CN213706046U

CN213706046U - Material loading and supporting machine and material loading and supporting packaging line

Info

Publication number: CN213706046U
Application number: CN202022519881.1U
Authority: CN
Inventors: 王广东; 张竹佳
Original assignee: Shanghai Soontrue Machinery Equipment Co Ltd
Current assignee: Shanghai Soontrue Machinery Equipment Co Ltd
Priority date: 2020-11-04
Filing date: 2020-11-04
Publication date: 2021-07-16
Anticipated expiration: 2030-11-04

Abstract

The utility model discloses a material dress holds in palm machine and material dress holds in palm baling line relates to material packing and goes into support equipment technical field. The utility model discloses with product transfer passage and packagine machine's feedstock channel parallel arrangement side by side, dial material device and one through one and dial the material passageway, will dial with packagine machine's feedstock channel side by side parallel arrangement's product on the product transfer passage in the support box on the feedstock channel. The utility model discloses a material device and a material passageway of dialling make product transfer passage and packagine machine's feedstock channel parallel arrangement side by side for product transfer passage arranges compacter with packagine machine's feedstock channel, has also avoided product transfer passage and packagine machine feedstock channel's upper and lower coincidence section, makes its mounting structure more simple, and the whole area of occupation of land of equipment is less, is favorable to the equipment overall arrangement of packing shop.

Description

Material loading and supporting machine and material loading and supporting packaging line

Technical Field

The utility model relates to a material packing goes into support equipment technical field, and more specifically says and relates to a material dress holds in palm machine and material dress and holds in palm baling line.

Background

In the food packaging industry, a part of products need to be packaged by using a rubber support and then sealed by using a plastic bag, and a support packaging machine is used in the support packaging step. The support loading machine comprises a support separating mechanism, a support loading mechanism and a connecting and conveying mechanism. Divide and hold in the palm the mechanism and be used for sending out the rectangular gluey support split of laminating, dress holds in the palm the mechanism and packs the product into and glues and hold in the palm, connect conveying mechanism and will divide the gluey support that holds in the palm the mechanism separation and send to dress and hold in the palm the mechanism. The food is filled into the glue holder by a traditional holder filling mechanism, then sent to a packaging machine to be bagged, and then the moisture-proof bag is manually placed between the bottom of the glue holder and the plastic bag, and finally the bag is sealed. The moisture-proof bag is manually placed to avoid falling into the rubber support, but the support loading mode has higher requirements on manpower resource cost.

The state intellectual property office discloses a utility model patent with the publication number of CN204606252U and the name of high-efficiency supporting machine in 2015, 9.2.2015, which comprises a supporting mechanism, a supporting mechanism and a connecting and conveying mechanism, wherein the supporting mechanism sequentially comprises a product conveying channel, a rubber support conveying channel and a moisture-proof bag conveying channel from top to bottom; the product conveying channel comprises a product conveying groove, a double-chain shifting block group and a belt pulley conveying group; the rubber support conveying channel comprises a rubber support conveying groove and a rubber support shifting block group; the moisture-proof bag conveying channel comprises a moisture-proof bag conveying groove and a moisture-proof bag shifting block group. The product conveying channel, the glue support conveying channel and the moisture-proof bag conveying channel are longitudinally arranged, and the junction point is arranged at the tail end of each channel, so that the product and the glue support fall at the junction point, and the purposes of supporting and adding the moisture-proof bags are achieved. The utility model discloses can be used to in the food production baling line.

The glue holder conveying channel and the moisture-proof bag conveying channel in the prior art are combined together, and before the glue holder conveying channel and the moisture-proof bag conveying channel are combined together, the product conveying channel and the glue holder conveying channel are combined together; namely, the existing support loading machine has three branches and two crossed junction points, and an upper and lower superposed section is arranged between the rubber support conveying channel and the product conveying channel, so that the existing support loading machine has a complex structure; the layout structure of the three branches and the two coincident and crossed junction points also causes the occupied area of the equipment to be larger, and is not beneficial to the equipment layout of a packaging workshop.

SUMMERY OF THE UTILITY MODEL

In order to overcome the defect that exists among the above-mentioned prior art and not enough, the utility model provides a material dress holds in palm machine, the utility model discloses an invention aim at solves among the prior art problem that dress holds in the palm machine equipment structure is complicated, area is big, the utility model discloses with product transfer passage and packagine machine's feedstock channel parallel arrangement side by side, through one dial material device and one dial material passageway, will dial in the support box on the feedstock channel with packagine machine's the product on the product transfer passage parallel arrangement side by side. The utility model discloses a material device and a material passageway of dialling make product transfer passage and packagine machine's feedstock channel parallel arrangement side by side for product transfer passage arranges compacter with packagine machine's feedstock channel, has also avoided product transfer passage and packagine machine feedstock channel's upper and lower coincidence section, makes its mounting structure more simple, and the whole area of occupation of land of equipment is less, is favorable to the equipment overall arrangement of packing shop.

In order to solve the problems existing in the prior art, the method is realized by the following technical scheme:

the material loading and supporting machine comprises a product conveying channel and a feeding conveying channel, wherein the feeding conveying channel comprises a deoxidizer conveying channel and a supporting box conveying channel, and the feeding conveying channel also comprises a converging section formed by converging the deoxidizer conveying channel and the supporting box conveying channel; the method is characterized in that: the feeding conveying channel is arranged along a straight line, and the tray conveying channel is arranged above the deoxidizer conveying channel and is separated by a tray supporting plate; the front end of the feeding channel is provided with a deoxidizer inlet, and one side of the box supporting conveying channel section with the box supporting plate is provided with a box supporting inlet; the product conveying channel is arranged on one side of the feeding conveying channel in parallel side by side, the output end of the product conveying channel is provided with a material stirring device and a material stirring channel, the material stirring channel extends from the output end of the product conveying channel to the upper part of the box supporting conveying channel, the material stirring device stirs a product at the output end of the product conveying channel along the material stirring channel, and the material stirring device continues to stir the product to be separated from the material stirring channel and fall into a box supporting which is synchronously conveyed on the box supporting conveying channel.

The material stirring channel comprises an arc transition section and a discharging straight line section, a feeding hole of the arc transition section is formed in one side of the product conveying channel, a discharging hole of the arc transition section is connected with a feeding hole of the discharging straight line section, the discharging straight line section is located above the box supporting conveying channel, and the motion track of a product in the discharging straight line section is overlapped with the box supporting conveying track of the box supporting conveying channel below the discharging straight line section.

The height of the product conveying channel is higher than that of the feeding conveying channel, the track of the product poking device poking motion is located in the horizontal plane, and the arc transition section of the poking channel is horizontally arranged.

The height of the product conveying channel is not higher than that of the feeding conveying channel, the track of the product poking motion of the poking device is inclined upwards, and the arc transition section of the poking channel is arranged in a manner of being inclined to the horizontal plane.

The arc transition section of the material stirring channel is 1/4 arcs.

The material shifting device comprises a mounting plate, a driving chain wheel, a plurality of driven chain wheels, a circulating material shifting chain, a material shifting guide rail, a plurality of material shifting plates and a plurality of material shifting connecting pieces; the material poking guide rail is arranged outside the mounting plate and corresponds to the material poking channel; the material stirring connecting piece is provided with a limiting bearing, the limiting bearing is matched with the material stirring guide rail, and the material stirring plate positioned in the material stirring channel stirs materials along the material stirring guide rail under the matching of the limiting bearing and the material stirring guide rail.

The utility model also provides a material dress holds in palm the baling line, the utility model discloses a material dress holds in palm the baling line rationally distributed, compact structure, area is little, is favorable to the packing shop equipment overall arrangement.

The material loading and supporting packaging line comprises a product conveying channel, a deoxidizer feeding machine, a supporting box separator, a packaging machine and a feeding conveying channel, wherein the feeding conveying channel comprises a deoxidizer conveying channel and a supporting box conveying channel, the feeding conveying channel also comprises a converging section formed by converging the deoxidizer conveying channel and the supporting box conveying channel, and an outlet of the converging section corresponds to the packaging machine; the method is characterized in that: the feeding conveying channel is arranged along a straight line, and the tray conveying channel is arranged above the deoxidizer conveying channel and is separated by a tray supporting plate; a deoxidizer inlet is arranged at the front end of the feeding channel, and a deoxidizer delivery machine is arranged above the deoxidizer inlet; a box supporting inlet is formed in one side of the box supporting conveying channel section with the box supporting plate, and an output port of the box supporting separator corresponds to the box supporting inlet; the product conveying channel is arranged on the other side, opposite to the inlet of the supporting box, of the feeding conveying channel in parallel side by side, the output end of the product conveying channel is provided with a material stirring device and a material stirring channel, the material stirring channel extends from the output end of the product conveying channel to the upper side of the supporting box conveying channel, the material stirring device stirs a product at the output end of the product conveying channel along the material stirring channel, and the material stirring device continues to stir the product to be separated from the material stirring channel and fall into the supporting box synchronously conveyed on the supporting box conveying channel.

The arc transition section of the material stirring channel is 1/4 arcs.

Compared with the prior art, the utility model discloses profitable technological effect who brings shows:

1. compared with the prior art, this application makes product transfer passage and packagine machine's feedstock channel parallel arrangement side by side through a material device and a material passageway of dialling for product transfer passage arranges compacter with packagine machine's feedstock channel, has also avoided the upper and lower coincidence section of product transfer passage and packagine machine feedstock channel, makes its mounting structure more simple, and the whole area of occupation of equipment is less, is favorable to the equipment overall arrangement in packing shop.

2. In this application, feeding transfer passage arranges along the straight line, holds in the palm box transfer passage and deoxidier transfer passage coincidence from top to bottom, is separated by holding in the palm the box backup pad, and feeding transfer passage is "one" style of calligraphy and distributes, and "Y" font of non-prior art distributes, and the structure is more compact, and occupation of land space is littleer, the operation and the overall arrangement of being convenient for.

3. In the application, the material stirring channel comprises an arc transition section and a discharging straight-line section, and the discharging straight-line section ensures that the conveying track and the speed of a product are consistent with the conveying track and the speed of a tray in the tray conveying channel, so that the product can accurately fall into the tray; the circular arc transition section facilitates the material shifting device to enable products to be shifted to the discharging straight line section through the product conveying channel, and damage of the material shifting plate to the products is avoided in the material shifting process.

4. Product transfer passage's height and feeding transfer passage's height can arrange according to operating condition at will in this application, and prior art can only arrange feeding transfer passage in product transfer passage below.

5. The utility model provides a kick-off assembly simple structure, the operation is smooth and easy, at spacing bearing and the cooperation of kickoff guide rail, the kickoff plate that is located the kickoff passageway stirs the material along the kickoff guide rail under spacing bearing and the cooperation of kickoff guide rail. The temperature of the operation of the switch plate is ensured, the limit bearing also plays a supporting role for the switch plate, and the limit bearing is positioned at the rear end of the movement direction of the switch plate.

6. The utility model provides a material dress holds in palm baling line has protected the material dress of a specific overall arrangement and has held in the palm the baling line, will hold in the palm box separating centrifuge and product transfer passage and set up respectively in feed transfer passage's both sides for the structure is compacter, and it is littleer to take up an area of the space, more does benefit to the overall arrangement of packaging plant equipment.

Drawings

FIG. 1 is a schematic top view of the packaging line of the present invention;

FIG. 2 is a schematic view of the front view structure of the packaging line of the present invention;

FIG. 3 is a schematic view of another layout structure of the loader of the present invention;

fig. 4 is a schematic structural view of the material stirring device of the present invention;

fig. 5 is a schematic view of the three-dimensional structure of the material stirring device of the present invention;

reference numerals: 100. product, 200, tray box; 1. the automatic deoxidizer feeding device comprises a product conveying channel, 2, a feeding conveying channel, 3, a deoxidizer feeding machine, 4, a box supporting separator, 5, a packaging machine, 6, a box supporting plate, 7, a deoxidizer inlet, 8, a box supporting inlet, 9, a material shifting device, 10, a material shifting channel, 11, an arc transition section, 12, a discharging straight line section, 13, a mounting plate, 14, a driving sprocket, 15, a driven sprocket, 16, a circulating material shifting chain, 17, a material shifting guide rail, 18, a material shifting plate, 19, a material shifting connecting piece, 20 and a limiting bearing.

Detailed Description

The technical solution of the present invention will be further elaborated with reference to the drawings attached to the description.

Example 1

As a preferred embodiment of the present invention, referring to fig. 1-5 of the specification, the present embodiment discloses:

referring to the attached drawings 1 and 2 of the specification, the material loading and supporting machine comprises a product conveying channel 1 and a feeding conveying channel 2, wherein the feeding conveying channel 2 comprises a deoxidizer conveying channel and a supporting box 200 conveying channel, and the feeding conveying channel 2 further comprises a converging section formed by converging the deoxidizer conveying channel and the supporting box 200 conveying channel; the feeding conveying channel 2 is arranged along a straight line, and the delivery channel of the support box 200 is arranged above the deoxidizer delivery channel and is separated by a support box supporting plate 6; a deoxidizer inlet 7 is arranged at the front end of the feeding channel, and a box supporting inlet 8 is arranged at one side of the conveying channel section of the supporting box 200 with the supporting box supporting plate 6; the product conveying channel 1 is arranged on one side of the feeding conveying channel 2 in parallel side by side, the output end of the product conveying channel 1 is provided with a material stirring device 9 and a material stirring channel 10, the material stirring channel 10 extends from the output end of the product conveying channel 1 to the upper part of the conveying channel of the supporting box 200, the material stirring device 9 stirs the product 100 at the output end of the product conveying channel 1 along the material stirring channel 10, and the material stirring device 9 continues to stir the product 100 to be separated from the material stirring channel 10 and fall into the supporting box 200 which is conveyed on the conveying channel of the supporting box 200 synchronously.

The product conveying channel 1 and the feeding channel of the packaging machine 5 can be arranged in parallel side by side through the material shifting device 9 and the material shifting channel 10, so that the arrangement of the product conveying channel 1 and the feeding channel of the packaging machine 5 is more compact, the upper and lower coincident sections of the product conveying channel 1 and the feeding channel of the packaging machine 5 are also avoided, the mounting structure is simpler, the whole floor area of equipment is smaller, and the equipment layout of a packaging workshop is facilitated. The feeding conveying channel 2 is arranged along a straight line, the conveying channel of the support box 200 and the conveying channel of the deoxidizing agent are overlapped up and down and are separated by the support box supporting plate 6, and the feeding conveying channel 2 is distributed in a shape like a Chinese character 'yi', but not distributed in a shape like a Chinese character 'Y' in the prior art, so that the structure is more compact, the occupied space is smaller, and the operation and the layout are convenient. As shown in FIG. 1, the tray inlet 8 and the product conveying path 1 are located on both sides of the feeding conveying path 2, and as shown in FIG. 3, the tray inlet 8 and the product conveying path 1 are located on the same side of the feeding conveying path 2. In this embodiment, the layout of the equipment may be arranged according to actual conditions.

The material stirring channel 10 comprises an arc transition section 11 and a discharging straight line section 12, a feeding hole of the arc transition section 11 is formed in one side of the product conveying channel 1, a discharging hole of the arc transition section 11 is connected with a feeding hole of the discharging straight line section 12, the discharging straight line section 12 is located above the supporting box 200 conveying channel, and the movement track of a product 100 in the discharging straight line section 12 is overlapped with the supporting box 200 conveying track of the supporting box 200 conveying channel below the product 100. The arc transition section 11 of the material stirring channel 10 is 1/4 arcs. The discharging straight line segment 12 ensures that the conveying track and speed of the product 100 are consistent with the conveying track and speed of the tray box 200 in the conveying channel of the tray box 200, and ensures that the product 100 can accurately fall into the tray box 200; the arc transition section 11 facilitates the material shifting device 9 to transfer the product 100 from the product conveying channel 1 to the discharging straight line section 12, and avoids the damage of the material shifting plate 18 to the product 100 in the material shifting process.

The height of the product conveying channel 1 is higher than that of the feeding conveying channel 2, the track of the product 100 poked by the poking device 9 is located in the horizontal plane, and the arc transition section 11 of the poking channel 10 is horizontally arranged.

The height of the product conveying channel 1 is not higher than that of the feeding conveying channel 2, the track of the product 100 poked by the poking device 9 is inclined upwards, and the arc transition section 11 of the poking channel 10 is arranged obliquely to the horizontal plane. The height of the product conveying channel 1 and the height of the feeding conveying channel 2 can be randomly arranged according to actual working conditions, and the feeding conveying channel 2 can only be arranged below the product conveying channel 1 in the prior art.

As shown in fig. 4 and 5, the kick-out device 9 includes a mounting plate 13, a driving sprocket 14, a plurality of driven sprockets 15, a circulating kick-out chain 16, a kick-out guide rail 17, a plurality of kick-out plates 18 and a plurality of kick-out connectors 19; the driving chain wheel 14 and the driven chain wheels 15 are both arranged on the mounting plate 13, the circulating material shifting chain 16 is meshed on the driving chain wheel 14 and the driven chain wheels 15, the material shifting plates 18 are uniformly arranged on the material shifting chain through the material shifting connecting piece 19, the material shifting guide rail 17 is arranged on the outer side of the mounting plate 13, and the material shifting guide rail 17 corresponds to the material shifting channel 10; the material shifting connecting piece 19 is provided with a limiting bearing 20, the limiting bearing 20 is matched with the material shifting guide rail 17, and the material shifting plate 18 positioned in the material shifting channel 10 shifts materials along the material shifting guide rail 17 under the matching of the limiting bearing 20 and the material shifting guide rail 17. The material shifting device 9 is simple in structure and smooth in operation, the limiting bearing 20 is matched with the material shifting guide rail 17, and the material shifting plate 18 located in the material shifting channel 10 is matched with the limiting bearing 20 and the material shifting guide rail 17 to shift materials along the material shifting guide rail 17. The temperature property of the operation of the material shifting plate 18 is ensured, the limiting bearing 20 also plays a supporting role for the material shifting plate 18, and the limiting bearing 20 is positioned at the rear end of the material shifting plate 18 in the motion direction.

Example 2

As the utility model discloses a still another preferred embodiment, this embodiment discloses a material dress holds in palm baling line, and the material dress of this embodiment holds in the palm the baling line, has protected the material dress of a specific overall arrangement and holds in the palm the baling line, will hold in the palm box separating centrifuge 4 and product transfer passage 1 and set up respectively in the both sides of feeding transfer passage 2 for the structure is compacter, and it is littleer to take up an area of the space, more does benefit to the packing shop equipment overall arrangement. As shown in fig. 1 and 2, the deoxidizer packaging machine comprises a product conveying channel 1, a deoxidizer feeding machine 3, a tray separator 4, a packaging machine 5 and a feed conveying channel 2, wherein the feed conveying channel 2 comprises a deoxidizer conveying channel and a tray 200 conveying channel, the feed conveying channel 2 further comprises a confluence section formed by confluence of the deoxidizer conveying channel and the tray 200 conveying channel, and an outlet of the confluence section corresponds to the packaging machine 5; the feeding conveying channel 2 is arranged along a straight line, and the delivery channel of the support box 200 is arranged above the deoxidizer delivery channel and is separated by a support box supporting plate 6; a deoxidizer inlet 7 is arranged at the front end of the feeding channel, and a deoxidizer delivery machine 3 is arranged above the deoxidizer inlet 7; a box supporting inlet 8 is arranged on one side of the conveying channel section of the box supporting 200 with a box supporting plate 6, and an output port of the box supporting separator 4 corresponds to the box supporting inlet 8; the product conveying channel 1 is arranged on the other side, opposite to the box supporting inlet 8, of the feeding conveying channel 2 in parallel side by side, the output end of the product conveying channel 1 is provided with a material stirring device 9 and a material stirring channel 10, the material stirring channel 10 extends from the output end of the product conveying channel 1 to the upper side of the box supporting conveying channel 200, the material stirring device 9 stirs a product 100 at the output end of the product conveying channel 1 along the material stirring channel 10, and the material stirring device 9 continues to stir the product 100 to be separated from the material stirring channel 10 and fall into the box supporting 200 which is conveyed on the box supporting conveying channel 200 synchronously. The material stirring channel 10 comprises an arc transition section 11 and a discharging straight line section 12, a feeding hole of the arc transition section 11 is formed in one side of the product conveying channel 1, a discharging hole of the arc transition section 11 is connected with a feeding hole of the discharging straight line section 12, the discharging straight line section 12 is located above the supporting box 200 conveying channel, and the movement track of a product 100 in the discharging straight line section 12 is overlapped with the supporting box 200 conveying track of the supporting box 200 conveying channel below the product 100. The height of the product conveying channel 1 is higher than that of the feeding conveying channel 2, the track of the product 100 poked by the poking device 9 is located in the horizontal plane, and the arc transition section 11 of the poking channel 10 is horizontally arranged. The height of the product conveying channel 1 is not higher than that of the feeding conveying channel 2, the track of the product 100 poked by the poking device 9 is inclined upwards, and the arc transition section 11 of the poking channel 10 is arranged obliquely to the horizontal plane. The arc transition section 11 of the material stirring channel 10 is 1/4 arcs. The material shifting device 9 comprises a mounting plate 13, a driving chain wheel 14, a plurality of driven chain wheels 15, a circulating material shifting chain 16, a material shifting guide rail 17, a plurality of material shifting plates 18 and a plurality of material shifting connecting pieces 19; the driving chain wheel 14 and the driven chain wheels 15 are both arranged on the mounting plate 13, the circulating material shifting chain 16 is meshed on the driving chain wheel 14 and the driven chain wheels 15, the material shifting plates 18 are uniformly arranged on the material shifting chain through the material shifting connecting piece 19, the material shifting guide rail 17 is arranged on the outer side of the mounting plate 13, and the material shifting guide rail 17 corresponds to the material shifting channel 10; the material shifting connecting piece 19 is provided with a limiting bearing 20, the limiting bearing 20 is matched with the material shifting guide rail 17, and the material shifting plate 18 positioned in the material shifting channel 10 shifts materials along the material shifting guide rail 17 under the matching of the limiting bearing 20 and the material shifting guide rail 17.

Claims

1. The material loading and supporting machine comprises a product conveying channel (1) and a feeding conveying channel (2), wherein the feeding conveying channel (2) comprises a deoxidizer conveying channel and a supporting box (200) conveying channel, and the feeding conveying channel (2) further comprises a converging section formed by converging the deoxidizer conveying channel and the supporting box (200) conveying channel; the method is characterized in that: the feeding conveying channel (2) is arranged along a straight line, and the delivery channel of the support box (200) is arranged above the deoxidizer delivery channel and is separated by a support box supporting plate (6); a deoxidizer inlet (7) is arranged at the front end of the feeding conveying channel (2), and a support box inlet (8) is arranged at one side of the conveying channel section of the support box (200) with the support box supporting plate (6); the product conveying channel (1) is arranged on one side of the feeding conveying channel (2) in parallel side by side, the output end of the product conveying channel (1) is provided with a material stirring device (9) and a material stirring channel (10), the material stirring channel (10) extends from the output end of the product conveying channel (1) to the upper part of the conveying channel of the supporting box (200), the material stirring device (9) stirs a product (100) at the output end of the product conveying channel (1) along the material stirring channel (10), and the material stirring device (9) continues to stir the product (100) to be separated from the material stirring channel (10) and drops into the supporting box (200) which is synchronously conveyed on the conveying channel of the supporting box (200).

2. The material palletizer as in claim 1, wherein: dial material passageway (10) and include circular arc changeover portion (11) and ejection of compact straightway (12), the feed inlet setting of circular arc changeover portion (11) is in product conveying passageway (1) one side, and the discharge gate of circular arc changeover portion (11) meets with the feed inlet of ejection of compact straightway (12), ejection of compact straightway (12) are located and hold in the palm box (200) conveying passageway top, and the motion trail of product (100) and the support box (200) conveying passageway's of support box (200) conveying passageway below coincidence are in ejection of compact straightway (12).

3. The material palletizer as in claim 1 or 2, wherein: the height of the product conveying channel (1) is higher than that of the feeding conveying channel (2), the track of the product poking device (9) poking the product (100) is located in the horizontal plane, and the arc transition section (11) of the material poking channel (10) is horizontally arranged.

4. The material palletizer as in claim 1 or 2, wherein: the height of the product conveying channel (1) is not higher than that of the feeding conveying channel (2), the track of the product poking device (9) poking motion of the product (100) is inclined upwards, and the arc transition section (11) of the material poking channel (10) is arranged in a manner of being inclined to the horizontal plane.

5. The material palletizer as in claim 1 or 2, wherein: the material shifting device (9) comprises a mounting plate (13), a driving chain wheel (14), a plurality of driven chain wheels (15), a circulating material shifting chain (16), a material shifting guide rail (17), a plurality of material shifting plates (18) and a plurality of material shifting connecting pieces (19); the driving chain wheel (14) and the driven chain wheels (15) are mounted on the mounting plate (13), the circulating material shifting chain (16) is meshed with the driving chain wheel (14) and the driven chain wheels (15), the material shifting plates (18) are uniformly mounted on the material shifting chain through material shifting connecting pieces (19), the material shifting guide rail (17) is arranged on the outer side of the mounting plate (13), and the material shifting guide rail (17) corresponds to the material shifting channel (10); the material poking connecting piece (19) is provided with a limiting bearing (20), the limiting bearing (20) is matched with the material poking guide rail (17), and the material poking plate (18) positioned in the material poking channel (10) pokes materials along the material poking guide rail (17) under the matching of the limiting bearing (20) and the material poking guide rail (17).

6. The material loading and supporting packaging line comprises a product conveying channel (1), a deoxidizer feeding machine (3), a supporting box separator (4), a packaging machine (5) and a feeding conveying channel (2), wherein the feeding conveying channel (2) comprises a deoxidizer conveying channel and a supporting box (200) conveying channel, the feeding conveying channel (2) further comprises a converging section formed by converging the deoxidizer conveying channel and the supporting box (200) conveying channel, and an outlet of the converging section corresponds to the packaging machine (5); the method is characterized in that: the feeding conveying channel (2) is arranged along a straight line, and the delivery channel of the support box (200) is arranged above the deoxidizer delivery channel and is separated by a support box supporting plate (6); a deoxidizer inlet (7) is arranged at the front end of the feeding conveying channel (2), and a deoxidizer delivery machine (3) is arranged above the deoxidizer inlet (7); a box supporting inlet (8) is formed in one side of a conveying channel section of the box supporting (200) with a box supporting plate (6), and an output port of the box supporting separator (4) corresponds to the box supporting inlet (8); the product conveying channel (1) is arranged on the other side, opposite to the support box inlet (8), of the feeding conveying channel (2) in parallel side by side, the output end of the product conveying channel (1) is provided with a material stirring device (9) and a material stirring channel (10), the material stirring channel (10) extends from the output end of the product conveying channel (1) to the upper side of the support box (200) conveying channel, the material stirring device (9) stirs a product (100) at the output end of the product conveying channel (1) along the material stirring channel (10), and the material stirring device (9) continues to stir the product (100) to be separated from the material stirring channel (10) and fall into the support box (200) which is synchronously conveyed on the support box (200) conveying channel.

7. The material palletizing and packaging line as set forth in claim 6, wherein: dial material passageway (10) and include circular arc changeover portion (11) and ejection of compact straightway (12), the feed inlet setting of circular arc changeover portion (11) is in product conveying passageway (1) one side, and the discharge gate of circular arc changeover portion (11) meets with the feed inlet of ejection of compact straightway (12), ejection of compact straightway (12) are located and hold in the palm box (200) conveying passageway top, and the motion trail of product (100) and the support box (200) conveying passageway's of support box (200) conveying passageway below coincidence are in ejection of compact straightway (12).

8. The material palletizing and packaging line as set forth in claim 6 or 7, wherein: the height of the product conveying channel (1) is higher than that of the feeding conveying channel (2), the track of the product poking device (9) poking the product (100) is located in the horizontal plane, and the arc transition section (11) of the material poking channel (10) is horizontally arranged.

9. The material palletizing and packaging line as set forth in claim 6 or 7, wherein: the height of the product conveying channel (1) is not higher than that of the feeding conveying channel (2), the track of the product poking device (9) poking motion of the product (100) is inclined upwards, and the arc transition section (11) of the material poking channel (10) is arranged in a manner of being inclined to the horizontal plane.

10. The material palletizing and packaging line as set forth in claim 6 or 7, wherein: the material shifting device (9) comprises a mounting plate (13), a driving chain wheel (14), a plurality of driven chain wheels (15), a circulating material shifting chain (16), a material shifting guide rail (17), a plurality of material shifting plates (18) and a plurality of material shifting connecting pieces (19); the driving chain wheel (14) and the driven chain wheels (15) are mounted on the mounting plate (13), the circulating material shifting chain (16) is meshed with the driving chain wheel (14) and the driven chain wheels (15), the material shifting plates (18) are uniformly mounted on the material shifting chain through material shifting connecting pieces (19), the material shifting guide rail (17) is arranged on the outer side of the mounting plate (13), and the material shifting guide rail (17) corresponds to the material shifting channel (10); the material poking connecting piece (19) is provided with a limiting bearing (20), the limiting bearing (20) is matched with the material poking guide rail (17), and the material poking plate (18) positioned in the material poking channel (10) pokes materials along the material poking guide rail (17) under the matching of the limiting bearing (20) and the material poking guide rail (17).