CN208410017U

CN208410017U - A kind of low-cost konjaku shredding machine

Info

Publication number: CN208410017U
Application number: CN201820834390.6U
Authority: CN
Inventors: 鲁洋
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-05-31
Filing date: 2018-05-31
Publication date: 2019-01-22
Anticipated expiration: 2028-05-31

Abstract

The utility model discloses a kind of low-cost konjaku shredding machines, including shredding machine ontology, processing groove is offered at the top of the shredding machine ontology, the side of shredding machine ontology is welded with the first rotating block, the side of raw material guide groove is rotatably equipped on first rotating block, raw material guide groove is welded with the second rotating block far from the bottom of shredding machine ontology, the bottom of second rotating block is hinged with hinge, the bottom of hinge is welded with sliding bar, the bottom of sliding bar offers thread groove, the lower section of raw material guide groove is equipped with supporting block, sliding groove is offered at the top of supporting block, the bottom of sliding bar extends in sliding groove, placed cavity is offered in supporting block, placed cavity is far from offering the first rotation hole on the side inner wall of shredding machine ontology.Raw material guide groove angle can be adjusted in the utility model, accelerate konjaku transfer efficiency, improve production efficiency, low in cost, structure is simple, easy to use.

Description

A kind of low-cost konjaku shredding machine

Technical field

The utility model relates to shredding machine technical field more particularly to a kind of low-cost konjaku shredding machines.

Background technique

Konjaku (scientific name Amorphophalluskonjac), and make mill taro, Araeceae grinds taro category herbaceos perennial. China began to cultivating konjak before more than 2,000 years, and edible history is also quite long, according to legend long ago, Mount Emei, sichuan, China Taoist priest, with the snow konjak bean curd of konjac tuber Starch Production, color is pale brown, and shape exactly likes mandruka, and delicious flavour is full of wind Taste is one treasure of Mount Emei.Later, konjaku passed to Japan from China, and deep to be liked by Japanese, almost the every meal of each household must be eaten It, remaining on up to now is the civil most popular elegant food of Japan, and Japanese health ministry also clear stipulaties middle and primary schools There must be konjak food in raw pantry.Currently, Japan has been maximum konjak food consumer nation in the world, meanwhile, konjaku One of ten big health foods are determined as by the United Nations's health organization.Konjaku is the intermountain that one kind is grown in 250-2500 meters of height above sea level Herbaceos perennial.Konjaku has more special requirement to growing environment, is mainly distributed on the ground such as Southeast Asia and Africa, America There is presently no the records of plantation with Europe.From yield and scale, the main integrated distribution of konjaku is in China, Japan, Burma The states such as pasture, Vietnam, Indonesia.There is plantation and edible history in more than 1500 years in Japan, there is more than 100 years fine powder processing histories, And though there is more than 2000 years civil plantation history in China, real fine powder processing is that the eighties mid-term just starts.Currently, There are no dedicated mechanical equipments for konjac slicing, slitting and stripping and slicing, usually with common food slices, slitting and dicing apparatus It is processed, easily occurs material slice, slitting in production and stripping and slicing is irregular and the non-uniform problem of stripping and slicing.It is retrieved, is applied Number a kind of konjaku shredding machine is disclosed for 201620706609.5 patent documents, raw material guide groove and finished product guide groove have support Frame, raw material guide groove and finished product guide groove are orthogonal in the same plane, and raw material guide groove is connected to finished product guide groove front, raw material guide groove It is equipped with the revolving knife that can switch to downwards bottom from top with finished product guide groove connecting place, is cut at the top of raw material guide groove equipped with raw material after revolving knife Knife；Finished product cutter is equipped at the top of finished product guide groove, finished product guide groove rear portion is equipped with air pump, and air pump passes through axis connection push plate of stretching.This reality Easily there is material slice, slitting and stripping and slicing is irregular and stripping and slicing is non-uniform asks the utility model has the advantages that solving in production with novel Topic；In addition, its structure is simple, and it is low in cost, it is universal convenient for Spread in China.In a kind of konjaku shredding machine that the utility model proposes Angular adjustment between raw material guide groove and shredding machine is inconvenient, and feedstock transportation inefficient influences production efficiency.

Utility model content

Purpose of the utility model is to solve disadvantages existing in the prior art, and the one kind proposed is low-cost Konjaku shredding machine.

To achieve the goals above, the utility model adopts the technical scheme that

A kind of low-cost konjaku shredding machine, including shredding machine ontology, offer at the top of the shredding machine ontology plus Work slot, the side of shredding machine ontology are welded with the first rotating block, and the side of raw material guide groove is rotatably equipped on the first rotating block, former Expect that guide groove is welded with the second rotating block far from the bottom of shredding machine ontology, the bottom of the second rotating block is hinged with hinge, hinge Bottom is welded with sliding bar, and the bottom of sliding bar offers thread groove, and the lower section of raw material guide groove is equipped with supporting block, the top of supporting block Portion offers sliding groove, and the bottom of sliding bar extends in sliding groove, placed cavity is offered in supporting block, placed cavity is far from chopping The first rotation hole is offered on the side inner wall of machine ontology, supporting block is fixedly installed with motor far from the side of shredding machine ontology, The output shaft of motor extends in placed cavity through the first rotation hole and is welded with the first angular wheel, nibbles on the first angular wheel Conjunction has the second angular wheel, and the second rotation hole is offered in the top inner wall of placed cavity, and the second rotation hole is connected to sliding groove, the Screw rod is welded on two angular wheels, the top of screw rod extends in sliding groove through the second rotation hole and connects with thread groove screw thread It connects.

Preferably, the two sides of the sliding bar offer limiting slot, are welded with limit on the two sides inner wall of sliding groove Block, limited block are slidably mounted in corresponding limiting slot.

Preferably, the bottom of the shredding machine ontology is welded with support rod, and support rod is multiple.

Preferably, fixing sleeve is equipped with ring limit block on the screw rod, and the inner wall of the second rotation hole is equipped with annular stop Slot, ring limit block and annular spacing groove are adapted.

Preferably, sliding pearl is equipped on the inner wall of the sliding groove, sliding pearl is slidably connected with sliding bar.

Preferably, two limited block sides close to each other are equipped with sliding block, and sliding block is with corresponding limiting slot far from limit The inner wall of channel opening is slidably connected.

Compared with prior art, the utility model has the beneficial effects that

By the first rotating block, raw material guide groove, the second rotating block, hinge, sliding bar, thread groove, supporting block, sliding groove, First rotation hole, motor, placed cavity, the first angular wheel, the second angular wheel, the second rotation hole, screw rod, limiting slot and limit The cooperation of block realizes that the adjusting of raw material guide groove angle is opened when needing to adjust the angle between raw material guide groove and shredding machine ontology Dynamic motor, the output shaft rotation of motor drive the rotation of the first angular wheel, and the rotation of the first angular wheel drives the second angular wheel Rotation, the rotation of the second angular wheel drive screw rod rotation, by the cooperation of ring limit block and annular spacing groove, guarantee that screw rod turns Dynamic not deviation, screw rod drive sliding bar to slide up and down in sliding groove, pass through limited block and limit by rotating in thread groove The cooperation of slot guarantees sliding bar sliding not deviation, and sliding bar, which slides up and down, drives hinge to move up and down, and hinge is mobile to drive second Rotating block is in turns on hinges, and the rotation of the second rotating block drives raw material guide groove to rotate on the first rotating block, to realize raw material The adjusting of angle between guide groove and shredding machine ontology；

Raw material guide groove angle can be adjusted in the utility model, accelerate konjaku transfer efficiency, improve production efficiency, Low in cost, structure is simple, easy to use.

Detailed description of the invention

Fig. 1 be the utility model proposes a kind of low-cost konjaku shredding machine structural schematic diagram；

Fig. 2 be the utility model proposes a kind of low-cost konjaku shredding machine part A structural schematic diagram.

In figure: 1 shredding machine ontology, 2 processing grooves, 3 first rotating blocks, 4 raw material guide grooves, 5 second rotating blocks, 6 hinges, 7 are slided Lever, 8 thread grooves, 9 supporting blocks, 10 sliding grooves, 11 first rotation holes, 12 motors, 13 placed cavities, 14 first angular wheels, 15 Second angular wheel, 16 second rotation holes, 17 screw rods, 18 limiting slots, 19 limited blocks.

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.

Referring to Fig.1-2, a kind of low-cost konjaku shredding machine, including shredding machine ontology 1, the top of shredding machine ontology 1 Processing groove 2 is offered, the side of shredding machine ontology 1 is welded with the first rotating block 3, is rotatably equipped with raw material on the first rotating block 3 The side of guide groove 4, raw material guide groove 4 are welded with the second rotating block 5, the bottom of the second rotating block 5 far from the bottom of shredding machine ontology 1 It is hinged with hinge 6, the bottom of hinge 6 is welded with sliding bar 7, and the bottom of sliding bar 7 offers thread groove 8, under raw material guide groove 4 Side is equipped with supporting block 9, and the top of supporting block 9 offers sliding groove 10, and the bottom of sliding bar 7 extends in sliding groove 10, support Placed cavity 13 is offered on block 9, placed cavity 13 is propped up far from the first rotation hole 11 is offered on the side inner wall of shredding machine ontology 1 Bracer 9 is fixedly installed with motor 12 far from the side of shredding machine ontology 1, and the output shaft of motor 12 extends through the first rotation hole 11 In to placed cavity 13 and it is welded with the first angular wheel 14, the second angular wheel 15 is engaged on the first angular wheel 14, is placed The second rotation hole 16 is offered in the top inner wall of chamber 13, the second rotation hole 16 is connected to sliding groove 10, the second angular wheel 15 On be welded with screw rod 17, the top of screw rod 17 extends in sliding groove 10 through the second rotation hole 16 and connects with 8 screw thread of thread groove It connects, passes through the first rotating block 3, raw material guide groove 4, the second rotating block 5, hinge 6, sliding bar 7, thread groove 8, supporting block 9, sliding groove 10, the first rotation hole 11, motor 12, placed cavity 13, the first angular wheel 14, the second angular wheel 15, the second rotation hole 16, silk The adjusting of 4 angle of raw material guide groove is realized in the cooperation of bar 17, limiting slot 18 and limited block 19, is being needed to adjust raw material guide groove 4 and is being cut When angle between broken machine ontology 1, starting motor 12, the output shaft rotation of motor 12 drives the rotation of the first angular wheel 14, the The rotation of one angular wheel 14 drives the rotation of the second angular wheel 15, and the rotation of the second angular wheel 15 drives screw rod 17 to rotate, passes through The cooperation of ring limit block and annular spacing groove guarantees the rotation of screw rod 17 not deviation, and screw rod 17 is by rotating band in thread groove 8 Dynamic sliding bar 7 slides up and down in sliding groove 10, and it is not inclined to guarantee that sliding bar 7 slides by the cooperation of limited block 19 and limiting slot 18 Position, sliding bar 7, which slides up and down, drives hinge 6 to move up and down, and hinge 6 is mobile to drive the second rotating block 5 to rotate on hinge 6, the The rotation of two rotating blocks 5 drives raw material guide groove 4 to rotate on the first rotating block 3, to realize raw material guide groove 4 and shredding machine ontology 1 Between angle adjusting, 4 angle of raw material guide groove can be adjusted in the utility model, accelerate konjaku transfer efficiency, improve Production efficiency, low in cost, structure is simple, easy to use.

In the utility model, the two sides of sliding bar 7 offer limiting slot 18, weld on the two sides inner wall of sliding groove 10 There is limited block 19, limited block 19 is slidably mounted in corresponding limiting slot 18, and the bottom of shredding machine ontology 1 is welded with support rod, Support rod be it is multiple, fixing sleeve is equipped with ring limit block on screw rod 17, and the inner wall of the second rotation hole 16 is equipped with annular spacing groove, Ring limit block and annular spacing groove are adapted, and sliding pearl is equipped on the inner wall of sliding groove 10, and sliding pearl and the sliding of sliding bar 7 connect It connects, two sides close to each other of limited block 19 are equipped with sliding block, and sliding block is with corresponding limiting slot 18 far from 18 mouthfuls of limiting slot Inner wall is slidably connected, and passes through the first rotating block 3, raw material guide groove 4, the second rotating block 5, hinge 6, sliding bar 7, thread groove 8, support Block 9, sliding groove 10, the first rotation hole 11, motor 12, placed cavity 13, the first angular wheel 14, the second angular wheel 15, second The adjusting of cooperation realization 4 angle of raw material guide groove of rotation hole 16, screw rod 17, limiting slot 18 and limited block 19, it is former needing to adjust When expecting the angle between guide groove 4 and shredding machine ontology 1, start motor 12, the output shaft rotation of motor 12 drives the first conical tooth 14 rotation of wheel, the rotation of the first angular wheel 14 drive the rotation of the second angular wheel 15, and the rotation of the second angular wheel 15 drives screw rod 17 rotations guarantee the rotation of screw rod 17 not deviation, screw rod 17 is by screw thread by the cooperation of ring limit block and annular spacing groove Rotation drives sliding bar 7 to slide up and down in sliding groove 10 in slot 8, guarantees sliding by the cooperation of limited block 19 and limiting slot 18 Deviation, sliding bar 7 do not slide up and down drive hinge 6 and move up and down the sliding of bar 7, and hinge 6 is mobile to drive the second rotating block 5 in hinge It is rotated on 6, the rotation of the second rotating block 5 drives raw material guide groove 4 to rotate on the first rotating block 3, to realize raw material guide groove 4 and cut 4 angle of raw material guide groove can be adjusted in the adjusting of angle between broken machine ontology 1, the utility model, accelerate konjaku conveying Efficiency improves production efficiency, and low in cost, structure is simple, easy to use.

Working principle: when needing to adjust the angle between raw material guide groove 4 and shredding machine ontology 1, start motor 12, motor 12 output shaft rotation drives the rotation of the first angular wheel 14, and the rotation of the first angular wheel 14 drives 15 turns of the second angular wheel Dynamic, the rotation of the second angular wheel 15 drives screw rod 17 to rotate, and by the cooperation of ring limit block and annular spacing groove, guarantees screw rod Deviation, screw rod 17 do not drive sliding bar 7 to slide up and down in sliding groove 10, pass through limit by rotating in thread groove 8 for 17 rotations The cooperation of position block 19 and limiting slot 18 guarantees the sliding of sliding bar 7 not deviation, and sliding bar 7, which slides up and down, drives hinge 6 to move up and down, Hinge 6 is mobile to drive the second rotating block 5 to rotate on hinge 6, and the rotation of the second rotating block 5 drives raw material guide groove 4 in the first rotation It is rotated on block 3, to realize the adjusting of angle between raw material guide groove 4 and shredding machine ontology 1.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims

1. a kind of low-cost konjaku shredding machine, including shredding machine ontology (1), which is characterized in that the shredding machine ontology (1) Top offer processing groove (2), the side of shredding machine ontology (1) is welded with the first rotating block (3), on the first rotating block (3) It is rotatably equipped with the side of raw material guide groove (4), raw material guide groove (4) is welded with the second rotation far from the bottom of shredding machine ontology (1) Block (5), the bottom of the second rotating block (5) are hinged with hinge (6), and the bottom of hinge (6) is welded with sliding bar (7), sliding bar (7) Bottom offer thread groove (8), the lower section of raw material guide groove (4) is equipped with supporting block (9), and supporting block offers cunning at the top of (9) Dynamic slot (10), the bottom of sliding bar (7) extend in sliding groove (10), and placed cavity (13), placed cavity are offered in supporting block (9) (13) it is offered the first rotation hole (11) on the side inner wall far from shredding machine ontology (1), supporting block (9) is far from shredding machine ontology (1) side is fixedly installed with motor (12), and the output shaft of motor (12) extends to placed cavity through the first rotation hole (11) (13) it in and is welded with the first angular wheel (14), is engaged on the first angular wheel (14) the second angular wheel (15), placed It is offered in the top inner wall of chamber (13) the second rotation hole (16), the second rotation hole (16) is connected to sliding groove (10), the second cone It is welded on shape gear (15) screw rod (17), the top of screw rod (17) extends in sliding groove (10) through the second rotation hole (16) And it is threadedly coupled with thread groove (8).

2. a kind of low-cost konjaku shredding machine according to claim 1, which is characterized in that the sliding bar (7) Two sides offer limiting slot (18), are welded on the two sides inner wall of sliding groove (10) limited block (19), and limited block (19) is sliding It is dynamic to be installed in corresponding limiting slot (18).

3. a kind of low-cost konjaku shredding machine according to claim 1, which is characterized in that the shredding machine ontology (1) bottom is welded with support rod, and support rod is multiple.

4. a kind of low-cost konjaku shredding machine according to claim 1, which is characterized in that solid on the screw rod (17) Surely it is arranged with ring limit block, the inner wall of the second rotation hole (16) is equipped with annular spacing groove, ring limit block and annular stop Slot is adapted.

5. a kind of low-cost konjaku shredding machine according to claim 1, which is characterized in that the sliding groove (10) Sliding pearl is equipped on inner wall, sliding pearl is slidably connected with sliding bar (7).

6. a kind of low-cost konjaku shredding machine according to claim 2, which is characterized in that two limited block (19) phases Mutually close side is equipped with sliding block, and sliding block, which is slided with corresponding limiting slot (18) far from the inner wall of limiting slot (18) opening, to be connected It connects.