KR20100068234A

KR20100068234A - Elastic frame type laver drying filter

Info

Publication number: KR20100068234A
Application number: KR1020100039650A
Authority: KR
Inventors: 황인영
Original assignee: 황인영
Priority date: 2010-01-11
Filing date: 2010-04-27
Publication date: 2010-06-22
Also published as: KR20100018002A

Abstract

The present invention relates to a stretch structure type Haitai drying pad. More specifically, when pressurizing the center of the foot in the removal part of the Haitai dryer, the separation part of the foot is uniformly opened in a rhombus and stretched in the longitudinal and transverse directions, so that the dried dry steam can be easily peeled off and removed. Steaming Paper (

The present invention relates to a new construction type Haitai Drying Foot which has no vibrating and gripping so that the aesthetics and quality of products can be improved.

That is, the present invention in the Haitai dry footing to produce a dry seaweed by separating the dried seaweed by attaching the seaweed to the surface, the edge of the foot 201 made of a plastic plate of a plate without combining a plurality of horizontal members and vertical members as conventional A plurality of hook insertion openings 03 are formed to bind the hooks 105 of the claw frame 101 to each other, and a plurality of linear cutouts 01 and alternately arranged in the longitudinal direction of the claw 201 are alternately arranged in the longitudinal direction. 02) by pressing the central portion (pressing the claw pressing portion 501 of the stripping portion), the linear incisions (01, 02) is deformed into a rhombus, so that the laver drying portion of the claw 201 is uniformly stretched in the longitudinal and horizontal directions. Characterized in that configured to shrink.

Description

Elastic frame type laver drying filter}

The present invention relates to a stretch structure type Haitai drying pad. More specifically, in the foot pad manufacturing the dry seam by attaching the seaweed to the surface and drying and then separating, the foot frame to the edge of the foot board 201 made of a plastic plate of the board without combining a plurality of horizontal members and vertical members as in the prior art A plurality of hook insertion openings 03 for binding the hooks 105 of 101 are formed, and a plurality of linear cutouts 01 and 02 alternately arranged in the longitudinal and transverse directions are arranged inside the foot 201. Forming and pressurizing the center part (pressing the foot pressing unit 501 of the stripping unit), the linear incisions (01, 02) is deformed into a rhombus so that the dry part of the foot 201 is uniformly stretched and contracted in the longitudinal and transverse directions. By doing so, the dry laver that adheres to the foot 201 can be evenly peeled off and removed, and the dry laver that has been removed is removed from the paper (

해) and there is no gripping (破紙) relates to a stretch structure Haitai drying pad characterized in that the appearance and quality of the product is improved.

In general, dried laver is made by thinly slicing Haitai leaf obtained from aquaculture farms, and then mixes it with water to dry it thinly on the foot, and then dry laver is separated from the foot. In recent years, Haitai dryers have been developed and used to reduce labor and increase production, and these Haitai dryers are dried laver forming thin laver with fine water on the foot, and dehydrating part to pressurize dehydrated laver and dehydrated laver. It is usually composed of a drying unit and a stripping unit separating the dried laver from the foot, and is to produce a dry laver while circulating the chain is installed with a plurality of foot.

Haitai drying foot used for this purpose should be firm and elastic and have good circulation properties such as moisture, adherence to seaweed in the early stage of laver drying and easy peeling off seaweed in the last stage. For this purpose, bamboo or plywood is split into pieces and weaved into threads. That is, the conventional Haitai dried foot is made by weaving firmly with the weaving thread 103, the foot length 102 made of bamboo or plastic as shown in Figs. By the way, since the footing 102 and the elasticity of the weaving thread 103 is not very large, the foot pressurizing part 501 in the stripping part of the Haitai dryer shown in FIG. 7 presses the center of the foot. Molded and dried dry laver is not easily separated, tangled laver in the weaving room 103 was often torn or stuck to produce a defective product. In particular, such a foot has a disadvantage in that a long time elapses of use, the foreign material is deposited in the threading thread 103 of the foot, the steam sticks torn or many defects are produced, so that the foot is often replaced.

Meanwhile, as shown in FIG. 3, Haitai's dry footing of Patent Application No. 10-2007-0071373 is made of corrugated paper and is designed to have elasticity in the longitudinal direction of the structure. Not only the appearance is not good because it is shaped in the product, and when the dried laver is processed by seasoning laver, there is a disadvantage that the laver surface is not evenly baked and evenly seasoned when the seasoning laver is manufactured due to the irregularities of the curved bone.

In addition, as shown in Figure 4, 'Haetae drying foot' of the patent application 20-2009-0006700 is a plurality of foot members disposed to be spaced apart from each other so as to pass through the haetae, a plurality of horizontal members horizontally coupled to the foot members And a support including vertical members coupled vertically to the foot members, wherein the vertical members are connected to each other by a pair of adjacent foot members connected to each other in a state where the foot members are skipped one by one. Since the space (between 120 and 120) and the stretch-free space (between 140 and 140) coexist, when the dried steam is removed from the foot, the part without extension does not fall well, and the part with many extensions tears well and generates a lot of phage. There was a disadvantage.

The present invention has been produced to solve the above problems, a plurality of horizontal members and a plurality of longitudinal members are alternately arranged alternately in the longitudinal direction in the inner side of the foot 201 made of a plastic plate instead of a plurality of When forming the linear incisions (01, 02) to press the center of the foot 201 in the stripping portion (pressing the foot pressing portion 501 of the stripping portion), the spacing of the foot is uniformly opened in a rhombic shape. Since it is elastically deformed in the horizontal direction, it is easy to peel off the dried dry laver and remove the dried laver.

It is intended to create a new construction type Haitai drying plant that can reduce manufacturing cost by producing by simple method of extrusion molding plastic plate because there is no 紙) and gripping.

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

As the present invention is shown in Figures 5 to 8,

In the Haitai drying foot pad manufacturing the dried seaweed by attaching the seaweed to the surface and drying and separating it, the edge of the foot plate 201 made of a plastic plate of a single plate extruded without combining a plurality of horizontal members and vertical members as in the prior art. A plurality of hook insertion openings 03 for binding the hooks 105 of the claw frame 101 are formed, and a plurality of linear cutouts 01 are alternately arranged in the longitudinal direction of the claw 201 in the longitudinal and transverse directions. 02 to form a pressurized center of the claw 201 (pressing the claw pressing portion 501 of the stripping portion) of the linear incisions (01, 02) are spaced apart and deformed into a rhombic seaweed drying part of the paw 201 Is configured to be uniformly stretched and shrunk in the longitudinal and transverse directions.

On the other hand, the present invention includes forming a projection 04 on the surface portion of the foot 201 as shown in FIG.

The present invention is to improve the structure of the conventional foot is less elastic and difficult to uniform stretch deformation to uniform stretch the rhombus to uniform rhombus when pressing the center of the foot in the stripping portion 201 evenly stretched in the longitudinal and transverse direction It can be easily peeled off by drying the dried laver 301 by sticking to the foot 201 while being deformed by shrinkage, and evenly dried.

김) It is possible to produce dry laver without gripping. In particular, it is possible to reduce the production cost by simply extruding plastic plates of one plate without binding vertical or horizontal members as before. · Has advantages

Referring to the preferred embodiment of the present invention in detail as follows.

5 and 7, a plurality of hook insertion holes 03 for binding the hooks 105 of the footrest frame 101 to the edges of the footrest 201 made of an extruded plastic plate member are shown. A plurality of linear cutouts 01 and 02 arranged alternately in the longitudinal and transverse directions are formed inside the claw 201. The material of the foot 201 is preferably to use a plastic material having elasticity.

This invention, as shown in Figure 6, when applying a tensile force to press the center of the foot 201 or pull the edge to the hook 105 in the stripping portion, a plurality of linear incisions (01, 02) evenly open rhombus The foot is stretched and shrunk in the longitudinal and transverse directions and returned to its original shape when the tension is released.

Therefore, as shown in Fig. 9, the foot 201 of the present invention is bound to the hook 105 of the foot frame 105 bound to the carrier 402 of the attachment chain 401 formed in the stripping unit of the Haitai dryer. When the foot pressurizing unit 501 presses the foot 201 by the operation of the crank shaft 801 in the stripping unit, the linear incisions 01 and 02 of the foot 201 are opened in a rhombic shape and the foot 201 is opened. Since the uniformly deformed and deformed, the laver adhering to the surface of the foot 201 can be easily separated from the dried dry laver 301 is peeled from the deformed foot 201. The dry laver 301 separated in this way is removed to the laver 701 by the suction action of the suction hole 601 connected to the suction pump 602, and the dry laver 301 at this time is not easily torn or formed with a hole. The surface is evenly dried, resulting in improved appearance and quality.

And another embodiment of the present invention by forming a projection (04) slightly protruding in the surface portion in the above-described foot 201 as shown in Fig. The attachment part of the can be reduced to make it easier to remove the seam without tearing the seam from the stripper.

As described above, the present invention has been described with reference to the above embodiments, but the present invention is not limited to the above embodiments, and various modifications can be made without departing from the spirit and scope of the present invention.

Figure 1 is a plan view of a conventional Haitai drying foot.

Figure 2 is a perspective view of a conventional Haitai dry foot fastened to the foot frame.

Figure 3 is a perspective view of Haitai dry foot of the prior art.

Figure 4 is a perspective view of Haitai dry foot of the prior art.

Figure 5 is a plan view of the stretch structure Haitai drying pad of the present invention.

Figure 6 is a plan view of the stretch structure Haitai drying pad of the present invention in a stretch state.

Figure 7 is a side view of the stretch structure Haitai dry foot of the present invention bound to the foot frame.

Figure 8 is a side view of a stretch structure Haitai dry foot of the present invention having a projection.

Figure 9 is a cross-sectional view of the stretch structure Haitai drying pad of the present invention installed in the removal unit.

[Description of Drawings]

101: foot frame, 102: foot foot, 103: weaving thread,

104: frame support, 105: hook, 10: Haitai seat plate,

20: bend, 22: drain hole, 24: holder groove,

26: hanging jaw, 30: protrusion line, 100: support stand,

120: vertical member, 130: fixed support member, 131: connecting member,

140: auxiliary support member, 200: foot member 201: foot,

01: incision, 02: incision, 03: hook inlet,

04: turning, 301: dry laver, 401: attachment chain,

402: carrier, 501: foot presser, 601: suction hole,

602: suction pump, 701: ladle, 801 crankshaft.

Claims

In the Haitai drying foot pad manufacturing the dried seaweed by attaching the seaweed to the surface and drying and separating it, the edge of the foot plate 201 made of a plastic plate of a single plate extruded without combining a plurality of horizontal members and vertical members as in the prior art. A plurality of hook insertion openings 03 for binding the hooks 105 of the claw frame 101 are formed, and a plurality of linear cutouts 01 are alternately arranged in the longitudinal direction of the claw 201 in the longitudinal and transverse directions. 02 to form a pressurization of the center of the foot 201 (pressing the foot pressing unit 501 of the stripping portion) when the linear incisions (01, 02) are spaced apart and deformed into a rhombus, drying the steaming of the foot 201 Stretch construction type Haitai drying foot characterized in that the addition is configured to uniformly stretch and contract in the longitudinal and transverse directions.

The stretchable type Haitai drying foot according to claim 1, wherein a protrusion (04) is formed on the surface portion of the foot length (201).