CN204752539U - High -efficient grey machine of changing of adhesion that can prevent - Google Patents
High -efficient grey machine of changing of adhesion that can prevent Download PDFInfo
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- CN204752539U CN204752539U CN201520296536.2U CN201520296536U CN204752539U CN 204752539 U CN204752539 U CN 204752539U CN 201520296536 U CN201520296536 U CN 201520296536U CN 204752539 U CN204752539 U CN 204752539U
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- ring
- cylindrical shell
- inner shield
- barrel
- woven wire
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Abstract
The utility model discloses a high -efficient grey machine of changing of adhesion that can prevent for the quick -witted work efficiency who exists of currentization of solution ash is low, the problem of the wasting of resources. The utility model discloses a barrel, the anterior segment of barrel is equipped with quick lime inlet pipe and inlet tube, and the afterbody of barrel is equipped with slag remover, the ring gear is installed on the barrel outer wall between the riding wheel device and back riding wheel device before preceding ring has set respectively with the back knocking over, preceding ring and back ring to ring and back ring before being equipped with respectively on the anterior segment of barrel and the back end outer wall, and the ring gear meshes with transmission, the inside of barrel is provided with the spiral scraping wings, is provided with at least two rings shape retaining ring in the barrel, the annular retaining ring includes outer retaining ring of circular shape and the interior retaining ring of circular shape, be connected with the wire net between interior retaining ring and the outer retaining ring, the aperture that is located the wire net of barrel back end is less than the aperture of the wire net that is located the barrel anterior segment, it beats the device to have set on the interior retaining ring to hit.
Description
Technical field
The utility model belongs to white lime manufacturing technology field, has and relates to a kind of efficient lime slaking machine that also can prevent adhering to.
Background technology
Lime slaking machine is entered in the cylinder of rotation by unslaked lime, thus obtain the process of milk of lime.Lime slaking machine is mainly used in the industries such as chemical industry, smelting, wastewater treatment, chemical fibre, papermaking, power plant desulfurization, sugaring, soda ash manufacture, and in building trade, the utilization of white lime also widely.
In prior art the structure of lime slaking machine and kind more, application number be 200910012043.0 patent of invention disclose a kind of lime slaking machine, this lime slaking machine comprises ashing groove, feed-pipe and the first upflow tube is provided with on the top of ashing groove, be provided with agitating screw in ashing groove, be provided with clean-up port in the bottom of ashing slot shell; First upflow tube is located between ashing groove and the upper body for the treatment of trough; The top for the treatment of trough is provided with venting port, and the top for the treatment of trough is provided with the second upflow tube, and the bottom for the treatment of trough is provided with bypass outlet, and the bottom of ashing slot shell is provided with return line, and bypass outlet is communicated with return line; The entrance end of feed-pipe is provided with lime import and water-in.
Application number be 200520104583.9 utility model disclose a kind of front-discharge type revolving ash plant, comprise cylindrical shell, the transmission mechanism be made up of motor, gear, cylindrical shell is arranged with one heart by inner barrel and outer cylinder body and forms, and level is arranged on forward and backward riding wheel apparatus, and wherein the front end of outer cylinder body is provided with overflow device, the barrel of inner barrel has sieve aperture, inner tube wall leading portion is provided with pan feeding spiral, and posterior segment is provided with the flight advancing material, and afterbody is provided with device for dragging dregs; The front end of cylindrical shell is connected with supplying and draining device, and rear end is connected with slag tapping equipment; The front towing loop that the front riding wheel apparatus arranged before and after the outside surface of cylindrical shell is equipped with coincide and the rear towing loop coincide with rear riding wheel apparatus, be also equipped with engage with transmission mechanism and drive the pivotal bull gear of cylindrical shell entirety; The top of supplying and draining device is provided with steam drain, and bottom is provided with plasma discharge mouth, and feed chute is obliquely installed and is communicated with cylindrical shell, and device for dragging dregs is communicated with slag tapping equipment.
Application number be 200520104582.4 utility model patent disclose a kind of after row's formula rotary lime slaking machine, comprise cylindrical shell, the wheelwork be made up of motor, speed reduction unit, transmission gear means, the front end keeping feed-pipe to be in relative rotation positioned at cylindrical shell with cylindrical shell is connected with cylindrical shell with tightness system; Barrel outer surface is equipped with front backing ring and rear backing ring, and the front and back riding wheel apparatus that coincide corresponding to forward and backward backing ring is also housed; The outside surface that gear ring is arranged on cylindrical shell engages each other with the overall pivotal transmission mechanism of drive cylindrical shell; Cylinder inboard wall front end is provided with pan feeding spiral; Stage casing is provided with the flight stirring and advance material; Cylindrical shell back segment is provided with one-level device for dragging dregs; Screen cloth afterbody is provided with secondary device for dragging dregs, and screen device is connected with cylindrical shell afterbody.
But existing rotary lime slaking machine also exists unslaked lime and can not fully react, cause unslaked lime utilization ratio low, the situation of serious waste of resources; If the length increasing cylindrical shell can solve the problem that unslaked lime can not fully react, but can increase the cost of manufacture, the consumption of the energy can be increased simultaneously.
For the problems referred to above, application number be 201420089965.8 utility model patent disclose and a kind ofly comprise cylindrical shell for the lime slaking machine in phosphorus goods preparation technology, the front end of cylindrical shell is provided with unslaked lime feed-pipe and water inlet pipe, and the afterbody of cylindrical shell is provided with device for dragging dregs; The leading portion of cylindrical shell and back segment outer wall are respectively equipped with front backing ring and rear backing ring, and front backing ring and rear backing ring coordinate with front riding wheel apparatus and rear riding wheel apparatus respectively; Cylinder body outer wall between front backing ring and rear backing ring is provided with gear ring, and gear ring engages with transmission mechanism; The inside of cylindrical shell is provided with spiral pusher plate; Also be provided with annular retaining ring in cylindrical shell, the height of annular retaining ring is higher than the height of spiral pusher plate.
Although this lime slaking machine can solve by annular retaining ring the problem that unslaked lime can not fully react, this device also exists following problem:
1, annular retaining ring has intercepted the transport of material, is all intercepted in cylindrical shell by the material of fully reaction and not fully reaction, thus reduces the working efficiency of lime slaking machine.
2, in the later stage of processing, owing to lacking the extruding of subsequent material, cause the material at annular retaining ring place to get rid of in time, cause partial material to be trapped in annular retaining ring place, cause the waste of resource.
Utility model content
In order to solve the inefficiency of existing lime slaking machine existence, the problem of the wasting of resources, and a kind of efficient lime slaking machine that also can prevent adhering to is provided, under the prerequisite that can ensure fully reaction, improve the working efficiency of lime slaking machine, in time material can be discharged simultaneously, improve the utilization of resource.
For solving the problems of the technologies described above, the technical scheme that the utility model adopts is:
The efficient lime slaking machine that also can prevent adhering to, comprise cylindrical shell, the leading portion of described cylindrical shell is provided with unslaked lime feed-pipe and water inlet pipe, and the afterbody of cylindrical shell is provided with device for dragging dregs; The leading portion of cylindrical shell and back segment outer wall are respectively equipped with front backing ring and rear backing ring, and front backing ring and rear knocking over are equipped with front riding wheel apparatus and rear riding wheel apparatus respectively, and the cylinder body outer wall between front backing ring and rear backing ring is provided with gear ring, and gear ring engages with transmission mechanism; The inside of cylindrical shell is provided with spiral pusher plate, it is characterized in that, is provided with at least two annular retaining rings in cylindrical shell, and described annular retaining ring comprises circular outer back-up ring and circular inner shield ring, is connected with woven wire between described inner shield ring and outer back-up ring; The aperture being positioned at the woven wire of cylindrical shell back segment is less than the aperture of the woven wire being positioned at cylindrical shell leading portion; Described inner shield ring is equipped with beating unit.
Described beating unit comprises the chute of sealing, and being equipped in described chute can along the slide block of slide.
Described beating unit comprises the chute of two orthogonal sealings, and being equipped in described chute can along the slide block of slide.
Two described chutes are separately positioned on the both sides of inner shield ring.
Described beating unit comprises the back up pad be connected on inner shield ring, and described back up pad is connected with hammer ram, and arm and the back up pad of described hammer ram are hinged.
Woven wire between described inner shield ring and outer back-up ring offers groove.
Woven wire between described inner shield ring and outer back-up ring offers at least two grooves uniformly.
The position of described inner shield ring least significant end is higher than the height of spiral pusher plate.
Compared with prior art, the utility model has following beneficial effect:
The efficient lime slaking machine that also can prevent adhering to of the present utility model, comprise cylindrical shell, the leading portion of described cylindrical shell is provided with unslaked lime feed-pipe and water inlet pipe, and the afterbody of cylindrical shell is provided with device for dragging dregs; The leading portion of cylindrical shell and back segment outer wall are respectively equipped with front backing ring and rear backing ring, and front backing ring and rear knocking over are equipped with front riding wheel apparatus and rear riding wheel apparatus respectively, and the cylinder body outer wall between front backing ring and rear backing ring is provided with gear ring, and gear ring engages with transmission mechanism; The inside of cylindrical shell is provided with spiral pusher plate, is provided with at least two annular retaining rings in cylindrical shell, and described annular retaining ring comprises circular outer back-up ring and circular inner shield ring, is connected with woven wire between described inner shield ring and outer back-up ring; The aperture being positioned at the woven wire of cylindrical shell back segment is less than the aperture of the woven wire being positioned at cylindrical shell leading portion; Described inner shield ring is equipped with beating unit.In the process used, unslaked lime and water enter in cylindrical shell through feed-pipe and water inlet pipe respectively, advance, and react in cylindrical shell, eventually pass device for dragging dregs and be separated under the effect of spiral pusher plate along cylindrical shell.Comprising circular outer back-up ring and circular inner shield ring by being provided with at least two annular gear annular retaining rings in cylindrical shell, between inner shield ring and outer back-up ring, being connected with woven wire; The aperture being positioned at the woven wire of cylindrical shell back segment is less than the aperture of the woven wire being positioned at cylindrical shell leading portion, adds unslaked lime and the reaction times of water in cylindrical shell, unslaked lime can fully be reacted, and improves the utilization ratio of unslaked lime, economizes on resources.
Abundant reacted material is slowly moved to the afterbody of cylindrical shell by the hole of woven wire and is discharged simultaneously, prevents material to pile up in cylindrical shell, improves the working efficiency of lime slaking machine.
The utility model is arranged by the size in the aperture of woven wire, and because unslaked lime slaking back fragmentation diminishes, therefore the utility model can react step by step, increases work efficiency.
The structure design of annular retaining ring of the present utility model, can be convenient to material and discharge in time, even if (do not have the extruding of subsequent material) when technique closes to an end, also can ensure the discharge of material simultaneously, reduces the waste of resource, improves the utilization ratio of resource.
Originally be the annular retaining ring of utility model inner shield ring on be equipped with beating unit, be convenient to knock annular retaining ring, prevent material sticks at woven wire, thus improve practicality of the present utility model.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is an example structure schematic diagram of the utility model annular retaining ring;
Fig. 3 is an example structure schematic diagram of the utility model annular retaining ring;
Fig. 4 is an example structure schematic diagram of annular retaining ring of the present utility model;
Mark in figure: 1, feed-pipe, 2, spiral pusher plate, 3, front backing ring, 4, gear ring, 5, cylindrical shell, 6, rear backing ring, 7, device for dragging dregs, 8, rear riding wheel apparatus, 9, transmission mechanism, 10, front riding wheel apparatus, 11, outer back-up ring, 12, inner shield ring, 13, woven wire, 14, groove, 15, chute, 16, slide block, 17, back up pad, 18, hammer ram.
Embodiment
Below in conjunction with embodiment, the utility model will be further described, and described embodiment is only the utility model part embodiment, is not whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art, not making other embodiments used obtained under creative work prerequisite, belongs to protection domain of the present utility model.
The efficient lime slaking machine that also can prevent material sticks of the present utility model, comprise cylindrical shell 5, the leading portion of described cylindrical shell 5 is provided with unslaked lime feed-pipe 1 and water inlet pipe, the afterbody of cylindrical shell 5 is provided with device for dragging dregs 7, wherein device for dragging dregs belongs to prior art, those skilled in the art understands and understands, and does not repeat them here; The leading portion of cylindrical shell 5 and the outer wall of back segment are respectively equipped with front backing ring 3 and rear backing ring 6, front backing ring 3 and rear knocking over 6 are equipped with front riding wheel apparatus 10 and rear riding wheel apparatus 8 respectively, front and back riding wheel apparatus is for supporting the rotation of cylindrical shell 5, cylindrical shell 5 outer wall between front backing ring 3 and rear backing ring 6 is provided with gear ring 4, gear ring 4 engages with transmission mechanism 9, transmission mechanism 9 drives ring gear against rotation, thus drives the rotation of whole cylindrical shell 5; The inside of cylindrical shell 5 is provided with spiral pusher plate 2, is provided with at least two annular retaining rings in cylindrical shell, and described annular retaining ring comprises circular outer back-up ring 11 and circular inner shield ring 12, is connected with woven wire 13 between described inner shield ring 12 and outer back-up ring 11; The aperture being positioned at the woven wire of cylindrical shell back segment is less than the aperture of the woven wire being positioned at cylindrical shell leading portion, that is to say that the direction of motion from the aperture of the woven wire in cylindrical shell along material diminishes gradually; Described inner shield ring is equipped with beating unit.In the process used, unslaked lime and water enter in cylindrical shell through feed-pipe and water inlet pipe respectively, advance, and react in cylindrical shell, eventually pass device for dragging dregs and be separated under the effect of spiral pusher plate along cylindrical shell.In the process used, unslaked lime and water enter in cylindrical shell through feed-pipe and water inlet pipe respectively, advance, and react in cylindrical shell, eventually pass device for dragging dregs and be separated under the effect of spiral pusher plate along cylindrical shell.Comprising circular outer back-up ring and circular inner shield ring by being provided with at least two annular gear annular retaining rings in cylindrical shell, between inner shield ring and outer back-up ring, being connected with woven wire; The aperture being positioned at the woven wire of cylindrical shell back segment is less than the aperture of the woven wire being positioned at cylindrical shell leading portion, adds unslaked lime and the reaction times of water in cylindrical shell, unslaked lime can fully be reacted, and improves the utilization ratio of unslaked lime, economizes on resources.
Abundant reacted material is slowly moved to the afterbody of cylindrical shell by the hole of woven wire and is discharged simultaneously, prevents material to pile up in cylindrical shell, improves the working efficiency of lime slaking machine.
The utility model is arranged by the size in the aperture of woven wire, and because unslaked lime slaking back fragmentation diminishes, therefore the utility model can react step by step, increases work efficiency.
The structure design of annular retaining ring of the present utility model, can be convenient to material and discharge in time, even if (do not have the extruding of subsequent material) when technique closes to an end, also can ensure the discharge of material simultaneously, reduces the waste of resource, improves the utilization ratio of resource.
Originally be the annular retaining ring of utility model inner shield ring on be equipped with beating unit, be convenient to knock annular retaining ring, prevent material sticks at woven wire, thus improve practicality of the present utility model.
As the mode of a kind of selection of the utility model, by reference to the accompanying drawings 2, beating unit comprises the chute 15 of sealing, is equipped with the slide block 16 that can slide along chute 15, makes the utility model have simple, the practical feature of structure in described chute 15.
Composition graphs 3, beating unit comprises the chute 15 of two orthogonal sealings, and being equipped in described chute can along the slide block 16 of slide.
Preferably, two described chutes are separately positioned on the both sides of inner shield ring, be arranged on the both sides of inner shield ring, can increase the vibrating effect of slide block to woven wire by the chute sealed two, improve effect.
Composition graphs 4, beating unit of the present utility model comprises the back up pad 17 be connected on inner shield ring, described back up pad is connected with hammer ram 18, and arm and the back up pad of described hammer ram 18 are hinged.
Above-mentioned several beating unit is more of the present utility model enumerating, and not departing from the routine improvement carried out under thought of the present utility model, all belongs to protection domain of the present utility model.
In cylindrical shell 5 of the present utility model, multiple annular retaining ring can be set, as a kind of preferred mode of the utility model, in cylindrical shell 5, be evenly distributed with three annular retaining rings.
For the ease of the output of material, ensure that the material in the last cylindrical shell of operation can be discharged (in terminating soon in technique simultaneously, do not have the extruding of material afterwards that material can be caused not easily to export), the woven wire 13 between inner shield ring 12 and outer back-up ring 11 offers groove 14.
As a kind of preferred mode of the utility model, the woven wire 13 between described inner shield ring 12 and outer back-up ring 11 offers at least two grooves 14 uniformly.
In order to ensure the effect of annular retaining ring, as the preferred mode of one of the present utility model, the position of described inner shield ring 12 least significant end is higher than the height of spiral pusher plate 2, that is to say the height be positioned at higher than spiral pusher plate of inner shield ring, prevent material from the discharge inner shield ring 12, ensure that material can fully react, improve the utilization ratio of data.
Embodiment one
The efficient lime slaking machine that also can prevent adhering to of the present embodiment, comprise cylindrical shell, the leading portion of described cylindrical shell is provided with unslaked lime feed-pipe and water inlet pipe, and the afterbody of cylindrical shell is provided with device for dragging dregs; The leading portion of cylindrical shell and back segment outer wall are respectively equipped with front backing ring and rear backing ring, and front backing ring and rear knocking over are equipped with front riding wheel apparatus and rear riding wheel apparatus respectively, and the cylinder body outer wall between front backing ring and rear backing ring is provided with gear ring, and gear ring engages with transmission mechanism; The inside of cylindrical shell is provided with spiral pusher plate, is provided with at least two annular retaining rings in cylindrical shell, and described annular retaining ring comprises circular outer back-up ring and circular inner shield ring, is connected with woven wire between described inner shield ring and outer back-up ring; The aperture being positioned at the woven wire of cylindrical shell back segment is less than the aperture of the woven wire being positioned at cylindrical shell leading portion; Described inner shield ring is equipped with beating unit.
Embodiment two
The efficient lime slaking machine that also can prevent adhering to of the present embodiment, comprise cylindrical shell, the leading portion of described cylindrical shell is provided with unslaked lime feed-pipe and water inlet pipe, and the afterbody of cylindrical shell is provided with device for dragging dregs; The leading portion of cylindrical shell and back segment outer wall are respectively equipped with front backing ring and rear backing ring, and front backing ring and rear knocking over are equipped with front riding wheel apparatus and rear riding wheel apparatus respectively, and the cylinder body outer wall between front backing ring and rear backing ring is provided with gear ring, and gear ring engages with transmission mechanism; The inside of cylindrical shell is provided with spiral pusher plate, is provided with at least two annular retaining rings in cylindrical shell, and described annular retaining ring comprises circular outer back-up ring and circular inner shield ring, is connected with woven wire between described inner shield ring and outer back-up ring; The aperture being positioned at the woven wire of cylindrical shell back segment is less than the aperture of the woven wire being positioned at cylindrical shell leading portion; Described inner shield ring is equipped with beating unit.Described beating unit comprises the chute of sealing, and being equipped in described chute can along the slide block of slide.
Embodiment three
The efficient lime slaking machine that also can prevent adhering to of the present embodiment, comprise cylindrical shell, the leading portion of described cylindrical shell is provided with unslaked lime feed-pipe and water inlet pipe, and the afterbody of cylindrical shell is provided with device for dragging dregs; The leading portion of cylindrical shell and back segment outer wall are respectively equipped with front backing ring and rear backing ring, and front backing ring and rear knocking over are equipped with front riding wheel apparatus and rear riding wheel apparatus respectively, and the cylinder body outer wall between front backing ring and rear backing ring is provided with gear ring, and gear ring engages with transmission mechanism; The inside of cylindrical shell is provided with spiral pusher plate, is provided with at least two annular retaining rings in cylindrical shell, and described annular retaining ring comprises circular outer back-up ring and circular inner shield ring, is connected with woven wire between described inner shield ring and outer back-up ring; The aperture being positioned at the woven wire of cylindrical shell back segment is less than the aperture of the woven wire being positioned at cylindrical shell leading portion; Described inner shield ring is equipped with beating unit.Described beating unit comprises the chute of two orthogonal sealings, and being equipped in described chute can along the slide block of slide.
Embodiment four
The efficient lime slaking machine that also can prevent adhering to of the present embodiment, comprise cylindrical shell, the leading portion of described cylindrical shell is provided with unslaked lime feed-pipe and water inlet pipe, and the afterbody of cylindrical shell is provided with device for dragging dregs; The leading portion of cylindrical shell and back segment outer wall are respectively equipped with front backing ring and rear backing ring, and front backing ring and rear knocking over are equipped with front riding wheel apparatus and rear riding wheel apparatus respectively, and the cylinder body outer wall between front backing ring and rear backing ring is provided with gear ring, and gear ring engages with transmission mechanism; The inside of cylindrical shell is provided with spiral pusher plate, is provided with at least two annular retaining rings in cylindrical shell, and described annular retaining ring comprises circular outer back-up ring and circular inner shield ring, is connected with woven wire between described inner shield ring and outer back-up ring; The aperture being positioned at the woven wire of cylindrical shell back segment is less than the aperture of the woven wire being positioned at cylindrical shell leading portion; Described inner shield ring is equipped with beating unit.Described beating unit comprises the chute of two orthogonal sealings, and being equipped in described chute can along the slide block of slide.Two described chutes are separately positioned on the both sides of inner shield ring.
Embodiment five
The efficient lime slaking machine that also can prevent adhering to of the present embodiment, comprise cylindrical shell, the leading portion of described cylindrical shell is provided with unslaked lime feed-pipe and water inlet pipe, and the afterbody of cylindrical shell is provided with device for dragging dregs; The leading portion of cylindrical shell and back segment outer wall are respectively equipped with front backing ring and rear backing ring, and front backing ring and rear knocking over are equipped with front riding wheel apparatus and rear riding wheel apparatus respectively, and the cylinder body outer wall between front backing ring and rear backing ring is provided with gear ring, and gear ring engages with transmission mechanism; The inside of cylindrical shell is provided with spiral pusher plate, is provided with at least two annular retaining rings in cylindrical shell, and described annular retaining ring comprises circular outer back-up ring and circular inner shield ring, is connected with woven wire between described inner shield ring and outer back-up ring; The aperture being positioned at the woven wire of cylindrical shell back segment is less than the aperture of the woven wire being positioned at cylindrical shell leading portion; Described inner shield ring is equipped with beating unit.Described beating unit comprises the back up pad be connected on inner shield ring, and described back up pad is connected with hammer ram, and arm and the back up pad of described hammer ram are hinged.
Embodiment six
On the basis of above-mentioned any embodiment, the woven wire between described inner shield ring and outer back-up ring offers groove.
Embodiment seven
Woven wire on the basis of above-mentioned any embodiment between described inner shield ring and outer back-up ring offers at least two grooves uniformly.
Embodiment eight
On the basis of above-mentioned any embodiment, the position of described inner shield ring least significant end is higher than the height of spiral pusher plate.
Claims (8)
1. the efficient lime slaking machine that also can prevent adhering to, comprise cylindrical shell, the leading portion of described cylindrical shell is provided with unslaked lime feed-pipe and water inlet pipe, and the afterbody of cylindrical shell is provided with device for dragging dregs; The leading portion of cylindrical shell and back segment outer wall are respectively equipped with front backing ring and rear backing ring, and front backing ring and rear knocking over are equipped with front riding wheel apparatus and rear riding wheel apparatus respectively, and the cylinder body outer wall between front backing ring and rear backing ring is provided with gear ring, and gear ring engages with transmission mechanism; The inside of cylindrical shell is provided with spiral pusher plate, it is characterized in that, is provided with at least two annular retaining rings in cylindrical shell, and described annular retaining ring comprises circular outer back-up ring and circular inner shield ring, is connected with woven wire between described inner shield ring and outer back-up ring; The aperture being positioned at the woven wire of cylindrical shell back segment is less than the aperture of the woven wire being positioned at cylindrical shell leading portion; Described inner shield ring is equipped with beating unit.
2. the efficient lime slaking machine that also can prevent adhering to according to claim 1, it is characterized in that, described beating unit comprises the chute of sealing, and being equipped in described chute can along the slide block of slide.
3. the efficient lime slaking machine that also can prevent adhering to according to claim 1, it is characterized in that, described beating unit comprises the chute of two orthogonal sealings, and being equipped in described chute can along the slide block of slide.
4. the efficient lime slaking machine that also can prevent adhering to according to claim 3, it is characterized in that, two described chutes are separately positioned on the both sides of inner shield ring.
5. the efficient lime slaking machine that also can prevent adhering to according to claim 1, it is characterized in that, described beating unit comprises the back up pad be connected on inner shield ring, and described back up pad is connected with hammer ram, and arm and the back up pad of described hammer ram are hinged.
6., according to the arbitrary described efficient lime slaking machine that also can prevent adhering to of claim 1-5, it is characterized in that, the woven wire between described inner shield ring and outer back-up ring offers groove.
7. the efficient lime slaking machine that also can prevent adhering to according to claim 6, it is characterized in that, the woven wire between described inner shield ring and outer back-up ring offers at least two grooves uniformly.
8. according to claim 1 efficient and can prevent the lime slaking machine that adheres to, it is characterized in that, the position of described inner shield ring least significant end is higher than the height of spiral pusher plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520296536.2U CN204752539U (en) | 2015-05-10 | 2015-05-10 | High -efficient grey machine of changing of adhesion that can prevent |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520296536.2U CN204752539U (en) | 2015-05-10 | 2015-05-10 | High -efficient grey machine of changing of adhesion that can prevent |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204752539U true CN204752539U (en) | 2015-11-11 |
Family
ID=54467268
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520296536.2U Expired - Fee Related CN204752539U (en) | 2015-05-10 | 2015-05-10 | High -efficient grey machine of changing of adhesion that can prevent |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204752539U (en) |
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2015
- 2015-05-10 CN CN201520296536.2U patent/CN204752539U/en not_active Expired - Fee Related
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|---|---|---|---|
| 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: 20151111 Termination date: 20160510 |
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| CF01 | Termination of patent right due to non-payment of annual fee |