CN104925287A - Sealing machine for disk-loaded food - Google Patents
Sealing machine for disk-loaded food Download PDFInfo
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- CN104925287A CN104925287A CN201510341619.3A CN201510341619A CN104925287A CN 104925287 A CN104925287 A CN 104925287A CN 201510341619 A CN201510341619 A CN 201510341619A CN 104925287 A CN104925287 A CN 104925287A
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- belt conveyor
- push rod
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B11/00—Wrapping, e.g. partially or wholly enclosing, articles or quantities of material, in strips, sheets or blanks, of flexible material
- B65B11/02—Wrapping articles or quantities of material, without changing their position during the wrapping operation, e.g. in moulds with hinged folders
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B35/00—Supplying, feeding, arranging or orientating articles to be packaged
- B65B35/30—Arranging and feeding articles in groups
- B65B35/44—Arranging and feeding articles in groups by endless belts or chains
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B61/00—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages
- B65B61/04—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for severing webs, or for separating joined packages
- B65B61/06—Auxiliary devices, not otherwise provided for, for operating on sheets, blanks, webs, binding material, containers or packages for severing webs, or for separating joined packages by cutting
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Basic Packing Technique (AREA)
Abstract
The invention provides a sealing machine for disk-loaded food, and belongs to the technical field of food processing equipment. The sealing machine for the disk-loaded food solves the problems that existing sealing for the disk-loaded food is high in labor intensity and low in efficiency. The sealing machine for the disk-loaded food comprises a rack. The rack is provided with a conveying belt and a rolling shaft. The rack is connected with support rods. Arc-shaped installing grooves are formed in the upper ends of the support rods respectively. The two ends of the rolling shaft are both fixedly connected with a damping disk. The installing grooves are hinged to compression rods. The compression rods are provided with damping blocks. The rack is fixedly connected with a sealing platform. The rack is connected with a moving plate in a sliding mode. The moving plate is connected with a lifting plate in a sliding mode. The two sides of the lifting plate are both hinged to an oscillating rod. The lower ends of the oscillating rods are both fixedly connected with support rods. A parting groove is formed in a parting platform. A front suction hole is formed in the groove wall of the parting groove. The rack is connected with a push rod in a sliding mode. The push rod is fixedly connected with a cutting knife. The sealing machine for the disk-loaded food has the advantages that sealing can be conducted on the disk-loaded food automatically, and the automation degree and efficiency are high.
Description
Technical field
The invention belongs to food processor appliances technical field, relate to a kind of dish dress food packaging machine.
Background technology
Preservative film is a kind of plastic packing product, usually be that masterbatch is made by polymerization reaction with ethene, be mainly used in microwave food heating, the occasion such as refrigerator food is preserved, fresh and prepared food packaging, be all widely used at family life, sales field, supermarket, hotel and industrial food packaging applications.According to material therefor and interpolation plasticiser difference, preservative film is divided into polytype, is applicable to different occasions, and preservative film is convenient with it, economical, feature attractive in appearance receives the favor of people.Due to ease of use and cost lower, food is generally placed on disposable disk body by the places such as current supermarket, eating and drinking establishment, delicatessen, then parcel is carried out by preservative film fresh-keeping, but current preservative film encapsulation adopts usually manually to be carried out one by one, when encapsulation amount is larger, labour intensity is higher, and efficiency is lower.
Summary of the invention
The object of the invention is to there are the problems referred to above for existing technology, propose a kind of dish dress food packaging machine, this dish dress food packaging machine automatching can fill food and encapsulates, degree of automation and efficiency high.
Object of the present invention realizes by following technical proposal: a kind of dish dress food packaging machine, comprise frame, described frame is provided with the belt conveyor for Transport disc dress food, it is characterized in that, also comprise the roller bearing for locating preservative film winding drum, described frame is all vertically connected with strut bar in the both sides of belt conveyor, the upper end of described strut bar all offers arc mounting groove, the two ends of described roller bearing are all fixed with dampened disk, this two dampened disk rolls respectively and is connected in mounting groove, and roller bearing is positioned at the top of belt conveyor, described mounting groove one cell wall is hinged with depression bar, the free end of described depression bar is equipped with damping block, described strut bar is provided with and can orders about damping block and be pressed on compressing member on dampened disk periphery wall, described frame is fixed with package platforms at the mouth of belt conveyor, this package platforms is higher than belt conveyor, described frame slidably connects shifting board along belt conveyor length direction, described shifting board vertically slidably connects lifter plate, the dual-side of described lifter plate is along being all hinged with fork, the lower end of described fork is all fixed with pressure pin, this pressure pin is arranged along belt conveyor length direction, described lifter plate is provided with and fork can be driven to swing and make pressure pin embedding dish fill the actuator of disk body dual-side along below of food, described frame is also respectively equipped with the propulsion source one that shifting board can be driven to move back and forth and the propulsion source two that lifter plate can be driven to be elevated, described package platforms is fixed with the rounding table of strip towards the edge, side of belt conveyor, the length direction of this rounding table is consistent with the Width of belt conveyor, described rounding table upper side offers slot segmentation along its length, described slot segmentation one cell wall offers some front suction holes that can adsorb preservative film end edge edge along its length, described frame slidably connects push rod in one end of slot segmentation along slot segmentation length direction, described push rod is fixed with cutter towards one end of slot segmentation, described frame is provided with the force piece that cutter can be driven to reciprocatingly slide in slot segmentation.
Food is placed on disposable rectangle disk body, disk body arranges on a moving belt and one by one with belt conveyor indexing transfer, preservative film in the form of a roll, and be positioned on roller bearing, the end of preservative film to be then stretched in slot segmentation and to be fixed by front suction hole absorption, preservative film is drawn out between part and belt conveyor has gap, disk body is placed on a moving belt and one by one with belt conveyor transmission, when disk body is sent to relative with pressure pin, when being namely positioned at the below of preservative film pull-out part, propulsion source two drives lifter plate to decline, when two pressure pins are relative along below with disk body dual-side respectively, actuator drives two forks to swing, two pressure pins are made to embed disk body dual-side respectively along below, after this propulsion source two drives lifter plate to rise and makes disk body disengaging belt conveyor, propulsion source one drives shifting board to move to package platforms, namely disk body in tow preservative film move in package platforms, now all there is preservative film in the both sides up and down of disk body, and move and put down at disk body in process, preservative film winding drum has certain rotation potential energy, therefore damping block is made to be pressed on dampened disk by compressing member, certain resistance is provided to preservative film winding drum, preservative film is avoided to be pulled out by transition, preservative film is made to remain tight state, be positioned at force piece promotion push rod after in package platforms at disk body to move axially, cutter slides into the other end by one end of slot segmentation, cut off by preservative film, and the preservative film after cutting off is adsorbed by front suction hole, for packaging process next time, and disk body packed after shifted by the manipulator of subsequent processing, shifting board is reset movement under the effect of propulsion source one then, whole process is without the need to M/C, degree of automation and efficiency high.
In above-mentioned dish dress food packaging machine, described compressing member comprises compression torsion spring, one cell wall of described mounting groove offers link slot, the end of described depression bar is rotatably connected in link slot by bearing pin, described compression torsion spring set is located on bearing pin, and the one end compressing torsion spring is pressed on link slot cell wall, the other end is pressed on depression bar.The torsion compressing torsion spring sets as required, makes to have suitable friction force between damping block and dampened disk.
In above-mentioned dish dress food packaging machine, the free end of described depression bar is fixed with rectangle posting, and the opening of posting is towards dampened disk, above-mentioned damping block one end sliding plug is in posting, the other end stretches out posting, and the one end side stretched out offers the deep-slotted chip breaker adapted with dampened disk periphery wall, and described posting bottom surface offers some screws, all be bolted with adjusting bolt in described screw, the head of this adjusting bolt stretches into posting and is rotatably connected on damping block.Posting is for connecting damping block, damping block adopts elastomeric material to make, adjusting bolt is used for the amount that damping adjusting block stretches out posting, namely when the torsion compressing torsion spring is certain, carrys out the friction force between damping adjusting block and dampened disk by the overhang of damping adjusting block.
In above-mentioned dish dress food packaging machine, described frame is all vertically fixed with sleeve pipe in the both sides of belt conveyor, the sidewall of described sleeve pipe offers guide groove along its length, support spring is provided with in sleeve pipe, described strut bar sidewall has orienting lug, described strut bar sliding plug is in sleeve pipe, and the lower end of strut bar is pressed on support spring, and orienting lug is slidably connected in guide groove.Namely the roller bearing for locating preservative film winding drum is connected to strut bar, under preservative film winding drum Action of Gravity Field, strut bar compression support spring makes roller bearing remain on suitable height, along with the use of preservative film, its weight diminishes gradually, under the elastic force effect of support spring, roller bearing raises gradually, and namely preservative film winding drum remains in another suitable altitude range.
In above-mentioned dish dress food packaging machine, described actuator comprises electromagnet, the dual-side of described lifter plate is along being all fixed with vertical pipe link down, the middle part of above-mentioned fork is hinged on the lower end of pipe link by connecting pin, described electromagnet is connected on the opposite flank of two pipe links, the free end of described fork is fixed with iron block, described connecting pin is also arranged with reduction torsion spring, the lower end of described pipe link has the position-limited lever tilted to both sides, when electromagnet power-off, reduction torsion spring effect draft link against position-limited lever on.When pressure pin and disk body dual-side are relative along below, electromagnet is energized, and the upper end of fork is adsorbed, and fork swing makes pressure pin embed disk body dual-side along below, when disk body moves to after in package platforms, electromagnet power-off, under the effect of reduction torsion spring, pressure pin departs from disk body.
In above-mentioned dish dress food packaging machine, also comprise push rod and dowel bolt, described pressure pin offers two screws away from one end sidewall of belt conveyor, described push rod offers some knock holees along its length, described dowel bolt is screwed onto in screw through knock hole, and the length direction of push rod is consistent with the length direction of pressure pin, the free end of described push rod is all hinged with top wheel.Namely when pressure pin picking-up disk body moves, top wheel to withstand on preservative film and pushes preservative film and advances, avoid preservative film to directly act on disk body and disk body is dropped pressure pin, the extension elongation of the relative pressure pin of push rod is regulated by dowel bolt simultaneously, make this structure be applicable to the disk body of different size size, applicability is stronger.
In above-mentioned dish dress food packaging machine, propulsion source one comprises flat-removing air cyclinder, described frame is fixed with two pilot bars along belt conveyor length direction, the dual-side of described shifting board is along being all fixed with orienting sleeve, described orienting sleeve is slidably located on pilot bar, described flat-removing air cyclinder is connected in frame, and the piston rod of flat-removing air cyclinder is connected on shifting board, described propulsion source two comprises lift cylinder, described shifting board is fixed with some stable covers, described lifter plate upper side is vertically fixed with some guideposts, described guidepost sliding plug is in stable cover, described lift cylinder is connected on shifting board, and the piston rod of lift cylinder vertically down, described lifter plate is connected on the piston rod of lift cylinder.Flat-removing air cyclinder and lift cylinder can control stroke accurately, and it is more steady that orienting sleeve and stable cover can make shifting board and lifter plate move.
In above-mentioned dish dress food packaging machine, described front suction hole is opened in slot segmentation towards on the cell wall of belt conveyor side, another cell wall of slot segmentation offers some rear suction holes along its length, front gas port and rear gas port is offered along its length in described segmentation platform, above-mentioned front suction hole is all connected with front gas port, rear suction hole is all connected with rear gas port, the end of described segmentation platform is fixed with air pump, this air pump is connected with front gas port and rear gas port respectively, and the aperture of described front gas port and rear gas port is equipped with control cock.Namely the air-breathing of front suction hole and rear suction hole independently can be controlled by control cock, namely after preservative film is split by cutter, the one end be connected with reel is adsorbed by rear suction hole, and front suction hole stops suction, preservative film on disk body is released, and after this, suction hole stops suction, rear suction hole air-breathing, namely the one end be connected with reel is adsorbed by front suction hole, for encapsulation is prepared next time.
In above-mentioned dish dress food packaging machine, described push rod is higher than segmentation platform upper side, nutted rod is hinged with at the free end of push rod, the free end of described nutted rod is hinged with tension wheel, described push rod is provided with tensioning torsion spring, under the effect of tensioning torsion spring, when push rod slides, preservative film can be pressed on the bottom surface of slot segmentation by tension wheel.Before cutter segmentation, preservative film can be pressed on slot segmentation bottom surface by tension wheel, improves segmentation quality, makes preservative film can be adsorbed smoothly by front suction hole or rear suction hole simultaneously.
In above-mentioned dish dress food packaging machine, described force piece comprises thrust cylinder, this thrust cylinder is connected in frame, described push rod is connected on the piston rod of thrust cylinder, described push rod offers bar-shaped trough, the upper end of described cutter to be plugged in bar-shaped trough and to be connected by bolt of rear end plate, and the bottom surface of described slot segmentation offers escape groove along its length, and the lower end of above-mentioned cutter can slide through escape groove.Promote in putting strokes at thrust cylinder, the blade of cutter can embed and streak escape groove, improves cutting quality and success ratio.
Compared with prior art, this dish dress food packaging machine has the following advantages:
1, because the cutting of the conveying of disk body, transfer, encapsulation and preservative film all can complete automatically, whole process without the need to M/C, degree of automation and efficiency high.
2, owing to being made by compressing member damping block be pressed on dampened disk, provide certain resistance to preservative film winding drum, avoid preservative film to be pulled out by transition, make preservative film remain tight state, avoid preservative film to waste, and can package quality be ensured.
3, due to when pressure pin picking-up disk body moves, top wheel to withstand on preservative film and pushes preservative film and advances, avoid preservative film to directly act on disk body and disk body is dropped pressure pin, the extension elongation of the relative pressure pin of push rod is regulated by dowel bolt simultaneously, make this structure be applicable to the disk body of different size size, applicability is stronger.
Accompanying drawing explanation
Fig. 1 is the perspective view of this dish dress food packaging machine.
Fig. 2 is the structure side view of this dish dress food packaging machine.
Fig. 3 is the schematic enlarged-scale view at A place in Fig. 1.
Fig. 4 is the local structure cutaway view of sleeve pipe.
Fig. 5 is the schematic enlarged-scale view at B place in Fig. 1.
Fig. 6 is the schematic enlarged-scale view at C place in Fig. 2.
Fig. 7 is the schematic enlarged-scale view at D place in Fig. 1.
Fig. 8 is the schematic enlarged-scale view at E place in Fig. 1.
Fig. 9 is the structure cutaway view of rounding table.
In figure, 1, frame; 11, belt conveyor; 12, package platforms; 13, pilot bar; 2, roller bearing; 21, sleeve pipe; 211, guide groove; 22, strut bar; 221, orienting lug; 222, mounting groove; 23, dampened disk; 24, depression bar; 241, posting; 242, damping block; 243, deep-slotted chip breaker; 244, adjusting bolt; 25, torsion spring is compressed; 26, link slot; 27, support spring; 3, shifting board; 31, flat-removing air cyclinder; 32, orienting sleeve; 33, stable cover; 4, lifter plate; 41, lift cylinder; 42, guidepost; 5, fork; 51, pipe link; 511, electromagnet; 512, position-limited lever; 52, iron block; 521, reduction torsion spring; 53, pressure pin; 531, push rod; 532, top wheel; 533, knock hole; 534, dowel bolt; 6, rounding table; 61, slot segmentation; 62, front suction hole; 63, rear suction hole; 64, front gas port; 65, rear gas port; 66, air pump; 67, control cock; 68, escape groove; 7, push rod; 71, bar-shaped trough; 72, cutter; 73, bolt of rear end plate; 74, nutted rod; 75, tension wheel; 76, tensioning torsion spring; 77, thrust cylinder.
Detailed description of the invention
Be below specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiments.
As shown in Figures 1 to 9, a kind of dish dress food packaging machine, comprise frame 1, frame 1 is provided with the belt conveyor 11 for Transport disc dress food, packaging machine also comprises the roller bearing 2 for locating preservative film winding drum, frame 1 is all vertically connected with strut bar 22 in the both sides of belt conveyor 11, the upper end of strut bar 22 all offers arc mounting groove 222, the two ends of roller bearing 2 are all fixed with dampened disk 23, this two dampened disk 23 rolls respectively and is connected in mounting groove 222, and roller bearing 2 is positioned at the top of belt conveyor 11, mounting groove 222 1 cell wall is hinged with depression bar 24, the free end of described depression bar 24 is equipped with damping block 242, strut bar 22 is provided with and can orders about damping block 242 and be pressed on compressing member on dampened disk 23 periphery wall, frame 1 is fixed with package platforms 12 at the mouth of belt conveyor 11, this package platforms 12 is higher than belt conveyor 11, frame 1 slidably connects shifting board 3 along belt conveyor 11 length direction, shifting board 3 vertically slidably connects lifter plate 4, the dual-side of lifter plate 4 is along being all hinged with fork 5, the lower end of fork 5 is all fixed with pressure pin 53, this pressure pin 53 is arranged along belt conveyor 11 length direction, lifter plate 4 is provided with and fork 5 can be driven to swing and make pressure pin 53 embedding dish fill the actuator of disk body dual-side along below of food, frame 1 is also respectively equipped with the propulsion source one that shifting board 3 can be driven to move back and forth and the propulsion source two that lifter plate 4 can be driven to be elevated, package platforms 12 is fixed with the rounding table 6 of strip towards the edge, side of belt conveyor 11, the length direction of this rounding table 6 is consistent with the Width of belt conveyor 11, rounding table 6 upper side offers slot segmentation 61 along its length, slot segmentation 61 1 cell wall offers along its length some front suction holes 62 that can adsorb preservative film end edge edge, frame 1 slidably connects push rod 7 in one end of slot segmentation 61 along slot segmentation 61 length direction, push rod 7 is fixed with cutter 72 towards one end of slot segmentation 61, frame 1 is provided with the force piece that cutter 72 can be driven to reciprocatingly slide in slot segmentation 61.
Food is placed on disposable rectangle disk body, disk body to be arranged on belt conveyor 11 and one by one with belt conveyor 11 indexing transfer, preservative film in the form of a roll, and be positioned on roller bearing 2, the end of preservative film to be then stretched in slot segmentation 61 and to be fixed by front suction hole 62 absorption, preservative film is drawn out between part and belt conveyor 11 has gap, disk body to be placed on one by one on belt conveyor 11 and to transmit with belt conveyor 11, when disk body is sent to relative with pressure pin 53, when being namely positioned at the below of preservative film pull-out part, propulsion source two drives lifter plate 4 to decline, when two pressure pins 53 are relative along below with disk body dual-side respectively, actuator drives two forks 5 to swing, two pressure pins 53 are made to embed disk body dual-side respectively along below, after this propulsion source two drives lifter plate 4 to rise and makes disk body disengaging belt conveyor 11, propulsion source one drives shifting board 3 to move to package platforms 12, namely disk body in tow preservative film move in package platforms 12, now all there is preservative film in the both sides up and down of disk body, and move and put down at disk body in process, preservative film winding drum has certain rotation potential energy, therefore damping block 242 is made to be pressed on dampened disk 23 by compressing member, certain resistance is provided to preservative film winding drum, preservative film is avoided to be pulled out by transition, preservative film is made to remain tight state, be positioned at force piece promotion push rod 7 after in package platforms 12 at disk body to move axially, cutter 72 slides into the other end by one end of slot segmentation 61, cut off by preservative film, and the preservative film after cutting off is adsorbed by front suction hole 62, for packaging process next time, and disk body packed after shifted by the manipulator of subsequent processing, shifting board 3 is reset movement under the effect of propulsion source one then, whole process is without the need to M/C, degree of automation and efficiency high.
Specifically, compressing member comprises compression torsion spring 25, one cell wall of mounting groove 222 offers link slot 26, the end of depression bar 24 is rotatably connected in link slot 26 by bearing pin, compress torsion spring 25 to be set on bearing pin, and the one end compressing torsion spring 25 is pressed on link slot 26 cell wall, the other end is pressed on depression bar 24, the torsion compressing torsion spring 25 sets as required, makes to have suitable friction force between damping block 242 and dampened disk 23.The free end of depression bar 24 is fixed with rectangle posting 241, and the opening of posting 241 is towards dampened disk 23, damping block 242 one end sliding plug is in posting 241, the other end stretches out posting 241, and the one end side stretched out offers the deep-slotted chip breaker 243 adapted with dampened disk 23 periphery wall, bottom surface offers some screws with posting 241, adjusting bolt 244 is all bolted with in described screw, the head of this adjusting bolt 244 stretches into posting 241 and is rotatably connected on damping block 242, posting 241 is for connecting damping block 242, damping block 242 adopts elastomeric material to make, adjusting bolt 244 stretches out the amount of posting 241 for damping adjusting block 242, namely when the torsion compressing torsion spring 25 is certain, the friction force between damping adjusting block 242 and dampened disk 23 is carried out by the overhang of damping adjusting block 242.Frame 1 is all vertically fixed with sleeve pipe 21 in the both sides of belt conveyor 11, the sidewall of sleeve pipe 21 offers guide groove 211 along its length, support spring 27 is provided with in sleeve pipe 21, strut bar 22 sidewall has orienting lug 221, strut bar 22 sliding plug is in sleeve pipe 21, the lower end of strut bar 22 is pressed on support spring 27, and orienting lug 221 is slidably connected in guide groove 211, namely the roller bearing 2 for locating preservative film winding drum is connected to strut bar 22, under preservative film winding drum Action of Gravity Field, strut bar 22 compresses support spring 27 and makes roller bearing 2 remain on suitable height, along with the use of preservative film, its weight diminishes gradually, under the elastic force effect of support spring 27, roller bearing 2 raises gradually, namely preservative film winding drum remains in another suitable altitude range.
Specifically, described actuator comprises electromagnet 511, the dual-side of lifter plate 4 is along being all fixed with vertical pipe link 51 down, the middle part of fork 5 is hinged on the lower end of pipe link 51 by connecting pin, electromagnet 511 is connected on the opposite flank of two pipe links 51, the free end of fork 5 is fixed with iron block 52, connecting pin is also arranged with reduction torsion spring 521, the lower end of pipe link 51 has the position-limited lever 512 tilted to both sides, when electromagnet 511 power-off, reduction torsion spring 521 effect draft link 5 against position-limited lever 512 on, when pressure pin 53 and disk body dual-side are relative along below, electromagnet 511 is energized, the upper end of fork 5 is adsorbed, and fork 5 swing makes pressure pin 53 embed disk body dual-side along below, when disk body moves to after in package platforms 12, electromagnet 511 power-off, under the effect of reduction torsion spring 521, pressure pin 53 departs from disk body.
Packaging machine also comprises push rod 531 and dowel bolt 534, pressure pin 53 offers two screws away from one end sidewall of belt conveyor 11, push rod 531 offers along its length some knock holees 533, dowel bolt 534 is screwed onto in screw through knock hole 533, and the length direction of push rod 531 is consistent with the length direction of pressure pin 53, the free end of push rod 531 is all hinged with top wheel 532, namely pressure pin 53 hold up disk body move time, top wheel 532 to withstand on preservative film and pushes preservative film and advances, avoid preservative film to directly act on disk body and disk body is dropped pressure pin 53, the extension elongation of the relative pressure pin 53 of push rod 531 is regulated by dowel bolt 534 simultaneously, this structure is made to be applicable to the disk body of different size size, applicability is stronger.
Propulsion source one comprises flat-removing air cyclinder 31, frame 1 is fixed with two pilot bars 13 along belt conveyor 11 length direction, the dual-side of shifting board 3 is along being all fixed with orienting sleeve 32, orienting sleeve 32 is slidably located on pilot bar 13, flat-removing air cyclinder 31 is connected in frame 1, and the piston rod of flat-removing air cyclinder 31 is connected on shifting board 3, propulsion source two comprises lift cylinder 41, shifting board 3 is fixed with some stable covers 33, lifter plate 4 upper side is vertically fixed with some guideposts 42, guidepost 42 sliding plug is in stable cover 33, lift cylinder 41 is connected on shifting board 3, and the piston rod of lift cylinder 41 vertically down, lifter plate 4 is connected on the piston rod of lift cylinder 41, flat-removing air cyclinder 31 and lift cylinder 41 can control stroke accurately, orienting sleeve 32 and stable cover 33 can make shifting board 3 and lifter plate 4 move more steady.
Specifically, front suction hole 62 is opened in slot segmentation 61 towards on the cell wall of belt conveyor 11 side, another cell wall of slot segmentation 61 offers some rear suction holes 63 along its length, front gas port 64 and rear gas port 65 is offered along its length in segmentation platform, front suction hole 62 is all connected with front gas port 64, rear suction hole 63 is all connected with rear gas port 65, the end of segmentation platform is fixed with air pump 66, this air pump 66 is connected with front gas port 64 and rear gas port 65 respectively, the aperture of front gas port 64 and rear gas port 65 is equipped with control cock 67, namely the air-breathing of front suction hole 62 and rear suction hole 63 independently can be controlled by control cock 67, namely after preservative film is split by cutter 72, the one end be connected with reel is adsorbed by rear suction hole 63, and front suction hole 62 stops suction, preservative film on disk body is released, after this after, suction hole 63 stops suction, rear suction hole 63 air-breathing, namely the one end be connected with reel is adsorbed by front suction hole 62, for encapsulation is prepared next time.
Push rod 7 is higher than segmentation platform upper side, nutted rod 74 is hinged with at the free end of push rod 7, the free end of nutted rod 74 is hinged with tension wheel 75, push rod 7 is provided with tensioning torsion spring 76, under the effect of tensioning torsion spring 76, when push rod 7 slides, preservative film can be pressed on the bottom surface of slot segmentation 61 by tension wheel 75, before cutter 72 is split, preservative film can be pressed on slot segmentation 61 bottom surface by tension wheel 75, improve segmentation quality, make preservative film can be adsorbed smoothly by front suction hole 62 or rear suction hole 63 simultaneously.Force piece comprises thrust cylinder 77, this thrust cylinder 77 is connected in frame 1, push rod 7 is connected on the piston rod of thrust cylinder 77, push rod 7 offers bar-shaped trough 71, the upper end of cutter 72 to be plugged in bar-shaped trough 71 and to be connected by bolt of rear end plate 73, the bottom surface of slot segmentation 61 offers escape groove 68 along its length, the lower end of cutter 72 can slide through escape groove 68, promote in push rod 7 process at thrust cylinder 77, the blade of cutter 72 can embed and streak escape groove 68, improves cutting quality and success ratio.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendment or supplement or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present invention or surmount the scope that appended claims defines.
Claims (10)
1. a dish dress food packaging machine, comprise frame (1), described frame (1) is provided with the belt conveyor (11) for Transport disc dress food, it is characterized in that, also comprise the roller bearing (2) for locating preservative film winding drum, described frame (1) is all vertically connected with strut bar (22) in the both sides of belt conveyor (11), the upper end of described strut bar (22) all offers arc mounting groove (222), the two ends of described roller bearing (2) are all fixed with dampened disk (23), this two dampened disk (23) rolls respectively and is connected in mounting groove (222), and roller bearing (2) is positioned at the top of belt conveyor (11), described mounting groove (222) cell wall is hinged with depression bar (24), the free end of described depression bar (24) is equipped with damping block (242), described strut bar (22) is provided with and can orders about damping block (242) and be pressed on compressing member on dampened disk (23) periphery wall, described frame (1) is fixed with package platforms (12) at the mouth of belt conveyor (11), this package platforms (12) is higher than belt conveyor (11), described frame (1) slidably connects shifting board (3) along belt conveyor (11) length direction, described shifting board (3) vertically slidably connects lifter plate (4), the dual-side of described lifter plate (4) is along being all hinged with fork (5), the lower end of described fork (5) is all fixed with pressure pin (53), this pressure pin (53) is arranged along belt conveyor (11) length direction, described lifter plate (4) is provided with and fork (5) can be driven to swing and make pressure pin (53) embedding dish fill the actuator of disk body dual-side along below of food, described frame (1) is also respectively equipped with the propulsion source one that shifting board (3) can be driven to move back and forth and the propulsion source two that lifter plate (4) can be driven to be elevated, described package platforms (12) is fixed with the rounding table (6) of strip towards the edge, side of belt conveyor (11), the length direction of this rounding table (6) is consistent with the Width of belt conveyor (11), described rounding table (6) upper side offers along its length slot segmentation (61), described slot segmentation (61) cell wall offers some front suction holes (62) that can adsorb preservative film end edge edge along its length, described frame (1) slidably connects push rod (7) in one end of slot segmentation (61) along slot segmentation (61) length direction, described push rod (7) is fixed with cutter (72) towards one end of slot segmentation (61), described frame (1) is provided with the force piece that cutter (72) can be driven to reciprocatingly slide in slot segmentation (61).
2. dish dress food packaging machine according to claim 1, it is characterized in that, described compressing member comprises compression torsion spring (25), one cell wall of described mounting groove (222) offers link slot (26), the end of described depression bar (24) is rotatably connected in link slot (26) by bearing pin, described compression torsion spring (25) is set on bearing pin, and the one end compressing torsion spring (25) is pressed on link slot (26) cell wall, the other end is pressed on depression bar (24).
3. dish dress food packaging machine according to claim 2, it is characterized in that, the free end of described depression bar (24) is fixed with rectangle posting (241), and the opening of posting (241) is towards dampened disk (23), above-mentioned damping block (242) one end sliding plug is in posting (241), the other end stretches out posting (241), and the one end side stretched out offers the deep-slotted chip breaker (243) adapted with dampened disk (23) periphery wall, described posting (241) bottom surface offers some screws, adjusting bolt (244) is all bolted with in described screw, the head of this adjusting bolt (244) stretches into posting (241) and is rotatably connected on damping block (242).
4. dish dress food packaging machine according to claim 3, it is characterized in that, described frame (1) is all vertically fixed with sleeve pipe (21) in the both sides of belt conveyor (11), the sidewall of described sleeve pipe (21) offers along its length guide groove (211), support spring (27) is provided with in sleeve pipe (21), described strut bar (22) sidewall has orienting lug (221), described strut bar (22) sliding plug is in sleeve pipe (21), the lower end of strut bar (22) is pressed on support spring (27), and orienting lug (221) is slidably connected in guide groove (211).
5. the dish dress food packaging machine according to claim 3 or 4, it is characterized in that, described actuator comprises electromagnet (511), the dual-side of described lifter plate (4) is along being all fixed with vertical pipe link (51) down, the middle part of above-mentioned fork (5) is hinged on the lower end of pipe link (51) by connecting pin, described electromagnet (511) is connected on the opposite flank of two pipe links (51), the free end of described fork (5) is fixed with iron block (52), described connecting pin is also arranged with reduction torsion spring (521), the lower end of described pipe link (51) has the position-limited lever (512) tilted to both sides, when electromagnet (511) power-off, reduction torsion spring (521) effect draft link (5) against position-limited lever (512) on.
6. dish dress food packaging machine according to claim 5, it is characterized in that, also comprise push rod (531) and dowel bolt (534), one end sidewall of described pressure pin (53) away from belt conveyor (11) offers two screws, described push rod (531) offers along its length some knock holees (533), described dowel bolt (534) is screwed onto in screw through knock hole (533), and the length direction of push rod (531) is consistent with the length direction of pressure pin (53), the free end of described push rod (531) is all hinged with top wheel (532).
7. dish dress food packaging machine according to claim 6, it is characterized in that, propulsion source one comprises flat-removing air cyclinder (31), described frame (1) is fixed with two pilot bars (13) along belt conveyor (11) length direction, the dual-side of described shifting board (3) is along being all fixed with orienting sleeve (32), described orienting sleeve (32) is slidably located on pilot bar (13), described flat-removing air cyclinder (31) is connected in frame (1), and the piston rod of flat-removing air cyclinder (31) is connected on shifting board (3), described propulsion source two comprises lift cylinder (41), described shifting board (3) is fixed with some stable covers (33), described lifter plate (4) upper side is vertically fixed with some guideposts (42), described guidepost (42) sliding plug is in stable cover (33), described lift cylinder (41) is connected on shifting board (3), and the piston rod of lift cylinder (41) vertically down, described lifter plate (4) is connected on the piston rod of lift cylinder (41).
8. dish dress food packaging machine according to claim 7, it is characterized in that, described front suction hole (62) is opened in slot segmentation (61) towards on the cell wall of belt conveyor (11) side, another cell wall of slot segmentation (61) offers along its length some rear suction holes (63), front gas port (64) and rear gas port (65) is offered along its length in described segmentation platform, above-mentioned front suction hole (62) is all connected with front gas port (64), rear suction hole (63) is all connected with rear gas port (65), the end of described segmentation platform is fixed with air pump (66), this air pump (66) is connected with front gas port (64) and rear gas port (65) respectively, the aperture of described front gas port (64) and rear gas port (65) is equipped with control cock (67).
9. dish dress food packaging machine according to claim 8, it is characterized in that, described push rod (7) is higher than segmentation platform upper side, nutted rod (74) is hinged with at the free end of push rod (7), the free end of described nutted rod (74) is hinged with tension wheel (75), described push rod (7) is provided with tensioning torsion spring (76), under the effect of tensioning torsion spring (76), when push rod (7) slides, preservative film can be pressed on the bottom surface of slot segmentation (61) by tension wheel (75).
10. dish dress food packaging machine according to claim 9, it is characterized in that, described force piece comprises thrust cylinder (77), this thrust cylinder (77) is connected in frame (1), described push rod (7) is connected on the piston rod of thrust cylinder (77), described push rod (7) offers bar-shaped trough (71), the upper end of described cutter (72) is plugged in bar-shaped trough (71) and is also connected by bolt of rear end plate (73), the bottom surface of described slot segmentation (61) offers along its length escape groove (68), the lower end of above-mentioned cutter (72) can slide through escape groove (68).
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| CN201510341619.3A CN104925287A (en) | 2015-06-18 | 2015-06-18 | Sealing machine for disk-loaded food |
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| CN201510341619.3A CN104925287A (en) | 2015-06-18 | 2015-06-18 | Sealing machine for disk-loaded food |
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| CN108725886A (en) * | 2018-06-08 | 2018-11-02 | 常德金德新材料科技股份有限公司 | A kind of high barrier packaging film fixing device |
| CN109484690A (en) * | 2018-10-30 | 2019-03-19 | 耿攀 | A kind of freshness preserving equipment easy to use |
| CN110576992A (en) * | 2019-09-19 | 2019-12-17 | 瞿磊 | Food packaging device |
| CN110789766A (en) * | 2019-11-09 | 2020-02-14 | 温州盛淼工业设计有限公司 | Wheel hub lid packaging robot |
| CN113148271A (en) * | 2021-04-01 | 2021-07-23 | 潍坊职业学院 | Colored ribbon packaging machine |
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Application publication date: 20150923 |