CN207985260U - A kind of combination balance multiple exit blanking device - Google Patents

Abstract

The application relates to a multi-outlet feeding device for a combined scale, including a combined scale, a support frame, a collecting hopper, a material distribution pipe, a multi-outlet feeding device, and a feeding cup conveying line. , The discharge end of the lower side of the combination scale is provided with a collecting hopper, the lower part of the collecting hopper is provided with a distribution pipe, and a multi-outlet feeding device is set up between the top of the feeding cup conveying line and the distribution pipe. In this application, a multi-outlet blanking device is installed at the material distribution outlet of the material distribution pipe, and the guide slide is driven by the first cylinder, so that each moving discharge pipe connected to the guide slide receives the material and sequentially allocates the portion to the buffer In the hopper; the second cylinder pushes the adapter cup mounting plate to move down, thereby reducing the distance between the adapter cup and the cup placed on the cup conveying line, so as to prevent the material from scattering to the outside of the cup, and the material falling is completed.

Description

A multi-outlet feeding device for combined scales

technical field

The utility model relates to a food packaging machine, in particular to a multi-outlet feeding device for a combined scale.

Background technique

The mechanical multi-exit system of food packaging machines in the prior art is mostly realized by dividing materials by multiple collecting hoppers. Due to the height restriction of the customer's workshop, the overall height of the equipment is high and the floor space is too large; the overall height of the equipment results in slow batching speed , cannot meet the market demand.

Contents of the invention

The purpose of this utility model is to provide a multi-outlet feeding device for a combined scale in order to solve the deficiencies in the background technology.

In order to achieve the above purpose, the utility model adopts the following technical scheme: a multi-outlet feeding device for a combined scale, including a combined scale, a support frame, a collecting hopper, a material distribution pipe, a multi-outlet feeding device, a feeding cup conveying line, and a feeding cup A combination scale is set above the conveying line through a supporting frame. A collecting hopper is provided at the discharge end of the lower side of the combination scale. feeding device.

For an optimization of the utility model, the multi-outlet feeding device includes several moving feeding pipes, linear guide rails, a first cylinder, a buffer hopper, a second cylinder, an adapter cup mounting plate, an adapter cup, a bracket, and a bracket The upper end is provided with a linear guide rail, and each moving feeding tube is guided and connected with the linear guide rail through a guide slide, and a first cylinder connected to the bracket is provided on the guide side, and the piston rod end of the first cylinder is driven and connected to the guide slide; The moving feeding tubes are respectively placed on the lower side of several distribution outlets of the feeding tube, and the lower side of the moving feeding tube is provided with a number of caching hoppers arranged in a row, and a number of transfer cups arranged in a row pass through the transfer cups. The mounting plate is placed on the lower side of the buffer hoppers arranged in a row, and the two sides of the adapter cup mounting plate are respectively provided with a second cylinder. Both ends of the cup mounting plate are connected.

For an optimization of the present utility model, the support frame includes a support platform, and a climbing ladder is provided on one side of the support platform.

Compared with the background technology, the utility model has a reasonable structure. By setting a multi-outlet feeding device at the material distribution outlet of the material distribution pipe, the guide slide is driven by the first air cylinder, and each part connected to the guide slide is moved. The feeding tube receives the materials and distributes them sequentially into the buffer hopper; the second cylinder pushes the adapter cup mounting plate to move down, thereby reducing the distance between the adapter cup and the cup placed on the cup conveying line to prevent The material is scattered to the outside of the cup, and the material falling is completed.

Description of drawings

Fig. 1 is a structural schematic diagram of a multi-outlet feeding device for a combined scale.

Fig. 2 is a side view structural schematic diagram of a multi-outlet feeding device for a combined scale.

Fig. 3 is a structural schematic diagram of a multi-outlet unloading device.

Detailed ways

Embodiment 1: Refer to Fig. 1-3. A multi-outlet feeding device for a combined scale, comprising a combined scale 1, a support frame 2, a collecting hopper 3, a material distribution pipe 4, a multi-outlet feeding device 5, and a feeding cup conveying line 6, and the supporting frame passes through the feeding cup conveying line 6 2. A combination scale 1 is set up. The lower discharge end of the combination scale 1 is provided with a collecting hopper 3. A distributing pipe 4 is provided below the collecting hopper 3. A plurality of pipes are installed between the top of the feeding cup conveying line 6 and the distributing pipe 4. Export blanking device 5. The multi-outlet blanking device 5 includes a plurality of movable blanking pipes 51, linear guide rails 52, a first cylinder 53, a buffer hopper 54, a second cylinder 55, an adapter cup mounting plate 56, an adapter cup 57, a bracket 58, and a bracket 58 upper ends are provided with linear guide rail 52, and each mobile blanking pipe 51 is guided and connected with linear guide rail 52 by guide slider 59 respectively, and its guide side is provided with the first cylinder 53 that is connected with support 58, and the first cylinder 53 piston rods The end drive is connected to the guide slide 39; the moving feeding pipes 51 are respectively placed on the lower side of several feeding outlets 41 of the feeding pipe 4, and the lower side of the moving feeding pipe 51 is provided with a number of buffer hoppers arranged in a row 54. A number of adapter cups 57 arranged in a row are placed on the lower side of the buffer hopper 54 arranged in a row through the adapter cup mounting plate 56. The two sides of the adapter cup mounting plate 56 are respectively provided with a second cylinder 55. The cylinder body ends of the group of second cylinders 55 are respectively connected with brackets 58 , and the piston rod ends thereof are respectively connected with both ends of the adapter cup mounting plate 56 . The support frame 2 includes a support platform 8, and one side of the support platform 8 is provided with a climbing ladder 7.

Embodiment 2: Refer to Fig. 1-3. The material falls from the combination scale 1 into the collecting hopper 3, and the door of the collecting hopper 3 can be opened separately, and falls into the buffer hopper 54 through the material distribution pipe 4, and the first cylinder 53 pushes the guide slide 39, thereby driving and moving the feeding pipe 51 reciprocating action, thereby can provide material to four buffer hoppers 54, after four buffer hoppers 54 are loaded with material, second cylinder 55 pushes adapter cup mounting plate 56 to move down, reduces adapter cup 57 and material cup 9 The distance between the two cylinders prevents the material from being scattered to the outside of the material cup 9. After the material blanking is completed, the second cylinder 55 is retracted to prevent the adapter cup 57 from touching the material cup 9.

It should be understood that: although the present embodiment has described the utility model in more detail, these explanations are only a simple description of the utility model, rather than a limitation of the utility model, and any content that does not exceed the essence of the utility model Inventions and creations all fall within the protection scope of the present utility model.

Claims (3)

1. a kind of combination balance multiple exit blanking device, it is characterised in that including combination balance (1), supporting rack (2), aggregate bin (3), divide Expects pipe (4), multiple exit blanking device (5), material cup pipeline (6), material cup pipeline (6) top are provided with by supporting rack (2) The downside discharge end of combination balance (1), combination balance (1) is equipped with aggregate bin (3), and the lower section of aggregate bin (3) is equipped with sub-feed tube (4), material Above cup pipeline (6) multiple exit blanking device (5) is provided between sub-feed tube (4).

2. combination balance multiple exit blanking device according to claim 1, it is characterized in that：The multiple exit blanking device (5) Including several mobile tremie pipes (51), the linear guide (52), the first cylinder (53), caching hopper (54), the second cylinder (55), turn A glass mounting plate (56), switching cup (57), holder (58) are connect, holder (58) upper end is equipped with the linear guide (52), each mobile tremie pipe (51) it is oriented to and is connected by slide guide part (59) and the linear guide (52) respectively, and it is oriented to side and is equipped with and is connect with holder (58) First cylinder (53), the first cylinder (53) tailpiece of the piston rod are drivingly connected in slide guide part (39)；Each mobile tremie pipe (51) It is respectively placed on the downside of several sub-materials outlet (41) of sub-feed tube (4), is equipped on the downside of mobile tremie pipe (51) several arranged in rows Hopper (54) is cached, several switching cups (57) arranged in rows are placed in caching material arranged in rows by cup mounting plate (56) of transferring It struggles against on the downside of (54), the both sides of the switching cup mounting plate (56) are respectively equipped with the second cylinder (55), two group of second cylinder (55) Cylinder body end is connect with holder (58) respectively, and tailpiece of the piston rod is connect with the both ends of switching cup mounting plate (56) respectively.

3. combination balance multiple exit blanking device according to claim 1, it is characterized in that：Supporting rack (2) includes supporting table (8), supporting table (8) side is equipped with cat ladder (7).