CN108187834B - Daily necessities processing unit (plant) - Google Patents

Daily necessities processing unit (plant) Download PDF

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Publication number
CN108187834B
CN108187834B CN201711394619.5A CN201711394619A CN108187834B CN 108187834 B CN108187834 B CN 108187834B CN 201711394619 A CN201711394619 A CN 201711394619A CN 108187834 B CN108187834 B CN 108187834B
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China
Prior art keywords
grinding barrel
rotation axis
sieve
feed
raw
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Application number
CN201711394619.5A
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Chinese (zh)
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CN108187834A (en
Inventor
王如君
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Changshu intellectual property operation center Co.,Ltd.
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Chongqing Ba Leopard Trading Co Ltd
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Priority to CN201711394619.5A priority Critical patent/CN108187834B/en
Publication of CN108187834A publication Critical patent/CN108187834A/en
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C18/00Disintegrating by knives or other cutting or tearing members which chop material into fragments
    • B02C18/06Disintegrating by knives or other cutting or tearing members which chop material into fragments with rotating knives
    • B02C18/08Disintegrating by knives or other cutting or tearing members which chop material into fragments with rotating knives within vertical containers
    • B02C18/10Disintegrating by knives or other cutting or tearing members which chop material into fragments with rotating knives within vertical containers with drive arranged above container
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C18/00Disintegrating by knives or other cutting or tearing members which chop material into fragments
    • B02C18/06Disintegrating by knives or other cutting or tearing members which chop material into fragments with rotating knives
    • B02C18/16Details
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C18/00Disintegrating by knives or other cutting or tearing members which chop material into fragments
    • B02C18/06Disintegrating by knives or other cutting or tearing members which chop material into fragments with rotating knives
    • B02C18/16Details
    • B02C18/22Feed or discharge means
    • B02C18/2225Feed means
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C23/00Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
    • B02C23/08Separating or sorting of material, associated with crushing or disintegrating
    • B02C23/14Separating or sorting of material, associated with crushing or disintegrating with more than one separator

Abstract

The invention belongs to daily necessity processing technique fields, disclose a kind of daily necessities processing unit (plant), including grinding barrel, material storing box, rotation axis and motor, and grinding barrel is run through in the lower end of rotation axis, and rotation axis lower end is equipped with Disintegrating knife;Grinding barrel is equipped with inlet port and outlet port;Material storing box is equipped with the feed opening cooperated with feed inlet;Tapered sieve is slidably connected in grinding barrel, sieve is equipped with installation sheet, and grinding barrel is equipped with screen holes, is equipped with supporting block and elastic component in screen holes;Current-limiting mechanism and Blast mechanism are additionally provided on grinding barrel, current-limiting mechanism includes support rod, strut and striker plate, and the bottom end of one end and striker plate that support rod upper rack posts are hinged in the middle part of strut connects, and striker plate is equipped with and the matched through-hole of feed opening.The problem of present invention solves the prior art and cannot in time take out the biggish feed particles of partial size, and web plate is caused to block, and smashed feed particles are deposited on web plate, influences the crushing of subsequent raw material.

Description

Daily necessities processing unit (plant)
Technical field
The invention belongs to daily necessity manufacture fields, and in particular to daily necessities processing unit (plant).
Background technique
Daily necessities, also known as daily necessity, refer to the article of ordinary people's daily use, i.e., household supplies, household it is in kind, Household implements and household appliances etc..People are commonly exactly soap in daily necessities, and soap is the general name of fatty acid metal salts, are One kind is received with other surfaces activating agent using fatty acid as primary raw material, and quality improver and appearance modifying agents are added, by processing Manufactured product after molding.Since it can be dissolved in water, have the function of washing decontamination, therefore the widespread love by people.
The processing of soap mainly includes raw material crushing, mixing, thawing, framing of soap, stamp, packaging step, wherein raw material Crushing is a vital ring in soap processing.The degree that raw material crushes can determine the uniformity of raw material mixing, therefore can determine The quality of fixed molding soap.
It is at present now the crushing for realizing soap, patent publication No. is the Chinese patent of CN107225028A, is provided A kind of fertilizer processing raw mill plant, includes mainly cabinet, motor, portable pillar, smashes blade, web plate and cylinder, motor It is arranged at the top of the box body, and motor driven portable pillar rotates, the lower end of portable pillar is located in the box body, smashes blade and be evenly arranged on work On the outer wall of dynamic column lower end;Web plate is arranged in cabinet, and is located at the lower section of portable pillar, and cylinder drive case is mobile, cabinet Bottom is connected with discharge nozzle.
In use, putting the raw materials into cabinet, motor drives portable pillar rotation, smashes blade in portable pillar to drive Rotation so that smashing blade and raw material generation relative friction, and shears soap by smashing blade, realizes the powder of raw material It is broken, form feed particles.After the completion of crushing, feed particles are dropped down on web plate, drive cabinet mobile by cylinder, so that web plate pair Smashed feed particles are sieved, and the lesser feed particles of partial size drop down onto the bottom of box, then are taken out by discharge nozzle.This skill Art scenario-frame is simple, and by smashing contact of the blade with raw material, can quickly crush to raw material.
But there is also following technical problems for above-mentioned technical proposal: 1, above-mentioned technical proposal during crushing raw material, The biggish feed particles of partial size cannot be taken out in time, cause web plate to block, smashed feed particles are deposited on web plate, shadow Ring the crushing of subsequent raw material;2, the usual water content of raw material of soap processing is higher, therefore will lead to raw material during crushing It attaches on smashing blade, causes subsequent raw material crushing effect bad.
Summary of the invention
It, cannot be in time by the biggish original of partial size to solve the prior art the invention is intended to provide a kind of daily necessities processing unit (plant) Expect that particle takes out, causes web plate to block, smashed feed particles are deposited on web plate, influence asking for the crushing of subsequent raw material Topic.
To achieve the above object, the present invention provides the following technical solutions, daily necessities processing unit (plant), including grinding barrel, crushes Bucket is equipped with rotation axis and drives the motor of rotation axis rotation, and grinding barrel, and the lower end position of rotation axis are run through in the lower end of rotation axis In in grinding barrel, rotation axis lower end is evenly equipped with several Disintegrating knifes;The top of grinding barrel is equipped with feed inlet, the bottom of grinding barrel side wall Portion is equipped with discharge port;Material storing box is connected at the top of grinding barrel, material storing box is equipped with feed opening, connects between feed opening and feed inlet It is connected to feed pipe;Tapered sieve is slidably connected in grinding barrel, the low side of sieve is evenly arranged with two pieces of installation sheets, crushes It is set on the side wall of bucket there are two screen holes, supporting block is slidably connected in screen holes, between supporting block and the bottom of screen holes Equipped with elastic component, two pieces of installation sheets are separately fixed in two supporting blocks;Current-limiting mechanism and use are additionally provided on the side wall of grinding barrel In dry feedstock Blast mechanism, current-limiting mechanism includes support rod, in the strut being laterally arranged and in vertically arranged striker plate, branch Strut is fixed on the outer wall of grinding barrel, and one end of strut is fixedly connected in supporting block, and the bottom end of the other end and striker plate is fixed It connects, is hinged on support rod in the middle part of strut;The bottom of material storing box is run through in the upper end of striker plate, and sliding with the bottom of material storing box Dynamic connection;The upper end of striker plate is equipped with and the matched through-hole of feed opening.
The technical effect of this programme technical characteristic:
Grinding barrel is used for when crushing raw material, is limited to raw material, wastage of material caused by avoiding raw material from splashing.Motor Rotation axis rotation is driven, rotation axis drives Disintegrating knife rotation, and with raw material relative friction occurs for Disintegrating knife rotation, and is formed and cut Shear force realizes the crushing to raw material.Feed inlet is used for the charging of raw material, and discharge port is used for the discharging of smashed original particle.
Material storing box is for storing raw material, and feed opening is for realizing raw material discharging, and feed pipe is for introducing a material into grinding barrel It is interior.Sieve is for sieving smashed feed particles, since sieve is tapered, the biggish feed particles meeting of partial size It is slided along sieve, is able to achieve the discharging of the biggish feed particles of partial size;Screen holes can be by the biggish original of the partial size filtered out Expect particle export.
Supporting block is used to support sieve, and elastic component is used to provide support force for supporting block so that the upper surface of supporting block and The top of screen holes offsets.When the biggish feed particles of the partial size that partial size is screened out on sieve are more, throat-fed at this time Excessively, Disintegrating knife cannot completely crush raw material, need to limit the quantity to the raw material for entering grinding barrel at this time.
When sieve moves down, supporting block is driven to move down, supporting block, which moves down, drives one end of strut to move down, due to the middle part of strut Hingedly on the support columns, form lever, therefore the other end of strut moves up, drive striker plate to move up, the through-hole on striker plate with Feed opening is staggered, so that reducing by the raw material that feed opening flows out, realizes the current limliting to raw material.Blast mechanism is used for powder Gas is blown into broken bucket, gas blows the biggish feed particles of partial size on sieve upwards, so that the biggish feed particles of partial size It is contacted again with Disintegrating knife, realization carries out separating twice to it;Gas, which is blown, simultaneously is sprinkling upon on Disintegrating knife, can be to crushing knife The raw material of on piece adherency is dried, so that raw material and Disintegrating knife are detached from, avoids the crushing for influencing subsequent raw material.
The technical principle of this programme is:
Motor drives rotation axis rotation, and rotation axis drives Disintegrating knife rotation, and Disintegrating knife crushes raw material.It crushes Raw material afterwards can be sieved by sieve, and the lesser feed particles of partial size drop down onto grinding barrel bottom, be exported from discharge port, grain The biggish feed particles of diameter are sieved and are exported by sieve.When the raw material entered in grinding barrel is excessive, the crushing of Disintegrating knife Effect is deteriorated, and causes the biggish feed particles of the partial size on sieve excessive, drives mounting blocks to move down under the effect of gravity, and according to Lever principle, so that striker plate moves up, the through-hole on striker plate is staggered with feed opening, realizes the limit to the raw material for entering grinding barrel Stream.In crushing process, gas is blown into grinding barrel by Blast mechanism, the biggish feed particles quilt of partial size on sieve can be made Separating twice, while the raw material on Disintegrating knife can be dried, realize the disengaging of raw material.
What this programme can generate has the technical effect that
1, the technical program is by setting taper for sieve, and cooperates the screen holes of grinding barrel side wall, can make by The biggish feed particles of the partial size filtered out, are slided, and skidded off by screen holes, then be collected along sieve, are avoided that sieve Net is blocked, so that the screening effect of sieve is good;
2, the technical program in screen holes by being arranged supporting block and elastic component, and cooperates strut and striker plate, can The amount for entering the raw material of grinding barrel is adjusted, so that the better effect crushed, avoids the occurrence of the biggish raw material of a large amount of partial size Particle, the amount that reduction needs to carry out separating twice feed particles improve the efficiency of crushing so as to shorten the time of crushing;
3, by setting Blast mechanism, it is blown into gas into grinding barrel, can make the biggish raw material of partial size on sieve Grain is blown upwards, so that the biggish feed particles of partial size carry out separating twice, improves the effect of crushing;
4, Disintegrating knife and raw material can be dried simultaneously, so that the raw material being adhered on Disintegrating knife falls off, from And improve the effect that Disintegrating knife crushes raw material;
5, sieve is arranged tapered, after feed particles being dropped down on sieve, is slided along sieve, raw material can be made Movement routine of the particle on sieve is longer, can adequately carry out screening feed particles;Cooperate Blast mechanism again simultaneously, can make It obtains the most biggish feed particles of partial size to be blown upwards, carries out separating twice, it is larger to reduce the partial size flowed out from sieve Feed particles amount, shorten the time of crushing.
It is the preferred embodiment based on above scheme below:
Preferred embodiment one: being based on base case, and the Blast mechanism includes expansion box, piston plate and sequentially hinged pushes away Bar, connecting rod and rotating bar;Expansion box is fixed on the bottom surface of grinding barrel, and piston plate is slidably connected in expansion box, push rod not with The hinged one end of connecting rod is fixedly connected on piston plate;The rotation axis runs through the bottom of grinding barrel, and the middle part of rotation axis turns Dynamic to be connected with axle sleeve, sieve is arranged on axle sleeve;One end hinged with connecting rod is not fixed in rotation axis bottom end rotating bar Portion;It is set on one end in expansion box far from push rod there are two air inlet, is connected with tracheae on air inlet, tracheae is far from air inlet The side wall of grinding barrel is run through in one end, and the one end of tracheae far from air inlet is towards upwards.
Working principle and beneficial effect:
Push rod, piston plate, connecting rod and rotating bar are formed using rotating bar as crank, connecting rod is connecting rod, push rod and piston Plate is the slider-crank mechanism of sliding block.Rotation axis runs through grinding barrel bottom, and rotating bar is fixed on the middle part of rotation axis, rotation axis Rotation drives rotating bar to move in a circle, to realize that piston plate reciprocatingly moves along expansion box.
Expansion box, piston plate and push rod form piston structure, when piston plate is to close to the movement of air inlet direction, by expansion box Interior gas is released from air inlet, imports in grinding barrel again so that gas enters tracheae, it is biggish to blow partial size on sieve upwards Feed particles, while Disintegrating knife is dried;And the feed particles being blocked on the mesh of sieve can also be blown out, Realize the cleaning to sieve.When piston plate reverse movement, negative pressure is carried out by tracheae, the gas in grinding barrel is sucked into gas storage It is intracavitary to be saved, while giving the lesser raw material of partial size on sieve downward power so that the lesser raw material of partial size quickly into Enter the bottom of grinding barrel, realizes screening.
Preferred embodiment two: being based on preferred embodiment one, and the tracheae is equipped with gauze far from one end of air inlet.The mesh of gauze It is smaller, it can make gas smoothly from intratracheal into or out, while it is intratracheal to be avoided that feed particles enter.
Preferred embodiment three: it is based on preferred embodiment two, the lower section of supporting block is equipped with rewinding case on the grinding barrel.Rewinding case energy To what is skidded off from sieve, the biggish feed particles of partial size are collected, convenient for crushing again.
Preferred embodiment four: being based on preferred embodiment three, and the bottom angled of the material storing box is arranged, and close to one end of feed opening For low side.Facilitate the discharging of raw material.
Preferred embodiment five: being based on preferred embodiment four, and the side wall in the grinding barrel is equipped with the feed tube in back taper.Energy Smashed feed particles are oriented to, so that feed particles drop down onto the top of sieve, is slided further along sieve, increases raw material Movement routine of the particle on sieve, so that feed particles screening is more thorough.
Preferred embodiment six: being based on preferred embodiment five, and the rotation axis is located at one end under sieve equipped with stirring blade.Turn Moving axis rotation drives stirring blade rotation, and smashed raw material can be uniformly mixed by stirring blade.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of daily necessities processing unit (plant) of the present invention;
Fig. 2 is the structural scheme of mechanism of Blast mechanism in Fig. 1.
Specific embodiment
Below by the further details of explanation of specific embodiment:
Appended drawing reference in Figure of description includes: grinding barrel 1, feed inlet 11, discharge port 12, screen holes 13, feed tube 14, sieve 2, installation sheet 21, supporting block 3, rotation axis 4, crushing vane 41, stirring blade 42, material storing box 5, feed opening 51, current limliting Mechanism 6, striker plate 62, through-hole 63, Blast mechanism 7, expansion box 71, air inlet 711, piston plate 72, push rod 73, connects strut 61 Extension bar 74, rotating bar 75, rewinding case 8.
Embodiment is substantially as shown in Fig. 1:
Daily necessities processing unit (plant), including rack, rack are equipped with grinding barrel 1 and material storing box 5, and the both ends of grinding barrel 1 are sealed It closes, the top of grinding barrel 1 is equipped with feed inlet 11, and the bottom of 1 right side wall of grinding barrel is equipped with discharge port 12.Incline the bottom of material storing box 5 Tiltedly setting, and the left end of 5 bottom of material storing box is higher than right end;The bottom of 5 right side wall of material storing box be equipped with feed opening 51, feed opening 51 with Feed pipe is equipped between feed inlet 11.The top of grinding barrel 1 is equipped with motor, is connected with rotation axis 4 on the output shaft of motor;It crushes The top and bottom of bucket 1 are equipped with mounting hole, and the lower end of rotation axis 4 passes through two mounting holes and is located at outside grinding barrel 1, mounting hole Inner wall is equipped with the sealing ring cooperated with rotation axis 4.
The top that rotation axis 4 is located at one end in grinding barrel 1 is equipped with six pieces of Disintegrating knifes, and Disintegrating knife is set as three Row, Disintegrating knife are evenly distributed in rotation axis 4.The lower part that rotation axis 4 is located at one end in grinding barrel 1 is equipped with three pieces of stirrings Blade 42, stirring blade 42 are obliquely installed, and one end that stirring blade 42 is connect with rotation axis 4 is higher than the other end, stirring blade 42 are uniformly fixed in rotation axis 4.Rotation axis 4, which is located in the middle part of one end in grinding barrel 1, is rotatably connected to axle sleeve.
The outer wall of axle sleeve is equipped with tapered sieve 2, is equipped with installation sheet 21 in the arranged on left and right sides of 2 bottom of sieve.Powder The left and right side walls of broken bucket 1 are equipped with screen holes 13, and supporting block 3, the bottom of supporting block 3 and sieve are slidably connected in screen holes 13 It selects and is equipped with elastic component between the bottom in hole 13, elastic component is any one in compressed spring, reset spring or rubber ring, the application Use reset spring.Installation sheet 21 is fixed on the upper surface of supporting block 3, and installation sheet 21 and the top of screen holes 13 offset.Powder Feed tube 14 is equipped on broken 1 inner wall of bucket between crushing vane 41 and axle sleeve, feed tube 14 is in reverse tapered shape.On 1 outer wall of grinding barrel The lower section of screen holes 13 is equipped with rewinding case 8.
Current-limiting mechanism 6 is additionally provided on the left side wall of grinding barrel 1, current-limiting mechanism 6 includes support rod, in the strut being laterally arranged 61 and in vertically arranged striker plate 62.Support rod is fixed on the left side wall of grinding barrel 1, and the right end of strut 61 is fixed on left side Supporting block 3 on, the middle part of strut 61 is hinged on support rod.The bottom end of striker plate 62 is fixed on the right end of strut 61, backgauge The bottom of material storing box 5 is run through in the upper end of plate 62, and connect with the basal sliding of material storing box 5.The right side wall and storing of striker plate 62 5 right side wall of case is affixed, and the upper end of striker plate 62 is additionally provided with and the matched through-hole 63 of feed opening 51.
The bottom of grinding barrel 1 is additionally provided with Blast mechanism 7, as shown in Fig. 2, Blast mechanism 7 includes expansion box 71, piston plate 72 and sequentially hinged push rod 73, connecting rod 74 and rotating bar 75.Expansion box 71 is fixed on the bottom of grinding barrel 1, piston plate 72 It is slidably connected in expansion box 71, the right end of push rod 73 is fixed on piston plate 72, and the left end of rotating bar 75 is fixed on rotation axis 4 The middle part of bottom end, and push rod, connecting rod and rotating bar are generally aligned in the same plane.The right end of the upper and lower two side walls of expansion box 71 is all provided with Have air inlet 711, be respectively connected with tracheae on air inlet 711, the one end of tracheae far from air inlet 711 through grinding barrel 1 a left side, by Side wall;Tracheae is located at one end in grinding barrel 1 upward, and is located at the lower section of sieve 2, and tracheae is located on one end in grinding barrel 1 Equipped with gauze.
It when using the present embodiment, puts the raw materials into material storing box 5, raw material is along inclined 5 basal sliding of material storing box, then leads to It crosses the discharging of feed opening 51 to enter in feed pipe, and is entered in grinding barrel 1 by feed inlet 11.Start motor, motor drives rotation Axis 4 rotates, and rotation axis 4 drives Disintegrating knife rotation, and Disintegrating knife rotation generates shearing force to the raw material entered in grinding barrel 1, Realize the crushing to raw material.
It is dropped down on sieve 2 after raw material is pulverized, smashed feed particles are slided along sieve 2, the lesser raw material of partial size Particle drops down onto 1 bottom of grinding barrel by the mesh on sieve 2, and drives the rotation of stirring blade 42 to raw material by rotation axis 4 Grain is mixed.The biggish feed particles of partial size slide into the bottom of sieve 2, are skidded off by screen holes 13, then drop down onto rewinding case 8 It is collected.
Rotation axis 4 rotates, and during driving Disintegrating knife to crush raw material, rotation axis 4 drives rotating bar 75 to rotate, and pushes away It is crank that bar 73, piston plate 72, connecting rod 74 and rotating bar 75, which are formed with rotating bar 75, connecting rod 74 is connecting rod, 73 and of push rod Piston plate 72 is the slider-crank mechanism of sliding block.When rotating bar 75 rotates, piston plate 72 is driven to slide along expansion box 71;Gas storage Case 71, piston plate 72 and push rod 73 form piston structure.
When piston plate 72 moves right, the gas in expansion box 71 is squeezed out, gas enters tracheae by air inlet 711 It is interior, it enters back into grinding barrel 1, the biggish feed particles of partial size on sieve 2 is blown upwards, so that feed particles and Disintegrating knife It is contacted again carry out separating twice;Gas, which is blown, simultaneously is sprinkling upon on Disintegrating knife, and the raw material adhered on Disintegrating knife is dried, So that raw material and Disintegrating knife are detached from, avoid the crushing effect of Disintegrating knife impacted.When piston plate 72 is moved to the left, pass through Tracheae will store in the gas sucking expansion box 71 in grinding barrel 1, while realize negative pressure, so that partial size is smaller on sieve 2 Feed particles quickly pass through sieve 2 enter grinding barrel 1 bottom.The end of tracheae is equipped with gauze, in by grinding barrel 1 When gas is sucked in expansion box 71, it is avoided that feed particles enter expansion box 71.
During crushing raw material, when the raw material entered in grinding barrel 1 is excessive, Disintegrating knife will lead to raw material Crushing effect is bad, therefore causes the remaining biggish feed particles of partial size on sieve 2 excessive, in the effect of feed particles gravity Under, sieve 2 drives supporting block 3 to move down, therefore the right end of strut 61 is driven to move down.Strut 61 is hinged on support rod, forms thick stick Rod structure, according to lever principle, the left end of strut 61 is moved up, and drives striker plate 62 to move up, therefore the through-hole 63 on striker plate 62 It is staggered with the feed opening 51 on material storing box 5, so that the raw material flowed out out of feed opening 51 is reduced, entrance is crushed to be able to achieve The current limliting of raw material in bucket 1.After raw material has crushed, smashed feed particles are taken out by discharge port 12.
For those skilled in the art, under the premise of not departing from technical solution of the present invention, several changes can also be made Shape and improvement, these also should be considered as protection scope of the present invention, these all will not influence the effect and patent that the present invention is implemented Practicability.

Claims (6)

1. daily necessities processing unit (plant), including grinding barrel, grinding barrel is equipped with rotation axis and drives the motor of rotation axis rotation, rotation Grinding barrel is run through in the lower end of axis, and the lower end of rotation axis is located in grinding barrel, and rotation axis lower end is evenly equipped with several Disintegrating knifes;Powder The top of broken bucket is equipped with feed inlet, and the bottom of grinding barrel side wall is equipped with discharge port;It is characterized by: being connected at the top of grinding barrel Material storing box, material storing box are equipped with feed opening, feed pipe are connected between feed opening and feed inlet;It is slidably connected in grinding barrel and is in The sieve of taper, the low side of sieve are evenly arranged with two pieces of installation sheets, are set on the side wall of grinding barrel there are two screen holes, screen holes Supporting block is inside slidably connected, elastic component is equipped between supporting block and the bottom of screen holes, two pieces of installation sheets are separately fixed at In two supporting blocks;It is additionally provided with current-limiting mechanism on the side wall of grinding barrel and for dry feedstock Blast mechanism, current-limiting mechanism includes Support rod, in the strut being laterally arranged and in vertically arranged striker plate, support rod is fixed on the outer wall of grinding barrel, the one of strut End is fixedly connected in supporting block, and the other end is fixedly connected with the bottom end of striker plate, is hinged on support rod in the middle part of strut;Gear The bottom of material storing box is run through in the upper end of flitch, and connect with the basal sliding of material storing box;The upper end of striker plate is equipped with and feed opening Matched through-hole;Blast mechanism includes expansion box, piston plate and sequentially hinged push rod, connecting rod and rotating bar;Expansion box is solid It is scheduled on the bottom surface of grinding barrel, piston plate is slidably connected in expansion box, and one end hinged with connecting rod is not fixedly connected on push rod On piston plate;The rotation axis runs through the bottom of grinding barrel, and axle sleeve is rotatably connected in the middle part of rotation axis, and sieve is arranged in axle sleeve On;One end hinged with connecting rod is not fixed on the middle part of rotation axis bottom end to rotating bar;On one end in expansion box far from push rod If being connected with tracheae on air inlet there are two air inlet, tracheae runs through the side wall of grinding barrel, and tracheae far from one end of air inlet One end far from air inlet is towards upwards.
2. daily necessities processing unit (plant) according to claim 1, it is characterised in that: the tracheae is set far from one end of air inlet There is gauze.
3. daily necessities processing unit (plant) according to claim 2, it is characterised in that: set below supporting block on the grinding barrel There is rewinding case.
4. daily necessities processing unit (plant) according to claim 3, it is characterised in that: the bottom angled of the material storing box is arranged, And one end of close feed opening is low side.
5. daily necessities processing unit (plant) according to claim 4, it is characterised in that: the side wall in the grinding barrel, which is equipped with, is in The feed tube of back taper.
6. daily necessities processing unit (plant) according to claim 5, it is characterised in that: the rotation axis is located at one end under sieve It is equipped with stirring blade.
CN201711394619.5A 2017-12-21 2017-12-21 Daily necessities processing unit (plant) Active CN108187834B (en)

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Application Number Priority Date Filing Date Title
CN201711394619.5A CN108187834B (en) 2017-12-21 2017-12-21 Daily necessities processing unit (plant)

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CN108187834B true CN108187834B (en) 2019-10-11

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CN109093884A (en) * 2018-08-08 2018-12-28 梅长田 A kind of waste and old tubular plastic secondary operation pretreatment mechanism
CN109433297A (en) * 2018-12-29 2019-03-08 重庆诚阳农业发展有限公司 Rice burnishing device
CN111389527A (en) * 2020-03-18 2020-07-10 广州市婵昕生物科技有限责任公司 Dehumidification type traditional Chinese medicine pulverizer with good pulverizing effect
CN111957423A (en) * 2020-07-30 2020-11-20 徐陈花 High-efficient type agricultural and sideline products crushing apparatus

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