KR101467232B1 - Hanger with position adjustmetnt for dried persimmons and rack thereof - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a perspex producing plant, and a perspex producing plant according to the present invention includes a perspex gardener having a straight shape and a long direction; And a fastening portion having a position adjusting portion slidably driven along the longitudinal direction of the manpower hanging beam and an annular ring coupled to a lower portion of the position adjusting portion. By using the perspex producing device according to the present invention, The spacing between the perspex receptacles can be narrowed so that a greater amount of perspex can be produced in the same space and even if the gap between the perspex receptacles is narrowly narrowed, the perspex can be maintained in a spaced apart state, thereby improving the drying quality of the perspex.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a perspex < RTI ID = 0.0 > fabric < / RTI >

More particularly, the present invention relates to a perspex maker capable of drying a perspex in a good quality while preventing adjacent perspexes from touching each other, and to produce a greater amount of perspex in the same space area.

Generally, the dried persimmon is cut into the husk of persimmon and then dried to produce dried persimmon. Dried persimmons, which are produced by drying persimmons, are subject to discoloration or scratches when the persimmon body touches the foreign object during drying, and when the persimmon body is severely damaged, molds are generated. Further, when the contact area is widened, the drying is slow, so that the drying speed between the contact area with the foreign object and the non-contact area is different, and the time taken to dry up becomes longer. This is also determined depending on whether or not the adjacent sense of persimmon is in contact with each other. That is, if the sense of persimmon drying is dried in contact with adjacent persimmons, the speed of drying between the areas where the senses come in contact with each other and the non-contact area are different, In addition, in order to prevent this, the area required for a wide spacing of dried persimmons is increased. In addition, since the conventional method of manufacturing the perspex is fixed by hand and the perspex is sequentially handled in a vertically elongated string, the sensation of the persimmon hangs down due to gravity The drying quality still deteriorates.

Accordingly, in recent years, there has been a need for a manufacturing facility for dried persimmons which can increase the yield of dried persimmons in a space of the same area, in addition to enhancing the yield of the persimmon persimmon by keeping the persimmon persimmon feeling separated from the adjacent persimmon.

Korean Patent Publication No. 10-2011-0095032 (Aug. 24, 2011) Korean Patent Publication No. 10-2004-0096909 (November 17, 2004)

A problem to be solved by the present invention is to provide a perspex manufacturing plant which can dry perspiration in good quality while preventing adjacent perspexes from touching each other, and to produce a greater amount of perspex in the same space area.

In order to solve the first problem, according to the present invention, there is provided a perspex-guiding apparatus comprising a plurality of fastening grooves formed in multiple directions arranged in a predetermined rule; And

An upper portion coupled to the coupling groove and having an annular ring formed at a lower portion thereof; And a gripping hole formed in the lower portion of the hooking hole, wherein the hooking hole is formed in a hook-shaped hooking hole for hooking the hook, And a perspex holder provided with a gripper.

According to an embodiment of the present invention, it is preferable that the multi-directional fastening grooves viewed by the perspex hanger are arranged in a row.

In addition, the dried perspex can be manufactured in a plurality of rows,

It is preferable that the arranging rules of the fastening grooves located in the horizontal direction of the perspex hanger beams and the fastening grooves of the fastening grooves located in the vertical direction of the perspex hanger beams are the same.

The fastening groove may include a first fastening groove formed in one direction and a second fastening groove formed in the other direction,

And the first fastening groove and the second fastening groove viewed from the perspex hanger are alternately formed.

Preferably, the first fastening groove is perforated in a longitudinal direction of the dragon-taker hook beam, and the second fastening groove is perforated obliquely to the gooseneck beam.

In addition, it is preferable that the first fastening groove is drilled in a width direction of the dragon-hanger hook beam, and the second fastening groove is drilled slantingly in the dragon-hanger hook beam.

In addition, it is preferable that the first fastening groove is perforated in the longitudinal direction of the gooseneck beam, and the second fastening groove is perforated in the width direction of the gooseneck beam.

According to another aspect of the present invention, there is provided a driving method for a carcass according to the present invention, And

And a fastening part having a position adjusting part slidably driven along the longitudinal direction of the manpower hanging beam and an annular ring coupled to the lower part of the position adjusting part.

According to an embodiment of the present invention, a fastening groove is continuously formed in the perspex-

Preferably, the position adjuster includes a fastening bar passing through the fastening groove, and a pair of sliding position adjusting fasteners fastened to the fastening bar in the vertical direction about the fastener hooking beam.

According to another aspect of the present invention, there is provided a method of manufacturing a perspec-

A fastening bar coupled to the fastening groove;

A reference plate having one side to which the fastening bar is connected and which is in contact with a ceiling of the perspex production room and a reverse side in a direction opposite to the one side;

A rotary plate rotatably coupled to the other surface of the reference plate, and a rotary plate opposite to the one surface; And

And an annular ring which is interlocked with the rotation plate and whose angle is adjusted.

According to an embodiment of the present invention,

A hook-shaped hook for hooking the hook of the fastening part;

A gripping groove formed at a lower portion of the hook so as to form a gripping groove for inserting a persimmon sensation cap at both ends; And

And a perspex grasper having an annular ring provided at a lower portion of the grip arm.

Further, a reference scale is formed on the other surface of the reference plate,

It is preferable that a rotation scale is formed on the other surface of the rotating plate at regular intervals.

Further, the reference plate is provided with an insertion hole penetrating the reference plate and an insertion groove recessed radially inward of the reference scale,

A rotation center beam passing through the insertion hole and a locking protrusion which is engageable with the insertion groove and is located on a surface opposite to the rotation graduation forming position protrudes upward from the one surface of the rotation plate.

Further, it is preferable that an elastic body is provided between the rotation center beam and the reference plate.

The rotation plate may include a first rotation plate fixedly mounted on the reference plate, and a second rotation plate rotatably coupled to the first rotation plate,

The first and second rotary plates may be coupled to each other such that a pair of angular adjustment structures formed with concave and convex portions at equal angular intervals are rotatably engaged with each other.

According to the present invention, it is possible to narrow the gap between the perspex pan holders by alternately forming the multi-directionally formed fastening grooves using the perspex holder, so that a larger amount of perspex can be produced in the same space, So that the drying quality can be improved. In addition, even if the fastening groove is formed only in one direction, it is possible to save the replacement cost of the persimmon manufacturing facility by using the same effect as that applied to the perspex-guiding girdle having the multi-direction fastening groove formed therein can do.

1 is a schematic view of a perspex producing plant according to an embodiment of the present invention.
2 is a front view of a perspex pedestrian girder according to various embodiments of the present invention.
3 is a perspective view and partial cross-sectional view of a perspex producing plant according to another embodiment of the present invention.
4 is a perspective view of a perspex holder according to various embodiments of the present invention.

Hereinafter, the present invention will be described in more detail with reference to preferred embodiments. It will be apparent to those skilled in the art, however, that these examples are for the purpose of illustrating the present invention more specifically and that the scope of the present invention is not limited thereby.

Dried persimmons can be classified into dry and semi-dry depending on the degree of drying, which refers to those produced by peeling a dried persimmon through hot air, cold air and natural drying, followed by drying. When dried persimmon persimmon, the perspex of the persimmon was grasped to grasp a lot of sense on one line, and it was possible to dry a lot of sense in a narrow space. In this case, the drying speed of the dried persimmon surface differs between the exposed portion and the unexposed portion of the surface of the dried persimmon when the dried persimmon is in contact with the senses to be dried. Therefore, it is preferable that the dried persimmons are kept separated from each other when drying the persimmons.

The present invention provides a perspex maker capable of increasing the number of sensations for persimmon persimmon that can be accommodated in the same space without touching the sense of persimmon persimmon.

1 is a schematic view of a perspex producing device according to an embodiment of the present invention.

As shown in FIG. 1, a perspex maker according to an embodiment of the present invention includes a plurality of fastening grooves 110 formed in multiple directions and arranged in a predetermined rule; And

An upper portion coupled to the coupling groove 110 and having an annular ring 218 formed at a lower portion thereof; And a gripping groove 254a formed at the lower end of the hooking hole 252. The gripping hole 252 is formed at the opposite ends of the hooking hole 252. The gripping hole 254 is formed at both ends of the hooking hole 252, And a perspex grasp portion 250 including an annular ring 256 provided at a lower portion of the grip arm 254. The perspex detector 200 is provided with a perspex detector 250 for detecting a persimmon image.

The perspexper hanging beam 100 is installed on the ceiling of the place where the perspex is to be manufactured and the direction of the fastening recess 110 is varied to make the direction of the perspex holder 200, It is possible to increase the number. Therefore, it is possible to increase the number of persimmons caught in the perspex grasp section 250. Also, the fastening grooves 110 may be formed in one row or a plurality of rows in the goethess hook beam 100. In particular, it is more preferable that the fastening grooves 110 are arranged in a row along the longitudinal direction of the goethess hook beam 100. That is, in the case where the fastening grooves 110 are formed in a line in the perspeadum hook beam 100, the spacing between the perspex-guiding beams 100 in the place where the persimmon feel is produced depends on the size of the perspex and the length of the grip arm 254 Can be adjusted. Therefore, it is preferable that the fastening grooves 110 are arranged in a row along the longitudinal direction of the perspex- Here, the fastening grooves 110 formed in the multi-direction are arranged at a certain arrangement rule without randomly determining their formation positions, so that interference with the perspex grasping portion caught in the perspex- .

2 shows a front view of the perspex pedestrian 100 according to various embodiments of the present invention.

A plurality of rows of dried perspex pedestrian beams 100 installed in the perspex producing area may be arranged such that the arranging rule of the perspex pedestal 100 may be changed according to the arrangement rule of the fastening grooves 110 located in the horizontal direction of the perspex- It is preferable that the arranging rules of the engaging grooves 110 located in the vertical direction of the beam 100 are the same. Here, the vertical direction refers to the direction perpendicular to the perspex hanger use beam 100 and refers to the direction of the dotted line X shown in Fig. 2A. The horizontal direction refers to the horizontal direction with respect to the perspex-hanger hook beam 100 and refers to the direction of the dashed line Y shown in Fig. 2A, that is, the longitudinal direction of the perspex-hanger hook beam 100. [

The fastening groove 110 includes a first fastening groove 112 formed in one direction and a second fastening groove 114 formed in the other direction. The second fastening grooves 114 are alternately formed so that the arranging rules of the fastening grooves 110 located in the horizontal direction of the perspeadum girder beam 100 and the fastening grooves 110 located in the vertical direction of the perspex- 110) are the same.

For example, when a piece of persimmon hanging beam 100 is formed by alternately forming first fastening groove 112 and second fastening groove 114 starting from first fastening groove 112, The other persimmon hanging beam 100 adjacent to the one persimmon hanging beam 100 starts from the second fastening recess 114 and the second fastening recess 114 The second fastening groove 114 and the first fastening groove 112 are alternately formed. Therefore, the arranging rule of the fastening grooves 110 formed in the horizontal direction with respect to the perspeadum girder beam 100 starts from the first fastening grooves 112, and the first fastening grooves 112 and the second fastening grooves 112 The arrangement rule of the coupling grooves 110 formed in the vertical direction with respect to the single traveler's guide beam 100 is also changed from the first coupling grooves 112 to the first coupling grooves 112, And the second fastening groove 114 are alternately formed.

At this time, the fastening groove 110 may be provided in various directions.

2A, the first fastening groove 112 is perforated in the longitudinal direction of the perspeadance hook beam 100, and the second fastening groove 114 is formed in the width direction of the perspex- Lt; / RTI > That is, the first fastening groove 112 and the second fastening groove 114 can be vertically fastened.

2B, the first fastening groove 112 'is perforated in the longitudinal direction of the perspeca- ble hook 100', and the second fastening groove 114 ' 0.0 > 100 '). ≪ / RTI > For example, if the first fastening groove 112 'is perforated in the lengthwise direction of the goethess hook beam 100', the second fastening groove 114 'is clockwise 45 ° from the first fastening groove 112' And is punctured in the perspex-hanger beam 100 'in an inclined shape.

2C, the first fastening groove 112 "is perforated in the width direction of the gooseneck beam 100", and the first fastening groove 112 " The two fastening grooves 114 "can be obliquely perforated in the gooseneck beam 100 ".

Here, the inclination of the engaging grooves 110, 110 ', 110 "is not limited to 45 degrees.

FIG. 3 is a perspective view and partial cross-sectional view of a perspex maker according to another embodiment of the present invention.

The perspex can be manufactured using persimmon in various sizes in the persimmon manufacturing area according to the present invention. Accordingly, it is necessary to adjust the interval at which the fastening part 210 '' 'is installed according to the size of the perspex. As shown in FIG. 3, when the fastening part 210 '' 'is arranged according to the arrangement rule in the persimmon manufacturing room according to another embodiment of the present invention, The distance between the fastening portions 210 '" That is, according to the size of persimmons, there is no need to replace the perspex-guiding beam 100 '' ', but the straight persimmon-shaped girder 100' '' And

And a fastening part 210 '' 'having a position adjusting part slidably driven along the longitudinal direction of the perspex hanger beam 100' '' and an annular ring coupled to the lower part of the position adjusting part. And manufacturing a perspex using a manufacturing tool.

That is, since the fastening portion 210 '' 'is driven to slide along the fastening groove 110' '' formed continuously and continuously in the longitudinal direction of the perspeadum hook beam 100 '' ' It is possible to prevent the persimmon feeling from coming into contact with each other even when the persimmon perspex is manufactured, thereby preventing the persimmon persimmon from interfering with drying.

Here, the position adjusting portion formed on the fastening portion 210 '' 'can be any shape as long as it can be slidably driven along the longitudinal direction of the goethread hook beam 100' ''. However, as shown in FIG. 3, In the manufacturing facility, the fastening grooves 110 '' 'may be continuously drilled along the lengthwise direction of the perspex-hanger hook beam 100' '' to the perspex-guiding hook beam 100 '' '. Accordingly, the position adjusting unit includes a fastening bar 216 '' 'passing through the fastening groove 110' '' and a fastening rod 216 '' 'around the fastener hooking beam 100' And a pair of sliding position adjusters 215 "

The fastening bar 216 '''is inserted through the fastening groove 110''' and the fastening bar 216 '''is fastened to the fastening groove 110'''.'). Here, the sliding position adjuster 215 '''may be formed to have a width larger than the width of the engaging groove 110''', so that the sliding position adjuster 215 ''' So that it can not escape. In the lower part of the coupling groove 110 '''in the state where the coupling bar 216''' penetrates the coupling groove 110 ''', the sliding position adjuster 215''''''). At this time, the sliding position adjuster 215 '''located at the bottom also has a width larger than the width of the engaging groove 110''', so that when the sliding position adjuster 215 '''Quot; into < / RTI > The pair of sliding position adjusters 215 '''formed as described above fix the positions of the fastening rods 216''' in the fastening grooves 110 '''by adjusting the spacing therebetween. By adjusting the position of the fastening bar 216 '''in this way, the position of the annular ring coupled to the lower portion of the fastening bar 216''' is determined, and the perspex- Regardless of the size of the dried persimmons.

FIG. 4 is a perspective view of a perspex mount 200 according to various embodiments of the present invention.

Although the amount of dried persimmons that can be produced in the same space can be increased by drilling the direction of the fastening groove 110 of the perspex hanger beam 100 in multiple directions as in the case of the perspex manufacturing apparatus according to the present invention, The direction of formation of the gripping arm 254 of the perspec- tive gripping part 250 can be adjusted so that the sensation for the persimmon feeling is maintained in a spaced apart state, Can be increased.

To this end, as shown in FIG. 4A, the perspex shelf 200 according to the present invention is installed in a perspex production room formed with a fastening groove 110,

A fastening bar coupled to the fastening groove 110;

A reference plate (214) having one side to which the fastening bar is connected and which is in contact with a ceiling of the perspex production room and a surface opposite to the one side;

A rotating plate 216 having one surface rotatably coupled to the other surface of the reference plate 214 and a surface opposite to the one surface; And

And an annular ring 218 which is interlocked with the rotation plate 216 and whose angle is adjusted.

A reference scale 214a is formed on the other surface of the reference plate 214 and a rotation scale 216a is formed on the other surface of the rotation plate 216 at equal intervals. That is, the rotation angle of the loop 218 coupled with the rotary plate 216 can be adjusted according to which rotary scale 216a is positioned at the reference scale position.

Reference numeral 218a denotes a ring hole formed radially inward of the ring.

By providing the rotary plate 216 in various shapes, it is possible to determine how the rotary plate 216 is rotationally driven from the reference plate 214. 4B, the coupling part 210 according to one embodiment of the present invention includes a reference plate 214, an insertion hole passing through the reference plate 214, An insertion groove recessed in a radially inner side is formed,

A rotation center beam 216c passing through the insertion hole and a locking protrusion 216b fastened to the insertion groove and positioned on the opposite side of the rotation scale 216a are formed on the one surface of the rotation plate 216 . That is, when fixing the position of the rotating plate 216, the engaging protrusion 216b formed on the other surface of the rotating plate 216 is concavely and reliably coupled to the insertion groove of the reference plate 214. When the rotating plate 216 is rotated The ring 218 is pulled to release the fastened state of the rotary plate 216 with the reference plate 214, and then the rotary drive is rotationally driven. It is preferable that an elastic body 216d is provided between the rotation center beam 216c and the reference plate 214. That is, when the rotary plate 216 is fixed after being rotated, the elastic body 216d is provided with a restoring force so that the position after the rotary plate 216 is rotated is kept fixed. Here, a spring is used as the elastic body 216d. One end of the elastic body 216d is fastened to the rotation center beam 216c and the other end of the elastic body 216d is connected to the reference plate 214 and the other end of the elastic body 216d, And is fastened to the washer 216e which is in sliding contact. Here, the insertion grooves formed in the reference plate 214 and the engaging protrusions 216b located on the rotary plate 216 can be reversed in installation position. That is, the reference plate 214 is provided with a protrusion such as the locking protrusion 216b and a recess like the insertion groove is provided in the rotation plate 216 so that the reference plate 214 and the rotation plate 216 Can be fixed.

4C, the rotary plate 216 includes a first rotary plate 216x 'fixedly mounted on the reference plate 214 and a second rotary plate 216x' rotatably coupled to the first rotary plate 216x ' Includes a rotating plate 216y '

A pair of angle adjusting structures 216h 'and 216i' having concavities and convexities formed at equal angular intervals may be coupled to the first and second rotary plates 216x 'and 216y' so as to be rotatably engaged with each other. Here, the concavo-convex structure formed in the angle adjusting structure 216i 'allows a convex mountain to be located at the position of the rotation scale 216a. Therefore, when the force is not applied to the recessed valley position of the angle adjusting structure 216h 'formed at the position to move the position, the second rotation plate 216y' is fixed to the first rotation plate 216x ' do.

Here, the perspeid receptacle 200 includes hook-shaped hooks 252 hooked on the hooks 218 of the fastening part 210;

A gripping arm 254 formed at a lower portion of the hooking hole 252 and formed with a gripping groove 254a for inserting a persimmon sensation cap at both ends; And

And a perspex grasp portion 250 provided with an annular ring 256 provided at a lower portion of the grip arm 254.

The perspex-holding portion 250 provided in the perspex-receiving stand 200 according to the present invention is commonly applied to the perspex-holding portion 250. The perspex-holding portion 250 and the perspex-holding portion 250 The weight of the sensation for persimmon persimmon is dispersed so as to prevent contact with the sense of persimmon sensation located in the perspex-holding portion 250 of the adjacent perspex-guise beam 100 can do.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

100: Dried persimmon hangers 110, 110 ', 110 ": fastening grooves
112, 112 ', 112 ": first fastening groove 114, 114', 114": second fastening groove
200: perspex holder 210: fastening part
214: reference plate 214a: reference scale
216, 216 ': rotary plate 216a: rotary scale
216b: a locking projection 216c: a rotation center beam
216d: elastic body 216e: washer
216h ', 216i': angle adjusting structure 216x ': first rotating plate
216y ': second rotating plate 218, 256:
218a: Kori Ball 250: Dried persimmons
252: Hook section 254:
254a:

Claims (1)

Dried persimmon hanging in one direction; And
And a fastening portion having an annular ring coupled to a lower portion of the position adjusting portion, wherein the fastening portion is slidably moved along the longitudinal direction of the goethread hook,
Wherein a fastening groove is continuously formed in a longitudinal direction of the dragon girder beam,
Wherein the position adjusting portion includes a fastening bar passing through the fastening groove and a pair of sliding position adjusting fastening portions respectively fastened in the vertical direction of the fastening bar about the fastening hook using beam.

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