CN2033332U

CN2033332U - Automatic stirring extruder

Info

Publication number: CN2033332U
Application number: CN 88208498
Authority: CN
Inventors: 林永泽
Original assignee: Individual
Current assignee: Individual
Priority date: 1988-07-01
Filing date: 1988-07-01
Publication date: 1989-03-01

Abstract

The utility model discloses an automatic stirring extruder, which belongs to the technical field of the manufacture of brick making machines. The utility model is characterized in that the connection driving system of the traditional brick making machine is improved into a gear driving system; the application strength of the mechanical properties of the brick making machine is enhanced, and the coaxiality and the concentricity of the complete machine are enhanced; the utility model has the advantages of power saving and labor saving; an automatic stirring part is arranged on the structure of the utility model, and the raw material of the clay is thoroughly and homogeneously stirred; the qualities and the labels of the raw bricks are enhanced, and the insufficiency of the molding of the raw bricks produced by the existing brick making machines are overcome; the design purposes of the utility model are realized.

Description

From stirring extruder

The utility model belongs to brickmaking machine and makes the field.

Prior art in the utility model prior art field is: the brickmaking machine of Chu Shouing in the market, though all can reach the purpose of making adobe.But, the one, adopt traditional connection to drive, thereby power consumption is high; The 2nd, not from the mixing part, therefore fail raw clay fully stirred and make it evenly on the structural design, thereby influenced the quality and the label of adobe.

Purpose of design of the present utility model is: at the weak point of above-mentioned existence, design a kind of gear drive, and the extruder of stirring certainly from the mixing part is housed.

Design of the present utility model is: 1, stir extruder certainly and adopt gear drive, having changed the traditional connection of brick extruding machinery drives, not only strengthened the application of force of its mechanical performance, and the axiality and the concentricity of whole machinery have been improved, make machine operation laborsaving flexibly, thereby reach power saving labour-saving purpose.Simultaneously, the utility model utilizes gear drive inertia force principle, makes whole machinery only with a motor, compares with traditional extruder, can economize on electricity more than 20%.2, the utility model owing to be provided with from the mixing part, therefore, can fully stir raw clay on structural design, makes it to reach even.Like this, make the adobe bar extrude closely knit, four jiaos full, and the quality of adobe is good, label is high.Thereby overcome the shortcoming of traditional brick machine made brick blank molding difference.3, the utility model adopts the combined type assembling, and the distance between the main frame bearing fulcrum is widened, and makes complete machine stability good, and does not need the concrete cement base, thereby be convenient to remove, install.

The utility model compared with prior art, 1, adopt gear drive, replace the interlock transmission, thereby increased the deceleration program one, improved working efficiency, power saving simultaneously is laborsaving; 2, set up on the structure from the mixing part, the abundant stirring that has guaranteed raw clay has improved the quality and the label of adobe with even.Thereby realized the purpose of this utility model.

Description of drawings:

Fig. 1 looks schematic diagram from the master who stirs extruder.

Fig. 2 is from the schematic top plan view that stirs extruder.

The drawing reference numeral explanation:

1-gearbox 2-main frame gear

3-stirs gear 4-bearing dish

5-bearing block 6-stirrer gear

7-stirs hopper 8-soil compressing plate

9-bearing block 10-bearing dish

11-lengthening cylinder 12-reducer pipe

13-brick outlet 14-bed hedgehopping seat

Frame 16-stirs cutter at the bottom of the 15-

17-mud cylinder 18-bearing spider

19-reduction gearing 20-left side shaft

21-is to the right shaft of gear 22-

The big belt wheel of 23-belt wheel holder 24-

Be described in further detail stirring extruder certainly in conjunction with Fig. 1 and Fig. 2.

From stirring extruder is that both upper ends thereof at its main frame adopts bearing block (5,9) be equipped with one from the mixing part, from the mixing part is by stirring gear 3, bearing dish (4,10), bearing block (5,9), stirrer gear 6, stir hopper 7, soil compressing plate 8, left and right sides shaft (20,22) and gear 21 formed.Its bearing dish (4,10) is positioned at the two ends of bearing block (5,9), and left and right sides shaft (20,22) is arranged in by bearing dish (4,10) and stirs hopper 7, stirs the end that gear 3 is positioned at left shaft 20.To 21 other ends that are positioned at left and right sides shaft (20,22) of gear, gear is made up of two pitch wheels.Stirrer gear 6 is positioned on the shaft of the left and right sides, and its spread geometry and is adjusted the angle of stirrer gear twist, just can realize adjusting the into speed of pug according to the main frame needs.Soil compressing plate 8 is positioned at the mud outlet end of left and right sides shaft.Gear drive is adopted in the power transfer part, its gear drive is to be meshing with each other by reduction gearing 19, main frame gear 2 and stirring gear 3 to form, its reduction gearing 19 by with reduction box 1 in axle be connected and drive the main frame gear 2 that is connected with boss rod, the main frame gear then drives boss rod and the stirring gear 3 that is connected with left shaft 20, stir gear and then drive left shaft rotation, left shaft rotates by gear 21 being driven right shaft 22.Main frame gear 2 is 1.25-1.5 times of stirring gear 3.In this machine mud cylinder 17 and the lengthening cylinder 11 slip bushing is housed, the tooth bar of slip bushing is helically shaped, and is rotated into inverse ratio with reamer 6.And bearing spider 18 is unpacking formula, and two ones link into an integrated entity with bolt up and down.Its course of work: this unit adopts a motor, drive reduction gearing through gearbox, reduction gearing drives the main frame gear, the main frame gear then drives boss rod and stirs gear, stirring gear driven left side shaft reaches by gear driven left and right sides shaft is turned round, after stirring raw clay, the feasible spiral stirrer gear that is arranged on the shaft of the left and right sides is input to discharging opening place, end, be pressed in the mud cylinder after the reamer extruding by soil compressing plate, make the various adobes of standard through reducer pipe to brick outlet.

Embodiment:

Fig. 1 and Fig. 2 are from a kind of embodiment that stirs extruder.

From the enforcement of stirring extruder: at first with reference to attached Fig. 1 and 2 and specification the 5th and the 7th part, by existing brickmaking machine processing and fabricating technology processing and fabricating parts in addition, treat that it makes after, get final product by existing brickmaking machine Installation and Debugging technology Installation and Debugging.

Claims

1, a kind of from stirring extruder, it is characterized in that:

A, both upper ends thereof at main frame adopts bearing block (5,9) be equipped with one from the mixing part, from the mixing part is by stirring gear 3 certainly, bearing dish (4,10), bearing block (5,9), stirrer gear 6, stir hopper 7, soil compressing plate 8, left and right sides shaft (20,22) and gear 21 formed its bearing dish (4,10) be positioned at bearing block (5,9) two ends, left and right sides shaft (20,22) is by bearing dish (4,10) be arranged in stirring hopper 7, stir the end that gear 3 is positioned at left shaft 20, to 21 other ends that are positioned at left and right sides shaft (20,22) of gear, stirrer gear 6 is positioned on the shaft of the left and right sides, 8 mud outlet ends that are positioned at left and right sides shaft of soil compressing plate;

Gear drive is adopted in b, power transfer part, its gear drive is to be meshing with each other by reduction gearing 19, main frame gear 2 and stirring gear 3 to form, its reduction gearing 19 by with reduction box 1 in axle be connected and drive the main frame gear 2 that is connected with boss rod, the main frame gear then drives boss rod and the stirring gear 3 that is connected with left shaft 20, stir gear and then drive left shaft rotation, left shaft rotates by gear 21 being driven right shaft 22;

In c, mud cylinder 17 and the lengthening cylinder 11 slip bushing is housed, the tooth bar of slip bushing is helically shaped, and is rotated into inverse ratio with reamer 16;

D, bearing spider 18 are the formula of unpacking, and two parts link into an integrated entity with bolt up and down.

2, according to claim 1 from stirring extruder, it is characterized in that: gear 21 is made up of two pitch wheels.

3, according to claim 1 from stirring extruder, it is characterized in that: the spread geometry that is positioned at the stirrer gear 6 on the left and right sides shaft (20,22) is shape in the shape of a spiral.

4, according to claim 1 or 3 described from stirring extruder, it is characterized in that: adjust the angle of stirrer gear 6, just can realize adjusting the into speed of pug according to the main frame needs.

5, according to claim 1 from stirring extruder, it is characterized in that: main frame gear 2 is 1.25-1.5 times of stirring gear 3.