CN201604220U - Four-axle mixing machine - Google Patents
Four-axle mixing machine Download PDFInfo
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- CN201604220U CN201604220U CN2010201157464U CN201020115746U CN201604220U CN 201604220 U CN201604220 U CN 201604220U CN 2010201157464 U CN2010201157464 U CN 2010201157464U CN 201020115746 U CN201020115746 U CN 201020115746U CN 201604220 U CN201604220 U CN 201604220U
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Abstract
The utility model relates to a four-axle mixing machine, and relates to a mixer with high-viscosity material or cement which can rotate along a horizontal or a basic horizontal axis and other light material. The utility model provides a four-axle mixing machine with more smooth flowing of the material, higher mixing efficiency, lower energy consumption and wider application range, which is provided with a machine body, a left mixing system and a right mixing system; the left mixing system is provided with a horizontal left outer mixing mechanism and a left inner mixing mechanism, and the left inner mixing mechanism is arranged inside the left outer mixing mechanism and is coaxial with the left outer mixing mechanism; and the right mixing system is provided with a horizontal right outer mixing mechanism and a right inner mixing mechanism, and the right inner mixing mechanism is arranged inside the right outer mixing mechanism and is coaxial with the right outer mixing mechanism. The left outer mixing mechanism and the right outer mixing mechanism are intersected along the opposite direction of the axial direction, and have opposite rotation direction and consistent rotation speed.
Description
Technical field
The utility model relates to and a kind ofly having around the high viscosity material of level or basic horizontal axis running or the agitator of cement and other light material, especially relates to a kind of four-axis blender.
Background technology
Existing have following 2 kinds with the similar agitating device of the utility model:
First kind: twin-shaft mixer.Twin-shaft mixer comprises the stirring body, is horizontally set on the two parallel shafts that stir in the body, is arranged on feeding on the shaft, stirs, returns the unit, and each unit includes the blade that is installed in the mixing arm on the shaft and is connected mixing arm.Because each unit is a separated structure, stirring to material in the mixer is shoveled moving the realization separately by individual blade, therefore material can not produce integral body and circulates continuously, especially at the suitability for industrialized production of slurries such as high viscosity material, foam concrete mortar, thickness mortar, adopt existing twin-shaft mixer, the speed of stirring, effect, the ability that is suitable for all have much room for improvement.
Second kind: dual horizontal axle double helix concrete mixer (notification number is the utility model patent of CN2696799Y).As shown in Figure 1, dual horizontal axle double helix concrete mixer comprises stirring body 20, and is horizontally set on two parallel shaft 2a, the 2b that stirs in the body.Feed unit 23, the interior feed unit 24 of single blade, inside spin return unit 25 outward, external spiral returns unit 26 to have external spiral feed unit 21, inside spin feed unit 22, single blade on the shaft.On two shafts each unit with same sequence vertically rightabout arrange.Described external spiral feeding, return the unit and all have a plurality of long mixing arms and be connected long mixing arm end and be continuously arranged spiral blade group.Described inside spin feeding, return the unit and all have a plurality of short mixing arms and be connected short mixing arm end and be continuously arranged spiral blade group.Described single blade is outer, interior feed unit comprises single long and short mixing arm and be connected the single stirring vane of long and short mixing arm end.Double-horizontal-shaft twin-shaft mixer stirring efficiency is than twin-shaft mixer height, but aggravated the seize problem in the whipping process, not only can't separate high viscosity material and disperse, the bonded group level of having aggravated on the contrary cohesive material can't be suitable for the stirring technique requirement of materials.Based on above-mentioned similar reason, this mixer is not suitable for the thickness mortar yet and stirs operation.Slurries such as foam concrete are stirred operation, because of there is bigger difference in the material density in the slurry, the material that density is little floats on the bigger material of relative density, this type blade of stirrer shape is difficult to play the effect that pressure is risen of clapping in view of the above, the stirring action that can only circulate and push, so this type mixer is difficult to reach the stirring technique requirement.
Summary of the invention
The purpose of this utility model provides a kind of material and flows more smooth and easyly in mixer, stirs more efficiently, and energy consumption is lower, the four-axis blender that the scope of application is wider.
The utility model is provided with body, left stirring system and right stirring system;
Left stirring system is provided with left outside rabbling mechanism and the left inside rabbling mechanism of a horizontal positioned, left inside rabbling mechanism be built in left outside rabbling mechanism and with left outside rabbling mechanism coaxial line;
Right stirring system is provided with right outside rabbling mechanism and the right inside rabbling mechanism of a horizontal positioned, right inside rabbling mechanism be built in right outside rabbling mechanism and with right outside rabbling mechanism coaxial line.
Described left outside rabbling mechanism and right outside rabbling mechanism be the rightabout arranged crosswise vertically, direction of rotation, and velocity of rotation is consistent.Described left inside rabbling mechanism can or stir operating mode and regulate according to different stirring objects from velocity of rotation with right inside rabbling mechanism rotation direction.
Described left outside rabbling mechanism can be provided with left-hand screw axle feed unit and the left-hand screw axle returns the unit, described left-hand screw axle feed unit can be provided with at least 1 left feed screw axle and at least 1 left feed screw axle blade, and described left feed screw axle blade is located on the left feed screw axle; Described left-hand screw axle returns the unit can be provided with that helical axis is returned at least 1 left side and spiral shaft vane is returned at least 1 left side, and a left side is returned spiral shaft vane and is located at a left side and returns on the helical axis; Described left feed screw axle is opposite with the hand of spiral that helical axis is returned on a left side, and left feed screw axle returns helical axis with a left side and is connected by left linking arm.
Described right outside rabbling mechanism can be provided with right-hand screw axle feed unit and the right-hand screw axle returns the unit, described right-hand screw axle feed unit can be provided with at least 1 right feed screw axle and at least 1 right feed screw axle blade, and described right feed screw axle blade is located on the right feed screw axle; Described right-hand screw axle returns the unit can be provided with that helical axis is returned at least 1 right side and spiral shaft vane is returned at least 1 right side, and the right side is returned spiral shaft vane and is located at the right side and returns on the helical axis; Described right feed screw axle is opposite with the hand of spiral that helical axis is returned on the right side, and right feed screw axle returns helical axis with the right side and is connected by right linking arm.
Described left feed screw axle returns helical axis with a left side and is connected by left linking arm, is that left feed screw axle one end returns helical axis one end with a left side and is connected by left linking arm.
Described right feed screw axle returns helical axis with the right side and is connected by right linking arm, is that right feed screw axle one end returns helical axis one end with the right side and is connected by right linking arm.
Can be provided with on the spindle nose of described left outside rabbling mechanism and return the axle head Connection Block, a left side is returned helical axis one end and is returned the axle head Connection Block and be connected; Can be provided with feeding axle head Connection Block on the spindle nose of described left outside rabbling mechanism, left feed screw axle one end is connected with feeding axle head Connection Block.
Can be provided with feeding axle head Connection Block on the spindle nose of described right outside rabbling mechanism, right feed screw axle one end is connected with feeding axle head Connection Block; Can be provided with on the spindle nose of described right outside rabbling mechanism and return the axle head Connection Block, the right side is returned helical axis one end and is returned the axle head Connection Block and be connected.
The feeding axle head Connection Block of described left outside rabbling mechanism can be made up of upper feeding axle head Connection Block and lower feeding axle head Connection Block, and upper feeding axle head Connection Block can be connected by bolt or alternate manner with lower feeding axle head Connection Block; Left outside rabbling mechanism return the axle head Connection Block can by on return the axle head Connection Block and under return the axle head Connection Block and form, on return the axle head Connection Block with under return the axle head Connection Block and can be connected by bolt or alternate manner.
The feeding axle head Connection Block of described right outside rabbling mechanism can be made up of upper feeding axle head Connection Block and lower feeding axle head Connection Block, and upper feeding axle head Connection Block can be connected by bolt or alternate manner with lower feeding axle head Connection Block; Right outside rabbling mechanism return the axle head Connection Block can by on return the axle head Connection Block and under return the axle head Connection Block and form, on return the axle head Connection Block with under return the axle head Connection Block and can be connected by bolt or alternate manner.
Helical axis and left the best split of linking arm are returned in the left feed screw axle of described left outside rabbling mechanism and a left side; Helical axis and right the best split of linking arm are returned in the right feed screw axle of described right outside rabbling mechanism and the right side.
Described left feed screw axle blade and the best split of left feed screw axle, spiral shaft vane is returned on a left side and the best split of helical axis is returned on a left side.
Described right feed screw axle blade and the best split of right feed screw axle, spiral shaft vane is returned on the right side and the best split of helical axis is returned on the right side.
Described left inside rabbling mechanism can be provided with the left inside shaft of 1 horizontal positioned, at least 1 left inside mixing arm, at least 1 left inside stirring vane, left inside mixing arm is fixed on the left inside shaft, the direction position all can be regulated, and left inside stirring vane is installed on the left inside mixing arm.
Described right inside rabbling mechanism can be provided with the right inside shaft of 1 horizontal positioned, at least 1 right inside mixing arm, at least 1 right inside stirring vane, right inside mixing arm is fixed on the right inside shaft, the direction position all can be regulated, and right inside stirring vane is installed on the right inside mixing arm.
Described left inside mixing arm preferably is bolted on the left inside shaft, and left inside stirring vane preferably is installed on the left inside mixing arm by bolt.
Described right inside mixing arm preferably is bolted on the right inside shaft, and right inside stirring vane preferably is installed on the right inside mixing arm by bolt.
By shear agitation violent between the inside and outside rabbling mechanism and between the stirring system of the left and right sides, material circulates, rolls, shovels the hybrid motion of a series of complexity such as scraping, push, rub up at mixer, accomplish the efficient mixing of material.Shear action when the differential between the inside and outside rabbling mechanism had both aggravated to stir can effectively be struck off again the sizing on the outer rabbling mechanism.
Operation principle of the present utility model is as follows: on the outer rabbling mechanism, spiral shaft vane directly is installed on the helical axis, return under the effect that unit comprehensive rotatablely moves at helical axis feed unit and helical axis, the material of a mixing bowl both sides stirs to stirring the body middle part, has increased the flowability of material in cylinder body.Because two outer rabbling mechanisms are arranged, and be again reversed arrangement, stir the mobile except radial motion, also with axially-movable of material.Material mixes along comprehensive the contact fully with circulating of these two directions of motion, forms whole continuous material outer circulation stream, produce acutely, evenly, mixing effect rapidly.Screw shaft structure can touch each corner of cylinder body, does not cause solid accumulation or exist to stir the dead angle.
Because interior rabbling mechanism and outer rabbling mechanism are not established intermediate connecting shaft, only undertaken affixedly by middle linking arm and axle head Connection Block, so material the seize phenomenon can not occur.
Interior rabbling mechanism operation principle: the affixed a plurality of interior mixing arms of the interior shaft of interior rabbling mechanism, described interior mixing arm is certain rule and is fixed on the interior shaft, the direction position all can be regulated, interior stirring vane is fixed on the interior mixing arm, interior stirring vane is installed on the above-mentioned interior mixing arm, and this blade can require to change stirring vane in the various differences according to different production status.1) when stirring high viscosity material, the utility model is according to its not easily separated characteristics of smashing, by being equipped with the running speed of rabbling mechanism in suitable interior stirring vane and the adjustment, high viscosity material is cut, stirs, shovels and action such as scrape, generation is equivalent to the effect that cutter is cut, and high viscosity material is separated rapidly break up.When high viscosity material is separated break up after, high viscosity material is transferred to outside the interior rabbling mechanism by major part, enters other stirring system and stirs.Again bonding material after smashing, interior stirring vane is re-separated and broken it again in new position.Go round and begin again, reach the effect that stirs.2) when stirring the thickness mortar, the interior stirring vane that installation is complementary under suitable mixing speed control, is rolled into a ball strong cutting, fragmentation to the material in the mortar, and promote slip rapidly to axially, radially move with the external spiral system, make it reach the effect that stirs.3) when stirring slurry, the interior stirring vane that installation is complementary, the interior mixing arm of rabbling mechanism and the alignment placement of interior stirring vane in adjusting, under suitable mixing speed control, the little density material that floats on the slip is pressed into rapidly slip, the material of big or small density is fused fully, and promote rapidly slip to axially, radially with the external spiral system flow, thereby realize slurry at a high speed, high-quality stirring.4) shearing of the interior stirring vane of interior rabbling mechanism and shaft High Rotation Speed, the impulsive force of generation and centrifugal force can't stick on the interior rabbling mechanism material.In a word, interior rabbling mechanism carries out complicated cutting, rolls, promotes and claps to press etc. and stir action above-mentioned material, and material toward system's outside transmission, has been formed strong material circular flow.
Under the comprehensive function of inside and outside rabbling mechanism, formed the big Matter Transfer stream in the body that is formed by four stirring systems.Material sends the middle part of body in streams to a place in the stirring movement process of the complexity of outer rabbling mechanism, interior rabbling mechanism shears, rolls, claps stirring actions such as pressure to the material that sends from outer rabbling mechanism, left and right sides stirring system is sent to the other side's stirring system with the material that the other side sends again after inside and outside rabbling mechanism stirring action separately, go round and begin again, all materials in body fully fully obtain complicated stirring action, realize high-performance, high efficiency stirring.And, because the cooperation of outer rabbling mechanism has been arranged, there is not the dead angle in a mixing bowl, the material that do not stir deposition.
What the helical axis of outer rabbling mechanism adopted is no jackshaft design, greatly reduce the possibility of sticking axle seize, even when stirring high viscosity material, differential between interior rabbling mechanism and outer rabbling mechanism, what make left and right sides stirring system possesses the self-cleaning ability, also allows the sticking material of inner peripheral surface of the external spiral system of easy sticking axle.
Description of drawings
Fig. 1 is that the structure of existing dual horizontal axle twin-shaft mixer is formed schematic diagram.
Fig. 2 is that the structure of the utility model embodiment is formed schematic diagram.
Fig. 3 is that the plan structure of the utility model embodiment is formed schematic diagram.
The specific embodiment
Referring to Fig. 2 and Fig. 3, horizontal four-axis blender is provided with body P, left stirring system A and right stirring system B, left stirring system A be provided with the left outside rabbling mechanism C of a horizontal positioned and one be built in left outside rabbling mechanism C and with the left inside rabbling mechanism D of left outside rabbling mechanism C coaxial line; Right stirring system B be provided with the right outside rabbling mechanism E of a horizontal positioned and one be built in right outside rabbling mechanism E and with the right inside rabbling mechanism F of right outside rabbling mechanism E coaxial line.
The outer rabbling mechanism C in a left side is provided with the helical axis feed unit and helical axis returns the unit, and right outer rabbling mechanism E is provided with the helical axis feed unit and helical axis returns the unit, and outer rabbling mechanism C in a left side and right outer rabbling mechanism E be the rightabout arranged crosswise vertically.
Left inside rabbling mechanism D is provided with the interior shaft 107 of two horizontal positioned, a plurality of interior mixing arm 108 and a plurality of interior stirring vane 109, right inside rabbling mechanism F is provided with the interior shaft 202 of two horizontal positioned, a plurality of interior mixing arm 204 and a plurality of interior stirring vane 203, and left inside rabbling mechanism D and right inside rabbling mechanism F be arranged crosswise not each other.
Direction of rotation between left outside rabbling mechanism C and the right outside rabbling mechanism E, velocity of rotation is consistent.Left inside rabbling mechanism D can regulate according to different stirring objects from right inside rabbling mechanism F rotation direction and velocity of rotation.
Helical axis feed unit, helical axis that the outer rabbling mechanism C in a left side is provided with return the unit and include single helical axis, and multi-disc spiral shaft vane, the hand of spiral of two helical axis (feed screw axle and return helical axis) is opposite, by middle linking arm 104 and feeding axle head Connection Block 110, return axle head Connection Block 101 and carry out affixed.Described helical axis is divided into outer feed shaft 105 and returns axle 102 outward, outer feed shaft 105 with return axle 102 outward on be installed with the outer feed screw axle blade 106 that rotation direction is identical with it and return spiral shaft vane 103 outward, outer feed screw axle blade 106 and return spiral shaft vane 103 wearing and tearing outward after replaceable.
Helical axis feed unit, helical axis that right outer rabbling mechanism E is provided with return the unit and include single helical axis, and multi-disc spiral shaft vane, the hand of spiral of two helical axis (feed screw axle and return helical axis) is opposite, by middle linking arm 207 and feeding axle head Connection Block 201, return axle head Connection Block 210 and carry out affixed.Described helical axis is divided into outer feed shaft 205 and returns axle 208 outward, outer feed shaft 205 with return axle 208 outward on be installed with the outer feed screw axle blade 206 that rotation direction is identical with it and return spiral shaft vane 209 outward, outer feed screw axle blade 206 and return spiral shaft vane 209 wearing and tearing outward after replaceable.
Rabbling mechanism D is provided with the interior shaft 107 of a horizontal positioned, a plurality of interior mixing arm 108 and a plurality of interior stirring vane 109 in the left side.Described interior mixing arm 108 is fixed on the interior shaft 107, and the direction position all can be regulated.Described interior stirring vane 109 is installed on the above-mentioned interior mixing arm 108, and interior stirring vane 109 can require to change stirring vane 109 in the various differences according to different production status, and is replaceable after interior stirring vane 109 wearing and tearing.
Rabbling mechanism F is provided with the interior shaft 202 of a horizontal positioned, a plurality of interior mixing arm 204 and a plurality of interior stirring vane 203 in right.Described interior mixing arm 204 is fixed on the interior shaft 202, and the direction position all can be regulated.Described interior stirring vane 203 is installed on the above-mentioned interior mixing arm 204, and interior stirring vane 203 can require to change stirring vane 203 in the various differences according to different production status, and is replaceable after interior stirring vane 203 wearing and tearing.
By shear agitation violent between the inside and outside rabbling mechanism and between the stirring system of the left and right sides, material circulates, rolls, shovels the hybrid motion of a series of complexity such as scraping, push, rub up at mixer, accomplish the efficient mixing of material.Shear action when the differential between the inside and outside rabbling mechanism had both aggravated to stir can effectively be struck off again the sizing on the outer rabbling mechanism.
In addition, outer rabbling mechanism does not have intermediate connecting shaft, is undertaken affixedly by middle linking arm and axle head Connection Block, and material the seize phenomenon can not occur, reaches the purpose of the abundant mix and blend of material.
The operation principle of interior rabbling mechanism:
Because of specific embodiment and the interior rabbling mechanism D of interior rabbling mechanism F in full accord.With interior rabbling mechanism D is example, interior shaft 107 affixed a plurality of interior mixing arms 108 of interior rabbling mechanism D, described interior mixing arm 108 is certain rule and is fixed on the interior shaft 107, the direction position all can be regulated, interior stirring vane 109 is fixed on the interior mixing arm 108, interior stirring vane 109 is installed on the above-mentioned interior mixing arm 108, and this blade can require to change stirring vane 109 in the various differences according to different production status.
1) when stirring high viscosity material, the utility model is according to its not easily separated characteristics of smashing, by being equipped with the running speed of rabbling mechanism D in suitable interior stirring vane 109 and the adjustment, high viscosity material is cut, stirs, shovels and action such as scrape, generation is equivalent to the effect that cutter is cut, and high viscosity material is separated rapidly break up.When high viscosity material is separated break up after, high viscosity material is transferred to outside the interior rabbling mechanism D by major part, enters other stirring system and stirs.Again bonding material after smashing, interior stirring vane 109 is re-separated and broken it again in new position.Go round and begin again, reach the effect that stirs.
2) when stirring the thickness mortar, the interior stirring vane 109 that installation is complementary under suitable mixing speed control, is rolled into a ball strong cutting, fragmentation to the material in the mortar, and promote slip rapidly to axially, radially move with the external spiral system, make it reach the effect that stirs.
3) when stirring slurry, the interior stirring vane 109 that installation is complementary, the interior mixing arm 108 of rabbling mechanism D and the alignment placement of interior stirring vane 109 in adjusting, under suitable mixing speed control, the little density material that floats on the slip is pressed into rapidly slip, the material of big or small density is fused fully, and promote rapidly slip to axially, radially with the external spiral system flow, thereby realize slurry at a high speed, high-quality stirring.
4) shearing of the interior stirring vane 109 of interior rabbling mechanism D and shaft High Rotation Speed, the impulsive force of generation and centrifugal force can't stick on the interior rabbling mechanism material.In a word, interior rabbling mechanism carries out complicated cutting, rolls, promotes and claps to press etc. and stir action above-mentioned material, and material toward system's outside transmission, has been formed strong material circular flow.
Under the comprehensive function of inside and outside rabbling mechanism, formed the big Matter Transfer stream in the body that is formed by four stirring systems.Material sends the middle part of body in streams to a place in the stirring movement process of the complexity of outer rabbling mechanism, interior rabbling mechanism shears, rolls, claps stirring actions such as pressure to the material that sends from outer rabbling mechanism, left and right sides stirring system is sent to the other side's stirring system with the material that the other side sends again after inside and outside rabbling mechanism stirring action separately, go round and begin again, all materials in body fully fully obtain complicated stirring action, realize high-performance, high efficiency stirring.And, because the cooperation of outer rabbling mechanism C has been arranged, there is not the dead angle in a mixing bowl, the material that do not stir deposition.
What the helical axis of outer rabbling mechanism adopted is no jackshaft design, greatly reduce the possibility of sticking axle seize, even when stirring high viscosity material, differential between interior rabbling mechanism and outer rabbling mechanism, what make left and right sides stirring system possesses the self-cleaning ability, also allows the sticking material of inner peripheral surface of the external spiral system of easy sticking axle.
This shows that the utility model reaches and provide that a kind of to make material flow more smooth and easy in mixer, stir more efficiently that energy consumption is lower, the purpose of the New agitator that the scope of application is wider.
Claims (9)
1. a four-axis blender is characterized in that being provided with body, left stirring system and right stirring system;
Left stirring system is provided with left outside rabbling mechanism and the left inside rabbling mechanism of a horizontal positioned, left inside rabbling mechanism be built in left outside rabbling mechanism and with left outside rabbling mechanism coaxial line;
Right stirring system is provided with right outside rabbling mechanism and the right inside rabbling mechanism of a horizontal positioned, right inside rabbling mechanism be built in right outside rabbling mechanism and with right outside rabbling mechanism coaxial line;
Described left outside rabbling mechanism and right outside rabbling mechanism be the rightabout arranged crosswise vertically, direction of rotation, and velocity of rotation is consistent.
2. a kind of four-axis blender as claimed in claim 1 is characterized in that:
Described left outside rabbling mechanism is provided with left-hand screw axle feed unit and the left-hand screw axle returns the unit, described left-hand screw axle feed unit is provided with at least 1 left feed screw axle and at least 1 left feed screw axle blade, and described left feed screw axle blade is located on the left feed screw axle; Described left-hand screw axle returns the unit and is provided with that helical axis is returned at least 1 left side and spiral shaft vane is returned at least 1 left side, and a left side is returned spiral shaft vane and is located at a left side and returns on the helical axis; Described left feed screw axle is opposite with the hand of spiral that helical axis is returned on a left side, and left feed screw axle returns helical axis with a left side and is connected by left linking arm;
Described right outside rabbling mechanism is provided with right-hand screw axle feed unit and the right-hand screw axle returns the unit, described right-hand screw axle feed unit is provided with at least 1 right feed screw axle and at least 1 right feed screw axle blade, and described right feed screw axle blade is located on the right feed screw axle; Described right-hand screw axle returns the unit and is provided with that helical axis is returned at least 1 right side and spiral shaft vane is returned at least 1 right side, and the right side is returned spiral shaft vane and is located at the right side and returns on the helical axis; Described right feed screw axle is opposite with the hand of spiral that helical axis is returned on the right side, and right feed screw axle returns helical axis with the right side and is connected by right linking arm.
3. a kind of four-axis blender as claimed in claim 2 is characterized in that:
Described left feed screw axle returns helical axis with a left side and is connected by left linking arm, is that left feed screw axle one end returns helical axis one end with a left side and is connected by left linking arm;
Described right feed screw axle returns helical axis with the right side and is connected by right linking arm, is that right feed screw axle one end returns helical axis one end with the right side and is connected by right linking arm.
4. a kind of four-axis blender as claimed in claim 1 is characterized in that:
The spindle nose of rabbling mechanism is provided with and returns the axle head Connection Block outside the described left side, and a left side is returned helical axis one end and returned the axle head Connection Block and be connected; The spindle nose of rabbling mechanism is provided with feeding axle head Connection Block outside the described left side, and left feed screw axle one end is connected with feeding axle head Connection Block;
The spindle nose of rabbling mechanism is provided with feeding axle head Connection Block outside the described right side, and right feed screw axle one end is connected with feeding axle head Connection Block; The spindle nose of rabbling mechanism is provided with and returns the axle head Connection Block outside the described right side, and the right side is returned helical axis one end and returned the axle head Connection Block and be connected.
5. a kind of four-axis blender as claimed in claim 4 is characterized in that:
The feeding axle head Connection Block of described left outside rabbling mechanism is made up of upper feeding axle head Connection Block and lower feeding axle head Connection Block, and upper feeding axle head Connection Block and lower feeding axle head Connection Block are bolted; Left outside rabbling mechanism return the axle head Connection Block by on return the axle head Connection Block and lower return the axle head Connection Block and form, on return the axle head Connection Block and under return the axle head Connection Block and be bolted;
The feeding axle head Connection Block of described right outside rabbling mechanism is made up of upper feeding axle head Connection Block and lower feeding axle head Connection Block, and upper feeding axle head Connection Block and lower feeding axle head Connection Block are bolted; Right outside rabbling mechanism return the axle head Connection Block by on return the axle head Connection Block and lower return the axle head Connection Block and form, on return the axle head Connection Block and under return the axle head Connection Block and be bolted.
6. a kind of four-axis blender as claimed in claim 1 is characterized in that:
Helical axis and left linking arm split are returned in the left feed screw axle of described left outside rabbling mechanism and a left side; Helical axis and right linking arm split are returned in the right feed screw axle of described right outside rabbling mechanism and the right side.
7. a kind of four-axis blender as claimed in claim 1 is characterized in that:
Described left feed screw axle blade and the split of left feed screw axle, spiral shaft vane is returned on a left side and the helical axis split is returned on a left side;
Described right feed screw axle blade and the split of right feed screw axle, spiral shaft vane is returned on the right side and the helical axis split is returned on the right side.
8. a kind of four-axis blender as claimed in claim 1 is characterized in that:
Described left inside rabbling mechanism is provided with the left inside shaft of 1 horizontal positioned, at least 1 left inside mixing arm, at least 1 left inside stirring vane, left inside mixing arm is fixed on the left inside shaft, the direction position all can be regulated, and left inside stirring vane is installed on the left inside mixing arm;
Described right inside rabbling mechanism is provided with the right inside shaft of 1 horizontal positioned, at least 1 right inside mixing arm, at least 1 right inside stirring vane, right inside mixing arm is fixed on the right inside shaft, the direction position all can be regulated, and right inside stirring vane is installed on the right inside mixing arm.
9. a kind of four-axis blender as claimed in claim 1 is characterized in that:
Described left inside mixing arm is bolted on the left inside shaft, and left inside stirring vane is installed on the left inside mixing arm by bolt;
Described right inside mixing arm is bolted on the right inside shaft, and right inside stirring vane is installed on the right inside mixing arm by bolt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201157464U CN201604220U (en) | 2010-02-11 | 2010-02-11 | Four-axle mixing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201157464U CN201604220U (en) | 2010-02-11 | 2010-02-11 | Four-axle mixing machine |
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|---|---|
| CN201604220U true CN201604220U (en) | 2010-10-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201157464U Expired - Fee Related CN201604220U (en) | 2010-02-11 | 2010-02-11 | Four-axle mixing machine |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101757866A (en) * | 2010-02-11 | 2010-06-30 | 黄建军 | Horizontal four-axis blender |
| CN101966436A (en) * | 2010-11-16 | 2011-02-09 | 福建省南安市海特机械有限公司 | High-efficiency stirring device |
| CN102029648A (en) * | 2010-11-19 | 2011-04-27 | 福建省南安市海特机械有限公司 | Double-helix concrete mixer |
| CN102658041A (en) * | 2012-05-15 | 2012-09-12 | 浙江杭钻机械制造股份有限公司 | Two-stage pulping machine |
-
2010
- 2010-02-11 CN CN2010201157464U patent/CN201604220U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101757866A (en) * | 2010-02-11 | 2010-06-30 | 黄建军 | Horizontal four-axis blender |
| WO2011098013A1 (en) * | 2010-02-11 | 2011-08-18 | Huang Jianjun | Horizontal four-shaft stirrer |
| CN101757866B (en) * | 2010-02-11 | 2012-04-25 | 黄建军 | Horizontal four-axis blender |
| CN101966436A (en) * | 2010-11-16 | 2011-02-09 | 福建省南安市海特机械有限公司 | High-efficiency stirring device |
| CN101966436B (en) * | 2010-11-16 | 2012-10-03 | 福建省南安市海特机械有限公司 | High-efficiency stirring device |
| CN102029648A (en) * | 2010-11-19 | 2011-04-27 | 福建省南安市海特机械有限公司 | Double-helix concrete mixer |
| CN102658041A (en) * | 2012-05-15 | 2012-09-12 | 浙江杭钻机械制造股份有限公司 | Two-stage pulping machine |
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