CN201632309U

CN201632309U - Fluid material pulverizing machine

Info

Publication number: CN201632309U
Application number: CN2010201489718U
Authority: CN
Inventors: 王俊雄; 徐惠朝; 邱卫东; 管永根
Original assignee: TONGZHOU SUNWAY MACHINERY MANUFACTURING Co Ltd; SHANGHAI SUNWAY TECHNOLOGY Co Ltd
Current assignee: Nantong Tongzhou District Sunway Machinery Manufacturing
Priority date: 2010-04-02
Filing date: 2010-04-02
Publication date: 2010-11-17
Anticipated expiration: 2020-04-02

Abstract

The utility model discloses a fluid material pulverizing machine, which comprises a main rotating shaft and other elements. One end of the main rotating shaft extends into a casing; a bearing support and the casing are fixed at the two ends of a baseframe respectively; a feeding cavity is sleeved on the baseframe; a first slurry conveying impeller is positioned in the feeding cavity and bonded with the tooth-shaped flow restricting baffle plate; a milling rolling inner core with an arc-shaped groove is bonded with the tooth-shaped flow restricting baffle plate; rotating blades are arrayed on the outer circumference of a rotating blade seat; the rotating blade seat is positioned in a fixed blade seat; fixed blades are arrayed on the inner circumference of the fixed blade seat; a milling fixing outer sleeve with an arc-shaped groove is fixed on the casing; a milling ball is positioned between the milling fixing outer sleeve with the arc-shaped groove and the milling rolling inner core with the arc-shaped groove; and a second slurry conveying impeller is positioned in the discharge port and bonded with the milling rolling inner core with the arc-shaped groove, and is mounted on the main rotating shaft in a key connection manner. The utility model with simple structure and low manufacturing cost can meet the requirements of fluid material pulverizing process and high-quality fine emulsification of the industries such as daily use chemicals.

Description

The reducing mechanism of fluid foods

Technical field

The utility model relates to a kind of reducing mechanism, particularly relates to a kind of reducing mechanism of fluid foods.

Background technology

The reducing mechanism of existing fluid foods is under the driving of motor, in container high speed rotor rotated material is sucked region trochanterica, fluid foods throws away from stator hole by the stator and the rotor clearance of precision-fit, under the shearing and mechanical disruption effect of machinery and fluid power, particle is pulverized.Because have certain clearance between stator and rotor, the particle of crushing rear material can only reach micron order.In addition, the reducing mechanism of existing fluid foods only rises material and rolls abrasive action, can't work because of not entering raceway to the granule materials that reaches more than the 0.5mm that enters reducing mechanism, and material is no paleocinetic power in body, the external delivery pump forced conveyance of palpus can increase manufacturing cost and complex structure like this.

The utility model content

Technical problem to be solved in the utility model provides a kind of reducing mechanism of fluid foods, its simple in structure and low cost of manufacture.

The utility model solves above-mentioned technical problem by following technical proposals: a kind of reducing mechanism of fluid foods, it is characterized in that, the reducing mechanism of fluid foods comprises main shaft, bearing block, support, the first material conveying body paddle wheel, casing, the rolling inner core of milling of band arc groove, discharging opening, ledger-plate, the rotor sheet, the rotor bar, the stationary knife bar, the second material conveying body paddle wheel, the ball of milling, the fixed jacket of milling of band arc groove, profile of tooth current limliting dividing plate and feed cavity, one end of main shaft stretches in the casing, bearing block and casing are separately fixed at the two ends of support, feed cavity is enclosed within on the support, the first material conveying body paddle wheel is fitted in feed cavity and with profile of tooth current limliting dividing plate, mill the rolling inner core and the applying of profile of tooth current limliting dividing plate of band arc groove, the first material conveying body paddle wheel, mill rolling inner core and the profile of tooth current limliting dividing plate of band arc groove all are mounted on the main shaft by key, the rotor sheet is arranged in the excircle of rotor bar, the rotor bar is arranged in the stationary knife bar, ledger-plate is arranged in the inner periphery of stationary knife bar, the fixed jacket of milling of band arc groove is fixed on the casing, ball the milling between the rolling inner core of milling at the mill fixed jacket and the band arc groove of band arc groove, the second material conveying body paddle wheel is fitted in discharging opening and with the rolling inner core of milling of band arc groove, the second material conveying body paddle wheel is mounted on the main shaft by key, and discharging opening and casing are fixed.

Preferably, the reducing mechanism of described fluid foods also comprises bearing gland, and bearing gland and bearing block are fixed, the other end projecting shaft pressure cap of main shaft.

Preferably, described profile of tooth current limliting dividing plate and rotor bar are to install at interval.

Preferably, described main shaft drives the first material conveying body paddle wheel, profile of tooth current limliting dividing plate, rotor bar, is with the rolling inner core of milling, the second material conveying body paddle wheel of arc groove to rotate simultaneously.

Preferably, the profile of tooth arranged in dislocation of described profile of tooth current limliting dividing plate makes material obtain stopping in shearing crushed work zone.

Positive progressive effect of the present utility model is: the utility model can improve the pulverizing production efficiency of fluid foods, all can pulverize the particle below the general 2mm, the grain fineness of processing back material can reach nanoscale, simple in structure and low cost of manufacture can satisfy the requirement of industry convection cell material grinding processing such as daily use chemicals, medicine, food and high quality fine emulsification.

Description of drawings

Fig. 1 is the perspective view of the reducing mechanism of the utility model fluid foods.

Fig. 2 is the planar structure schematic diagram of the reducing mechanism of the utility model fluid foods.

Fig. 3 is the structural representation after ledger-plate in the utility model, rotor sheet, rotor bar, the combination of stationary knife bar.

Fig. 4 is the structural representation of ledger-plate and stationary knife bar in the utility model.

Fig. 5 is the structural representation of the utility model transfer blade and rotor bar.

The specific embodiment

Provide the utility model preferred embodiment below in conjunction with accompanying drawing, to describe the technical solution of the utility model in detail.

Extremely shown in Figure 5 as Fig. 1, the reducing mechanism of the utility model fluid foods comprises main shaft 1, bearing gland 2, bearing block 3, support 4, the first material conveying body paddle wheel 5, casing 6, the rolling inner core 7 of milling of band arc groove, discharging opening 8, the second material conveying body paddle wheel 9, the ball 10 of milling, the fixed jacket 11 of milling of band arc groove, ledger-plate 12, stationary knife bar 13, rotor bar 14, rotor sheet 15, profile of tooth current limliting dividing plate 16 and feed cavity 17, one end projecting shaft pressure cap 2 of main shaft 1, it is the outside that an end of main shaft 1 is exposed at bearing gland 2, the other end of main shaft 1 stretches in the casing 6, main shaft 1 is positioned by bearing block 3, bearing gland 2 is fixing by element such as bolt and bearing block 3, bearing block 3 and casing 6 are separately fixed at the two ends of support 4 by elements such as bolts, support 4 fixes on the ground, feed cavity 17 is enclosed within on the support 4, the first material conveying body paddle wheel 5 is in feed cavity 17, the first material conveying body paddle wheel 5 is fitted with profile of tooth current limliting dividing plate 16, the first material conveying body paddle wheel 5 and profile of tooth current limliting dividing plate 16 all are mounted on the main shaft 1 by key, the rolling inner core 7 of milling of band arc groove is fitted with profile of tooth current limliting dividing plate 16, the rolling inner core 7 of milling of band arc groove is mounted on the main shaft 1 by key, profile of tooth current limliting dividing plate 16 is to install at interval with rotor bar 14, a plurality of rotor sheets 15 are arranged in the excircle of rotor bar 14 and can be in the groove of rotor bar 14 movable, rotor bar 14 is arranged in stationary knife bar 13 and shears the crushed work zone to form, a plurality of ledger-plates 12 are arranged in the inner periphery of stationary knife bar 13, the fixed jacket 11 of milling of band arc groove is fixed on the casing 6, ball 10 the milling between the rolling inner core 7 of milling at the mill fixed jacket 11 and the band arc groove of band arc groove, the second material conveying body paddle wheel 9 is fitted in discharging opening 8 and with the rolling inner core 7 of milling of band arc groove, the second material conveying body paddle wheel 9 is mounted on the main shaft 1 by key, and discharging opening 8 is fixing by element such as bolt and casing 6.Main shaft can drive the first material conveying body paddle wheel 5, profile of tooth current limliting dividing plate 16, rotor bar 14, the rolling inner core 7 of milling of band arc groove, the rotation at a high speed simultaneously of the second material conveying body paddle wheel 9.

Main shaft 1 carries out axial location by bearing gland 2, by support 4 reducing mechanism of this fluid foods is carried out overall fixed, the first material conveying body paddle wheel 5 of axial material conveying body function is housed in feed cavity 17, and the second material conveying body paddle wheel 9 of axial material conveying body function also is equipped with at discharging opening 8 places, can realize like this fluid foods self-priming and send outside, and need not connect the delivery pump forced conveyance, simple in structure and low cost of manufacture; Rotor sheet 15 throws away from rotor seat 14 with the inwall of ledger-plate 12 under centrifugal action to be close to, material is under action of centrifugal force simultaneously, got rid of by force to deliver to and sheared the crushed work zone, when rotor sheet 15 and ledger-plate 12 are done gapless relative shear campaign, ledger-plate 12 forms the scissors mouth with rotor sheet 15, thereby realizes the shearing of material is pulverized.The profile of tooth arranged in dislocation of profile of tooth current limliting dividing plate 16 makes material obtain stopping in shearing crushed work zone, thereby makes material be sheared pulverizing and emulsification fully.

The course of work of the reducing mechanism of the utility model fluid foods may further comprise the steps: step 1, material enter from feed cavity 17.Step 2, main shaft 1 rotate at a high speed and drive first material conveying body paddle wheel 5 rotation at a high speed, and then mass transport is gone in rotor bar 14 and the stationary knife bar 13 formed shearing crushed work zones.Step 3, main shaft 1 drive rotor bar 14 rotation at a high speed, rotor sheet 15 is thrown away be close under action of centrifugal force from rotor bar 14 and make gapless fricting movement with the inwall of ledger-plate 12, the material of shearing the crushed work zone is simultaneously also outwards got rid of by force and is sent under action of centrifugal force; When rotor sheet 15 rotated at a high speed, the axial limit of the axial limit of rotor sheet 15 lateral surfaces and ledger-plate 12 inwalls formed the scissors mouth contact moment, showed shearing pulverizing to material by this scissors cause for gossip; Make gapless fricting movement because the lateral surface of rotor sheet 15 and the inwall of ledger-plate 12 are close to, can be considered at the material of cutting knife-edge part and cut off, promptly can be considered crack shearing continuously and pulverize.Step 4, be sheared the fixed jacket 11 formed working regions of milling of milling that material after the pulverizing continues to be sent to mill rolling inner core 7 and the band arc groove of band arc groove, main shaft 1 drives rolling inner core 7 rotation at a high speed of milling of band arc groove, and then drive is milled ball 10 in the high speed rotation, also in the two the formed track of arc groove of fixed jacket 11 of milling of mill rolling inner core 7 and the band arc groove of band arc groove, revolve round the sun, make the material be transferred between the three, carry out roll extrusion and mills, with the material pulverizing of milling.Step 5, last material are sent by discharging opening 8 by the second material conveying body paddle wheel 9.Owing to be through gapless shearing pulverizing and the roll extrusion pulverizing of milling, so can improve material grinding production efficiency, all can pulverize the particle below the general 2mm, the grain fineness of crushing rear material can reach nanoscale.

Though more than described the specific embodiment of the present utility model, but those skilled in the art is to be understood that, these only illustrate, and under the prerequisite that does not deviate from principle of the present utility model and essence, can make numerous variations or modification to these embodiments.Therefore, protection domain of the present utility model is limited by appended claims.

Claims

1. the reducing mechanism of a fluid foods, it is characterized in that, the reducing mechanism of fluid foods comprises main shaft, bearing block, support, the first material conveying body paddle wheel, casing, the rolling inner core of milling of band arc groove, discharging opening, ledger-plate, the rotor sheet, the rotor bar, the stationary knife bar, the second material conveying body paddle wheel, the ball of milling, the fixed jacket of milling of band arc groove, profile of tooth current limliting dividing plate and feed cavity, one end of main shaft stretches in the casing, bearing block and casing are separately fixed at the two ends of support, feed cavity is enclosed within on the support, the first material conveying body paddle wheel is fitted in feed cavity and with profile of tooth current limliting dividing plate, mill the rolling inner core and the applying of profile of tooth current limliting dividing plate of band arc groove, the first material conveying body paddle wheel, mill rolling inner core and the profile of tooth current limliting dividing plate of band arc groove all are mounted on the main shaft by key, the rotor sheet is arranged in the excircle of rotor bar, the rotor bar is arranged in the stationary knife bar, ledger-plate is arranged in the inner periphery of stationary knife bar, the fixed jacket of milling of band arc groove is fixed on the casing, ball the milling between the rolling inner core of milling at the mill fixed jacket and the band arc groove of band arc groove, the second material conveying body paddle wheel is fitted in discharging opening and with the rolling inner core of milling of band arc groove, the second material conveying body paddle wheel is mounted on the main shaft by key, and discharging opening and casing are fixed.

2. the reducing mechanism of fluid foods as claimed in claim 1 is characterized in that, the reducing mechanism of described fluid foods also comprises bearing gland, and bearing gland and bearing block are fixed, the other end projecting shaft pressure cap of main shaft.

3. the reducing mechanism of fluid foods as claimed in claim 1 is characterized in that, described profile of tooth current limliting dividing plate and rotor bar are to install at interval.

4. the reducing mechanism of fluid foods as claimed in claim 1 is characterized in that, the rolling inner core of milling, the second material conveying body paddle wheel that described main shaft drives the first material conveying body paddle wheel, profile of tooth current limliting dividing plate, rotor bar, band arc groove rotate simultaneously.