CN2060385U - Auto-feeding slicer for water chestnut - Google Patents

Abstract

The utility model relates to an auto-feeding slicer for water chestnut, which is characterized in that a pair of grooved rollers rotating in a same direction is arranged under a doffer and a pair of slicer lines which rotates in reverse with the rotating direction of the pair of grooved rollers rotating in a same direction is arranged under the pair of grooved rollers rotating in a same direction. A bridge piece is provided between the pair of grooved rollers and the pair of slicer lines. The utility model enables water chestnuts to vertically feed in automatically, to be sliced by end faces and sliced into final shapes with little or no broken slices, uniform slice thickness and smooth surfaces. Each auto-feeding slicer for water chestnut can slice up 1000 kg weight chestnuts. The work efficiency is improved by 10 times. Each auto-feeding slicer for water chestnut only need one people to operate. The utility model has simple structure and low cost.

Description

Auto-feeding slicer for water chestnut

The utility model is to belong to the processing unit (plant) that a kind of fruit slice is shaped, and more particularly relates to a kind of automatic feeding-slicing device of water chestnut section.

The prior art of water chestnut section has two kinds.A kind of is the hand propelled disc slicer.This machine is with two feed pipes, like the water chestnut size, with hand water chestnut packed into and to push forward the exit dress disc cutter of feed pipe in the pipe.Disk whenever turns around and downcuts two water chestnuves.This machine uses and has replaced the artificial cutter direct slicing of using, but owing to this machine slice thick book differs, the percentage of damage height, raw material availability has only 60%.And production efficiency is low, per hour only processes 110 kilograms of water chestnuves, and labour intensity is big, cost is high (referring to Fig. 1).Another kind of horseshoe slicer is two disk automatic blanking horseshoe slicers.Because this machine adopts double-layer rotary disc blanking, charging, be that some circular holes are arranged on the rotating disk of upper strata, lower floor's rotating disk is provided with spiral path, in entering the upper strata turret apertures, water chestnut falls in the track of lower floor's rotating disk, water chestnut rotates with track spiral shape, water chestnut is pushed ahead one by one and is entered a star circle wheel of being made up of multilayer tablet, have around the star circle wheel and have some circular holes at interval, the water chestnut that is entered by track in the circular hole, water chestnut are cut into slices on the blade of forming along with star circle wheel rotates to enter by 4～5 again in circular hole.This machine is than hand push disc slicer work efficiency height, can automatic blanking, charging and section.But because horseshoe-shape is not of uniform size, in helical orbit rotation propelling the crane span structure phenomenon takes place often, influence normal charging.Secondly because helical orbit charging continuity is asynchronous with the gap material feeding of star circle wheel, and water chestnut is often crushed, so per hour can only the slice processing water chestnut 175 kilograms.Moreover this machined manufacturing is complicated (referring to Fig. 3) comparatively.Therefore still do not have at present and a kind ofly can make the water chestnut automatic feed, serial section, the slicing device that percentage of damage is little.

The purpose of this utility model is to provide a kind of automatic, quick, directed charging and serial section device.

Another purpose of the utility model is to provide dististyle and the matrix band after the section not mix shunting slice mechanism mutually.

To achieve these goals, the 3rd purpose of the utility model be to provide a kind of water chestnut can erect charging and dististyle, matrix band can segmentation again can serial section mechanism.

The purpose of this utility model realizes by following technology.

The utility model feature is by a pair of grooved roller that rotates in the same way, is made up of a gap bridge with its backward rotation blade row with on described a pair of blade row a pair of in described a pair of transfer roller in the same way lower end.Described a pair of grooved roller is made up of upset grooved roller and charging grooved roller, and described every upset grooved roller and charging grooved roller are formed with upper roll wheel and two above notches by three at least.Described notch is a channel steel shape.Described a pair of blade row is made up of the end face section blade row and the section blade row that is shaped.Described end face section blade row and forming-tool drain into to lack to be formed with the upper slitter group by two.Described cutter group is made up of two circular slicers.Described gap bridge is slim strip, and its upper end is installed between two circular slicers of end face section blade row cutter group; Its lower end is on the end face of two comb grooves two circular slicers covering shaping tool row cutter group.

The utility model is according to the thickness of water chestnut and the bigger characteristics of diameter difference, and adopts a pair of running roller that rotates in the same way.On each running roller according to the water chestnut classification after different size get certain intervals and open some grooves.Notch docks with notch.Notch after the butt joint must match with the water chestnut specification of erectting charging, makes water chestnut erect automatic feed rapidly.Rotate owing to adopt in the same way, solved water chestnut crushed situation in fill process effectively.

Slicing mechanism of the present utility model is not have elasticity according to water chestnut, is afraid of extruding and frangible characteristics again, adopts substep to cut into slices, and cuts two end faces earlier, after cut three shapings.End face sheet and the outlet of matrix band shunting.Solved situation in slicing processes middle-end dough sheet and matrix band mixing discharging.

The utility model has the advantages that:

A, the utility model are owing to directly connect use with grader, and the section ability improves greatly, and unit per hour can be processed 1000 kilograms of sections.

B, the utility model adopt water chestnut to erect charging, the substep section, and fragmentation does not almost have, and the water chestnut effective rate of utilization reaches 88%, i.e. matrix band except that dististyle.And matrix band thickness changes, and surfacing is smooth, and quality is good.

C, the utility model are owing to energy automatic feed, section, and work efficiency improves 10 times than two disc slicers.A unit only needs operating personnel to take care of, and it is light to work, and has alleviated working strength of workers greatly, and can save artificial 9/10ths.

D, the utility model are reasonable in design, and diameter all can be processed section at the water chestnut more than 20 millimeters, and simple in structure, and the cost expense is low.

The contrast of several different water chestnut section unit efficient

Title	Section output kilogram/time	Full wafer rate %	The productive labor rate is artificial/the ton sheet	Energy kilowatt/time
					The hand propelled disc slicer	110	60	10	0.8
Two disk automatic blankings, section	175	78	8	0.8
					The utility model	1000	88	0.5	1.5

Fig. 1 is the hand push disc slicer schematic diagram of prior art.

Fig. 2 is two disk automatic blanking slicer structural representations of prior art.

Fig. 3 is the utility model structural representation.

Fig. 4 is a pair of blade row structural representation of the utility model.

Fig. 5 is the utility model gap bridge schematic diagram.

Fig. 6 is the utility model grooved roller schematic diagram.

Number in the figure:

1, a pair of grooved roller, 2, the upset grooved roller, 3, the charging grooved roller, 4, upset running roller, 5, the charging running roller, 6, notch, 7, a pair of blade row, 8, end face section blade row, 9, the section blade row is shaped, 10, end face slicer group, 11, shaping slicer group, 12, pass a bridge, 13, gap bridge upper end, 14, gap bridge lower end, 15, the comb groove, 16, scraping article.

The utility model is further described by embodiment below in conjunction with accompanying drawing.

(referring to Fig. 1) a pair of grooved roller 1 is upset grooved roller 2, charging grooved roller 3.Upset running roller 4 on a pair of grooved roller 1 and charging running roller 5 are 9, and its notch is 10.Running roller 4 docks with running roller 5,6 pairs of notches of notch to arrange installs (referring to Fig. 6).The degree of depth of upset notch 4 is for being cut 2/3rds of water chestnut diameter, and charging notch 5 degree of depth are for being cut 1/3rd of water chestnut diameter.A pair of grooved roller 1 is made by nylon or edible elastomeric material.A pair of blade row 7 is for end face section blade row 8, the blade row 9 of cutting into slices is shaped.On end face section road row 8 and the shaping blade row 90 cutter groups 10,11 are housed all, each cutter group has two slicers.A pair of blade row 7 is installed in a pair of grooved roller 1 lower end.The slicer of end face section blade row 8 is installed in the notch 6 of upset grooved roller 2.The end face section blade row 8 and the section blade row 9 that is shaped are pressed close to charging grooved roller 3, and its gap of pressing close to is not more than 1 millimeter.Two circular slicers of shaping slicer group 11 are engaged between two circular slicers of end face slicer group 10 (referring to Fig. 4).The axle of a pair of blade row 7 is by stainless steel turning processing, and its thickness of slicer is commercially available for 1～1.5 millimeter.Scraping article 16 is equipped with in lower end outside two circular slicers of end face slicer group 10, to remove the water chestnut sheet that is bonded at slicer when cutting the end face sheet.Gap bridge 12 is slim strip (referring to Fig. 5), and the upper end 13 of passing a bridge is installed between two circular slicers of end face slicer group 10, and gap bridge lower end 14 has two comb grooves 15 to cover on two circular slicers of shaping slicer group 11.The termination of gap bridge upper end 13 and gap bridge lower end 14 and the connection of the gap bridge two ends on other cutter groups are fixed on the frame.Gap bridge 12 is processed into for stainless sheet steel.Present embodiment be installed in horseshoe slicer frame on, a pair of grooved roller 1 connects doffer and reaches actual effect of the present utility model with the logotype of water chestnut grading plant, the generation good economic benefits.

Claims (6)

1, a kind of automatic feeding-slicing device of water chestnut section is characterized in that:

A, by a pair of grooved roller that rotates in the same way, pass a bridge by one by a pair of and its backward rotation blade row with on described a pair of blade row in the described a pair of grooved roller of transmission in the same way lower end and to form;

B, described a pair of grooved roller are made up of upset grooved roller and charging grooved roller, and described every upset grooved roller and charging grooved roller are formed with upper roll wheel and two above notches by three at least, and described notch is a channel steel shape;

C, described a pair of blade row are made up of the end face section blade row and the section blade row that is shaped, and described end face section blade row and shaping slicer drain into to lack to be made up of plural cutter group, and described cutter group is made up of two garden shape slicers;

D, described gap bridge are the thin type strip, and described gap bridge upper end is installed between two circular slicers of end face slicer group, and described gap bridge lower end is on the end face of two comb grooves two circular slicers covering the section blade row cutter group that is shaped.

2, automatic feeding-slicing device according to claim 1 is characterized in that described end face section blade row and be shaped section blade row and charging grooved roller are pressed close to, and its gap of pressing close to is not more than 1 millimeter.

3, automatic feeding-slicing device according to claim 1 and 2 is characterized in that described upset grooved roller depth of rebate for being cut 2/3rds of water chestnut diameter, and charging grooved roller depth of rebate is for being cut 1/3rd of water chestnut diameter.

4, automatic feeding-slicing device according to claim 1 is characterized in that two circular slicers of described shaping slicer group are engaged between two circular slicers of end face slicer group.

5, automatic feeding-slicing device according to claim 4 is characterized in that described its thickness of circular slicer is 1～1.5 millimeter.

6, automatic feeding-slicing device according to claim 4 is characterized in that respectively there is a scraping article in the outside of two circular slicers of described end face section blade row cutter group, and described scraping article is pressed close to circular slicer, is installed in the lower end of circular slicer.

Images