CN205288245U - Improved generation agitating unit - Google Patents

Abstract

The utility model discloses an improved generation agitating unit, including the drive wheel, one end of the support rack is hinged at the support, gu fixed cylinder, the (mixing) shaft, first motor, the churn, the second motor, the feeder hopper, conveying equipment, install a plurality of stirring posts on the (mixing) shaft, the stirring post is the heliciform at the external circumferential wall of (mixing) shaft and distributes, the right side intercommunication of churn has the discharging pipe, the left side external circumferential wall of churn is provided with first guide way, the right side external circumferential wall of churn is provided with the second guide way, the left side below at the churn is installed to the drive wheel, first pinch roller is installed on the upper left side of churn, drive wheel and first pinch roller are all laminated with the diapire facial features of first guide way, the leading wheel is installed to the right side below of churn, the second pinch roller is installed in the upper right side of churn, leading wheel and second pinch roller are all laminated with the diapire facial features of second guide way. The utility model discloses can show the degree of consistency that improves the material after the stirring, avoid the material adhesion effectively on the inner wall of churn.

Description

A kind of modified version whipping appts

Technical field

The utility model relates to a kind of mechanical means, is specifically related to a kind of modified version whipping appts.

Background technology

In in a lot of fields, often need to adopt whipping device that various particulate dust is carried out mix and blend process. Existing whipping device, the stir shaft generally comprising fixing mixing drum, being installed in rotation in mixing drum, by the stir shaft rotated, particulate dust is stirred, this kind only makes the material after stirring not be very even by the alr mode of the stir shaft rotated, and the phenomenon of material sticks on the inwall of mixing drum easily occurs.

Practical novel content

For the deficiencies in the prior art, the utility model object is intended to provide a kind of modified version whipping appts, can significantly improve the uniformity coefficient of the material after stirring, effectively avoid material sticks on the inwall of mixing drum.

For achieving the above object, the utility model adopts following technical scheme:

A kind of modified version whipping appts, comprise driving wheel, bracing frame, the fixing cylinder being fixedly mounted on bracing frame, the stir shaft being installed in rotation in fixing cylinder, for driving the first motor of stir shaft rotary work, the mixing drum being sleeved on stir shaft rotationally, for driving the 2nd motor of driving wheel rotary work, the hopper being connected with mixing drum, for by mass transport to the handling equipment in hopper, described stir shaft is provided with multiple stirring post, described stirring post distributes in the shape of a spiral at the outer circle wall of stir shaft, the right side of described mixing drum is communicated with discharging pipe,

The left side outer circle wall of described mixing drum is provided with the first guide path, the right outer periphery wall of described mixing drum is provided with the 2nd guide path, described driving wheel is arranged on the lower left of mixing drum, the upper left side of described mixing drum is provided with the first compression wheel, described driving wheel and first compress wheel all wall surface with the first guide path fit, the lower right of described mixing drum is provided with guide deflection sheave, the upper right side of described mixing drum is provided with the 2nd compression wheel, described guide deflection sheave and the 2nd compress wheel all wall surface with the 2nd guide path fit.

Described handling equipment comprises anchor, the dumping rack being arranged on anchor, the driving frame being installed in rotation on dumping rack, the body feed tank being fixedly mounted on dumping rack, drive the Power Component that slides up and down of frame for driving, the both sides of described dumping rack are rotatably mounted with the first movable pulley by the first rotating shaft, the both sides of described driving frame are rotatably mounted with the 2nd movable pulley by the 2nd rotating shaft, and the both sides of described anchor are formed for the slide rail that the first movable pulley and the 2nd movable pulley slide.

Described Power Component comprises the main drive shaft being installed in rotation on anchor top, be installed in rotation on anchor bottom driven shaft, for driving the 3rd motor of main drive shaft rotary work, described main drive shaft is provided with main wheel, described driven shaft is provided with secondary wheel, described main wheel and the upper cover of secondary wheel are wound with chain, and described driving frame is fixedly connected with chain.

The right-hand member of described discharging pipe is provided with mounting pipe, described mounting pipe is set with sleeve, it is fitted with inner sleeve in described mounting pipe, described inner sleeve is made up of resilient material, and left end and the discharging pipe of described inner sleeve socket-connect, and the right-hand member of described inner sleeve is connected with multiple moving sheet, the edge of every adjacent moving sheet is overlapped, be threaded on described sleeve bolt, and described moving sheet is fixedly connected with adapter sleeve, the inwall of described adapter sleeve is formed for the internal thread that bolt thread connects.

Being set with spring on described bolt, the top of described bolt is formed with limiting section, and the upper end of described spring is connected on limiting section, and the lower end of described spring is connected on moving sheet.

The useful effect of the utility model is:

The utility model is by the setting of said structure, material to be mixed is delivered in hopper by handling equipment, then enter in mixing drum, then the first motor is started, drive stir shaft and stir the rotation of post, then the 2nd motor is started, drive the rotation of driving wheel, and then drive the rotation of mixing drum, material is under the effect of the stirring post of spiral, from the left end helical feed of mixing drum to right-hand member, course of conveying fully stirs, finally flow out from discharging pipe, mixing drum of the present utility model and stir shaft are all rotating, the uniformity coefficient of the material after stirring can be significantly improved, effectively avoid material sticks on the inwall of mixing drum.

Accompanying drawing explanation

Fig. 1 is the structural representation after the utility model removes handling equipment;

Fig. 2 is the structural representation of sleeve of the present utility model, moving sheet, bolt, spring, adapter sleeve, limiting section;

Fig. 3 is the original state of handling equipment of the present utility model and the structural representation of feed state;

Fig. 4 is the schematic side view of Fig. 3;

Fig. 5 is the enlarged diagram at I place in Fig. 3.

Wherein, 1, bracing frame; 2, fixing cylinder; 3, the first motor; 4, stir shaft; 5, mixing drum; 6, driving wheel; 7, the 2nd motor; 8, hopper; 9, post is stirred; 10, discharging pipe; 11, the first guide path; 12, the 2nd guide path; 13, first wheel is compressed; 14, guide deflection sheave; 15, the 2nd wheel is compressed; 16, the first Link Port; 17, bearing support; 18, the 2nd Link Port; 19, mounting pipe; 20, sleeve; 21, bolt; 22, moving sheet; 23, spring; 24, adapter sleeve; 25, body feed tank; 26, the 3rd motor; 27, anchor; 28, main wheel; 29, main drive shaft; 30, chain; 31, driven shaft; 32, secondary wheel; 33, dumping rack; 34, frame is driven; 35, slide rail; 36, the 2nd rotating shaft; 37, the 2nd movable pulley; 38, the first movable pulley; 39, the first rotating shaft; 40, limiting section; 41, motor seat; 42, belt.

Embodiment

Below, by reference to the accompanying drawings and embodiment, the utility model is described further:

As Figure 1-5, for a kind of modified version whipping appts of the present utility model, comprise driving wheel 6, bracing frame 1, the fixing cylinder 2 being fixedly mounted on bracing frame 1, the stir shaft 4 being installed in rotation in fixing cylinder 2, for driving the first motor 3 of stir shaft 4 rotary work, the mixing drum 5 being sleeved on stir shaft 4 rotationally, for driving the 2nd motor 7 of driving wheel 6 rotary work, the hopper 8 being connected with mixing drum 5, for by mass transport to the handling equipment in hopper 8, described stir shaft 4 is provided with multiple stirring post 9, described stirring post 9 distributes in the shape of a spiral at the outer circle wall of stir shaft 4, the right side of described mixing drum 5 is communicated with discharging pipe 10, when mounted, stir shaft 4 is arranged in fixing cylinder 2 by bearing support 17. first motor 3 is arranged on fixing cylinder 2 by motor seat 41, and the first motor 3 drives the rotary work of stir shaft 4 by belt 42. the left side of mixing drum 5 can arrange the first Link Port 16, and the right side of mixing drum 5 can arrange charging when the 2nd Link Port 18, first Link Port 16 is directed at hopper 8, discharging when the 2nd Link Port 18 is directed at discharging pipe 10.

The left side outer circle wall of described mixing drum 5 is provided with the first guide path 11, the right outer periphery wall of described mixing drum 5 is provided with the 2nd guide path 12, described driving wheel 6 is arranged on the lower left of mixing drum 5, the upper left side of described mixing drum 5 is provided with the first compression wheel 13, described driving wheel 6 and first compress wheel 13 all wall surface with the first guide path 11 fit, the lower right of described mixing drum 5 is provided with guide deflection sheave 14, the upper right side of described mixing drum 5 is provided with the 2nd compression wheel 15, described guide deflection sheave 14 and the 2nd compress wheel 15 all wall surface with the 2nd guide path 12 fit. after starting the 2nd motor 7, under the first cooperation compressing wheel 13 and driving wheel 6, can driving the rotation of mixing drum 5, the 2nd cooperation compressing wheel 15 and guide deflection sheave 14 can effectively ensure that mixing drum 5 steadily rotates. when actual fabrication, in order to facilitate the rotary work driving mixing drum 5 better, can arranging the first engagement portion, arrange the 2nd engagement portion on driving wheel 6 on the first guide path 11, more convenient like this driving wheel 6 drives the rotary work of mixing drum 5.

Stirring post 9 of the present utility model mainly contains two effects, and material is stirred by the first, facilitates the stirring work of material; It two is that material is carried out helical feed, and these stir posts 9 and distribute in the shape of a spiral at the outer circle wall of stir shaft 4, and material, when rotary work, can be delivered to right-hand member from the left end of mixing drum 5 by stir shaft 4.

The sense of rotation of stir shaft 4 of the present utility model and mixing drum 5 can be contrary, can avoid material sticks further on the inwall of mixing drum 5. And, it is possible to the rotating speed of stir shaft 4 is arranged to about 30 times of rotating speed of mixing drum 5.

Described handling equipment comprises anchor 27, the dumping rack 33 being arranged on anchor 27, the driving frame 34 being installed in rotation on dumping rack 33, the body feed tank 25 being fixedly mounted on dumping rack 33, drive the Power Component that slides up and down of frame 34 for driving, the both sides of described dumping rack 33 are rotatably mounted with the first movable pulley 38 by the first rotating shaft 39, the both sides of described driving frame 34 are rotatably mounted with the 2nd movable pulley 37 by the 2nd rotating shaft 36, and the both sides of described anchor 27 are formed for the slide rail 35 that the first movable pulley 38 and the 2nd movable pulley 37 slide;

Specifically, the bottom of Fig. 3 and Fig. 4 is the original state of handling equipment, and the top of Fig. 3 and Fig. 4 is the feed state of handling equipment. When initial, the first movable pulley 38 is the top being positioned at the 2nd movable pulley 37, Power Component start to drive drive frame 34 time, owing to the first movable pulley 38 is not restricted so that dumping rack 33 and drive frame 34 synchronously upwards to move; When the first movable pulley 38 moves to the end of slide rail 35, first movable pulley 38 can not move forward again, and now Power Component continues to drive the upwards motion driving frame 34, owing to driving the upper end of frame 34 to be connected with dumping rack 33 rotationally, frame 34 is driven to start to rotate around the 2nd rotating shaft 36, and then drive dumping rack 33 to rotate around the first rotating shaft 39, thus drive the synchronous rotary of body feed tank 25 so that the material in body feed tank 25 is poured in hopper 8.

Described Power Component comprises the main drive shaft 29 being installed in rotation on anchor 27 top, be installed in rotation on anchor 27 bottom driven shaft 31, for driving the 3rd motor 26 of main drive shaft 29 rotary work, described main drive shaft 29 is provided with main wheel 28, described driven shaft 31 is provided with secondary wheel 32, described main wheel 28 and pair are taken turns cover on 32 and are wound with chain 30, and described driving frame 34 is fixedly connected with chain 30. The rotation of main drive shaft 29 can be driven by the 3rd motor 26, and then drive the rotation of main wheel 28, and then drive the up and down motion of chain 30, and then drive sliding up and down of driving frame 34, operate very easy. When actual fabrication, the quantity of main wheel 28 and secondary wheel 32 can be two.

The right-hand member of described discharging pipe 10 is provided with mounting pipe 19, described mounting pipe 19 is set with sleeve 20, it is fitted with inner sleeve (not shown) in described mounting pipe 19, described inner sleeve is made up of resilient material, left end and the discharging pipe 10 of described inner sleeve socket-connect, the right-hand member of described inner sleeve is connected with multiple moving sheet 22, the edge of every adjacent moving sheet 22 is overlapped, be threaded on described sleeve 20 bolt 21, described moving sheet 22 is fixedly connected with adapter sleeve 24, the inwall of described adapter sleeve 24 is formed for the internal thread that bolt 21 is threaded. By turning bolt 21, bolt 21 is moved towards moving sheet 22, when the end head of bolt 21 is connected to the bottom of adapter sleeve 24, continue to turn bolt 21, continue the bolt 21 towards moving sheet 22 moves to be moved by the position of center line driving moving sheet 22 towards mounting pipe 19 so that the flow that material flows out diminishes; When oppositely turning bolt 21, the flow that material is flowed out is become big. Turn bolt 21 by positive and negative, moving sheet 22 just can be driven to move along close or away from mounting pipe 19 centerline direction, and then the uninterrupted that adjustment material flows out, operation is very easy.

Being set with spring 23 on described bolt 21, the top of described bolt 21 is formed with limiting section 40, and the upper end of described spring 23 is connected on limiting section 40, and the lower end of described spring 23 is connected on moving sheet 22. Under the bounce effect of spring 23, moving sheet 22 can be driven more easily to move towards the position of center line of mounting pipe 19, and facilitate the reset work of bolt 21.

For a person skilled in the art, according to technical scheme described above and design, other various corresponding change and distortion can be made, and all these change and are out of shape within the protection domain that all should belong to the utility model claim.

Claims (1)

1. a modified version whipping appts, it is characterized in that: comprise driving wheel, bracing frame, the fixing cylinder being fixedly mounted on bracing frame, the stir shaft being installed in rotation in fixing cylinder, for driving the first motor of stir shaft rotary work, the mixing drum being sleeved on stir shaft rotationally, for driving the 2nd motor of driving wheel rotary work, the hopper being connected with mixing drum, for by mass transport to the handling equipment in hopper, described stir shaft is provided with multiple stirring post, described stirring post distributes in the shape of a spiral at the outer circle wall of stir shaft, the right side of described mixing drum is communicated with discharging pipe,

The left side outer circle wall of described mixing drum is provided with the first guide path, the right outer periphery wall of described mixing drum is provided with the 2nd guide path, described driving wheel is arranged on the lower left of mixing drum, the upper left side of described mixing drum is provided with the first compression wheel, described driving wheel and first compress wheel all wall surface with the first guide path fit, the lower right of described mixing drum is provided with guide deflection sheave, the upper right side of described mixing drum is provided with the 2nd compression wheel, described guide deflection sheave and the 2nd compress wheel all wall surface with the 2nd guide path fit;

Described handling equipment comprises anchor, the dumping rack being arranged on anchor, the driving frame being installed in rotation on dumping rack, the body feed tank being fixedly mounted on dumping rack, drive the Power Component that slides up and down of frame for driving, the both sides of described dumping rack are rotatably mounted with the first movable pulley by the first rotating shaft, the both sides of described driving frame are rotatably mounted with the 2nd movable pulley by the 2nd rotating shaft, and the both sides of described anchor are formed for the slide rail that the first movable pulley and the 2nd movable pulley slide.