KR102091806B1 - Automatic transfer device of fish hook - Google Patents

Abstract

The present invention provides an automatic transport device of a fish hook material which can accurately and sturdily fix a material for a fish hook. According to the present invention, the automatic transport device of a fish hook material comprises: a transport driving unit to provide horizontal reciprocation movement driving power; a first transport frame which has one end connected to the transport driving unit, performs a horizontal reciprocating motion transferred through the transport driving unit, is capable of independently performing a vertical reciprocating motion, and includes a first transport guide and a first frame body with a plurality of first material fixing blocks coupled thereto and separated at prescribed intervals; a second transport frame which performs a horizontal reciprocating motion and a vertical reciprocating up/down motion transferred through the first transport frame with the first transport frame, is arranged on one side of the first transport frame to allow at least a portion of a horizontal reciprocating forward/backward motion to be independently position-moved on the first transport frame, and includes a block opening/closing member and a second frame body with a plurality of second material fixing blocks coupled thereto and separated at prescribed intervals to come in contact with and detach from the first material fixing blocks; and a block opening/closing guide member which is fixed on one end of the second transport frame, and guides a horizontal and a vertical movement of the block opening/closing member by contact with the block opening/closing member.

Description

AUTOMATIC TRANSFER DEVICE OF FISH HOOK

The present invention relates to an automatic transfer device for a fishing needle material, and more specifically, a fishing needle material that automatically supplies a fishing needle material cut into a certain length to a fishing needle manufacturing device capable of continuously producing through a forging process. It relates to an automatic transfer device.

In general, the fishing needle is made of various shapes and sizes according to the type of fish to be fished, and the fishing needle (1), which is mainly used for large fish, is formed with a loop (3) and a tip (2) at the end. It consists of a body part with a barbed cut out so as to protrude laterally (see FIG. 1).

The conventional manufacturing apparatus for manufacturing such a fishing needle forms a pointed part by grinding the end of a material cut to a certain length, and then transfers it to a manufacturing device and supplies it to the bending forming process to form a ring-> barb Forming the barb forming process-> bending process was sequentially performed to prepare a fishing needle.

At this time, the grinding process for forming the sharpened portion of the fishing needle was performed in a separate process from the bending forming process, barb forming process, and bending process performed in the manufacturing apparatus.

As described above, as the process of forming the sharpened portion and the process of forming the semi-circular ring on the opposite side of the wire proceeds individually with a time difference, there is a disadvantage in that the time due to the fishing needle is delayed.

In addition, in the case of the conventional fishing needle manufacturing apparatus, since one end of the material is individually formed by a sharp grinding process by hand, the workability and productivity are poor, and the defect rate is high and thus it is not economical.

In order to solve this problem, the present applicant has developed a "fishing needle manufacturing apparatus", which is Korean Patent Registration No. 1773504 (registered on August 25, 2017), which is the following patent document.

The registered patent "fishing needle manufacturing apparatus" is provided with an upper mold frame means, a lower mold frame means and a conveying means having a mounting frame having a plurality of mounting grooves so that the material can be sequentially transferred. In order to increase the stiffness, the material cut into a certain length is supplied and forged sequentially so that it can be manufactured only by a number of forging processes without going through a grinding process. It has a beneficial effect.

However, the mounting groove formed in the mounting frame of the transport means simply seats the material to be transported in the sequential forging process of one end and the other end of the material for the fishing needle, but there is no separate fixing means. Therefore, in the sequential transfer process to adjacent mounting grooves, the material flows or the body part is deformed due to the bending phenomenon that may occur during processing. There is a problem in that flow may occur. Due to this, it may cause sequential conveyance failure of the material, which may cause problems in that workability and productivity may be lowered or the possibility of defective fishing hooks may not be completely excluded.

KR 10-1773504 B1

Therefore, the problem to be solved by the present invention is to solve the above problems, and to automatically and securely fix the fishing needle material that is sequentially and firmly fixed during the sequential forging process of one and the other ends of the fishing needle material. It is to provide a conveying device.

An automatic transfer device for a fishing needle material according to an embodiment of the present invention for solving the above problems is a transfer drive unit providing a horizontal reciprocating driving force, one end of which is connected to the transfer drive unit and horizontally transferred through the transfer drive unit A first conveying frame including a first frame body and a first conveying guide member coupled to a plurality of first material fixing blocks spaced apart at predetermined intervals independently and vertically reciprocating is possible while performing a directional reciprocating motion, The horizontal reciprocating motion and the vertical reciprocating up and down motion transmitted through the first transport frame are performed together with the first transport frame, but at least a part of the horizontal reciprocating forward and backward motion is independent of the first transport frame. It is provided on one side of the first transfer frame so as to be in contact with the first material fixing block A second transfer frame including a second frame body and a block opening and closing member coupled with a plurality of second material fixing blocks spaced apart at predetermined intervals so as to be released, and fixed to one end of the second transfer frame, wherein It includes a block opening and closing guide member for guiding the horizontal and vertical movement of the block opening and closing member through contact with the block opening and closing member.

The first material fixing block has a first material body seating groove for receiving and supporting a part of the outer diameter of the body part of the fishing needle material on one side, and the second material fixing block has a part of the outer diameter of the body part of the fishing needle material on one side. When the first material fixing block and the second material fixing block come into contact with each other, the first material body seating groove and the second material body seating groove are formed. In combination with each other, the outer diameter of the body portion of the fishing needle material can be fixedly received in a pressurized state.

The block opening / closing member may include a first block opening / closing member and a second block opening / closing member formed at a predetermined interval on one side of the second frame body and moving along the block opening / closing guide member.

The block opening / closing guide member guides the downward movement according to the contact of the first block opening / closing member to guide the second material fixing block to release the contact state with the first material fixing block, and the second block opening / closing member A first block opening and closing guide unit for guiding the second material fixing block to be in contact with the first material fixing block by guiding an upward movement according to the contact of the first block, and a downward movement due to the contact of the first block opening and closing member Guides the second material fixing block to be in contact with the first material fixing block, and guides the upward movement according to the contact of the second block opening and closing member to fix the second material fixing block to fix the first material It may include a second block opening and closing guide portion for guiding to release the contact state with the block.

The first block opening / closing guide portion is inclined downward from the top, and the second block opening / closing guide portion is inclined upwardly from the bottom, and a direction changing guide portion provided between the first block opening / closing guide portion and the second block opening / closing is provided. It may further include.

The relative movement of the second material fixing block with respect to the first material fixing block in which contact is generated is additionally provided between the first fixed material block and the second fixed material block in which mutual contact is not made. A second transfer guide member for guiding may be further included.

It is provided to support the first transfer frame, it may further include a base frame including an elastic support for transmitting a vertical upward upward movement.

As described above, according to the automatic transfer device of the fishing needle material according to the present invention, a separate fixing means is not simply settled on the fishing needle material sequentially transferred in the process of sequential forging process of one end and the other end of the fishing needle material. Since it can be accurately and firmly fixed by use, it has an advantageous effect of preventing workability and productivity deterioration when using the fishing needle manufacturing apparatus and preventing defects of the processed fishing needle.

1 is a perspective view of an automatic transfer device of a fishing needle material according to an embodiment of the present invention,
2 is an enlarged view of a main portion of an automatic transfer device for a fishing needle material according to the embodiment of the present invention of FIG. 1, and
3 to 14 are main part front views sequentially showing the operating state of the automatic feeding device of the fishing needle material according to an embodiment of the present invention.

Specific details for carrying out the invention are included in the detailed description and drawings.

Advantages and features of the present invention, and methods for achieving them will be clarified with reference to embodiments described below in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various different forms, and only the present embodiments make the disclosure of the present invention complete, and have ordinary knowledge in the technical field to which the present invention pertains. It is provided to fully inform the person of the scope of the invention, and the invention is only defined by the scope of the claims.

The same reference numerals refer to the same components throughout the specification. Embodiments described in this specification will be described with reference to ideal perspective views, enlarged views, and front views of the present invention.

Hereinafter, an automatic transfer device for a fishing needle material according to an embodiment of the present invention will be described in detail with reference to FIGS. 1 to 14 with reference to the accompanying drawings.

First, with reference to Figures 1 to 3 will be described in detail focusing on the configuration of the automatic transfer device of a fishing needle material according to an embodiment of the present invention.

1 is a perspective view of an automatic transfer device of a fishing needle material according to an embodiment of the present invention, FIG. 2 is an enlarged view of main parts of an automatic transfer device of a fishing needle material according to an embodiment of the present invention in FIG. 1, and FIG. 3 is It is a main part front view of the automatic transfer device of a fishing needle material according to an embodiment of the present invention.

Prior to the description, the automatic transfer device for the fishing needle material according to the embodiment of the present invention is a patent fishing registration device No. 1773504 (2017.08.25. Registration), which is a prior art document registered and registered by the present applicant Since it is an improved invention that improves the problems of the conveying means, which is a component used with the lower mold frame means and the upper mold frame means, the description focuses on the differences in its configuration and operation principle and manufactures a fishing needle including the conveying means. It is revealed that the basic configuration and operation method of the device may be referred to the above registered patent.

1 to 3, the automatic transfer device of the fishing needle material according to the embodiment of the present invention includes a transfer driver 100, a first transfer frame 200, a second transfer frame 300, and a base frame ( 400), elastic support portions (450, 451) and block opening and closing guide member (500).

The transfer drive unit 100 includes a drive shaft 110, a shaft connecting member 120 and a frame shaft 130.

The driving shaft 110 reciprocates the expansion and contraction movements corresponding to the forward and backward movements in the horizontal direction during the basic 1 cycle by using the driving force generated by a known cylinder or motor.

 The shaft connecting member 120 has one end connected to one end of the drive shaft 110 and independently performs the same subordinate movement as the horizontal direction movement of the drive shaft 110, and independently increases the vertical direction during the basic one cycle. And descending exercises are repeated.

The frame shaft 130 has one end connected to the other end of the shaft connecting member 120 and simultaneously performs vertical reciprocating up and down movement together with the horizontal reciprocating forward and backward movement transmitted through the drive shaft 110 during a basic one cycle.

        The first transfer frame 200 includes a first frame body 210, a first transfer guide member 220, and a first material fixing block 230, one end of which is horizontal to the other end of the frame shaft 130. It is connected and performs the horizontal reciprocating forward and backward movement and the vertical reciprocating upward and downward movement transmitted through the frame shaft 103 during a basic one cycle.

The first frame body 210 has a long rod shape in a horizontal direction, and one end is connected to the other end of the frame shaft 130.

The first conveying guide member 220 is provided on one side of the first frame body 210, and the relative horizontal between the second frame body 310 and the first frame body 210 of the second conveying frame 300 to be described later. Guide the movement. In the present embodiment, the first transfer guide member 220 is formed as a guide groove that accommodates one end of the second frame body 310 and guides the horizontal reciprocating movement, but is not limited thereto. It can also be changed to other configurations that can be moved.

A plurality of first material fixing blocks 230 are coupled at predetermined intervals by a coupling means such as a known bolt along the upper length direction of the first frame body 210, and the fishing needle material (W) along the upper one side edge portion ), A first material body seating groove 232 for receiving and supporting a part of the outer diameter of the body portion is formed.

The second transfer frame 300 includes a second frame body 310, a block opening / closing member 320, and a second material fixing block 330. The second conveying frame 300 performs the horizontal reciprocating forward and backward motion and the vertical reciprocating vertical motion transmitted through the frame shaft 103 and the first conveying frame 200 together with the first conveying frame 200, The second material fixing block 330 repeatedly contacts and releases the first material fixing block 230 by allowing a part of the horizontal reciprocating forward and backward movement to move independently of the first transfer frame 210. It is provided on one side of the first transfer frame 310 to perform.

The second frame body 310 is coupled to the first transfer guide member 220 in a horizontally long rod shape so that a portion of the first frame body 210 is elastically slidable to each other in the horizontal direction.

A plurality of second material fixing blocks 330 are contacted and released from the first material fixing block 230 at predetermined intervals by a coupling means such as a known bolt along the upper length direction of the second frame body 310. A second material body seating groove 332 that is coupled to a possible corresponding position and accommodates and supports a portion of the outer diameter of the body portion of the fishing needle material W along one edge of the upper lower portion is formed.

The block opening / closing member 320 is provided on one side of the second frame body 310 and is guided along the block opening / closing guide member 500, which will be described later, and performs forward and backward and up and down reciprocation movements, along with the first transfer frame body 210. During vertical reciprocating motion in the vertical direction, the horizontal reciprocating forward and backward positions are moved independently of the first transfer frame body 210 in at least some sections. Therefore, the first transport frame body 210 and the second frame body 310 instantaneously generate a horizontal alignment error, and the second material fixing block 330 fixes the first material through relative movement. The block 230 and the contact and release contact are repeatedly performed.

When the first material fixing block 230 and the second material fixing block 330 come into contact, the first material body seating groove 232 and the second material body seating groove 332 are mutually combined to pass through an elongated tube To form, and accommodate the outer diameter of the body part of the fishing needle material (W) in the through-pipe, the fishing needle material (W) in the sequential transfer process from the fishing needle material (W) to the next forging process It is firmly fixed.

When the first material fixing block 230 and the second material fixing block 330 are released from the contact, the tube penetrated by mutual coupling of the first material body seating groove 232 and the second material body seating groove 332 This is opened, and the fishing needle material (W) moved to the next forging process step position is subjected to a hitting process, which is the forging process of the next step by the fishing needle manufacturing apparatus.

In the present embodiment, the block opening / closing member 320 is provided with a first block opening / closing member 322 and a second block opening / closing member 326 formed side by side at a predetermined interval on one side of the second frame body 310.

The first block opening and closing member 322 and the second block opening and closing member 326 are guided along the opening and closing guide unit 530, which will be described later, and move sequentially. When the first block opening / closing member 322 and the second block opening / closing member 326 sequentially move along the opening / closing guide portion 530, at least the horizontal reciprocating forward and backward movement of the second transfer frame body 310 is performed. In some sections, a horizontal position movement occurs independently of the first transfer frame body 210, through which the second material fixing block 330 contacts and releases the first material fixing block 230 through relative movement. This is done.

The second transfer guide member 350 is additionally provided between the first fixed material block 230 and the second fixed material block 330 in which mutual contact is not made, and the relative movement of the second fixed material block 330 To guide the contact and release of contact with the first material fixing block 230 in which contact occurs more smoothly and accurately.

The base frame 400 is provided below the first transfer frame 200 to support the first transfer frame 200 and the second transfer frame 300, and elastic to transmit upward return movement force along the guide bar 460 The first transfer frame 200 and the second transfer frame 300 including the support 450 are raised in the vertical direction.

On the other hand, in the present embodiment, the vertical movement of the shaft connecting member 120, the frame shaft 130, the first transfer frame 200, the second transfer frame 300, and the base frame 400 is performed by self-weight. It may be, but may be made by means of providing a vertical vertical movement force of a separate fishing hook manufacturing apparatus.

The block opening / closing guide member 500 is fixed at predetermined intervals to one end of the second transfer frame 200 and the base frame 400, and the vertical frame 510, the horizontal frame 520, and the horizontal frame 520 are fixed. It includes a block opening and closing guide portion 530 to protrude to one side of the block opening and closing member 320 to guide the movement of the block opening and closing member 320 through sliding contact.

The block opening / closing guide portion 530 includes a first block opening / closing guide portion 532 protruding downward from the upper portion of the horizontal frame 520, and a second block opening / closing guide portion protruding upward from the lower portion of the horizontal frame 520. 534 and a direction changing guide 536 provided in a vertical direction between the two block opening and closing guide portions 532 and 534.

The first block opening / closing guide part 532 guides the downward movement according to the contact of the first block opening / closing member 322 so that the second material fixing block 330 is released from the contact state with the first material fixing block 230 It guides as much as possible, and guides the upward movement according to the contact of the second block opening and closing member 326 so that the second material fixing block 330 is in contact with the first material fixing block 230.

The second block opening and closing guide part 534 guides the downward movement according to the contact of the first block opening and closing member 322 so that the second material fixing block 330 is in contact with the first material fixing block 230. By guiding and guiding the upward movement according to the contact of the second block opening and closing member 326, the second material fixing block 330 is guided to release the contact state with the first material fixing block 320.

The direction change guide portion 536 is provided between the first block opening and closing guide portion 532 and the second block opening and closing guide portion 534 to smoothly slide the first block opening and closing member 322 and the second block opening and closing member 326 Guide the movement of the change of contact direction.

On the other hand, the above-mentioned block opening and closing member 320 and the block opening and closing guide member 500 reveals that the number and shape can be changed as long as the functions of the blocks are not compromised.

Hereinafter, with reference to Figures 3 to 14 for the operation method of the automatic transfer device of the fishing needle material according to an embodiment of the present invention will be described in detail.

3 to 14 are main part front views sequentially showing the operating state of the automatic feeding device of the fishing needle material according to an embodiment of the present invention.

3 to 14, the automatic transfer device of the fishing needle material transfers the fishing needle material (W) to the next forging process step position through one cycle reciprocation, forward and backward movement, and sequential repetition is continuously performed.

First, as illustrated in FIG. 3, the drive shaft 110 is in a state in which the maximum forward direction in the horizontal direction is made by the transfer driving unit 100, the shaft connecting member 120, the frame shaft 120, the first transfer frame 200, The second transfer frame 300 and the base frame 400 are in the maximum elevation state in the vertical direction with respect to the drive shaft 110. At this time, the first material fixing block 230 and the second material fixing block 330 are in contact with each other, and the first material body seating groove 232 and the second material body seating groove 332 are mutually coupled to pass through the long elongation. The tube is formed, and the outer diameter of the body portion of the fishing needle material (W) is held in a pressurized state in the through-tube, and is securely fixed. In addition, the lower edge portion of the first block opening and closing member 322 is in a state in which the contact state is released in a state in which the contact state is released at a predetermined distance from the uppermost part of the first block opening and closing guide part 532.

Thereafter, the shaft connecting member 120, the frame shaft 130, the first transfer frame 200, and the second transfer frame in a state in which the drive shaft 110 does not change the maximum forward position in the horizontal direction by the transfer drive unit 100 When the 300 and the base frame 400 start to descend in the vertical direction, the lower edge portion of the first block opening and closing member 322 contacts the first block opening and closing guide portion 532 as shown in FIG. 5 as shown in FIG. 5 to make contact with the direction change guide portion 536. Due to this, the second frame body 310 is further moved forward in the horizontal direction along the first transfer guide member 220 of the first frame body 210, the first material fixing block 230 and the second The material fixing block 330 is switched to a contact release state. Due to this, the mutual coupling between the first material body seating groove 232 and the second material body seating groove 332 is released so that the body part of the fishing needle material W is seated in the first material body seating groove 232. 2 material body seating groove 332 is released from the contact state of the body portion of the fishing needle material (W).

Thereafter, when the shaft connecting member 120, the frame shaft 120, the first transfer frame 200, the second transfer frame 300, and the base frame 400 start to descend further, the first block is opened and closed as shown in FIG. As the side portion of the member 322 contacts the direction changing guide portion 536, further descent proceeds, and the body portion of the fishing needle material W is also free from being seated with the first material body seating groove 232. It is seated on the lower mold frame means of the fishing needle manufacturing apparatus, and the forging process in the corresponding step is performed by the blow by the upper mold frame means.

 Thereafter, when the shaft connecting member 120, the frame shaft 120, the first transfer frame 200, the second transfer frame 300, and the base frame 400 start to descend further, the first block opening and closing member 322 ) The upper edge portion of the second block opening and closing in contact with the guide portion 534 moves along the upwardly inclined direction (the second frame body 320 is an elastic means providing a separate elastic return force in the direction of the drive shaft 110 After the movement is made), as shown in FIG. 7, the upper edge portion of the first block opening and closing member 322 is released from the contact with a predetermined separation interval at the lowermost portion of the second block opening and closing guide portion 534 The position will be aligned. At this time, the shaft connecting member 120, the frame shaft 120, the first transfer frame 200, the second transfer frame 300, and the base frame 400 are in a maximum descending state with respect to the drive shaft 110 in the vertical direction. . In addition, since the second frame body 310 is further reversed in the horizontal direction along the first transfer guide member 220 of the first frame body 210, the first material fixing block 230 and the second material are generated. The fixed block 330 is converted into a contact state, and the first material body seating groove 232 and the second material body seating groove 332 are mutually combined to form a through tube, but a fishing needle is inserted into the through tube All of the material W is not inserted.

Thereafter, as shown in FIG. 8, when the drive shaft 110 reverses in the horizontal direction by the transfer drive unit 100 to switch to the maximum reverse state, the shaft connecting member 120, the frame shaft 120, and the first transfer frame (200), the second transfer frame 300 and the base frame 400 are also switched to the maximum reverse direction in the horizontal direction in the state in which the vertical maximum fall is made. Then, the second transfer frame 300 is predetermined with respect to the lowermost portion of the second block opening and closing guide portion 534 in which the upper edge portion of the second block opening and closing member 326 is continuously in a fixed position due to the horizontal backward movement. It is switched to the position aligned with the separation distance.

After this, as shown in FIGS. 9 to 13, the drive shaft 110, the shaft connecting member 120, the frame shaft 120, the first transfer frame 200, the second transfer frame 300 and the base frame 400 are horizontal In the state in which the maximum reverse direction is maintained, the shaft connecting member 120, the frame shaft 120, the first transfer frame 200, the second transfer frame 300, and the base frame 400 start to rise to the maximum When the switch to the rising state, the second frame opening and closing member 326 is in contact with the second block opening and closing guide portion 534, the direction switching guide portion 536 and the first block opening and closing guide portion 532, the second frame The body 310 moves in a horizontal direction relative to the second frame body 210 in the forward and backward movement, and the first material fixing block 230 and the second material fixing block 330 are released from contact in contact. After the state, it is switched back to the contact state. Accordingly, while the first material fixing block 230 and the second material fixing block 330 rise, the forging process is performed by the previous hit or the first material is released at the moment when the contact with the newly supplied fishing needle material W is released. Once seated in the body seating groove 232, the body is switched back to a contact state, and the first material body seating groove 232 and the second material body seating groove 332 are mutually coupled to accommodate the pressurized tube. It is fixed.

Then, as shown in Figure 14, the shaft connecting member 120, the frame shaft 120, the first transfer frame 200, the second transfer frame 300 and the base frame 400, the drive shaft 110 in the maximum raised state When the maximum advance in the horizontal direction is performed by the transfer driving unit 100, the sequential movement of the fishing needle material W is completed in order to proceed to the next forging process as compared with FIG. 3.

As described above, according to the automatic transfer device for the fishing needle material according to the present invention, the fishing needle material W sequentially transferred in the process of sequential forging process of one end and the other end of the fishing needle material W can be opened and closed without simply being seated. The first material body seating groove 232 and the second material body seating groove 332 of the first material fixing block 230 and the second material fixing block 330 driven through relative movement are mutually coupled to pass through Since it can be held in a pressurized state in a pipe and accurately and firmly fixed, it has an advantageous effect of preventing workability and productivity deterioration when using a fishing needle manufacturing apparatus and preventing defects of a processed fishing needle.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concept of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

100: transfer drive unit 110: drive shaft
120: shaft connecting member 130: frame shaft
200: first transfer frame 210: first frame body
220: first transfer guide member 230: first material fixing block
232: first material body seating groove
300: second transfer frame
310: second frame body 320: block opening and closing member
322: first block opening and closing member 326: second block opening and closing member
330: Second material fixing block 332: Second material body seating groove
350: second transfer guide member
400: base frame
450, 451: Elastic support 460: Guide bar
500: block opening and closing guide member 510: vertical frame
520: horizontal frame 530: block opening and closing guide portion
532: first block opening and closing guide portion 534: second block opening and closing guide portion
536: direction change guide section

Claims (7)

Transport drive unit providing a horizontal reciprocating driving force,
One end is connected to the transfer driving unit, and a vertical reciprocating movement is independently possible while performing a horizontal reciprocating movement transmitted through the transfer driving unit, and a plurality of first material fixing blocks spaced apart at predetermined intervals are combined. A first transfer frame comprising a frame body and a first transfer guide member,
The horizontal reciprocating motion and the vertical reciprocating up and down motion transmitted through the first transport frame are performed together with the first transport frame, but at least a part of the horizontal reciprocating forward and backward motion is independent of the first transport frame. A second frame body and a block opening / closing member coupled to a plurality of second material fixing blocks spaced at predetermined intervals so as to be provided on one side of the first transfer frame and spaced apart and contacted with the first material fixing block A second transfer frame, and
Block opening / closing guide member fixed to one end of the second transfer frame and guiding the horizontal and vertical movement of the block opening / closing member through contact with the block opening / closing member
Automatic transfer device of the needle material, including. In claim 1,
The first material fixing block
A body seating groove of a first material for receiving and supporting a part of the outer diameter of the body portion of the fishing needle material is formed on one side,
The second material fixing block has a second material body seating groove for receiving and supporting a part of the outer diameter of the body part of the fishing needle material on one side,
When the first material fixing block and the second material fixing block come into contact, the first material body seating groove and the second material body seating groove are mutually coupled to press the outer diameter of the body portion of the fishing needle material. Housed with fixed
Automatic feeding device with fishing needle material. In claim 1,
The block opening and closing member
A first block opening and closing member and a second block opening and closing member formed along a predetermined gap on one side of the second frame body and moving along the block opening and closing guide member
Containing
Automatic feeding device with fishing needle material. In claim 3,
The block opening and closing guide member
Guide the downward movement according to the contact of the first block opening and closing member to guide the second material fixing block to release the contact state with the first material fixing block, and the upward movement according to the contact of the second block opening and closing member A first block opening and closing guide unit for guiding the second material fixing block so as to be in contact with the first material fixing block by guiding, and
Guide the downward movement according to the contact of the first block opening and closing member to guide the second material fixing block to be in contact with the first material fixing block, and guide the upward movement according to the contact of the second block opening and closing member A second block opening / closing guide unit for guiding the second material fixing block to release the contact state with the first material fixing block
Containing
Automatic feeding device with fishing needle material. In claim 4,
The first block opening and closing guide portion protrudes downwardly from the top,
The second block opening and closing guide portion is projected to be inclined upward from the bottom,
Direction change guide portion provided between the first block opening and closing guide portion and the second block opening and closing
Containing more
Automatic feeding device with fishing needle material. In claim 1,
It is further provided between the first fixed material block and the second fixed material block that are not mutually contacted, and further moves the relative movement of the second fixed material block with respect to the first fixed material block in which contact occurs. To guide
Second transfer guide member
Containing more
Automatic feeding device with fishing needle material. In claim 1,
It is provided to support the first transfer frame, the base frame including an elastic support for transmitting a vertical upward upward movement force
Containing more
Automatic feeding device with fishing needle material.

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