KR20120131010A

KR20120131010A - Persimmons hanger for making dried persimmons

Info

Publication number: KR20120131010A
Application number: KR1020110049166A
Authority: KR
Inventors: 박광운
Original assignee: 박광운
Priority date: 2011-05-24
Filing date: 2011-05-24
Publication date: 2012-12-04

Abstract

PURPOSE: A persimmon hanger for producing dried persimmons capable of easily assembling is provided to smoothly dry peeled persimmons regardless of the size. CONSTITUTION: A persimmon hanger for producing dried persimmons comprises the following: pivot units(15) arranged on a vertical connector with the constant interval; upper and lower supporting protrusions(18a, 18b); an angular type combination groove unit(32) with a one side flexible support opening(34), rotatably connected to the center of a horizontal hanging unit(6) by being flexibly inserted into the pivot units; a guideline inclined surface(36) fitted to a flexible support opening of the horizontal hanging unit; and match-fitting hanger units(12, 13) in female and male shapes, located on the upper and lower ends of the vertical connector.

Description

Persimmon hanger for making persimmons {PERSIMMONS HANGER FOR MAKING DRIED PERSIMMONS}

The present invention relates to a persimmon hanger for producing persimmon, in particular to improve the drying efficiency of the peeled persimmon and relates to a persimmon manufacturing hanger that can be easily stored when not in use.

In general, in order to manufacture dried persimmons, the raw persimmons are dried, and the persimmons are dried and dried by using a persimmon hook for manufacturing persimmons. Persimmon hook for manufacturing persimmon is registered utility model No. 0306561, “Drapery hanger for hanging persimmon” registered after filing by the applicant of the present application, Registration Utility Model No. 0443816, “Damp hanging hook”, Patent Publication No. 10-2010-0127603 "Dried persimmon hooks".

The dried persimmon hook for manufacturing persimmon consists of a vertical hook and a horizontal hook connected orthogonally to the vertical hook, and both ends of the horizontal hook are fitted with pins of the jacket to fix the jacket.

In particular, Japanese Patent Application Laid-open No. 10-2010-0127603 discloses a structure in which several horizontal hooks are formed in multiple vertical stages in one vertical connecting rod. However, the assembly structure is complicated, and the production cost increases, and a lot of effort is also required to combine the horizontal hook portion with the vertical connector. In addition, the neighboring horizontal hangers are 90 ° to each other, so when storing, the sliding horizontal hangers should be folded one by one for the volume reduction, and there is a hassle to straighten them when used.

Therefore, an object of the present invention is to provide a dried persimmon hook for manufacturing a simple persimmon configuration, so that drying is smoothly performed regardless of the size of the persimmon peeled.

Another object of the present invention to provide a persimmon hook for manufacturing persimmon that can be easily stored when not in use.

In accordance with the above object, the present invention, in the vertical hook (4) in the hanging hook for manufacturing the persimmon comprising a horizontal hook portion is orthogonally coupled to the vertical connector and fitted to the both ends of the peeling persimmon, vertical pivot (4) constant Arranged at intervals but between the upper and lower support jaws (18a, 18b) to form a pivot portion 15 having a prismatic surface 20, and a square coupling groove having one side of the bullet opening 34 in the center of the horizontal hanger (6) (32) is characterized in that it is configured to enable the alternating rotation of the horizontal hanger (6) by fitting the pivot portion 15 of the vertical connector (4).

Since the present invention is coupled to the vertical connection of the horizontal hook portion of the tangy, the assembly configuration is simple and easy to assemble or replace during the replacement work, and the horizontal hanger coupled to the upper and lower multi-stage can be rotated as desired by the operator The drying space can be utilized to fit the size of the persimmon peeled, there is an advantage that can be stored by reducing the volume when not in use.

1 is a block diagram of a persimmon hook for manufacturing persimmon according to an embodiment of the present invention,
Figure 2 is an exploded view of the vertical connector and the horizontal hook in Figure 1,
Figure 3 is a modified use example of the present invention dried persimmon hook
4 is a perspective view illustrating main parts for explaining a connection state between the vertical connecting rods;
5 is an exploded perspective view of main parts of the upper and lower hook parts of the vertical connector;
6 is a coupled state of FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Persimmon hook for manufacturing persimmon according to an embodiment of the present invention (2) is orthogonal to the vertical connecting rod 4 and its vertical connecting rod (4) and elastic to elastically support the top (50a) of the peeling persimmon 50 at both ends It is provided with a horizontal hook portion 6 having a tongs 30, which is a configuration having a general dried persimmon hook structure also functionally lower.

The present invention for producing persimmon hook 2 is a structure that is easy to remove the horizontal hook portion 6 to the vertical connecting rod 4, the rotation of the horizontal hook portion 6 coupled to the vertical connecting rod 4 can be rotated It is one configuration.

Referring to FIG. 1 and FIG. 2 together, the pivot portion 15 is formed on the vertical connection 4 at regular intervals. Each pivot portion 15 of the vertical connecting rod 4 has a concave surface 20 between the upper and lower support jaws 18a and 18b.

As shown in the drawings, the upper and lower support jaws 18a and 18b preferably have a flange shape having a protruding annulus, and the lower flange support jaws 18b are relatively supported by the upper flange support jaws 18a. It forms a larger area. This allows the flange of the lower support jaw 18b to better support the bearing of the horizontal hanger 6, and the flange of the upper support jaw 18a removes the foreign material such as dust while forcibly removing the horizontal hanger 6 forcibly. This makes it easier to get out of the way.

The prismatic surface 20 has a multi-sided shaft as the horizontal hook portion 6, which is hardly coupled, is capable of alternating rotation. The prismatic surface 20 allows the horizontal hanger 6 to rotate in a predetermined rotational angle unit by stepping down, and does not allow free rotation.

Each pillar surface 20 is preferably to have four sides in the column may be formed to have three to eight sides. When the prismatic surface 20 has four surfaces, the alternating rotation is made in units of 90 ° rotation angle.

The pillars constituting the prismatic surface 20 may have the same diameter or the upper and lower ends having different diameters, and when the upper and lower ends have different diameters, the pillars 20 may be fitted without confusing the upper and lower ends when assembling the horizontal hanger 6. .

The horizontal hook portion 6 which is fitted in the pivot portion 15 of the vertical connecting rod 4 has a known tong portion 30 formed at both ends thereof, and has one side finger opening 34 in the center according to the present invention. Coupling groove portion 32 is formed. The rectangular coupling groove 32 of the horizontal hanger 6 is a means assembled to the prismatic surface 20 of the pivot 15 and has a polygonal shape corresponding to each surface of the prismatic surface 20.

The hinge opening 34 of the horizontal hanger 6 is an access path allowing the horizontal hanger 6 to be fitted into the pivot 15 of the vertical connecting rod 4, and at the same time, the pillar of the pivot 15 is pivoted. It is a means to enable transfer rotation. That is, the bullet opening 34 is elastically opened when the horizontal hanger 6 is alternately rotated, and then recovers to its original state. Due to this, the horizontal hook portion 6 is easily detachable from the pivot portion 15 of the vertical connecting rod 4, and the rigid hook is secured to the pivot portion 15 even after the horizontally fastened horizontal hook portion 6 is rotated. To maintain.

A guide inclined surface 36 is formed at the tungsten opening 34 of the horizontal hanger 6 so that the fitting guide is well formed, and a locking jaw 38 is formed at the inner part thereof so as not to fall out after being fitted.

On the other hand, the upper and lower ends of the vertical connecting table 4 is formed with a hook portion 12, 13 of the upper and lower ends of the fit-fitting type of male and female structure.

4 to 6, the lower hook portion 13 of the vertical connector 4 has a shape having an upward protrusion 13a at both ends of the horseshoe body, and an upper end of the vertical connector 4. The hook part 12 is a shape which has the downward protrusion pieces 12b in the both ends of a curved body.

When the hooks are fitted to each other by using the upper and lower hook portions 12 and 13 of the two vertical connecting rods 4, the lower pillars 13 are provided with the central pillar of the upper hook portion 12 and the lower protrusions 12b at both ends of the curved body. At the same time as being inserted into and out of the horseshoe-shaped main body of the upper end of the horseshoe-shaped main body 13a of the lower hook portion 13, the curved main body of the upper hook portion 12 is inserted and supported.

When the vertical fitting (4) of the persimmon manufacturing hook (2) for the persimmon manufacturing hook (2) by the fit of the male and female structure, there is almost no twisting play, even if an external force such as wind is applied, the persimmon manufacturing hook (2) is axially rotated. It can maintain the initial state without affecting the optimal drying environment and efficient use of space.

Reference numeral "12a", which is not described in FIG. 4, is a hook hole of the upper hook portion 12, and is used when the worker is suspended from the ceiling or an appropriate position by using a string or the like.

The present invention persimmon manufacturing hook 2 may be used to align all horizontal hooks 6 side by side as shown in Figure 1, the horizontal hooks 6 adjacent to each other up and down alternately as shown in Figure 3 It can also be used.

When the size of the peeled persimmon is relatively small or when the volume is to be stored to be stored when not in use, all the horizontal hooks 6 may be aligned side by side.

On the other hand, when the size of the peeled persimmon is large, it is preferable to alternately rotate the horizontal hangers 6 adjacent to each other up and down alternately. This is to ensure a sufficient drying space of the persimmons caught on both ends of the tongs 30 of the horizontal hanger 6, and to prevent the neighboring persimmons from hitting each other to achieve good drying.

As described above, the present invention for producing persimmon hook 2 is coupled to the vertical connection (6) by the tangy of the horizontal hook portion 6, so the assembly configuration is simple and easy assembly work during manufacture or replacement during breakage, The horizontal hanger coupled to the upper and lower stages can be alternately rotated as desired by the operator to utilize the drying space according to the size of the peeled persimmon.When not in use, the horizontal hanger 6 can be alternately rotated to align all of them side by side. It can be reduced and stored.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments. Therefore, the scope of the present invention should not be limited by the described embodiments, but should be determined by the scope of claims and equivalents thereof.

The present invention can be used to suspend dried dried persimmons to produce dried persimmons.

(2)-dried persimmon hook (4)-vertical connecting rod
(6)-Horizontal Hook Section (12) (13)-Top and Bottom Hook Section
(15)-Pivot (18a) (18b)-Upper and Lower Jaw
(20)-corners (30)-tweezers
(32)-square fitting groove (34)-tart opening
(36)-Guide Slope (38)-Jet Jam
50-persimmon

Claims

In the hanging hook for manufacturing persimmon comprising orthogonal coupling to the vertical connection and a horizontal hook portion fitted to both ends of the persimmon of the peeling persimmon,
The pivot 15 is arranged at regular intervals on the vertical connecting rod 4, and the pivot 15 is formed between the upper and lower support jaws 18a and 18b, each having a columnar surface 20, and the horizontal hook portion 6 is formed. The persimmon coupling groove 32 having one side of the bullet opening 34 in the center is fitted into the pivot portion 15 of the vertical connecting rod 4 so that the horizontal rotation of the hook portion 6 is configured to enable rotation. Hanger for manufacturing.

The method of claim 1,
Persimmon hook for manufacturing persimmons, characterized in that the guide inclined surface (36) for fitting guide is formed on the hinge opening 34 of the horizontal hanger (6) and the locking jaw (38) is formed on the inner side.

3. The method according to claim 1 or 2,
Persimmon hook for manufacturing persimmon characterized in that the upper and lower ends of the vertical connection (4) to form a custom-fit hook portion (12) (13) of the male and female structure.