CN205738173U - A kind of proportioning for granular material mixes packing device of weighing - Google Patents

Abstract

The utility model relates to a proportioning, mixing, weighing and packaging device for granular materials. The utility model relates to a mixing and weighing packaging device. The utility model aims to solve the problem of low matching accuracy of the mixing and weighing packaging production line in the prior art, poor cooperation between various equipment units, high failure rate, and low production costs. Higher, only one kind of ingredients can be completed, the output is low, the equipment is limited by the site, the degree of automation is low, more personnel are needed, and the efficiency is low. It includes the first pre-mixing conveyor, the first screw conveyor, The first mixed material hoist, the first storage bin, the first quantitative packaging scale, the first mixed material conveyor, the first baler and the first mixed conveying mechanism, which include the second premixed conveyor, the second screw A conveyor, a second mixed material hoist, a second storage bin, a second quantitative packaging scale, a second mixed material conveyor, a second baler and a plurality of second mixed conveying mechanisms. The utility model is used in the field of mixing and weighing packaging.

Description

A proportioning, mixing, weighing and packaging device for granular materials

technical field

The utility model relates to a mixing weighing packaging device, in particular to a proportioning mixing weighing packaging device for granular materials.

Background technique

Many raw materials are mixed according to different proportions, which can improve the utilization rate of raw materials and effectively avoid waste of raw materials and environmental pollution. Manual blending is difficult to accurately control the proportion of various raw materials, which is easy to cause waste of raw materials and low efficiency. Using automatic equipment for mixing and weighing, high efficiency, accurate ratio, less waste of raw materials. While improving the efficiency and precise ratio, the equipment can automatically adjust the ratio of raw materials according to different formulas, which is easy to operate and use. Automatic weighing and packaging can effectively reduce production time, reduce production cycle, increase efficiency and simplify operation.

The existing proportioning, mixing, weighing and packaging production line mainly adopts static measurement and weighing. Although the weighing is greatly improved compared with the traditional manual mixing, it still has the following problems: 1. It needs to be measured in a static state. It takes a long time, the work is discontinuous, and the accuracy of the ratio is low due to the change of the working state. 2. The cooperation between various equipment units is not good, the failure rate is high, the power consumption is large, the floor area is large, and the production cost is high. 3. There are few types of ingredients in the equipment, and only 2-4 kinds of ingredients can be completed. Some of them can only be mixed and weighed, but cannot be mixed. 4. The output is low, and the output per hour is generally between 10 tons and 30 tons, which is difficult to meet the requirements of current use and distribution. 5. The equipment is limited by the site. Because the equipment needs to take into account the feeding and operation of the equipment, the equipment is generally underground, and it cannot be placed if it encounters a site that is not suitable for digging a deep pit. 6. The degree of automation is low, and the entire production line requires more personnel, resulting in low efficiency.

Utility model content

The utility model solves the problem of low proportioning accuracy of the proportioning, mixing, weighing and packaging production line in the prior art, poor cooperation among various equipment units, high failure rate, high production cost, and only 2-4 kinds of ingredients can be completed. , the output is low, the equipment is greatly restricted by the site, the degree of automation is low, more personnel are needed, and the efficiency is low, and then a proportioning, mixing, weighing and packaging device for granular materials is provided.

The technical scheme adopted by the utility model for solving the above-mentioned technical problems is: it includes the first premixing conveyor, the first screw conveyor, the first mixing hoist, the first storage bin, the first quantitative packaging scale, the first A mixing conveyor, a first baler, and a plurality of first mixing and conveying mechanisms, the first mixing and conveying mechanism includes a first single material conveyor, a first feeding bin and a first flow meter assembly, and each first feeding The outlet end of the bin is set above a first flow meter assembly, each first single material conveyor is set close to a first feed bin, and the outlet end of the first single material conveyor is set above the first feed bin , a plurality of first mixing conveying mechanisms are arranged side by side in a straight line, the first premixing conveyor is arranged under the plurality of first flowmeter assemblies, the discharge end of the first premixing conveyor is arranged close to the first screw conveyor, and the second The feed end of a screw conveyor is set below the discharge end of the first premixing conveyor, the first mixture hoist is vertically set close to the first screw conveyor, and the feed end of the first mix hoist is set at the first Below the output end of a screw conveyor, the first storage bin is vertically arranged on the weighing frame of the first quantitative packaging scale, the discharge end of the first mixture hoist is arranged above the first storage bin, and the first mixing The material conveyor is arranged below the first quantitative packaging scale, and the first baler is arranged close to the first mixing conveyor.

It includes a second premix conveyor, a second screw conveyor, a second mixture elevator, a second storage bin, a second quantitative packaging scale, a second mixture conveyor, a second baler and multiple second The mixing and conveying mechanism, the second mixing and conveying mechanism includes a second feeding bin and a second flowmeter assembly, the outlet end of each second feeding bin is arranged above a second flowmeter assembly, and multiple second mixing and conveying mechanisms Arranged side by side in a straight line, the second premixing conveyor is arranged under a plurality of second flowmeter assemblies, the discharge end of the second premixing conveyor is arranged close to the second screw conveyor, and the feeding end of the second screw conveyor It is arranged below the discharge end of the second premixing conveyor, the second mixture elevator is vertically arranged close to the second screw conveyor, and the feed end of the second mixture elevator is arranged below the output end of the second screw conveyor, The second storage bin is vertically arranged on the weighing frame of the second quantitative packaging scale, the discharge end of the second mixture hoist is arranged above the second storage bin, and the second mixture conveyor is arranged on the second quantitative packaging Below the scale, a second baler is located next to the second mix conveyor.

The beneficial effects of the utility model are:

Compared with other similar production lines, the utility model has the advantages of compact structure, small footprint, high efficiency, large output, many types of ingredients that can be added, high precision and stable operation. The production line has a high degree of automation, which is suitable for different site requirements and can be modified according to different sites. The type of raw material addition can be controlled, and the flow meter can control the ratio of raw material addition. The utility model increases the accuracy of raw material proportioning, reduces the time for configuration and mixing, and improves the output.

Description of drawings

Fig. 1 is the front view of the utility model, which is an above-ground granular material proportioning, mixing, weighing and packaging device, and Fig. 2 is the first single-material conveyor 1 of the above-ground structure close to the first feeding bin 2 and the first flow meter assembly 3 and the schematic diagram of the setting of the first premixing conveyor 4, Fig. 3 is a schematic diagram of the proportioning, mixing, weighing and packaging device for the above-ground granular material, and Fig. 4 is the flow chart of the proportioning, mixing, weighing and packaging device for the above-ground granular material 5 is a front view of the proportioning, mixing, weighing and packaging device for underground granular materials, and FIG. 6 is a schematic diagram showing that the second premixing conveyor 24 is arranged below the second feeding bin 22 and the second flow meter assembly 23, Fig. 7 is a schematic diagram of the proportioning, mixing, weighing and packaging device for underground granular materials, and Fig. 8 is a flow chart of the proportioning, mixing, weighing and packaging device for underground granular materials.

detailed description

Specific Embodiment 1: In conjunction with Fig. 1 to Fig. 4, a proportioning, mixing, weighing and packaging device for granular materials described in this embodiment includes a first premixing conveyor 4 and a first screw conveyor 5 , the first mixture hoist 6, the first storage bin 7, the first quantitative packaging scale 8, the first mixture conveyor 9, the first baler 10 and a plurality of first mixing conveying mechanisms, the first mixing conveying The mechanism includes a first single material conveyor 1, a first feeding bin 2 and a first flowmeter assembly 3, the outlet end of each first feeding bin 2 is arranged above a first flowmeter assembly 3, and each first A single-material conveyor 1 is arranged close to a first feeding bin 2, the outlet end of the first single-material conveyor 1 is arranged above the first feeding bin 2, and a plurality of first mixing conveying mechanisms are arranged side by side in a straight line, and the first A premixing conveyor 4 is arranged below the plurality of first flowmeter assemblies 3, the discharge end of the first premixing conveyor 4 is arranged close to the first screw conveyor 5, and the feeding end of the first screw conveyor 5 is arranged Below the discharge end of the first premixing conveyor 4, the first mixture elevator 6 is vertically arranged near the first screw conveyor 5, and the feed end of the first mixture elevator 6 is arranged on the first screw conveyor 5 Below the output end, the first storage bin 7 is vertically arranged on the weighing frame of the first quantitative packaging scale 8, and the discharge end of the first mixture hoist 6 is arranged above the first storage bin 7, and the first mixing The material conveyor 9 is arranged below the first quantitative packaging scale 8, and the first baler 10 is arranged close to the first mixing material conveyor 9. This embodiment is applicable to the field of proportioning, mixing, weighing and packaging of above-ground granular materials.

Specific Embodiment 2: In conjunction with Fig. 1 to Fig. 4, a proportioning, mixing, weighing and packaging device for granular materials described in this embodiment also includes a first host computer control system 11 and a first control cabinet 12 , the first control cabinet 12 controls each first single material conveyor 1, each flow meter assembly 3, the first premix conveyor 4, the first screw conveyor 5, the first mixed material elevator 6, the first The quantitative packaging scale 8, the first mixing material conveyor 9 and the first baler 10 are powered, and the materials flowing out of each flow meter assembly 3 are controlled by the first host computer control system 11, and the first host computer control system 11 Control the weight of each output material of each first quantitative packing scale 8 each time. Other compositions and connection methods are the same as those in Embodiment 1.

Specific embodiment 3: In conjunction with Fig. 1 to Fig. 4, a proportioning, mixing, weighing and packaging device for granular materials described in this embodiment, the first flow meter assembly 3 includes a first flow meter hopper 3-1, The first flowmeter conveyor belt 3-2 and the first flowmeter frame 3-3, the first flowmeter conveyor belt 3-2 is installed on the discharge end of the first flowmeter hopper 3-1, the first flowmeter hopper 3-1 Installed on the first flowmeter frame 3-3. Other compositions and connection methods are the same as those in Embodiment 1.

Specific Embodiment 4: In conjunction with Fig. 5 to Fig. 8, a proportioning, mixing, weighing and packaging device for granular materials described in this embodiment includes a second premixing conveyor 24 and a second screw conveyor 25 , the second mixture hoist 26, the second storage bin 27, the second quantitative packaging scale 28, the second mixture conveyor 29, the second baler 30 and a plurality of second mixing conveying mechanisms, the second mixing conveying mechanism It includes a second feeding bin 22 and a second flowmeter assembly 23, the outlet end of each second feeding bin 22 is set above a second flowmeter assembly 23, and a plurality of second mixing and conveying mechanisms are arranged side by side in a straight line, The second premixing conveyor 24 is arranged below a plurality of second flowmeter assemblies 23, the discharge end of the second premixing conveyor 24 is set close to the second screw conveyor 25, and the feeding end of the second screw conveyor 25 It is arranged below the discharge end of the second premixing conveyor 24, and the second mixture elevator 26 is vertically arranged near the second screw conveyor 25, and the feed end of the second mixture elevator 26 is arranged on the second screw conveyor. 25 below the output end, the second storage bin 27 is vertically arranged on the weighing frame of the second quantitative packaging scale 28, and the discharge end of the second mixture hoist 26 is arranged above the second storage bin 27, and the second mixing The material conveyor 29 is arranged below the second quantitative packaging scale 28, and the second baler 30 is arranged close to the second mixing material conveyor 29. This embodiment is suitable for the proportioning, mixing, weighing and packaging field of underground granular materials.

Specific embodiment five: In conjunction with Fig. 5 to Fig. 7, a proportioning, mixing, weighing and packaging device for granular materials described in this embodiment also includes a second host computer control system 31 and a second control cabinet 32 , the second control cabinet 32 controls each of the second flowmeter assembly 23, the second premix conveyor 24, the second screw conveyor 25, the second mixture hoist 26, the second quantitative packaging scale 28, the second mixing The material conveyor 29 and the second packer 30 are powered, the material flowing out of each second flowmeter assembly 23 is controlled by the second host computer control system 31, and each second quantitative packaging is controlled by the second host computer control system 31 Scale 28 outputs the weight of material every time, and other composition and connection mode are identical with embodiment 4.

Specific Embodiment 6: In conjunction with Fig. 5 to Fig. 7, a proportioning, mixing, weighing and packaging device for granular materials described in this embodiment, the second flow meter assembly 23 includes a second flow meter hopper 23-1, The second flowmeter conveyor belt 23-2 and the second flowmeter frame 23-3, the second flowmeter conveyor belt 23-2 is installed on the discharge end of the second flowmeter hopper 23-1, the second flowmeter hopper 23-1 It is installed on the second flowmeter frame 23-3, and the other composition and connection methods are the same as those in Embodiment 4.

working principle

When the utility model is working, when the above-ground granular material is used for mixing and weighing packaging, the first host computer control system 11 and the first control cabinet 12 are set in the dust-proof room, and are controlled by the first host computer control system 11. The proportioning amount of the material of each first mixing conveying mechanism is controlled by the first control cabinet 12 for each first single material conveyor 1, each flow meter assembly 3, the first premixing conveyor 4, and the first screw conveyor 5. The first mixture hoist 6, the first quantitative packaging scale 8, the first mixture conveyor 9 and the first baler 10 are powered, and the materials are respectively poured into the bucket of the first single material conveyor 1 , the material is lifted and poured into the first feeding bin 2 through each first single material conveyor 1, and the material is dropped into the first flow meter hopper 3-1 through the first feeding bin 2, and passed through the first The flow meter conveyor belt 3-2 controls the amount of material outflow, and transports the material in each first feeding bin 2 to the first premixing conveyor 4, and the material is introduced into the first screw conveyor through the first premixing conveyor 4 5 and is stirred by the screw blades in the first screw conveyor 5, and the stirred mixture is transported to the first mixture elevator 6, and the stirred material is conveyed to the first mixture elevator 6 through the first mixture elevator 6. In a storage bin 7, the first quantitative packaging scale 8 is used for quantitative filling, the first packaging machine 10 is used for binding and packaging, and the first mixing conveyor 9 is used to output the packaged materials to complete the above-ground granule Mixing and weighing packaging of bulk materials.

When the utility model is working, when using the proportioning, mixing, weighing and packaging of underground granular materials, by setting the second upper computer control system 31 and the second control cabinet 32 in the dustproof room, the second upper computer control system 31 Control the ratio of materials in each second mixing conveying mechanism, through the second control cabinet 32 to the second flowmeter assembly 23, the second premixing conveyor 24, the second screw conveyor 25, and the second mixing elevator 26 , the second quantitative packaging scale 28, the second mixing conveyor 29 and the second baler 30 are powered, and the material is poured into the second feeding bin 22 respectively, and the material is dropped into the second feeding bin 22 by the second feeding bin 22. In the second flow meter hopper 23-1, the amount of material flowing out is controlled by the second flow meter conveyor belt 23-2, and the material in each second feed bin 22 is transported to the second premixing conveyor 24, and passed through the second flow meter conveyor belt 23-2. The pre-mixing conveyor 24 introduces the material into the second screw conveyor 25 and stirs it through the screw blades in the second screw conveyor 25, and transports the mixed material after stirring to the second mixing material hoist 26, and passes through the second screw conveyor 25. The mixed material hoist 26 transports the stirred material into the second storage bin 27, quantitatively fills it through the second quantitative packaging scale 28, binds and packs it through the second packing machine 30, and passes through the second mixed material conveyor 29. The packaged output will be used to complete the proportioning, mixing, weighing and packaging of underground granular materials.

Claims (4)

1. the proportioning for granular material mixes packing device of weighing, it is characterised in that: it includes the first premix conveying Machine (4), the first conveying worm (5), the first compound elevator (6), the first storage bin (7), the first ration package scale (8), First compound conveyer (9), the first baling press (10) and multiple first blending transportation mechanism, the first blending transportation mechanism includes First thin material conveyer (1), the first feed hopper (2) and first-class gauge assembly (3), the port of export of each first feed hopper (2) Being arranged on the top of a first-class gauge assembly (3), each first thin material conveyer (1) is near first feed hopper (2) Arranging, the port of export of the first thin material conveyer (1) is arranged on the top of the first feed hopper (2), multiple first blending transportation mechanisms The most linearly arranging, the first premix conveyer (4) is arranged on multiple first-class gauge assembly (3) lower section, the first premix conveying The discharge end of machine (4) is arranged near the first conveying worm (5), and the feeding end of the first conveying worm (5) is arranged on first The lower section of premix conveyer (4) discharge end, the first compound elevator (6) is vertically arranged near the first conveying worm (5), the The feeding end of one compound elevator (6) is arranged on the lower section of the first conveying worm (5) outfan, and the first storage bin (7) erects Directly being arranged on the title frame of the first ration package scale (8), the discharge end of the first compound elevator (6) is arranged on the first storage bin (7) top, the first compound conveyer (9) is arranged on the first ration package scale (8) lower section, and the first baling press (10) is near first Compound conveyer (9) is arranged.

A kind of proportioning for granular material mixes packing device of weighing, it is characterised in that: the Flow meters assembly (3) includes first-class gauge hopper (3-1), first-class gauge conveyer belt (3-2) and first-class gauge framework (3-3), first-class gauge conveyer belt (3-2) is arranged on the discharge end of first-class gauge hopper (3-1), first-class gauge hopper (3-1) it is arranged on first-class gauge framework (3-3).

3. the proportioning for granular material mixes packing device of weighing, it is characterised in that: it includes the second premix conveying Machine (24), the second conveying worm (25), the second compound elevator (26), the second storage bin (27), the second ration package scale (28), the second compound conveyer (29), the second baling press (30) and multiple second blending transportation mechanism, the second blending transportation machine Structure includes that the second feed hopper (22) and second gauge assembly (23), the port of export of each second feed hopper (22) are arranged on one The top of second gauge assembly (23), multiple second blending transportation mechanisms are the most linearly arranged, the second premix conveyer (24) being arranged on multiple second gauge assembly (23) lower section, the discharge end of the second premix conveyer (24) is near the second spiral transferring Send machine (25) to arrange, and the feeding end of the second conveying worm (25) is arranged under the second premix conveyer (24) discharge end Side, the second compound elevator (26) is vertically arranged near the second conveying worm (25), the second compound elevator (26) Feeding end is arranged on the lower section of the second conveying worm (25) outfan, and the second storage bin (27) is vertically arranged in second and quantitatively wraps On the title frame of dress scale (28), the discharge end of the second compound elevator (26) is arranged on the second storage bin (27) top, and second mixes Closing material conveyer (29) and be arranged on the second ration package scale (28) lower section, the second baling press (30) is near the second compound conveyer (29) arrange.

A kind of proportioning for granular material mixes packing device of weighing, it is characterised in that: the Two flow meter assemblies (23) include second gauge hopper (23-1), second gauge conveyer belt (23-2) and second gauge frame Frame (23-3), second gauge conveyer belt (23-2) is arranged on the discharge end of second gauge hopper (23-1), second flow Meter hopper (23-1) is arranged on second gauge framework (23-3).