JP3190276U - 柿 Holding member - Google Patents

Abstract

Provided is a wrinkle holding member that can securely hold wrinkles of various sizes and shapes while preventing the wrinkles of the wrinkles that are to be processed from being damaged, and capable of peeling the entire circumference.
A holding part main body 2 in which a flow path 3 of vacuum suction air is formed, and a tip contact surface 10 of an annular holding part 9 provided at a tip side end part of the holding part main body, are to be processed. A holding member main body provided with an elastic adsorbing member 6 formed so as to make the inside of the holding portion main body have a negative pressure when the vacuum is driven by being brought into contact with the real annular cutting portion of the In this case, a plurality of pins 5 that can be pierced into the center part of the heel of the cocoon by arranging the annular holding part are provided.
[Selection] Figure 1

Description

  The present invention relates to a wrinkle holding member suitable for peeling the entire circumference of a wrinkle that has been peeled off.

  There is a process of peeling the dried cocoon as a manufacturing process, but when a large amount of cocoon is to be processed, the peeling process is performed at high speed using a known peeling machine. .

  For example, in the case of manufacturing a dried straw, leaving the center of the spatula (hereinafter referred to as the center of the spatula) where a branch for tying a string for hanging the dried straw is left, Peel the flesh (peel peel), and then peel the whole circumference of the persimmon fruit (full peel) using a device for peeling the peel and a device for peeling the full circumference (Patent Document 1).

  The all-around skin peeling device has a holding needle inserted into the treated part of the heel that has been peeled off, or the suction part is brought into contact with the actual shoulder part after the peeling off of the sticker. By holding the fruit of the cocoon. In this state, the rotary shaft provided in the holding portion is driven to rotate, and the skin is applied to the skin portion where the skin peeling blade is scraped off, or the skin held on the holding portion is peeled off. The peeling blade is applied, and the skin peeling blade is moved around to peel off the skin (see Patent Document 2).

JP 2006-42748 A JP 2006-42748 A

  By the way, when performing the all-peeling process of the cocoon that has been peeled off using a conventional all-peeling device, the holding needle is pierced into the cocoon that has undergone the process of peeling the peel and the cocoon is held. It is necessary to pierce the holding needle deeply.

  However, if the holding needle is pierced deeply into the cocoon, the bacteria may enter from the site, which may cause pain and deteriorate the commercial value of the cocoon.

  In addition, when sucking and holding the peeled cocoon fruit with a suction part, if the fruit of the cocoon is ripe and soft, the suction part air Part of the ripe fruit is torn off in the aisle, the sticky part is peeled off from the fruit, and the shape of the fruit of the cocoon is destroyed, or the torn fruit and peeled off part of the fruit are in the air passage There is a risk that problems such as stagnation, lowering of the suction ability of the suction part, and adhesion due to wrinkles and unsanitary problems may occur.

  In addition, since the size and shape of the wrinkles are not uniform, it is difficult to make the suction part come into good contact with the shoulder portions of the wrinkles that have been peeled off, and suction sufficient for holding the entire circumference cannot be performed. Cases are also envisaged.

  Therefore, the present invention has been made in view of the above points, and reliably holds a variety of sizes and shapes of wrinkles while preventing damage to the wrinkles to be processed. An object of the present invention is to provide a wrinkle holding member that can be used.

  In order to achieve the above-described object, the scissor holding member according to the present invention is connected to the opening end of the suction air shaft of the vacuum constituting the scissors all-peeling treatment device, and the scissor fruit branch is located A heel holding member for cutting the whole skin and the pulp around the center of the stalk and the flesh around the center of the stake, leaving the center of the stalk and holding the stalks forming the annular cutting part. A holding portion main body in which a flow path for suction air of the vacuum is formed, and a distal end side end portion of the holding portion main body. An elastic adsorbing member made of an elastic body formed so as to make the inside of the holding unit main body have a negative pressure when the vacuum is driven by being brought into contact with the annular cutting part and adsorb the fruit of the processing target. And the holding part main body includes the And a plurality of pins which the circle is possible piercing the calyx center by bending the annular holding portion sexual suction member is disposed.

  According to such a configuration, the annular cutting portion of the scissors to be processed is brought into contact with the tip contact surface of the annular holding portion of the elastic adsorption member, and the vacuum is driven to move the inside of the holding portion main body. As a negative pressure, the fruit of the object to be treated is sucked and adsorbed by the elastic adsorbing member, and the annular holding portion of the elastic adsorbing member is bent to be disposed on the holding portion main body. The tip can be pierced into the center portion of the spatula to be processed. Therefore, the scissors can be used for processing while being held by suction by driving the vacuum and by piercing the pin at the center of the head. At that time, even if the suction of the cocoon fruit is not sufficient due to the shape of the cocoon, etc., the cocoon fruit can be held by the pin sticking into the center portion of the head. In addition, since the pin is pierced in the central portion of the spatula, the pin does not hinder the work of stripping the entire circumference. Furthermore, since the pin is stuck in the center of the spatula, it is possible to prevent the fruit of the cocoon from being damaged.

  By holding the cocoon fruit by piercing the pin into the center, the vacuum suction force is much smaller than that of a conventional device that only holds the cocoon fruit by vacuum suction. Some of the coconuts are torn off by suction, breaking the shape of the cocoon, or the torn cocoons are stuck in the suction air flow path, reducing the adsorption capacity, and becoming cocoon The occurrence of problems such as sticking can be suppressed.

  According to the present invention, it is possible to reliably hold the various sizes and shapes of the wrinkles while preventing the wrinkles of the wrinkles that are to be processed from being damaged, and to provide for all-peeling processing, etc. it can.

The disassembled perspective view which shows an example of connection with the heel holding member of this embodiment, and the suction air shaft of a vacuum (A) top view, (B) transparent front view, (C) bottom view of the heel holding member of this embodiment Sectional drawing of the disconnection in FIG. 2 (A) of the collar holding member of this embodiment Sectional drawing which shows the initial state which sets the fruit of a cocoon to the cocoon holding member of this embodiment, or the state which is holding the fruit of a cocoon by air suction Sectional drawing which shows the state which is holding the fruit of a cocoon with the pin of the cocoon holding member of this embodiment, and air suction

  Hereinafter, an embodiment of a heel holding member 1 according to the present invention will be described with reference to FIGS. 1 to 5.

  The scissor holding member 1 according to this embodiment is used by being connected to a suction air shaft 11 of a vacuum pump disposed in a scissor full-peeling treatment apparatus (not shown) (see FIG. 1). .

  As shown in FIGS. 1 to 3, the eaves holding member 1 includes a holding portion main body 2 in which a suction air flow passage (air flow passage) 3 communicating with the hollow portion 13 of the suction air shaft 11 of the vacuum is formed. Have. The holder main body 2 is made of a bottomed cylindrical metal such as brass or stainless steel, a plastic resin such as silicone rubber, and the like. The inside of the holder main body 2 is hollow in the suction air shaft 11 by a vent hole 4 that opens to the center of the bottom. It is formed so as to communicate with the portion 13. On the upper surface of the bottom part in the holding part main body 2, the center part 23 where the branch 22 of the walnut 21 is located is left, and the outer skin and the pulp around the center part (not shown) and the center part 23 are cut. Three pins 5 are arranged around the vent hole 4 at equal intervals so that when the scissors nut 21 with the annular cutting portion 24 is set, it can be inserted into the center portion 23 of the scissors nut 21. It is installed.

  In addition, a tip end abutment surface 10 of an annular holding portion 9 described later is provided at the tip end side (half bottom side) end portion of the bottomed cylindrical holding portion main body 2 to be opened, and an annular shape of the cocoon fruit 21 to be processed. By making contact with the cutting portion 24, the elastic suction member 6 formed so as to make the inside of the holding portion main body 2 have a negative pressure when the vacuum is driven and to suck the fruit 21 to be processed is fitted. ing.

  Here, the elastic adsorbing member 6 has an inner diameter dimension that is substantially the same as an outer diameter dimension of the holding section main body 2, and a cylindrical base section 7 that is fitted around the distal end side end section of the holding section main body 2, and the cylindrical base section 7. It is connected to the distal end side, and the inner diameter dimension is substantially the same as the inner diameter dimension of the holding section main body 2 (the inner peripheral surface is flush with the inner peripheral surface of the holding section main body 2). A cylindrical connecting portion 8 formed with a contact surface for contacting the inner surface of the cylindrical connecting portion 8 and a substantially tapered shape connected to the distal end side of the cylindrical connecting portion 8 and having an inner diameter expanding toward the outer side of the distal end. It is composed of a flange-like annular holding portion 9 formed in a slightly concave shape. The inner peripheral surface of the flange-like annular holding portion 9 serves as a tip contact surface 10 that contacts the annular cutting portion 24 of the bowl 21. The elastic adsorbing member 6 is made of a resin material having elasticity such as silicone rubber, fluorine rubber, etc. In particular, the annular holding portion 9 that expands outward in the flange shape is formed by the fruit 21 to be treated. It is bent by contact and can be deformed into a flatter flange shape.

  And in this embodiment, the pin 5 is arrange | positioned with the front-end | tip part located in the annular | circular shaped holding | maintenance part 9 (refer FIG.2 (b) and FIG.3).

  FIG. 1 shows an example of the connection between the heel holding member 1 and the vacuum suction air shaft 11 according to the present embodiment. In this embodiment, the connection is provided at the open end of the suction air shaft 11. The bottom part of the holding part main body 2 of the heel holding member 1 is fitted to the concave connecting part 11a and fixed with a set screw 16. The heel holding member 1 corresponds to the size of the fruit 21 to be held. It is formed to be exchangeable as appropriate.

  The scissor holding member 1 of the present embodiment configured as described above hits the annular cutting part 24 of the scissors fruit 21 to be processed against the tip contact surface 10 of the annular retaining part 9 of the elastic adsorption member 6. Set in contact with each other, suck in the fruit 21 of the object to be processed by sucking the inside of the holding body 2 under a negative pressure by sucking the air from the vent hole 4 by the vacuum, and sucking it on the tip contact surface 10. Can be held (see FIG. 4).

  Further, the collar fruit 21 is strongly adsorbed or pressed against the collar holding member 1 to bend the annular holding part 9 of the elastic adsorption member 6 so as to be flatter, and is arranged on the holding part main body 2. The pin tip of the provided pin 5 is protruded from the annular holding portion 9 and pierced into the center portion 23 of the nut 21 to be processed (see FIG. 5). ).

  According to the heel holding member 1 of the present embodiment configured as described above, even if the cocoon fruit 21 cannot be sufficiently adsorbed and held due to the shape of the cocoon fruit 21 to be processed, etc. The plurality of pins 5 can be held by being pierced.

  Moreover, since the pin 5 is stuck in the center part 23 of the collar 21 of the cocoon fruit 21 that has been peeled off, the pin 5 does not hinder the entire skin peeling operation. Furthermore, the pin 5 that pierces the center portion 23 of the stagnation is set so as not to reach the body of the cocoon fruit 21, thereby preventing damage to the cocoon fruit 21 and generation of mold from the scratched part of the cocoon fruit. be able to. And since a plurality of pins 5 are stabbed into the center portion 23 of the spatula, in a case where the all-peeling blade is fixedly arranged and rotated while the heel fruit 21 is in contact with the blade, It is possible to securely give and receive the rotational moment between the cocoon nut 21 and the pin 5 without losing the rotational moment, and to peel the entire circumference (rotation prevention).

  And by pinching the pin 5 into the center part 23 of the head and holding the cocoon fruit 21, the suction force of the vacuum is much smaller than that of the conventional device that holds the cocoon fruit 21 only by the suction of the vacuum. As a result, a part of the ripe persimmon fruit 21 is torn off by suction, and the shape of the persimmon fruit 21 is destroyed, or the torn persimmon fruit 21 stagnates in the air flow passage 3 of the suction air and is adsorbed. Generation | occurrence | production of problems, such as falling ability and becoming a wrinkle, can be suppressed. Further, even when the cocoon fruit 21 is ripe, the center part 23 is restrained by the pin 5, so that even if the suction force of the vacuum that adsorbs the cocoon fruit 21 is strong, the glutinous portion is It is possible to prevent the occurrence of trouble that peels off from the fruit and stays in the air flow path 3 of the suction air.

  In addition, this invention is not limited to embodiment mentioned above, A various change can be made in the limit which does not impair the characteristic of this invention. For example, the elastic adsorbing member is formed in a bellows cylindrical shape that is elastically deformed in the extending direction of the pin tip, and an annular tip contact surface is formed at the tip of the elastic suction member so as to contact an annular cutting portion of the heel. May be.

DESCRIPTION OF SYMBOLS 1 柿 Holding member 2 Holding part main body 3 Air flow path 4 Vent hole 5 Pin 6 Elastic adsorption member 7 Cylindrical base part 8 Cylindrical connecting part 9 Annular holding part 10 Tip contact surface 11 Suction air shaft 11a Connecting part 13 Hollow part 16 Stopping Screw 21 柿 Fruit 22 Branch tree 23 Center part 24 Circular cutting part

Claims (1)

Connected to the open end of the vacuum suction air shaft that constitutes the all-peeling treatment apparatus for the reed, leaving the reed center where the reeds of the reed are located, and the skin around the reed center, A cocoon holding member for cutting the flesh and for subjecting it to a full-peeling process in a state of holding the berries of the cocoon that has formed an annular cutting part,
A holder main body in which a flow path for suction air of the vacuum is formed;
The holding portion main body is provided at the tip end side end portion, and the tip contact surface of the annular holding portion is brought into contact with the toroidal cutting portion of the cocoon to be processed so that the holding is performed when the vacuum is driven. A negative pressure inside the main body, and an elastic adsorption member formed so as to adsorb the fruit of the processing target,
The hook holding member, wherein the holding main body is provided with a plurality of pins that can be pierced into the center portion by bending the annular holding portion of the elastic adsorbing member. .