KR200189360Y1 - Adjustment for gravity a float - Google Patents

Abstract

The present invention relates to the gravity bobbin for the adjustment 55, due to the variable of the various natural factors of the sea fishing is required a large number of hole bobber 53 and underwater bobber (FIG. 1). The present invention was conceived here to produce a multi-weight underwater bobber with one gravity-controlled underwater bobber (55). The configuration of the gravity adjustment for hand float 55 is to divide the main body horizontally to secure the open space to the bell inside the lower body, so that the gravity control material 45 to remove, attach the appropriate gravity can be adjusted without dismantling. Therefore, it is the point of the present invention that there is no inconvenience to carry and purchase several underwater bobbers (FIG. 1) and hole bobs 53, which can be easily used without having to replace the fishing gear with only one gravity bobbin 55 for gravity adjustment. In addition, the gravity adjustment underwater bobbin is characterized in that the upper body (12) and the lower body (22) is made of a screw type (13 + 23) as a means of disassembly and assembly in cutting the body horizontally.

Description

Gravity Control Handbag {ADJUSTMENT FOR GRAVITY A FLOAT}

The present invention easily removes and attaches the gravity adjusting material 45 as necessary, thereby helping to have the desired buoyancy in the hole jaw 53 on the water surface by adjusting gravity, and having the neutral buoyancy in the hole jaw to obtain the hole jaw during meat mouthing. It aims to minimize the resistance of inertia to the movement, and it is also possible to immediately respond without dismantling the fishing line 51 when preparing for natural conditions and topographical conditions in the water. It is the purpose.

The present invention is a medium-sized underwater float formed with a line through-hole (10) so that the fishing line 51 in the center of the main body as a gravity adjustment (55) for underwater float. Gravity control underwater bobber 55 is used for sea and fresh water, and will be useful as a underwater bobber that functions in water.

However, conventional underwater bobbins are made of wood or synthetic resin and are made to have a certain gravity. Since gravity cannot be controlled by the main body's own gravity, it is equipped with a large number of underwater bobbins with different gravity to suit fishing conditions. We used picking steaming.

Sea fishing gear should be prepared according to the natural conditions (algae, water temperature, terrain, depth, wave, wind, wind) and fish species to meet the conditions from time to time. Therefore, in order to cope with the above-described natural situation, there is a problem in that it is necessary to bear the economic burden of purchasing a large number of hole jaws 53 and underwater jaws and the inconvenience of carrying and the time loss of replacement. In particular, in order to replace the fishing gear tied to the hard work with devotion and effort to dismantle the fishing line (51) according to the situation, the proper preparation for the situation was a double time and effort was not able to maximize the short time of one hour. In order to solve such a problem, the gravity adjustment hand float 55 of the present invention can be easily used by gravity control for natural and topographic conditions without having to dismantle the fishing line 51 to replace the gear.

1 is a view showing the structure and type of underwater float according to the prior art

Figure 2 is a cross-sectional view combining the structure of the underwater bobbin for gravity control of the present invention

3 is a cross-sectional view of the gravity control structure of the underwater design of the present invention separated

4 is a general boulder fishing jersey arranged in the water

5 is an illustration of the arrangement in the water as a boulder fishing rim with millet sticks

★ Explanation of symbols used in the main part of the drawings ★

10: circle through hole 11: rubber cushion

12 upper body 13: female screw

14: upper O-ring 17: circle through coaxial house

22: lower body 23: male screw

24: lower side O-ring 25: gravity adjusting material fixed cover

27: circle through hole axis 30: circle detachable hole

35: self-supporting brass bumper 36: gravity control house

45: gravity control material 50: stab knot

51: fishing line 53: hole bob

55: gravity adjustment underwater hand 59: millet Bongdol

The main body of gravity hand 55 for gravity adjustment according to the present invention is cut horizontally so that the upper and lower bodies are separated and combined to take a screw form (13 + 23), and the edge of the upper body 12 cut portion has a female screw 13 lower body ( 22) The edge of the cut | disconnected part provided the male screw 23, and was used as a means of separation and joining. As shown in FIG. 2, a constant depth was cut (cylindrical tubular) between male screws 23 longitudinally from the center point of the lower body 22 cut part, and the open space part was secured by the gravity adjuster house 36. As shown in FIG. In addition, the inner protruding axis of the gravity control material house is higher than the lower body 22 cut surface is named the circular through hole axis 27, and penetrates vertically from the center point to the center point of the lower body terminal to form the lower body 22 circular through hole. In addition, by fixing the brass bars 35 at the bottom of the lower body (22) was to maintain the center of the gravity adjustment (55) and the self-support. Gravity adjustment for the upper body (12) from the center point of the cutting surface through the vertical to penetrate vertically so that the upper center point of the upper body (12) is connected to form a circular through hole (10) of the upper body (12) when the upper and lower body assembly (22) 10) is vertically symmetrical so that the main line can easily pass through the upper and lower circumferential line through hole, and also made a tapered hole corresponding to the height of the circumferential through hole axis 27, which is the protrusion of the lower body, Formed).

The internal and external waterproofing of the gravity adjustment hand 55 is made by inserting an O-ring on the lower body 24 of the lower body 22 and the lower thread 24, and screwing the upper and lower body together, the upper body 12 and the lower body 22 are in close contact with each other. It is waterproof, and the inner waterproof is provided with a small chin on the upper side of the circular through hole shaft 27 of the lower body 22, and the O-ring 14 is inserted therein to tighten the tapered hole of the circular through hole housing 17. Is made in close contact.

The gravity control material 45 has a plurality of weights and volumes, respectively, consisting of a control material for gravity material made of brass and stainless steel and a buoyant material such as Schiropole, and the external shape is an inner diameter with a donut-type ring. The outer diameter was cut longitudinally and laterally to form a cutting tool, which was named as a raw thread removal and attachment hole 30. The function of the raw line detachment, the attachment hole is to allow the fishing line 51 to pass freely when the detachment, attachment of the gravity control material (45). In addition, the outer diameter of the gravity adjusting material is inserted into the outer diameter of the gravity adjusting material house 36, and the inner diameter is formed so as to slide smoothly in response to the circular through-hole axis 27. In addition, the gravity control material fixing carver 25 of the hand weight for gravity adjustment is buoyancy and gravity less material (sponge paper) is the same as the external shape of the gravity control material 45, but the height is somewhat higher in the standard.

As a method of adjusting the gravity by removing and attaching the gravity adjusting material to the structure of the gravity adjusting hand float 55, the male screw portion 23 of the upper body 12 and the female screw portion 13 of the lower body 22 are screw-type loosening method. Loosen the upper and lower body, and remove the arbitrary gravity control material in the original line, pass the original line 51 through the attachment hole (30) and insert it into the gravity adjuster house (36) by slightly putting it in the line through hole shaft (27) do. Thereafter, the gravity adjusting material fixing carver 25 is gently pressed onto the gravity adjusting material 45, and the upper and lower screws are tightened by screwing, thereby increasing the gravity of the gravity adjusting hand float 55 and increasing the gravity. Gravity reduction of the hand float 55 is removed in the same way by removing any gravity adjuster 45 from the fishing line 51 and the gravity adjuster fixed cover 25 is inserted into the gravity adjuster house 36, buoyancy Air, which is a factor of the less, remains in the gravity adjuster house 36, so fine gravity can be controlled, and this action prevents the up and down movement of the gravity adjuster 45 during the function of the gravity adjuster fixed cover 25. And elimination of residual buoyancy factors are its characteristics.

As an example of the case as shown in a, b of Figure 4 when the shallow depth of the layer (2m-4m) when fishing as an attack target, when the distance of the line 51 from the advent 57 to the grounding knot 50 is short gravity Adjusting the underwater bobber (55) stays in the shallow depth of the water, so the water pressure is less than the neutral buoyancy of the hole bobber 53 is not made, or the cold water temperature with cold currents, the gravity of the sea water is high, the gravity of the underwater bobber (55) Since the weight ratio is inversely proportional (it seems to be lighter), the remaining buoyancy of the hole is not caught, so in this case, the fishing gear is reaped, the gravity control material is added, and the fishing gear is thrown back to the surface, and the phenomenon of term c and d of FIG. Like this, the buoyancy 53 to the buoyancy to neutral buoyancy can be achieved.

And, as an example in the case as shown in Figure 5a when fishing deeper depths (10m-13m) of the fishing target, the fishing line 51 to the tailing knot 50 is long, the gravity adjustment hand ( 55) stays in the deep water layer, so that the gravity control underwater bobber 55 receives greater water pressure than the limit buoyancy of the hole bobber 53, and the hole bobber 53 keeps until the gravity-controlled underwater bobber 55 reaches the bottom of the sea. Sink. In addition, when turbulent algae flows, the temperature of the seawater increases due to the increase in the temperature of the seawater, so that the weight ratio of the gravity adjusting underwater float 55 is inversely proportional (becomes heavy). It becomes difficult to capture. Figure 5 a, b is attached to the fishing paddle millet boulder thrown into the water, if the alignment is made as shown in the picture, this is an overweight phenomenon of gravity adjustment underwater bobber is difficult to see the naked eye locked under the water surface. In this case, by removing the gravity control material (desorption) throwing the fishing gear to the water surface can achieve the neutral buoyancy to low buoyancy as shown in Figure 5, c, d.

Therefore, according to the change of fishing conditions, the gravity adjusting material 45 is variably removed and attached to the gravity adjusting underwater bobber 55, and the pore 53 is neutralized as the specific gravity of the seawater, so that the resistance of the inertia force is obtained when the pore is obtained. Since it is reduced, the fishery is delivered to the pore 53 even in the delicate mouth of the meat, and the action of the pore 53 can be expected to be cool because the action of gravity control is important.

As described above, if the fishing gear that varies depending on the natural phenomenon of the fishing ground or the depth of the depth, using the gravity adjustment 55 of the present invention, By disassembling and attaching the gravity control material 45 without dismantling the fishing line 51, the time and effort for preparing the fishing is shortened, thereby having an intangible effect, and separately a large number of hole jaws 53 and underwater jaws (FIG. 1). There is a tangible effect of pursuing economic interests without purchasing.

Claims (1)

In the underwater bobber 55 connected to the fishing net, the upper body 12 and the lower body 22 by cutting the main body horizontally so that the gravity adjusting material is detached and attached in the control of gravity using the gravity adjusting material 45. Is formed into a screw type (13 + 23) that can be separated and combined into a divided form, and the O-rings (14, 24) form a water resistance and gravity control room (36) inside and outside to control gravity without dismantling the filings (51). In the gravity control is possible with the addition of the sense of weight, the structure of the gravity control room 36 and the gravity control material and gravity control material made of the shape and structure of the fixed carver and its function and the gravity control hand made easy.