CN219295791U

CN219295791U - Ring type material conveyer belt device

Info

Publication number: CN219295791U
Application number: CN202223450053.2U
Authority: CN
Inventors: 余加义; 韩佳冬; 覃俊; 向冬梅; 程光德
Original assignee: Chongqing Jiaxianchao Food Co ltd; Chongqing Jiaxian Jiuqi Food Co ltd
Current assignee: Chongqing Jiaxianchao Food Co ltd; Chongqing Jiaxian Jiuqi Food Co ltd
Priority date: 2022-12-22
Filing date: 2022-12-22
Publication date: 2023-07-04
Anticipated expiration: 2032-12-22

Abstract

The utility model provides a ring type material conveyer belt device, including a plurality of one-level, the second grade, tertiary conveyer belt, a plurality of one-level conveyer belt end to end and have the interval, be annular distribution, the high height that is higher than the material loading end that is located the one-level conveyer belt of low reaches of unloading end that is located the one-level conveyer belt of upper reaches, the interval between two adjacent one-level conveyer belts sets up the receiving plate, the material loading end of second grade conveyer belt is used for the material loading pocket bag, the unloading end is located the top of arbitrary one-level conveyer belt, the material loading end of tertiary conveyer belt is located between the one-level conveyer belt that is annular distribution, the other end spanes arbitrary one-level conveyer belt, outward transport bagged product. The small bag material packing device is simple in structure and convenient to maintain, and can effectively ensure the packing efficiency of small bag material packing bags and the product quality by circularly conveying the small bag material packing bags.

Description

Ring type material conveyer belt device

Technical Field

The utility model relates to the field of food processing, in particular to a ring type material conveying belt device.

Background

The minimum unit of the bagged food produced by the food processing enterprises is small bag filling bags, and the small bag filling bags are packaged as products for sale after being manually filled into plastic bags.

At present, the small bag loading package is conveyed to the packaging process through the conveying belt, and the conveying efficiency of the conveying belt is constant, and the artificial bagging efficiency is changed, so that the small bag loading package is prevented from missing the packaging process without being packaged, the small bag loading package is blocked by the baffle plate, and a large number of small bag loading packages are stacked on the upstream of the baffle plate.

However, this mode of operation has the following drawbacks:

1. when more workers in the packing procedure are involved, the mode that the baffle plates stack the small bag material bags causes that the workers at the downstream are difficult to normally receive the small bag material bags to be packed;

2. in the process of stacking small bags, friction is generated between the small bags and a conveying belt, so that the package of the small bags is easy to damage, leakage occurs when serious, and product pollution is caused.

Therefore, how to design a conveyor belt device capable of effectively ensuring the packing efficiency of the small bag packing material bag is a problem to be solved by the person skilled in the art.

Disclosure of Invention

The utility model aims at overcoming the defects of the prior art, and provides a ring-type material conveying belt device which is simple in structure and convenient to maintain, and can effectively ensure the packing efficiency of small-bag material bags and ensure the product quality by circularly conveying the small-bag material bags.

The technical scheme of the utility model is as follows: the utility model provides a ring type material conveyer belt device, includes a plurality of mutually independent one-level conveyer belts, second grade conveyer belt to and tertiary conveyer belt, a plurality of one-level conveyer belts end to end and have the interval, be annular distribution, the height that is higher than the material loading end that is located the one-level conveyer belt of low reaches of unloading end that is located the one-level conveyer belt of high reaches, and the interval between two adjacent one-level conveyer belts sets up the receiving plate, and the receiving plate is the slope form and extends, and the high-order limit of receiving plate corresponds with the unloading end of upstream one-level conveyer belt, and the low-order limit of receiving plate corresponds with the material loading end of low reaches one-level conveyer belt, the material loading end of second grade conveyer belt is used for the little bagging material package of material loading, and the unloading end is located the top of arbitrary one-level conveyer belt, the material loading end of tertiary conveyer belt is located between the one-level conveyer belt that is annular distribution, and the other end spanes arbitrary one-level conveyer belt, externally carries the product in bags.

The two sides of the first-stage conveying belt, the second-stage conveying belt, the third-stage conveying belt and the receiving plate are respectively provided with a baffle plate.

The inner wall of the baffle plate positioned on the outer side of the conveying belt and the receiving plate is provided with a collecting plate, the upstream end of the collecting plate is connected with the baffle plate, and the downstream end of the collecting plate extends obliquely towards the inner baffle plate.

A storage table is fixedly arranged above the at least one primary conveying belt.

The feeding end of the four-stage conveying belt is positioned between the object placing table and the one-stage conveying belt, and the discharging end of the four-stage conveying belt is positioned above the three-stage conveying belt.

The first-stage conveyer belt includes two linear type conveyer belts and two pitch arc conveyer belts, and two linear type conveyer belts parallel arrangement just have the interval distance, and two pitch arc conveyer belts set up respectively at the both ends of linear type conveyer belt, and both ends correspond with the material loading end, the unloading end of linear type conveyer belt respectively.

The technical scheme has the following beneficial effects:

1. the ring type material conveying belt device comprises a plurality of mutually independent first-stage conveying belts, second-stage conveying belts and third-stage conveying belts. The first-stage conveyer belts are connected end to end and are provided with intervals and are annularly distributed, the height of the discharging end of the first-stage conveyer belt located at the upstream is higher than that of the charging end of the first-stage conveyer belt located at the downstream, the interval between every two adjacent first-stage conveyer belts is provided with a receiving plate, the receiving plate extends in an inclined mode, the high-position side of the receiving plate corresponds to the discharging end of the upstream first-stage conveyer belt, the low-position side of the receiving plate corresponds to the charging end of the downstream first-stage conveyer belt, namely, small bag charging bags located on the first-stage conveyer belt are circularly conveyed in an annular mode through a dragon receiving mode and pass through a specific point or a plurality of points in a circulating mode, and the small bag charging bags are used for setting a packing procedure, so that the packing efficiency of each worker in the packing procedure can be effectively adapted, long-time friction between the charging bags and the first-stage conveyer belt is avoided, and the product quality is ensured. The feeding end of the secondary conveying belt is used for feeding small bag material bags, the discharging end is located above any one primary conveying belt, small bag material bags are continuously conveyed onto the primary conveying belt through the secondary conveying belt, annular circulating conveying is formed, conveying efficiency of the small bag material bags is improved, and labor intensity is reduced. The feeding end of tertiary conveyer belt is located and is between the one-level conveyer belt that is annular distribution, and the other end spans arbitrary one-level conveyer belt, outwards carries the product in bags, and the product in bags that the packing was accomplished shifts to the tertiary conveyer belt on, can outwards carry for the vanning effectively improves the work efficiency in workshop, and reduces artifical intensity of labour.

2. The baffle plates are arranged on the two sides of the first-stage conveying belt, the second-stage conveying belt, the third-stage conveying belt and the receiving plate, so that small bags or bagged products are prevented from falling. The baffle inner wall that is located the conveyer belt, connects the flitch outside is provided with the board that gathers materials, and the upstream end and the baffle of board that gathers materials link to each other, and the downstream end slope orientation inboard baffle of board that gathers materials extends, makes the pouch dress material package concentrate on the middle part of conveyer belt, avoids pouch dress material package to reduce product quality with baffle friction for a long time, and makes things convenient for the staff bagging-off, improves staff's packing efficiency.

3. The upper part of at least one primary conveying belt is fixedly provided with a placing table for placing packaging bags and packaged products, so that the actual demands of workers are met.

4. The primary conveyor belt comprises two linear conveyor belts and two arc-shaped conveyor belts, the two linear conveyor belts are arranged in parallel and have a spacing distance, the two arc-shaped conveyor belts are respectively arranged at two ends of the linear conveyor belt, the two ends of the arc-shaped conveyor belts respectively correspond to the feeding end and the discharging end of the linear conveyor belt, and the secondary conveyor belt, the tertiary conveyor belt and the position of a packing procedure are conveniently arranged on the basis of meeting the requirement of circulating conveying of small bag material bags, so that the utilization rate of factory space is improved.

Further description is provided below with reference to the drawings and detailed description.

Drawings

FIG. 1 is a schematic view of an assembly of the present utility model;

in the drawing, 1 is a primary conveyor belt, 2 is a secondary conveyor belt, 3 is a tertiary conveyor belt, 4 is a receiving plate, 5 is a baffle, 6 is a collecting plate, 7 is a placing table, 8 is a quaternary conveyor belt, 11 is a linear conveyor belt, and 12 is an arc conveyor belt.

Detailed Description

Referring to fig. 1, an embodiment of an endless material conveyor belt apparatus is shown. The ring type material conveyer belt device comprises a plurality of mutually independent first-stage conveyer belts 1, second-stage conveyer belts 2 and third-stage conveyer belts 3, in order to avoid the material to drop, both sides of each conveyer belt are all provided with baffle 5, and obviously, the height of baffle is higher than the conveying surface height of each conveyer belt. The first-level conveyer belt 1 head and the tail meet and have the interval, be annular distribution, specifically, first-level conveyer belt 1 includes two linear type conveyer belts 11 and two pitch arc conveyer belts 12, two linear type conveyer belts 11 parallel arrangement and have the interval distance, two pitch arc conveyer belts 12 set up respectively at the both ends of linear type conveyer belt 11, and both ends correspond with the material loading end of linear type conveyer belt respectively, the unloading end, the size of linear type conveyer belt, pitch arc conveyer belt is confirmed in a flexible way according to the production scale of product, also can be according to actual need, through the mode of head and the tail connection, set up the linear type conveyer belt and the pitch arc conveyer belt of more quantity. The height of the discharging end of the upstream primary conveyor belt is higher than that of the feeding end of the downstream primary conveyor belt. The interval between two adjacent one-level conveyer belts sets up connects flitch 4, and connect flitch 4 to be the slope form and extend, and the high limit of connecing flitch 4 corresponds with the unloading end of upstream one-level conveyer belt, and the low limit of connecing flitch 4 corresponds with the material loading end of downstream one-level conveyer belt, in order to avoid the material to drop, the both sides of connecing flitch 4 all are provided with baffle 5, and obviously, the height of the top surface of baffle is higher than the height of connecing the flitch. In order to avoid long-time contact friction between the small bag material package and the baffle, a material collecting plate 6 is arranged on the inner wall of the baffle at the outer side of the primary conveying belt and the material receiving plate, and especially corresponds to the arc-shaped conveying belt, the upstream end of the material collecting plate 6 is connected with the baffle 5, the downstream end of the material collecting plate 6 is inclined to extend towards the inner side baffle, the number, the length and the inclination angle of the material collecting plate are flexibly determined according to practical conditions, but in general, the downstream end of the material collecting plate does not exceed the central line of the conveying belt and the material receiving plate. The loading end of the secondary conveyer belt 2 is used for loading small bag material bags, the unloading end is located above any primary conveyer belt, in this embodiment, the unloading end is located above one of the linear conveyer belts, and obviously, the packing procedure is set up in the inboard of another linear conveyer belt. The material loading end of tertiary conveyer belt 3 is located and is between the one-level conveyer belt that is annular distribution, and the other end spanes arbitrary one-level conveyer belt, outwards carries the product in bags, and in this embodiment, tertiary conveyer belt spanes one of them arc conveyer belt, is perpendicular distribution with the second grade conveyer belt.

Generally, the actual demands of workers are met, a placing table 7 is fixedly arranged above the linear conveyor belt corresponding to the packing procedure, and the number of the placing tables is determined according to the number of the workers in the packing procedure.

In order to improve packing efficiency, a four-stage conveying belt 8 is further arranged, the feeding end of the four-stage conveying belt 8 is located between the object placing table 7 and the one-stage conveying belt 1, and the discharging end of the four-stage conveying belt 8 is located above the three-stage conveying belt 3.

The working principle of the utility model is as follows: the small bag loading bags are conveyed to the first conveying belt through the second conveying belt and are circularly conveyed in an arc shape, workers in the packaging process carry out packaging and sealing on the small bag loading bags (a sealing machine can be arranged on a four-stage conveying belt, a special person seals packaged products or is arranged on a placing table, and the packaging personnel seal the packaged products by themselves), and the four-stage conveying belt is used for conveying the packaged products to the third-stage conveying year for boxing.

Claims

1. A ring material conveyor belt assembly, characterized by: comprises a plurality of mutually independent primary conveying belts (1), secondary conveying belts (2) and tertiary conveying belts (3),

the first-stage conveying belts (1) are connected end to end and are distributed in an annular mode, the height of the discharging end of the upstream first-stage conveying belt is higher than that of the feeding end of the downstream first-stage conveying belt, a receiving plate (4) is arranged at the interval between two adjacent first-stage conveying belts, the receiving plate (4) extends in an inclined mode, the high-order side of the receiving plate (4) corresponds to the discharging end of the upstream first-stage conveying belt, the low-order side of the receiving plate (4) corresponds to the feeding end of the downstream first-stage conveying belt,

the feeding end of the secondary conveyer belt (2) is used for feeding small bag material bags, the discharging end is positioned above any primary conveyer belt,

the feeding end of the three-stage conveying belt (3) is positioned between the annular-distributed one-stage conveying belts, and the other end of the three-stage conveying belt spans any one of the one-stage conveying belts and externally conveys bagged products.

2. The endless material conveyor belt assembly of claim 1, wherein: the two sides of the primary conveying belt (1), the secondary conveying belt (2), the tertiary conveying belt (3) and the receiving plate (4) are respectively provided with a baffle plate (5).

3. The endless material conveyor belt assembly of claim 2, wherein: the inner wall of the baffle plate positioned on the outer side of the conveying belt and the receiving plate is provided with a collecting plate (6), the upstream end of the collecting plate (6) is connected with the baffle plate (5), and the downstream end of the collecting plate (6) obliquely extends towards the inner baffle plate.

4. The endless material conveyor belt assembly of claim 1, wherein: a storage table (7) is fixedly arranged above the at least one primary conveying belt.

5. The endless material conveyor belt assembly of claim 4, wherein: the automatic feeding device is characterized by further comprising a four-stage conveying belt (8), wherein the feeding end of the four-stage conveying belt (8) is positioned between the object placing table (7) and the one-stage conveying belt (1), and the discharging end of the four-stage conveying belt (8) is positioned above the three-stage conveying belt (3).

6. The endless material conveyor belt assembly of claim 1, wherein: the primary conveying belt (1) comprises two linear conveying belts (11) and two arc conveying belts (12), the two linear conveying belts (11) are arranged in parallel and have a spacing distance, the two arc conveying belts (12) are respectively arranged at two ends of the linear conveying belts (11), and the two ends respectively correspond to a feeding end and a discharging end of the linear conveying belts.