CN201161404Y

CN201161404Y - Filament cutter

Info

Publication number: CN201161404Y
Application number: CNU2007200804840U
Authority: CN
Inventors: 陈林; 陈理发
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-07-30
Filing date: 2007-07-30
Publication date: 2008-12-10
Anticipated expiration: 2017-07-30

Abstract

The utility model discloses a shredder, which comprises a framework and a cutting device and a pusher mechanism which are arranged on the framework. The cutting device is provided with a rotary knife rest, a driver and a driving mechanism, wherein the knife rest is equipped with shredding cutters with a plurality of paratactic hole-like cutting edges. The pusher mechanism is provided with a pusher and a driving mechanism for driving the pusher to perform feed movement, wherein the driving mechanism is engaged with the knife rest driving mechanism via a driving shaft of the driving mechanism, and a feeding inlet of the material pusher is corresponding to the shredding cutters. A feeding device is arranged above the pusher, and a feeding inlet of the feeding device is corresponding to the pusher. The shredder has the advantages that raw materials can be shredded one-off, which is high in manufacturing capacity, high in efficiency, can shred 120kg per hour, is particularly adaptable to shredding in large scale for food manufacture enterprises, and has high grade of atomization and simple and safe operation.

Description

Filament cutter

Technical field

The utility model relates to chasing-attachment, specifically, is a kind of filament cutter, is used for the food material of potato, radish, Ipomoea batatas and so on is cut into silk.

Background technology

When the food of culinary art potato, radish, Ipomoea batatas and so on, often be cut into silk, make dish.Manual chopping is very loaded down with trivial details, so grater occurred, its structure is to process many poroid cutting edges on a sheet metal, and planing though efficient is more dangerous than manual chopping height, is easily hindered hand by hand.And its working ability is very little, only is fit to family and uses, and is not suitable for large-scale dining room and uses, and more can not satisfy the requirement of food processing enterprises scale chopping.At present, the filament cutter that food processing enterprises are used all is section, the dual-purpose machine of chopping, earlier raw material is cut into slices, and again sheet stock is cut into silk, complex structure, and operation is many, and efficient is low.

Summary of the invention

The purpose of this utility model provides a kind of filament cutter, and the working ability of this filament cutter is big, is particularly suitable for food processing enterprises scale chopping, and this filament cutter automaticity height need not manually-operated, can guarantee personal safety.

The technical solution of the utility model is:

A kind of filament cutter comprises frame and the topping machanism, the material-pulling device that are arranged on the frame, and described topping machanism has rotary knife rest and driver and transmission mechanism, and described knife rest is provided with the chopping cutter; Described material-pulling device has pusher and makes the transmission mechanism of this pusher generation feed motion, and this transmission mechanism cooperates with the knife rest transmission mechanism by its power transmission shaft; The corresponding chopping cutter of the discharging opening of described pusher.

Described chopping cutter has the poroid cutting edge of plurality of parallel.

Described rotary knife rest is tubular, an end opening, and other end sealing, affixed its rotating shaft of blind end, the knife rest inner chamber is tapered, and major part is positioned at openend; The otch that some circumferential arrangement are arranged on the knife rest wall is installed the chopping cutter on the otch.

The driver of described knife rest is a motor, and transmission mechanism adopts chain/wheel or gear, and driving wheel is fixed in motor output shaft, and driven pulley is fixed in the rotating shaft of knife rest.

Described pusher is made up of hopper, scraping wings, scraping wings guiding mechanism, and scraping wings is positioned at hopper, is slidingly matched with hopper; Described scraping wings guiding mechanism by be fixed on the guide post on the hopper, the sliding sleeve that is fixed on the scraping wings is formed, sliding sleeve is enclosed within on the guide post.

The transmission mechanism of described pusher comprises power transmission shaft, cam, back-moving spring, connecting rod, centering block, ratchet, ratchet; The rotating shaft of described knife rest is a bent axle, and an end of described connecting rod and the eccentric shaft of this bent axle are hinged, and the free end of the other end and centering block is hinged, the coaxial free end that is articulated in this centering block of described ratchet, and the other end of described centering block is hinged on the power transmission shaft; Described ratchet is fixed on the power transmission shaft, and ratchet, ratchet are corresponding; Described cam is fixed on the power transmission shaft, and the working face of cam contacts with the tail end of pusher, and described back-moving spring is enclosed within on the scraping wings guide post.

The tail end of described pusher is provided with rolling bearing, and this bearing contacts with the working face of cam.

Described filament cutter is provided with feeding device, and this feeding device is arranged in the top of material-pulling device, the corresponding pusher of its discharging opening.

The beneficial effects of the utility model are: the raw material cutting at one time becomes silk, and working ability is big, and efficient height, but chopping 120Kg per hour are particularly suitable for food processing enterprises scale chopping; The automaticity height, easy and simple to handle, safety.

Below in conjunction with drawings and Examples the utility model is further specified.

Description of drawings

Fig. 1 is principle of the present utility model, structural representation

Fig. 2 is the structure chart of an example of the utility model

Fig. 3 is the vertical view of Fig. 2

Fig. 4 is that I '-I ' of Fig. 2 is to view

Fig. 5 is that the A-A of Fig. 4 is to view

Fig. 6 is that II '-II ' of Fig. 3 is to view

Fig. 7 is that III '-III ' of Fig. 3 is to view

Fig. 8 is that the B of Fig. 7 is to view

Fig. 9 is a chopping cutter structure schematic diagram

Code name implication among the figure: 1, motor, 2, head sprocket, 3, chain, 4, from sprocket wheel, 5, bearing block, 6, bearing, 7, eccentric bushing, 8, bearing, 9, bearing block, 10, the bearing mounting, 11, the upper frame plate, 12, eccentric shaft, 13, the tubular knife rest, 14, following funnel, 15, support, 16, the lower support plate, 17, road wheel, 18, wind, 19, the support bolt, 20, cutter, 21, fastening bolt, 22, connecting rod, 23, pitman pin, 24, ratchet, 25, locking nut, 26, centering block, 27, ratchet, 28, bearing block, 29, cam, 30, flange, 31, bearing, 32, bearing block, 33, power transmission shaft, 34, rolling bearing, 35, scraping wings, 36, guide post, 37, the pusher support, 38, sliding sleeve, 39, spring, 40, hopper, 41, box plate, 42, handrail, 43, the retaining ratchet.

The specific embodiment

Referring to Fig. 1: this filament cutter comprises topping machanism, material-pulling device two large divisions, wherein, topping machanism is made up of rotary knife rest I and driver II thereof and transmission mechanism III, and material-pulling device is by pusher IV and the transmission mechanism V of this pusher generation feed motion is formed.

Fig. 2 to Fig. 9 is the concrete structure of an example of this filament cutter, and details are as follows:

Among Fig. 2, Fig. 3: support is a double-decker, is made up of upper frame plate 11, lower support plate 17 and the support between them 15.Knife rest 13 is arranged in eccentric shaft 12 left ends, and fastening by screw 21; Eccentric shaft 12 is installed on the upper frame plate 11 by bearing block 5,9, in the bearing block 5,9 bearing 8 is arranged.The right-hand member of eccentric shaft 12 is equipped with sprocket wheel 4, and motor 1 is installed on the lower support plate 17, and sprocket wheel 2 is installed on its output shaft, and sprocket wheel 2, sprocket wheel 4 are by chain 3 links.

Among Fig. 4, Fig. 5: knife rest 13 is tubular, an end opening, and other end sealing, affixed its rotating shaft 12 of blind end, the knife rest inner chamber is tapered, and major part is positioned at openend; Some (this example is two) longitudinal incision along circumferential arrangement is arranged on the knife rest wall, chopping cutter 20 is installed on each otch, enter from otch in the knife rest storehouse, in the storehouse, discharge easily through port when material is cut Cheng Sihou.

Among Fig. 6: the end that can clearly see connecting rod 22 is hinged with the eccentric segment of rotating shaft 12 by affixed with it axle sleeve 7, the free end of the other end of connecting rod 22 and centering block 26 is hinged, the also coaxial free end that is hinged on centering block 26 of ratchet 24, ratchet 27 fixedly is assemblied on the power transmission shaft 33, and ratchet 27, ratchet 24 are corresponding.During rotating shaft 12 rotations, drivening rod 22 and ratchet 24 move back and forth, and rotating shaft 12 rotates a circle, and connecting rod 22 and ratchet 24 move back and forth once, and ratchet 24 is stirred ratchet 27 again and again, and ratchet 27 is slowly rotated, and drives power transmission shaft 33 and rotates synchronously.In addition, on machine seat board 11, be provided with ratchet 43, fall back to prevent ratchet 27.For making transmission more flexible, between axle sleeve 7 and rotating shaft 12, can set up bearing 6.

Among Fig. 7, Fig. 8: cam 29 fixedly is assemblied on the power transmission shaft 33, rotates synchronously with power transmission shaft 33.Power transmission shaft 33 is installed on the machine seat board 11 by bearing block 28,32.

Pusher is made up of hopper 40, scraping wings 35, scraping wings guiding mechanism, and scraping wings 35 is positioned at hopper 40, is slidingly matched with hopper 40; The scraping wings guiding mechanism is made up of guide post 36, sliding sleeve 38, and guide post 36 is fixed on the pusher support 37, and sliding sleeve 38 is fixed on the scraping wings 35, and is enclosed within on the guide post 36.Also be provided with spring 39 on the guide post 36, the afterbody of pusher is provided with rolling bearing 34, and this bearing contacts with the working face of cam 29.Cam promotes rolling bearing 34 when rotating, make scraping wings 35 to front slide, pushes raw material the knife rest 13 of topping machanism to, accepts Tool in Cutting.When cam 29 forwards the summit to, pusher is moved horizontally to terminal point, and the material in the hopper 40 also is cut and finishes, and pusher is return original position under the effect of spring 39, begin pusher next time.

Fig. 9 shows the structure of chopping cutter 20, and a plurality of poroid cutting edge is in a row side by side arranged, and cutter rotates with knife rest, disposable raw material is cut into silk, and partial application can obtain many silks.As required, select the cutter of different cutting edge diameters, can process the different silk of thickness.

Referring to Fig. 2: material loading for convenience, a funnel 14 can be set above pusher, its discharging opening is aimed at hopper 40, raw material is put into funnel 14, let alone to fall into automatically hopper 40, like this, both can keep the continuity of cutting, increase work efficiency, reduce labor intensity, can avoid the possibility of manual material loading generation personal injury again.

In addition: move for convenience, the support bottom surface can be provided with road wheel 17, and a side of support is provided with handrail 42.

Have again: wind 18 can be set in the end of rotating shaft 12, when having a power failure,, still can carry out chopping processing by manually-operated.

Claims

1. filament cutter is characterized in that: comprise frame and be arranged in topping machanism, material-pulling device on the frame, described topping machanism has rotary knife rest and driver and transmission mechanism, and described knife rest is provided with the chopping cutter; Described material-pulling device has pusher and makes the transmission mechanism of this pusher generation feed motion, and this transmission mechanism cooperates with the knife rest transmission mechanism by its power transmission shaft; The corresponding chopping cutter of the discharging opening of described pusher.

2. filament cutter according to claim 1 is characterized in that: described chopping cutter has the poroid cutting edge of plurality of parallel.

3. filament cutter according to claim 1 is characterized in that: described rotary knife rest is tubular, an end opening, and other end sealing, affixed its rotating shaft of blind end, the knife rest inner chamber is tapered, and major part is positioned at openend; The otch that some circumferential arrangement are arranged on the knife rest wall is installed the chopping cutter on the otch.

4. filament cutter according to claim 1 is characterized in that: the driver of described knife rest is a motor, and transmission mechanism adopts chain/wheel or gear, and driving wheel is fixed in motor output shaft, and driven pulley is fixed in the rotating shaft of knife rest.

5. filament cutter according to claim 1 is characterized in that: described pusher is made up of hopper, scraping wings, scraping wings guiding mechanism, and scraping wings is positioned at hopper, is slidingly matched with hopper; Described scraping wings guiding mechanism by be fixed on the guide post on the hopper, the sliding sleeve that is fixed on the scraping wings is formed, sliding sleeve is enclosed within on the guide post.

6. filament cutter according to claim 1 is characterized in that: the transmission mechanism of described pusher comprises power transmission shaft, cam, back-moving spring, connecting rod, centering block, ratchet, ratchet; The rotating shaft of described knife rest is a bent axle, and an end of described connecting rod and the eccentric segment of this bent axle are hinged, and the free end of the other end and centering block is hinged, the coaxial free end that is articulated in this centering block of described ratchet, and the other end of described centering block is hinged on the power transmission shaft; Described ratchet is fixed on the power transmission shaft, and ratchet, ratchet are corresponding; Described cam is fixed on the power transmission shaft, and the working face of cam contacts with the tail end of pusher, and described back-moving spring is enclosed within on the scraping wings guide post.

7. filament cutter according to claim 1 is characterized in that: the tail end of described pusher is provided with rolling bearing, and this bearing contacts with the working face of cam.

8. filament cutter according to claim 1 is characterized in that: described filament cutter is provided with feeding device, and this feeding device is arranged in the top of material-pulling device, the corresponding pusher of its discharging opening.