CN204139268U - A kind of milling mechanism of food refuse disposer - Google Patents
A kind of milling mechanism of food refuse disposer Download PDFInfo
- Publication number
- CN204139268U CN204139268U CN201420560503.XU CN201420560503U CN204139268U CN 204139268 U CN204139268 U CN 204139268U CN 201420560503 U CN201420560503 U CN 201420560503U CN 204139268 U CN204139268 U CN 204139268U
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- major network
- sheet
- mesh sheet
- food refuse
- tooth
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Abstract
The utility model discloses a kind of milling mechanism of food refuse disposer.It comprises cutterhead assembly, major network sheet and secondary mesh sheet, cutterhead assembly comprises cutterhead body, fixing cutter head and rotary cutter, fixing cutter head and rotary cutter are arranged in the upper plane of cutterhead body, the edge of cutterhead body is evenly distributed with some under the riveting otch that turns over, the medial surface top of major network sheet is evenly distributed with mesh sheet block, the lower limb of major network sheet is evenly distributed with major network sheet tooth, the outward flange of secondary mesh sheet is evenly distributed with secondary mesh sheet tooth, major network sheet tooth staggers crossing with secondary mesh sheet tooth, cutterhead assembly and major network sheet are placed in the top of secondary mesh sheet, cutterhead assembly is placed in major network sheet.The beneficial effects of the utility model are: by mesh sheet block, fixing cutter head, rotary cutter, major network sheet tooth, secondary mesh sheet tooth and riveting otch with the use of, five fully cuttings can be carried out to food refuse, improve grinding efficiency, improve the efficiency of food-trash treatment, the application life of food and extend garbage disposer.
Description
Technical field
The utility model relates to food refuse disposer correlative technology field, refers in particular to a kind of milling mechanism of food refuse disposer.
Background technology
Galley food 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.By exchanging or DC motor Driver cutterhead, after utilizing centrifugal force to be pulverized by the food refuse in crushing chamber, enter sewer.Particle diameter after pulverizing is less than 4 millimeters, can not block gutter 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 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 food refuse disposer, and swill by pulverizing of milling instantaneously, can flow into blow-off pipe with water.And food refuse disposer is economical and energy saving very, average family uses average monthly power consumption, and once, under normal circumstances, the application life of food refuse disposer is at 8-15, durable in use.And existing food refuse disposer in use, grinding mechanism wherein cannot be milled fully for food, so very easily cause food refuse to there is foreign matter after milling, cause shorten the application life of whole food refuse disposer, also there is great potential safety hazard simultaneously.
Chinese patent Authorization Notice No.: CN 202316052U, 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 outfall 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 carries out milling once separately, greatly food refuse can not be milled into as much as possible minimum particulate and discharge, very easily cause food refuse to there is foreign matter after milling, cause shorten the application life of whole food refuse disposer, also there is great potential safety hazard simultaneously.
Utility model content
The utility model there is above-mentioned deficiency to overcome in prior art, provides the milling mechanism of the high food refuse disposer of a kind of grinding efficiency.
To achieve these goals, the utility model is by the following technical solutions:
A kind of milling mechanism of food refuse disposer, described food refuse disposer comprises motor and chamber of milling, it is inner and be connected with motor that described milling mechanism is arranged on chamber of milling, described milling mechanism comprises cutterhead assembly, major network sheet and secondary mesh sheet, described cutterhead assembly comprises cutterhead body, fixing cutter head and some rotatable rotary cutters, described fixing cutter head and rotary cutter are arranged in the upper plane of cutterhead body, the edge of described cutterhead body is evenly distributed with some under the riveting otch that turns over, the medial surface top of described major network sheet is evenly distributed with some mesh sheet blocks, the lower limb of described major network sheet is evenly distributed with some major network sheet teeth, the outward flange of described secondary mesh sheet is evenly distributed with the secondary mesh sheet tooth corresponding with major network sheet tooth, described major network sheet tooth staggers crossing with secondary mesh sheet tooth, described fixing cutter head is fixedly mounted on the centre position of cutterhead body, the free end end of described rotary cutter is placed in the below of mesh sheet block, the fixed end of described rotary cutter is flexibly connected with cutterhead body, described cutterhead assembly and major network sheet are placed in the top of secondary mesh sheet, described cutterhead assembly is placed in major network sheet, described cutterhead assembly is fixedly mounted on the axis of rotation of motor, described major network sheet and secondary mesh sheet are arranged on mills in chamber.
In the utility model, after electric motor starting, cutterhead assembly can High Rotation Speed, is in a food refuse part of milling in the chamber cutter head that can be fixed and carries out first time and cut, make it cut into fragment; Under the influence of centrifugal force, food refuse major part concentrates on the medial surface of major network sheet, now can be carried out second time cutting by the relative motion between rotary cutter and mesh sheet block; Meanwhile, third time can be carried out by the relative motion between rotary cutter and major network sheet tooth and cut, make food refuse be cut into less particle; Afterwards, the outward flange that food refuse enters into major network sheet tooth and cutterhead body carries out the 4th time and cuts; Finally, food refuse enters in secondary mesh sheet, the riveting otch of secondary mesh sheet tooth and cutterhead body carries out the 5th time and cuts, at this moment 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 is by reaching the high object of grinding efficiency to five cuttings of food refuse like this.
As preferably, the cross section of described major network sheet is semicircle, described major network sheet has two, the centre of described major network sheet is provided with baffle plate, stopper slot is provided with in the middle of the lower limb of described baffle plate, the degree of depth of described stopper slot is the thickness of secondary mesh sheet tooth, and described major network sheet is positioned at the thickness of an a major network sheet tine length secondary mesh sheet tooth less of other major network sheet tine length of the right and left.The design of baffle plate can facilitate the installation of major network sheet, and by the design of stopper slot and the structure design of major network sheet tooth, can effectively push down secondary mesh sheet, prevent secondary mesh sheet generation relative motion and damage is caused to food refuse disposer, improve the application life of food refuse disposer.
As preferably, described major network sheet 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 major network sheet are integrated, and on the medial surface of described mesh sheet block perpendicular to major network sheet, described mesh sheet block is 3-4.Wherein mesh sheet block forms from block hole to the turnover of the inner side of major network sheet, effectively improves the firm reliability of mesh sheet block, improve the efficiency of food-trash treatment.
As preferably, the shape of described secondary mesh sheet is circular, the outward flange of described secondary mesh sheet tooth is evenly distributed with 40-50, described secondary mesh sheet is symmetrically distributed with two locating pieces up and down, two described locating pieces are with on major network sheet and to be positioned at the major network sheet tooth of the right and left corresponding, and described locating piece is provided with installation locating slot.By locating piece with install locating slot with the use of better locating and install secondary mesh sheet.
As preferably, the shape of described fixing cutter head is parallelogram, the two ends of described fixing cutter head upwards turn down, the angle that the two ends of described fixing cutter head and the plane at cutterhead body place are formed is less than 90 degree, two straight lines of described fixing cutter head are provided with corner cut, and described corner cut is symmetrical centered by the axis of rotation axle center of motor.The angle that fixing cutter head and cutterhead body are formed is less than 90 degree, is convenient to the cutting of food refuse, improves the efficiency of food-trash treatment.
As preferably, described rotary cutter is two and is symmetrically distributed in the upper plane of cutterhead body centered by the axis of rotation axle center of motor, described two rotary cutters connect the line that formed and the two ends of fixing cutter head, and to be connected formed line mutually vertical, the fixed end of described rotary cutter is riveted on cutterhead body, the fixed end of described rotary cutter is greater than the length of rotary cutter to the minimum range of fixing cutter head, described rotary cutter can on cutterhead body 360 degree rotate freely.The relative position design of rotary cutter and fixing cutter head, rotary cutter and fixing cutter head can not be occurred can to collision, while the rotating freely of rotary cutter, also can improve the efficiency of food-trash treatment further
As preferably, the free end of described rotary cutter is provided with stripping and slicing, described stripping and slicing comprises the first stripping and slicing and the second stripping and slicing, the shape of described stripping and slicing is the step-like of secondary, the height of described first stripping and slicing is less than the distance between mesh sheet block and cutterhead body, the length of described first stripping and slicing is greater than the length of mesh sheet block, and the front end face of described first stripping and slicing and the second stripping and slicing is arc surface, and the arc surface of described first stripping and slicing and the medial surface of major network sheet fit.The first stripping and slicing design on rotary cutter makes itself and mesh sheet block and major network sheet tooth to cut fully, the second stripping and slicing design simultaneously on rotary cutter makes it also can cut fully with mesh sheet block, so the cutting of twice diverse location can be carried out between rotary cutter and mesh sheet block to food refuse, improve the adequacy of food-trash treatment, improve the efficiency of food-trash treatment; The arc surface design of the first stripping and slicing simultaneously and the second stripping and slicing can effectively protect rotary cutter not easy to wear, improves the application life of rotary cutter.
As preferably, described riveting otch has four, and the opening direction of described riveting otch along clockwise direction.Riveting otch establishes one Open Side Down that turnover forms, so riveting otch and cutterhead body are integrated, improves the firm reliability of riveting otch, and consistent with the rotation direction of motor, the cutting efficiency of effective raising food refuse.
As preferably, the fixed end of described rotary cutter is greater than the length of rotary cutter to the minimum range of riveting otch.Prevent rotary cutter and riveting otch from overlapping and causing breaking down in use between rotary cutter and riveting otch, improve the efficiency of food-trash treatment.
As preferably, described riveting otch is 0.5mm-1.5mm to the minimum range of secondary mesh sheet.Food refuse can be cut into molecule as much as possible, improve the degree of refinement of food refuse simultaneously, prevent food refuse from blocking sewer pipe.
The beneficial effects of the utility model are: by mesh sheet block, fixing cutter head, rotary cutter, major network sheet tooth, secondary mesh sheet tooth and riveting otch with the use of, five 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, improve the efficiency of food-trash treatment, extend the application life of food refuse disposer.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of cutterhead assembly;
Fig. 3 is the structural representation of major network sheet;
Fig. 4 is the structural representation of secondary mesh sheet.
In figure: 1. cutterhead assembly, 2. major network sheet, 3. secondary mesh sheet, 4. cutterhead body, 5. fixing cutter head, 6. rotary cutter, 7. riveting otch, 8. the first stripping and slicing, 9. the second stripping and slicing, 10. corner cut, 11. major network sheet teeth, 12. mesh sheet blocks, 13. block holes, 14. baffle plates, 15. stopper slots, 16. locating pieces, 17. install locating slot, 18. secondary mesh sheet teeth.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is further described.
In embodiment as described in Figure 1, a kind of milling mechanism of food refuse disposer, food refuse disposer comprises motor and chamber of milling, milling mechanism comprises cutterhead assembly 1, major network sheet 2 and secondary mesh sheet 3, cutterhead assembly 1 comprises cutterhead body 4, fixing cutter head 5 and some rotatable rotary cutters 6, fixing cutter head 5 and rotary cutter 6 are arranged in the upper plane of cutterhead body 4, the edge of cutterhead body 4 is evenly distributed with some under the riveting otch 7 that turns over, the medial surface top of major network sheet 2 is evenly distributed with some mesh sheet blocks 12, the lower limb of major network sheet 2 is evenly distributed with some major network sheet teeth 11, the outward flange of secondary mesh sheet 3 is evenly distributed with the secondary mesh sheet tooth 18 corresponding with major network sheet tooth 11, major network sheet tooth 11 staggers crossing with secondary mesh sheet tooth 18, fixing cutter head 5 is fixedly mounted on the centre position of cutterhead body 4, the free end end of rotary cutter 6 is placed in the below of mesh sheet block 12, the fixed end of rotary cutter 6 is flexibly connected with cutterhead body 4, cutterhead assembly 1 and major network sheet 2 are placed in the top of secondary mesh sheet 3, cutterhead assembly 1 is placed in major network sheet 2, cutterhead assembly 1 is fixedly mounted on the axis of rotation of motor, major network sheet 2 and secondary mesh sheet 3 are arranged on mills in chamber.
As shown in Figure 2, the shape of fixing cutter head 5 is parallelogram, the two ends of fixing cutter head 5 upwards turn down, the angle that the fixing two ends of cutter head 5 and the plane at cutterhead body 4 place are formed is less than 90 degree, two straight lines of fixing cutter head 5 are provided with corner cut 10, and corner cut 10 is symmetrical centered by the axis of rotation axle center of motor.Rotary cutter 6 is two and is symmetrically distributed in the upper plane of cutterhead body 4 centered by the axis of rotation axle center of motor, two rotary cutters 6 connect the line that formed and the two ends of fixing cutter head 5, and to be connected formed line mutually vertical, the fixed end of rotary cutter 6 is riveted on cutterhead body 4, the fixed end of rotary cutter 6 is greater than the length of rotary cutter 6 to the minimum range of fixing cutter head 5, rotary cutter 6 can on cutterhead body 4 360 degree rotate freely, the free end of rotary cutter 6 is provided with stripping and slicing, stripping and slicing comprises the first stripping and slicing 8 and the second stripping and slicing 9, the shape of stripping and slicing is the step-like of secondary, the height of the first stripping and slicing 8 is less than the distance between mesh sheet block 12 and cutterhead body 4, the length of the first stripping and slicing 8 is greater than the length of mesh sheet block 12, the front end face of the first stripping and slicing 8 and the second stripping and slicing 9 is arc surface, the arc surface of the first stripping and slicing 8 and the medial surface of major network sheet 2 fit.Riveting otch 7 has four and is evenly distributed on the outward flange of cutterhead body 4, the opening direction of riveting otch 7 along clockwise direction, the fixed end of rotary cutter 6 is greater than the length of rotary cutter 6 to the minimum range of riveting otch 7, and riveting otch 7 is 0.5mm-1.5mm to the minimum range of secondary mesh sheet 3.
As shown in Figure 3, the cross section of major network sheet 2 is semicircle, major network sheet 2 has two, two major network sheets 2 dock formation tubulose, the centre of major network sheet 2 is provided with baffle plate 14, stopper slot 15 is provided with in the middle of the lower limb of baffle plate 14, the degree of depth of stopper slot 15 is the thickness of secondary mesh sheet tooth 18, major network sheet 2 is positioned at the thickness of a major network sheet tooth 11 length secondary mesh sheet tooth 18 less of other major network sheet tooth 11 length of the right and left, major network sheet 2 is placed in mesh sheet block 12 place and is provided with the equal-sized block hole 13 with mesh sheet block 12, mesh sheet block 12 and major network sheet 2 are integrated, on the medial surface of mesh sheet block 12 perpendicular to major network sheet 2, mesh sheet block 12 is 3-4.
As shown in Figure 4, the shape of secondary mesh sheet 3 is circular, the outward flange of secondary mesh sheet tooth 18 is evenly distributed with 40-50, secondary mesh sheet about 3 is symmetrically distributed with two locating pieces 16, two locating pieces 16 are with on major network sheet 2 and to be positioned at the major network sheet tooth 11 of the right and left corresponding, and locating piece 16 is provided with installs locating slot 17.
First, after the electric motor starting of food refuse disposer, 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, be in a food refuse part of milling in chamber and can be carried out first time cutting by the fixing cutter head 5 on cutterhead assembly 1, make it cut into fragment; Then, under the influence of centrifugal force, food refuse major part concentrates on the outer edge of cutterhead body 4, now can be carried out second time cutting by the relative motion between rotary cutter 6 and mesh sheet block 12; Meanwhile, food refuse can be carried out third time and cut by the relative motion between rotary cutter and major network sheet tooth 11, make food refuse be cut into less particle; Afterwards, food refuse enters into major network sheet tooth 11 to carry out the 4th time with the outward flange of cutterhead body 4 and cuts, and makes food refuse be cut into less particle; Finally, food refuse enters in secondary mesh sheet 3, now food refuse to be matched with the riveting otch 7 on cutterhead body 4 outward flange by secondary mesh sheet tooth 18 and carries out the 5th time and cut, the particle of below 3mm can be formed, can effective cut staple class plant rubbish, vegetables shell class plant rubbish can be processed into pulpous state, bone group food rubbish also can be processed into minimum particle, improve the degree of refinement of food refuse, improve the grinding efficiency of food refuse, discharging in chamber of milling afterwards with uniform fluid flow simultaneously.
Claims (10)
1. the milling mechanism of a food refuse disposer, described food refuse disposer comprises motor and chamber of milling, it is inner and be connected with motor that described milling mechanism is arranged on chamber of milling, it is characterized in that, described milling mechanism comprises cutterhead assembly (1), major network sheet (2) and secondary mesh sheet (3), described cutterhead assembly (1) comprises cutterhead body (4), fixing cutter head (5) and some rotatable rotary cutters (6), described fixing cutter head (5) and rotary cutter (6) are arranged in the upper plane of cutterhead body (4), the edge of described cutterhead body (4) is evenly distributed with some under the riveting otch (7) that turns over, the medial surface top of described major network sheet (2) is evenly distributed with some mesh sheet blocks (12), the lower limb of described major network sheet (2) is evenly distributed with some major network sheet teeth (11), the outward flange of described secondary mesh sheet (3) is evenly distributed with the secondary mesh sheet tooth (18) corresponding with major network sheet tooth (11), described major network sheet tooth (11) staggers crossing with secondary mesh sheet tooth (18), described fixing cutter head (5) is fixedly mounted on the centre position of cutterhead body (4), the free end end of described rotary cutter (6) is placed in the below of mesh sheet block (12), the fixed end of described rotary cutter (6) is flexibly connected with cutterhead body (4), described cutterhead assembly (1) and major network sheet (2) are placed in the top of secondary mesh sheet (3), described cutterhead assembly (1) is placed in major network sheet (2), described cutterhead assembly (1) is fixedly mounted on the axis of rotation of motor, described major network sheet (2) and secondary mesh sheet (3) are arranged on mills in chamber.
2. the milling mechanism of a kind of food refuse disposer according to claim 1, it is characterized in that, the cross section of described major network sheet (2) is semicircle, described major network sheet (2) has two, the centre of described major network sheet (2) is provided with baffle plate (14), stopper slot (15) is provided with in the middle of the lower limb of described baffle plate (14), the degree of depth of described stopper slot (15) is the thickness of secondary mesh sheet tooth (18), described major network sheet (2) is gone up and is positioned at the thickness of major network sheet tooth (11) length secondary mesh sheet tooth (18) less of other major network sheet tooth (11) length of the right and left.
3. the milling mechanism of a kind of food refuse disposer according to claim 2, it is characterized in that, described major network sheet (2) is gone up and is placed in mesh sheet block (12) place and is provided with the equal-sized block hole (13) with mesh sheet block (12), described mesh sheet block (12) and major network sheet (2) are integrated, on the medial surface of described mesh sheet block (12) perpendicular to major network sheet (2), described mesh sheet block (12) is 3-4.
4. the milling mechanism of a kind of food refuse disposer according to claim 2, it is characterized in that, the shape of described secondary mesh sheet (3) is circular, the outward flange of described secondary mesh sheet tooth (18) is evenly distributed with 40-50, described secondary mesh sheet (3) is symmetrically distributed with two locating pieces (16) up and down, two described locating pieces (16) and major network sheet (2) are upper and to be positioned at the major network sheet tooth (11) of the right and left corresponding, and described locating piece (16) is provided with installs locating slot (17).
5. the milling mechanism of a kind of food refuse disposer according to claim 1, it is characterized in that, the shape of described fixing cutter head (5) is parallelogram, the two ends of described fixing cutter head (5) upwards turn down, the angle that the two ends of described fixing cutter head (5) and the plane at cutterhead body (4) place are formed is less than 90 degree, two straight lines of described fixing cutter head (5) are provided with corner cut (10), and described corner cut (10) is symmetrical centered by the axis of rotation axle center of motor.
6. the milling mechanism of a kind of food refuse disposer according to claim 5, it is characterized in that, described rotary cutter (6) is two and is symmetrically distributed in the upper plane of cutterhead body (4) centered by the axis of rotation axle center of motor, it is mutually vertical that the line that described two rotary cutter (6) connections are formed and the two ends of fixing cutter head (5) are connected formed line, the fixed end of described rotary cutter (6) is riveted on cutterhead body (4), the fixed end of described rotary cutter (6) is greater than the length of rotary cutter (6) to the minimum range of fixing cutter head (5), described rotary cutter (6) can rotate freely upper 360 degree of cutterhead body (4).
7. the milling mechanism of a kind of food refuse disposer according to claim 6, it is characterized in that, the free end of described rotary cutter (6) is provided with stripping and slicing, described stripping and slicing comprises the first stripping and slicing (8) and the second stripping and slicing (9), the shape of described stripping and slicing is the step-like of secondary, the height of described first stripping and slicing (8) is less than the distance between mesh sheet block (12) and cutterhead body (4), the length of described first stripping and slicing (8) is greater than the length of mesh sheet block (12), the front end face of described first stripping and slicing (8) and the second stripping and slicing (9) is arc surface, the arc surface of described first stripping and slicing (8) and the medial surface of major network sheet (2) fit.
8. the milling mechanism of a kind of food refuse disposer according to claim 1, is characterized in that, described riveting otch (7) has four, and the opening direction of described riveting otch (7) along clockwise direction.
9. the milling mechanism of a kind of food refuse disposer according to claim 1 or 8, is characterized in that, the fixed end of described rotary cutter (6) is greater than the length of rotary cutter (6) to the minimum range of riveting otch (7).
10. the milling mechanism of a kind of food refuse disposer according to claim 1 or 8, is characterized in that, described riveting otch (7) is 0.5mm-1.5mm to the minimum range of secondary mesh sheet (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420560503.XU CN204139268U (en) | 2014-09-26 | 2014-09-26 | A kind of milling mechanism of food refuse disposer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420560503.XU CN204139268U (en) | 2014-09-26 | 2014-09-26 | A kind of milling mechanism of food refuse disposer |
Publications (1)
| Publication Number | Publication Date |
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| CN204139268U true CN204139268U (en) | 2015-02-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201420560503.XU Withdrawn - After Issue CN204139268U (en) | 2014-09-26 | 2014-09-26 | A kind of milling mechanism of food refuse disposer |
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| CN (1) | CN204139268U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104343168A (en) * | 2014-09-26 | 2015-02-11 | 浙江格勒斯电器有限公司 | Grinding mechanism of food waste processor |
-
2014
- 2014-09-26 CN CN201420560503.XU patent/CN204139268U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104343168A (en) * | 2014-09-26 | 2015-02-11 | 浙江格勒斯电器有限公司 | Grinding mechanism of food waste processor |
| CN104343168B (en) * | 2014-09-26 | 2015-11-25 | 浙江格勒斯电器有限公司 | A kind of milling mechanism of food refuse disposer |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150204 Effective date of abandoning: 20151125 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |