KR920007294Y1 - Fishing hook forming apparatus - Google Patents

Abstract

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Description

Molding Apparatus of Fishing Auger

1 is a front view showing the overall configuration of the present invention.

2 is a partial perspective view of the present invention.

3 is a plan view of a state in which the roller is omitted from the second view of the present invention.

Figure 3a is a perspective view of the fishing auger formed by the present invention.

Figure 4 is a side cross-sectional view showing a transport state according to the present invention.

(A) of FIG. 5 is an enlarged cross-sectional view taken along line AA of FIG. 4, (b) is an enlarged cross-sectional view taken along line BB of FIG. 4, (c) is an enlarged cross-sectional view of CC line of FIG. DD line enlarged sectional drawing of Design 4.

* Explanation of symbols for main parts of the drawings

11: molding machine 12, 12 ', 12 ": chain wheel

13: chain conveyor 14: operation cam

14 ': Rod 14 ": Angru

16, 16 ', 17, 17', 18, 18 ', 19, 19': chain 20: transfer plate

20 ': Lower guide groove 21: Support plate

21 ': guide rail 22, 22': slope guide groove

23: through hole 24, 24 ': auxiliary roller

25, 25 '; Pin 26, 26 ': Wit groove

27, 27 ': Information request 28: Molding pipe

29, 29 ': Both ends 30, 30': " "Shapes

31,31 ': Intermittent 32,32': Inclined Sector

r4, r4 ', r3, r3', r1, r1 ', r2, r2': up and down rollers θ ₄ , θ ₃ , θ ₁ , θ ₂ : tilt angle

T ₄ , T ₃ , T ₁ , T ₂ : slope C: chain

S ₄ , S ₄ ', S ₃ , S ₃ ', S ₁ , S ₁ ', S ₂ , S ₂ ': Axis

W ₄ , W ₄ ', W ₃ , W ₃ ', W ₁ , W ₁ ', W ₂ , W ₂ ': chain wheel

The present invention installs a plurality of upper and lower rollers in a row at regular intervals (1st to 4th), and interlocks a transfer plate on a chain conveyor with a chain pin so as to be transported together with a chain conveyor. So that both ends of the molded tube for fishing "By interlocking between the hooks, they are placed in a horizontal state and are caught by inclined narrow strips that are pressed and retracted sequentially by pressing both end portions while passing between the upper and lower rollers having a constant inclination angle and gradually increasing the length of the inclined surface. The present invention relates to a fishing apparatus for forming a fishing rod which has been fastened firmly so that the rotation can be made smoothly.

Specifically, a hole is drilled in the center on a chain conveyor intermittently driven by a driving motor between a plurality of upper and lower rollers arranged in a row at regular intervals. The guide pins, which have been laid back and idle, and which have tact grooves in the front and rear directions, and the tip of the transfer plate (tips in the direction of transfer) where the inclined guide grooves of the rollers are formed on the upper and lower sides are fastened with chain pins. When the horizontally guided conveyance along the guide rail of the support plate and the forming pipe placed between the secondary roller and the through hole; "The ring is inserted at both ends and not at the bottom by the support plate, and is located at the center of it." "Hanging of the hook is firmly caught in the slanted sloping district due to the sequential pressing operation of the upper and lower rollers, so that it can continuously provide a fishing augmentation that is connected and molded in a smooth rotation.

The purpose of the present invention is " "The interlocking part of the shaped ring is inserted into both ends of the forming pipe and is placed on the through hole formed in the transfer plate and the mounting groove of the guide request so as to be positioned exactly at the center thereof. By letting it pass " "It's designed to precisely shape the fishing augment in a state where the rotation is smoothly caught in the inclined sloping region, which is tainted by the roller's pressing operation without being twisted or detached from the forming pipe. Another purpose is that a plurality of rollers installed at the top and bottom of the chain conveyor keep the angle of inclination constant but form only the length of the inclined surface so as to add a single layer phenomenon that may occur at both end portions of the forming pipe which is pressed during the pressing operation. To prevent it.

Conventionally known method of manufacturing fishing augmented by a separate mechanism, the locking jaw of the fishing line binding ring formed by the hook and hook by inserting the inside of the round tube, presses such that both ends of the warping tube is momentarily snapped. Crimp the circular tube to " "Because it has been squeezed into a curved shape, it is not only the unstable locking state of the binding ring but also the rotational force is not smooth, and there is a problem that the fishing line is tightened or entangled. As a result, production efficiency is also accompanied by poor combination.

Therefore, recently developed automatic molding device for fishing arrival (utility notification 89-7123) and forming grooves (1 ') with inclined sides on both sides to produce a large amount of accurate and refined augmentation with good rotational force of binding ring. Binding ring settle groove (1 ") and control jaw (1"') A semicircular guide plate is attached to the rotor 3 formed in the shape of " to the base 3, and the gap L gradually narrows from the inlet A 'to the outlet B " on one side of the rotor 1; In the apparatus in which (2) is fixed to the body (3) or such a molding apparatus, the circular jaw (4) which is continuously moved on the conveying guide (10) by the engaging jaw (5 ') of the binding ring (5) is fitted. (L) is positioned on the inclined surface of the forming groove 1 'at the wide inlet A' and at the same time, while being forcibly rotated by the rotational force of the rotating body 1, both ends of the cylindrical tube 4 are inclined. It is bent to the dead and discharged to the bending (B '') to form the advent, wherein the locking jaw (5 ') of the binding ring (5) fitted to both ends of the cylindrical tube (4) is semicircular guide plate (2) When gradually moving from the inlet (A ') to the outlet (B') by the whole (1) there is no device for supporting the binding ring (5), so that the ring (5) cannot be fixed horizontally with the circular tube (4) So If it is sandwiched between the gaps (L), there is a problem such as the circular tube (4) itself is crushed, especially the distance (L) between the guide plate 2 and the rotor 1 is too narrow or the rotor 1 is overspeed At the time of rotation, the friction force applied to the circular tube 4 was too excessive, and there was a drawback in that a short loaf type was formed in which both ends of the circular tube 4 which were curved were formed.

Therefore, in the present invention, in order to correct such a conventional defect, the molded tube and the " "Pressing both ends of the forming pipe while pressing the ends of the forming pipe while keeping the horizontal position on the conveying plate of the chain conveyor that is intermittently conveyed to make the transfer between the primary roller and the fourth roller. By one slope district " "As the shape of the hook of the fishing hook configured to be able to exhibit a remarkable effect on the achievement of the object as described above by making the hang between the hooks smoothly rotated in the form of the present invention to the configuration and effect by the accompanying drawings It will be described in detail as follows.

FIG. 1 of the present invention is a front view showing the molding machine 11 on the base 10. The chain wheels 12, 12 ', and 12 "formed in the front, left, and right directions of the forming machine 11 are shown. Annchor escapement, 14 'of the actuating cam 14 rod 14' connected to the reducer R ₁ of the drive motor M ₁ and the chain C by winding the chain conveyor 13. The chain conveyor 13 is intermittently conveyed (← mark direction) by the chain wheel 12 of the axis S of the latch wheel 15, which is rotated with the chain wheel 13, but the chain conveyor 13 is another electric motor ( 'vertical roller associated to) (r _1' reducer (R ₂₎ and a chain (16), (16, M ₂₎₎ the axis (S _1), ((W ₁ chainwheel of S ₁ ')), (W ₁ ') And up and down rollers (r ₂ ), (r ₂ '), (r ₃ ), (r ₃ '), (r ₄ ), (r ₄ ') axes (S ₂ ), (S ₂ '), ( S ₃ ), (S ₃ '), (S ₄ ), (S ₄ ') chainwheel (W ₂ ), (W ₂ '), (W ₃ ), (W ₃ '), (W ₄ ), (W ₄ ') are interconnected by chains (17), (17'), (18), (18 '), (19) and (19'), all in the same direction at a constant rotational speed. Between the upper and lower rollers (r ₄ ), (r ₄ '), (r ₃ ), (r ₃ '), (r ₁ ), (r ₁ '), (r ₂ ), and (r ₂ ') Unlike the rotational speed thereof, on the conveyor 13 which performs the transfer operation intermittently, the tip direction in which the plurality of transfer plates 20 proceeds at regular intervals as shown in FIGS. 2 and 3 is designed. Backing plate fastened with a fastening pin (P) and formed with a guide rail 21 'on the upper surface between the lower roller (r ₄ '), (r ₃ '), (r ₁ '), (r ₂ ') ( 21) is fixedly installed so that the lower guide groove 20 'of the transfer plate 20 is slid to this guide rail 21'.

The conveying plate 20 has inclined guide grooves 22, 22 'at the top and bottom thereof, and the auxiliary rollers 24, 24' at the center of which are perforated by the through holes 23. , 25 ', and guide grooves 27 and 27' having recessed grooves 26 and 26 'formed in the front and rear directions thereof, thereby forming both end portions 29 of the forming pipe 28. , To 29 '" "When the interlocking parts 31 and 31 'of the annular rings 30 and 30 ₈ are fitted, they are placed at constant inclination angles (θ ₄ ), (θ ₃ ), (θ ₁ ), (θ ₂ ) and inclined plane _{(T 4), (T 3} ), (T 1), (T 2) the upper and lower rollers, unlike each other gilyiman of _{(r 4), (r 4} '), (r 3), (r 3'), Press both end portions 29, 29 'between (r ₁ ), (r ₁ ′), (r ₂ ), and (r ₂ ′) so that the interlocking portions 31, 31' are engaged. It is a structure made to be inclined into the inclined narrow districts 32 and 32 '.

Reference numeral 33 denotes a fishing arrival, and a ₄ , a ₃ , a ₁ , and a ₂ are height adjusting devices of the upper rollers r ₄ , r ₃ , r ₁ , and r ₂ . Referring to the effect of the present invention configured as described above are as follows.

The rod 14 'is reciprocated back and forth by the operation cam 14 connected to the chain C and the reducer R _{1 which} is operated simultaneously with the operation of the driving motor M ₁ . As the algro 14 "formed at the end of the rotary wheel rotates the latch wheel 15 step by step, the chain wheel 15 configured on the biaxial shaft S intermittently maintains the rotation speed. The chain wheels 12 'and 12 "form a chain conveyor 13 to continuously rotate in the " ← " direction as shown in FIG. By the operation of (M ₂ ), the up and down rollers (r ₁ ), (r ₁ ') shaft (S ₁ ), (S ₁ ) which are smoothed by its reducer (R ₂ ) and chains (16, 16') ') Chain wheel (W ₁ ), (W ₁ ') and other up and down rollers (r ₂ ), (r ₂ '), (r ₃ ), (r ₃ '), (r ₄ ), (r ₄ ') axis (S _2), (S _2'), (S _3), (S ₃ '), (S _4), (S _4'), the chain wheel (S _2), (S ₂ 'of a), ( S ₃ ), (S ₃ '), (S ₄ ), (S ₄ ') In the same direction as the up and down rollers (r ₁ ), (r ₁ ') by interconnecting them with chains (17), (17'), (18), (18 '), (19), and (19'). The up and down rollers (r ₄ ), (r ₄ '), (r ₃ ), (r ₃ '), (r ₁ ), (r ₁ '), (r ₂ ), and (r ₂ ') which rotate By intermittently transporting the chain conveyor 13, it is possible to continuously form the fishing auger 33 as shown in FIG. 3a of the present invention, which will be described in more detail the molding process of such a fishing auger 33 The forming tube 28 which cut | disconnected the pipe which is the shaping | molding material of the advent 33 to a predetermined length, and " "Prepare a number of ring (29), (29 ') and as shown in Figures 2 and 3 of the present invention, both ends 29, 29' of the forming pipe 28" &Quot; Hanging 31 " (31 ') of the annular rings 30 and 30' by hand and one by one on the conveying plate 20 that continues to rotate like a chain conveyor 13 give.

At this time, the forming tube 28 and " "Shapes 30 and 30 'are guided in the state where the lower guide groove 20' is slid on the guide rail 21 'of the support plate 21, the through hole 23 of the transfer plate 20 In the chamfering grooves 26 and 26 'of the guide requests 27 and 27' formed of the " "Hanging period 31, 31 'of the annular ring 30, 30' is to maintain a horizontal state located at the inner center of both end portions 29, 29 '.

Thus, both ends of the ball 29 and (29 ') to be level with the forming pipe 28 " "Shape ring 30, 30 'is a chain pin (P) inclined guide groove formed in the upper and lower portions of the conveyor plate (20) fastened to the" ← "mark direction, such as the transfer plate 20 fastened to the chain conveyor ( 22) and (22 '), first pass the first and second rollers (r ₄ ), (r ₄ ') and then the secondary rollers (r ₃ ), (r ₃ ') as shown in FIG. ) And the inclined angles (θ ₄ ), (θ ₃ ), () while sequentially passing through the 3rd up and down rollers (r ₁ ), (r ₁ ') and 4th up and down rollers (r ₂ ), (r ₂ ') θ _1), (the roller _{(r 4), (r 4} ') has a θ ₂₎ slope _{(T 4), (T 3} ), (T 1), ( formed longer gradually the gilyiman of T _2), ( r ₃ ), (r ₃ '), (r ₂ ), (r ₂ '), (r ₁ ), and (r ₁ ′) in Figure 5 (a) (b) (c) (d) As shown in " &Quot; Hanging 31, 31 'of the annular ring 30, 30' is firmly pressed against both end portions 29, 29 'so as to smoothly rotate and inclined narrow strip 32, (32 ') It is to be shuffled over.

In this way, the upper and lower rollers (r ₄ ), (r ₄ '), (r ₃ ), (r ₃ '), (r ₁ ), (r ₁ '), (r ₃ ), (r ₃ ') Auxiliary rollers 24, 24 'formed by forming the molding pipe 28 seated on the conveying plate 20 of the chain conveyor 13 by pins 25, 25' in the through hole 23. each roller to a lot of relatively rotational speed than the conveying speed of the chain conveyor 13, as shown in _{(r 4), (r 4} '), (r 3), (r 3'), (r 1), (r 1 Both ends (29) and (29 ') are pressed against the inclined surfaces (T ₄ ), (T ₃ ), (T ₁ ), and (T ₂ ) on the line where'), (r ₂ ), and (r ₂ ') are located. By operation, it is made to flexibly bend onto the inclined narrow regions 32 and 32 'so that the tomographic phenomenon represented by both end portions 29 and 29 ₈ can be prevented as in the prior art, and the lower roller ( r ₄ ), (r ₄ '), (r ₃ ), (r ₃ '), (r ₁ ), (r ₁ '), (r ₂ ), (r ₂ ') and a plurality of support plates 21 ) Are arranged at regular intervals and formed by the inclined guide grooves 22, 22 'formed at the upper and lower portions of the rollers r ₄ , ( Even when passing through r ₄ '), (r ₃ ), (r ₃ '), (r ₁ ), (r ₁ '), (r ₂ ), and (r ₂ '), the transfer plate 20 does not rock In addition to forming a sophisticated and robust fishing auger 33, as well as the final plate (r ₂ ), the conveying plate 20 through the (r ₂ ') is passed through the chain wheel (12) chain pin (P) The transport plate 20 is automatically turned upside down to the center to drop the fishing auger 33 on the transport plate 20 downward, and then the transport plate 20 is transferred to the chain conveyor 13 while being turned upside down. After passing through the chain wheels 12 'and (12 "), the forming pipe 28 and the" &Quot; Mounting the shape of the fishing auger 33 can be continuously achieved by seating thereon the annular rings 30, 30 ', in particular the height adjusting device a ₄ , (depending on the thickness of the forming pipe 28) ( a ₃ ), (a ₁ ) and (a ₂ ) to operate the up and down rollers (r ₄ ), (r ₄ '), (r ₃ ), (r ₃ '), (r ₁ ), (r ₁ ') Since it is possible to arbitrarily adjust the vertical distance of (r ₂ ) and (r ₂ ′), it is a practical design that provides the advantage of easy molding of small and large sizes.

Claims (1)

The chain conveyor 13 intermittently moves the upper and lower rollers r ₄ to the reduction gears R ₁ and R _{2 of} the driving motor M ₁ and the electric motor M ₂ provided in the base 10. in the molding machine 11 which is transported between (r ₄ '), (r ₃ ), (r ₃ '), (r ₁ ), (r ₁ '), (r ₂ ), and (r ₂ '). Engage 14 "of rod 14 'of actuating cam 14 connected to chain (R ₁ ) with chain (C) with latch wheel 15, and chain with chain wheel 12 of this shaft (S) Chain conveyors 13 are formed on the wheels 12 'and 12 "so that the feed operation is intermittently achieved, and the upper and lower rollers connected to the reducer R ₂ and the chains 16 and 16'. _{(r 1), (r 1} ') axis _{(S 1), (S 1} ') of the chain wheel _{(W 1), (W 1} ') and the upper and lower rollers _{(r 2), (r 2} '), (r ₃ ), (r ₃ '), (r ₄ ), (r ₄ ') axis (S ₂ ), (S ₂ '), (S ₃ ), (S ₃ '), (S ₄ ), (S ₄ ') Chain wheels (W ₂ ), (W ₂ '), (W ₃ ), (W ₃ '), (W ₄ ), (W ₄ ') ), (18 '), (19), (19') interconnected and rotated in the same direction On the other hand, on the chain conveyor 13 is fastened a plurality of conveying plate 20 to maintain a constant interval with a fastening pin (p) and the lower portion of the support plate having a guide rail (21 ') on the upper surface ( 21) is installed between the lower rollers (r ₄ '), (r ₃ '), (r ₁ '), (r ₂ '), and slide the lower guide groove (20 ') of the transfer plate 20 to And the auxiliary rollers 24 and 24 'with pins 25 and 25' in the front and rear directions of the inclined guide grooves 22 and 22 'and the through hole 23 drilled in the center. To the guide requests (27) and (27 ') in which the wit grooves (26) and (26') are arranged in the left and right directions. &Quot; The inclined angles (θ ₄ ) and (θ ₃ ) of the shaped pipes (28) with the interlocking portions (31) and (31 ') of the annular rings (30) and (30') inserted at both end portions (29, 29). ), (θ ₁ ), (θ ₂ ) and the up and down rollers (r ₄ ), (r ₄ '), (r ₃ ) that form the inclined surfaces (T ₄ ), (T ₃ ), (T ₁ ), (T ₂ ) ), (r ₃ ′), (r ₁ ), (r ₁ ′), (r ₂ ), and (r ₂ ′) to compress both end portions 29 and 29 ′ to the interlocking portion 30, Forming apparatus of the fishing auger, characterized in that the slanted narrow strip (32 '), 32' (32 ') so as to take (30').