CN110883960A

CN110883960A - Automotive environment-friendly high-performance rubber material conveying and banburying equipment

Info

Publication number: CN110883960A
Application number: CN201911266034.4A
Authority: CN
Inventors: 严坤
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-12-11
Filing date: 2019-12-11
Publication date: 2020-03-17

Abstract

The invention discloses vehicle high-performance rubber material environment-friendly conveying and banburying equipment, which structurally comprises a mixing assisting box, a feeding cylinder, a control box, a bottom fixing plate and a banbury mixer, wherein the mixing assisting box is arranged on the upper surface of the banbury mixer, an inner groove starts to operate and rotate, a fixing core rotates along with the rotation, so that a twisting strip is dragged, the twisting strip can fix the force of an end head through a main head, an integral stress point is fixed, the twisting strip can better extend, a tough strip wound on the surface of a winding rod can be pulled according to the change of the force, a hollow opening can be reduced, when the twisting strip is in contact with the external air, a material adhered to the inner wall can be adhered to the inner wall when a support plate moves, a ball and an outer tightening body give a certain hard force to a pushing head, the material adhered to the inner part can be timely scraped, and after the equipment finishes treatment, the adhesive material is adhered to the inner wall when the external air is in contact with the external air, the inner part is pushed down by the rotary force of the inner part, so that the subsequent accumulation is prevented from needing more energy to soften the inner part, and resources are prevented from being wasted.

Description

Automotive environment-friendly high-performance rubber material conveying and banburying equipment

Technical Field

The invention belongs to the field of environment-friendly equipment, and particularly relates to vehicle high-performance rubber material environment-friendly conveying and banburying equipment.

Background

When the automotive wear-resistant high-performance rubber material is mixed by the internal mixer, the temperature of the rubber material rises during the mixing process, the viscosity is reduced, the automotive wear-resistant high-performance rubber material and the compounding agent can be better mixed together, and when the material is mixed and needs to be output, the automotive wear-resistant high-performance rubber material has an opening which is in contact with the outside, and the outside air can enter the automotive wear-resistant high-performance rubber material.

Based on the discovery of the inventor, the existing environment-friendly mixing equipment for the wear-resistant high-performance rubber material for the vehicle mainly has the following defects, such as:

the residual material viscosity inside can be lifted by air and is adhered to the inner wall, and when the material is used subsequently, the material can be softened only by lifting the material temperature to be higher than the former, so that the subsequent operation needs more energy easily due to circulation, and unnecessary resource waste is formed.

Therefore, it is necessary to provide an environment-friendly conveying and banburying device for high-performance rubber materials for vehicles.

Disclosure of Invention

In order to solve the problem that the residual material viscosity in the technology can be lifted by air and adhered to the inner wall, the material temperature is required to be raised to be higher than that of the former material to soften the material in the subsequent use, and the circulation easily causes the subsequent operation to need more energy, thereby forming unnecessary resource waste.

The invention relates to a purpose and an effect of vehicle high-performance rubber material environment-friendly material conveying and banburying equipment, which are achieved by the following specific technical means:

the structure of the device comprises a mixing assisting box, a charging barrel, a control box, a bottom fixing plate, an internal mixer and a bracket.

The auxiliary mixing box is installed on the upper surface of the internal mixer, the charging barrel is welded on the outer surface of the control box and communicated with the control box, one end of the charging barrel, which is far away from the control box, is connected with the internal mixer, the bottom end of the control box is welded on the upper surface of the bottom fixing plate, and the internal mixer is connected with the bracket.

The internal mixer comprises an inner limit ring, an outer bag shell, a winding strip and a solid core, wherein the inner limit ring is abutted to the inner wall of the outer bag shell, and the winding strip is wound on the outer surface of the solid core.

As a further improvement of the invention, the inner limiting ring comprises a support head body, two clamping edges, two flexible strips, a moving head, a support plate, a central column, an inner groove and two rolling rods, wherein the rolling rod is connected with the support head body, the moving head is arranged between the support plate and the flexible strips, the inner groove is positioned inside the clamping edges, one end of the rolling rod, which is far away from the support head body, is connected with the central column, the rolling rods are of a cylindrical structure, the number of the moving heads is two, and the number of the clamping edges is two.

As a further improvement of the invention, the clip-back edge comprises extended corners, clip-back hooks, a buckle block, extended corners, empty openings and limit heads, wherein the extended corners are attached to the outer surface of the buckle block, the clip-back hooks are embedded in the buckle block, the buckle block is connected with the extended corners, the limit heads and the extended corners are of an integrated structure, the empty openings are arranged between the extended corners, the extended corners are provided with six extended corners, three extended corners are a group, and the clip-back hooks are of a shaped structure.

As a further improvement of the invention, the supporting plate comprises an outer tightening body, a middle ball, an outer support and two pushing heads, wherein the outer tightening body is pressed against the outer surface of the pushing head and is connected with the middle ball, the middle ball is arranged on the outer surface of the outer support, the two pushing heads are arranged, the middle ball is in a ball structure, and the number of the outer tightening body is four, and the two outer tightening bodies are in a group.

As a further improvement of the invention, the pushing head comprises an arc paste, two fork openings, two swinging heads, a connecting head, an outer semi-hard layer and two connecting rods, wherein the arc paste is arranged on the outer surface of the outer semi-hard layer, the fork openings are connected with the connecting head, the connecting head is arranged on the outer surface of the swinging head, the connecting rods abut against the outer surface of the fork openings, the arc paste is in a semi-arc structure and is provided with two, the outer semi-hard layer is provided with two, the swinging heads are in an oval structure, and the connecting rods are provided with two.

As a further improvement of the invention, the twisting strip comprises a general head, an outer soft layer, a uniform dividing ball and a strip pulling core, wherein the general head is connected with the outer soft layer, the strip pulling core is arranged on the outer surface of the uniform dividing ball, the strip pulling core is made of rubber materials and has certain pulling performance, and the uniform dividing ball is of a ball structure and is uniformly distributed.

Compared with the prior art, the invention has the following beneficial effects:

the inner groove starts to operate and rotate to enable the fixed core to rotate along with the fixed core, so that the rolling strip is dragged, the rolling strip can fix the force of the end head through the main head, the whole stress point is fixed, the rolling strip can better extend, the tough strip wound on the surface of the winding rod can play a winding effect along with the rotation of the winding rod, when the tough strip is continuously shortened, the required pulling is generated according to the change of the force, the air gap is reduced, the moving head can smoothly move, the moving head can be reversed and pushed back to the resilience force of the clamping hook, the moving head can return to the position, when the tough strip is contacted with the outside air, the material stuck to the inner wall can be stuck to the inner wall when the pushing head is moved by the supporting plate, wherein the ball and the outer body give a certain hard force to the pushing head, the material stuck to the inner part can be timely scraped down, after the equipment is processed, the sticky material is stuck to the inner wall when the outside air is contacted with the outside air, and the sticky material is stuck down by the inner part which is pushed back, preventing subsequent build-up requires more energy to soften it, wasting resources.

Drawings

FIG. 1 is a schematic structural diagram of an environment-friendly conveying and banburying device for high-performance rubber materials for vehicles, which is disclosed by the invention.

FIG. 2 is a left side view of the internal structure of the internal mixer of the present invention.

FIG. 3 is a left-side view of the inner limiting ring according to the present invention.

Fig. 4 is a schematic front view of an inner structure of a clip edge according to the present invention.

Fig. 5 is a front view of an internal structure of a pallet according to the present invention.

Fig. 6 is a schematic front view of the inner structure of the pushing head according to the present invention.

Fig. 7 is a front view of an internal structure of a twisted strip according to the present invention.

In the figure: mixing-assisting box-11, feeding barrel-22, control box-33, bottom fixed plate-44, internal mixer-55, bracket-66, inner limit ring-a 1a, outer pocket shell-a 2a, twisting strip-a 3a, fixed core-a 4a, head supporting body-zz a, back clamping edge-zz a, tough strip-zz a, moving head-zz a, supporting plate-zz a, central column-zz a, inner processing groove-zz a, rolling rod-zz a, extending angle-tt a, back clamping hook-tt a, button block-tt a, extending clamping angle-tt a, empty mouth-tt a, limit head-tt a, outer stretching body-a, middle ball-as a, outer support-as a, pushing head-as a, arc paste-g a, hard mouth-a, outer swinging head-mmg-a, mmm-a, and half-mmm-a, and uniform head-a.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

example (b):

as shown in figures 1 to 7:

the invention provides vehicle high-performance rubber material environment-friendly material conveying and banburying equipment, which structurally comprises a mixing assisting box 11, a feeding barrel 22, a control box 33, a bottom fixing plate 44, a banbury mixer 55 and a bracket 66.

The mixing assisting box 11 is installed on the upper surface of the internal mixer 55, the charging barrel 22 is welded on the outer surface of the control box 33 and is communicated with each other, one end of the charging barrel 22 far away from the control box 33 is connected with the internal mixer 55, the bottom end of the control box 33 is welded on the upper surface of the bottom fixing plate 44, and the internal mixer 55 is connected with the bracket 66.

The internal mixer 55 comprises an inner limit ring a1a, an outer shell a2a, a twisting strip a3a and a solid core a4a, wherein the inner limit ring a1a abuts against the inner wall of the outer shell a2a, and the twisting strip a3a is wound on the outer surface of the solid core a4 a.

Wherein, the inner limit ring a1a comprises a support body zz1, a clamping edge zz2, a flexible strip zz3, a moving head zz4, a supporting plate zz5, a central column zz6, an inner groove zz7 and a rolling rod zz8, the rolling rod zz8 is connected with the support body zz1, the moving head zz4 is arranged between the supporting plate zz5 and the flexible strip zz3, the inner groove zz7 is arranged inside the clamping edge zz2, one end of the rolling rod zz8 far away from the support body zz1 is connected with the central column zz6, the rolling rod zz6 is in a cylinder structure, the moving head zz6 is provided with two, the clamping edge zz6 is provided with two, the rolling rod zz6 is stressed on the part which the rolling rod zz6 collides with the external force, the rolling rod zz6 is limited within a certain range, the moving head zz 72 and the clamping edge zz6 are used for generating the whole deformation according to the action of the pulling force, the pulling force which is changed according to the pulling force which is acted on the support body zz6, and the pulling force, the pulling strip 6, and the pulling force is changed, when the resistance is lost, the external force is resisted to return.

The clamping-back edge zz2 comprises an extension angle tt01, a clamping-back hook tt02, a buckle block tt03, an extension angle tt04, an empty port tt05 and a head limiting tt06, the extension angle tt01 is attached to the outer surface of the buckle block tt03, the clamping-back hooks tt02 are embedded inside the buckle block tt03, the buckle block tt03 is connected with the extension angle tt04, the head limiting tt06 is in an integrated structure with the extension angle tt01, the empty port tt05 is installed between the extension angles tt01, six and three extension angles tt01 are arranged in one group, the clamping-back hooks 02 are in a V-shaped structure, the stressed area of the extension joint part of the extension angle tt01 is provided, the clamping-back hooks tt02 are in a tight state when an outer layer is stressed and are movably jointed to a certain extent, and the empty port tt05 limits the movable space of two side tt 05.

The supporting plate zz5 comprises an outer tightening body as1, a middle ball as2, an outer support as3 and a pushing head as4, the outer tightening body as1 abuts against the outer surface of the pushing head as4, the outer tightening body as1 is connected with the middle ball as2, the middle ball as2 is mounted on the outer surface of the outer support as3, two pushing heads as4 are arranged, the middle ball as2 is of a spherical structure, four and two outer tightening bodies as1 are arranged in one group, the middle ball as2 controls an integral main fixing point, the outer tightening body as1 enables external interference force to be supported outwards with certain hard force, the pushing head as4 enables objects adhered to the inner wall to be scraped at the moved part, and the outer support as3 enables the inner part to have certain contact force.

The pushing head as4 comprises an arc sticker g01, a fork mouth g02, a swinging head g03, a joint head g04, an outer semi-hard layer g05 and a connecting rod g06, wherein the arc sticker g01 is installed on the outer surface of the outer semi-hard layer g05, the fork mouth g02 is connected with the joint head g04, the joint head g04 is installed on the outer surface of the swinging head g03, the connecting rod g06 abuts against the outer surface of the fork mouth g02, the arc sticker g01 is of a semi-arc structure and is provided with two, the outer semi-hard layer g05 is provided with two swinging heads, the swinging head g03 is of an oval structure, the connecting rod g06 is provided with two connecting rods, the arc sticker g01 enables the whole body to be in contact with an outer plane more comfortably, the fork mouth g02 swings under a certain force, and the connecting rod g06 swings in a state of following the swinging part when being connected and moving, a certain buffering protection is provided, and the swinging head is mainly used for bearing the force of the swinging head 03.

The coiling and twisting strip a3a comprises a total head mmm1, an outer soft layer mmm2, a uniform dividing ball mmm3 and a pulling strip core mmm4, wherein the total head mmm1 is connected with the outer soft layer mmm2, the pulling strip core mmm4 is installed on the outer surface of the uniform dividing ball mmm3, the pulling strip core mmm4 is made of rubber materials and has certain pulling performance, the uniform dividing ball mmm3 is of a ball structure and is uniformly distributed, the total head mmm1 fixes an integral stress point to enable the integral stress point to be better stretched, the outer soft layer mmm2 changes according to the change of an inner part, the uniform dividing ball mmm3 enables the integral to be uniformly distributed and stressed when the integral is pulled, and the pulling strip core mmm4 stretches and pulls according to the pulling of an external force to drive the integral to generate required deformation.

The specific use mode and function of the embodiment are as follows:

in the invention, the material is put into the internal mixer 55 through the charging barrel 22, the internal inner slot zz7 is driven to start operating and rotating through the starting device, the fixed core a4a rotates along with the fixed core, thereby dragging the twisting strip a3a, the twisting strip a3a can be fixed by the total head mmm1 with the force of the end, the pulling strip mmm4 pulls the uniform ball mmm3 of the pulling strip, the soft layer mmm2 is pulled to the required length, when the winding rod zz8 rotates along with the fixed core mmm4, the tough strip zz3 wound on the surface of the winding rod zz8 can follow the rotation of the winding rod zz8 to achieve the winding effect, when the tough strip zz3 is continuously shortened, the moving head zz4 extends the expanding angle tt01, the limiting head tt 3642 drives the back clamping hook tt02 to bend and extrude, the empty port tt05 is reduced, the moving head zz 48 can move smoothly, and move together with the inner wall of the moving device 58z 4 to stop moving along with the inner slot zz4, the moving device, and the end is pressed against the end z4, originally, the tough strip zz3 wound on the winding rod zz8 through counter force can reversely rotate and push the clamping hook tt02 to rebound, the moving head zz4 is returned, when the tough strip zz3 is in contact with the outside air, materials adhered to the inner wall can be scraped by the pushing head as4 while the supporting plate zz5 moves, the swinging head g03 swings according to the change of the softness degree of the materials, the connecting rod g06 catches the materials, the arc sticker g01 drives the whole body to be adsorbed on the inner wall, the ball as2 and the outer tension body as1 give a certain hard force to the pushing head as4, and the materials adhered to the inside can be scraped in time.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.

Claims

1. The utility model provides a defeated material banburying equipment of automotive high performance rubber materials environmental protection, its structure is including helping mixing case (11), pan feeding section of thick bamboo (22), control box (33), end solid board (44), banbury mixer (55), bracket (66), its characterized in that:

the mixing assisting box (11) is arranged on the upper surface of an internal mixer (55), the charging barrels (22) are welded on the outer surface of the control box (33) and are communicated with each other, one end, far away from the control box (33), of each charging barrel (22) is connected with the internal mixer (55), the bottom end of the control box (33) is welded on the upper surface of the bottom fixing plate (44), and the internal mixer (55) is connected with the bracket (66);

the internal mixer (55) comprises an inner limit ring (a1a), an outer bag shell (a2a), a twisting strip (a3a) and a solid core (a4a), wherein the inner limit ring (a1a) abuts against the inner wall of the outer bag shell (a2a), and the twisting strip (a3a) is wound on the outer surface of the solid core (a4 a).

2. The vehicle high-performance rubber material environment-friendly material conveying and banburying device as claimed in claim 1, wherein: the inner limit ring (a1a) comprises a supporting body (zz1), a back clamping edge (zz2), a tough strip (zz3), a moving head (zz4), a supporting plate (zz5), a middle column (zz6), an inner groove (zz7) and a rolling rod (zz8), wherein the rolling rod (zz8) is connected with the supporting body (zz1), the moving head (zz4) is installed between the supporting plate (zz5) and the tough strip (zz3), the inner groove (zz7) is located inside the back clamping edge (zz2), and one end, far away from the supporting body (zz1), of the rolling rod (zz8) is connected with the middle column (zz 6).

3. The vehicle high-performance rubber material environment-friendly material conveying and banburying device as claimed in claim 2, wherein: the back clamping edge (zz2) comprises an extending and expanding angle (tt01), a back clamping hook (tt02), a buckle block (tt03), an extending and clamping angle (tt04), a hollow opening (tt05) and a limiting head (tt06), the extending and expanding angle (tt01) is attached to the outer surface of the buckle block (tt03), the back clamping hook (tt02) is embedded into the buckle block (tt03), the buckle block (tt03) is connected with the extending and clamping angle (tt04), the limiting head (tt06) and the extending and expanding angle (tt01) are of an integrated structure, and the hollow opening (tt05) is installed between the extending and expanding angles (tt 01).

4. The vehicle high-performance rubber material environment-friendly material conveying and banburying device as claimed in claim 2, wherein: the splint (zz5) comprises an outer stretching body (as1), a middle ball (as2), an outer support (as3) and a push head (as4), wherein the outer stretching body (as1) abuts against the outer surface of the push head (as4), the outer stretching body (as1) is connected with the middle ball (as2), and the middle ball (as2) is mounted on the outer surface of the outer support (as 3).

5. The vehicle high-performance rubber material environment-friendly material conveying and banburying device as claimed in claim 4, wherein: the pushing head (as4) comprises an arc sticker (g01), a fork opening (g02), a swinging head (g03), a joint head (g04), an outer semi-hard layer (g05) and a connecting rod (g06), wherein the arc sticker (g01) is installed on the outer surface of the outer semi-hard layer (g05), the fork opening (g02) is connected with the joint head (g04), the joint head (g04) is installed on the outer surface of the swinging head (g03), and the connecting rod (g06) abuts against the outer surface of the fork opening (g 02).

6. The vehicle high-performance rubber material environment-friendly material conveying and banburying device as claimed in claim 1, wherein: the winding and twisting strip (a3a) comprises a total head (mmm1), an outer soft layer (mmm2), a uniform distribution ball (mmm3) and a strip pulling core (mmm4), wherein the total head (mmm1) is connected with the outer soft layer (mmm2), and the strip pulling core (mmm4) is installed on the outer surface of the uniform distribution ball (mmm 3).