CN205761409U

CN205761409U - Dressing sieve screening device is ground in a kind of novel refinement for processing tapioca flour

Info

Publication number: CN205761409U
Application number: CN201620692366.4U
Authority: CN
Inventors: 刘凉
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-07-05
Filing date: 2016-07-05
Publication date: 2016-12-07
Anticipated expiration: 2026-07-05

Abstract

Dressing sieve screening device is ground in a kind of novel refinement for processing tapioca flour, the bottom surface of square sieve bin can be socketed on the end face edge of square bearing material back box, the horizontal middle of square sieve bin is provided with a screen cloth, and the end face of square sieve bin can be socketed with the edge, bottom surface of square upper box cover；Longitudinally secured in the middle part of the end face of square upper box cover have a cuboid-type to grind magazine, and cuboid-type grinds the end face of magazine and is fastened with a feed hopper；Before and after rotating shaft, the two axial ends movable cuboid-type that is serially connected with respectively grinds in the middle part of the leading flank of magazine and in the middle part of trailing flank, the side wall perimeter adapter sleeve of rotating shaft is connected to grind material pipe, cuboid-type grinds the inside of magazine and is additionally provided with guide flap, the trailing flank that the rear axle head of rotating shaft grinds magazine from cuboid-type runs through and is fastenedly connected with a rod end of joystick, and another rod end of joystick is socketed with handle after making right-angle bending.This utility model has that novel structure, processing capacity be big, operation saves time and labour-saving feature.

Description

Dressing sieve screening device is ground in a kind of novel refinement for processing tapioca flour

Technical field

This utility model belongs to tapioca flour machining tool field, relates to a kind of novel refinement for processing tapioca flour and grinds powder Screening plant.

Background technology

Traditional tapioca flour manufacturing procedure is all first to wear into pulpous state by stone grinder, the most again after cleaned Radix Pachyrhizi Erosi stripping and slicing Radix Pachyrhizi Erosi serosity is put into and circular barrel stands a period of time precipitates, the water in the most circular barrel is poured out Come, take out and carry out fragmentation process by being deposited in after the tapioca flour bottom circular barrel dries the most again, but this warp Cross the tapioca flour grain diameter that preliminary fragmentation processes relatively big, for the bigger restaurant of tapioca flour demand, hotel, adding Substantial amounts of tapioca flour can be used, so they need by rolling pin, particle diameter is bigger when of work food materials and culinary art vegetable Tapioca flour granule carry out artificial refinement further again and pulverize, owing to usage amount is big, adds and manually refine the process meeting pulverized Produce a large amount of airborne dust, so this mode of operation exists the most laborious time-consuming problem.

Summary of the invention

In order to solve the problems referred to above, this utility model provides a kind of novel refinement for processing tapioca flour to grind dressing sieve and chooses to install Put, it has novel structure, processing capacity be big, operation saves time and laborsaving, can effectively keep away during tapioca flour is pulverized in refinement Exempt from the feature of airborne dust.

In order to achieve the above object, this utility model is achieved by following technical solution: one is used for processing Radix Pachyrhizi Erosi Dressing sieve screening device is ground in the novel refinement of powder, and it is by square upper box cover, square bearing material back box, square sieve bin, screen cloth, cuboid Type grinds magazine, grinds material pipe, joystick, guide flap composition, it is characterised in that

Square bearing material back box hollow and end face are uncovered, and the bottom surface of square sieve bin can be socketed on the top of square bearing material back box On edge, face, the horizontal middle of square sieve bin is provided with a screen cloth, and square upper box cover hollow and bottom surface are uncovered, square The end face of sieve bin can be socketed with the edge, bottom surface of square upper box cover；

Longitudinally secured in the middle part of the end face of square upper box cover have a cuboid-type to grind magazine, and cuboid-type grinds the end face of magazine Being fastened with a feed hopper, the feeding-passage of feed hopper is communicated to cuboid-type and grinds the inside of magazine；

Before and after rotating shaft, the two axial ends movable cuboid-type that is serially connected with respectively grinds in the middle part of the leading flank of magazine and in the middle part of trailing flank, The side wall perimeter adapter sleeve of rotating shaft is connected to grind material pipe, the lateral wall of this stone roller material pipe and cuboid-type grind the left surface within magazine or The gap of 0.5～1.5mm is remained with between person's right flank；

Cuboid-type grinds the inside of magazine and is additionally provided with guide flap, and guide flap is arranged at the top grinding material pipe, guide Flap, rotating shaft, stone roller material Guan Juncheng anterior-posterior horizontal trend, before and after the central shaft rod of guide flap, two rod ends are serially connected with cuboid respectively Type grinds leading flank and the trailing flank of magazine, can make guide flap run-off the straight by rotating middle shaft bar；

The rear axle head of rotating shaft from cuboid-type grind magazine trailing flank run through and with joystick one rod end fastening Connecting, another rod end of joystick is socketed with handle after making right-angle bending.

During operation, the tapioca flour granule that particle diameter is bigger is poured and is fallen to cuboid-type into and grinds magazine, then from feed hopper Manual handle controls rotating shaft by joystick and grinds material pipe and rotate simultaneously, bulky grain tapioca flour by the stone roller material pipe extruding in rotating and Refinement is pulverized the little granule tapioca flour of formation and powder and falls on the screen cloth in square sieve bin, through the sieve of screen cloth Choosing, little granule tapioca flour and powder are fallen in square bearing material back box by screen cloth, and the impurity etc. such as Plant fiber are hindered by screen cloth Separate to come.

This utility model can be effectively prevented from tapioca flour in operation and roll and the process of screen filtration in refinement The middle problem occurring raising outside Radix Pachyrhizi Erosi powder.

The beneficial effects of the utility model are, it has, and novel structure, processing capacity be big, operation saves time and laborsaving, carefully Change the feature that can be effectively prevented from airborne dust during pulverizing tapioca flour.

Below in conjunction with the accompanying drawings this utility model is described in further detail.

Accompanying drawing explanation

Fig. 1 is this utility model entirety decomposition texture profile.

Detailed description of the invention

As it is shown in figure 1, a kind of for process tapioca flour novel refinement grind dressing sieve screening device, it be by square upper box cover 1, Square bearing material back box 2, square sieve bin 3, screen cloth 4, cuboid-type grind magazine 12, grind material pipe 5, joystick 6, guide flap 7 groups Become, it is characterised in that

Square bearing material back box 2 hollow and end face are uncovered, and the bottom surface of square sieve bin 3 can be socketed on square bearing material back box 2 End face edge on, it is spacious that the horizontal middle of square sieve bin 3 is provided with a screen cloth 4, square upper box cover 1 hollow and bottom surface Mouthful, the end face of square sieve bin 3 can be socketed with the edge, bottom surface of square upper box cover 1；

Longitudinally secured in the middle part of the end face of square upper box cover 1 have a cuboid-type to grind magazine 12, and cuboid-type grinds magazine 12 End face be fastened with a feed hopper 11, the feeding-passage of feed hopper 11 be communicated to cuboid-type grind magazine 12 inside；

Before and after rotating shaft 51, the two axial ends movable cuboid-type that is serially connected with respectively grinds in the middle part of the leading flank of magazine 12 and trailing flank Middle part, the side wall perimeter adapter sleeve of rotating shaft 51 is connected to grind material pipe 5, and the lateral wall of this stone roller material pipe 5 is ground in magazine 12 with cuboid-type The gap of 0.5～1.5mm is remained with between left surface or the right flank in portion；

Cuboid-type grinds the inside of magazine 12 and is additionally provided with guide flap 7, and guide flap 7 is arranged at the top grinding material pipe 5, Guide flap 7, rotating shaft 51, stone roller material pipe 5 all move towards in anterior-posterior horizontal, and before and after the central shaft rod of guide flap 7, two rod ends are gone here and there respectively It is connected to cuboid-type and grinds leading flank and the trailing flank of magazine 12, guide flap 7 run-off the straight can be made by rotating middle shaft bar；

The rear axle head of rotating shaft 51 from cuboid-type grind the trailing flank of magazine 12 run through and with a rod end of joystick 6 Being fastenedly connected, another rod end of joystick 6 is socketed with handle 61 after making right-angle bending.

Claims

1., for processing a novel refinement stone roller dressing sieve screening device for tapioca flour, it is at the bottom of by square upper box cover (1), square bearing material Box (2), square sieve bin (3), screen cloth (4), cuboid-type grind magazine (12), grind material pipe (5), joystick (6), guide flap (7) composition, it is characterised in that

Square bearing material back box (2) hollow and end face are uncovered, and the bottom surface of square sieve bin (3) can be socketed on square bearing material back box (2), on end face edge, the horizontal middle of square sieve bin (3) is provided with a screen cloth (4), square upper box cover (1) hollow And bottom surface is uncovered, the end face of square sieve bin (3) can be socketed with the edge, bottom surface of square upper box cover (1)；

Longitudinally secured in the middle part of the end face of square upper box cover (1) have a cuboid-type to grind magazine (12), and cuboid-type grinds magazine (12) end face is fastened with a feed hopper (11), and the feeding-passage of feed hopper (11) is communicated to cuboid-type and grinds magazine (12) Internal；

Before and after rotating shaft (51), two axial ends activity respectively is serially connected with in the middle part of the leading flank of cuboid-type stone roller magazine (12) and trailing flank Middle part, the side wall perimeter adapter sleeve of rotating shaft (51) is connected to grind material pipe (5), and material is ground with cuboid-type in the lateral wall of this stone roller material pipe (5) The gap of 0.5～1.5mm is remained with between left surface or right flank that box (12) is internal；

Cuboid-type grinds the inside of magazine (12) and is additionally provided with guide flap (7), and guide flap (7) is arranged at and grinds material pipe (5) Top, guide flap (7), rotating shaft (51), stone roller material pipe (5) all move towards in anterior-posterior horizontal, before and after the central shaft rod of guide flap (7) Two rod ends are serially connected with cuboid-type respectively and grind leading flank and the trailing flank of magazine (12), can make guide flap by rotating middle shaft bar (7) run-off the straight；

The rear axle head of rotating shaft (51) from cuboid-type grind the trailing flank of magazine (12) run through and with a bar of joystick (6) End is fastenedly connected, and another rod end of joystick (6) is socketed with handle (61) after making right-angle bending.