KR200250124Y1 - Device for feather adhesive for an arrow - Google Patents

Abstract

The present invention can accurately and easily fix the arrowhead from the feather attachment hole, protect the feather until the adhesive is hardened, and the arrow feather attachment device that can automatically load the arrow with the feather into the storage container. In order to provide the present invention, the table 12, the shaft 10 is vertically fixed to the center, and the rotating plate 30 is assembled to the shaft and moved vertically by the upper cylinder, and the rotating plate constant Rotating means for rotating at an angle, tongs 38 mounted at regular intervals along the outer circumference of the rotating plate, and a fixing means fixed to the shaft below the rotating plate and mounted on the fixing means; A stopper 40 mounted on the table to stop the rotating plate at a predetermined position, a collar attachment hole mounted on the table, and a pre-side to one side of the table. And the installation is mounted on the frame rotating member 60,

Conveyor 66 is provided below the rotary sphere to the rear storage container.

Description

Feather attachment device for arrows {DEVICE FOR FEATHER ADHESIVE FOR AN ARROW}

The present invention relates to an arrow blade attachment device, and more particularly to an arrow blade attachment device for easily loading the arrow feather to the rear portion of the molded arrow shaft, and automatically loads the arrow blade attached to the feather.

Typically, arrows used for archery and archery are to be attached to the arrowhead in front of the arrowhead and the feather is attached to the rear, and then attach the feather to the rear of the arrowhead. As a method of attaching the feather to the shaft as described above, a conventional feather mounting tool is used. The collar mounting opening has an arm radially in accordance with the shape of the collar, and the arm is folded or unfolded to the center while the arm is pivoted by the operation of the lower cylinder. And while the arm is fitted with a feather coated with an adhesive on the inner surface, the arms are attached to each other when the arms are moved inward and in close contact with the shaft fixed in the center. In this case, a device for vertically standing and fixing the arrowhead is required, and a means for standing up until the adhesive is hardened is needed to protect the feather immediately after attaching the feather. In addition, it takes a lot of time and manpower to load the arrow attached to the feather container. As the above operation is performed by manual, not only the overall work time is delayed, but also the same precision cannot be obtained for each product, and the quality of the product is degraded.

The present invention is to overcome the above-mentioned conventional problems, an object of the present invention is to accurately and easily fix the arrowhead from the feather attachment hole, the arrow blade attachment device that can protect the feather until the adhesive is hardened In providing.

Another object of the present invention is to provide an arrow feather attachment device that can automatically load an arrow with a feather into a storage container.

1 is a front view of the arrow quill attachment device according to the present invention is a state diagram immediately before the arrow is mounted.

Figure 2 is a front view of the arrow quill attachment device according to the present invention is also equipped with an arrow.

3 is a plan view of the arrow quill attachment device according to the present invention.

<Description of Symbols for Main Parts of Drawings>

10: Shaft 14: fixation

16: Fixed Edition 18: Elasticity

22: fixation 24: transfer board

27: support body 28: rod body

30: rotating plate 31: bracket

32: ratchet wheel 34: pusher

38: Tongs 40: Stopper

50: feather attachment port 52: arm

60: rotary ball 62: finger

66: conveyor 68: storage container

70: Arrow

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in describing the present invention, if a detailed description of a related known function or configuration may obscure the subject matter of the present invention, the detailed description thereof will be omitted.

FIG. 1 is a front view illustrating a state in which an arrowhead is mounted to the rotating plate 30 on the collar attachment hole 50 in the arrow attachment device according to the preferred embodiment of the present invention, and FIG. The arrow is inserted therein to show the state that the feather is attached. And Figure 3 is a planar state of the arrow blade attachment device of the present invention is shown.

According to the drawings, the present invention the arrow blade attachment device is a table 12, the shaft is fixed vertically in the center, and the rotating plate is assembled to the shaft and rotated by the rotating means while moving vertically by the upper cylinder ( 30), a tweezer 38 mounted along the outer circumference of the rotating plate and fixing an arrow shaft, and a holder 14 fixed to the shaft below the rotating plate, and the arrow fixing means and the rotating plate mounted to the holder. A stopper 40 for stopping at a predetermined position, and a feather attachment hole 50 mounted on the table and attaching the feather to the arrowhead, and a frame 64 is installed to one side of the table, and the arrowhead rotates 90 degrees. Rotator 60 and the conveyor 66 to move the arrow to the rear storage container 68.

The above is described in more detail as follows.

First, a fixing plate 26 is attached to the upper end of the shaft 10 that is vertically erected in the center of the table 12. The cylinder 20 is mounted to the upper portion of the fixing plate 26, and support tubes 27 are provided at both sides thereof. ) Is fixed. And the rod end of the cylinder is assembled to the rod 22, the rod body 28 is fixed to both sides, the rod body 28 is fitted into the lower support body 27 and the lower plate is assembled with the transfer plate 24 . The transfer plate 24 is inserted into the central shaft 10 to move vertically. When the rod moves vertically by the upper cylinder, the transfer plate 24 moves along the rods 28 on both sides. Done. In addition, the rotary plate 30 assembled to the shaft 10 also moves vertically together with the transfer plate 24 at the lower portion of the transfer plate 24. And it has a rotating means for rotating the rotating plate at a constant angle. As the rotating means, the ratchet wheel 32 is coaxially fixed to the upper surface of the rotating plate 30, and the pusher 34 is assembled at the rod end of the cylinder 36 mounted under the upper transfer plate 24. It is. Accordingly, when the pusher is linearly moved forward and backward by the operation of the cylinder, the teeth rotate around the ratchet wheel 32 while intermittently rotating the rotating plate. In addition, a plurality of tongs 38 are mounted on the outer circumference of the rotating plate 30 at regular intervals. The tongs 38 are to be enclosed or spread on both sides, which is a conventional configuration using an operating means provided in the rotating plate, that is, a screw method and a cylinder method, and a detailed description thereof has been omitted. The tongs as described above are for fixing the shaft, and each has a semicircular concave groove 39 inside. And below the rotating plate is attached to the holder 14 to the shaft 10 in the center, the arrow fixing means is mounted on the holder (14). As the fixing means, a cylinder 15 is mounted on an upper portion of the fixing stand and includes a fixing plate 16 and an elastic piece 18 that are linearly moved left and right by the cylinder. The fixing plate 16 is disposed under one of the tongs 38 mounted on the upper rotating plate 30, and has a recessed groove 17 for fitting the arrow 74 fitted to the tongs, and elastically below The piece 18 is a wire having elasticity on both sides, and an intermediate portion is formed to be convex, thereby guiding an arrow 70 fitted to the fixing plate. In addition, the stopper 40 is mounted on the fixing plate 14 to stop the rotating plate 30 in a predetermined position. The stopper 40 is connected to the upper rod of the vertical cylinder 44 fixed to the holder 14 to operate vertically, the roller 42 is assembled at one end. And the upper surface of the rotating plate 30, 'b' shaped brackets 31 are attached at regular intervals, which are arranged at the same interval as the forceps 38 assembled to the rotating plate. In addition, the roller 42 of the stopper 40 comes into contact with the bracket 31 below.

In addition, the conventional feather attachment hole 50 mounted on the table 12 is located below the vertical of the fixing plate 16, and the same number of arms 72 as the number of the feathers 72 mounted on the arrow 74 ( 52 is disposed radially. At this time, each of the arms are connected to the cylinder 54 below, the upper portion is closed to the center or open to the outside by the operation of the cylinder. And grooves (not shown in the figure) are formed in the upper portion of the arm to fit the feather 72, respectively.

Next, a frame 64 is installed at one side of the upper portion of the table, and the rotation hole 60 is mounted to the frame to receive an upright arrow 70 and rotate it by 90 °. The rotary hole 60 is a finger 62 is mounted to the front is rotated by 90 ° by an internal drive device (not shown in the figure) is opened or pinched on both sides. In addition, a conveyor 66 is installed below the rotary hole 60. The conveyor moves the arrow 70 lying down horizontally by the rotary hole 60 to the rear storage container 68.

On the other hand, one side of the table has a button 13 and is operated while the cylinder and the operating means are controlled by the button.

Referring to the operation of the present invention configured as described above is as follows.

First, in order to mount the arrow 74 to the rotating plate 30, the rotating plate is in a state moved upward by the upper cylinder 20, and each of the arms 52 of the feather attachment port 50, each feather Insert (72). At this time, an adhesive is applied to the inner surface of the feather 72. When the button 13 is pressed, each of the operating parts performs one operation. First, the cylinder 15 on the fixing table 14 is moved forward and moved to the outside of the fixing plate 16 and the elastic piece 18. . At this time, when the shaft 74 is pushed to the elastic piece 18, the shaft is inserted into the recessed groove 17 of the fixing plate 16 while being moved inward by the elastic force. Next, the fixing plate 16 is retracted by the cylinder, at which time the arrow is fitted into the upper tongs 38. At the same time, the tongs 38 are pinched, thereby firmly fixing the arrow. Then, the rotating plate 30 moves downward according to the operation of the upper cylinder 20. The rotating plate 30 is brought into contact with the bracket 31 attached to the bottom surface of the rotating plate 30 over the roller 42 of the stopper 40. 30 is moved to the correct position, that is, the forceps 38 are positioned at a position vertically aligned with the inner center of the lower feather attachment hole 50, the lower portion of the arrow 74 is the feather attachment hole 50 It is inserted inside. And as the feather attachment hole 50 is operated, each arm 52 is gathered to the center, so that the feathers fitted to each arm are attached to each other by an adhesive while being in close contact with the central shaft 72.

Next, the arms 52 are opened from the shaft, and after the fixing plate and the elastic piece 18 are detached from each other, the rotating plate 30 is rotated so that the next clip 38 is the feather attachment hole. (50) will come on top. The feather 72 is repeatedly attached to the tongs 38 in the same manner as above, and the arrow 70 to which the feather is attached is sequentially transported to the position of the rotary ball 60 while being mounted on the tongs 38. On the other hand, the arrow 70 is transferred to the rotating sphere 60 is the adhesive is sufficiently hardened during the transfer process, the finger 62 in front of the rotating sphere bit the arrow. At the same time, the upper tong 38 is released while releasing the arrow 70. Then, the rotating hole 60 is rotated by 90 ° and the horizontal arrow is laid vertically. And while the finger 62 of the rotary ball is opened, the arrow 70 falls down on the conveyor 66 below. Therefore, the arrow 70 seated on the conveyor is transferred to a predetermined position and put in the storage container 68.

As described above, when the arrow blade attachment device according to the present invention is to push the arrow shaft to the elastic piece 18, after that automatically fixed the arrow shaft to the rotating plate, it is always placed on the feather attachment port, It is possible to attach the vane fixedly in a fixed position and in a correct position. As a result, it is possible to produce a uniform arrow at all times and the quality is improved. In addition, the feather can be protected by the hardening of the adhesive during the process of moving to the rotary ball while fixed to the forceps, there is no need for a separate means for raising the arrow to harden the adhesive. Then, the arrow erected from the rotating plate is automatically laid down and stored in a storage container along the conveyor, thereby eliminating the consumption of manpower and enabling rapid processing.

Claims (5)

A table 12 having a shaft 10 fixed vertically to the center thereof; A rotating plate 30 assembled to the shaft and vertically moved by the upper cylinder 20; Rotating means for rotating the rotating plate at a predetermined angle; Tongs 38 mounted at regular intervals along an outer circumference of the rotating plate; An arrow holder fixing means fixed to the shaft and mounted to the holder under the rotating plate; A stopper (40) mounted to the holder and stopping the rotating plate at a predetermined position; A feather attachment hole 50 mounted on the table; A frame (64) installed on one side of the table and a rotating hole (60) mounted to the frame; Arrow feather attachment device is characterized in that the conveyor is provided under the rotary sphere to the storage container (68) in the rear. The apparatus of claim 1, wherein the rotating means has a ratchet wheel (32) fixed to the center of the rotating plate and a pusher mounted on the cylinder (36) pushes the ratchet wheel to rotate. 2. The arrow according to claim 1, characterized in that the arrow fixing means is provided with a cylinder plate (15) mounted on the holder (14) and a fixing plate (16) and an elastic piece (18) moving back and forth by the cylinder. Feather attachment device. According to claim 1, The stopper 40 is a bracket 31 is constantly attached to the bottom surface of the rotating plate 30, vertically moved by a cylinder mounted on the holder 14 and the roller 42 at one end Arrow feather attachment device characterized in that it is mounted. The method of claim 1, wherein the rotating hole 60 is rotated at right angles, the arrow blade attachment device, characterized in that the finger 62 is mounted forward.