CN204768932U - Bull ring and food waste treater - Google Patents
Bull ring and food waste treater Download PDFInfo
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- CN204768932U CN204768932U CN201520483758.5U CN201520483758U CN204768932U CN 204768932 U CN204768932 U CN 204768932U CN 201520483758 U CN201520483758 U CN 201520483758U CN 204768932 U CN204768932 U CN 204768932U
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- double wedge
- bull ring
- cutting
- inclination double
- ring body
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Abstract
The utility model relates to a bull ring and food waste treater, bull ring (100) are including bull ring body (110), medial surface at bull ring body (110) is equipped with along a plurality of first cutting slope dogtooth (120) and a plurality of second cutting slope dogtooth of the distribution of bull ring body (110) circumference, a plurality of first cuttings slope dogtooths (120) are the syntropy acute angle for the transversal plane of bull ring body (110), be used for realizing a cutting action to the grinding charge body, a plurality of seconds cutting slope dogtooth is at least including a plurality of and first cutting slope dogtooth (120) syntropy and for the forward that the transversal plane of bull ring body (110) is the acute angle dogtooth (131) that inclines, reverse and be reversed dip dogtooth (132) of acute angle for the transversal plane of bull ring body (110) with a plurality of and first cutting slope dogtooth (120), be used for realizing the 2nd cutting action and decelerating effect to the grinding charge body. The utility model discloses can realize stronger crushing efficiency of grinding to the grinding charge body.
Description
Technical field
The utility model relates to object crushing technology, particularly relates to a kind of bull ring and Waste food treating device.
Background technology
Waste food treating device is a kind of machine for kitchen use product for the treatment of household waste swill, pericarp, rotten vegetable leaf, leftovers leftovers, the even household waste such as fishbone and bone food refuse are pulverized by grinding technique by it, and form slurry like material and enter sewerage.The critical component of existing Waste food treating device comprises: grinding chamber, bull ring and abrasive disk, wherein abrasive disk is rotated relative to bull ring by driven by motor, by centrifugal force, the garbage entering into grinding chamber is thrown on bull ring, and utilizes the cutting teeth on bull ring and the grinding block on abrasive disk cut garbage and pulverize.
The cutting teeth that existing bull ring is arranged is generally straight-tooth horizontal 90-degree and digs or the version of projection triangular in shape, wherein, the bull ring of straight-tooth adopting horizontal 90-degree to dig is for the larger non-bone group food of density, the such as grinding often poor effect of potato, radish, corn ear etc., there will be the situation of food and abrasive disk synchronous axial system, this is because horizontal straight-tooth is difficult to this group food directly to be cut open, often breach can only be gone out in partial cut.Adopt the bull ring of the cutting teeth of denation be then limited by the requirement of denation height and higher cutting speed cannot be obtained, be therefore difficult to effectively grind bone group food rubbish.
Utility model content
The purpose of this utility model proposes a kind of bull ring and Waste food treating device, can realize stronger pulverizing grinding effect to polished object.
For achieving the above object, the utility model provides a kind of bull ring, comprise bull ring body, wherein, the multiple first cutting inclination double wedge and multiple second be provided with along the distribution of described bull ring body circumference at the medial surface of described bull ring body cuts inclination double wedge, described multiple first cutting inclination double wedge is same directional acute angle relative to the transversal plane of described bull ring body, in order to realize the first dissection to polished object, described multiple second cutting inclination double wedge at least comprises multiple and described first and cuts the forward inclination double wedge that inclination double wedge is acute angle in the same way and relative to the transversal plane of described bull ring body, with multiple and described first cut the reversed dip double wedge that inclination double wedge is oppositely and relative to the transversal plane of described bull ring body acute angle, in order to realize the second dissection and decelerating effect to polished object.
Further, described multiple first cutting inclination double wedge and described multiple second cuts inclination double wedge and is positioned on the different transversal planes of described bull ring body.
Further, described multiple first cutting inclination double wedge is distributed at least one transversal plane of described bull ring body, and described multiple second cutting inclination double wedge is distributed at least one transversal plane of described bull ring body.
Further, the spacing of the adjacent transversal plane in the transversal plane of the transversal plane that distributes of described first cutting inclination double wedge and described second cutting inclination double wedge distribution is 3 ~ 10mm.
Further, described multiple first cutting inclination double wedge and described multiple second cuts inclination double wedge and is positioned on the same transversal plane of described bull ring body.
Further, the forward inclination double wedge being positioned at the same transversal plane of described bull ring body in described multiple second cutting inclination double wedge is identical with reversed dip double wedge quantity, or number differences meets preset difference value scope.
Further, the forward inclination double wedge and the reversed dip double wedge that are positioned at the same transversal plane of described bull ring body in described multiple second cutting inclination double wedge arrange with spaced mode or random fashion.
Further, described first cutting inclination double wedge is 10 ° ~ 25 ° relative to the tilt angle alpha of the transversal plane of described bull ring body, described second cutting inclination double wedge is 30 ° ~ 60 ° relative to the inclination angle beta 1, β 2 of the transversal plane of described bull ring body.
Further, the width w1 of described first cutting inclination double wedge is 7 ~ 12mm, and the width w2 of described second cutting inclination double wedge is 4 ~ 6mm.
Further, described first cutting inclination double wedge and the second cutting inclination double wedge are the rectangle double wedge inwardly dug from described bull ring body.
For achieving the above object, the utility model provides a kind of Waste food treating device, comprises aforesaid bull ring.
Further, also comprise: feed cap, abrasive disk, grinding block, driving mechanism and shell, described abrasive disk, described grinding block and described driving mechanism are all arranged in the space that described feed cap and described shell surround, described grinding block is fixedly installed on the surface of described abrasive disk, described abrasive disk is arranged on the center, downside of described bull ring, be in make described grinding block in the region that described bull ring surrounds, described driving mechanism and described abrasive disk carry out power and are connected, to drive described abrasive disk relative to described bull ring forward or reverse.
Based on technique scheme, the utility model is by arranging the inclination double wedge respectively polished object being played to the first dissection and the second dissection and decelerating effect at the medial surface of bull ring body, utilize the cooperation of the inclination double wedge of this two type, polished object is made to be cut to reduce the volume of polished object, and under the decelerating effect of the second cutting inclination double wedge, overcome polished object with driving the device of its rotation same then the problem that cannot effectively pulverize.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide further understanding of the present utility model, and form a application's part, schematic description and description of the present utility model, for explaining the utility model, is not formed improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 is the structural representation of an embodiment of the utility model bull ring.
Fig. 2 is the close-up schematic view of the utility model bull ring embodiment.
Fig. 3 is the schematic diagram of the different angle of each inclination double wedge in the utility model bull ring embodiment.
Fig. 4 is the structural representation of an embodiment of the utility model Waste food treating device.
Fig. 5 is the scheme of installation of bull ring and abrasive disk in the utility model Waste food treating device embodiment.
Description of reference numerals: 100-bull ring; 200-feed cap; 300-shell; 400-abrasive disk; 500-grinding block; 600-driving mechanism; 700-sealing ring; 110-bull ring body; 120-the first cutting inclination double wedge; 131-forward inclination double wedge; 132-reversed dip double wedge; 140-cutting edge; 130a-cutting edge; 130b-deceleration face.
Detailed description of the invention
Below by drawings and Examples, the technical solution of the utility model is described in further detail.
No matter existing Waste food treating device adopts straight-tooth horizontal 90-degree to dig or the version of projection triangular in shape, is all difficult to more fully be applicable to grinding of polytype garbage.Inventor is after analyzing the reason producing these problems, find for bull ring, dissimilar tooth form and the effect of distribution mode to dissimilar garbage of the tooth lapping that it is arranged also exist certain difference, and pass through on bull ring in conjunction with dissimilar tooth lapping, and arrange with specific distribution mode, then can eliminate the adaptability problem of single mill toothing, and not at will just can reach in conjunction with dissimilar tooth lapping the effect improving and pulverize grinding effect in the inner surface that bull ring is limited amasss, need to select from numerous tooth lapping types and distribution mode.
As shown in Figure 1, be the structural representation of an embodiment of the utility model bull ring.In the present embodiment, bull ring 100 comprises bull ring body 110, and the multiple first cutting inclination double wedges 120 and multiple second be provided with along the distribution of bull ring body 110 circumference at the medial surface of bull ring body 110 cut inclination double wedge.Wherein, bull ring body 110 is used to the carrier arranging tooth lapping, simultaneously also for polished object provides spatial accommodation.Bull ring body 110 can adopt metal or alloy material to make, to facilitate the tooth lapping being formed in the inner side of bull ring body and inwardly dig.In Fig. 1 embodiment, the downside of bull ring body 110 is also provided with the structures such as multiple cutting edges 140, and the object after conveniently grinding is discharged.
Multiple first cutting inclination double wedge 120 is same directional acute angle relative to the transversal plane of bull ring body 110, in order to realize the first dissection to polished object.And multiple second cutting inclination double wedge at least comprises and multiplely cuts with first the forward inclination double wedge 131 that inclination double wedge 120 is acute angle in the same way and relative to the transversal plane of bull ring body 110, the reversed dip double wedge 132 that inclination double wedge 120 is oppositely and relative to the transversal plane of bull ring body 110 acute angle is cut, in order to realize the second dissection and decelerating effect to polished object with first with multiple.
For polished object, according to its application scenario and effective object, can select different driving devices, such as, be directed to the milled processed of garbage, then the device driving it to rotate can comprise abrasive disk, grinding block and motor.For other industry or agriculture application scenario, then can comprise other forms of rotatable parts and driving mechanism.For by motor-operated abrasive disk being provided with grinding block, when abrasive disk to be driven by motor and high-speed rotation time, polished object is thrown to the inner side edge edge of abrasive disk due to the effect of centrifugal force, and the grinding block on polished dish promotes and is pressed on bull ring and circles.Wherein, first cutting inclination double wedge 120 can play the effect of rough lumber in the process to polished object, with the polished object making polished object form more small size under dissection, especially for some fragility grinding charge styles as sclerotin rubbish etc., stronger crushing effect can be realized.
Multiple cutting teeths tilted at different directions included by second cutting inclination double wedge can play the effect that auxiliary first cutting inclination double wedge 120 cuts polished object in process of lapping, also the deceleration to a certain degree that reversed dip double wedge 132 realizes polished object can be utilized when abrasive disk rotates forward, for the polished object that some density are larger, before hindering it by the second cutting inclination double wedge and then realize decelerating effect, and then when its speed declines and occurs speed difference with abrasive disk, speed faster grinding block can form impact crushing effect to grinding charge body, the poised state of itself and abrasive disk synchronous axial system can also be destroyed simultaneously, it is made to overturn so that the first cutting inclination double wedge 120 continues to cut at other positions of polished object, the problem that the polished object avoiding density larger is only locally cut and cannot effectively pulverize.
Cut inclination double wedge for second, owing to that includes multiple cutting teeth tilted at different directions, therefore no matter it is in the device rotating forward of the polished object of drive or when reversing, and all can play cutting and decelerating effect.
In the embodiment of above-mentioned bull ring, multiple first cutting inclination double wedge 120 and multiple second cutting inclination double wedge can be arranged on the same transversal plane of bull ring body 110, such as along the inner peripheral surface corresponding to a certain height of bull ring body 110 can interval the first cutting inclination double wedge 120 and the second cutting inclination double wedge are set, thus occupy less arrangement space, interfere in order to avoid produce with other structures on bull ring body or other structures in bull ring inner space.
In another embodiment, multiple first cutting inclination double wedge 120 also can cut inclination double wedge and is positioned on the different transversal planes of described bull ring body 110 from described multiple second.Utilize bull ring body 110 inner surface to carry out the dissimilar inclination double wedge of arranging multiplayer, the inner space of bull ring body 110 can be utilized fully, and too increase distribution and the quantity of tooth lapping, and then reach better grinding effect.
In the embodiment of the bull ring 100 shown in Fig. 1,2, multiple first cutting inclination double wedge 120 is distributed on a more top transversal plane of bull ring body 110 position, and multiple second cutting inclination double wedge is then distributed on the transversal plane more on the lower of described bull ring body 110 position.And in other embodiments, the situation that can require and be polished object according to concrete grinding selects two-layer the first above cutting inclination double wedge 120, or two-layer the second above cutting inclination double wedge, and distribution mode also can select following form:
A. from top to bottom, individual layer first cuts the double-deck second cutting inclination double wedge of inclination double wedge 120+, totally 3 layers;
B. from top to bottom, double-deck first cutting inclination double wedge 120+ individual layer second cuts inclination double wedge, totally 3 layers;
C. from top to bottom, the double-deck second cutting inclination double wedge of double-deck first cutting inclination double wedge 120+, totally 4 layers.
In other embodiments, the second cutting inclination double wedge also can be arranged in the top of the first cutting inclination double wedge.
In embodiment for the bull ring 100 of above-mentioned employing multilayer cutting teeth arrangement, the spacing of the adjacent transversal plane in the transversal plane of the preferably transversal plane that distributes of the first cutting inclination double wedge 120 and described second cutting inclination double wedge distribution is 3 ~ 10mm, such as spacing 3mm, 5mm or 10mm.If spacing value is less than 3mm, then with same layer arrangement no significant difference, and if spacing value more than 10mm, then easily there is leaking segment, reduce cutting teeth to the cutting power of polished object.
Mention the second cutting inclination double wedge above to comprise and multiplely cut with first the forward inclination double wedge 131 that inclination double wedge 120 is acute angle in the same way and relative to the transversal plane of bull ring body 110, cut with first the reversed dip double wedge 132 that inclination double wedge 120 is oppositely and relative to the transversal plane of bull ring body 110 acute angle with multiple, realize the second dissection to polished object and decelerating effect.And decelerating effect in order to ensure no matter when rotating forward or reverse is basically identical, preferably make the forward inclination double wedge 131 being positioned at the same transversal plane of described bull ring body 110 in multiple second cutting inclination double wedge identical with reversed dip double wedge 132 quantity, or number differences (referring to absolute difference here) meets preset difference value scope, this preset difference value scope is 1 ~ 3.
When have employed the identical or close forward inclination double wedge 131 of quantity and reversed dip double wedge 132, preferably the forward inclination double wedge 131 and reversed dip double wedge 132 that are positioned at the same transversal plane of described bull ring body 110 in multiple second cutting inclination double wedge are arranged in spaced mode, the staggered mode namely in Fig. 1.In a further embodiment, also several forward inclination double wedge 131 1 groups and several reversed dip double wedge 132 1 groups can be arranged in staggered mode of dividing into groups, or arrange in a random basis.Avoid the inclination double wedge of different directions too intensive by these arrangement modes and be difficult to reach good cutting and slowing effect.
With reference to figure 3, in the embodiment of each bull ring 100 above-mentioned, first cutting inclination double wedge 120 is in order to realize main dissection, preferably it is set to 10 ° ~ 25 ° relative to the tilt angle alpha of the transversal plane of bull ring body 110, such as get 10 °, 18 ° or 25 °, and in order to the dissection that enables the second cutting inclination double wedge realize assisting and decelerating effect, preferably the forward inclination double wedge 131 in the second cutting inclination double wedge is set to 30 ° ~ 60 ° relative to the inclination angle beta 2 of the transversal plane of bull ring body 110, such as get 30 °, 45 ° or 60 °, and reversed dip double wedge 132 is 30 ° ~ 60 ° relative to the inclination angle beta 1 of the transversal plane of bull ring body 110, such as get 30 °, 45 ° or 60 °.
The span of inclination double wedge 120 and forward inclination double wedge 131 and reversed dip double wedge 132 is cut from above-mentioned first, second cutting inclination double wedge is larger compared to the gradient of the first cutting inclination double wedge 120, so just make the sharp-pointed position on the first cutting inclination double wedge 120 can face the traffic direction of polished object when abrasive disk rotates forward, and then lifting cutting power, if and the angle too small of the first cutting inclination double wedge 120, sharp parts on it utilizes less, and then reduction cutting power, if and angle is excessive, then sharp parts cannot just to polished object, and then cutting power is weakened.And the second cutting inclination double wedge is when stating inclination angle scope in the choice, the sharp parts that can use its cutting edge 130a realizes the second cutting, the deceleration face 130b of the opposite side of cutting edge 130a can also be utilized to realize decelerating effect simultaneously.If the angle too small of the second cutting inclination double wedge, is difficult to realize obtaining good slowing effect, if angle is excessive, deceleration can be caused excessive, make grinding charge speed of moving body excessively slow, and then reduce grinding effect, also can cause larger running noises simultaneously.
It should be noted that, be arranged in multiple first cutting inclination double wedges 120 of same transversal plane, its angle of inclination, without the need to completely the same, can be selected in above-mentioned preferred span, also it can be arranged in the mode that angle of inclination is consistent, to reduce difficulty of processing.In like manner, in second cutting inclination double wedge, multiple forward inclination double wedge 131 or reversed dip double wedge 132 are all set to unanimously without the need to playing angle of inclination, can select in above-mentioned preferable range, also can the angle of inclination of the forward inclination double wedge 131 in same transversal plane be set to unanimously, and the angle of inclination of reversed dip double wedge 132 and direction are the Mirror Symmetry of forward inclination double wedge 131, thus reduce difficulty of processing.
With reference to figure 2, select at the width of the first cutting inclination double wedge 120 and the second cutting inclination double wedge, preferably the width w1 of the first cutting inclination double wedge 120 is 7 ~ 12mm, such as get 7mm, 11mm or 12mm, the width w2 of the second cutting inclination double wedge is 4 ~ 6mm, such as, get 4mm, 4.8mm or 6mm.The width that cutting teeth is suitable can obtain balance on difficulty of processing and intensity, and if width is wide, difficulty of processing certainly will be made to increase, and if width is narrow, then limited strength, easily come off in process of lapping.
In the form and height of projection of the first cutting inclination double wedge 120 and the second cutting inclination double wedge, the form of the rectangle double wedge preferably inwardly dug from bull ring body 110, height of projection is 5 ~ 7mm preferably, such as, get 5mm, 6.2mm or 7mm.Also the cutting teeth of other forms can be adopted in other embodiments of the present utility model, such as trapezoidal, triangle, zigzag etc., and the inclination double wedge of rectangle form can realize higher height of projection to obtain can just to the longer cutting edge in material to be cut running body direction, thus quickening cutting speed, obtain better cutting effect.
Described the various forms of embodiment of the utility model bull ring and corresponding different function and efficacy above in detail, and this bull ring is applicable to all kinds of occasion needing to grind object, such as material grinding, waste material grinding etc.Next, the utility model provides a kind of Waste food treating device including above-mentioned bull ring 100 to further illustrate.
Fig. 4,5 respectively illustrates internal structure and the mounting structure of the Waste food treating device that have employed aforementioned bull ring 100.Wherein, Waste food treating device comprises: bull ring 100, feed cap 200, abrasive disk 400, grinding block 500, driving mechanism 600 (such as motor etc.) and shell 300.Abrasive disk 400, grinding block 500 and driving mechanism 600 are all arranged in the space that feed cap 200 and shell 300 surround, grinding block 500 is fixedly installed on the surface of abrasive disk 400, abrasive disk 400 is arranged on the center, downside of bull ring 100, be in make grinding block 500 in the region that bull ring 100 surrounds, driving mechanism 600 carries out power with abrasive disk 400 and is connected, to drive abrasive disk 400 relative to bull ring 100 forward or reverse.Sealing ring 700 can also be set between abrasive disk 400 and driving mechanism 600, in order to avoid the garbage in grinding chamber enters into driving mechanism 600.
The processing procedure of illustratively garbage is carried out below in conjunction with the Waste food treating device shown in Fig. 4,5.Wherein, the first cutting inclination double wedge 120 on bull ring 100 and the second cutting inclination double wedge are distributed on upper and lower two transversal planes successively.First cutting inclination double wedge 120 width is about 8mm, about 20 degree, angle of inclination, forward inclination double wedge 131 in second cutting inclination double wedge is identical with reversed dip double wedge 132 quantity or differ one, and interlaced arrangement, adjacent two inclination double wedge Mirror Symmetries, width is about 5mm, and angle of inclination is about 45 °.
Garbage (comprises bone group food rubbish and the larger non-bone group food rubbish of density, such as potato, radish etc.) enter from feed cap 200 upper opening as polished object after, drop on abrasive disk 400, abrasive disk 400 makes High Rotation Speed under the drive of driving mechanism 600 (such as motor etc.).Due to centrifugal action, garbage is thrown to abrasive disk 400 outer.Garbage is polished block 500 and promotes, press bull ring 100 to circle, under the first cutting inclination double wedge 120, second of projection cuts the shear action of inclination double wedge and cutting edge 140, volume progressively reduces, until can fall down along the gap between abrasive disk 400 and bull ring 100, enter sewer.
Carry out in the process of cutting and grinding at the first cutting inclination double wedge 120 and the second cutting inclination double wedge to garbage, first cutting inclination double wedge 120 plays the effect of rough lumber, less angle of inclination makes the first cutting inclination double wedge 120 easily realize shear action to garbage, the garbage of High Rotation Speed is close to the first cutting inclination double wedge 120 when moving in a circle, first cutting inclination double wedge 120 as garbage cut off as cutter, chopping, cutting inclination double wedge 120 for bone group food rubbish first can make it broken by strong impact.The effect of the second cutting inclination double wedge comprises makes garbage slow down and the second cutting, easily there is the phenomenon with abrasive disk 400 synchronous rotary in the food refuse (such as potato, radish etc.) of the non-bone class that its Midst density is larger, when there is synchronous rotary phenomenon, the land of projection does stock removal action at the same position of garbage, and garbage is pulverized being difficult to.And the second cutting inclination double wedge can be formed just to the deceleration face of garbage traffic direction compared with High angle, utilize the garbage slowed down in motion to play obstruction to advance, and when when garbage is hindered, speed declines, garbage and the speed difference existing for abrasive disk 400 can make garbage by speed faster grinding block 500 catch up with, and then pulverized by impact, the poised state with abrasive disk 400 synchronous rotary can also be destroyed simultaneously, thus make the first cutting inclination double wedge 120 can continue to cut at other positions of garbage.And when Waste food treating device is blocked by food really up to the mark, driving mechanism 600 can also be made to reverse and to remove the problem of blocking, now the second cutting inclination double wedge has the identical or close forward inclination double wedge 131 of quantity and reversed dip double wedge 132 because of it, and still can continue the effect realizing cutting and deceleration.
Finally should be noted that: above embodiment is only in order to illustrate that the technical solution of the utility model is not intended to limit; Although be described in detail the utility model with reference to preferred embodiment, those of ordinary skill in the field have been to be understood that: still can modify to detailed description of the invention of the present utility model or carry out equivalent replacement to portion of techniques feature; And not departing from the spirit of technical solutions of the utility model, it all should be encompassed in the middle of the technical scheme scope of the utility model request protection.
Claims (12)
1. a bull ring (100), comprise bull ring body (110), it is characterized in that, inclination double wedge is cut in multiple first cutting inclination double wedge (120) and multiple second be provided with along the distribution of described bull ring body (110) circumference at the medial surface of described bull ring body (110), described multiple first cutting inclination double wedge (120) is same directional acute angle relative to the transversal plane of described bull ring body (110), in order to realize the first dissection to polished object, described multiple second cutting inclination double wedge at least comprises multiple and described first and cuts the forward inclination double wedge (131) that inclination double wedge (120) is acute angle in the same way and relative to the transversal plane of described bull ring body (110), with multiple and described first cut the reversed dip double wedge (132) that inclination double wedge (120) is oppositely and relative to the transversal plane of described bull ring body (110) acute angle, in order to realize the second dissection and decelerating effect to polished object.
2. bull ring according to claim 1 (100), is characterized in that, described multiple first cutting inclination double wedge (120) and described multiple second is cut inclination double wedge and is positioned on the different transversal planes of described bull ring body (110).
3. bull ring according to claim 2 (100), it is characterized in that, described multiple first cutting inclination double wedge (120) is distributed at least one transversal plane of described bull ring body (110), and described multiple second cutting inclination double wedge is distributed at least one transversal plane of described bull ring body (110).
4. bull ring according to claim 3 (100), is characterized in that, the spacing of the adjacent transversal plane in the transversal plane of the transversal plane that described first cutting inclination double wedge (120) distributes and described second cutting inclination double wedge distribution is 3 ~ 10mm.
5. bull ring according to claim 1 (100), is characterized in that, described multiple first cutting inclination double wedge (120) and described multiple second is cut inclination double wedge and is positioned on the same transversal plane of described bull ring body (110).
6. bull ring according to claim 1 (100), it is characterized in that, the forward inclination double wedge (131) being positioned at the same transversal plane of described bull ring body (110) in described multiple second cutting inclination double wedge is identical with reversed dip double wedge (132) quantity, or number differences meets preset difference value scope.
7. bull ring according to claim 6 (100), it is characterized in that, the forward inclination double wedge (131) and the reversed dip double wedge (132) that are positioned at the same transversal plane of described bull ring body (110) in described multiple second cutting inclination double wedge arrange with spaced mode or random fashion.
8. bull ring according to claim 1 (100), it is characterized in that, described first cutting inclination double wedge (120) is 10 ° ~ 25 ° relative to the tilt angle alpha of the transversal plane of described bull ring body (110), described second cutting inclination double wedge is 30 ° ~ 60 ° relative to the inclination angle beta 1, β 2 of the transversal plane of described bull ring body (110).
9. bull ring according to claim 1 (100), is characterized in that, the width w1 of described first cutting inclination double wedge (120) is 7 ~ 12mm, and the width w2 of described second cutting inclination double wedge is 4 ~ 6mm.
10. according to the arbitrary described bull ring (100) of claim 1 ~ 9, it is characterized in that, described first cutting inclination double wedge (120) and the second cutting inclination double wedge are the rectangle double wedge inwardly dug from described bull ring body (110).
11. 1 kinds of Waste food treating devices, is characterized in that, comprise the arbitrary described bull ring (100) of claim 1 ~ 10.
12. Waste food treating devices according to claim 11, it is characterized in that, also comprise: feed cap (200), abrasive disk (400), grinding block (500), driving mechanism (600) and shell (300), described abrasive disk (400), described grinding block (500) and described driving mechanism (600) are all arranged in the space that described feed cap (200) and described shell (300) surround, described grinding block (500) is fixedly installed on the surface of described abrasive disk (400), described abrasive disk (400) is arranged on the center, downside of described bull ring (100), be in make described grinding block (500) in the region that described bull ring (100) surrounds, described driving mechanism (600) carries out power with described abrasive disk (400) and is connected, to drive described abrasive disk (400) relative to described bull ring (100) forward or reverse.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520483758.5U CN204768932U (en) | 2015-07-06 | 2015-07-06 | Bull ring and food waste treater |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520483758.5U CN204768932U (en) | 2015-07-06 | 2015-07-06 | Bull ring and food waste treater |
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| Publication Number | Publication Date |
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| CN204768932U true CN204768932U (en) | 2015-11-18 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520483758.5U Expired - Fee Related CN204768932U (en) | 2015-07-06 | 2015-07-06 | Bull ring and food waste treater |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104941731A (en) * | 2015-07-06 | 2015-09-30 | 珠海格力电器股份有限公司 | Grinding ring and waste food processor |
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2015
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104941731A (en) * | 2015-07-06 | 2015-09-30 | 珠海格力电器股份有限公司 | Grinding ring and waste food processor |
| CN104941731B (en) * | 2015-07-06 | 2018-04-17 | 珠海格力电器股份有限公司 | Bull ring and Waste food treating device |
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Granted publication date: 20151118 Termination date: 20210706 |
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