5, the packaging bag splitting mechanism 6, the first cutting block 61, the cutting knife 611, the second cutting block 62, the knife groove 621, the cutting knife driver 63, the packaging bag sealing mechanism 7, the moving frame 8, the packaging bag clamping mechanism 80, the transverse linear driver 81, the opening and closing driver 82, the clamping mechanism 9, the clamping member 91, the rotating shaft 911, the clamping plate 912, the bag opening mechanism 10, the negative pressure clamping claw 101, and the bag opening driver 102 are illustrated.

Detailed Description

Further illustrated by the following specific examples;

as shown in fig. 1 and fig. 2, a continuous granular pesticide subpackaging device comprises a packaging bag conveying rack 1 and a feeding device 2. The packaging bag conveying rack 1 is sequentially provided with a packaging bag feeding mechanism 3, a packaging bag folding mechanism 4, a longitudinal hot pressing mechanism 5, a packaging bag splitting mechanism 6 and a packaging bag sealing mechanism 7. The feeding device 2 is arranged above a packaging bag conveying path between the packaging bag splitting mechanism 6 and the packaging bag sealing mechanism 7. Through the conveyer belt conveying, cut the continuous type operation to the packing, unite the usefulness with grain dress pesticide production facility, promoted the degree of automation of grain dress pesticide partial shipment greatly. Wherein, the packing bag feeding mechanism 3 comprises a plurality of conveying rollers 30 for transversely bearing the packing bags. The packaging bag folding mechanism 4 is longitudinally provided with a longitudinal limiting slit 40 for the packaging bag to pass through. The packaging bag feeding mechanism transversely bears the packaging bag belt materials and then the packaging bag is folded through the longitudinal limiting slit, and the working efficiency is improved.

As shown in fig. 1 and 3, the feeding mechanism 3 for packaging bags further includes a discharging roller 31 and a feeding adjustment device 32, and the feeding adjustment device 32 is disposed between the discharging roller 31 and the conveying roller 30.

Specifically, the feeding adjustment device 32 includes a first fixed roller 321, a second fixed roller 322, and a movable element 323, which are arranged in parallel, the first fixed roller 321 and the second fixed roller 322 are arranged on the frame 1 in parallel and located higher than the discharging roller 31, and the movable element 323 is located below the first fixed roller 321 and the second fixed roller 322 and has a first detour portion 3231 and a second detour portion 3232. The first and second detouring

portions

3231 and 3232 of the movable member 323 are two thin rollers parallel to each other, the first and second detouring

portions

3231 and 3232 are fixedly connected by fixing members 3233 at both ends, and a detouring gap 3234 is provided between the first and second detouring

portions

3231 and 3232. The first detour portion 3231 is connected between the first fixing roller 321 and the discharge roller 31 by a tape, and the second detour portion 3232 is connected between the first fixing roller 321 and the second fixing roller 322 by a tape. Wherein the first fixed roller 321 and the second fixed roller 322 are both driving rollers, and are connected with a rotation driving motor. The discharging roller 31 discharges materials and the belts entering the packaging bag feeding mechanism 3 run respectively, and the stability of the feeding speed and the feeding amount can be ensured through the feeding adjusting device 32.

The conveying rollers 30 of the package bag feeding mechanism 3 include a first conveying roller 301 arranged in parallel with the first fixing roller 321 and the second fixing roller 322 in the lateral direction, and a second conveying roller 302 arranged in parallel with the first conveying roller 301 in the longitudinal direction, and the package bag folding mechanism 4 is located on the downstream side of the second conveying roller 302.

As shown in fig. 2, the package folding mechanism 4 includes two sets of longitudinal folding rollers 41 disposed along the package conveying direction, the longitudinal limiting slit 40 is disposed between each set of longitudinal folding rollers 41, a transverse limiting block 42 is disposed transversely between the two sets of longitudinal folding rollers 41 at a lower position, and an upper end surface of the transverse limiting block 42 is provided with a transverse limiting slit 43 for the package to pass through. The longitudinal folding roller 41 not only provides the effect of longitudinal spacing to fold the packaging bag, but also provides power for conveying the belt materials of the packaging bag. The lateral stops 42 can assist in securing and centering the bottom end of the bag.

As shown in fig. 1, vertical hot pressing mechanism 5 is including locating the vertical hot pressboard of wrapping bag transfer path both sides, vertical hot pressboard connects heating device, and simultaneously, hot pressing driver is connected to two vertical hot pressboards, hot pressing driver connects on wrapping bag conveying frame 1, drive two vertical hot pressboards through hot pressing driver and do the action of being close to each other and pressing from both sides tight wrapping bag or keeping away from each other and loosening the wrapping bag, heating device makes vertical hot pressboard generate heat, vertical hot pressboard presss from both sides tight wrapping bag in order to realize the side direction bonding of double-deck wrapping bag, vertical hot pressboard loosens wrapping bag after the wrapping bag can continue the conveying.

As shown in fig. 4, the packaging bag slitting mechanism 6 includes a first slitting block 61 and a second slitting block 62 respectively disposed at two sides of the packaging bag conveying path, a slitting knife 611 is longitudinally disposed on the first slitting block 61, a knife slot 621 matched with the slitting knife 611 is disposed on the second slitting block 62, the first slitting block 61 can reciprocate close to or away from the second slitting block 62, and the frequency of the reciprocating motion corresponds to the operating frequency of the packaging bag feeding mechanism, so as to cut the tape at the lateral bonding position of the packaging bag.

The equipment also transfers the cut packaging bags through the clamping mechanism 9 matched with the movable frame 8 and the packaging bag clamping mechanism 80. Five gripping mechanisms 9 are provided along the bag conveying path and arranged on the downstream side of the bag slitting mechanism 6. Five clamping mechanisms 9 respectively correspond to a slitting station, a first feeding station, a second feeding station, a sealing station and a discharging station.

The clamping mechanism 9 comprises clamping pieces 91 respectively arranged on two sides of the conveying path of the packaging bag, the clamping pieces 91 on the two sides are movable clamping pieces, one end of each clamping piece 91 is connected to the rotating shaft 911, and the other end of each clamping piece 91 is provided with a clamping plate 912. The clamping pieces 91 positioned on two sides of the conveying path of the packaging bag are respectively connected to the two rotating shafts 911, the rotating shafts 911 are connected to the rotating motor, the two rotating shafts 911 are driven by the rotating motor to rotate in opposite directions, and the rotating motor rotates in a reciprocating manner to drive the clamping pieces 91 to rotate so as to clamp or loosen the packaging bag by the clamping plates 912 on the two sides.

Remove frame 8 and be located 6 downstream directions of wrapping bag cutting mechanism and set up along wrapping bag transfer path, remove frame 8 including setting up two bar framves in the wrapping bag both sides, the bar frame is close to wrapping bag one side and gets mechanism 80 along four wrapping bag transfer path arrangements's four wrapping bag clamps, corresponds four stations respectively. The removal frame 8 is connected can drive the horizontal linear actuator 81 that removes frame 8 along wrapping bag direction of transfer lateral reciprocating motion and can drive two BAR framves that remove frame 8 open and shut driver 82 of reciprocating motion along perpendicular wrapping bag direction of transfer level, and horizontal linear actuator 81 can carry out the distance of a lateral reciprocating motion station, and the driver 82 that opens and shuts can drive the BAR frame and press from both sides tightly or loosen. The packaging bags corresponding to the slitting station, the first feeding station, the second feeding station and the sealing station can be respectively moved to the first feeding station, the second feeding station, the sealing station and the discharging station.

As shown in fig. 1 and 5, the feeding device 2 includes two feeding hoppers, which are respectively located above the bag conveying path in the first feeding station and the second feeding station. A bag opening mechanism 10 is arranged below the feeding device 2. The bag opening mechanism 10 includes two negative pressure gripping claws 101 respectively provided on both sides of the conveying path of the packaging bag and a bag opening driver 102 for driving the two negative pressure gripping claws 101 to approach or separate from each other, respectively. The negative pressure snatchs claw 101 and has the induction port near wrapping bag one end, and the induction port is breathed in through the aspiration pump to snatch two-layer wrapping bag from both sides, form the sack of opening, conveniently throw the material.

The wrapping bag seals mechanism 7 including locating the horizontal hot pressboard of wrapping bag transfer path both sides, heating device is connected to horizontal hot pressboard, simultaneously, hot pressing driver is connected to two horizontal hot pressboards, hot pressing driver connects in wrapping bag transfer frame 1, drive two horizontal hot pressboards through hot pressing driver and do the action of being close to each other and pressing from both sides tight wrapping bag or keeping away from each other and loosening the wrapping bag, heating device makes horizontal hot pressboard generate heat, horizontal hot pressboard presss from both sides tight wrapping bag top horizontal hot pressing between two side direction bonding positions of wrapping bag, realize the horizontal bonding of double-deck wrapping bag, reach the purpose of sealing. The transverse hot press plate loosens the packages to allow the packages to continue to be transferred.

It should be understood by those skilled in the art that the above-mentioned driving mechanisms such as the hot pressing driver, the slitting knife driver 63, the transverse linear driver 81, the opening and closing driver 82, and the bag opening driver 102 may be implemented by using an air cylinder or other prior art, and will not be described herein.

The longitudinal direction in this embodiment is the height direction of the packaging bag conveyor 1, and the transverse direction is the length direction of the packaging bag conveyor 1.

The working principle of the utility model is as follows:

as shown in fig. 1 to 5, the strip is sequentially discharged from the discharge roller 31 and sequentially wound around the first winding portion 3231, the first fixed roller 321, the second winding portion 3232 and the second fixed roller 322, the first fixed roller 321 intermittently drives the strip to be drawn out from the discharge roller 31, the second fixed roller 322 intermittently rotates in cooperation with the conveying roller 30 to pull the strip on the movable member 323 to the packaging bag feeding mechanism 3, and when the strip is reduced to a set value when the movable member 323 moves upward and upward, the first fixed roller 321 supplements the discharge again, so as to achieve the purpose of stable feeding.

The web is folded into a double structure by the longitudinal restriction slit 40 and the lateral restriction slit 43 of the packing bag folding mechanism 4. The belts with double-layer structures are intermittently and longitudinally hot-pressed and attached by the longitudinal hot-pressing mechanism 5 in sequence to form the side seal of the packaging bag. And then longitudinally cutting the cut-off bags into a bag-dividing structure through a packaging bag cutting mechanism 6, clamping the bags through a clamping mechanism 9, sequentially moving the bag-dividing mechanism through a moving frame 8 and a packaging bag clamping mechanism 80, opening the bag mouth through a bag-opening mechanism 10 in a first feeding station and a second feeding station, feeding the bags into the bag mouth through a feeding device 2, and finally sealing the bag mouth through a packaging bag sealing mechanism 7 to finish the packaging of the granular materials.

The specific embodiments described herein are merely illustrative of the spirit of the utility model. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the utility model as defined in the appended claims.

Although terms such as the bag conveying frame 1, the feeding device 2, the bag feeding mechanism 3, the conveying roller 30, the discharging roller 31, the feed adjusting device 32, the first fixing roller 321, the second fixing roller 322, the movable member 323, the first detour portion 3231, the second detour portion 3232, the fixing member 3233, the detour gap 3234, the bag folding mechanism 4, the longitudinal limit slit 40, the folding roller 41, the transverse limit block 42, the transverse limit slit 43, the longitudinal heat pressing mechanism 5, the bag slitting mechanism 6, the first dividing block 61, the dividing knife 611, the second dividing block 62, the knife slot 621, the dividing knife driver 63, the bag sealing mechanism 7, the moving frame 8, the bag gripping mechanism 80, the transverse linear driver 81, the opening and closing driver 82, the gripping mechanism 9, the gripping member 91, the rotating shaft 911, the gripping plate 912, the bag opening mechanism 10, the negative pressure claw gripping 101, the bag opening driver 102, and the like are used more often herein, but does not exclude the possibility of using other terms. These terms are used merely to more conveniently describe and explain the nature of the present invention and they are to be interpreted as any additional limitation which is not in accordance with the spirit of the present invention.

Claims

1. The utility model provides a serialization grain dress pesticide partial shipment equipment, includes wrapping bag conveying frame (1) and throws material device (2), its characterized in that: be equipped with wrapping bag feeding mechanism (3), wrapping bag folding mechanism (4), vertical hot pressing mechanism (5), wrapping bag cutting mechanism (6) and wrapping bag on wrapping bag conveying frame (1) in proper order and seal mechanism (7), wrapping bag feeding mechanism (3) include a plurality of conveying roller (30) that transversely bear the wrapping bag, vertically be equipped with vertical spacing slit (40) that supply the wrapping bag to pass in wrapping bag folding mechanism (4), throw material device (2) and locate wrapping bag transfer path top between wrapping bag cutting mechanism (6) and wrapping bag sealing mechanism (7).

2. The continuous granular pesticide subpackaging equipment as claimed in claim 1, wherein: the packaging bag folding mechanism (4) comprises two groups of longitudinal folding rollers (41) arranged along the conveying direction of the packaging bags, wherein a transverse limiting slit (42) is transversely arranged at the lower position between each group of longitudinal folding rollers (41) and is provided with a transverse limiting block (43) for the packaging bags to pass through, and the longitudinal limiting slit (40) is arranged between each two groups of longitudinal folding rollers (41).

3. The continuous granular pesticide subpackaging equipment as claimed in claim 1, wherein: still include along wrapping bag transfer path arrange in the more than two fixture (9) of wrapping bag cutting mechanism (6) downstream side, set up in the removal frame (8) that wrapping bag cutting mechanism (6) downstream direction and set up along wrapping bag transfer path and press from both sides mechanism (80) along a plurality of wrapping bags of wrapping bag transfer path arrange on transport mechanism (8), remove frame (8) and connect horizontal sharp driver (81) and open and shut driver (82).

4. The continuous granular pesticide subpackaging equipment as claimed in claim 3, wherein: fixture (9) are including locating holder (91) of wrapping bag transfer path both sides respectively, and wherein holder (91) of at least one side are movable holder, and the one end of this activity holder is connected on pivot (911), and the other end has grip block (912).

5. The continuous granular pesticide subpackaging equipment as claimed in claim 1, wherein: wrapping bag feeding mechanism (3) still include discharge roller (31) and pay-off adjusting device (32), pay-off adjusting device (32) set up between discharge roller (31) and transfer roller (30).

6. The continuous granular pesticide subpackaging equipment as claimed in claim 5, wherein: pay-off adjusting device (32) are including parallel arrangement's first fixed roll (321), second fixed roll (322) and moving part (323), first fixed roll (321) and second fixed roll (322) transversely set up side by side on frame (1) and the position is higher than discharge roller (31), moving part (323) are located first fixed roll (321) and second fixed roll (322) below and have first portion of detouring (3231) and second portion of detouring (3232), first portion of detouring (3231) is connected between first fixed roll (321) and discharge roller (31) through the area material, second portion of detouring (3232) is connected between first fixed roll (321) and second fixed roll (322) through the area material.

7. The continuous granular pesticide subpackaging equipment as claimed in claim 6, wherein: the first winding portion (3231) and the second winding portion (3232) of the movable piece (323) are two thin rollers which are parallel to each other, the first winding portion (3231) and the second winding portion (3232) are fixedly connected through fixing pieces (3233) at two ends, and a winding gap (3234) is formed between the first winding portion (3231) and the second winding portion (3232).

8. The continuous granular pesticide subpackaging equipment as claimed in claim 1, wherein: wrapping bag cuts mechanism (6) are including locating first cutout piece (61) and second cutout piece (62) of wrapping bag transfer path both sides respectively, vertically are equipped with on first cutout piece (61) and divide cutter (611), are equipped with on second cutout piece (62) and divide cutter (611) complex sword groove (621), divide cutter driver (63) to first cutout piece (61) connection.

9. The continuous granular pesticide subpackaging equipment as claimed in claim 1, wherein: a bag opening mechanism (10) is arranged below the feeding device (2).

10. The continuous granular pesticide subpackaging equipment as claimed in claim 9, wherein: the bag opening mechanism (10) comprises two negative pressure grabbing claws (101) respectively arranged at two sides of a conveying path of the packaging bag and a bag opening driver (102) respectively driving the two negative pressure grabbing claws (101) to move close to or away from each other.