CN212887821U - Domestic intelligent full-class vegetable and meat processor - Google Patents

Abstract

The utility model provides a domestic intelligent full-range vegetables meat processor, two dog-house are located the machine top, be used for processing into flaky adjustable blade disc part with vegetables meat for the first processing procedure as vegetables meat under the dog-house, be used for cutting flaky vegetables meat into strips, blocking or the knife tackle part of butyl for being used for as the second processing procedure under the blade disc part, be the finished product box under the knife tackle part, the finished product box also is the bottom of whole machine simultaneously, there is the holistic shell of support machine finished product box outside. The utility model provides a domestic intelligent full-class vegetables meat processor has solved the problem that is difficult to adjust section thickness, shred thickness among the vegetables cutting process to realize liberation both hands, improve the efficiency of cutting the dish, and then realize improving the purpose of standard of living.

Description

Domestic intelligent full-class vegetable and meat processor

Technical Field

The utility model relates to a vegetable and meat processor, which is used for processing vegetables and meat.

Background

Vegetables and meat are the necessary food that people acquireed nutrition, before acquireing nutrition, must good processing vegetables and meat, it is that people have more appetite, it absorbs to change, but to most people, it has certain degree of difficulty to handle vegetables and meat, so, in order to be healthier, safe processing vegetables and meat, and reduce the nutrition and run off, do not change the taste of food simultaneously again, food processing handles machinery is indispensable, in real life, be the indispensable link to the section of thing, food is absorbed more easily after the section, but it is suitable to cut into thickness to food, even slice has certain degree of difficulty to a large amount of people, and, food kind is numerous, required thickness is different, a large amount of processing apparatus can not change in a flexible way today, help is limited. The processing of vegetables and meats is becoming a burden, and it is very difficult for most people to cut vegetables and meats into thin slices of uniform thickness at will.

Disclosure of Invention

In order to overcome the not enough of prior art, the utility model provides a domestic intelligent full-range class vegetables meat processor has solved and has been difficult to the problem of adjusting section thickness, shredding thickness among the vegetables cutting process to realize liberation both hands, improve the efficiency of cutting the dish, and then realize improving the purpose of standard of living.

The utility model provides a technical scheme that its technical problem adopted is:

the utility model provides a domestic intelligent full-range vegetables meat processor, two dog-house are located the machine top, be used for processing into flaky adjustable blade disc part with vegetables meat for the first processing procedure as vegetables meat under the dog-house, be used for cutting flaky vegetables meat into strips, blocking or the knife tackle part of butyl for being used for as the second processing procedure under the blade disc part, be the finished product box under the knife tackle part, the finished product box also is the bottom of whole machine simultaneously, there is the holistic shell of support machine finished product box outside.

Furthermore, the finished product box and the shell are mutually independent, and the finished product box is taken out from a vacant area below the integral shell as a drawer.

And furthermore, a pair of parallel slide rails for supporting the cutter head part is arranged above the shell, and two water outlet spray heads are arranged inside the shell and are respectively used for cleaning the cutter head part and the cutter group part.

Furthermore, the adjustable cutter head part is a disc cutting cutter group with adjustable spacing and comprises a cutter head, blades, a bearing, a fixing part, a hollow screw, a gear and a cutter head main motor, wherein the cutter head main motor provides power for the rotation of the blades and the cutter head, the blades are aligned with the square long holes of the cutter head, the blades and the cutter head move along the shaft mutually but cannot rotate mutually, the blades are sleeved on the outer ring of the bearing, and the hollow screw and the fixing part are sleeved on the inner ring of the bearing after being in threaded fit; the upper part of the fixing piece is sleeved with a gear in an interference fit manner, the rotation of the gear is controlled by other power, and a shaft of a main motor of the cutter head penetrates through a hollow screw to fix the cutter head.

Preferably, the cutter head part is erected on two parallel guide rails on the shell, slides away from the right upper part of the cutter group part along the guide rails under the driving of the motor, and opens an unobstructed feeding port for the cutter group.

In the knife group part, two ends of a connecting rod big arm are provided with holes, a boss is arranged in the center, two ends of the connecting rod big arm are respectively provided with two through holes with different diameters, a connecting rod arm connecting bearing is embedded in the narrow end of the connecting rod big arm, a connecting rod small arm bearing is embedded in the wide end of the connecting rod big arm, the connecting rod big arm is connected with the boss on the connecting rod big arm through the connecting rod arm connecting bearing, the boss at the center of the connecting rod big arm is connected with the central shaft hole of a connecting rod positioning frame, the boss at the other side of the connecting rod big arm is connected with the center of an electromagnetic clutch, a hollow main shaft bearing is embedded in a hollow grooved main shaft, the connecting rod small arm bearing is connected with the hollow main shaft bearing through a main shaft connecting arm shaft sleeve, a knife group main shaft gear is sleeved outside the hollow grooved main shaft, two main shafts respectively penetrate through a plurality of circular blades and a plurality of multi-jaw, the pull wire is abutted against the side face of the thrust bearing, the pull wire penetrates through the central hole of each circular blade and the multi-claw blade, the wire coil passes through the connecting rod large arm and is connected with the winding wheel after passing through the wire passing rubber coil on the side of the winding wheel in the adjusting direction, the winding wheel is fixed with one end of a main shaft of the double-head stepping motor, and the other end of the main shaft is connected with an electromagnetic clutch shaft coupling.

The technical conception of the utility model is as follows: for providing a convenient mode to the crowd who has the trouble at home to handling vegetables and meat, make them can handle vegetables and meat into the thickness that oneself wanted with the most laborsaving way in the short time, utility model is whole by adjustable interval blade disc, adjustable interval knife tackle, the shell is constituteed. The space-adjustable cutter head is used as a first processing procedure of the vegetable meat and can process the vegetable meat into a sheet shape, and the space-adjustable cutter group is used as a second processing procedure and can cut the sheet vegetable meat into a strip shape, and further can process the vegetable meat into blocks and dices. The utility model discloses the most main innovation point lies in, has filled the machinery blank that can vegetables meat simultaneous processing on the market to can realize piece, strip, piece, the various state integration processing of butyl, convenient to use intelligence, user's demand of satisfying that can be fine.

The beneficial effects of the utility model are that: 1. the utility model discloses the structure is simple and clear, and the part form is simple, eats the material and remains and be difficult to remain on the part and gather in the corner, easily clears up, sanitary safety. 2. General cutting knife tackle does not possess the ability of the distance between the adjusting blade, and the edible material size that can handle out is comparatively single, the utility model discloses possess automatically controlled interval and adjust, the size range that can adjust contains the demand of dicing slitting in most lives, adapts to user's diversified demand, has advantages such as automatic, the multipurpose, function high integration. 3. The utility model discloses a double knives propelling movement vegetables structure, not only adapt to the shape and size of most vegetables, guarantee that vegetables are by even complete cutting, liberate both hands moreover, it is more convenient to let the cutting of vegetables.

Drawings

FIG. 1 is an isometric view of the machine as a whole;

FIG. 2 is a left side cross-sectional view of the machine as a whole;

FIG. 3 is a front cross-sectional view of the machine as a whole;

FIG. 4 is a front cross-sectional view of the impeller portion;

FIG. 5 is an isometric view of a knife block portion;

FIG. 6 is an isometric view of the link big and small arms of the knife block portion;

in the figure: the device comprises a cutter group shell (1), a feeding large opening (2), a feeding small opening (3), a cutter head main motor (4), a gear (5), a hollow screw (6), a fixing piece (7), a bearing (8), a blade (9), a cutter head (10), a cutter head cleaning spray head (11), a cutter group cleaning spray head (12), a finished product box (13), a connecting rod small arm (14), a connecting rod large arm (15), a connecting rod small arm bearing (16), a connecting rod positioning frame (17), a connecting rod connecting bearing (18), a main shaft connecting arm shaft sleeve (20), a circular blade (21), a multi-claw blade (22), a hollow slotted main shaft (23), a spring (24), a cutter group main shaft gear (25), a lead ring (26), a hollow main shaft bearing (27), a lead rubber ring (28), a double-end stepping motor (29), a winding wheel (30), an electromagnetic clutch (31), a pull wire (32), a cutter group motor shell (30), A thrust bearing (33) and a guy bearing pressing sheet (34).

Detailed Description

The present invention will be further described with reference to the accompanying drawings.

Referring to fig. 1-6, two feeding ports are positioned at the top of the household intelligent full-class vegetable and meat processor, an adjustable cutter head part is arranged under the feeding ports, a cutter group part is arranged under the cutter head part, a finished product box (13) is arranged under the cutter group part, the finished product box is also the bottom of the whole machine, and a shell for supporting the whole machine is arranged outside the finished product box (13).

The finished product box and the shell are mutually independent, and the finished product box is taken out from a vacant area below the integral shell as a drawer.

A pair of parallel slide rails for supporting the cutter head part is arranged above the shell, and two water outlet spray heads are arranged in the shell and are respectively used for cleaning the cutter head and the cutter group.

The processor comprises a cutter group shell (1), a feeding large opening (2), a feeding small opening (3), a cutter head main motor (4), a gear (5), a hollow screw (6), a fixing piece (7), a bearing (8), a cutter blade (9), a cutter head (10), a cutter head cleaning spray head (11), a cutter group cleaning spray head (12), a finished product box (13), a connecting rod small arm (14), a connecting rod large arm (15), a connecting rod small arm bearing (16), a connecting rod positioning frame (17), a connecting rod connecting bearing (18), a main shaft connecting arm shaft sleeve (20), a circular cutter blade (21), a multi-claw cutter blade (22), a hollow grooved main shaft (23), a spring (24), a cutter group main shaft gear (25), a lead coil (26), a hollow main shaft bearing (27), a lead rubber ring (28), a double-end stepping motor (29), a winding wheel (30), an electromagnetic clutch (31), A pull wire (32), a knife set motor shell (30), a thrust bearing (33) and a pull wire bearing pressing sheet (34);

the cutter head main motor (4) provides power for the rotation of the blades (9) and the cutter head (10), the blades (9) are aligned with the square long holes of the cutter head (10), the blades can move along the shaft but cannot rotate mutually, the blades (9) are sleeved on the outer ring of the bearing (8), and the hollow screw rods (6) are fixed with each other on the inner ring of the bearing (8); the hollow screw (6) is sleeved with the gears (5) and fixed with each other, the rotation of the gears (5) is controlled by the stepping motor, the gears (5) rotate on the shell but cannot move, and the shaft of the cutter head main motor (4) penetrates through the hollow screw (6) to fix the cutter head (10). When the vegetable and meat cutting device is used, the cutter head main motor (4) is started to enable the cutter head (10), the blades (9) and the outer ring of the bearing (8) to rotate together, and the blades (9) can cut objects and fall out of holes of the cutter head (10) by limiting the movement of the cut vegetables and meat; when the thickness of the required slices is required to be adjusted, the feed motor drives the gear (5) to rotate, so that the hollow screw (6) rotates, the fixing piece (7) with the threads in the feeding hole moves up and down, so that the blades (9) move up and down relative to the cutter head (10), the distance between the cutter heads (10) of the blades (9) is adjusted, the thickness of the slices is adjusted, and the required slices are obtained. The motor spindle is connected with an electromagnetic clutch (31), the other end of the clutch is connected with a boss at the center of the connecting rod big arm (15), the spindle rotates to drive the connecting rod big arm to rotate, and the spindle connected with the two spindle connecting arm shaft sleeves (20) slides to two sides simultaneously according to the principle that the spindle connecting arm shaft sleeves (20) slide in the empty grooves, so that the spindle distance adjustment is completed. To both sides, the lower second knife set will not be active. Holes are formed in two ends of a large connecting rod arm (15), a boss is arranged in the center of the large connecting rod arm, two through holes with different diameters are respectively formed in two ends of a small connecting rod arm (14), a connecting rod arm connecting bearing (18) is embedded in the narrow end of the small connecting rod arm (14), a connecting rod small arm bearing (16) is embedded in the wide end of the small connecting rod arm (14), the large connecting rod arm (15) is connected with a boss on the small connecting rod arm (14) through the connecting rod arm connecting bearing (18), the boss at the center of the large connecting rod arm (15) is connected with a central shaft hole of a connecting rod positioning frame (17), the boss at the other side of the large connecting rod arm (15) is connected with the center of a circle of an electromagnetic clutch (31), a main shaft bearing (27) is embedded in a hollow slotted main shaft (23), the connecting rod small arm bearing (16) is connected with the main shaft bearing (27) through a main shaft connecting arm shaft sleeve (20), a main shaft gear (25), a spring (24) is fixed between every two blades, the tail end of a main shaft (23) is erected in a strip-shaped groove of a support shell (1), a thrust bearing (33) is fixed at a central hole of a first blade close to the support shell (1) on the two main shafts, a pull wire (32) is abutted against the side face of the thrust bearing (33), the pull wire penetrates through a central hole of each circular blade (21) and a central hole of a multi-claw blade (22), a wire coil (26) passes through a connecting rod small arm (14) and is connected with a winding wheel (30) after the direction of the wire passing rubber ring (28) on the side of the winding wheel (30) is adjusted, the winding wheel (30) is fixed with one end of a main shaft of a double-head stepping motor (29), and the other end of the main shaft is connected with an electromagnetic clutch (31) in. When food materials are cut, external motor power drives a main shaft gear (25) to rotate, the main shaft gear (25) is in interference fit with a main shaft to drive the main shaft and blades to rotate inwards, the food material processing is completed by utilizing the fixing capacity of protruding claws of a multi-claw blade (22) and the cutting of a circular blade (21), and processed products fall from the lower part of a cutter group; the pull wire (32) and the thrust bearing (33) are tightly pressed at the bulge around the central hole of the blade under the tension force, the thrust bearing (33) can prevent the tightening phenomenon caused by the rotation of the pull wire along with the main shaft when the main shaft rotates, in the figure 1, the pull wire (32) is connected with the winding wheel (30), the central hole of the winding wheel is in interference fit with the shaft of the double-head stepping motor (29), the motor drives the winding wheel (30) to rotate to tighten the pull wire (32), the spring (24) between the blades is compressed, and the blade interval is changed; filaments of different thicknesses were cut. When the dicer is needed to be diced, the upper part of the shell (1) can be moved away along the guide rail, the cut wires are directly put into the upper part of the lower cutter set from the moved holes, and the dicer is in a T shape after secondary processing.

When the vegetable slicing machine is used, cut vegetables enter from the feeding large opening (2) or the feeding small opening (1), the cutter disc (10) and the blades (9) rotate at a high speed under the action of the main motor, the cut vegetables are cut by the blades (9) to be sliced, and the cut vegetables fall from the opening of the cutter disc (10). In the slicing process, when the slicing thickness needs to be adjusted, the gear (5) rotates due to additional auxiliary power, the fixing piece (7) in interference fit with the gear is driven to rotate, the fixing piece (7) is in threaded fit with the hollow screw (5), the fixing piece (7) can move up and down on the hollow screw, and therefore the bearing (8) and the blade (9) are driven to move up and down, and the purpose of adjusting the slicing thickness is finally achieved.

The vegetable slices falling from the upper part fall into the knife group at the lower part, and the slices are cut into strips under the interaction of the circular blade (21) and the multi-claw blade (22) of the knife group rotating at high speed and fall into the finished box (13) at the lower part. Correspondingly, if a user needs to cut into cubes, the upper part of the cutter set shell, namely the position of the cutter disc, can move outwards, so that an unobstructed feeding port is formed above the cutter set, and the cut strip-shaped vegetable meat is put into the feeding port again, so that the cubes can be obtained. In the cutting process, if the slice thickness needs to be adjusted, the stay wire (32) and the thrust bearing (33) are tightly pressed at the protrusion part around the central hole of the blade by tension force, the thrust bearing (33) can prevent the tightening phenomenon caused by the rotation of the stay wire along with the main shaft when the main shaft rotates, the stay wire (32) is connected with the winding wheel (30), the central hole of the winding wheel (30) is in interference fit with the shaft of the double-head stepping motor (29), the motor drives the winding wheel (30) to rotate to tighten the stay wire, the spring (24) between the blades is compressed, the blade interval is changed, and therefore the slice thickness is adjusted;

the motor spindle is connected with an electromagnetic clutch (31), the other end of the clutch is connected with a boss at the center of a connecting rod large arm (15), the spindle rotates to drive the connecting rod large arm (15) to rotate, a spindle connecting arm shaft sleeve (20) slides in a hollow groove, and spindles (23) respectively connected with the two spindle connecting arm shaft sleeves are also based on the same principle, so that the spindle distance adjustment is completed. When the user only needs to cut, the distance between the main shafts can be adjusted, so that the cutter head slices directly fall into a finished box (13).

Correspondingly, after the treatment is finished, high-pressure water is sprayed out by the cutter head cleaning spray head (11) and the cutter group cleaning spray head (12) to clean the cutter head cutter group.

Claims (6)

1. The utility model provides a domestic intelligent full-range vegetables meat processor, a serial communication port, two dog-house are located the machine top, be used for processing into flaky adjustable blade disc part with vegetables meat for the first processing procedure as vegetables meat under the dog-house, be used for cutting into the strip, blocking or the knife tackle part of butyl with flaky vegetables meat as the second processing procedure under the blade disc part, be the finished product box under the knife tackle part, the finished product box also is the bottom of whole machine simultaneously, the finished product box outside has the holistic shell of support machine.

2. The household intelligent full-size vegetable and meat processor as claimed in claim 1, wherein the finished product box and the housing are independent of each other, and the finished product box is drawn out as a drawer from a vacant area below the integrated housing.

3. The household intelligent full-range vegetable and meat processor as claimed in claim 1 or 2, wherein a pair of parallel slide rails supporting the cutter head part are arranged above the housing, and two water outlet nozzles are arranged inside the housing for respectively cleaning the cutter head part and the cutter group part.

4. The household intelligent full-quality vegetable and meat processor as claimed in claim 1 or 2, wherein the adjustable cutter disc part is a disc cutting cutter group with adjustable spacing, and comprises a cutter disc, blades, a bearing, a fixing part, a hollow screw, a gear and a cutter disc main motor, wherein the cutter disc main motor provides power for the rotation of the blades and the cutter disc, the blades and the cutter disc are aligned with the square long holes of the cutter disc, the blades and the cutter disc move along the shaft, but cannot rotate mutually, the blades are sleeved on the outer ring of the bearing, and the hollow screw and the fixing part are sleeved on the inner ring of the bearing after being in threaded fit; the upper part of the fixing piece is sleeved with a gear in an interference fit manner, the rotation of the gear is controlled by other power, and a shaft of a main motor of the cutter head penetrates through a hollow screw to fix the cutter head.

5. The household intelligent full-quality vegetable and meat processor as claimed in claim 4, wherein the cutter head part is supported on two parallel guide rails on the housing, and slides along the guide rails under the driving of the motor to leave the position right above the cutter group part, so as to open an unobstructed feeding port for the cutter group.

6. The household intelligent full-quality vegetable and meat processor as claimed in claim 1 or 2, wherein in the cutter set part, two ends of a large connecting rod arm are provided with holes, a boss is arranged in the center of the large connecting rod arm, two ends of the large connecting rod arm are respectively provided with two through holes with different diameters, a connecting rod arm connecting bearing is embedded in the narrow end of the large connecting rod arm, a connecting rod small arm bearing is embedded in the wide end of the large connecting rod arm, the large connecting rod arm is connected with the boss on the large connecting rod arm through the connecting rod arm connecting bearing, the boss at the center of the large connecting rod arm is connected with a central shaft hole of a connecting rod positioning frame, the boss at the other side of the large connecting rod arm is connected with the center of the electromagnetic clutch, a hollow main shaft bearing is embedded in the hollow grooved main shaft, the connecting rod small arm bearing is connected with the hollow main shaft connecting arm shaft sleeve, a main shaft gear of the, the tail ends of the main shafts are erected in strip-shaped grooves of the cutter group shell, a thrust bearing is fixed at a central hollow hole of a first blade on the two main shafts, which is close to the cutter group shell, a pull wire abuts against the side face of the thrust bearing, the pull wire penetrates through the central hole of each circular blade and the multi-claw blade, a wire coil passes through a connecting rod big arm and is connected with a winding wheel after passing through a wire rubber ring at the side of the winding wheel to adjust the direction, the winding wheel is fixed with one end of a main shaft of a double-head stepping motor, and the other end of the main shaft is connected with an.

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