CN209451734U - A kind of homogeneous rabbling mechanism for food inspection - Google Patents

A kind of homogeneous rabbling mechanism for food inspection Download PDF

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Publication number
CN209451734U
CN209451734U CN201822169514.6U CN201822169514U CN209451734U CN 209451734 U CN209451734 U CN 209451734U CN 201822169514 U CN201822169514 U CN 201822169514U CN 209451734 U CN209451734 U CN 209451734U
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sliding
screw
plate
axis
mandril
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CN201822169514.6U
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Chinese (zh)
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魏炯辉
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Shenzhen Zehe Biotechnology Co Ltd
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Shenzhen Zehe Biotechnology Co Ltd
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Abstract

The utility model discloses a kind of homogeneous rabbling mechanisms for food inspection, the rotation chassis include rotation axis, mandril, screw thread orifice plate, rectangular sliding hole, circular hole inclined plate and it is fixed in seat, the upper end of the rotation axis is fixedly connected with seat in the fixation, the middle-end of the mandril is fixedly connected on the upper end of seat in the fixation, the upper end middle position of the mandril is fixedly connected with the screw thread orifice plate, the left and right ends of the mandril are provided with the rectangular sliding hole, and the left and right ends of the mandril are fixedly connected to the circular hole inclined plate;Two sliding blocks are slidably connected at respectively in two rectangular sliding holes, the front end of two sliding blocks is fixedly connected to the convex block, the thread rotary orientation of the two-flight screw left and right ends is opposite, two convex blocks are matched with the left and right ends of the two-flight screw by screw thread respectively, and the left and right ends of the two-flight screw are rotatably connected on respectively on two circular hole inclined plates.

Description

A kind of homogeneous rabbling mechanism for food inspection
Technical field
Utility model is related to a kind of rabbling mechanism, specially a kind of homogeneous rabbling mechanism for food inspection.
Background technique
A kind of food production rabbling mechanism, including rabbling mechanism main body, vibrating motor, high pressure water spray nozzle, the second stirring Bar, the first stirring scratch board and third stirring rod, the rabbling mechanism main body are internally provided with rotating bar, and rotating bar and first Stirring rod is connected, and the lower section on the outside of rabbling mechanism main body is arranged in the vibrating motor, and the high pressure water spray nozzle, which is embedded in, to be stirred The inside on mechanism body top is mixed, and is provided with discharge port below rabbling mechanism main body, second stirring rod and third are stirred Bar is mixed to be arranged in rotating bar, and the outer end of the second stirring rod and third stirring rod is connected with the second stirring scratch board, described the The outside of the first stirring rod is arranged in one stirring scratch board, and is provided with through-hole on the first stirring scratch board and the second stirring scratch board. The food production rabbling mechanism, is provided with the first stirring scratch board on the first stirring rod, is conducive to further to rabbling mechanism The removal of food in main body inner wall.But the rabbling mechanism in the utility model is fixed form, can not be adjusted as needed And variation.
Utility model content
Utility model is designed to provide a kind of homogeneous rabbling mechanism for food inspection, to solve above-mentioned background skill The problem of being proposed in art.
To achieve the above object, utility model provides the following technical solutions: a kind of homogeneous blender for food inspection Structure, including rotation chassis, distance controlling mechanism, blender and fastening assembly, the rotation chassis includes rotation axis, mandril, spiral shell Seat in pit plate, rectangular sliding hole, circular hole inclined plate and fixation, the upper end of the rotation axis is fixedly connected with seat in the fixation, institute The middle-end for stating mandril is fixedly connected on the upper end of seat in the fixation, and the upper end middle position of the mandril is fixedly connected with described Screw thread orifice plate, the left and right ends of the mandril are provided with the rectangular sliding hole, and the left and right ends of the mandril are fixedly connected with There is the circular hole inclined plate;
The distance controlling mechanism includes that two-flight screw, sliding block, convex block and stop collar I, two sliding blocks are slided respectively Dynamic to be connected in two rectangular sliding holes, the front end of two sliding blocks is fixedly connected to the convex block, the double thread The thread rotary orientation of screw rod left and right ends is on the contrary, left and right ends of two convex blocks respectively with the two-flight screw pass through screw thread It matches, the left and right ends of the two-flight screw are rotatably connected on respectively on two circular hole inclined plates, the double thread spiral shell The left and right ends of bar are fixedly connected to the stop collar I, and two stop collar I are outer with two circular hole inclined plates respectively Side fits;
The blender includes round bar, stop collar II, gear, fastening screw I, sliding sleeve, pedestal and blade, the blender There are two left and right settings, and clearance fit is inserted on two sliding blocks respectively for the upper end of two round bars, two round bars Upper end be fixedly connected to two stop collar II, two stop collar II on the same round bar respectively with it is right The upper and lower end face for the sliding block answered fits, and the top of two round bars is fixedly connected to the gear, the circle The lower end of bar is fixedly connected with multiple blades, and the sliding sleeve, multiple cunnings are slidably connected on multiple blades The outer end of set is linked together by the pedestal, has been connected through a screw thread on two sliding sleeves of the top described Fastening screw I, two fastening screw I are withstood on respectively on two blades of the top;
The fastening assembly includes sliding square column, long spiro nail, perpendicular pedestal, fixed block set and rack gear, and the sliding square column sliding connects It connects in the fixation on seat, the rear end of the sliding square column is fixedly connected with the perpendicular pedestal, and the upper end of the perpendicular pedestal is fixed It is connected with the fixed block set, the rack gear is fixedly connected in the fixed block set, the tooth on the rack gear is stuck in two institutes It states on the tooth on gear, clearance fit is inserted with the long spiro nail on the perpendicular pedestal, and the front end of the long spiro nail is connected by screw thread It connects on the screw thread orifice plate.
Preferably, the rotation chassis further includes bottom plate, bearing block and motor, and the bottom plate is provided centrally with the axis Seat is held, the lower end of the rotation axis is rotatably connected on the bottom plate by the bearing block, and the lower end of the bottom plate is fixed to be connected It is connected to the motor, the lower end of rotation axis described in the output axis connection of the motor.
Preferably, the distance controlling mechanism further includes the rotation head, and the rotation head is fixedly connected on the double thread spiral shell The middle-end of bar.
Preferably, the fastening assembly further includes sliding slot and fastening screw II, and the upper and lower ends of the rack gear are provided with The sliding slot, the rack gear are slidably connected in the fixed block set by upper and lower two rack gears, the fixed block set Rear end has been connected through a screw thread the fastening screw II, and the fastening screw II withstands on the rack gear and is fixed on the rack gear In the fixed block set.
Preferably, the lower end of the bottom plate is provided with support frame.
Compared with prior art, the beneficial effect of utility model is: 1. are fixedly connected with fixation by the upper end of rotation axis Middle seat, the middle-end of mandril are fixedly connected on the upper end of seat in fixed, and the upper end middle position of mandril is fixedly connected with screw thread orifice plate, The left and right ends of mandril are provided with rectangular sliding hole, and the left and right ends of mandril are fixedly connected to circular hole inclined plate, so that rotation axis When being rotated using own axes as axis, seat can be rotated by axis of the axis of rotation axis in mandril and fixation.
2. being slidably connected in two rectangular sliding holes respectively by two sliding blocks, the front end of two sliding blocks is fixedly connected to Convex block, the thread rotary orientation of two-flight screw left and right ends is on the contrary, two convex blocks pass through with the left and right ends of two-flight screw respectively Screw thread matches, and the left and right ends of two-flight screw are rotatably connected on respectively on two circular hole inclined plates, the left and right of two-flight screw Both ends are fixedly connected with restraining position ring block I, and two stop collar I fit on the outside of two circular hole inclined plates respectively, so that double thread Screw rod can rotate between two circular hole inclined plates by axis of own axes, and the effect of two stop collar I is to prevent double thread spiral shell Bar moves left and right between two circular hole inclined plates.When two-flight screw own axes are that axis rotates, two sliding block phases can be driven Mutually close to sliding or being located remotely from each other sliding, the distance between two sliding blocks are controlled.Mandril is rotated by axis of the axis of rotation axis When will drive Liang Ge distance controlling mechanism also using the axis of rotation axis as axis rotate.
3. clearance fit is inserted on two sliding blocks respectively for the upper end of two round bars by there are two blender left and right settings, The upper end of two round bars is fixedly connected to two stop collar II, two stop collar II on the same round bar respectively with it is corresponding The upper and lower end face of sliding block fits, and the top of two round bars is fixedly connected to gear, and the lower end of round bar is fixedly connected with more A blade slidably connects sliding sleeve on multiple blades, and the outer end of multiple sliding sleeves is linked together by pedestal, is located at topmost Two sliding sleeves on be connected through a screw thread fastening screw I, two fastening screw I withstand on two leaves positioned at the top respectively On piece, so that Liang Ge distance controlling mechanism will drive two blenders also with rotation axis when also rotating using the axis of rotation axis as axis Axis be axis rotation, food is stirred.Round bar can rotate on sliding block by axis of own axes, to control multiple The position of blade, the position for adjusting multiple blades reach different mixing effects, and multiple sliding sleeves can slide on multiple blades, Multiple leaf blade sizes are adjusted, blade area is bigger, and stirring dynamics is bigger, and multiple sliding sleeves can be fixed on by turn fastening screw I On multiple blades;The position of adjusting slider determines that the position of two round bars, the position of two round bars determine two blenders Axis around rotation axis is the stirring radius of axis rotation.
4. being slidably connected in fixed on seat by sliding square column, the rear end of sliding square column is fixedly connected with perpendicular pedestal, erects pedestal Upper end be fixedly connected with fixed block set, be fixedly connected with rack gear in fixed block set, the tooth on rack gear is stuck on two gears On tooth, clearance fit is inserted with long spiro nail on perpendicular pedestal, and the front end of long spiro nail is threadedly attached on screw thread orifice plate, so that cunning side Column can slide back and forth on seat in fixation, to slide back and forth with carry-over bar, the tooth on rack gear is stuck in the tooth on two gears Two gears can be fixed when upper, and then two round bars are fixed, prevent round bar from rotating by axis of own axes.Long spiro nail Effect is to fix rack gear.
5. being provided centrally with bearing block by bottom plate, the lower end of rotation axis is rotatably connected on bottom plate by bearing block, The lower end of bottom plate is fixedly connected with motor, and the lower end of the output axis connection rotation axis of motor allows rotation axis in bearing block On rotated by axis of own axes, motor provides power for rotation axis.Cylinder can be fixed on bottom plate, by two blender covers Firmly, food is placed in cylinder, two blender rotations can be stirred food.
6. the middle-end for being fixedly connected on two-flight screw by revolving head, so that the effect of rotation head is easy for turn double thread spiral shell Bar is rotated by axis of own axes.
7. being provided with sliding slot by the upper and lower ends of rack gear, rack gear is slidably connected at fixing sleeve by upper and lower two rack gears On seat, the rear end of fixed block set has been connected through a screw thread fastening screw II, and fastening screw II withstands on rack gear and is fixed on rack gear In fixed block set, rack gear is horizontally slipped in fixed block set, two gears can be driven to turn when rack gear horizontally slips It is dynamic, and then two round bars is driven to rotate by axis of own axes, adjust the turned position of multiple blades.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the homogeneous rabbling mechanism for food inspection provided by the embodiment of the utility model One;
Fig. 2 is a kind of structural schematic diagram of the homogeneous rabbling mechanism for food inspection provided by the embodiment of the utility model Two;
Fig. 3 is the structural schematic diagram one for rotating chassis;
Fig. 4 is the structural schematic diagram two for rotating chassis;
Fig. 5 is the structural schematic diagram of distance controlling mechanism;
Fig. 6 is the structural schematic diagram of blender;
Fig. 7 is the structural schematic diagram one of fastening assembly;
Fig. 8 is the structural schematic diagram two of fastening assembly.
In figure: rotation chassis 1;Bottom plate 1-1;Rotation axis 1-2;Mandril 1-3;Screw thread orifice plate 1-4;Rectangular sliding hole 1-5;Circular hole Inclined plate 1-6;Seat 1-7 in fixation;Bearing block 1-8;Motor 1-9;Distance controlling mechanism 2;Two-flight screw 2-1;Revolve head 2-2;It is sliding Block 2-3;Convex block 2-4;Stop collar I2-5;Blender 3;Round bar 3-1;Stop collar II3-2;Gear 3-3;Fastening screw I3-4;It is sliding Cover 3-5;Pedestal 3-6;Blade 3-7;Fastening assembly 4;Sliding square column 4-1;Long spiro nail 4-2;Perpendicular pedestal 4-3;Fixed block set 4-4;Tooth 4-5;Sliding slot 4-6;Fastening screw II4-7.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.
Fig. 1-8 is please referred to, utility model provides a kind of technical solution: a kind of homogeneous rabbling mechanism for food inspection, Including rotation chassis 1, distance controlling mechanism 2, blender 3 and fastening assembly 4, the rotation chassis 1 includes rotation axis 1-2, top The upper end of seat 1-7, the rotation axis 1-2 are solid in bar 1-3, screw thread orifice plate 1-4, rectangular sliding hole 1-5, circular hole inclined plate 1-6 and fixation Surely it is connected with seat 1-7 in the fixation, the middle-end of the mandril 1-3 is fixedly connected on the upper end of seat 1-7 in the fixation, described The upper end middle position of mandril 1-3 is fixedly connected with the screw thread orifice plate 1-4, and the left and right ends of the mandril 1-3 are provided with The rectangular sliding hole 1-5, the left and right ends of the mandril 1-3 are fixedly connected to the circular hole inclined plate 1-6;
The distance controlling mechanism 2 includes two-flight screw 2-1, sliding block 2-3, convex block 2-4 and stop collar I2-5, two institutes It states sliding block 2-3 to be slidably connected at respectively on two rectangular sliding hole 1-5, the front end of two sliding block 2-3 is fixedly connected with Have a convex block 2-4, the thread rotary orientations of the left and right ends the two-flight screw 2-1 on the contrary, two convex block 2-4 respectively with institute The left and right ends for stating two-flight screw 2-1 are matched by screw thread, the left and right ends of the two-flight screw 2-1 company of rotation respectively It connects on two circular hole inclined plate 1-6, the left and right ends of the two-flight screw 2-1 are fixedly connected to the stop collar I2-5, two stop collar I2-5 fit on the outside of two circular hole inclined plate 1-6 respectively;
The blender 3 includes round bar 3-1, stop collar II3-2, gear 3-3, fastening screw I3-4, sliding sleeve 3-5, pedestal 3-6 and blade 3-7, there are two 3 left and right settings of blender, and clearance fit is inserted in respectively for the upper end of two round bar 3-1 On two sliding block 2-3, the upper end of two round bar 3-1 is fixedly connected to two stop collar II3-2, same Two stop collar II3-2 on the round bar 3-1 fit with the upper and lower end face of the corresponding sliding block 2-3 respectively, and two The top of a round bar 3-1 is fixedly connected to the gear 3-3, and the lower end of the round bar 3-1 is fixedly connected with multiple The sliding sleeve 3-5 is slidably connected on the blade 3-7, multiple blade 3-7, the outer end of multiple sliding sleeve 3-5 is logical It crosses the pedestal 3-6 to link together, has been connected through a screw thread the fastening on two sliding sleeve 3-5 of the top Screw I3-4, two fastening screw I3-4 are withstood on respectively on two blade 3-7 of the top;
The fastening assembly 4 includes sliding square column 4-1, long spiro nail 4-2, perpendicular pedestal 4-3, fixes block set 4-4 and rack gear 4-5, The sliding square column 4-1 is slidably connected in the fixation on seat 1-7, and the rear end of the sliding square column 4-1 is fixedly connected with described perpendicular Pedestal 4-3, the upper end of the perpendicular pedestal 4-3 are fixedly connected with the fixed block set 4-4, fixed company on the fixed block set 4-4 It is connected to the rack gear 4-5, the tooth on the rack gear 4-5 is stuck on the tooth on two gear 3-3, on the perpendicular pedestal 4-3 Clearance fit is inserted with the long spiro nail 4-2, and the front end of the long spiro nail 4-2 is threadedly attached on the screw thread orifice plate 1-4.
The rotation chassis 1 further includes bottom plate 1-1, bearing block 1-8 and motor 1-9, and the bottom plate 1-1's is provided centrally with The lower end of the bearing block 1-8, the rotation axis 1-2 are rotatably connected on the bottom plate 1-1 by the bearing block 1-8, institute The lower end for stating bottom plate 1-1 is fixedly connected with the motor 1-9, under rotation axis 1-2 described in the output axis connection of the motor 1-9 End.
The distance controlling mechanism 2 further includes the rotation head 2-2, and the rotation head 2-2 is fixedly connected on the double thread spiral shell The middle-end of bar 2-1.
The fastening assembly 4 further includes sliding slot 4-6 and fastening screw II4-7, and the upper and lower ends of the rack gear 4-5 are respectively provided with There are the sliding slot 4-6, the rack gear 4-5 to be slidably connected on the fixed block set 4-4 by the upper and lower two rack gear 4-5, The rear end of the fixed block set 4-4 has been connected through a screw thread the fastening screw II4-7, and the fastening screw II4-7 withstands on institute It states and the rack gear 4-5 is fixed on the fixed block set 4-4 on rack gear 4-5.
The lower end of the bottom plate 1-1 is provided with support frame.
Working principle: when rotation axis 1-2 is rotated using own axes as axis, mandril 1-3 and seat 1-7 in fixation can be with rotation The axis of axis 1-2 is axis rotation.Two-flight screw 2-1 can be rotated between two circular hole inclined plate 1-6 by axis of own axes, The effect of two stop collar I2-5 is to prevent two-flight screw 2-1 from moving left and right between two circular hole inclined plate 1-6.Double thread spiral shell When bar 2-1 own axes are that axis rotates, two sliding block 2-3 sliding close to each other can be driven or be located remotely from each other sliding, controlled The distance between two sliding block 2-3.Mandril 1-3 will drive two distance controlling machines when rotating using the axis of rotation axis 1-2 as axis Structure 2 is also rotated by axis of the axis of rotation axis 1-2.When Liang Ge distance controlling mechanism 2 is also rotated using the axis of rotation axis 1-2 as axis It will drive two blenders 3 also to rotate by axis of the axis of rotation axis 1-2, food be stirred.Round bar 3-1 can be in sliding block 2-3 is upper to be rotated by axis of own axes, to control the position of multiple blade 3-7, the position for adjusting multiple blade 3-7 reaches not Same mixing effect, multiple sliding sleeve 3-5 can be slided on multiple blade 3-7, adjust multiple blade 3-7 sizes, the face blade 3-7 Product is bigger, and stirring dynamics is bigger, and multiple sliding sleeve 3-5 can be fixed on multiple blade 3-7 by turn fastening screw I3-4;It adjusts The position of sliding block 2-3 determines that the position of two round bar 3-1, the position of two round bar 3-1 determine two blenders 3 around rotation The axis of axis 1-2 is the stirring radius of axis rotation.Sliding square column 4-1 can slide back and forth on seat 1-7 in fixation, thus with movable tooth 4-5 slides back and forth, and can fix two gear 3-3 when on the tooth that the tooth on rack gear 4-5 is stuck on two gear 3-3, into And fix two round bar 3-1, prevent round bar 3-1 from rotating by axis of own axes.The effect of long spiro nail 4-2 is by rack gear 4-5 It is fixed.Rotation axis 1-2 can be rotated on bearing block 1-8 by axis of own axes, and motor 1-9 provides power for rotation axis 1-2. Cylinder can be fixed on bottom plate 1-1, two blenders 3 are covered, food is placed in cylinder, and two blenders 3 rotate Food is stirred.The effect of rotation head 2-2 is easy for turn two-flight screw 2-1 and rotates by axis of own axes.Rack gear 4-5 It can horizontally slip on fixed block set 4-4, two gear 3-3 rotations can be driven when rack gear 4-5 horizontally slips, and then drive Two round bar 3-1 are rotated by axis of own axes, adjust the turned position of multiple blade 3-7.
It is fixedly connected with seat 1-7 in fixed by the upper end of rotation axis 1-2, the middle-end of mandril 1-3 is fixedly connected on fixation The upper end of middle seat 1-7, the upper end middle position of mandril 1-3 are fixedly connected with screw thread orifice plate 1-4, and the left and right ends of mandril 1-3 are equal It is provided with rectangular sliding hole 1-5, the left and right ends of mandril 1-3 are fixedly connected to circular hole inclined plate 1-6, so that rotation axis 1-2 is with certainly When body axis are that axis rotates, mandril 1-3 and it is fixed in seat 1-7 can be axis rotation using the axis of rotation axis 1-2.
It is slidably connected on two rectangular sliding hole 1-5 respectively by two sliding block 2-3, the front end of two sliding block 2-3 is solid Surely be connected with convex block 2-4, the thread rotary orientations of the left and right ends two-flight screw 2-1 on the contrary, two convex block 2-4 respectively with double thread spiral shell The left and right ends of bar 2-1 are matched by screw thread, and it is oblique that the left and right ends of two-flight screw 2-1 are rotatably connected on two circular holes respectively On plate 1-6, the left and right ends of two-flight screw 2-1 are fixedly connected with restraining position ring block I2-5, and two stop collar I2-5 are respectively with two It fits on the outside of a circular hole inclined plate 1-6, allows two-flight screw 2-1 between two circular hole inclined plate 1-6 with itself axis Line is axis rotation, and the effect of two stop collar I2-5 is to prevent the left and right between two circular hole inclined plate 1-6 two-flight screw 2-1 from moving It is dynamic.When two-flight screw 2-1 own axes are that axis rotates, two sliding block 2-3 sliding close to each other or mutually remote can be driven From sliding, the distance between two sliding block 2-3 are controlled.Mandril 1-3 will drive two when rotating using the axis of rotation axis 1-2 as axis Distance controlling mechanism 2 is also rotated by axis of the axis of rotation axis 1-2.
By there are two 3 left and right settings of blender, clearance fit is inserted in two sliding block 2- respectively for the upper end of two round bar 3-1 On 3, the upper end of two round bar 3-1 is fixedly connected to two stop collars on two stop collars II3-2, the same round bar 3-1 II3-2 fits with the upper and lower end face of corresponding sliding block 2-3 respectively, and the top of two round bar 3-1 is fixedly connected to gear 3-3, the lower end of round bar 3-1 are fixedly connected with multiple blade 3-7, and sliding sleeve 3-5 is slidably connected on multiple blade 3-7, multiple The outer end of sliding sleeve 3-5 is linked together by pedestal 3-6, has been connected through a screw thread on two sliding sleeve 3-5 of the top Fastening screw I3-4, two fastening screw I3-4 are withstood on respectively on two blade 3-7 of the top, so that two distance controls Mechanism 2 processed will drive two blenders 3 also using the axis of rotation axis 1-2 as axis when being also axis rotation using the axis of rotation axis 1-2 Rotation, is stirred food.Round bar 3-1 can be rotated on sliding block 2-3 by axis of own axes, to control multiple blades The position of 3-7, the position for adjusting multiple blade 3-7 reach different mixing effects, and multiple sliding sleeve 3-5 can be in multiple blade 3- It is slided on 7, adjusts multiple blade 3-7 sizes, blade 3-7 area is bigger, and stirring dynamics is bigger, turn fastening screw I3-4 Multiple sliding sleeve 3-5 are fixed on multiple blade 3-7;The position of adjusting slider 2-3 determines the position of two round bar 3-1, two The position of a round bar 3-1 determines two blenders 3 around the stirring radius that the axis of rotation axis 1-2 is that axis rotates.
It is slidably connected in fixed on seat 1-7 by sliding square column 4-1, the rear end of sliding square column 4-1 is fixedly connected with perpendicular pedestal 4-3, the upper end of perpendicular pedestal 4-3 are fixedly connected with fixed block set 4-4, are fixedly connected with rack gear 4-5, rack gear on fixed block set 4-4 Tooth on 4-5 is stuck on the tooth on two gear 3-3, and clearance fit is inserted with long spiro nail 4-2 on perpendicular pedestal 4-3, long spiro nail 4-2's Front end is threadedly attached on screw thread orifice plate 1-4, and sliding square column 4-1 is slid back and forth on seat 1-7 in fixation, thus Band carry-over bar 4-5 slides back and forth, and can consolidate two gear 3-3 when on the tooth that the tooth on rack gear 4-5 is stuck on two gear 3-3 It is fixed, and then two round bar 3-1 are fixed, prevent round bar 3-1 from rotating by axis of own axes.The effect of long spiro nail 4-2 is by tooth 4-5 is fixed.
It is provided centrally with bearing block 1-8 by bottom plate 1-1, the lower end of rotation axis 1-2 is rotatablely connected by bearing block 1-8 On bottom plate 1-1, the lower end of bottom plate 1-1 is fixedly connected with motor 1-9, under the output axis connection rotation axis 1-2 of motor 1-9 End rotates rotation axis 1-2 on bearing block 1-8 by axis of own axes, and motor 1-9 provides dynamic for rotation axis 1-2 Power.Cylinder can be fixed on bottom plate 1-1, two blenders 3 are covered, food is placed in cylinder, and two rotations of blender 3 are Food can be stirred.
The middle-end for being fixedly connected on two-flight screw 2-1 by revolving head 2-2, so that the effect of rotation head 2-2 is easy for turn Two-flight screw 2-1 is rotated by axis of own axes.
It is provided with sliding slot 4-6 by the upper and lower ends of rack gear 4-5, rack gear 4-5 is connected by upper and lower two rack gear 4-5 sliding It connects on fixed block set 4-4, the rear end of fixed block set 4-4 has been connected through a screw thread fastening screw II4-7, fastening screw II4-7 It withstands on rack gear 4-5 and rack gear 4-5 is fixed on fixed block set 4-4, allow rack gear 4-5 on fixed block set 4-4 or so Sliding can drive two gear 3-3 rotations when rack gear 4-5 horizontally slips, and then two round bar 3-1 of drive are with own axes Axis rotation, adjusts the turned position of multiple blade 3-7.
Obviously, it is practical without departing from this can to carry out various modification and variations to the utility model by those skilled in the art Novel spirit and scope.If in this way, these modifications and variations of the present invention belong to the utility model claims and Within the scope of its equivalent technologies, then the utility model is also intended to include these modifications and variations.

Claims (5)

1. a kind of homogeneous rabbling mechanism for food inspection, including rotation chassis (1), distance controlling mechanism (2), blender (3) and fastening assembly (4), it is characterised in that: the rotation chassis (1) includes rotation axis (1-2), mandril (1-3), screw thread orifice plate Seat (1-7) in (1-4), rectangular sliding hole (1-5), circular hole inclined plate (1-6) and fixation, the upper end of the rotation axis (1-2) is fixed to be connected It is connected to seat (1-7) in the fixation, the middle-end of the mandril (1-3) is fixedly connected on the upper end of seat (1-7) in the fixation, institute The upper end middle position for stating mandril (1-3) is fixedly connected with the screw thread orifice plate (1-4), the left and right ends of the mandril (1-3) It is provided with the rectangular sliding hole (1-5), the left and right ends of the mandril (1-3) are fixedly connected to the circular hole inclined plate (1- 6);
The distance controlling mechanism (2) includes two-flight screw (2-1), sliding block (2-3), convex block (2-4) and stop collar I (2-5), Two sliding blocks (2-3) are slidably connected at respectively on two rectangular sliding holes (1-5), before two sliding blocks (2-3) End is fixedly connected to the convex block (2-4), and the thread rotary orientation of two-flight screw (2-1) left and right ends is on the contrary, two institutes It states convex block (2-4) to match with the left and right ends of the two-flight screw (2-1) by screw thread respectively, the two-flight screw The left and right ends of (2-1) are rotatably connected on respectively on two circular hole inclined plates (1-6), a left side for the two-flight screw (2-1) Right both ends are fixedly connected to the stop collar I (2-5), two stop collar I (2-5) respectively with two circular hole inclined plates It fits on the outside of (1-6);
The blender (3) includes round bar (3-1), stop collar II (3-2), gear (3-3), fastening screw I (3-4), sliding sleeve (3- 5), pedestal (3-6) and blade (3-7), there are two blender (3) left and right settings, the upper end point of two round bars (3-1) Other clearance fit is inserted on two sliding blocks (2-3), and the upper end of two round bars (3-1) is fixedly connected to described in two Stop collar II (3-2), two stop collar II (3-2) on the same round bar (3-1) respectively with the corresponding cunning The upper and lower end face of block (2-3) fits, and the top of two round bars (3-1) is fixedly connected to the gear (3-3), institute The lower end for stating round bar (3-1) is fixedly connected with multiple blades (3-7), slidably connects on multiple blades (3-7) The outer end of the sliding sleeve (3-5), multiple sliding sleeves (3-5) is linked together by the pedestal (3-6), positioned at the top The fastening screw I (3-4), two fastening screw I (3-4) have been connected through a screw thread on two sliding sleeves (3-5) It is withstood on two blades (3-7) of the top respectively;
The fastening assembly (4) includes sliding square column (4-1), long spiro nail (4-2), perpendicular pedestal (4-3), fixed block set (4-4) and tooth Item (4-5), the sliding square column (4-1) are slidably connected in the fixation on seat (1-7), and the rear end of the sliding square column (4-1) is solid Surely it is connected with the perpendicular pedestal (4-3), the upper end of the perpendicular pedestal (4-3) is fixedly connected with the fixed block set (4-4), described It is fixedly connected with the rack gear (4-5) on fixed block set (4-4), the tooth on the rack gear (4-5) is stuck in two gear (3- 3) on the tooth on, clearance fit is inserted with the long spiro nail (4-2) on the perpendicular pedestal (4-3), the front end of the long spiro nail (4-2) It is threadedly attached on the screw thread orifice plate (1-4).
2. a kind of homogeneous rabbling mechanism for food inspection according to claim 1, it is characterised in that: the rotation bottom Frame (1) further includes bottom plate (1-1), bearing block (1-8) and motor (1-9), and the bottom plate (1-1) is provided centrally with the bearing The lower end of seat (1-8), the rotation axis (1-2) is rotatably connected on the bottom plate (1-1) by the bearing block (1-8), institute The lower end for stating bottom plate (1-1) is fixedly connected with the motor (1-9), rotation axis described in the output axis connection of the motor (1-9) The lower end of (1-2).
3. a kind of homogeneous rabbling mechanism for food inspection according to claim 1, it is characterised in that: the distance control Mechanism (2) processed further includes rotation head (2-2), and rotation head (2-2) is fixedly connected on the middle-end of the two-flight screw (2-1).
4. a kind of homogeneous rabbling mechanism for food inspection according to claim 1, it is characterised in that: the fastening group Part (4) further includes sliding slot (4-6) and fastening screw II (4-7), and the upper and lower ends of the rack gear (4-5) are provided with the sliding slot (4-6), the rack gear (4-5) are slidably connected on the fixed block set (4-4) by upper and lower two rack gears (4-5), institute The rear end for stating fixed block set (4-4) has been connected through a screw thread the fastening screw II (4-7), fastening screw II (4-7) top The rack gear (4-5) is fixed on the fixed block set (4-4) on the rack gear (4-5).
5. a kind of homogeneous rabbling mechanism for food inspection according to claim 2, it is characterised in that: the bottom plate The lower end of (1-1) is provided with support frame.
CN201822169514.6U 2018-12-21 2018-12-21 A kind of homogeneous rabbling mechanism for food inspection Active CN209451734U (en)

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Application Number Priority Date Filing Date Title
CN201822169514.6U CN209451734U (en) 2018-12-21 2018-12-21 A kind of homogeneous rabbling mechanism for food inspection

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
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