CN210503410U

CN210503410U - Bagging device for warm baby

Info

Publication number: CN210503410U
Application number: CN201921042342.4U
Authority: CN
Inventors: 黄燮焰
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-07-05
Filing date: 2019-07-05
Publication date: 2020-05-12
Anticipated expiration: 2029-07-05

Abstract

The utility model discloses a warm baby bagging apparatus, which comprises a frame, be provided with a receiving mechanism that receives and be detained the warm baby and use in the frame, receiving mechanism's side is provided with a storage bag mechanism that a pile of sign indicating number wrapping bag was used, the below of storing up bag mechanism is provided with one and gets the wrapping bag and with the opening bag mechanism that its sack struts, receiving mechanism's below is provided with a heating baby and sends it into the charging mechanism in the wrapping bag, the below of opening bag mechanism is provided with a receiving mechanism who receives the warm baby of bagging-off, receiving mechanism's below is provided with an output and has bagged the discharge mechanism of warm baby. The utility model has the advantages of high automation degree, high efficiency of continuous bagging and low error rate of empty package.

Description

Bagging device for warm baby

Technical Field

The utility model relates to a warm baby packing technical field, the more specifically warm baby bagging apparatus that says so.

Background

The reaction principle of the warmer is that the oxidation reaction speed is accelerated by using a primary battery, and chemical energy is converted into heat energy.

The initial warm paste products in China are mostly imported from Japan by merchants, and with the increase of the domestic market demand, more and more manufacturers aim at the market for producing the warm pastes, however, at present, most of production equipment, processing equipment and packaging equipment of the warm pastes need to be imported from Japan, so that many manufacturers are forbidden.

The applicant submits a utility model patent application with application number 201910054294.9 of a continuous bagging and packaging feeding device for magnetic powder of a warm baby in the beginning of the year, which is published by the national Bureau of China at present, wherein the magnetic powder is mainly packaged into a bag of warm baby by continuous bagging, and the application breaks through in the packaging technology after the warm baby.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome the defect above the prior art, provide a degree of automation height, continuity bagging-off is efficient, the warm baby that empty package error rate is low overlaps bagging apparatus.

In order to achieve the above purpose, the utility model discloses a realize through following technical scheme: the utility model provides a warm baby bagging apparatus, includes a frame, its characterized in that, be provided with a receiving agencies who receives and detain the warm baby and use in the frame, receiving agencies's side is provided with a storage bag mechanism that a pile of sign indicating number wrapping bag was used, the below of storing up bag mechanism is provided with one and gets the wrapping bag and with the opening bag mechanism that its sack struts, receiving agencies's below is provided with a heating baby and sends it into the charging mechanism in the wrapping bag.

The utility model discloses get the wrapping bag and strut the sack with the wrapping bag, go into the sack with heating baby and the warm baby of propelling movement, both go on in step, mutual noninterference, the cooperation links up, and whole degree of automation is high, continuity bagging-off is efficient, empty package error rate is low.

Preferably, the receiving mechanism comprises a receiving frame, a plurality of receiving grooves with upper and lower through holes are arranged on the receiving frame at equal intervals, and a circle of inner flanging which horizontally extends into the through holes and is used for supporting materials is arranged at the lower through holes of the receiving grooves.

Receive the upper and lower opening of silo, one comes from the top down order and folds to the warm baby, makes its pile orderly, carries out the screens through the inside flanging again, inhales down through below vacuum suction nozzle piece by piece, and piece packing one by one.

Preferably, the charging mechanism comprises a material supporting plate, the material supporting plate is arranged below the material receiving frame and is provided with a movable gap at intervals, a group of material sucking air holes are formed in the material supporting plate corresponding to each material receiving groove of the material receiving frame, a pushing plate is arranged beside each material sucking air hole, each pushing plate moves back and forth in the movable gap under the corresponding material receiving groove, the rear ends of the pushing plates are connected to a pushing rod together, a pushing cylinder is connected to the middle of the rear end of each pushing rod, a pushing sliding block is connected to the lower portion of each of the two ends of each pushing rod, and each pushing sliding block is arranged on a pushing sliding rail.

Blanking and pushing materials, wherein the blanking and the pushing materials are arranged in a staggered manner from vertical to horizontal, so that the rhythm is good, and the packaging of the warm baby is regular and well-distributed. The lower end of the material suction air hole is connected with a vacuum suction nozzle and a vacuum pump, so that a large enough suction force is provided.

Preferably, the front end of each pushing plate is provided with a shoveling plate which forms a step with the pushing plate, and the bottom surface of each shoveling plate is attached to the material supporting plate to move back and forth.

Shovel flitch initial position just receives the silo again under, when warm baby falls, just falls on it, has had the existence of shovel flitch, can prevent effectively that warm baby from blocking the material phenomenon at the propelling movement in-process, is broken by the push pedal shovel, and this shovel flitch shovel material of getting names only uses the shovel material to send forward, and does not have the action of shovel, so safe and reliable does not have the wound to warm baby.

Preferably, the bag opening mechanism is arranged on the front side of each pushing plate and used for guiding the warm baby to be pushed into the packaging bag, the bag opening mechanism comprises a pair of scissor rods which can be freely opened and closed, each pair of scissor rods are respectively located on the horizontal front side of the corresponding pushing plate, an eccentric block which rotates synchronously with the scissor rods is connected to the lower portion of each scissor rod, one end of each eccentric block is connected to the rack in a shaft mode, the other end of each eccentric block is closed to the other eccentric block which is correspondingly matched with the eccentric block, a jacking block is inserted between each pair of eccentric blocks, the jacking blocks are connected to a jacking rod, a pair of jacking cylinders are connected to the rear side of the jacking rod, a pair of jacking sliding blocks are arranged below the jacking rod, and each jacking sliding block is arranged on a jacking sliding rail.

Every to cut the cutter arbor and be similar to the manipulator and dial out the wrapping bag sack, let in the warm baby more smoothly packs into the wrapping bag, prevent that the bag from falling inaccurate, the phenomenon of bagging failure takes place, simultaneously every also is to cutting the cutter arbor and carry out the effect of propelling movement direction to the warm baby, just for example every shape design of cutting the cutter arbor is also more special, and the design of cross section tiger's mouth form lets the warm baby pass along length direction at the bottom of the ditch, in the accurate leading-in wrapping bag.

Preferably, the bag storage mechanism comprises a bag supporting plate which is obliquely arranged, a baffle which is tilted upwards is arranged at the lower end of a slope of the bag supporting plate, a plurality of bag taking openings are arranged on the baffle at equal intervals, a pair of passageway plates which form a bag stacking channel is arranged on the inner side of each bag taking opening, and the distance between each pair of passageway plates is larger than the caliber of the corresponding bag taking opening.

The packaging bags are stacked in the bag stacking channel in a stacking mode, in order to prevent the packaging bags from falling out, the bag taking opening is designed to be smaller than the bag stacking channel, the packaging bags are soft, sucking is carried out by the sucking disc, the packaging bags are taken and placed without being influenced as the periphery shrinks, the plastic bags have the memory characteristic, and the plastic bags are returned to be unfolded in a delayed mode after the packaging bags are taken and placed without being influenced by packaging.

Preferably, all the channel passing plates are vertically installed on the bag supporting plate, each channel passing plate is provided with a sliding groove arranged along the length direction of the channel passing plate, the sliding grooves are on the same plane and are parallel to the plane where the bag supporting plate is located, a pressure rod penetrates through the sliding grooves, and two ends of the pressure rod and the baffle are connected with a pressure spring respectively.

In order to enable the sucker to accurately suck away a packaging bag, the sucker needs to be propped against the packaging bag when the sucker sucks the packaging bag, air leakage does not occur, the packaging bag needs to have certain recoil, the pressure rod just provides the recoil, and the packaging bag can be regulated.

As preferred, opening a bag mechanism includes a transfer board, be provided with a plurality of groups quantity on one of them side edge of transfer board and get a bag sucking disc of a mouthful quantity assorted, be connected with a pair of transmission cylinder on another side edge of transfer board, the transfer board is every the side of transmission cylinder all is provided with a transmission slider, every the transmission slider all sets up on a transmission slide rail, two the transmission slide rail is installed in a pivot, the pivot is connected with a positive and negative revolving cylinder through a belt drive mechanism, be provided with one under the pivot and pull a mouthful board, it is provided with three equidistant suction disc sack that pull that arrange of group on the edge directly over the board to pull a mouthful board, it is connected with a lift cylinder to pull under the board of a mouthful.

The wrapping bag is got later will be sent to push plate the place ahead, and the sack will be opened in advance, and the scissors pole just can insert and enlarge the opening like this, and when so the wrapping bag pile, the sack must be down to the wrapping bag will be able to rotate the transportation, carries out the conversion from getting two work positions of bag and opening the sack, just need upper and lower sucking disc induced drafts simultaneously to open the sack, just so can strut the sack with simple most ingenious structure completion these processes. The rear ends of the bag taking sucker and the bag opening pulling sucker are connected with a vacuumizing suction nozzle and a vacuumizing pump to provide enough suction.

Preferably, a material receiving mechanism for receiving the bagged warmer is arranged below the bag opening mechanism, and the material receiving mechanism is a sliding table which is obliquely arranged.

Preferably, a discharging mechanism for outputting the bagged warmer is arranged below the material receiving mechanism, and the discharging mechanism is a conveyor belt.

Has the advantages that: the utility model discloses get the wrapping bag and strut the sack with the wrapping bag, go into the sack with heating baby and the warm baby of propelling movement, both go on in step, mutual noninterference, the cooperation links up, and whole degree of automation is high, continuity bagging-off is efficient, empty package error rate is low.

Drawings

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

FIG. 2 is a side view of FIG. 1;

FIG. 3 is a schematic structural view of the material receiving mechanism of the present invention;

FIG. 4 is a schematic structural view of the bag storage mechanism of the present invention;

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

FIG. 6 is a side view of FIG. 5;

fig. 7 is a schematic structural diagram of the charging mechanism of the present invention;

fig. 8 is a schematic structural view of the bag opening mechanism of the present invention.

In the figure: 1-a rack, 2-a material receiving mechanism, 3-a bag storing mechanism, 4-a bag opening mechanism, 5-a material loading mechanism, 6-a material receiving mechanism, 7-a material discharging mechanism, 8-a material receiving frame, 9-a material receiving groove, 10-an inward flanging, 11-a bag supporting plate, 12-a baffle, 13-a bag taking opening, 14-a track passing plate, 15-a chute, 16-a pressure rod, 17-a pressure spring, 18-a transfer plate, 19-a bag taking sucker, 20-a transfer cylinder, 21-a transfer slide block, 22-a transfer slide rail, 23-a rotating shaft, 24-a belt transmission mechanism, 25-a positive and negative rotating cylinder, 26-a bag opening sucker, 27-a bag opening pulling plate, 28-a lifting cylinder, 29-a material supporting plate and 30-a material sucking air hole, 31-push plate, 32-shoveling plate, 33-push rod, 34-push cylinder, 35-push slide block, 36-push slide rail, 37-bag supporting mechanism, 38-scissor rod, 39-eccentric block, 40-top block, 41-top rod, 42-top punching cylinder, 43-top punching slide block and 44-top punching slide rail.

Detailed Description

In order to make the technical means, the creation features and the achievement objects of the present invention easy to understand, the present invention will be further explained with reference to the specific embodiments.

Example (b): as shown in fig. 1 and 2, a warm baby bagging apparatus, including a frame 1, be provided with a receiving mechanism 2 that receives and is detained the warm baby and use in frame 1, receiving mechanism 2's side is provided with a storage bag mechanism 3 that a pile of sign indicating number wrapping bags were used, storage bag mechanism 3's below is provided with one and gets the wrapping bag and with the opening mechanism 4 that its sack struts, receiving mechanism 2's below is provided with a heating baby and sends it into the charging mechanism 5 in the wrapping bag, opening mechanism 4's below is provided with a receiving mechanism 6 that receives the warm baby of bagging-off, receiving mechanism 5's below is provided with an output and has bagged the discharge mechanism 7 of warm baby.

As shown in fig. 3, the receiving mechanism 2 includes a receiving frame 8, three receiving troughs 9 with upper and lower through openings are arranged on the receiving frame 8 at equal intervals, and a circle of inward flanges 10 extending horizontally into the through openings for supporting the material is arranged at the lower through openings of the receiving troughs 9.

As shown in fig. 4, the bag storage mechanism 4 includes a bag supporting plate 11 arranged obliquely, the bag supporting plate 11 is mounted on the rack, a baffle 12 tilted upward is disposed at a lower end of a slope of the bag supporting plate 11, three bag taking openings 13 are arranged on the baffle 12 at equal intervals, a pair of aisle plates 14 forming a bag stacking channel is disposed on an inner side of each bag taking opening 13, an interval between each pair of aisle plates 14 is greater than an aperture of the corresponding bag taking opening 13, all the aisle plates 14 are vertically mounted on the bag supporting plate 11, each aisle plate 14 is provided with a chute 15 arranged along a length direction thereof, the chutes 15 are on a same plane and are parallel to a plane where the bag supporting plate 11 is located, a pressure rod 16 penetrates through the chutes 15, a pressure spring 17 is respectively connected between two ends of the pressure rod 16 and the baffle 12, a bag stacking channel is formed between each pair of aisle plates 14, a stack of wrapping bags is piled up in the sign indicating number bag passageway, then provides the tension by pressure bar 16 and leans on to get the sack correspondingly, because get the sack 13 and be less than sign indicating number bag passageway width also less than the width of wrapping bag, so the wrapping bag can not fall out from getting sack 13 easily, all wrapping bags are all piled up with the sack down in the sign indicating number bag passageway.

As shown in fig. 5 and 6, the bag opening mechanism 5 includes a transfer plate 18, three groups of bag taking suction cups 19 arranged at equal intervals are disposed on one side edge of the transfer plate 18, each group of bag taking suction cups 19 includes five suction cups, each group of bag taking suction cups 19 is matched with one group of bag taking openings 13, a pair of transfer cylinders 20 is connected to the other side edge of the transfer plate 18, a transfer slider 21 is disposed on each side of the transfer cylinder 20 of the transfer plate 18, each transfer slider 21 is disposed on a transfer slide rail 22, the two transfer slide rails 22 are mounted on a rotating shaft 23, the rotating shaft 23 is connected with a forward and backward rotation cylinder 25 through a belt transmission mechanism 24, a bag opening pulling plate 27 is disposed under the rotating shaft 23, three groups of bag opening suction cups 26 arranged at equal intervals are disposed on an edge above the bag opening plate 27, every group is dragged sack sucking disc 26 and is all included three sucking disc, and every group is dragged sack sucking disc 26 and is corresponded a set of sack sucking disc 19 of getting, it is provided with straight-up lift cylinder 28 to drag the middle of the edge under bag oral plate 27, will get in pivot 23 bag sucking disc 19 rotatory to hang down when the position, drag sack sucking disc 26 and get bag sucking disc 19 and correspond according to the group, and when pivot 23 will get the rotatory slant position of bag sucking disc 19, get bag sucking disc 19 and correspond one according to the group and get sack 13.

As shown in fig. 7, the charging mechanism 5 includes a material supporting plate 29, the material supporting plate 29 is disposed below the material receiving frame 8 and has a movable gap with the material supporting plate 29, that is, the material supporting plate 29 and the material receiving frame 8 are disposed in parallel, a group of material suction holes 30 is disposed on the material supporting plate 29 corresponding to the position under each material receiving slot 9 of the material receiving frame 8, each group of material suction holes is 4 and is located at the center of the projection of each material receiving slot, a pushing plate 31 is disposed beside each group of material suction holes 30, each pushing plate 31 reciprocates in the movable gap under the corresponding material receiving slot 9, the rear ends of the pushing plates 31 are connected to a pushing rod 33, a pushing cylinder 34 is connected to the middle of the rear end of the pushing rod 33, two pushing sliders 35 are connected to the positions under the two ends of the pushing rod 33, each pushing slider 35 is disposed on a pushing slide rail 36, the two pushing slide rails 36 are both arranged on the rack 1.

The front end of each pushing plate 31 is provided with a shoveling plate 32 which forms a step with the pushing plate, and the bottom surface of each shoveling plate 32 is attached to the retainer plate 29 to move back and forth.

As shown in fig. 8, a bag opening mechanism 37 for guiding the warmer to enter the packaging bag is disposed on the front side of each pushing plate 31, the bag opening mechanism 37 includes a pair of freely opened and closed scissors rods 38, each pair of scissors rods 38 is disposed on the horizontal front side of the pushing plate 31, an eccentric block 39 rotating synchronously with each pair of scissors rods 38 is connected below each pair of scissors rods 38, one end of each eccentric block 39 is coupled to the frame 1, the other end of each eccentric block 39 is closed to another eccentric block correspondingly matched with each eccentric block, a top block 40 is inserted between each pair of eccentric blocks, the top blocks 40 are connected to a top rod 41, the rear side of the top rod 41 is connected to a pair of top punching cylinders 42, a pair of top punching sliders 43 is disposed below the top rod 41, and each top punching slider 43 is disposed on a top punching slide rail 44.

The material receiving mechanism 6 is a sliding table obliquely arranged, the material discharging mechanism 7 is a conveying belt, and the conveying end side of the conveying belt can be provided with a sealing machine directly purchased in the market.

Use of: the utility model discloses three line synchronous operation simultaneously, the cover bag efficiency is the triple, for the convenience of introducing the working process of only one of them below, and three working processes are unanimous.

In the initial stage, a conveyor belt for conveying the warmer is matched outside the material receiving frame, the warmer is conveyed to the material receiving groove one by one and is stacked from top to bottom, and the warmer is supported by an inner flanging and cannot fall down; a stack of packaging bags are stacked in the bag stacking channel with the bag openings facing downwards, and the packaging bags are folded by the pressure rod under the action of the pressure spring and are tightly close to each other without loosening.

The intermediate stage, when the pivot will get the rotatory position that goes up to one side of bag sucking disc, and by the propelling movement forward of transmission cylinder, get a wrapping bag that the bag sucking disc siphoned away in getting the sack that corresponds, the transmission cylinder resets, then the pivot will get the bag sucking disc rotatory to hang down when the position, get the bag sucking disc this moment and drag the sack sucking disc and correspond one on one, the lift cylinder will drag the sack sucking disc and rise, hold the lower edge of wrapping bag, then the lift cylinder resets, it just tears the sack of packing from two directions from top to bottom to drag the sack sucking disc. Simultaneously, inhale the material gas pocket and inhale a slice with the warm baby of its top in receiving the silo down, fall on the shovel flitch, the propelling movement cylinder is pushed away push plate forward after that, namely reach two cutter arbor positions with warm baby toward the propelling movement outside the asks flitch, two cutter arbor also part when the kicking block backs up two eccentric blocks, because rotatory radius when two cutter arbor parts, stretch into in the wrapping bag sack that is close to it, thereby two directions are strutted about following the wrapping bag sack, so the wrapping bag sack is opened completely, push plate continues the pay-off again, just send into the wrapping bag with warm baby.

In the ending stage, the bag taking sucker and the bag opening sucker are loosened to form a packaging bag filled with the warm baby, the packaging bag filled with the warm baby falls onto the sliding table under the action of gravity, the sliding table slides out of the conveying belt, and the conveying belt is sealed by the sealing machine when being conveyed to the tail end.

Claims

1. A bag sleeving device for a warmer comprises a rack, and is characterized in that a receiving mechanism for receiving and retaining the warmer is arranged on the rack, a bag storage mechanism for stacking a packaging bag is arranged beside the receiving mechanism, a bag opening mechanism for taking the packaging bag and opening the bag opening of the packaging bag is arranged below the bag storage mechanism, the receiving mechanism comprises a receiving frame, a plurality of receiving grooves with upper and lower through holes are arranged on the receiving frame at equal intervals, a circle of inward flanging which horizontally extends into the through holes and is used for supporting the warmer is arranged at the lower through hole of the receiving groove, a feeding mechanism for feeding the warmer into the packaging bag is arranged below the receiving mechanism and comprises a supporting plate, the supporting plate is arranged below the receiving frame and is spaced with a movable gap, a group of material suction air holes are arranged on the supporting plate corresponding to the position under each receiving groove of the receiving frame, every side of inhaling the material gas pocket of group all is provided with a push plate, every push plate all comes and goes in its movable gap that corresponds under receiving the silo, and the rear end of these push plates is connected to a push rod jointly, the rear end intermediate junction of push rod has a propelling movement cylinder, the both ends below of push rod respectively is connected with a propelling movement slider, every the propelling movement slider all sets up on a propelling movement slide rail.

2. The warmer bagging apparatus according to claim 1, wherein a shoveling plate having a step formed thereon is provided at a front end of each pushing plate, and a bottom surface of each shoveling plate reciprocates along the supporting plate.

3. The warmer bagging device according to claim 2, wherein a bag opening mechanism for guiding the warmer to enter a packaging bag is arranged on the front side of each pushing plate, the bag opening mechanism comprises a pair of freely opened and closed scissor rods, each pair of scissor rods is respectively positioned on the horizontal front side of the corresponding pushing plate, an eccentric block synchronously rotating with each scissor rod is connected below each scissor rod, one end of each eccentric block is connected to the frame through a shaft, the other end of each eccentric block is closed to the other eccentric block correspondingly matched with the eccentric block, a top block is inserted between each pair of eccentric blocks, the jacking blocks are connected to a jacking rod together, the rear side of the jacking rod is connected with a pair of jacking cylinders, and a pair of ejection sliding blocks is arranged below the ejector rod, and each ejection sliding block is arranged on an ejection sliding rail.

4. The warmer bagging device according to claim 1, wherein the bag storage mechanism comprises a bag supporting plate which is obliquely arranged, a baffle which is tilted upwards is arranged at the lower end of a slope of the bag supporting plate, a plurality of bag taking openings are arranged on the baffle at equal intervals, a pair of aisle plates which form a bag stacking channel is arranged on the inner side of each bag taking opening, and the interval between each pair of aisle plates is larger than the caliber of the corresponding bag taking opening.

5. The warmer pocket covering device according to claim 4, wherein all the passage plates are vertically installed on the pocket supporting plate, each passage plate is provided with a sliding groove arranged along the length direction of the passage plate, the sliding grooves are arranged on the same plane and are parallel to the plane where the pocket supporting plate is located, a pressure rod penetrates through the sliding grooves, and a pressure spring is connected between each end of the pressure rod and the baffle plate.

6. The warmer bagging device according to claim 4 or 5, wherein the bag opening mechanism comprises a transfer plate, a plurality of groups of bag taking suckers with the number matched with that of bag taking openings are arranged on one side edge of the transfer plate, a pair of transfer cylinders are connected to the other side edge of the transfer plate, a transfer slider is arranged beside each transfer cylinder, each transfer slider is arranged on a transfer slide rail, the two transfer slide rails are mounted on a rotating shaft, the rotating shaft is connected with a forward and reverse rotating cylinder through a belt transmission mechanism, a bag opening pulling plate is arranged under the rotating shaft, three groups of bag opening suckers which are arranged at equal intervals are arranged on the edge above the bag opening pulling plate, and a lifting cylinder is connected under the bag opening pulling plate.

7. The warmer bagging apparatus according to claim 1, wherein a material receiving mechanism for receiving the bagged warmer is arranged below the bag opening mechanism, and the material receiving mechanism is a sliding table which is obliquely arranged.

8. The warmer bagging apparatus of claim 7, wherein a discharge mechanism for discharging the bagged warmer is disposed below the receiving mechanism, and the discharge mechanism is a conveyor belt.