KR20120127369A

KR20120127369A - Solting plate

Info

Publication number: KR20120127369A
Application number: KR1020120110999A
Authority: KR
Inventors: 김윤호
Original assignee: 김윤호
Priority date: 2012-10-06
Filing date: 2012-10-06
Publication date: 2012-11-21

Abstract

The present invention is a vibration anchovy separator,
After forming an inclined downward plate with a predetermined vertical drop section below the permeation section of the anchovy sorting hole perforated in the anchovy sorting plate, the anchovy head is prevented from standing vertically while being stuck (blocked) in the permeation section.
The anchovy blocked by the strong vibration applied to the sorting plate moves forward to provide a solution to allow the anchovy to escape.
A blockage-free anchovy separator provided with an inclined plate on the lower side of a transmission section, characterized in that the anchovy separator is free from clogging.

Description

Unblocked anchovy sorting plate with inclined plate on the lower part of permeation section {SOLTING PLATE}

Anchovy separator

Invention Patent No. 387666, Separation Device for Dried Anchovy (Registrant Kim Yunho)

Invention Patent No. 652 225 Selector (Registrant Kim Yun Ho)

Anchovy sorting tool equipped with the invention patent No. 860232 (registrant Kim Yun-ho)

Patent application 20-2012-0000898 Anchovy sorting sphere consisting of falling sections of corrugated wave (Applicant Kim Yun-ho)

Anchovies are captured at sea, then boiled, dried, sized, boxed and distributed.

In this process, in order to sort by size, anchovies are put into anchovy sorter and pass through anchovy sorting plates inserted while being interlayered in the vibrating anchovy sorter casing.

All of the existing anchovy strips, which are formed in a large number on this anchovy plate, had a problem in which pointed, bent dried anchovies were selected and blocked.

The technologies that are the background of the present invention are registered and filed by the applicant of the present invention, the shape of the blockage, there is no difference in the degree of blockage, and can only be blocked without exception, any technology that has been tried over the last decade It was a situation that did not solve.

At the same time, the anchovy industry had to either over-permeate the perimeter to prevent the anchovy from being caught in the sorting openings, or use anchovy separators with large oval anchovy head drop sections to prevent the anchovy from being blocked. The problem was somewhat resolved, but the large sized anchovy, which should not fall to the bottom of the sorting plate, had to face the serious problem of falling sorting power.

The present invention has been made to solve this problem,

The present invention constitutes a downwardly inclined plate provided with a predetermined vertical drop section below the permeation section of the anchovy sorting hole perforated in the anchovy sorting plate, so that the anchovy head cannot be erected vertically while being stuck in the permeation section (blocked). It provides a solution to enable the escape of the blocked anchovy by the strong vibration force applied.

Since there is no inclined plate presented in the present invention in the existing sorting port, the anchovy body and the tail portion is thinner than the width of the permeate section and passed through the permeate section, but the anchovy head is thicker than the width of the permeate section and tries to pass through the permeate section. It was supposed to take.

At this time, the anchovy that hangs with the body standing up long can not escape to the upper side of the penetrating section, no matter how strong the vibration is applied because the center of gravity is on the bottom of the sorting plate.

If the blockage increases by one or two, the existing anchovy sorting plate will hinder the progress of anchovies that need to move forward in order to have a screening opportunity, and the throughput will be lowered. Suffered a body damage in

In the inclined plate presented in the present invention, there is no hanging anchovy while standing upright, and the jammed anchovy is easily escaped by vibrating so that the sorting opening without clogging becomes possible.

In addition, if the blockage is eliminated in this way, the width of the permeation section is not necessary to configure the width widely, and there is no need to configure a separate anchovy escape drop hole, so the anchovy sorting power can be very accurate.

When the technique of the present invention is applied

Anchovy clogging is eliminated in the anchovy separator of the vibratory anchovy separator

After removing the anchovy sorting plate from the sorting machine, the hassle that needs to be removed disappears or the anchovy damage caused by scraping the upper side of the plate with the cleaning tool without removing the sorting plate is solved, thereby improving productivity.

Since the transmission section can be configured to be the same as or close to the maximum width of the guide section, accurate screening can be performed, thereby satisfying the economical efficiency of the high abacus.

1 is an overall perspective view of the anchovy separator equipped with an unobstructed anchovy sorting plate having an inclined plate on the lower side of the transmission section according to the present invention.
Figure 2 is a perspective view illustrating an existing sorting opening having a projection section inward.
3 is a perspective view illustrating an existing sorting opening having a falling section;
Figure 4 is a perspective view illustrating that the anchovy embedded in the sorting opening according to the present invention escapes by magnetic force.
5 is a perspective view for explaining that the anchovy embedded in the selection tool according to the present invention escapes by another anchovy.
6 is a plan view and a cross-sectional view showing that anchovy is embedded in the existing sorting port.
7 is a plan view and a cross-sectional view showing the escape of the anchovy embedded in the sorting opening according to the present invention.
8 is a cross-sectional view showing an embodiment of an inclined plate according to the present invention.

The present invention is a vibration anchovy separator,

After forming an inclined downward plate with a vertical drop section having a predetermined depth below the permeation section of the anchovy sorting hole perforated in the anchovy sorting plate, the anchovy head is prevented from standing vertically while being blocked (blocked) in the permeation section.

The anchovy blocked by the strong vibration applied to the sorting plate moves forward to provide a solution to allow the anchovy to escape.

Characterized in that there is no blockage in the anchovy sorting plate,

A blockage-free anchovy separator having an inclined plate on the lower side of the transmission section will be described in more detail while viewing the drawings.

As shown in Figure 1,

The anchovy separator 20 according to the present invention is to be housed inside the vibration anchovy separator,

In terms of anchovy sorter,

First, the casing 10 made of a plate-shaped metal material is caused by a pair of vibration motors M for causing vibration while being disposed left and right under the casing 10. The anchovy 100 injected into the supply unit 50 is to move in the discharge unit 60 direction.

Here, the pair of vibration motors M are synchronously rotated, but the direction of rotation is reversed so that the forces to be shaken to the left and right of the motor mounting direction are canceled out so that they are not oscillated, So that the introduced anchovy moves forward only in the direction of the discharge part 60 from the supply part 50. This is a known technology and therefore a detailed description thereof will be omitted.

The lower portion of the casing 10 is a support frame 70 with a wheel 90 is mounted from the bottom surface, and between the support frame 70 and the casing 10, a shock absorber for cushioning vibration ( 80) is provided, and this structure is also widely known, and thus a detailed description thereof will be omitted.

In the casing 10 having the vibration means, an anchovy separation plate 20, which is usually composed of five stages, is mounted. A plurality of anchovy selection tool 30 for separation is perforated.

2 is a perspective view showing the anchovy selection port 30 of the invention 387666 selection of dry anchovy (applicant of the registrant), the guide section 31, the transmission section 32 and the guide sections 31 are collected It can be seen that the protrusion section 33 protrudes inwardly corresponding to the groove extending along the guide section 31.

As shown in FIG. 2A, the thickness of the anchovy body and the tail portion is thinner than the width of the guide section 31 while passing through the guide section 31, but dropped to the lower side of the anchovy sorting plate 20, but the anchovy head portion of the penetrating section is provided. When there is an anchovy 100 that is thicker than its width and tries to pass through the transmission section, and the body is erected in the transmission section, the anchovy 100 is vibrated by an oscillating force applied to the anchovy sorting plate 20 by FIG. 2b. After reaching the permeation section 32, it continues to be erected upright. Such anchovy 100 escapes and the permeation section is wider than W, which is the width of the guide section 31 to allow the anchovy separation plate 20 to fall below. The width of the (32) is configured to be W1 wider, and for this reason, the guide so that the anchovy 100 that should not fall from the permeation section 32 falls so as not to lower the screening force. It has a projection section 33 protruding inward corresponding to the groove extending along the liver 31, and W2, which is the distance between the protrusion of the protrusion section 33 and the end of the guide section 31, is the guide section. It was comprised so that it might become the same dimension as W which is the width of (31).

However, in the cited art, unlike the intention, the projecting section 33 causes the problem that most of the anchovies 100 continue to fall without being dropped, and the width of the transmission section 32 is W so that the screening force does not decrease. Although it is composed of the same or similar intervals as W2, but the actual absolute space is widened, as shown in FIG. 2C, W2 has the effect of becoming W3 (W +) much wider than W, which is the width of the transmission section 32. There was a problem that the structure was difficult to precise separation.

That is, the cited technology exposed a fatal problem that can not only block a lot of anchovy 100 in actual operation, there was a problem that it is difficult to expect precise screening.

3 is a perspective view showing the anchovy selection port 30 of the invention patent 652225 sorting machine (registrant main applicant), the guide section 31, the transmission section 32, the guide section 31 is collected, and the guide section ( It can be seen that it consists of a drop section 34 protruding outward corresponding to the groove extending along 31).

The technique of Invention Patent No. 652225 is designed to solve the problems in the Invention Patent No. 387666, and is shown in FIG. 3A in the same or similar configuration as W2 of the transmission section 32. After the anchovy 100, which was erected vertically, reached the drop section 34 as shown in FIG. 3B, the drop section 34 was easily oval-shaped as shown in FIG. 3C. It suggests a way to make it fall.

However, even in this cited technique, the relatively large anchovy 101, which should not fall due to the drop section 34 having a large elliptical shape, falls to the drop section 34 without continuously moving the sorting plate 20. Frequently, it was difficult to maintain accurate screening power. Also, anchovies (100), which were erected vertically, were boiled and dried with an open mouth, or when an gill was boiled and dried with an excessively wide open anchovy. There was a problem that the head still blocked through the falling section (34).

In addition, technologies such as anchovy selection tool (registrant main applicant) equipped with the invention patent No. 860232 rotating oil tool section, and patent application 20-2012-0000898 anchovy selection tool (applicant main applicant) consisting of the falling section of the waveform Attempts were made to solve the problem.

On the contrary, in the present invention, as shown in FIG. 4, the downward inclined plate provided with a vertical drop section 201 having a predetermined depth below the transmission section 32 of the anchovy sorting hole 30 formed in the anchovy sorting plate 20. After forming the (200) to prevent the anchovy head from being vertically caught (closed) in the transmission section,

Anchovy 100 blocked by the strong vibration force applied to the sorting plate 20 is moved forward to provide a solution to enable the escape of the anchovy 100.

In the present invention, the anchovy 100 can not be vertically set up as shown in FIG. 6, but is in a state of being passively hung while being obliquely lying as shown in FIG. 4B.

At this time, since the sorting plate 20 and the downward inclined plate 200 are repeatedly reciprocated in the V-V1 direction as shown in FIG. 7A, the sorting plate 20 and the downward inclined plate 200 can easily escape to the upper side of the sorting plate 20 as shown in FIG. 4C or 7B. .

In addition, in the case of anchovy 100 lying obliquely in the state in which the anchovy tail is caught in the vertical drop section 201 as shown in FIG. 5A, other anchovies 102 moving forward and strong applied to the sorting plate 20 are shown. It can be easily escaped as shown in Figure 5c after being erected by vibrating force in Figure 5b.

At this time, if the anchovy 100 is smaller than W, which is a gap of the guide section, it will naturally fall to the bottom of the sorting plate 20.

In addition, as shown in Figure 6, the anchovies 100 hanging while the body is built in a long, so the center of gravity is located on the lower side of the sorting plate 20, no matter how strong vibration is applied to the upper side of the transmission section.

However, in the present invention, the center of gravity of the anchovy 100 is close to the sorting plate 20, and the blocked anchovy 100 can be easily escaped because it is laid at an angle.

Thus, the present invention solved the problem that the anchovy 100 is stuck in the sorting plate 20 can have a powerful feature that can precisely separate the anchovy 100 at the same time.

As shown in FIG. 4A, the width W2 of the transmission section 32 in the present invention may be configured to be the same as the width W of the guide section 31.

In the present invention, there is no protruding section 33 protruding inward, and there is no drop section 34 protruding outward so that precise separation is possible.

Because the protruding section 33 or the dropping section 34 were spaced in such a way that they were configured to escape the embedded anchovy, it was difficult to precisely separate the anchovy 100, but these spaces were not necessary. In the invention, the most precise sorting operation is possible.

The downward inclined plate 200 may be composed of individual inclined plates 300 which are shortly configured under one sorting device 30 as shown in FIG. 4A, and as shown in FIG. It may also be configured as an inclined plate (200).

In addition, the downward inclined plate 200 is to maintain the inclination angle of about 30 degrees, as shown in Figure 7a, which is usually the same configuration as the setting angle of the vibration motor of the vibrating separator is strong because it matches the vibrating direction of the selector V-V1 It is fixed without vibration even if it is a good structure without problems of durability.

In addition, the downward slope 200 is not necessarily configured with a vertical falling section 201. In particular, in the sorting plate 20 for sorting out small anchovies, such as jirijeok may be configured with the vertical drop section 201 is omitted as shown in Figure 8c.

The downwardly inclined plate 200 constitutes a rivet hole 202 while being cut and bent with a plate-like metal material as shown in FIGS. 8B and 8C, and is connected with the rivet hole 202 of the separator plate 20 and the rivet 203. It may be fixed by a combination, it may be fixed by a method such as welding the sorting plate 20 without the rivet hole 202.

In addition, the downwardly inclined plate 200 may be configured as an aluminum extrudate provided with a rivet hole 204 instead of a plate-shaped metal material as shown in FIG. 8A, and is not limited to these methods. 20) can be configured integrally with.

As shown in FIG. 7C, the present invention may raise the guide section comb 210 between the guide sections 31 at an angle to the upper side of the sorting plate 20 at an angle. Such an attempt may help to prevent the anchovy 100 from clogging but more clogging may occur, and may be a desirable configuration that may help precise selection.

In the present invention is shown and described, but not limited to the anchovies selected to anchovy.

It is a matter of course that the present invention can be applied to various aquatic products such as dried shrimp, agricultural products, and any sorted articles.

Guide section 31, transmission section 32, downward inclined plate 200, anchovy 100

Claims

A casing, at least one sorting plate for sorting the articles supplied inside the casing, a pair of vibration motors installed on one side of the casing to generate vibrations in the sorting plate, and the sorting In the vibration sorter comprising a discharge portion for discharging the article selected from the plate, and a support portion for supporting the casing is supported on the bottom surface and the vibration of the vibration motor smoothly,
The sorting holes perforated in the sorting plate,
After forming the downward inclined plate provided with a vertical falling section having a predetermined depth below the transmission section (e.g.) to prevent the anchovy head from standing vertically while being stuck (blocked) in the transmission section,
An unobstructed sorting plate having an inclined plate on the lower side of the permeable section, characterized in that the anchovy blocked by the strong vibration force applied to the sorting plate moves forward to allow escape of the anchovy.

A casing, at least one sorting plate for sorting the articles supplied inside the casing, a pair of vibration motors installed on one side of the casing to generate vibrations in the sorting plate, and the sorting In the vibration sorter comprising a discharge portion for discharging the article selected from the plate, and a support portion for supporting the casing is supported on the bottom surface and the vibration of the vibration motor smoothly,
The sorting holes perforated in the sorting plate,
By constructing a downward sloping plate below the transmission section (e.g.) to prevent the anchovy head from being erected vertically with the transmission section blocked (blocked),
An unobstructed sorting plate having an inclined plate on the lower side of the permeable section, characterized in that the anchovy blocked by the strong vibration force applied to the sorting plate moves forward to allow escape of the anchovy.

The method according to claim 1 or 2,
The downwardly inclined plate is formed of an aluminum extrudate provided with a rivet hole.