CN203816528U - Horizontal type double-shaft agravic mixer - Google Patents
Horizontal type double-shaft agravic mixer Download PDFInfo
- Publication number
- CN203816528U CN203816528U CN201420260776.2U CN201420260776U CN203816528U CN 203816528 U CN203816528 U CN 203816528U CN 201420260776 U CN201420260776 U CN 201420260776U CN 203816528 U CN203816528 U CN 203816528U
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- Prior art keywords
- guide pillar
- hole
- blades
- tube
- conduit
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Abstract
The utility model provides a horizontal type double-shaft agravic mixer which comprises a cylinder body, wherein a pair of stirring shafts is arranged in the cylinder body; a cycloidal-pin gear speed reducer enables the stirring shafts to rotate reversely at constant speed through a chain transmission mechanism; blades are mounted on the stirring shafts; a discharge door is arranged on the cylinder body and is opened and closed through an air cylinder; an upper cover plate seals the cylinder body and is connected with a blanking pipe; a fly-cutter component is arranged in the inner cavity of the cylinder body; furcal connectors are arranged at the root parts of the blades; engaging lugs on the stirring shafts are arranged between two furcal arms of the furcal connectors; the engaging lugs are arranged on the furcal connectors in a penetrating manner through two elastic cylindrical pins so as to enable the blades to be detachably connected onto the stirring shafts; material leakage holes running through the blades in the thickness direction are formed in each blade at intervals; the edge of the discharge door is sleeved with a rubber sealing ring; the blades are detachably connected with the engaging lugs on the stirring shafts through the furcal connectors at the root parts of the blades; when the blades are worn, only the blades are detached and replaced, so that the maintenance cost is reduced, and the maintenance man-hour is shortened.
Description
technical field
The utility model relates to a kind of mixer, is specifically related to a kind of horizontal-type biaxial Agravicmixer.
background technology
The shaft of a pair of constant speed reverse rotation of horizontal-type biaxial Agravicmixer drives blade rotation, material is shed simultaneously vertically and radially, and combined-circulation is stirred, and material produces instantaneous weight loss at spatial flow layer, mutually sneak in the other side region, reach even mixing.In use, blade is the most easy to wear, and at present, blade is welded on shaft, and blade wearing and tearing need integral replacing shaft and blade, and maintenance cost is high.
summary of the invention
The technical problems to be solved in the utility model is to provide a kind of horizontal-type biaxial Agravicmixer.
In order to solve the problems of the technologies described above, the technical solution of the utility model is:
A kind of horizontal-type biaxial Agravicmixer, comprise cylindrical shell, cylindrical shell is built-in with a pair of shaft, cycloidal planetary gear speed reducer is realized the reverse rotation of shaft constant speed by chain drive, on shaft, be equiped with blade, cylindrical shell is provided with discharge door, discharge door is realized and being opened and closed by cylinder, cylindrical shell is sealed by upper cover plate, on upper cover plate, connect material blanking tube, in cylinder lumen, be provided with fly cutter assembly, propeller shank is fork-shaped connector, engaging lug on shaft is between fork-shaped connector two yokes, fork-shaped connector and engaging lug wear to realize blade by two elastic cylindrical pins and are removably connected on shaft, on each blade, dispersed placement has thickness direction to run through the material spilling hole of blade, the edge cover of discharge door has rubber seal.
Above-mentioned horizontal-type biaxial Agravicmixer, also comprise the sampler that is arranged at cylinder body bottom, sampler comprises the conduit and the guide pillar that are slidably matched, conduit has square-section centre bore, guide pillar has square-section, guide pillar is arranged in centre bore, conduit wears and is fixed on cylindrical shell to link up inside and outside cylindrical shell, the outer end of conduit is provided with the filler shell that holds filler, gland is pressed on filler in filler shell, guide pillar passes from gland centre bore, guide pillar is realized and being moved in conduit by driving mechanism, on guide pillar, have the material taking hole that runs through up and down guide pillar, the axis of material taking hole is vertical with guide pillar length direction, material taking hole comprise up and down connect remove pointed cone hole and cylindrical hole, the lower wall of conduit is provided with the relief hole running through up and down, directly over material taking hole is positioned at relief hole time, material taking hole and relief hole are linked up, relief hole below arranges a row sampling cup, sampling cup orientation is all vertical with material taking hole axis with guide pillar length direction, sampling cup is seated on the sampling cup hole seat of sampling glass stand, sampling cup is placed on the slide rail of sampling glass stand both sides setting, slide rail direction is consistent with sampling cup orientation.
Above-mentioned horizontal-type biaxial Agravicmixer, driving mechanism comprises the tooth bar being installed on guide pillar outer end, tooth bar is positioned at guide pillar below, and tooth bar length direction is consistent with guide pillar length direction, rack and pinion engagement, gear shaft is by driven by servomotor, guide pillar top arranges balancing stand, and balancing stand comprises fork-shaped element, the lower end installing roller of fork-shaped element two yokes, roller contacts with guide pillar, and fork-shaped element is relative with cylindrical shell fixing.
Above-mentioned horizontal-type biaxial Agravicmixer, driving mechanism is the handle that is arranged at guide pillar outer end, pulls guide pillar to facilitate.
Above-mentioned horizontal-type biaxial Agravicmixer, the upper wall of conduit is provided with the through hole running through up and down, and through hole and relief hole are just right up and down, and through hole is by dismountable filter screen shutoff.
Above-mentioned horizontal-type biaxial Agravicmixer, also comprises additive charging device, and additive charging device comprises hopper, connector, material blanking tube, operating platform and additive and the workman that feeds intake is promoted to the lowering or hoisting gear of operating platform;
Hopper comprises cylindrical part, tapered portion and is connected in the straight length of tapered portion lower port, has lower flange on straight length;
Connector comprises inner and outer tubes, inner tube is placed in outer tube, outer tube is all stretched out at the upper and lower two ends of inner tube, inner tube has upper flange and lower flange, in inner tube, there is the inwardly protruded annular beading in the Ji of being arranged above and below road, on outer tube, there is the annular beading of the Ji road outwardly convex that is arranged above and below, between inner and outer tubes, there is hollow interlayer, on outer tube, have and link up the inside and outside plug hole of outer tube, rubber injects hollow interlayer by plug hole and forms rubber layer, rubber layer connects inner and outer tubes, and inner tube upper flange is connected with straight length lower flange;
Operating platform is stood and is walked about for the workman that feeds intake, and is positioned at cylinder top cover plate top, has open-work on operating platform, and outer tube is arranged in open-work, outer tube and operating platform welding;
Material blanking tube upper end has upper flange, and material blanking tube upper flange is connected with inner tube lower flange, and material blanking tube lower end enters cylinder lumen through cylinder top cover plate after via valve.
Blade removably connects by the engaging lug on fork-shaped connector and the shaft of its root, in the time that blade weares and teares, only needs dismounting and change blade, has saved maintenance cost, has shortened maintenance man-hours.On each blade, dispersed placement has thickness direction to run through the material spilling hole of blade, stirs in material process at blade, and the speed through material in material spilling hole is different from other parts material speed, forms speed poor, the blending effect that has improved storeroom.The edge cover of discharge door has rubber seal, can realize well the sealing of discharge door, prevents that in cylindrical shell, material is overflowed.
brief description of the drawings
Below in conjunction with accompanying drawing to further detailed explanation of the utility model:
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of the first sampler.
Fig. 3 is the structural representation of the second sampler.
Fig. 4 is sampler part-structure schematic diagram.
Fig. 5 is the structural representation of additive charging device.
Fig. 6 is the partial schematic diagram of Fig. 5.
In figure: 1 conduit, 2 guide pillars, 3 taper holes, 4 cylindrical holes, 5 sampling cups, 6 relief holes, 7 filler shells, 8 glands, 9 fillers, 10 gears, 11 tooth bars, 12 balancing stands, 13 handles, 14 engaging lugs, 15 fork-shaped connectors, 16 elastic cylindrical pins, 17 shafts, 20 plug holes, 21 hoppers, 22 operating platforms, 23 upper cover plates, 24 valves, 25 material blanking tubes, 26 inner tubes, 27 rubber layers, 28 outer tubes, 29 straight lengths.
Detailed description of the invention
As shown in Figure 1, a kind of horizontal-type biaxial Agravicmixer, comprises cylindrical shell, and cylindrical shell is built-in with a pair of shaft 17, and cycloidal planetary gear speed reducer is realized the reverse rotation of shaft constant speed by chain drive, is equiped with blade on shaft.Cylindrical shell is provided with discharge door, and discharge door is realized and being opened and closed by cylinder.Cylindrical shell is sealed by upper cover plate, connects material blanking tube on upper cover plate.In cylinder lumen, be provided with fly cutter assembly.Propeller shank is fork-shaped connector 15, engaging lug 14 on shaft is between fork-shaped connector two yokes, fork-shaped connector and engaging lug wear to realize blade by two elastic cylindrical pins 16 and are removably connected on shaft, on each blade, dispersed placement has thickness direction to run through the material spilling hole of blade, and the edge cover of discharge door has rubber seal.
Horizontal-type biaxial Agravicmixer also comprises the sampler that is arranged at cylinder body bottom, and sampler comprises the conduit 1 and the guide pillar 2 that are slidably matched, and conduit has square-section centre bore, and guide pillar has square-section, and guide pillar is arranged in centre bore.The square-section in guide pillar and catheter center hole makes the guide pillar only can pull, can not rotate, and has ensured that material taking hole easily aims at relief hole.Conduit wears and is fixed on cylindrical shell to link up inside and outside cylindrical shell.The outer end of conduit is provided with the filler shell 7 that holds filler, and gland 8 is pressed on filler 9 in filler shell, and guide pillar passes from gland centre bore, forms hermetically-sealed construction.Guide pillar is realized push-and-pull by driving mechanism.On guide pillar, have the material taking hole that runs through up and down guide pillar, the axis of material taking hole is vertical with guide pillar length direction, material taking hole comprise up and down connect remove pointed cone hole 3 and cylindrical hole 4.The lower wall of conduit is provided with the relief hole 6 running through up and down, and directly over material taking hole is positioned at relief hole time, material taking hole and relief hole are linked up.Relief hole below arranges a row sampling cup 5, sampling cup orientation is all vertical with material taking hole axis with guide pillar length direction, sampling cup is seated on the sampling cup hole seat of sampling glass stand, and sampling cup is placed on the slide rail of sampling glass stand both sides setting, and slide rail direction is consistent with sampling cup orientation.
In the time that needs sample, driving mechanism drives in guide pillar and moves, and further enters in cylinder lumen, makes material taking hole expose to conduit, material taking hole is positioned at the sample position of inner chamber, sample falls into thief hole, and thief hole fills with sample, and then guide pillar is taken out outward, until material taking hole stops while being positioned at directly over relief hole, material taking hole and relief hole are linked up, and sample falls into sampling cup by thief hole via relief hole, completes sampling.The square-section in guide pillar and catheter center hole makes the guide pillar only can pull, can not rotate, and has ensured that material taking hole easily aims at relief hole.Thief hole is upper coarse and lower fine variable cross-section hole, in the process of guide pillar pumpback, and keeping sample as much as possible.Row, to mobile sampling glass stand, make different sampling cups aim at relief hole, can contain appearance and repeatedly sample, easy to use.Sampler has advantages of that sampling is precisely convenient, safe and reliable.
A kind of driving mechanism of guide pillar is: on the outer end of guide pillar, install tooth bar 11, tooth bar is positioned at guide pillar below, and tooth bar length direction is consistent with guide pillar length direction, and rack and pinion 10 engages, and gear shaft, by driven by servomotor, has so just formed rack gear.Guide pillar top arranges balancing stand 12, and balancing stand comprises fork-shaped element, the lower end installing roller of fork-shaped element two yokes, and roller contacts with guide pillar, and fork-shaped element is relative with cylindrical shell fixing.Balancing stand can ensure lead bearing up-down force balance, ensures the rectilinear motion of guide pillar.
The driving mechanism of another kind of guide pillar is: the outer end of guide pillar is connected to handle 13 and pulls guide pillar to facilitate.
The upper wall of conduit is provided with the through hole running through up and down, and through hole and relief hole are just right up and down, and through hole is by dismountable filter screen shutoff.This set facilitates the sampling in thief hole to enter smoothly in relief hole.
Horizontal-type biaxial Agravicmixer also comprises additive charging device, and additive charging device comprises hopper 21, connector, material blanking tube 25, operating platform 22 and additive and the workman that feeds intake is promoted to the lowering or hoisting gear of operating platform.Hopper, connector, material blanking tube and valve have formed additive blanking channel jointly.Hopper comprises cylindrical part, tapered portion and is connected in the straight length 29 of tapered portion lower port.On straight length, there is lower flange, to realize and being connected of connector.Connector comprises inner tube 26 and outer tube 28.Inner tube is placed in outer tube, and outer tube is all stretched out at the upper and lower two ends of inner tube.Inner tube has upper flange and lower flange, to realize and being connected of stub bar and material blanking tube.In inner tube, have the inwardly protruded annular beading in the Ji of being arranged above and below road, have the annular beading of the Ji road outwardly convex that is arranged above and below on outer tube, best, outer tube annular beading and inner tube annular beading are just right.Between inner and outer tubes, have hollow interlayer, have and link up the inside and outside plug hole 20 of outer tube on outer tube, rubber injects hollow interlayer by plug hole and forms rubber layer 27, and rubber layer connects inner and outer tubes, and inner tube upper flange is connected with straight length lower flange.Rubber layer forms cushion between inner tube and outer tube, has stopped the transmission of vibration.Operating platform is stood and is walked about for the workman that feeds intake, and is positioned at cylinder top cover plate 3 tops, has open-work on operating platform, and outer tube is arranged in open-work, outer tube and operating platform welding.Material blanking tube upper end has upper flange, and material blanking tube upper flange is connected with inner tube lower flange, to realize being connected of material blanking tube and connector.Material blanking tube lower end enters cylinder lumen, the circulation of valve control additive via valve 24 is rear through cylinder top cover plate.
Additive charging device comprises the hopper, connector, material blanking tube and the valve that arrange in turn up and down.Operating platform is stood and is walked about for the workman that feeds intake, and operating space is provided.Lowering or hoisting gear is promoted to additive on operating platform with the workman that feeds intake, and compares the existing material loading inclined ladder near power section, and convenient safety feeds intake on operating platform.The power section of horizontal-type biaxial Agravicmixer and the workman that feeds intake are formed obstruct by operating platform, ensured the safety feeding intake.Connector comprises inner and outer tubes, inner tube is used for the material that circulates, outer tube is for fixing with operating platform, rubber layer between inner tube and outer tube plays the effect that elasticity is connected, the vibration that stops horizontal-type biaxial Agravicmixer is delivered on operating platform, avoid vibration and the noise of operating platform, the rubber layer shape that annular beading forms can make the more firm of inner and outer pipes connection.
Claims (6)
1. a horizontal-type biaxial Agravicmixer, it is characterized in that: comprise cylindrical shell, cylindrical shell is built-in with a pair of shaft, cycloidal planetary gear speed reducer is realized the reverse rotation of shaft constant speed by chain drive, on shaft, be equiped with blade, cylindrical shell is provided with discharge door, discharge door is realized and being opened and closed by cylinder, cylindrical shell is sealed by upper cover plate, on upper cover plate, connect material blanking tube, in cylinder lumen, be provided with fly cutter assembly, propeller shank is fork-shaped connector, engaging lug on shaft is between fork-shaped connector two yokes, fork-shaped connector and engaging lug wear to realize blade by two elastic cylindrical pins and are removably connected on shaft, on each blade, dispersed placement has thickness direction to run through the material spilling hole of blade, the edge cover of discharge door has rubber seal.
2. horizontal-type biaxial Agravicmixer according to claim 1, it is characterized in that: also comprise the sampler that is arranged at cylinder body bottom, sampler comprises the conduit and the guide pillar that are slidably matched, conduit has square-section centre bore, guide pillar has square-section, guide pillar is arranged in centre bore, conduit wears and is fixed on cylindrical shell to link up inside and outside cylindrical shell, the outer end of conduit is provided with the filler shell that holds filler, gland is pressed on filler in filler shell, guide pillar passes from gland centre bore, guide pillar is realized and being moved in conduit by driving mechanism, on guide pillar, have the material taking hole that runs through up and down guide pillar, the axis of material taking hole is vertical with guide pillar length direction, material taking hole comprise up and down connect remove pointed cone hole and cylindrical hole, the lower wall of conduit is provided with the relief hole running through up and down, directly over material taking hole is positioned at relief hole time, material taking hole and relief hole are linked up, relief hole below arranges a row sampling cup, sampling cup orientation is all vertical with material taking hole axis with guide pillar length direction, sampling cup is seated on the sampling cup hole seat of sampling glass stand, sampling cup is placed on the slide rail of sampling glass stand both sides setting, slide rail direction is consistent with sampling cup orientation.
3. horizontal-type biaxial Agravicmixer according to claim 2, it is characterized in that: driving mechanism comprises the tooth bar being installed on guide pillar outer end, tooth bar is positioned at guide pillar below, and tooth bar length direction is consistent with guide pillar length direction, rack and pinion engagement, gear shaft is by driven by servomotor, guide pillar top arranges balancing stand, and balancing stand comprises fork-shaped element, the lower end installing roller of fork-shaped element two yokes, roller contacts with guide pillar, and fork-shaped element is relative with cylindrical shell fixing.
4. horizontal-type biaxial Agravicmixer according to claim 2, is characterized in that: driving mechanism is the handle that is arranged at guide pillar outer end, pulls guide pillar to facilitate.
5. according to the horizontal-type biaxial Agravicmixer described in claim 3 or 4, it is characterized in that: the upper wall of conduit is provided with the through hole running through up and down, through hole and relief hole are just right up and down, and through hole is by dismountable filter screen shutoff.
6. horizontal-type biaxial Agravicmixer according to claim 1, it is characterized in that: also comprise additive charging device, additive charging device comprises hopper, connector, material blanking tube, operating platform and additive and the workman that feeds intake is promoted to the lowering or hoisting gear of operating platform;
Hopper comprises cylindrical part, tapered portion and is connected in the straight length of tapered portion lower port, has lower flange on straight length;
Connector comprises inner and outer tubes, inner tube is placed in outer tube, outer tube is all stretched out at the upper and lower two ends of inner tube, inner tube has upper flange and lower flange, in inner tube, there is the inwardly protruded annular beading in the Ji of being arranged above and below road, on outer tube, there is the annular beading of the Ji road outwardly convex that is arranged above and below, between inner and outer tubes, there is hollow interlayer, on outer tube, have and link up the inside and outside plug hole of outer tube, rubber injects hollow interlayer by plug hole and forms rubber layer, rubber layer connects inner and outer tubes, and inner tube upper flange is connected with straight length lower flange;
Operating platform is stood and is walked about for the workman that feeds intake, and is positioned at cylinder top cover plate top, has open-work on operating platform, and outer tube is arranged in open-work, outer tube and operating platform welding;
Material blanking tube upper end has upper flange, and material blanking tube upper flange is connected with inner tube lower flange, and material blanking tube lower end enters cylinder lumen through cylinder top cover plate after via valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420260776.2U CN203816528U (en) | 2014-05-21 | 2014-05-21 | Horizontal type double-shaft agravic mixer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420260776.2U CN203816528U (en) | 2014-05-21 | 2014-05-21 | Horizontal type double-shaft agravic mixer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203816528U true CN203816528U (en) | 2014-09-10 |
Family
ID=51472072
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420260776.2U Expired - Fee Related CN203816528U (en) | 2014-05-21 | 2014-05-21 | Horizontal type double-shaft agravic mixer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203816528U (en) |
-
2014
- 2014-05-21 CN CN201420260776.2U patent/CN203816528U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140910 Termination date: 20160521 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |