CN211869828U

CN211869828U - Automatic production line for deoxidizing agent

Info

Publication number: CN211869828U
Application number: CN201921966545.2U
Authority: CN
Inventors: 俞锃; 张伟霞
Original assignee: Jiangsu Fresh Keeping Fresh Technology Co ltd
Current assignee: Jiangsu Fresh Keeping Fresh Technology Co ltd
Priority date: 2019-11-14
Filing date: 2019-11-14
Publication date: 2020-11-06
Anticipated expiration: 2029-11-14

Abstract

The utility model discloses a deoxidier automatic production line, including A, B feed bin, vacuum packaging machine constructs is carried to several production unit and finished product, the discharge gate lower extreme of several production unit is provided with band conveyer, band conveyer is connected with main conveyer, A feed bin passes through A material vacuum feeding pipe and is connected with several production unit, B feed bin passes through B material vacuum feeding pipe and is connected with several production unit, all be provided with the several solenoid valve on A material vacuum feeding pipe and B material vacuum feeding pipe, every production unit all includes a A material feed mechanism, a B material feed mechanism, mix machine and packagine machine, A, B material feed mechanism all includes the vacuum feeding pipe, reciprocating sieve and weighing fill, finished product is carried vacuum packaging machine and is included main conveyer, Z type lifting machine, computer combination balance and hot forming vacuum packaging machine. The utility model has the advantages of simple structure and reasonable design, can automatic feeding to the proportion of control raw materials that can be strict, production speed is fast, and the defective percentage is low.

Description

Automatic production line for deoxidizing agent

Technical Field

The utility model relates to a deoxidizer production technical field, specific deoxidizer automatic production line that says so.

Background

The production of present deoxidier is all more traditional, be equipped with a reinforced worker and pour solid raw materials into the hopper in exactly, need guarantee not lack of material in the hopper, then the raw materials is filled up in the graduated flask of the charging tray of continuous rotation, can control the grammes per square metre of singly wrapping the material according to the graduated flask size, machine automatic counting needs one to connect a packet worker to select the defective work fast to pack quantitative certified products into the packing bag fast, then give the evacuation group and seal, also need the operative employee. And finally, the transportation and warehousing are required to be arranged, and more manpower is used. The second defect is that the deoxidizing agent is easy to generate heat in air, and the performance is unstable, which can cause the adverse conditions of machine blockage or package clamping and the like.

Disclosure of Invention

In order to solve the problem, the utility model provides a deoxidizer automatic production line with high production speed and low defective rate.

In order to achieve the purpose, the utility model discloses a realize through following technical scheme:

the utility model relates to a deoxidizer automatic production line, which comprises a feed bin A and a feed bin B, a plurality of production units and a finished product conveying vacuum packaging mechanism, wherein the lower end of a discharge port of the plurality of production units is provided with a belt conveyor, the belt conveyor is connected with a main conveyor of the finished product conveying vacuum packaging mechanism, the feed bin A is connected with the plurality of production units through a material vacuum feeding pipe A, the feed bin B is connected with the plurality of production units through a material vacuum feeding pipe B, and a plurality of electromagnetic valves are arranged on the material vacuum feeding pipe A and the material vacuum feeding pipe B;

each production unit comprises an A material feeding mechanism, a B material feeding mechanism, a mixer and a packing machine, wherein the A material feeding mechanism and the B material feeding mechanism respectively comprise a vacuum feeding barrel, a vibrating screen and weighing hoppers;

the finished product conveying vacuum packaging mechanism comprises a main conveyor, a Z-shaped elevator, a computer combination scale and a thermal forming vacuum packaging machine, wherein the outlet end of the Z-shaped elevator is positioned right above the feeding hole of the computer combination scale.

The utility model discloses a further improvement lies in: the number of production units is 8-10.

The utility model discloses a further improvement lies in: the feed bin A and the feed bin B both comprise a feed bin body, a feed inlet and a sealing cover hinged on the feed bin body are arranged on the feed bin body, and the sealing cover is opened to the maximum extent so as to form a 150-degree included angle with the feed inlet.

The utility model discloses a further improvement lies in: the thermoforming vacuum packaging machine comprises a frame, an upper film placing mechanism, a lower film placing mechanism, a longitudinal cutting mechanism and a transverse cutting mechanism, wherein the upper film placing mechanism, the lower film placing mechanism, the longitudinal cutting mechanism and the transverse cutting mechanism are arranged on the frame, and a discharge hole is formed in the lower end of the longitudinal cutting mechanism.

The utility model discloses a further improvement lies in: the transverse cutting mechanism comprises a support arranged on the rack, guide pillars are arranged on the rack at two ends of the inner side of the support, the upper end and the lower end of each guide pillar are fixed on the top of the support and the rack through an upper fixing seat and a lower fixing seat respectively, a cutter holder of an upper cutter moves up and down along the two guide pillars, the upper end of the cutter holder is connected with the movable end of a cylinder fixed on the support, a cutting groove is formed in the rack, a transverse cutting supporting base is arranged in the cutting groove, and a transverse cutting groove which is positioned under the upper cutter is formed in the transverse cutting supporting base.

The utility model discloses a further improvement lies in: slitting mechanism includes the pivot, the pivot both ends are passed through the mount pad and are fixed in the frame both sides, the cover is equipped with the uide bushing in the pivot, the uide bushing passes through the screw fixation in the pivot, be provided with the circular shape locating plate at the pivot both ends of uide bushing both sides, several slitting knife cover is on the uide bushing, all be provided with two relative screw holes in position on two locating plates, be provided with two corresponding perforation with the screw hole position on a plurality of slitting knife, positioning threaded rod passes the perforation of several slitting knife, the threaded hole at two locating plates is fixed at its both ends, be provided with set nut on the positioning threaded rod of every slitting knife both sides.

The utility model has the advantages that: the deoxidizer self-conveying production line adopts vacuum feeding, the feeding amount is controlled by the solenoid valve, the feeding amount of each production unit is controlled, a plurality of production units can be ensured to synchronously produce, the production speed is improved, simultaneously, the material A and the material B are weighed and then discharged into the mixing machine to be mixed according to the proportion before mixing, the proportion of the material A and the material B can be ensured, the problems that the deoxidizer has poor effect and wastes a large amount of raw materials due to large proportion deviation of the material A and the material B are avoided, the production line can automatically control the proportion of the material A and the material B, compared with the original production line, the input of workers is reduced, the mixed deoxidizer is conveyed onto a main conveyor through a packing machine, conveyed into a discharging hopper connected with a Z-shaped hoister through the main conveyor, and conveyed into a computer combination scale through the Z-shaped hoister, the weighing and counting are carried out through the computer combination scale, the thermal forming vacuum packaging machine is arranged at the lower end of the computer combination scale, a plurality of small packages are packaged together to complete the whole production process, the manual investment of the whole production line is less, and the automation degree is high.

The utility model has the advantages of simple structure and reasonable design, can automatic feeding to the proportion of control raw materials that can be strict, production speed is fast, and the defective percentage is low.

Drawings

Fig. 1 is a schematic view of the production line of the present invention.

Fig. 2 is a schematic diagram of a production unit.

Fig. 3 is a schematic view of a thermoformed vacuum packaging machine.

Fig. 4 is a schematic view of a slitting mechanism.

Fig. 5 is a schematic view of a cross-cutting mechanism.

Wherein: 1-A stock bin, 2-B stock bin, 3-A material vacuum feeding pipe, 4-B material vacuum feeding pipe, 5-mixer, 6-packaging machine, 7-vacuum feeding cylinder, 8-vibrating screen, 9-weighing hopper, 10-discharging hopper, 11-discharging hopper, 12-Z type hoister, 13-computer combination scale, 14-thermoforming vacuum packaging machine, 14-1-upper film placing mechanism, 14-2-lower film placing mechanism, 14-3-longitudinal cutting mechanism, 14-4-transverse cutting mechanism, 14-5-discharging port, 14-41-bracket, 14-42-upper cutting knife, 14-43-cutting supporting base, 14-31-rotating shaft, 14-32-mounting base, 14-33-a guide sleeve, 14-34-a positioning plate, 14-35-a longitudinal cutter and 14-36-a positioning threaded rod.

Detailed Description

In order to enhance the understanding of the present invention, the present invention will be described in detail with reference to the following embodiments and the accompanying drawings, wherein the embodiments are only used for explaining the present invention, and do not limit the protection scope of the present invention.

As shown in fig. 1-5, the utility model relates to a deoxidier automatic production line, including A feed bin 1 and B feed bin 2, vacuum packaging machine constructs is carried to several production unit and finished product, the discharge gate lower extreme of several production unit is provided with band conveyer, band conveyer and finished product carry vacuum packaging machine construct the main conveyor to be connected, A feed bin 1 is connected with several production unit through A material vacuum material loading pipe 3, B feed bin 2 is connected with several production unit through B material vacuum material loading pipe 4, all be provided with the several solenoid valve on A material vacuum material loading pipe 3 and B material vacuum material loading pipe 4. A feed bin 1 and B feed bin 2 all include the feed bin body, are provided with the feed inlet on the feed bin body and articulate the closing cap on the feed bin body, and the at utmost of closing cap opening forms 150 contained angles for forming with the feed inlet, and the closing cap is opened and is convenient for replenish the raw materials in to A feed bin or the B feed bin.

The quantity of production unit is 8-10, every production unit all includes a A material feed mechanism, a B material feed mechanism, mix machine 5 and packagine machine 6, A material feed mechanism and B material feed mechanism all include vacuum material loading cylinder 7, reciprocating sieve 8 and weigh and fight 9, A material feed cylinder 7 and A material vacuum material loading pipe 3 intercommunication on material feed mechanism's vacuum, B material feed cylinder 7 and B material vacuum material loading pipe 4 intercommunication on material feed mechanism's vacuum, the discharge end of two of every production unit's weighing and fighting 9 extends into this production unit's unloading funnel 10 in, the exit end and the entry section that mixes machine 5 are connected of unloading funnel 10, be provided with ejection of compact funnel 11 at mixing machine 5 lower extreme, the exit end and the packagine machine of ejection of compact funnel 11 are connected. Each production unit is independent from each other, and the feeding amount of the material A and the material B of each production unit can be controlled through an electromagnetic valve.

The finished product conveying vacuum packaging mechanism comprises a main conveyor, a Z-shaped elevator 12, a computer combination scale 13 and a thermoforming vacuum packaging machine 14, wherein the outlet end of the Z-shaped elevator 12 is positioned right above the feed inlet of the computer combination scale 13, the main conveyor is positioned at the rear side of a plurality of production units, the discharge end of the main conveyor is positioned at the upper end of a discharge hopper connected with the Z-shaped elevator 12, the finished product packaged by the packaging machine of each production unit is conveyed to the main conveyor through a belt conveyor at the rear side of the packaging machine, a detection area can be arranged on the main conveyor, unqualified small packages can be removed through manual detection, the discharge outlet of the computer combination scale 13 is positioned above the thermoforming vacuum packaging machine 14, the thermoforming vacuum packaging machine 14 comprises a rack, an upper film placing mechanism 14-1, a lower film placing mechanism 14-2, a longitudinal cutting mechanism 14-3 and a transverse cutting mechanism 14-4 which are arranged on the, the lower end of the longitudinal cutting mechanism 14-3 is provided with a discharge hole 14-5.

The longitudinal cutting mechanism 14-3 comprises a rotating shaft 14-31 driven by a motor, two ends of the rotating shaft 14-31 are fixed on two sides of a frame through mounting seats 14-32, a guide sleeve 14-33 is sleeved on the rotating shaft 14-31, the guide sleeve 14-33 is fixed on the rotating shaft 14-31 through a screw, round positioning plates 14-34 are arranged at two ends of the rotating shaft 14-31 on two sides of the guide sleeve 14-33, a plurality of longitudinal cutters 14-35 are sleeved on the guide sleeve 14-33, two threaded holes with opposite positions are respectively arranged on the two positioning plates 14-34, two through holes corresponding to the threaded holes are arranged on the plurality of longitudinal cutters 14-35, a positioning threaded rod 14-36 passes through the through holes of the plurality of longitudinal cutters 14-35, and two ends of the positioning threaded rod are fixed in the threaded holes of the two positioning plates, positioning nuts are arranged on the positioning threaded rods 14-36 on two sides of each longitudinal cutter 14-35, the longitudinal cutters 14-35 are sleeved on the guide sleeves 14-33, the positions of the longitudinal cutters 14-33 on the guide sleeves 14-33 can be adjusted, the length of the guide sleeves 14-33 is larger than the total width of a packaging bag to be cut, spare longitudinal cutters 14-35 can be arranged at two ends of the guide sleeves 14-33 close to the positioning plates 14-34, when the packaging tapes with different sizes are cut, cutting can be achieved by changing the positions between the longitudinal cutters 14-35, and the longitudinal cutting mechanism 14-3 does not need to be integrally replaced.

The transverse cutting mechanism 14-4 comprises a bracket 14-41 arranged on a rack, a guide post is arranged on the rack at the two inner ends of the bracket 14-41, the upper end and the lower end of the guide post are respectively fixed on the top of the bracket 14-41 and the rack through an upper fixing seat and a lower fixing seat, a tool apron of the upper cutter 14-42 moves up and down along the two guide posts, the upper end of the tool apron is connected with the movable end part of a cylinder fixed on the bracket 14-41, a cutting groove is arranged on the rack, a transverse cutting supporting base 14-43 is arranged in the cutting groove, a transverse cutting groove at the right lower end of the upper cutter 14-42 is arranged on the transverse cutting supporting base 14-43, the transverse cutting supporting base 14-43 is arranged in the cutting groove and can be replaced, the abrasion of the transverse cutting supporting base 14-43 caused by long-term, the phenomenon that the cutting cannot be completely carried out is avoided.

Claims

1. The utility model provides a deoxidier automatic production line, includes A feed bin (1) and B feed bin (2), several production unit and finished product transport vacuum packaging machine and construct, the several the discharge gate lower extreme of production unit is provided with band conveyer, band conveyer with the finished product carries the main conveyor of vacuum packaging machine to be connected, its characterized in that: the A material bin (1) is connected with the production units through an A material vacuum feeding pipe (3), the B material bin (2) is connected with the production units through a B material vacuum feeding pipe (4), and a plurality of electromagnetic valves are arranged on the A material vacuum feeding pipe (3) and the B material vacuum feeding pipe (4);

each production unit comprises a material A feeding mechanism, a material B feeding mechanism, a mixer (5) and a packaging machine (6), the material feeding mechanism A and the material feeding mechanism B both comprise a vacuum feeding barrel (7), a vibrating screen (8) and a weighing hopper (9), the vacuum charging barrel (7) of the material A charging mechanism is communicated with the material A vacuum charging pipe (3), the vacuum feeding barrel (7) of the material B feeding mechanism is communicated with the material B vacuum feeding pipe (4), the discharge ends of the two weighing hoppers (9) of each production unit extend into a discharging hopper (10) of the production unit, the outlet end of the blanking funnel (10) is connected with the inlet section of the mixer (5), a discharging funnel (11) is arranged at the lower end of the mixing machine (5), and the outlet end of the discharging funnel (11) is connected with a packaging machine;

the finished product conveying vacuum packaging mechanism comprises a main conveyor, a Z-shaped lifting machine (12), a computer combined scale (13) and a thermoforming vacuum packaging machine (14), wherein the outlet end of the Z-shaped lifting machine (12) is positioned right above a feed inlet of the computer combined scale (13).

2. The automatic deoxidizer production line of claim 1, wherein: the number of the production units is 8-10.

3. The automatic deoxidizer production line of claim 1, wherein: the feed bin (1) and the feed bin (2) comprise a feed bin body, a feed inlet and a sealing cover hinged to the feed bin body are arranged on the feed bin body, and the sealing cover is opened to the maximum extent that the sealing cover forms a 150-degree included angle with the feed inlet.

4. The automatic deoxidizer production line of claim 1, wherein: the thermoforming vacuum packaging machine (14) comprises a rack, an upper film placing mechanism (14-1), a lower film placing mechanism (14-2), a slitting mechanism (14-3) and a transverse cutting mechanism (14-4), wherein the upper film placing mechanism, the lower film placing mechanism, the longitudinal cutting mechanism and the transverse cutting mechanism are arranged on the rack, and a discharge hole (14-5) is formed in the lower end of the longitudinal cutting mechanism (14-3).

5. The automatic deoxidizer production line of claim 4, wherein: the transverse cutting mechanism (14-4) comprises a support (14-41) arranged on the rack, guide columns are arranged on the rack at two ends of the inner side of the support (14-41), the upper end and the lower end of each guide column are fixed on the top of the support (14-41) and the rack through an upper fixing seat and a lower fixing seat respectively, a cutter seat of an upper cutter (14-42) moves up and down along the two guide columns, the upper end of the cutter seat is connected with the movable end of a cylinder fixed on the support (14-41), a cutting groove is arranged on the rack, a transverse cutting support base (14-43) is arranged in the cutting groove, and a transverse cutting groove positioned at the right lower end of the upper cutter (14-42) is arranged on the transverse cutting support base (14-43).

6. The automatic deoxidizer production line of claim 5, wherein: the longitudinal cutting mechanism (14-3) comprises a rotating shaft (14-31) driven by a motor, two ends of the rotating shaft (14-31) are fixed on two sides of the rack through mounting seats (14-32), a guide sleeve (14-33) is sleeved on the rotating shaft (14-31), the guide sleeve (14-33) is fixed on the rotating shaft (14-31) through screws, circular positioning plates (14-34) are arranged at two ends of the rotating shaft (14-31) on two sides of the guide sleeve (14-33), a plurality of longitudinal cutters (14-35) are sleeved on the guide sleeve (14-33), two threaded holes with opposite positions are arranged on the two positioning plates (14-34), two through holes with corresponding positions to the threaded holes are arranged on the plurality of longitudinal cutters (14-35), the positioning threaded rods (14-36) penetrate through the through holes of the longitudinal cutters (14-35), two ends of each positioning threaded rod are fixed in the threaded holes of the two positioning plates (14-34), and positioning nuts are arranged on the positioning threaded rods (14-36) on two sides of each longitudinal cutter (14-35).