KR20130040479A

KR20130040479A - Cutting apparatus for citron

Info

Publication number: KR20130040479A
Application number: KR1020110105274A
Authority: KR
Inventors: 김대홍
Original assignee: 풍양토우영농조합법인
Priority date: 2011-10-14
Filing date: 2011-10-14
Publication date: 2013-04-24

Abstract

PURPOSE: A citron cutting device is provided to conveniently process citrons by evenly arranging citrons to include a predetermined cutting direction and by discharging the citrons downwardly. CONSTITUTION: A citron cutting device(100) comprises a support frame(110), a pair of transfer units(120,130), a cutting unit(140), and a discharge unit(150). The transfer units includes a V-shape structure in the inside the support frame and comprises a first chain, a second chain, a first chain sprocket, and a second chain sprocket. The cutting unit is installed at the rear of the transfer unit and comprises a rotation blade(141) to cut citrons in half. The discharge unit discharges the citrons cut by the rotation blade.

Description

Citron cutting device {Cutting apparatus for citron}

The present invention relates to a citron cutting device, and more specifically, the citrons supplied one by one by the conveying device are arranged neatly to have a constant cutting direction by the conveying unit, the aligned citron is 1/2 by the rotary blade Citrus cutting device that can be cut to the discharge side to be cut downward to be processed more convenient in the subsequent process, and also to reduce labor costs and improve the productivity of the product according to the reduction of working time It is about.

In general, citrus fruits contain various nutritional ingredients beneficial to the human body, and when processed into foods such as tea and refreshments, they offer benefits to the body of consumers, and various processed foods using citrus fruits are currently being developed.

The citron is composed of a shell containing a large amount of seeds and a shell surrounding the outer surface of the fruit. In order to process the citron into the food, seeds in the fruit must be discharged.

Therefore, in order to discharge the seed of the citron in the past, after washing the citron, cut it in half, and then press the hemispherical fruit outside to let the seed out through the cutting surface and then scrape the seed flowing through the cutting surface with a knife or the like I'm making it.

In other words, in order to cut the citron, the operator selects the citron of the proper size and manually cuts the citron to 1/2.

As described above, when the operator cuts the citron by hand, a lot of manpower is required for a large amount of citron, so there is a problem that the productivity of the product deteriorates due to a delay in the processing of the food along with a lot of labor expenses.

In particular, since the worker removes the seed of the citron cut in half through the tool, the work is delayed, and the citron cut by hand cannot be cut in a uniform form. There was a hassle.

Therefore, the present invention is to solve the above problems, the oil is supplied by the conveying device one by one is aligned neatly to have a constant cutting direction by the conveying unit, the aligned citron is 1/2 by the rotary blade Citrus cutting device that can be cut to the discharge side to be cut downward to be processed more convenient in the subsequent process, and also to reduce labor costs and improve the productivity of the product according to the reduction of working time The purpose is to provide.

Citron cutting device according to the present invention for achieving the above object, a support frame; A pair of transfer parts formed to have a V-shape inside the support frame; A cutting part installed at the rear of the conveying part, the rotary blade being vertically formed on the line of the conveying part to cut the citron in half; A discharge part for guiding and discharging the cut surface of the cut citron to face downward, wherein the conveying part includes a plurality of first and second conveying plates on an outer surface thereof so as to be vertically fixed at a predetermined interval from each other. First and second chains are formed in the first and second chains, and the first and second chain sprockets are engaged, and the first and second drive shafts and the first and second drive shafts arranged for rotation of the first and second chain sprockets. Characterized in that it comprises a; first, second conveying portion including a coaxial.

In addition, the V-shaped interior angle of the inlet portion formed by the first and second transfer plates of the transfer portion is characterized in that it is configured to be formed relatively larger than the V-shaped interior angle of the cut portion.

In addition, the discharge portion is provided with a pair of guide surfaces formed at the end of the separation plate for guiding the cutting surface of the separator and the separation plate for separating the cut citron to both sides is installed on the rear of the rotary blade in the downward direction. It is characterized by.

In addition, a bevel gear is coupled to the first and second drive shafts for interlocking the first and second transfer parts.

As described above, the present invention is arranged in such a way that the oil is supplied by the transfer device one by one to have a constant cutting direction, the aligned citron is cut in half by a rotary blade so that the cutting surface is directed downward By discharging, not only the processing of citron in a later process can be performed more conveniently, and because of this, it is a very useful invention to improve labor productivity and productivity of a product according to a reduction in working time.

1-A schematic diagram showing a citron cutting device according to the present invention.
Figure 2-a perspective view of the rear of the citron cutting device according to the present invention.
3 is a cross-sectional view showing the front of the citron cutting device according to the present invention.

The above and other objects, features, and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings.

Citron cutting device 100 according to the present invention, as shown in Figure 1, the support frame 110; A pair of transfer parts 120 and 130 formed to have a V-shape inside the support frame 110; A cutting unit 140 installed at the rear of the transfer unit 120 and 130 and having a rotary blade 141 formed vertically on the line of the transfer unit 120 and 130 to cut the citron in half; Consists of the discharge unit 150 for guiding and discharging the cut surface of the cut citron is directed downward.

The support frame 110 is a configuration necessary to support and fix each configuration formed therein.

Here, the transfer unit 120, 130 is a configuration necessary to align evenly so that the oil supplied by the transfer device one by one to have a constant cutting direction, the first and second transfer unit (120,130) is the first and second transfer plate (121,131) on the outside The first and second chains 122 and 132 attached thereto and the first and second chain sprockets 123 and 133 engaged therewith are formed in an endless track structure.

That is, the conveying parts 120 and 130 have first and second chains 122 and 132 formed at upper and lower parts thereof so that the plurality of first and second conveying plates 121 and 131 are fixed in the vertical direction at predetermined intervals on the outer surface thereof. The first and second chain sprockets 123 and 133 are engaged with the second and second chains 122 and 132, and the first and second drive shafts 124 and 134 and the first and second driven shafts which are arranged for rotation of the first and second chain sprockets 123 and 133. And first and second transfer parts 120 and 130 including 125 and 135.

In this case, the first and second transfer plates 121 and 131 are fixed to corresponding portions of the first and second chains 122 and 132 positioned at the upper and lower portions by fixing means such as rivets at the upper and lower portions thereof.

In addition, bevel gears 124a and 134a are coupled to the first and second drive shafts 124 and 134 for interlocking of the first and second transfer parts 120 and 130.

Furthermore, the V-shaped internal angle α of the inflow portion A formed by the first and second transfer plates 121 and 131 of the transfer portions 120 and 130 is relative to the V-shaped internal angle α of the cutout 140. It is preferable to configure so as to be larger.

That is, since the inner angle α of the cutting portion 140 cutting the citron in the transfer portions 120 and 130 is smaller than the inner angle α of the inflow portion A, the transfer portions 120 and 130 by the transfer means (not shown). Citrus introduced into the) is vertically aligned by the first and second transfer plates 121 and 131 gradually narrowing and cut into half by the rotary blade 141 of the cutting unit 140.

As described above, the inner angles α of the first and second transfer plates 121 and 131 are gradually narrowed according to the advancing direction of the transfer parts 120 and 130 to align and cut the citron in the vertical direction. This is to facilitate the separation of seeds.

That is, when the citron is cut in the horizontal direction, the seed of the citron does not burst but only when the citron is cut in the longitudinal direction.

Furthermore, since the citron cut in the longitudinal direction is easy to separate the citron seeds by rupturing the ovary, it shows a separation rate of 95% or more in the subsequent process of separating the citron seeds, but the citron cut in the horizontal direction does not burst the citron Since the separation of seeds is not performed smoothly, the separation rate of the citron seed is about 45-50%.

Here, the cutting part 140 is a configuration necessary to cut the citrons conveyed by the first and second transfer parts 120 and 130 in half, and the cutting part 140 is formed with a circular rotary blade 141.

Furthermore, the configuration of the drive motor, the drive shaft, the bearing, etc. for driving the rotary blade 141 will correspond to a known configuration for driving the rotary blade 141 will be omitted.

Here, the discharge unit 150 is a configuration required to separate and discharge the citron cut in half by the rotary blade 141, the discharge unit 150 prevents the phenomenon that the cut citron is collected to one side. To separate and transfer to both sides.

To this end, the discharge part 150 is installed on the rear end of the rotary blade 141, separating plate 151 for separating the cut citron to both sides, and the separating plate to guide the cutting surface of the citron downwards ( A pair of guide surfaces 152 formed at the end of 151 are configured.

As described above, the present invention has been described by means of a limited embodiment, but the present invention is not limited thereto, and the technical spirit of the present invention and a patent will be described below by those skilled in the art to which the present invention pertains. Various modifications and variations will be possible within the scope of the claims.

Description of the Related Art [0002]
100: the present invention citron cutting device
110: support frame 120: first transfer part
121: first transfer plate 122: first chain
123: first chain sprocket 124: first drive shaft
130: second transfer unit 131: second transfer plate
132: second chain 133: second chain sprocket
134: second drive shaft 140: cutting portion
141: rotary blade 150: discharge portion
151: separator 152: guide surface
A: inlet

Claims

Support frame 110; A pair of transfer parts 120 and 130 formed to have a V-shape inside the support frame 110; A cutting unit 140 installed at the rear of the transfer unit 120 and 130 and having a rotary blade 141 formed vertically on the line of the transfer unit 120 and 130 to cut the citron in half; Consists of; discharge section 150 for guiding and discharging the cut surface of the cut citron is directed downward;
The conveying parts 120 and 130 have first and second chains 122 and 132 formed on upper and lower parts thereof so that the plurality of first and second conveying plates 121 and 131 are fixed in the vertical direction at predetermined intervals on the outer surface thereof. The first and second chain sprockets 123 and 133 are engaged with the second chains 122 and 132, and the first and second drive shafts 124 and 134 and the first and second driven shafts disposed for rotation of the first and second chain sprockets 123 and 133. Citron cutting device, characterized in that consisting of; first, second transfer unit (120, 130) comprising a 125,126.

The method of claim 1,
The V-shaped internal angle α of the inflow portion A formed by the first and second transfer plates 121 and 131 of the transfer portions 120 and 130 is relatively larger than the V-shaped internal angle α of the cut portion 140. Citron cutting device, characterized in that configured to be formed larger.

The method of claim 1,
The discharge part 150 is installed at the rear of the rotary blade 141, the separation plate 151 for separating the cut citron to both sides and the cutting surface of the citron to guide the cutting surface of the downward direction of the separation plate 151 Citron cutting device, characterized in that a pair of guide surface (152) formed at the end.

The method according to claim 1 or 3,
Citron cutting device, characterized in that the bevel gears (124a, 134a) is coupled to the first and second drive shafts (124,134) for interworking of the first and second transfer parts (120,130).