JP5624164B2 - Fishing rod stand - Google Patents

Description

  The present invention relates to accessories related to fishing rods, and more particularly to a type of fishing rod stand.

  Fishing is not only a leisure activity that can train patience and physical fitness, but also a lot of fun, if you go fishing together with your family, you can touch with nature and have a good parent-child relationship, so there are many benefits Can be obtained.

  Fishing is divided into carp fishing, boat fishing, mountain stream fishing, lake fishing, etc., depending on the location. However, in any place, if the time for holding a fishing rod becomes long, it causes a burden on the hand or arm.

  As a result, most different types of fishing systems have a fishing rod stand that fits most, and it is not necessary to hang the fishing rod on the fishing rod stand and hold it by hand. There is no fishing rod stand to do. The reason for this is that most of the fishing environment is rocky, especially in remote islands, where the geology of the remote islands is volcanic rocks or other rocks, the ground is staggered, the height is not constant, fishing It is very difficult for all people to stand up, and it is even more difficult to find a suitable position and install a fishing rod stand. In addition, the location of fishing rods is a large sea environment, wind power is very strong, general fishing rods At the stand, the fishing rod cannot withstand the force of receiving the wind, and can easily fall over.

  For this reason, there is a fishing rod stand on the market, which has a single upstanding fixing rod, with a fixing frame on the fixing rod, which is used to insert into the rock gap, A fixed frame is used to place a fishing rod.

  Such fishing rod stands require holes that are compatible for insertion. However, most of the gaps in the rocky place are not hole-like, and are generally elongated cracks. Such cracks can be fixed with a hammer or the like in order to increase stability even if the fixing rod of the fishing rod stand is inserted. The rod has to be driven into the crack and not only is cumbersome to operate, but also carries a heavy hammer.

  In addition, the fishing rod stand is not supported in the direction along the crack, and therefore, such a fishing rod stand cannot be fixed firmly and may fall down in the direction along the crack at any time. For this reason, the fishing pole stand can be easily overturned just by hitting a little strong wind, and the fun of fishing can be destroyed, and an expensive fishing rod can break down at the same time as the fishing pole stand falls down. For people, this is a huge loss.

  In view of this, one object of the present invention is to provide a kind of fishing rod stand, which is clamped and fixed to the ground using an elastic recovery force, thereby increasing the stability of the fishing rod stand, It is assumed that the resistance force against the wind and the resistance force against the collision of the external force are increased, and the situation of falling down due to the collision of the wind or the external force can be reduced.

  Another object of the present invention is to provide a kind of fishing rod stand that can be easily erected, its operation being simple and adapted to various terrains.

  Accordingly, the present invention provides a kind of fishing rod stand, which includes an elastic rod having a predetermined elasticity, a support frame connected to the outside of the elastic rod, and capable of swinging with respect to the elastic rod, the elastic rod A holder sheet that is connected to the upper end of the fishing rod and can hold the fishing rod.

  Among these, the elastic rod receives a force to bend and store energy, and the elastic rod and the support frame generate a clamping force by the recovery force of the elastic rod.

  In the above-described fishing rod stand, the elastic rod includes an elastic rod main body, a pivot rod, and a tightening member.

  The elastic rod main body has a predetermined elasticity, and the tightening member pivotally connects one end of the pivot rod to the end of the elastic rod main body, and when the tightening member is loosened, the pivot rod becomes the elastic rod main body. In contrast, when the tightening member is tightened, the angle between the pivot rod and the elastic rod main body is fixed by tightening and cannot swing. The support frame is connected to the outside of the elastic rod main body.

  In the fishing rod stand described above, the first tooth surface and the second tooth surface are provided on the contact surfaces of the elastic rod main body of the elastic rod and the pivot of the pivot rod, respectively, and the tightening member is tightened. At this time, the first tooth surface meshes with the second tooth surface, and when the tightening member is loosened, the first tooth surface and the second tooth surface are separated.

  In the fishing rod stand described above, the support frame includes a rotating unit and two legs. The rotating unit is pivoted on the elastic rod and rotatable with respect to the elastic rod, and the legs are pivoted on the rotating unit and swingable with respect to the rotating unit.

  In the above-described fishing rod stand, an annular groove is provided on the outer peripheral surface of the elastic rod. The rotation unit of the support frame includes a pivot ring and a positioning member, and the pivot ring is fitted in the annular groove of the elastic rod, and the pivot ring rotates in the annular groove under the action of an external force. The positioning member locks one side of the pivot ring, and receives an external force to tighten on the pivot ring, thereby forming a tight state between the pivot ring and the elastic rod. And cannot be rotated.

  In the fishing rod stand described above, the legs of the support frame include an inner tube and an outer tube. One end of the inner tube is pivoted outside the pivot ring of the rotating unit, and can swing within a predetermined angle with respect to the pivot ring, and the outer tube is fitted outside the other end of the inner tube. In addition, the linear reciprocation of extension and shortening can be performed with respect to the inner tube.

  In the above-described fishing rod stand, the legs of the support frame further include an expansion / contraction positioning unit, and the expansion / contraction positioning unit is installed in the outer tube, and tightens and releases the inner tube. When opened, the outer tube can be reciprocated linearly with respect to the inner tube, and when tightened against the inner tube, the outer tube and the inner tube are in a locked state and cannot be elongated and shortened. It is.

  The fishing rod stand described above includes a radial screw hole in the outer tube of the support frame. The telescopic positioning unit of the support frame includes a C-ring, a screw rod and a force applying member, the C-ring is fitted to the outer peripheral surface of the inner tube, the screw rod is screwed into a screw hole of the outer tube, and One end is connected to the C-ring, and the force applying member is connected to the other end of the screw rod to form a force applying interface.

  In the above-described fishing rod stand, the holder sheet includes a swing rod, a compression member, a fitting tube, a fixing member, and a holder member.

  The compression member pivots one end of the swing rod to the upper end of the elastic rod so that when the compression member is loosened, the swing rod can swing between a predetermined angle with respect to the elastic rod, When the compression member is tightened, the angle between the swing rod and the elastic rod main body is tightly positioned and cannot swing.

  One end of the fitting tube is fitted to the swing rod and is rotatable with respect to the swing rod.

  The fixing member is installed on the fitting tube, and tightens and releases the fitting tube, and when the fixing member is in an open state, the fitting tube is rotatable with respect to the swing rod, When the member is in a tight state, the fitting tube and the swing rod are positioned so that they cannot rotate. The holder member is installed on the fitting tube and used to clamp and fix the fishing rod.

  In the fishing rod stand described above, the elastic rod is inserted into the ground, the elastic rod receives a force, curves and exhibits a tension state, is supported on the ground using a support frame, and is restored by the recovery force of the elastic rod. It is clamped and fixed to the ground by the elastic rod and the support frame.

  In the present invention, the elastic rod is inserted into the ground due to the elasticity of the elastic rod, and the elastic rod is bent due to an external force, which is in a tension state, and further supported on the ground by the support frame, The elastic rod's bending recovery force allows the elastic rod and the support frame to be clamped and fixed to the ground, allowing the fishing rod stand to be firmly fixed, increasing resistance to the wind, falling against the wind, or inadvertent contact by external forces. You can reduce the situation of falling after receiving.

It is a three-dimensional exploded view of the Example of this invention. It is a three-dimensional combination figure of the Example of FIG. It is a combination side view of the Example of FIG. FIG. 2 is a local cross-sectional view of the embodiment of FIG. 1. It is a local cross-sectional enlarged view of the Example of FIG. It is a local cross-sectional enlarged view of the Example of FIG. It is an operation | movement display figure of the Example of FIG. FIG. 2 is a use state three-dimensional view of the embodiment of FIG. 1. It is a use condition display figure of the Example of FIG. It is another kind of use condition display figure of the Example of FIG.

  In order to describe in detail the technical contents, structural features, and objects to be achieved of the present invention, examples will be described below in combination with the drawings.

  As shown in FIGS. 1 to 10, a fishing rod stand 100 of a preferred embodiment provided by the present invention includes an elastic rod 10, a support frame 20, and a holder sheet 30.

  Among these, as shown in FIGS. 1 to 3, the elastic rod 10 has a predetermined elasticity, and the elastic rod 10 includes an elastic rod main body 11, a pivot rod 12, and a tightening member 13.

  The elastic rod main body 11 is a rod body formed of carbon fiber, glass fiber, metal or other material having a predetermined elasticity. The tightening member 13 is used to pivot one end of the pivot rod 12 to the end of the elastic rod main body 11, and when the tightening member 13 is opened, the pivot rod 12 is attached to the elastic rod main body 11. When the fastening member 13 is tightened, the angle between the pivot rod 12 and the elastic rod main body 11 is tightened and cannot swing.

  An annular groove 111 is provided on the outer periphery of the elastic rod main body 11.

  The pivot rod 12 is made of a metallic material, such as stainless steel, has rigidity and toughness, and is resistant to seawater erosion.

  Please refer to FIGS. The support frame 20 is connected to the outside of the elastic rod 10. The support frame 20 includes a rotation unit 21 and two legs 22.

  The rotating unit 21 includes a pivot ring 211 and a positioning member 212. The pivoting ring 211 is fitted in the annular groove 111 of the elastic rod main body 11 of the elastic rod 10, and the pivoting ring 211 is rotated in the annular groove 111 under the action of an external force.

  The positioning member 212 locks one side of the pivot ring 211 (as shown in FIG. 5), and receives an external force to tighten on the pivot ring 211, and the pivot ring 211 and the elastic rod A tight state is formed between the main bodies 11 to make the rotation impossible.

  Each leg 22 includes an inner tube 222, an outer tube 221 and a telescopic positioning unit 223. One end of the inner tube 222 is pivoted to the outside of the pivot ring 211 of the rotating unit 21, and can swing between a predetermined angle with respect to the pivot ring 211, and the outer tube 221 is The telescopic positioning unit 223 is fitted outside the other end of the inner tube 222, and can reciprocate linearly in an elongated and contracted manner with respect to the inner tube 222, and includes a radial screw hole 224 in the outer tube 221. Is installed on the outer tube 221 and tightens and releases the inner tube 222. When the inner tube 222 is opened, the outer tube 221 extends and shortens with respect to the inner tube 222. When reciprocating linearly and tightening against the inner tube 222, the outer tube 221 and the inner tube 222 are in a tight state and cannot be expanded or contracted.

  The telescopic positioning unit 223 includes a C ring 225, a screw rod 226, and a force applying member 227. The C-ring 225 is fitted to the outer peripheral surface of the inner tube 222, the screw rod 226 is screwed into the screw hole 224 of the outer tube 221, and one end thereof is connected to the C-ring 225. The force application member 227 is connected to the other end of the screw rod 226 (as shown in FIG. 6) and serves as an external force application interface.

  In addition, an enlarged portion 228 is provided at the upper end of the outer tube 221, an accommodating space 229 is provided in the enlarged portion 228, and the screw hole 224 is provided in the enlarged portion 228 and communicates with the accommodating space 229. The C-ring 225 is accommodated in the accommodating space 229.

  In this embodiment, the elastic rod 10 is bent by receiving a force, and a holding force is generated in the elastic rod 10 and the support frame 20 by a recovery force generated by storing energy.

  Please refer to FIG. 1 to FIG. 4 and FIG. The holder sheet 30 is connected to the upper end of the elastic rod 10 and used for erection and clamping of a fishing rod.

  The holder sheet 30 includes a swing rod 31, a compression member 32, a fitting tube 33, a fixing member 34 and a holder member 35.

  The compression member 32 is used to pivot one end of the swing rod 31 to the upper end of the elastic rod main body 11, and when the compression member 32 is loosened, the swing rod 31 is predetermined with respect to the elastic rod main body 11. When the compression member 32 is tightened, the angle between the swing rod 31 and the elastic rod main body 11 is tightened and cannot be swung when the compression member 32 is tightened (as shown in FIG. 7). The

  One end of the fitting tube 33 is fitted onto the swing rod 31 so that the fitting tube 33 can rotate 360 degrees with respect to the swing rod 31.

  The fixing member 34 is installed on the fitting tube 33, and can be tightened and released with respect to the fitting tube 33. When the fixing member 34 is loosened, the fitting tube 33 is 360 with respect to the swing rod 31. The degree of rotation is possible. When the fixing member 34 is tightened, the space between the fitting tube 33 and the swing rod 31 is fixed and cannot be rotated.

  The holder member 35 is installed on the fitting tube 33 and is used for erection and clamping of a fishing rod.

  The above is a brief introduction of the main components of the fishing rod stand 100 provided by the present invention and its assembling method, and the features of use thereof are introduced below.

  First, as shown in FIG. 8 and FIG. 9, when using the present invention, the pivot rod 12 of the elastic rod 10 is first inserted into the crack or gap 93 between the rocks 91, and slightly more. Then, the elastic rod 10 is turned so that the elastic rod main body 11 is slightly curved due to its elasticity.

  Subsequently, the two legs 22 of the support frame 20 are further supported on the rock 91 in a direction in which the elastic rod 10 is elastically recovered, whereby the elastic rod 10 is not elastically recovered by the support of the legs 22. Thus, a tensioned state is formed between the elastic rod 10 and the two legs 22 and is held and fixed on the rock 91 under the action of a restoring force. The fishing rod 92 sandwiched between the two is firmly fixed, eliminating the need to worry about the wind.

  In addition, since the outer tube 221 and the inner tube 222 that extend and contract are employed for the legs 22 of the support frame 20, the support frame 20 can be expanded and contracted according to the terrain.

  As described above, according to the present invention, the elastic rod 10 is inserted into the ground due to the elasticity of the elastic rod 10, and the elastic rod receives a force to be bent and tensioned, and is further supported on the ground by the support frame. Then, the fishing rod stand 100 of the present invention is firmly installed, and the resistance to wind is increased and the situation of being overturned by the wind is reduced.

  In addition, as shown in FIG. 10, the pivotable rod 12 and the elastic rod main body 11 are relatively rotatable, so that the pivotal rod 12 can be positioned at different angles according to the needs of different environments. The applicability of the present invention has been greatly improved.

  Next, in the above-described embodiment, the first tooth surface 112 and the second tooth surface 121 are provided on the contact surfaces of the elastic rod main body 11 and the pivot rod 12 that are pivoted to each other. Due to the mutual engagement of the surface 112 and the second tooth surface 121, the fixing effect at the time of localization is improved. That is, when the tightening member 13 is tightened, the first tooth surface 112 and the second tooth surface 121 mesh with each other, and when the tightening member 13 is loosened, the first tooth surface 112 and the second tooth surface. 121 shows a separated state.

  Further, a third tooth surface 113 and a fourth tooth surface 311 are provided on the contact surfaces of the elastic rod main body 11 and the swing rod 31 that are pivoted to each other, and the third tooth surface 113 and the fourth tooth surface 311 are mutually connected. The fixing effect at the time of localization is improved by the meshing.

  In the above embodiment, the elastic rod and the support frame are fixed on the rocky ground, but in effect, the elastic rod and the support frame can be fixed to sand, muddy ground, or other ground. Can achieve the same effect.

  The above description is only an example of the present invention, and does not limit the scope of the present invention. Any equivalent changes and modifications that can be made based on the scope of the claims of the present invention are all described in the present invention. Shall belong to the scope covered by the rights.

100 Fishing rod stand 10 Elastic rod 11 Elastic rod main body 111 Annular groove 112 First tooth surface 113 Third tooth surface 12 Pivoting rod 121 Second tooth surface 13 Tightening member 20 Support frame 21 Rotating unit 211 Pivoting ring 212 Positioning member 22 Leg 221 Outer tube 222 Inner tube 223 Expansion / contraction positioning unit 224 Screw hole 225 C ring 226 Screw rod 227 Applying member 228 Enlarged portion 229 Housing space 30 Holder sheet 31 Swing rod 311 Fourth tooth surface 32 Compression member 33 Fitting tube 34 Fixing member 35 Holder member 91 Rock 92 Fishing rod 93 Crack or gap

Claims (10)

In the fishing rod stand,
The elastic rod main body has a predetermined elasticity, and includes an elastic rod main body, a pivot rod, and a fastening member. The elastic rod main body has a predetermined elasticity, and the fastening member pivots one end of the pivot rod to the end of the elastic rod main body. When the tightening member is loosened, the pivoting rod can be swung by a predetermined angle with respect to the elastic rod main body, and when the tightening member is tightened, the pivoting rod and the elastic rod main body are An elastic rod that is tightly positioned and cannot swing , and
A support frame connected to the outside of the elastic rod and swingable relative to the elastic rod and connected to the outside of the elastic rod main body ;
A holder sheet connected to the upper end of the elastic rod and capable of sandwiching a fishing rod;
A fishing rod stand, wherein the elastic rod is bent by receiving force and stores energy, and the elastic rod and the support frame generate a clamping force by a recovery force of the elastic rod. 2. The fishing rod stand according to claim 1, wherein a first tooth surface and a second tooth surface are provided on the contact surface of the elastic rod main body of the elastic rod and the pivot of the pivot rod, respectively. When tightened, the first tooth surface meshes with the second tooth surface, and when the tightening member is loosened, the first tooth surface and the second tooth surface are separated. Fishing rod stand. In the fishing rod stand,
An elastic rod having a predetermined elasticity;
Connected to the outside of the elastic rod and swingable with respect to the elastic rod, comprising a rotating unit and two legs, the rotating unit being pivoted on the elastic rod and rotatable with respect to the elastic rod The leg is pivotally connected to the rotating unit and is swingable relative to the rotating unit;
A holder sheet connected to the upper end of the elastic rod and capable of sandwiching a fishing rod;
A fishing rod stand, wherein the elastic rod is bent by receiving force and stores energy, and the elastic rod and the support frame generate a clamping force by a recovery force of the elastic rod. 4. The fishing rod stand according to claim 3, wherein an annular groove is provided on the outer peripheral surface of the elastic rod, the rotation unit of the support frame includes a pivot ring and a positioning member, and the pivot ring is an annular ring of the elastic rod. Fitted in the groove, the pivoting ring rotates in the annular groove under the action of an external force, the positioning member locks one side of the pivoting ring, and the pivoting ring under the action of an external force A fishing rod stand, characterized in that the top is tightened, thereby forming a tight state between the pivot ring and the elastic rod so as not to rotate. 5. The fishing rod stand according to claim 4, wherein the legs of the support frame include an inner tube and an outer tube, and one end of the inner tube is pivotally connected to the outside of the pivot ring of the rotating unit. A fishing rod characterized in that it can oscillate within a predetermined angle, the outer tube is fitted outside the other end of the inner tube, and can linearly reciprocate with respect to the inner tube. stand. 6. The fishing rod stand according to claim 5, wherein the legs of the support frame further include an expansion / contraction positioning unit, the expansion / contraction positioning unit is installed in the outer tube, and is tightened and released with respect to the inner tube. When opening with respect to the tube, the outer tube can reciprocate linearly in an extension and contraction with respect to the inner tube, and when tightened against the inner tube, the outer tube and the inner tube are in a locked state, A fishing rod stand that cannot be extended or shortened. The fishing rod stand according to claim 6, wherein the outer tube of the support frame is provided with a screw hole in the radial direction, the expansion and contraction positioning unit of the support frame is provided with a C ring, a screw rod and a force applying member, The screw rod is fitted into the outer peripheral surface of the inner tube, the screw rod is screwed into the screw hole of the outer tube, and one end thereof is connected to the C-ring, and the force applying member is connected to the other end of the screw rod. A fishing rod stand characterized by a force interface. In the fishing rod stand,
An elastic rod having a predetermined elasticity;
A support frame connected to the outside of the elastic rod and capable of swinging relative to the elastic rod;
A fishing rod can be clamped by being connected to the upper end of the elastic rod, and includes a swing rod, a compression member, a fitting tube, a fixing member, and a holder member. The compression member pivotally connects one end of the swing rod to the upper end of the elastic rod. When the compression member is loosened, the swing rod can swing between a predetermined angle with respect to the elastic rod, and when the compression member is tightened, the angle between the swing rod and the elastic rod main body Is positioned tightly and cannot swing, and the fitting tube has one end fitted to the swing rod and is rotatable with respect to the swing rod, the fixing member is installed on the fitting tube, and the fitting tube The fitting tube is tightened and released, and when the fixing member exhibits an open state, the fitting tube is rotatable with respect to the swing rod, and when the fixing member exhibits a tight state, the fitting tube and the fitting tube Between the viewing rod will not rotate is positioned, the holder member is placed on the fitting Me tube, a holder sheet used to fixedly hold the 該釣 rod,
A fishing rod stand, wherein the elastic rod is bent by receiving force and stores energy, and the elastic rod and the support frame generate a clamping force by a recovery force of the elastic rod. The fishing rod stand according to any one of claims 1 to 8, wherein the elastic rod is inserted into the ground, the elastic rod receives a force to bend and exhibit tension, and is supported on the ground using a support frame. And a fishing rod stand that is clamped and fixed to the ground by the elastic rod and the support frame by the restoring force of the elastic rod. In the fishing rod stand,
An elastic rod having a predetermined elasticity;
A support frame connected to the outside of the elastic rod and capable of swinging relative to the elastic rod;
A holder sheet connected to the upper end of the elastic rod and capable of sandwiching a fishing rod;
The elastic rod receives a force to bend and store energy, and the elastic rod and the support frame generate a clamping force by the recovery force of the elastic rod, and the elastic rod is inserted into the ground, The elastic rod receives a force and curves to exhibit tension, and is supported on the ground using a support frame, and is held and fixed to the ground by the elastic rod and the support frame by the recovery force of the elastic rod. A fishing rod stand.

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