CN205288506U - Anti -pollution corn packing assembly line - Google Patents

Abstract

The utility model discloses an anti -pollution corn packing assembly line, including rice mill, belt conveyor and vacuum packaging machine, the rice mill includes organism, belt pulley, screen frame, sand roller, feeder hopper, discharge gate, and belt conveyor includes frame, bearing roller, conveyer belt, and vacuum packaging machine includes box and case lid, and discharge hole, opposite side that one side of belt conveyor is close to the rice mill are close to vacuum packaging machine, and the conveyer belt place that is close to on belt conveyor one side of vacuum packaging machine highly is higher than vacuum packaging machine's box top surface and is less than the case lid. After having adopted this kind of structure, the rice mill can prevent that debris from leading to the organism to damage in getting into the organism, can adjust the inclination of organism in a flexible way. Belt conveyor is last, and be provided with the roof and thereby the side shield prevents most pollution, and rice gets into vacuum packaging machine through this kind of belt conveyor after the rice mill ejection of compact to make whole packaging process pollution -free.

Description

A kind of anti-pollution Oryza glutinosa packaging line

Technical field

This utility model relates to a kind of anti-pollution Oryza glutinosa packaging line.

Background technology

In grain processing process, in order to further Oryza glutinosa is processed, first have to be ground by rice mill Oryza glutinosa crust, then the rice vacuum packaging of crust will be removed, these rice mills existing are difficult to prevent impurity from entering in body, and also easily pollute before carrying out vacuum packaging after husk rice, thus it is difficult to ensure that the quality of product.

Utility model content

The purpose of this utility model is easily contaminated when being existing solution Oryza glutinosa husk rice, also easily pollutes after husk rice before carrying out vacuum packaging, thus the problem being difficult to ensure that the quality of product.

The technical solution adopted in the utility model is: a kind of anti-pollution Oryza glutinosa packaging line, including rice mill, ribbon conveyer and vacuum packing machine, rice mill includes body, belt pulley, sieve nest, sand roller, feed hopper, discharging opening, ribbon conveyer includes frame, carrying roller, conveyer belt, vacuum packing machine includes casing and case lid, described body diapire is connected to 2 rackworks, one of them rackwork is positioned at the body diapire side near belt pulley, another rackwork is positioned at the body diapire side near discharging opening, make 2 rackworks symmetrical along body diapire length direction centrage, described sand roller is provided with helical blade, one end of described feed hopper is stretched into internal body and is connected with sieve nest, described feed hopper includes outer installing plate and interior installing plate, the lateral wall of described outer installing plate is provided with vibrating device, the medial wall of outer installing plate and interior installing plate connect and have certain distance thus forming material leakage passage between medial wall and the lateral wall of interior installing plate of outer installing plate, one end that the one end of the feed hopper connected with sieve nest is with material leakage passage connects, it is connected to screen cloth and baffle plate between the medial wall of described interior installing plate, screen cloth is positioned at above baffle plate, the medial wall of interior installing plate is provided with the material leakage mouth with material leakage channel connection, place, the bottom height of material leakage mouth is concordant with screen cloth upper surface, it is positioned on the medial wall of the installing plate above material leakage mouth and is connected with flashboard,

Described ribbon conveyer is being fixed with side shield with the frame both sides on the direction perpendicular with running direction of conveyor belt, side shield is fixed with top board away from one end of frame, it is provided with cross bar between two side shields, cross bar length direction two ends are flexibly connected with the side shield of frame both sides respectively, described cross bar length direction both sides are connected with mounting blocks, each mounting blocks is being fixedly connected with connecting rod towards the off-center place, mounting blocks side of side shield, one end that described connecting rod is remotely mounted piece is fixedly connected with inverted L-shaped shovel flitch, the less inverted L-shaped surface of shovel flitch top surface area is towards belt, it is connected with rotating shaft between two mounting blocks, described rotating shaft is provided with cleaning plant, when mounting blocks rotate make connecting rod on mounting blocks from be positioned at side shield hide the side that extraneous side runs to side shield covering scope time, described cleaning plant can contact on the inverted L-shaped surface less with shovel flitch surface area, described frame length direction both sides are additionally provided with the blowing device being positioned at below conveyer belt,

The side of described ribbon conveyer is near the discharging opening of rice mill, opposite side near vacuum packing machine, and the conveyer belt place height on the ribbon conveyer side of vacuum packing machine is higher than the box top of vacuum packing machine and lower than case lid.

The beneficial effects of the utility model are: after have employed this structure, rice mill is prevented from foreign material entrance body to cause that body damages, can the angle of inclination of flexible body, under the premise ensureing husk rice effect, improve work efficiency, extend service life. Ribbon conveyer is provided with top board and side shield thus preventing most pollution, also improve at ribbon conveyer length direction two ends simultaneously, ribbon conveyer surface can either be cleared up, be prevented from again rice pile up, can also make pollutant away from, rice enters vacuum packing machine by this ribbon conveyer after rice mill discharging, so that whole packaging process is pollution-free.

Accompanying drawing explanation

Fig. 1 is this utility model schematic diagram.

Fig. 2 is rice mill schematic diagram in this utility model.

Fig. 3 is the side view of belt feeder in this utility model.

Fig. 4 is the partial enlarged drawing of Fig. 3.

Fig. 5 is the schematic perspective view of Fig. 4.

Shown in figure: 11 bodies, 12 belt pulleys, 13 sieve nests, 14 sand rollers, 15 feed hoppers, 16 discharging openings, 17 rackworks, 18 helical blades, 19 outer installing plates, installing plate in 110,111 vibrating devices, 112 material leakage passages, 113 screen clothes, 114 baffle plates, 115 material leakage mouths, 116 flashboards, 21 frames, 22 carrying rollers, 23 side shields, 24 top boards, 25 cross bars, 26 mounting blocks, 27 connecting rods, 28 shovel flitch, 29 rotating shafts, 210 cleaning plants, 211 blowing devices.

Detailed description of the invention

Below in conjunction with accompanying drawing, this utility model is described further.

As shown in the figure, a kind of anti-pollution Oryza glutinosa packaging line, including rice mill, ribbon conveyer and vacuum packing machine, rice mill includes body 11, belt pulley 12, sieve nest 13, sand roller 14, feed hopper 15, discharging opening 16, ribbon conveyer includes frame 21, carrying roller 22, conveyer belt, vacuum packing machine includes casing and case lid, described body diapire is connected to 2 rackworks 17, one of them rackwork is positioned at the body diapire side near belt pulley, another rackwork is positioned at the body diapire side near discharging opening, make 2 rackworks symmetrical along body diapire length direction centrage, described sand roller is provided with helical blade 18, one end of described feed hopper is stretched into internal body and is connected with sieve nest, described feed hopper includes outer installing plate 19 and interior installing plate 110, the lateral wall of described outer installing plate is provided with vibrating device 111, the medial wall of outer installing plate and interior installing plate connect and have certain distance thus forming material leakage passage 112 between medial wall and the lateral wall of interior installing plate of outer installing plate, one end that the one end of the feed hopper connected with sieve nest is with material leakage passage connects, screen cloth 113 and baffle plate 114 it is connected between the medial wall of described interior installing plate, screen cloth is positioned at above baffle plate, the medial wall of interior installing plate is provided with the material leakage mouth 115 with material leakage channel connection, place, the bottom height of material leakage mouth is concordant with screen cloth upper surface, it is positioned on the medial wall of the installing plate above material leakage mouth and is connected with flashboard 116,

Described ribbon conveyer frame both sides on the direction perpendicular with running direction of conveyor belt are fixed with side shield 23, side shield is fixed with top board 24 away from one end of frame, it is provided with cross bar 25 between two side shields, cross bar length direction two ends are flexibly connected with the side shield of frame both sides respectively, described cross bar length direction both sides are connected with mounting blocks 26, each mounting blocks is being fixedly connected with connecting rod 27 towards the off-center place, mounting blocks side of side shield, one end that described connecting rod is remotely mounted piece is fixedly connected with inverted L-shaped shovel flitch 28, the less inverted L-shaped surface of shovel flitch top surface area is towards belt, it is connected with rotating shaft 29 between two mounting blocks, described rotating shaft is provided with cleaning plant 210, when mounting blocks rotate make connecting rod on mounting blocks from be positioned at side shield hide the side that extraneous side runs to side shield covering scope time, described cleaning plant can contact on the inverted L-shaped surface less with shovel flitch surface area, described frame length direction both sides are additionally provided with the blowing device 211 being positioned at below conveyer belt,

The side of described ribbon conveyer is near the discharging opening of rice mill, opposite side near vacuum packing machine, and the conveyer belt place height on the ribbon conveyer side of vacuum packing machine is higher than the box top of vacuum packing machine and lower than case lid.

Rackwork in rice mill has multiple, for instance adopt expansion link, for instance adopt cylinder, for instance adopt oil cylinder. Before this utility model uses, flashboard is closed thus blocking material leakage mouth. During use, Oryza glutinosa enters feed hopper and is stopped by screen cloth, Vibration on Start-up device vibrates, the aperture of screen cloth is merely capable of entering and by baffle for little granule foreign material such as dusts, flashboard is opened after being removed by dust etc., Oryza glutinosa enters (material leakage mouth be sized to prevent bulk foreign material from entering) material leakage passage hence in the sieve nest in body by material leakage mouth, rubs, is ground by Oryza glutinosa crust by producing between the rotation of sand roller, Oryza glutinosa and Oryza glutinosa and between Oryza glutinosa and sand roller. During use, adjust the angle of inclination of body as desired by rackwork. The rice of rice mill being sent money, the shovel flitch of ribbon conveyer is adjusted to suitable position thus preventing grain from piling up, controlling connecting rod when shoveling flitch and needing to clear up makes connecting rod hide extraneous side and run to the side of side shield covering scope from being positioned at side shield, and axis of rotation is so that with cleaning plant to shovel flitch removing surface. During use, top board and side shield stop most pollutant, described frame length direction two cross air blowing device to being directed away from the direction of frame length direction central authorities, making the pollutant in air be difficult near import (being arranged under conveyer belt is to prevent from blowing away grain). Cleaning plant can adopt hairbrush, felt etc., when belt surface is cleared up by needs, first adjusting cross bar place height makes cleaning plant can contact with belt surface, carry out clearing up that (mode of axis of rotation has multiple when the spindle is rotated, such as by driven by motor, for instance rotating shaft itself is unpowered, utilize belt to make rotating shaft be connected with belt transmission with the contact of cleaning plant thus belt movement can drive pivot). The side of described ribbon conveyer near the discharging opening of rice mill, opposite side near vacuum packing machine, conveyer belt place height on the ribbon conveyer side of vacuum packing machine, higher than the box top of vacuum packing machine and lower than case lid, so makes rice to enter in vacuum packing machine smoothly and packs.

Those skilled in the art should know; protection scheme of the present utility model is not limited only to the above embodiments; various permutation and combination and conversion can also be carried out on the basis of above-described embodiment; under the premise without prejudice to this utility model spirit, the various conversion that this utility model is carried out all fall within protection domain of the present utility model.

Claims (1)

1. an anti-pollution Oryza glutinosa packaging line, including rice mill, ribbon conveyer and vacuum packing machine, rice mill includes body, belt pulley, sieve nest, sand roller, feed hopper, discharging opening, ribbon conveyer includes frame, carrying roller, conveyer belt, vacuum packing machine includes casing and case lid, it is characterized in that body diapire is connected to 2 rackworks, one of them rackwork is positioned at the body diapire side near belt pulley, another rackwork is positioned at the body diapire side near discharging opening, make 2 rackworks symmetrical along body diapire length direction centrage, described sand roller is provided with helical blade, one end of described feed hopper is stretched into internal body and is connected with sieve nest, described feed hopper includes outer installing plate and interior installing plate, the lateral wall of described outer installing plate is provided with vibrating device, the medial wall of outer installing plate and interior installing plate connect and have certain distance thus forming material leakage passage between medial wall and the lateral wall of interior installing plate of outer installing plate, one end that the one end of the feed hopper connected with sieve nest is with material leakage passage connects, it is connected to screen cloth and baffle plate between the medial wall of described interior installing plate, screen cloth is positioned at above baffle plate, the medial wall of interior installing plate is provided with the material leakage mouth with material leakage channel connection, place, the bottom height of material leakage mouth is concordant with screen cloth upper surface, it is positioned on the medial wall of the installing plate above material leakage mouth and is connected with flashboard,

Described ribbon conveyer frame both sides on the direction perpendicular with running direction of conveyor belt are fixed with side shield, side shield is fixed with top board away from one end of frame, it is provided with cross bar between two side shields, cross bar length direction two ends are flexibly connected with the side shield of frame both sides respectively, described cross bar length direction both sides are connected with mounting blocks, each mounting blocks is being fixedly connected with connecting rod towards the off-center place, mounting blocks side of side shield, one end that described connecting rod is remotely mounted piece is fixedly connected with inverted L-shaped shovel flitch, the less inverted L-shaped surface of shovel flitch top surface area is towards belt, it is connected with rotating shaft between two mounting blocks, described rotating shaft is provided with cleaning plant, when mounting blocks rotate make connecting rod on mounting blocks from be positioned at side shield hide the side that extraneous side runs to side shield covering scope time, described cleaning plant can contact on the inverted L-shaped surface less with shovel flitch surface area, described frame length direction both sides are additionally provided with the blowing device being positioned at below conveyer belt,

The side of described ribbon conveyer is near the discharging opening of rice mill, opposite side near vacuum packing machine, and the conveyer belt place height on the ribbon conveyer side of vacuum packing machine is higher than the box top of vacuum packing machine and lower than case lid.