CN203140060U - Electric stone grinding machine with replaceable grinding plate and adjustable grinding plate pressure - Google Patents
Electric stone grinding machine with replaceable grinding plate and adjustable grinding plate pressure Download PDFInfo
- Publication number
- CN203140060U CN203140060U CN 201220653928 CN201220653928U CN203140060U CN 203140060 U CN203140060 U CN 203140060U CN 201220653928 CN201220653928 CN 201220653928 CN 201220653928 U CN201220653928 U CN 201220653928U CN 203140060 U CN203140060 U CN 203140060U
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- shift fork
- abrasive disc
- slabstone
- plate
- lining
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Abstract
The utility model relates to an electric stone grinding machine with a replaceable grinding plate and an adjustable grinding plate pressure, and belongs to the food machinery manufacture technology. An upper metal pressing plate and a lower metal seat plate are assembled above and below an upper stone plate grinding plate and a lower stone plate grinding plate; a rotating shift fork, a pressure-adjusting screw, a top reed, and a pressure spring are assembled on the upper metal pressing plate. A shift fork pull bar passes through the rotating shift fork, the upper metal pressing plate, the upper stone plate grinding plate, the lower stone plate grinding plate, and the lower metal seat plate, and is connected to a transmission shaft of a driving motor to form an integral body. The stone grinding machine is pressurized by a shift fork seat, which is convenient for grinding plate replacement. The stone grinding machine of the utility model is novel in design, reasonable in structure, convenient for use, and high in work efficiency. The stone grinding machine comprises a frame (1) and a hopper (20), and is characterized in that the lower metal seat plate (6) is assembled at the upper part of the frame (1); the lower stone plate grinding plate (9) and the upper stone plate grinding plate (10) are overlapped at the upper part of the lower metal seat plate (6); the upper metal pressing plate (11) is assembled at the upper part of the upper stone plate grinding plate (10); the rotating shift fork (14) is assembled at the upper part of the upper metal pressing plate (11) in a compression joint manner.
Description
Technical field:
The utility model is a kind of food attrition process machinery, and particularly the electric millstone mill machine of a kind of replaceable abrasive disc and adjustment abrasive disc pressure belongs to the food processing machinery manufacturing technology.
Background technology:
The fragmentation of past food, defibrination are based on the stone implement processing grinding.Use manpower, animal power as power source mostly with the stone mill processed food in the past, its efficient is very low.Processed food has had multiple pulverizer, beater now, and process velocity is to have significantly improved.But people can not forget some food that come out with the stone implement processing grinding constantly, so in food processing process, stone mill never steps down from the stage of history aspect the food nutrition of pursuing ecosystem, mouthfeel.All also have a lot with the stone mill processed food in various places, useful manpower promotes, and also has on the basis of former stone mill and installs some mechanical devices additional with power-actuated.Because former stone mill is to grind food by the weight effect of self stone, operation is heavy, maintenance after the wearing and tearing is very inconvenient, lose inadequately because of weight after may wear to a certain degree, waste a large amount of stone materials, more can not change the flag that is used for grinding as changing the machine accessory, can not adjust required grinding pressure arbitrarily to the processing of different food products.The inventor considers how to pass by the backward situation of stone mill processed food, integrate with modern technologies, on the manufacturing structure of stone mill, design concept in conjunction with present machine, the grinding effect of better utilization flag allows stone mill standardization, accessoryization, but suitability for industrialized production, improve the operating efficiency of stone mill, the automatically working state.The utility model is developed under a kind of like this background.
The utility model content:
The purpose of this utility model provides the electric millstone mill machine of a kind of replaceable abrasive disc and adjustment abrasive disc pressure, it is to serve as the grinding main body on upper and lower two slabstone abrasive discs, on be equipped with metal platen, be equipped with the metal seat board down, rotate shift fork in last metal platen assembling, rotating shift fork assembling shift fork seat, assembling pressure adjusting screw(rod), top leaf of spring and compression spring in the shift fork seat; Pass with a shift fork pull bar and to rotate shift fork, go up metal platen, go up the slabstone abrasive disc, slabstone abrasive disc and metal seat board down down, be connected then on the power transmission shaft of drive motors, above-mentioned parts are connected into an integral body, thereby become an electric millstone mill machine, it can pressurize to stone mill by the spring in the shift fork seat, and can change upper and lower slabstone abrasive disc according to the wear condition of abrasive disc, very convenient, and can save cost.The utility model modern design, rational in infrastructure, easy to use, high efficiency.The technical scheme of the utility model technical solution problem is such: the inventor is contemplated that the grinding effect that utilizes the stone material flag better, can obtain better grinding effect and save material at the upper and lower metallic plate of upper and lower slabstone abrasive disc assembling, after investigation, trial-production and test, sample can reach good design effect really.The utility model comprise frame, drive motors, transmission beam barrel, carrier base, annular connect material groove, down the slabstone abrasive disc, go up slabstone abrasive disc, shift fork pull bar, eccentric feed pipe, feeding machine, circle heart hopper base and hopper, last slabstone abrasive disc and overlapping the linking together of following slabstone abrasive disc, its first design feature is four pillar tops of frame metal seat boards that are linked and packed down, slabstone abrasive disc and last slabstone abrasive disc under the overlapping connection in following metal seat board top, metal platen in the overlapping connection in last slabstone abrasive disc top; Shift fork is rotated in the crimping assembling in the centre bore on last metal platen top and peripheral connecting hole; Described metal nog plate down is disc, and there is centre bore at the middle part, four dowel holes of uniform Drilling on the plate face, the some screws that radially connect of Drilling on disc circumference; 4 bottom outlets of uniform Drilling in the bottom surface; Described upward metal platen is disc, and there is centre bore at the middle part, 4 shift fork seats of uniform Drilling hole on the plate face, and middle part, shift fork seat hole Drilling dowel hole is at the other Drilling charging hole of middle part centre bore; Described rotation shift fork is " ten " cabinet frame shape, and main body is made up of shift fork arm intersection, is connected with newel, the axial center screw of Drilling on the newel at shift fork arm middle part; Connect the shift fork seat of cup shape at the tail end of shift fork arm, at shift fork seat top Drilling screw.Its second design feature is to be fitted into top leaf of spring and compression spring from the bottom up in four shift fork seats that rotate shift fork, be crimped on from top to bottom on the metal platen rotating shift fork then, shift fork arm middle part newel is crimped in the centre bore of metal platen, and four shift fork seats are crimped in the shift fork seat hole of metal platen; In last slabstone abrasive disc cutting centre bore is arranged, the other cutting of centre bore has blanking hole, 4 soft pin caps of uniform cutting hole on the plate face, the soft pin cap of assembling in 4 soft pin cap holes, assembling pin alignment pin up in soft pin cap; In the cutting of the center of following slabstone abrasive disc centre bore is arranged, soft pin cap is assembled in 4 soft pin caps of uniform cutting hole on the bottom surface of following slabstone abrasive disc from top to bottom in soft pin cap hole, assembling pin alignment pin down in the soft pin cap; The connection screw that connects material in the screw of groove the inside on the disk outer wall of metal seat board downwards from annular is screwed into sunk screw, and the annular groove that connects material is linked into an integrated entity with following metal seat board; The following alignment pin of slabstone abrasive disc is inserted into down in four dowel holes on the metal seat board, thereby a slabstone abrasive disc and following metal seat board link into an integrated entity down; Alignment pin on the last slabstone abrasive disc all is connected in the dowel hole of metal platen, thereby last slabstone abrasive disc and last metal platen are linked together; Then, in 4 shift fork seats, be screwed into pressure adjusting screw, adjusting screw(rod) is screwed in the screw of top leaf of spring, and the compaction pressure spring; The bottom outlet of following slabstone abrasive disc, following metal seat board and the following metal seat board of the annular groove Trinity that connects material bottom is linked and packed on four supports of frame; Be crimped on down on the slabstone abrasive disc rotating shift fork, go up metal platen and going up the slabstone abrasive disc Trinity; Connect the transmission beam barrel at the power transmission shaft screw thread of drive motors, driving sleeve from metal seat board centre bore down, slabstone abrasive disc centre bore and supreme slabstone abrasive disc centre bore stretches out, the driving sleeve parcel is connected on the newel that rotates shift fork down; Kink at last vertically downward in the power transmission shaft screw of drive motors with the center screw of a microscler shift fork pull bar from the newel that rotates shift fork always, like this rotation shift fork, go up metal platen, go up the slabstone abrasive disc, down the slabstone abrasive disc and down the metal seat board connect into an integral body.Its 3rd design feature is that stretch out outside annular connects material groove in the carrier base hole at the bottom one side mount support seat of following metal seat board; Hopper is driven and is put in circle heart hopper base, and the hopper bottom connects feeding machine, and the downward outlet of feeding machine faces the charging aperture of eccentric feed pipe, and the discharging opening of eccentric feed pipe is connected in the other charging hole of metal platen centre bore; The support bar of hopper base bottom is plugged in the carrier base hole of carrier base; All Drilling has the grinding microgroove on the end face of the upper and lower slabstone abrasive disc in the bottom surface of last slabstone abrasive disc.In sum, the utility model has the advantages that significantly: (one) is novel in design, rational in infrastructure; (2) adopt the version of upper and lower slabstone abrasive disc and upper and lower metallic plate combination, can utilize the grinding effect of slabstone better, can save stone material again, allow the standardization of slabstone abrasive disc, accessoryization can realize suitability for industrialized production, improve the operating efficiency of slabstone abrasive disc, reach the automatically working state; (3) electric millstone mill machine adopts the stone mill grinding material, can keep material ecosystem state, and nutrition and mouthfeel satisfy consumer's best demand; (4) assembling is easy, easy to operate.
Description of drawings:
Further understand structure of the present utility model below in conjunction with description of drawings and the specific embodiment.
Accompanying drawing 1 is stereogram of the present utility model;
Accompanying drawing 2 is the assembling stereogram (explosive view) of each parts of the utility model;
Accompanying drawing 3 is the front view of metal seat board under the parts of the present utility model;
Accompanying drawing 4 is the rearview of accompanying drawing 3;
Accompanying drawing 5 is the upward view of accompanying drawing 3;
Accompanying drawing 6 is the stereogram of accompanying drawing 3;
Accompanying drawing 7 is the front view of metal platen on the parts of the present utility model;
Accompanying drawing 8 is the rearview of accompanying drawing 7;
Accompanying drawing 9 is the upward view of accompanying drawing 7;
Accompanying drawing 10 is the stereogram of accompanying drawing 7;
Accompanying drawing 11 is the front view that parts of the present utility model rotate shift fork;
Accompanying drawing 12 is the rearview of accompanying drawing 11;
Accompanying drawing 13 is the upward view of accompanying drawing 11;
Accompanying drawing 14 is the stereogram of accompanying drawing 11;
Accompanying drawing 15 is assembling sectional plan view of the present utility model;
Accompanying drawing 16 is A enlarged drawing partly in the accompanying drawing 15.
In the accompanying drawing: 1, frame, 1-1, pillar, 2, drive motors, 2-1, power transmission shaft screw; 3, transmission beam barrel, 4, carrier base, 4-1, carrier base hole, 5, the annular groove that connects material; 6, following metal seat board, 6-1, centre bore, 6-2, dowel hole, 6-3, connect screw, 6-4, bottom outlet, 7, alignment pin, 8, soft pin cap, 9, following slabstone abrasive disc, 9-1, centre bore, 9-2, soft pin cap, 10, last slabstone abrasive disc, 10-1, centre bore, 10-2, blanking hole, 10-3, soft pin cap hole, 11, last metal platen, 11-1, centre bore, 11-2, shift fork seat hole, 11-3, dowel hole, 11-4, charging hole, 12, compression spring, 13, top leaf of spring, 14, rotate shift fork, 14-1, the shift fork arm, 14-2, newel, 14-3, center screw, 14-4, the shift fork seat, 14-5, screw, 15, pressure adjusting screw, 16, the shift fork pull bar, 17, eccentric feed pipe, 18, feeding machine, 19, hopper base, 20, hopper.
The specific embodiment:
Foundation each accompanying drawing manufacturing of the present utility model each parts of the present utility model are assembled then and can be obtained the utility model.Inventive point of the present utility model has three: (one) is metal seat board 6 down, and it is disc, and there is reinforcement the bottom surface; Centre bore 6-1 is arranged at the middle part, and uniform four dowel hole 6-2 on the plate face have some screws that radially connect in disc circumference, face dowel hole 6-2 in the bottom surface, dig four bottom outlet 6-4 again.Following slabstone abrasive disc 9 and following metal seat board 6 are formed following of stone mill and the power output main frame of these machines in conjunction with frame 1 and drive motors 2 by transmission beam barrel 3 and rotation shift fork 14.(2) going up metal platen 11 is disc also, and reinforcement is arranged at top; Have centre bore 11-1 at the middle part, four shift fork seat hole 11-2 of uniform Drilling on the plate face, the middle part Drilling of shift fork seat hole 11-2 dowel hole 11-3, at the next door Drilling of middle part centre bore 11-1 charging hole 11-4 is arranged.Last metal platen 11 is formed the rotating main body of grinding in conjunction with last slabstone abrasive disc 10 under the effect of rotating shift fork 14.(3) rotate shift fork 14, it is crux, and that form crux is shift fork arm 14-1, and a newel 14-2 is arranged at the middle part of cross, is carved with center screw 14-3 at newel 14-2 centre drill; At the tail end connection opening of the shift fork arm 14-1 cup shape shift fork seat 14-4 to a direction, at the top Drilling of shift fork seat 14-4 screw 14-5 is arranged.By adjusting the pressure that rotates the top leaf of spring 13 in the shift fork 14 shift fork seat 14-4, can change the grinding pressure of going up metal platen 11 and last slabstone abrasive disc 10.Its assembling situation is such, and at first following slabstone abrasive disc 9, metal seat board 6 and the annular groove 5 that connects material links into an integrated entity down, and device is on four support 1-1 of frame 1; Rotating shift fork 14, going up metal platen 11 and last slabstone abrasive disc 10 links into an integrated entity, then rotating shift fork 14, last metal platen 11 and last slabstone abrasive disc under 10 overlapping superimposed connections on the slabstone abrasive disc 9; Screw thread at drive motors 2 connects driving sleeve 3, and driving sleeve 3 stretches into from the centre bore 6-1 of following metal seat board 6, stretch out up to the centre bore 10-1 of last slabstone abrasive disc 10, and parcel is connected on the newel 14-2 that stirs shift fork 14; Center screw 14-3 from the newel 14-2 that rotates shift fork 14 kinks in the power transmission shaft screw 2-1 of drive motors 2 downwards always at last with a shift fork pull bar 16, like this rotation shift fork 14, go up metal platen 11, go up slabstone abrasive disc 10, down slabstone abrasive disc 9 and under metal seat board 6 connect into as a whole.
Strong effect of the present utility model is: (one) following slabstone abrasive disc 9 carrying slabstone abrasive disc 10, on metal platen 11 and rotate shift fork 14 threes' pressure, grinding pressure is enough; (2) be in four shift fork seat 14-4 that rotate shift fork 14, to have assembled adjusting screw(rod) 15, top leaf of spring 13 and compression spring 12 in addition, four adjusting screw(rod)s 15 are tightened, and constantly advance, top leaf of spring 13 tightly is pressed on the compression spring 12, compression spring 12 passes on pressure to last metal platen 11 again, and last metal platen 11 goes up slabstone abrasive disc 10 to the pressure succession again.Therefore, this pressure at following slabstone abrasive disc 9 is very big, helps material is reached maximum grinding effect.In the burrstone mill use, still can give compression spring 12 pressurizations with gap simultaneously, make burrstone mill can keep very big grinding pressure and grinding effect for a long time.
Occupation mode of the present utility model is similar with common burrstone mill, no longer has been described in detail here.
Claims (3)
1. the electric millstone mill machine of replaceable abrasive disc and adjustment abrasive disc pressure, comprise frame (1), drive motors (2), transmission beam barrel (3), carrier base (4), the annular groove (95) that connects material, following slabstone abrasive disc (9), last slabstone abrasive disc (10), shift fork pull bar (16), eccentric feed pipe (17), feeding machine (18), circle heart hopper base (19) and hopper (20), last slabstone abrasive disc (10) and overlapping the linking together of following slabstone abrasive disc (9), it is characterized in that (1) four pillar of frame (1-1) top metal seat board (6) that is linked and packed down, slabstone abrasive disc (9) and last slabstone abrasive disc (10) under the overlapping connection in following metal seat board (6) top, metal platen (11) in the overlapping connection in last slabstone abrasive disc (10) top; Shift fork (14) is rotated in centre bore (11-1) and peripheral connecting hole (11-2) lining crimping assembling on last metal platen (11) top;
Described metal nog plate (6) down is disc, and there is centre bore (6-1) at the middle part, four dowel holes of uniform Drilling (6-2) on the plate face, the some screws (6-3) that radially connect of Drilling on disc circumference; 4 bottom outlets of uniform Drilling (6-4) in the bottom surface;
Described upward metal platen (11) is disc, there is centre bore (11-1) at the middle part, uniform Drilling 4 shift fork seats hole (11-2) on the plate face, middle part, shift fork seat hole (11-2) Drilling dowel hole (11-3) is at the other Drilling charging hole (11-4) of middle part centre bore (11-1);
Described rotation shift fork (14) is " ten " cabinet frame shape, and main body is made up of shift fork arm (14-1) intersection, is connected with newel (14-2) at shift fork arm (14-1) middle part, and newel (14-2) is gone up the axial center screw (14-3) of Drilling; Connect the shift fork seat (14-4) of cup shape at the tail end of shift fork arm (14-1), at shift fork seat (14-4) top Drilling screw (14-5).
2. the electric millstone mill machine of replaceable abrasive disc according to claim 1 and adjustment abrasive disc pressure, it is characterized in that being fitted into top leaf of spring (13) and compression spring (12) from the bottom up in four shift fork seats (14-4) lining of rotating shift fork (14), be crimped on from top to bottom on the metal platen (11) rotating shift fork (14) then, shift fork arm (14) middle part newel (14-2) is crimped on centre bore (11-1) lining of metal platen (11), and four shift fork seats (14-4) are crimped on the lining, shift fork seat hole (11-2) of metal platen (11); In last slabstone abrasive disc (10) cutting centre bore (10-1) is arranged, the other cutting of centre bore (10-1) has blanking hole (10-2), uniform cutting 4 soft pin caps hole (10-3) on the plate face, at lining, 4 soft pin cap holes (10-3) assembling soft pin cap (8), at soft pin cap (8) lining assembling pin alignment pin (7) up; In the cutting of the center of following slabstone abrasive disc (9) centre bore (9-1) is arranged, uniform cutting 4 soft pin caps hole (9-2) on the bottom surface of following slabstone abrasive disc (9), assemble soft pin cap (8) from top to bottom in lining, soft pin cap hole (9-2), soft pin cap (8) lining assembling pin alignment pin (7) down; The connection screw (6-3) that connects material in the screw of groove (5) the inside on the disk outer wall of metal seat board (6) downwards from annular is screwed into sunk screw, and the annular groove (5) that connects material is linked into an integrated entity with following metal seat board (6); The following alignment pin (7) of slabstone abrasive disc (9) is inserted into down four dowel holes (6-2) lining on the metal seat board (6), thereby a slabstone abrasive disc (9) and following metal seat board (6) link into an integrated entity down; Alignment pin (8) on the last slabstone abrasive disc (10) all is connected to dowel hole (11-3) lining of metal platen (11), thereby last slabstone abrasive disc (10) and last metal platen (11) are linked together; Then, be screwed into pressure adjusting screw (15) in 4 shift fork seats (14-4) lining, adjusting screw(rod) (15) is screwed in the screw of top leaf of spring (13), and compaction pressure spring (12); Following slabstone abrasive disc (9), the bottom outlet (6-4) that connects material bottom groove (5) the following metal seat board of the Trinity (6) of metal seat board (6) and annular is linked and packed on four supports (1-1) of frame (1) down; Be crimped on down on the slabstone abrasive disc (9) rotating shift fork (14), go up metal platen (11) and going up slabstone abrasive disc (10) Trinity; Connect transmission beam barrel (3) at the power transmission shaft screw thread of drive motors (2), driving sleeve (3) from metal seat board (6) centre bore (6-1) down, slabstone abrasive disc (9) centre bore (9-1) and supreme slabstone abrasive disc (10) centre bore (10-1) stretches out, driving sleeve (3) parcel is connected on the newel (14-2) that rotates shift fork (14) down; Kink at last vertically downward in power transmission shaft screw (2-1) lining of drive motors (92) with the center screw (14-3) of a microscler shift fork pull bar (16) from the newel (14-2) that rotates shift fork (14) always, like this rotation shift fork (14), go up metal platen (11), go up slabstone abrasive disc (10), down slabstone abrasive disc (9) and down metal seat board (6) connect into an integral body.
3. the electric millstone mill machine of replaceable abrasive disc according to claim 1 and 2 and adjustment abrasive disc pressure is characterized in that carrier base hole (4-1) stretches out outside annular connects material groove (5) at the bottom one side mount support seat (4) of following metal seat board (6); Hopper (20) is driven and is put in circle heart hopper base (19) lining, hopper (20) bottom connects feeding machine (18), the downward outlet of feeding machine (18) faces the charging aperture of eccentric feed pipe (17), and the discharging opening of eccentric feed pipe (17) is connected other charging hole (11-4) lining of metal platen (11) centre bore (11-1); The support bar of hopper base (19) bottom is plugged on the lining, carrier base hole (4-1) of carrier base (4); All Drilling has the grinding microgroove on the end face of the upper and lower slabstone abrasive disc in the bottom surface of last slabstone abrasive disc (10) (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220653928 CN203140060U (en) | 2012-12-01 | 2012-12-01 | Electric stone grinding machine with replaceable grinding plate and adjustable grinding plate pressure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220653928 CN203140060U (en) | 2012-12-01 | 2012-12-01 | Electric stone grinding machine with replaceable grinding plate and adjustable grinding plate pressure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203140060U true CN203140060U (en) | 2013-08-21 |
Family
ID=48967617
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220653928 Expired - Fee Related CN203140060U (en) | 2012-12-01 | 2012-12-01 | Electric stone grinding machine with replaceable grinding plate and adjustable grinding plate pressure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203140060U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110882788A (en) * | 2019-12-06 | 2020-03-17 | 宁波优咖智能科技有限公司 | Coffee bean grinding device |
| CN113029724A (en) * | 2021-04-02 | 2021-06-25 | 安徽国泰众信检测技术有限公司 | Sample grinding and decomposing device for food detection |
-
2012
- 2012-12-01 CN CN 201220653928 patent/CN203140060U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110882788A (en) * | 2019-12-06 | 2020-03-17 | 宁波优咖智能科技有限公司 | Coffee bean grinding device |
| CN113029724A (en) * | 2021-04-02 | 2021-06-25 | 安徽国泰众信检测技术有限公司 | Sample grinding and decomposing device for food detection |
| CN113029724B (en) * | 2021-04-02 | 2022-06-07 | 安徽国泰众信检测技术有限公司 | Sample grinding and decomposing device for food detection |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130821 Termination date: 20151201 |
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| EXPY | Termination of patent right or utility model |