CN104014403B - A kind of structure of milling of food refuse disposer - Google Patents
A kind of structure of milling of food refuse disposer Download PDFInfo
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- CN104014403B CN104014403B CN201410093491.9A CN201410093491A CN104014403B CN 104014403 B CN104014403 B CN 104014403B CN 201410093491 A CN201410093491 A CN 201410093491A CN 104014403 B CN104014403 B CN 104014403B
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Abstract
The invention discloses a kind of structure of milling of food refuse disposer.It comprises mesh sheet and cutterhead assembly, mesh sheet comprises mesh sheet body, the structure of mesh sheet is tubular structure, mesh sheet is fixed on the inside of cavity, the inner headed face upper part of mesh sheet body is furnished with some mesh sheet blocks, the inner headed face lower part of mesh sheet is furnished with some mesh sheet teeth, the upper plane of cutterhead assembly is provided with some cutterhead cutter heads and some rotatable cutterheads strike head, the lower plane edge of cutterhead assembly is distributed with some cutterhead teeth, one end that cutterhead strikes head is placed between mesh sheet block and mesh sheet tooth, cutterhead tooth is placed in the below of mesh sheet tooth, cutterhead assembly is fixedly mounted on the rotating shaft of motor.The invention has the beneficial effects as follows: three fully cuttings can be carried out to food refuse, improve its degree of refinement, prevent its blocking sewer pipe, effectively improve grinding efficiency; What facilitate in cavity is clean, shortens the time of process food refuse, is conducive to food refuse to follow current discharge side external.
Description
Technical field
The present invention relates to food refuse disposer correlative technology field, refer in particular to a kind of structure of milling of food refuse disposer.
Background technology
Galley food garbage disposer is a kind of modern kitchen appliance, is installed on below kitchen basin, and is connected with drainpipe.By exchanging or DC motor Driver cutterhead, after utilizing centrifugal force to be pulverized by the food refuse in crushing chamber, enter sewer.Crushing chamber has filtration, automatically interception food solid particle; Cutterhead is provided with 360 degree of pivotal impact heads, does not have sharp sword, safe, durable, non-maintaining.Sewer is entered after can being pulverized by food to dish head dish tail, leftovers leftovers etc. garbage easily.Particle diameter after pulverizing is less than 4 millimeters, can not block drainpipe and sewer.Can easily realize immediately, kitchen cleaning easily and efficiently, avoid food refuse to grow germ, mosquito and peculiar smell etc. because of storage, thus build healthy, clean, attractive in appearance kitchen environment.
Garbage disposer is one of indispensable electrical equipment of family kitchen.The electric mounting of the similar soy bean milk making machine size of this volume, below kitchen sink, connects with pond outlet.Garbage disposer can process most food refuse, as little bone, chicken bone, fish head, fish-bone, eggshell, corncob cellulose, pericarp fruit stone, dish leaf vegetables stalk, coffee grounds, shuck, tea stalk, leftovers etc.You directly can pour these food refuses into garbage disposer, and swill by pulverizing of milling instantaneously, can flow into blow-off pipe with water.And garbage disposer is economical and energy saving very, average family uses average monthly power consumption, and once, under normal circumstances, the service life of garbage disposer is at 8-15, durable in use.And existing food refuse disposer in use, water plug switch only has water stop function, separate operation with the power on/off function of food refuse disposer, so in use, while very easily causing food refuse disposer work, foreign matter enters into food refuse disposer by water plug switch, there is great potential safety hazard, also reduce the service life of food refuse disposer simultaneously.
Chinese patent Authorization Notice No.: CN202316052U, authorized announcement date on July 11st, 2012, disclose a kind of food refuse disposer, comprise motor housing and grinding house, the inside of described motor housing is provided with magneto, the rotational output shaft of described magneto to extend in described grinding house and is in transmission connection with the rotating disc of milling being positioned at described grinding house inside, the inwall of described grinding house is provided with ring of milling, described rotating disc of milling is provided with multiple blade, the sidewall of described grinding house offers the connecting pipe for connecting dish-washing machine discharge outlet and the tube connector for connecting rhone, the outer setting of described motor housing and described grinding house has sound insulation outer cover, the rotational output shaft of described magneto is set with rubber seal.The weak point of this utility model is, in use, the grinding house of food refuse disposer by mill rotating disc and ring of milling with the use of, food refuse is milled, but this grinding house only to carry out milling once separately, greatly food refuse can not be milled into as much as possible minimum particulate to discharge, grinding house only carries out flushing grinding house by the water in dish-washing machine simultaneously, can not effective cleaning grinding house, so cannot avoid because part is for the food refuse rinsed well stores and grow germ, mosquito and peculiar smell etc., thus indirectly have impact on kitchen environment.
Summary of the invention
There is above-mentioned deficiency to overcome in prior art in the present invention, provides the structure of milling of a kind of grinding efficiency food refuse disposer high and easy to clean.
To achieve these goals, the present invention is by the following technical solutions:
A kind of structure of milling of food refuse disposer, wherein food refuse disposer comprises cavity, motor and milling system, described milling system comprises mesh sheet and cutterhead assembly, described mesh sheet comprises mesh sheet body, the structure of described mesh sheet is tubular structure, described mesh sheet is fixed on the inside of cavity, the inner headed face upper part of described mesh sheet body is furnished with some mesh sheet blocks, the inner headed face lower part of described mesh sheet body is furnished with some mesh sheet teeth, the upper plane of described cutterhead assembly is provided with some cutterhead cutter heads and some rotatable cutterheads strike head, the lower plane edge of described cutterhead assembly is distributed with some cutterhead teeth, one end that described cutterhead strikes head is placed between mesh sheet block and mesh sheet tooth, described cutterhead tooth is placed in the below of mesh sheet tooth, described cutterhead assembly is fixedly mounted on the rotating shaft of motor.
In the present invention, after electric motor starting, cutterhead assembly meeting High Rotation Speed, the food refuse part be in cavity can be cut into fragment by cutterhead cutter head.Under the influence of centrifugal force, food refuse major part concentrates on the excircle of cutterhead assembly; Now once can be cut by the relative motion that cutterhead strikes between head and mesh sheet block, secondary cut can be carried out by the relative motion that cutterhead strikes between head and mesh sheet tooth, make food refuse be cut into less particle; Afterwards, food refuse enters into and carries out third time between mesh sheet tooth and cutterhead tooth and cut, vegetables shell class plant rubbish can be processed into pulpous state, bone group food rubbish also can be processed into minimum particle, then along with current are discharged, can not block sewer pipe, design reaches grinding efficiency object high and easy to clean like this.
As preferably, described mesh sheet body is placed in mesh sheet block place and is provided with the equal-sized block hole with mesh sheet block, described mesh sheet block and mesh sheet body are integrated, on the inner headed face of described mesh sheet block perpendicular to mesh sheet body, described mesh sheet block is 6-8 and is evenly distributed on the inner headed face of mesh sheet body.Mesh sheet block and mesh sheet body are integrated, improve the firmness of mesh sheet block, also improve the service life of mesh sheet simultaneously.Wherein mesh sheet block forms from block hole to the turnover of the inner side of mesh sheet body, mesh sheet block some be upwards turn down from block hole to the inner side of mesh sheet body, another part of mesh sheet block turns down downwards from block hole to the inner side of mesh sheet body, and be mutually alternately distributed between the two, further raising cutterhead strikes the cutting adequacy that the relative motion between head and mesh sheet block is carried out, and improves the efficiency of food-trash treatment.
As preferably, the lower circumference of described mesh sheet body is provided with teeth groove equal-sized with mesh sheet tooth, described mesh sheet tooth and mesh sheet body are integrated, on the inner headed face of described mesh sheet tooth perpendicular to mesh sheet body, described mesh sheet tooth is 40-50 and is evenly distributed in the same level of the inner headed face of mesh sheet body.Wherein mesh sheet tooth forms from teeth groove to the turnover of the inner side of mesh sheet body, and mesh sheet tooth and mesh sheet body are integrated, improve the firmness of mesh sheet tooth, also improve the service life of mesh sheet simultaneously.
As preferably, described cutterhead assembly is placed in cutterhead cutter head place and is provided with the equal-sized cutter head hole with cutterhead cutter head, described cutterhead cutter head and cutterhead assembly are integrated, the angle that described cutterhead cutter head and cutterhead assembly are formed is less than 90 degree, and described cutterhead cutter head is two and is symmetrically distributed in the upper plane of cutterhead assembly centered by the rotating shaft axle center of motor.Cutterhead cutter head and cutterhead assembly are integrated, improve the firmness of cutterhead cutter head, also improve the service life of cutterhead assembly simultaneously; And the angle that cutterhead cutter head and cutterhead assembly are formed is less than 90 degree, be convenient to the cutting of food refuse, improve the efficiency of food-trash treatment.
As preferably, described cutterhead strikes head and is two and is symmetrically distributed in the upper plane of cutterhead assembly centered by the rotating shaft axle center of motor, described two cutterheads strike head and connect the line that formed and two cutterhead cutter heads to be connected formed line mutually vertical, described cutterhead strikes first end and is riveted on cutterhead assembly, described cutterhead strikes an other end and is placed between mesh sheet block and mesh sheet tooth, described cutterhead strike head can on cutterhead assembly 360 degree rotate freely, the both sides, one end that described cutterhead strikes the nearly mesh sheet tooth of head rest are provided with flange, described flange comprises the first flange and the second flange, the shape of described flange is the step-like of secondary, the height of described first flange is less than the distance between mesh sheet block and mesh sheet tooth, the length of described first flange is greater than the length of mesh sheet block.The first flange design that cutterhead strikes on head makes itself and mesh sheet block to cut fully, the second flange design that cutterhead strikes on head simultaneously makes it also can cut fully with mesh sheet block, so cutterhead strikes the cutting can carrying out twice diverse location between head and mesh sheet block to food refuse, improve the adequacy of food-trash treatment, improve the efficiency of food-trash treatment.
As preferably, circumferentially and outwardly convex, the plane that described cutterhead tooth is formed is parallel with the plane that mesh sheet tooth is formed, and the shape of described cutterhead tooth is consistent with the shape of mesh sheet tooth for the lower plane that described cutterhead tooth is evenly distributed on cutterhead assembly.Such design is convenient to cutterhead assembly and is removed and installed in mesh sheet, and the relative position of cutterhead tooth and mesh sheet tooth also makes food refuse fully to be cut simultaneously.
As preferably, described cavity comprises upper, middle and lower, described milling system is arranged on the bottom of cavity, the top of described cavity is provided with the internal thread for being installed on tank, the inside middle portion of described cavity is arranged with two pieces of protruding drainage blocks, and the left side of described drainage block is provided with the current deflecting arc under clockwise direction.By the design of drainage block and current deflecting arc, the current entering into cavity can be made to form downward water vortex, avoiding residual food refuse is attached on the inwall of cavity, shortens the time of process food refuse, is conducive to food refuse to follow current discharge side external simultaneously.
As preferably, the middle part periphery of described cavity is placed between two pieces of drainage blocks and is provided with dish-washing machine interface and satellite interface, described satellite interface is provided with three-way connection, and two other interface of described three-way connection is respectively automatic feeding water interface tube and cleaning fluid pipe joint.Automatic feeding water interface tube can provide current to carry out cavity cleaning to cavity separately, and simultaneously cleaning fluid pipe joint can give cavity and cleans, and to improve the cleannes in cavity, what prevent bacterium grows the residual of peculiar smell.
As preferably, described mesh sheet tooth and the cutterhead gap of striking between head is 0.5-1.5mm.Food refuse can be cut into molecule as much as possible, prevent food refuse from blocking sewer pipe.
As preferably, the gap between described mesh sheet tooth and cutterhead tooth is 1.0-2.5mm.Can effective cut staple class plant rubbish, improve the degree of refinement of food refuse simultaneously, prevent food refuse from blocking sewer pipe.
The invention has the beneficial effects as follows: by mesh sheet block, mesh sheet tooth, cutterhead strike head and cutterhead tooth with the use of, three fully cuttings can be carried out to food refuse, improve the degree of refinement of food refuse, prevent food refuse from blocking sewer pipe, effectively raise grinding efficiency simultaneously; The structural design of cavity, convenient clean to food refuse in cavity, avoids residual food refuse and is attached on the inwall of cavity, shorten the time of process food refuse, is conducive to food refuse to follow current discharge side external.
Accompanying drawing explanation
Fig. 1 is the structural representation of milling system of the present invention;
Fig. 2 is the cross-sectional view of milling system of the present invention;
Fig. 3 is the structural representation of cavity.
In figure: 1. cutterhead assembly, 2. mesh sheet body, 3. mesh sheet block, 4. mesh sheet tooth, 5. cutterhead cutter head, 6. cutterhead tooth, 7. cutterhead strikes head, 8. flange, 9. cutter head hole, 10. block hole, 11. first flange, 12. second flange, 13. teeth groove, 14. cavitys, 15. internal threads, 16. drainage blocks, 17. current deflecting arcs, 18. automatic feeding water interface tubes, 19. cleaning fluid pipe joints, 20. three-way connections, 201. automatic feeding water interface tubes, 202. cleaning fluid pipe joints.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention will be further described.
As Fig. 1, in embodiment described in Fig. 2, a kind of structure of milling of food refuse disposer, wherein food refuse disposer comprises cavity 14, motor and milling system, motor is arranged on the lower end of cavity 14, milling system is arranged on the inside of cavity 14, milling system comprises mesh sheet and cutterhead assembly 1, mesh sheet is fixed on the inside of cavity 14, cutterhead assembly 1 is fixedly mounted on the rotating shaft of motor, mesh sheet comprises mesh sheet body 2, the structure of mesh sheet is tubular structure, the inner headed face upper part of mesh sheet body 2 is furnished with 6-8 mesh sheet block 3, mesh sheet body 2 is placed in mesh sheet block 3 place and is provided with the equal-sized block hole 10 with mesh sheet block 3, mesh sheet block 3 and mesh sheet body 2 are integrated, mesh sheet block 3 forms from block hole 10 to the turnover of the inner side of mesh sheet body 2, mesh sheet block 3 some be upwards turn down from block hole 10 to the inner side of mesh sheet body 2, another part of mesh sheet block 3 turns down downwards from block hole 10 to the inner side of mesh sheet body 2, and be mutually alternately distributed between the two, on the inner headed face of mesh sheet block 3 perpendicular to mesh sheet body 2, mesh sheet block 3 is evenly distributed on the inner headed face of mesh sheet body 2, the inner headed face lower part of mesh sheet body 2 is furnished with 40-50 mesh sheet tooth 4, the lower circumference of mesh sheet body 2 is provided with the equal-sized teeth groove 13 with mesh sheet tooth 4, mesh sheet tooth 4 and mesh sheet body 2 are integrated, mesh sheet tooth 4 forms from teeth groove 13 to the turnover of the inner side of mesh sheet body 2, distance wherein between adjacent two teeth groove 13 is more than or equal to the width of mesh sheet tooth 4, on the inner headed face of mesh sheet tooth 4 perpendicular to mesh sheet body 2, mesh sheet tooth 4 is evenly distributed in the same level of the inner headed face of mesh sheet body 2, the upper plane of cutterhead assembly 1 is provided with two cutterhead cutter heads 5 and two rotatable cutterheads and strikes 7, wherein cutterhead assembly 1 is placed in cutterhead cutter head 5 place and is provided with the equal-sized cutter head hole 9 with cutterhead cutter head 5, cutterhead cutter head 5 and cutterhead assembly 1 are integrated, cutterhead cutter head 5 is that the upper in-plane turnover from cutter head hole 9 to cutterhead assembly 1 forms, the angle that cutterhead cutter head 5 and cutterhead assembly 1 are formed is less than 90 degree, and cutterhead cutter head 5 is symmetrically distributed in the upper plane of cutterhead assembly 1 centered by the rotating shaft axle center of motor, cutterhead strikes 7 and is symmetrically distributed in the upper plane of cutterhead assembly 1 centered by the rotating shaft axle center of motor, and two cutterheads strike 7 connects the line that formed and two cutterhead cutter heads 5 to be connected formed line mutually vertical, cutterhead strikes 7 one end and is riveted on cutterhead assembly 1, cutterhead strike 7 can on cutterhead assembly 1 360 degree rotate freely, cutterhead strikes 7 other end and is placed between mesh sheet block 3 and mesh sheet tooth 4, cutterhead strikes 7 and is provided with flange 8 near the both sides, one end of mesh sheet tooth 4, it is integrated that flange 8 and cutterhead strike 7, the shape of flange 8 is the step-like of secondary, flange 8 comprises the first flange 11 and the second flange 12, the height of the first flange 11 is less than the distance between mesh sheet block 3 and mesh sheet tooth 4, the length of the first flange 11 is greater than the length of mesh sheet block 3, the height of the second flange 12 is greater than and equals the distance of mesh sheet block 3 to cutterhead assembly 1, the lower plane edge of cutterhead assembly 1 is distributed with 40-50 cutterhead tooth 6, the lower plane that cutterhead tooth 6 is evenly distributed on cutterhead assembly 1 circumferentially and outwardly convex is placed in same level, the plane that cutterhead tooth 6 is formed is parallel with the plane that mesh sheet tooth 4 is formed, the shape of cutterhead tooth 6 is consistent with the shape of mesh sheet tooth 4, one end that cutterhead strikes 7 is placed between mesh sheet block 3 and mesh sheet tooth 4, the gap that mesh sheet tooth 4 and cutterhead strike between 7 is 0.5-1.5mm, cutterhead tooth 6 is placed in the below of mesh sheet tooth 4, and the gap between mesh sheet tooth 4 and cutterhead tooth 6 is 1.0-2.5mm.
As shown in Figure 3, cavity 14 comprises top, middle part and bottom, milling system is arranged on the bottom of cavity 14, the top of cavity 14 is provided with the internal thread 15 for attaching it on tank, the inside middle portion of cavity 14 is arranged with two pieces of protruding drainage blocks 16, the left side of drainage block 16 is provided with the current deflecting arc 17 under clockwise direction, the middle part periphery of cavity 14 is placed between two pieces of drainage blocks 16 and is provided with dish-washing machine interface 19 and satellite interface 18, satellite interface 18 is provided with three-way connection 20, two other interface of three-way connection 20 is respectively automatic feeding water interface tube 201 and cleaning fluid pipe joint 202.
After the electric motor starting of cavity 14 lower end, turning cylinder band movable knife disc assembly 1 High Rotation Speed is rotated through along with motor, motor provides the 3000-4000 per minute rotating speed turned, and the food refuse part be in cavity 14 can be cut into fragment by the cutterhead cutter head 5 on cutterhead assembly 1.Under the influence of centrifugal force, food refuse major part concentrates on the excircle of cutterhead assembly 1, now once can be cut by the relative motion that cutterhead strikes between 7 and mesh sheet block 3, and secondary cut can be carried out by the relative motion that cutterhead strikes between 7 and mesh sheet tooth 4, make food refuse be cut into less particle; Afterwards, food refuse enters into and carries out third time between mesh sheet tooth 4 and cutterhead tooth 6 and cut, can effective cut staple class plant rubbish, improve the degree of refinement of food refuse simultaneously, vegetables shell class plant rubbish can be processed into pulpous state, and bone group food rubbish also can be processed into minimum particle.In addition, water in tank is from the upper end of cavity 14 toward time dirty, the drainage block 16 of meeting on cavity 14, and current can along the current deflecting arc 17 on drainage block 16 to dirty, form downward water vortex, avoid residual food refuse and be attached on the inwall of cavity 14, shorten the time of process food refuse, food refuse is discharged along with current then, can not block sewer pipe; The periphery of simultaneously cavity 14 is also provided with automatic feeding water interface tube 201 and cleaning fluid pipe joint 202, automatically can give cavity 14 to intake, there is no water in anti-water stopping trough and start food refuse disposer, cause the damage of food refuse disposer, and cleaning fluid pipe joint 202 adds cleaning fluid can to cavity 14, improve the tidiness of cavity 14.
Claims (10)
1. the structure of milling of a food refuse disposer, wherein food refuse disposer comprises cavity (14), motor and milling system, it is characterized in that, described milling system comprises mesh sheet and cutterhead assembly (1), described mesh sheet comprises mesh sheet body (2), the structure of described mesh sheet is tubular structure, described mesh sheet is fixed on the inside of cavity (14), the inner headed face upper part of described mesh sheet body (2) is furnished with some mesh sheet blocks (3), the inner headed face lower part of described mesh sheet body (2) is furnished with some mesh sheet teeth (4), the upper plane of described cutterhead assembly (1) is provided with some cutterhead cutter heads (5) and some rotatable cutterheads strike head (7), the lower plane edge of described cutterhead assembly (1) is distributed with some cutterhead teeth (6), one end that described cutterhead strikes head (7) is placed between mesh sheet block (3) and mesh sheet tooth (4), described cutterhead tooth (6) is placed in the below of mesh sheet tooth (4), described cutterhead assembly (1) is fixedly mounted on the rotating shaft of motor.
2. the structure of milling of a kind of food refuse disposer according to claim 1, it is characterized in that, described mesh sheet body (2) is gone up and is placed in mesh sheet block (3) place and is provided with the equal-sized block hole (10) with mesh sheet block (3), described mesh sheet block (3) and mesh sheet body (2) are integrated, on the inner headed face of described mesh sheet block (3) perpendicular to mesh sheet body (2), described mesh sheet block (3) is for 6-8 and be evenly distributed on the inner headed face of mesh sheet body (2).
3. the structure of milling of a kind of food refuse disposer according to claim 1, it is characterized in that, the lower circumference of described mesh sheet body (2) is provided with and mesh sheet tooth (4) equal-sized teeth groove (13), described mesh sheet tooth (4) and mesh sheet body (2) are integrated, on the inner headed face of described mesh sheet tooth (4) perpendicular to mesh sheet body (2), described mesh sheet tooth (4) is for 40-50 and be evenly distributed in the same level of the inner headed face of mesh sheet body (2).
4. the structure of milling of a kind of food refuse disposer according to claim 1 or 2 or 3, it is characterized in that, described cutterhead assembly (1) is gone up and is placed in cutterhead cutter head (5) place and is provided with the equal-sized cutter head hole (9) with cutterhead cutter head (5), described cutterhead cutter head (5) and cutterhead assembly (1) are integrated, the angle that described cutterhead cutter head (5) and cutterhead assembly (1) are formed is less than 90 degree, described cutterhead cutter head (5) is two and is symmetrically distributed in centered by the rotating shaft axle center of motor in the upper plane of cutterhead assembly (1).
5. the structure of milling of a kind of food refuse disposer according to claim 4, it is characterized in that, described cutterhead strikes head (7) and is two and is symmetrically distributed in the upper plane of cutterhead assembly (1) centered by the rotating shaft axle center of motor, described two cutterheads strike head (7) and connect the line that formed and two cutterhead cutter heads (5) to be connected formed line mutually vertical, described cutterhead strikes head (7) one end and is riveted on cutterhead assembly (1), described cutterhead strikes head (7) other end and is placed between mesh sheet block (3) and mesh sheet tooth (4), described cutterhead strikes head (7) and can rotate freely upper 360 degree of cutterhead assembly (1), described cutterhead strikes head (7) and is provided with flange (8) near the both sides, one end of mesh sheet tooth (4), described flange (8) comprises the first flange (11) and the second flange (12), the shape of described flange (8) is the step-like of secondary, the height of described first flange (11) is less than the distance between mesh sheet block (3) and mesh sheet tooth (4), the length of described first flange (11) is greater than the length of mesh sheet block (3).
6. the structure of milling of a kind of food refuse disposer according to claim 3, it is characterized in that, the lower plane that described cutterhead tooth (6) is evenly distributed on cutterhead assembly (1) circumferentially and outwardly convex, the plane that described cutterhead tooth (6) is formed is parallel with the plane that mesh sheet tooth (4) is formed, and the shape of described cutterhead tooth (6) is consistent with the shape of mesh sheet tooth (4).
7. the structure of milling of a kind of food refuse disposer according to claim 1, it is characterized in that, described cavity (14) comprises upper, middle and lower, described milling system is arranged on the bottom of cavity (14), the top of described cavity (14) is provided with the internal thread (15) for being installed on tank, the inside middle portion of described cavity (14) is arranged with two pieces of protruding drainage blocks (16), and the left side of described drainage block (16) is provided with the current deflecting arc (17) under clockwise direction.
8. the structure of milling of a kind of food refuse disposer according to claim 7, it is characterized in that, the middle part periphery of described cavity (14) is placed between two pieces of drainage blocks (16) and is provided with dish-washing machine interface (19) and satellite interface (18), described satellite interface (18) is provided with three-way connection (20), and two other interface of described three-way connection (20) is respectively automatic feeding water interface tube (201) and cleaning fluid pipe joint (202).
9. the structure of milling of a kind of food refuse disposer according to claim 1 or 2 or 3 or 6, is characterized in that, described mesh sheet tooth (4) and the cutterhead gap of striking between head (7) are 0.5-1.5mm.
10. the structure of milling of a kind of food refuse disposer according to claim 1 or 2 or 3 or 6, is characterized in that, the gap between described mesh sheet tooth (4) and cutterhead tooth (6) is 1.0-2.5mm.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410093491.9A CN104014403B (en) | 2014-03-14 | 2014-03-14 | A kind of structure of milling of food refuse disposer |
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| CN201410093491.9A CN104014403B (en) | 2014-03-14 | 2014-03-14 | A kind of structure of milling of food refuse disposer |
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| CN104014403A CN104014403A (en) | 2014-09-03 |
| CN104014403B true CN104014403B (en) | 2015-12-09 |
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| CN201410093491.9A Expired - Fee Related CN104014403B (en) | 2014-03-14 | 2014-03-14 | A kind of structure of milling of food refuse disposer |
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| CN109868871B (en) * | 2018-08-27 | 2024-02-13 | 余姚市日沥太阳能机电有限公司 | Kitchen residual garbage crusher |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN2792614Y (en) * | 2004-12-24 | 2006-07-05 | 沈锦焕 | Crushing mechanism of food residual processor |
| KR20100000350U (en) * | 2008-07-02 | 2010-01-12 | 이을석 | Shattering knife assembly a food waste disposer |
| CN201807431U (en) * | 2010-10-12 | 2011-04-27 | 明达机电制造（郑州）有限公司 | Food waste disposal grinding mechanism |
| CN202290224U (en) * | 2011-10-31 | 2012-07-04 | 台州登尚机电有限公司 | Three-level grinding structure of food waste disposer |
| CN203393802U (en) * | 2013-07-11 | 2014-01-15 | 杭州科丽迅机电有限公司 | Food waste crushing device |
| CN203853137U (en) * | 2014-03-14 | 2014-10-01 | 浙江格勒斯电器有限公司 | Grinding structure of food waste processor |
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