JPH0595750A - Motor-driven float for fishing - Google Patents

Abstract

PURPOSE:To provide the subject float composed of a ship body having high buoyancy and provided with all fishing gears such as a fishing rod, a main fishing line wound on a reel attached to the rod, ground-bait, etc., and freely movable by remote control. CONSTITUTION:A battery chamber 7 is placed outside of the lower rear part of a ship body 1 having high buoyancy. A motor chamber 8 is placed outside of the ship body between the battery chamber 7 and an upper ship body 1 having a watertight case. Keels 5, 6 are provided between the upper ship body 1 and the battery chamber 7 and between the upper ship body 1 and the motor chamber 8. A screw 2 is positioned between the upper fish body 1 and the battery chamber 7. The objective float having the above equipments is further provided with a cylindrical rudder 4 swivellable to the right and left with a driving mechanism, a fishing rod 11 containing an antenna 21 and attached with a fishing gear and a reel 14, a rotatable bait table 18 holding maggot bait and ground-bait, a mechanism for driving the reel 14, a receiver 22 held in the watertight case and plural servo-motors 25 to 28 for driving each driving mechanisms by the signal transmitted from the receiver 22.

Description

【発明の詳細な説明】Detailed Description of the Invention

【０００１】[0001]

【産業上の利用分野】この発明は、仕掛け付の釣り用モ
−タ浮きに関し、より詳しくは軽く安定した船体に、釣
り用道糸を巻いたリ−ルを装着した釣り竿や撒き餌等す
べての仕掛けを装備し、遠隔操縦によって狙ったポイン
トで釣りをすることの出来る釣り用モ−タ浮きに関す
る。BACKGROUND OF THE INVENTION 1. Field of the Invention This invention relates to a fishing motor float with a tackle, and more particularly, to a light and stable hull equipped with a reel around which fishing line is wound, fishing rods, sprinkled baits, etc. The present invention relates to a float for a motor for fishing, which is equipped with a tackle and can perform fishing at a target point by remote control.

【０００２】[0002]

【従来の技術】磯や堤防などで釣りをする場合、釣り人
は足元か精々１０ｍ程度の範囲のポイントへ餌を投入し
て釣る。また、海岸などでは仕掛けを５０ｍ〜１５０ｍ
遠投し、ポイントへ餌を投入して釣り、船に乗って釣る
場合には沖の魚のいるポイントまでつれて行ってもらい
船の下で釣る。このような場合、釣りの仕掛けは、釣る
場所、狙う魚によって多少の相違はあるが、基本的には
釣竿とリ−ルに巻いた糸、糸の先に付けた針や錘、そし
て浮きなどから構成されているのが普通である。また、
専門の漁師は、仕掛けを海の沖に投入し大きな浮きに旗
を立てて目印とし翌日か２〜３日後に仕掛けを上げて掛
かった魚を捕獲するというものもある。2. Description of the Related Art When fishing on rocks or levees, a fisherman throws bait at a foot or a point within a range of at most about 10 meters. Also, on the coast etc., the mechanism is 50m to 150m.
Long-distance casting, feeding bait to a point, and fishing on a boat, you have to go to the point where there is a fish offshore and fish under the boat. In such cases, there are some differences in the fishing mechanism depending on the place to be caught and the target fish, but basically, the fishing line and the thread wound around the reel, the needle and weight attached to the tip of the thread, and the float etc. It is usually composed of Also,
In some cases, a specialized fisherman throws a device off the coast of the sea and sets a flag on a large float to mark it as a marker to catch the caught fish the next day or a few days later.

【０００３】[0003]

【発明が解決しようとする課題】広い海などで釣りをす
る場合、上記するように場所的な制限と、その場所に合
った仕掛けとしなければならないし、その釣る場所によ
って狙う魚もある程度制限される。従って、磯からでも
海岸からでも釣り人の思うように自由、自在に仕掛けを
移動させることが可能で、しかも海の深さに応じて自在
に仕掛けを投入することの出来る釣りが可能であれば極
めて興趣のある釣りをすることが出来る。この発明はか
かる課題に鑑みてなされたものであり、その目的とする
所は広い海や池で自由自在に移動することが可能で、意
図するポイントに仕掛けを投入することが出来、魚種も
広く狙うことの出来る釣り用モ−タ浮きを提供すること
にある。When fishing in a wide sea, etc., it is necessary to set the location as described above and a mechanism suitable for the location, and the fish to be aimed is also limited to some extent. It Therefore, if it is possible to move the tackle freely from the shore or from the coast as the fisherman thinks, and if it is possible to throw the tackle according to the depth of the sea, it is possible. You can fish with a very interesting taste. The present invention has been made in view of the above problems, and its intended place is that it can be freely moved in a wide sea or a pond, and it is possible to put a tackle at an intended point and fish species. It is to provide a fishing motor float that can be widely aimed.

【０００４】[0004]

【課題を解決するための手段】即ち、この発明は上記す
る課題を解決するために、釣り用モ−タ浮きが、上部に
水密ケ−スが形成され浮力が大きい船体と、該船体の下
部外側後方に配置され重錘部を兼用する電池室と、前記
水密ケ−スのある上部船体と電池室との間の船体外側に
形成されるモ−タ収納室と、前記上部船体と電池室との
間及び上部船体とモ−タ収納室との間に配置されるキ−
ルと、上部船体と電池室との間に配置され内部にスクリ
ュを配置すると共に駆動機構により左右回転可能とした
筒状のダラ−と、内部にアンテナを収納し仕掛けとリ−
ルを取付けた釣竿と、刺し餌と撒き餌とを入れ回転可能
としたエサ台と、前記リ−ルを駆動する駆動機構と、前
記水密ケ−スに収納した受信機及び該受信機により各駆
動機構を作動させる複数個のサ−ボモ−タと、より成る
ことを特徴とする。SUMMARY OF THE INVENTION In order to solve the above-mentioned problems, the present invention provides a fishing boat with a floating body, a watertight case formed on the upper portion thereof and a large buoyancy, and a lower portion of the boat body. A battery chamber disposed rearward outside and also serving as a weight, a motor storage chamber formed outside the hull between the upper hull having the watertight case and the battery chamber, and the upper hull and battery chamber Between the upper hull and the motor storage room
, A cylindrical duller that is placed between the upper hull and the battery compartment and has a screw inside and that can be rotated left and right by a drive mechanism, and an internal antenna that houses an antenna and a reel.
Fishing rod equipped with a fishing rod, a bait stabbed and sprinkled bait for rotation, a drive mechanism for driving the reel, a receiver housed in the watertight case, and each drive by the receiver. It is characterized by comprising a plurality of servomotors for operating the mechanism.

【０００５】[0005]

【作用】この発明にかかる釣り用モ−タ浮きを上記手段
とした時の作用について添付図の符号をそのまま使用し
て説明する。先ず、この釣り用モ−タ浮きには、船体後
部のエサ台１８に撒き餌と仕掛けの釣針に刺した刺し餌
を入れ、受信機２２をＯＮとして、サ−ボモ−タ２５に
よりモ−タ３を駆動し且つダラ−用サ−ボモ−タ２６に
よりダラ−４を操作して狙ったポイント方向へ移動させ
る。この場合船体１の下部の電池室７には電池が収納さ
れているのでこれが重錘の役目をし、また両側のキ−ル
５及び６により船体は安定して走行する。スクリュ２は
ダラ−４の中より水を噴射し、またダラ−４は左右に回
転駆動されるので自由自在に意図する方向へ操舵するこ
とが出来る。ポイントへ到着したらサ−ボモ−タ２８を
駆動してエサ台１８を回転させ刺し餌と撒き餌とを水中
に投入し、リ−ル用モ−タ１７を逆転させるが、バック
ラッシュ防止スイッチ２４により道糸がもつれることは
ない。刺し餌や撒き餌を投入し終えるとエサ台１８を元
の位置に戻す。魚がかかったらサ−ボモ−タ２７を駆動
してスイッチを入れリ−ル１４用のモ−タ１７を駆動
し、道糸を巻き上げる。この時ガイド溝付プ−リ１５を
介して巻き上げるのでスム−スに巻き上げることが出来
る。以上の過程で船体１内や電池室７やモ−タ収納室８
等は相当量の電気の使用により発熱し高温となったり、
水で冷却されたりするがチュ−ブ３４等により上部船体
内と空気通路が出来ているので気圧変動があっても気密
性が低下することも無い。また釣竿１１内にはアンテナ
２１が収納さているので遠隔操縦する際も受信機２２の
受信効果も良くそれだけ意図するように動かすことが出
来る。The operation when the fishing motor float according to the present invention is used as the above means will be described by using the reference numerals of the accompanying drawings as it is. First, in this fishing motor float, put the bait and the stab bait pierced by the fishing hook of the tackle on the feeding stand 18 at the rear of the hull, turn on the receiver 22 and turn on the motor 3 by the servo motor 25. Drive the drara and operate the drara-4 by the servo motor 26 for the drara to move it to the target point. In this case, since the battery is housed in the battery compartment 7 at the bottom of the hull 1, this serves as a weight, and the hulls 5 and 6 on both sides allow the hull to travel stably. The screw 2 injects water from the inside of the duller 4 and the duller 4 is driven to rotate right and left, so that it can be freely steered in the intended direction. When the vehicle arrives at the point, the servo motor 28 is driven to rotate the feed table 18 to put the stab bait and the sprinkled bait into the water, and the reel motor 17 is rotated in the reverse direction. There is no entanglement. When feeding the stab bait or the sprinkled bait is completed, the feeding table 18 is returned to the original position. When a fish is caught, the servo motor 27 is driven to turn on the switch and the motor 17 for the reel 14 is driven to wind up the thread. At this time, since it is wound through the pulley 15 with the guide groove, it can be smoothly wound. In the above process, the inside of the hull 1, the battery room 7 and the motor storage room 8
Etc. generate a high temperature due to the use of a considerable amount of electricity,
Although it is cooled by water, since the tube 34 and the like form an air passage inside the upper hull, the airtightness does not deteriorate even if the atmospheric pressure changes. Further, since the antenna 21 is housed in the fishing rod 11, the reception effect of the receiver 22 is good even when remotely controlled, and the receiver 22 can be moved as intended.

【０００６】[0006]

【実施例】以下、この発明の具体的実施例について図面
を参照して説明する。図１はこの発明にかかる釣り用モ
−タ浮きを示す全体概要図である。この釣り用モ−タ浮
きは、船体関連部分が、浮力が大きく軽い船体１、推進
用スクリュ２、該スクリュ２を駆動するモ−タ３、スク
リュ２の回りを包含するラダ−４、船体１を両側から支
えるキ−ル５と６、船体下部の外部後方へ設けた電池室
７、モ−タ３を収納するモ−タ収納室８、これらを操作
するサ−ボとスイッチ類等から成る。この船体１の上部
は防水構造としたカバ−９で覆われ、仕掛け部分を置く
と共に内部に電装関連部品が配置されている。尚、１０
は船体１の前後のバランスを取るためのバランスウエイ
トである。DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Specific embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is an overall schematic diagram showing a fishing motor float according to the present invention. In this fishing motor float, the hull-related parts are a hull 1 having a large buoyancy and a light weight, a propulsion screw 2, a motor 3 for driving the screw 2, a ladder 4 surrounding the screw 2, a hull 1 It is composed of keys 5 and 6 for supporting the vehicle from both sides, a battery chamber 7 provided outside the lower part of the hull, a motor storage chamber 8 for storing the motor 3, servos and switches for operating these. .. The upper portion of the hull 1 is covered with a cover 9 having a waterproof structure, and a tackle portion is placed and electric-related components are arranged inside. 10
Is a balance weight for balancing the front and rear of the hull 1.

【０００７】釣り用仕掛け部分は、釣竿１１、先端部に
釣針や錘或いはハリス等を付けた仕掛部１２、道糸１
３、該道糸を巻き取ったり繰り出したりするリ−ル１
４、道糸ガイド用の溝付プ−リ１５、減速機１６付リ−
ル駆動用モ−タ１７、撒き餌や撒き餌を付けた釣針を入
れたエサ台１８、該エサ台１８を回転させるロッド１９
等より構成されている。The fishing tackle portion is a fishing rod 11, a tackle portion 12 having a fishing hook, a weight, Harris or the like attached to its tip, and a line 1
3, reel 1 for winding and unwinding the yarn
4, grooved pulley 15 for road thread guide, reducer 16
Drive motor 17, bait table 18 with sprinkle baits and fishing hooks with sprinkle baits, rod 19 for rotating the bait table 18
Etc.

【０００８】次に、この発明にかかる釣り用モ−タ浮き
は、ラジコンにより遠隔操縦する構造になっている。即
ち、２１は前記釣竿１１の内部に収納したアンテナであ
り、２２は受信機であり、２３は電源スイッチである。
また２４は釣竿１１から糸を繰り出す際のバックラッシ
ュ防止スイッチであるが、詳細については後述する。２
５は前記スクリュ２を回転させるモ−タ３を駆動させる
サ−ボモ−タ、２６は前記ラダ−４を左右に一定角度回
転させるさせる舵取り用のサ−ボモ−タ、２７は前記リ
−ル１４を駆動するモ−タ１７を正逆転させるサ−ボモ
−タであってスイッチは２組ついている。２８は前記餌
台１８を回転駆動するサ−ボモ−タである。また、カバ
−９にある電池２９は受信機２２と前記各サ−ボモ−タ
用の電源である。尚、作動電圧が同じであればスクリュ
駆動用やリ−ル駆動用モ−タ電源と兼用しても良い。Next, the fishing motor float according to the present invention has a structure in which it is remotely controlled by a radio control. That is, 21 is an antenna housed inside the fishing rod 11, 22 is a receiver, and 23 is a power switch.
Further, reference numeral 24 is a backlash prevention switch when the line is fed from the fishing rod 11, which will be described in detail later. Two
Reference numeral 5 is a servo motor for driving the motor 3 for rotating the screw 2, 26 is a steering servo motor for rotating the ladder 4 left and right by a predetermined angle, and 27 is the reel. It is a servo motor for rotating the motor 17 for driving 14 in the forward and reverse directions, and has two sets of switches. Reference numeral 28 is a servo motor for rotating the feeding table 18. A battery 29 in the cover 9 is a power source for the receiver 22 and each of the servomotors. If the operating voltage is the same, it may also be used as a motor power source for screw driving and reel driving.

【０００９】この釣り用モ−タ浮きは以上のような構成
から成るが、各部分の詳細について更に説明する。図２
は船体１の側面図であり、図３は背面図である。キ−ル
５は船体１の上部から下部の電池室７にかけて両側に架
設され、もう一つのキ−ル６は船体上部から前記モ−タ
３を収納する筒状のモ−タ収納室８の中央部を介して下
部の電池室７にかけて架設される。釣り糸を水中に投入
した時いわゆる糸ふけしたときや船体が反転したり蛇行
したときスクリュ２に糸が吸い込まれたり、巻きつく可
能性がある。そこでスクリュ２周囲を円筒状のダラ−４
で囲むと共に該スクリュ２で起こした水流を該ダラ−４
の出口から噴出させるようにする。また該ダラ−４は上
記した如くサ−ボモ−タ２６により駆動されるが、軸４
ａ回りに所定角度左右に回転させ噴出する水流の方向を
変えて操舵を行う。この場合、ダラ−４の形状はフラッ
トな円筒状でも良いし、図のように水の進入する入口を
大きく開口させ、噴出する出口を狭くしぼるような円筒
形状としても良い。更に、キ−ル５もダラ−４内のスク
リュ２に糸を吸い込ませにくいように、左右２枚をダラ
−４の延長を構成するように配置している。The float for the fishing motor is constructed as described above, and the details of each part will be further described. Figure 2
Is a side view of the hull 1, and FIG. 3 is a rear view. The key 5 is installed on both sides from the upper part of the hull 1 to the battery chamber 7 at the lower part, and the other key 6 is a cylindrical motor storage chamber 8 for accommodating the motor 3 from the upper part of the hull. It is installed so as to extend to the lower battery chamber 7 via the central portion. When the fishing line is thrown into water, so-called dandruff, when the hull is inverted or meandered, the line may be sucked into the screw 2 or wound. Then, around the screw 2, a cylindrical dura-4
The water flow caused by the screw 2 is surrounded by
Make it spout from the exit of. Further, the duller-4 is driven by the servo motor 26 as described above, but the shaft 4
The steering is performed by rotating the water around a by a predetermined angle to the right and left to change the direction of the jetted water flow. In this case, the shape of the dara-4 may be a flat cylindrical shape, or may be a cylindrical shape in which an inlet for water to enter is largely opened and an outlet for jetting is narrowed as shown in the figure. Further, the key 5 is also arranged so that the left and right two sheets form an extension of the duller-4 so that the screw 2 in the duller-4 does not easily suck the yarn.

【００１０】船体１の下部に設けられた電池室７内部に
は前記スクリュ２やリ−ル１４を駆動するモ−タ用の電
池（図１の３０）が収納される。本来、前記船体１は浮
きの役目を果たすためのものであるが、水中に引き込ま
れたり、横倒しにされることは当然に生じ得る。そして
この船体が水面上に上がった場合には常に正常状態に復
帰させることが必要である。そこで電池室７を船外の下
部に配置し、両側からキ−ル５及び６で吊り下げる構造
とすると共に電池室７内の電池３０の重量が重錘の役目
をするようにする。こうして船体１はどのような状態に
なっても常に正常状態に復帰させることが出来る。A battery (30 in FIG. 1) for a motor for driving the screw 2 and the reel 14 is housed inside a battery chamber 7 provided in the lower portion of the hull 1. Originally, the hull 1 is intended to act as a floater, but it may naturally be pulled into the water or laid on its side. And when this hull rises above the surface of the water, it is always necessary to restore it to the normal state. Therefore, the battery chamber 7 is arranged at the lower part of the outboard so as to be suspended from the both sides by the keys 5 and 6, and the weight of the battery 30 in the battery chamber 7 serves as a weight. In this way, the hull 1 can always return to the normal state regardless of the state.

【００１１】次に、図４（Ａ）は船体１の平面図、図４
（Ｂ）は船体１の縦断面図の一部である。該船体１の上
部内部には上記するように、ラジコン操作用のサ−ボモ
−タ、リ−ルやその駆動装置、電気スイッチ類等の電気
配線部品が組込まれる。そこで船体を発泡スチロ−ルや
軽く弾性のある材質とし、該船体上部内部には水分を遮
断するための水密ケ−ス３１を配置する。この場合水密
ケ−ス３１の形状をコンパクトにするため船体１上部内
を任意の形、例えば四角形等の方形にくり抜き、同形の
水密ケ−ス３１を嵌め込むようにする。この水密ケ−ス
３１は耐水性のある軽い材料であればその材質は問わな
い。そして図１や図２に示すように、船体１の上側は防
水構造としたカバ−９（図１及び図３）で覆うようにす
る。また、船体１や水密ケ−ス３１の材質や形状をこの
ような２重構造とすれば船体構造を簡易化することが出
来ると共に、船体１自体が岸壁等に衝突した時破損され
ず、内部の構成部品も保護することが出来る。Next, FIG. 4A is a plan view of the hull 1, and FIG.
(B) is a part of a longitudinal sectional view of the hull 1. Inside the upper portion of the hull 1, as described above, electric wiring parts such as a servomotor for controlling radio control, a reel, a driving device therefor, and electric switches are incorporated. Therefore, the hull is made of styrofoam or a light and elastic material, and a watertight case 31 for blocking water is arranged inside the upper part of the hull. In this case, in order to make the shape of the watertight case 31 compact, the inside of the upper portion of the hull 1 is hollowed out into an arbitrary shape, for example, a square such as a square, and the watertight case 31 of the same shape is fitted. The watertight case 31 may be made of any material as long as it is a water-resistant and light material. As shown in FIGS. 1 and 2, the upper side of the hull 1 is covered with a waterproof cover 9 (FIGS. 1 and 3). Further, if the material and shape of the hull 1 and the watertight case 31 have such a double structure, the hull structure can be simplified, and the hull 1 itself is not damaged when it collides with a quay, etc. The components of can also be protected.

【００１２】図５は船体１の後部に配置したエサ台１８
部分と、釣竿１１部分を示す図である。この発明にかか
る釣り用モ−タ浮きは、ラジコンにより遠隔操縦してポ
イントまで移動させて釣るものであるが、ハリス先端の
釣針に付けた刺し餌を水面や水中で引きずって行くと餌
取りや或いは釣りの目的以外の魚に餌を取られたり、無
くなったりする可能性が大きい。更に撒き餌を運ぶ手段
をどのようにするかも難しい。また、仕掛けの釣針に付
けた刺し餌や撒き餌は必要場所（ポイント）で一気に投
入するのが良い。そこで、船尾にエサ台１８を設置する
と共に、該エサ台１８にはロッド１９を取付け該ロッド
１９をサ−ボモ−タ２８で駆動して回転させるようにす
る。そして刺し餌や撒き餌を投入し終えたら元の位置に
戻す。この操作はラジコンで遠隔操作して行う。釣竿１
１にはガイドを通した道糸が取付けてあるが、該釣竿１
１はグラスファイバやカ−ボンロッドで製作されている
ため内部は空洞となっている。そこで該釣竿１１の内部
にはアンテナ２１を収納する。このように釣竿１１内に
アンテナ２１を収納すると受信効果も良くなるし、海水
等にも侵されにくくなる。FIG. 5 is a food stand 18 arranged at the rear of the hull 1.
It is a figure which shows a part and a fishing rod 11 part. The fishing motor float according to the present invention is remotely controlled by a radio control and moved to a point for fishing, but if the stab bait attached to the fishing hook at the tip of Harris is dragged on the water surface or in the water, Alternatively, there is a high possibility that the fish will be eaten or lost for purposes other than the purpose of fishing. Furthermore, it is difficult to decide how to carry the bait. In addition, it is better to throw the bait or sprinkle bait attached to the hook of a tackle at a necessary place (point) at once. Therefore, the feed table 18 is installed at the stern, and the rod 19 is attached to the feed table 18 so that the rod 19 is driven by the servo motor 28 to rotate. Then, after adding the stab bait and sprinkle bait, return them to their original positions. This operation is performed by remote control with a radio control. Fishing rod 1
A fishing line passing through a guide is attached to the fishing rod 1.
Since 1 is made of glass fiber or carbon rod, the inside is hollow. Therefore, the antenna 21 is housed inside the fishing rod 11. When the antenna 21 is housed in the fishing rod 11 as described above, the reception effect is improved and the antenna 21 is less likely to be invaded by seawater or the like.

【００１３】図６はこの発明にかかる釣り用モ−タ浮き
の釣竿１１と、道糸を繰り出したり巻き取ったりするリ
−ル１４部分の構成を示す図、図７はリ−ル１４の前部
に配置されるガイド溝付プ−リ１５の軸方向断面図であ
る。上記したように船体１には種々の電装部品が組み込
まれ、また寸法にも制約がある。従って釣竿１１の道糸
の方向とリ−ル１４の道糸の引込み方向を一致させる方
向に配置することは難しい。また船体１内で道糸の抵抗
を出来るだけ少なくして所定の方向に変更させればコン
パクトに各種部品を収納する上からも好ましい。そこで
釣竿１１のガイドを通した道糸の延長線上と、リ−ル１
１の道糸の引込み線上との交点にガイド溝付プ−リ１５
を配置する。この場合、リ−ル１１の回転軸１１ａ方向
とガイド溝付プ−リ１５の軸１５ａ方向とは一定の角度
（直角も含む）を有する。この場合前記ガイド溝付プ−
リ１５に使用される軸受１５ｂはセラミックスを用いた
ものが錆防止の上から好ましい。こうしてリ−ル１４及
び釣竿１１の配置方向を自由化することが出来る。ま
た、転がり軸受は起動トルクがすべり軸受よりも１０分
の１以下であるため特に潤滑が充分でない時に効果的で
ある。尚、前記リ−ル１４は駆動モ−タ１７により減速
機構１６を介して駆動される。更に、３１ａは水密ケ−
ス３１と一体とされた平板で、この平板３１ａに支柱３
８が取付けられている。そして支柱３８には、道糸１３
を通す貫通孔３８ａと釣竿１１を通す貫通孔３８ｂとが
設けられ、貫通孔３８ｂ内周には筒部材３６が固定され
一端部に変形可能な弾性部材３７を介して釣竿１１を支
承している。又、釣竿１１の根元には一方のバネ座３４
が固定され、このバネ座３４と支柱３８に固定された他
方のバネ座３９間にバネ３５が介装され釣竿１１の根元
を下方に押している。またスイッチ２４も支柱３８に固
定されている。尚、支柱３８は平板３１ａに取り付ける
代わりにカバ−９に取付けても良い。上記するように、
道糸１３に矢印Ａ方向に引っ張られる張力がないときに
は、釣竿１１はバネ３５により根元が押し下げられてい
る。この時は、スイッチ２４の回路は切れておりリ−ル
１４は逆転せず無駄に糸が送り出されない。そして道糸
１３矢印Ａ方向に引っ張られ釣竿１１の先端が弾性部材
３７を視点に矢印Ａ方向に回転移動するとバネ座３４に
連結されたスイッチ２４が入り、道糸１３の張力が無く
なる迄道糸１３を送り出す。このため道糸１３のバック
ラッシュが生じず糸のもつれも生じない。FIG. 6 is a diagram showing the construction of a fishing rod 11 for floating a fishing motor according to the present invention, and a reel 14 portion for reeling out or winding a line, and FIG. 7 is a front view of the reel 14. FIG. 6 is an axial cross-sectional view of a pulley 15 with a guide groove arranged in the section. As described above, various electrical components are incorporated in the hull 1, and the size is also limited. Therefore, it is difficult to arrange the fishing rod 11 so that the direction of the line of the fishing line 11 and the direction of drawing of the line of the reel 14 coincide with each other. In addition, it is preferable to reduce the resistance of the road yarn in the hull 1 as much as possible and change it in a predetermined direction from the viewpoint of compactly storing various parts. Then, on the extension line of the road thread that passed through the guide of the fishing rod 11, and the reel 1
Pulley with guide groove 15 at the intersection with the drawing line of 1
To place. In this case, the direction of the rotary shaft 11a of the reel 11 and the direction of the shaft 15a of the pulley 15 with the guide groove have a constant angle (including a right angle). In this case, the guide groove
The bearing 15b used for the bearing 15 is preferably made of ceramics in terms of rust prevention. In this way, the arrangement directions of the reel 14 and the fishing rod 11 can be made free. In addition, the rolling bearing has a starting torque that is one-tenth or less than that of the sliding bearing, so that it is particularly effective when lubrication is insufficient. The reel 14 is driven by a drive motor 17 via a speed reduction mechanism 16. Further, 31a is a watertight case.
It is a flat plate that is integrated with the space 31, and the support 3 is attached to this flat plate 31a.
8 is attached. Then, on the pillar 38, the road thread 13
A through hole 38a through which the fishing rod 11 passes and a through hole 38b through which the fishing rod 11 passes are provided, and the tubular member 36 is fixed to the inner periphery of the through hole 38b, and the fishing rod 11 is supported via an elastic member 37 that is deformable at one end. .. Further, one spring seat 34 is provided at the base of the fishing rod 11.
Is fixed, and a spring 35 is interposed between the spring seat 34 and the other spring seat 39 fixed to the column 38 to push the base of the fishing rod 11 downward. The switch 24 is also fixed to the support column 38. The support column 38 may be attached to the cover 9 instead of the flat plate 31a. As mentioned above,
When there is no tension to pull the line thread 13 in the direction of arrow A, the root of the fishing rod 11 is pushed down by the spring 35. At this time, the circuit of the switch 24 is cut off and the reel 14 does not reversely rotate, so that the yarn is not unnecessarily fed out. When the tip of the fishing rod 11 is pulled in the direction of the arrow A and the tip end of the fishing rod 11 is rotated in the direction of the arrow A with the elastic member 37 as the viewpoint, the switch 24 connected to the spring seat 34 is turned on until the tension of the yarn 13 is released. Send out 13. Therefore, the back yarn 13 does not backlash and the yarn is not entangled.

【００１４】図８はこの発明にかかる釣り用モ−タ浮き
の内部に組込まれるリ−ル１４を正逆転させるモ−タ１
７用のスイッチと、前記バックラッシュ防止スイッチ２
４の電気配線を示す。遠隔操作される受信機２２はサ−
ボモ−タ２７を駆動してア−ム３３を回転駆動する。こ
の場合、図の実線で示すようにア−ム３３が中立位置で
あれば両スイッチ１７、２４は作動せずリ−ル１４によ
る道糸の巻き上げは行われない。そしてエサ台１８より
刺し餌を投入すると、刺し餌及び仕掛け１２の重量で道
糸１３が引っ張られ、釣竿１１の付け根が矢印Ｂのよう
に回転してマイクロスイッチ２４が入るので、その後図
のＰ方向にア−ム３３を回転移動させれば、マイクロス
イッチ４０、４１が入り回路がつながるのでリ−ル用モ
−タ１７はゆっくりと逆転しつつ道糸を送り出す。そし
て道糸１３に張力が無くなるとバネ３５により釣竿１１
の根元が押し下げられてマイクロスイッチ２４が切れ道
糸１３の送り出しが停止される。次に、例えば魚がかか
った場合、上記と同様にマイクロスイッチ２４が入るの
で、図のＱ方向にア−ム３３を回転移動させるとマイク
ロスイッチ４２、４３が入り回路が繋がるので、リ−ル
用モ−タ１７を正転させ道糸を巻き上げる。尚、このマ
イクロスイッチ４０と４１、及び４２と４３は２回路分
が同一スイッチ内に組込まれてあれば、１つのスイッチ
にまとめても良い。FIG. 8 shows a motor 1 for reversing a reel 14 incorporated in a fishing motor float according to the present invention.
Switch for 7 and the backlash prevention switch 2
4 shows the electric wiring. Remotely operated receiver 22 is a
The motor 27 is driven to rotate the arm 33. In this case, as shown by the solid line in the figure, when the arm 33 is in the neutral position, both switches 17 and 24 do not operate and the reel 14 does not wind up the yarn. Then, when the stab bait is thrown in from the feeding stand 18, the road thread 13 is pulled by the weight of the stab bait and the tackle 12, the root of the fishing rod 11 rotates as shown by the arrow B, and the micro switch 24 is turned on. When the arm 33 is rotationally moved in the direction, the microswitches 40 and 41 enter and the circuit is connected, so that the reel motor 17 slowly reverses and sends out the yarn. When the tension on the line thread 13 is released, the spring 35 causes the fishing rod 11 to move.
Is pressed down, and the microswitch 24 stops the delivery of the cut yarn 13. Next, for example, when a fish is caught, the micro switch 24 is turned on in the same manner as described above. Therefore, when the arm 33 is rotationally moved in the Q direction in the figure, the micro switches 42 and 43 are turned on and the circuit is connected. The motor 17 is rotated in the forward direction to wind up the yarn. The microswitches 40 and 41 and the microswitches 42 and 43 may be combined into one switch if two circuits are incorporated in the same switch.

【００１５】図９は船体１と電池室７とモ−タ収納室８
との内部通路を示す断面図である。船体１の下部に形成
された電池は各部の駆動により相当量の電気量を消費す
るが、特に大電流消費時相当な発熱をする。電池室７や
スクリュ用モ−タ３を配置した筒状のモ−タ収納室８は
船体１部分とは別個の水中部分にあり水密性が要請され
る。しかしこれら電池室７やモ−タ収納室８の狭い空間
内部において、発熱・冷却が繰り返されると圧力変動で
気密性が低下し浸水しやすくなる。そこで、これら電池
室７やモ−タ収納室８と船体上部の大容量空間（水密ケ
−ス３１或いはケ−ス９）内とをゴムチュ−ブ等のチュ
−ブ４４、４５で空間部が繋がるように接続し空気の通
路とする。こうして船体と各室との間の気圧の極端な変
化を押さえることが可能となり、水中部分構造物の水密
性を確保することが出来る。そしてまたチュ−ブ４４や
４５内に通電用コ−ド（電池から船体上部の駆動機構や
サ−ボモ−タ用コ−ド、或いはスクリュ駆動モ−タ用コ
−ド）を通すと、水圧によりチュ−ブの一部が潰されて
も空気通路を確保することが出来るし、水中部分構造物
を多少動かしても、或いは可動部分を作っても水密性を
確保することが出来る。尚、前記チュ−ブ４４、４５の
通路は二点鎖線で示すように水密ケ−ス３１内に通じる
ようにしても良い。FIG. 9 shows a hull 1, a battery chamber 7, and a motor storage chamber 8.
It is sectional drawing which shows the internal passage of. The battery formed in the lower part of the hull 1 consumes a considerable amount of electricity by driving each part, but generates a considerable amount of heat particularly when a large current is consumed. The cylindrical motor storage chamber 8 in which the battery chamber 7 and the screw motor 3 are arranged is located in an underwater portion separate from the hull 1 portion and is required to be watertight. However, when heat generation and cooling are repeated in the narrow space of the battery chamber 7 and the motor storage chamber 8, pressure tightness lowers the airtightness and water is easily infiltrated. Therefore, the battery chamber 7 and the motor storage chamber 8 and the large-capacity space (watertight case 31 or case 9) in the upper part of the hull are separated by tubes 44 and 45 such as rubber tubes. Connect so as to form an air passage. In this way, it is possible to suppress an extreme change in atmospheric pressure between the hull and each room, and it is possible to ensure the watertightness of the underwater substructure. Then, when a current-carrying code (battery-to-hull drive mechanism, servo motor code, or screw drive motor code) is passed through the tubes 44 and 45, the water pressure is reduced. Thus, the air passage can be secured even if a part of the tube is crushed, and the watertightness can be secured even if the underwater partial structure is moved to some extent or a movable part is formed. The passages of the tubes 44 and 45 may be connected to the watertight case 31 as shown by the chain double-dashed line.

【００１６】この発明にかかる釣り用モ−タ浮きは以上
のような構成からなるが、次に実際この釣り用モ−タ浮
きの操作について説明する。先ず、この釣り用モ−タ浮
きには、船体後部のエサ台１８に撒き餌と仕掛けの釣針
に刺した刺し餌を入れ、受信機２２をＯＮとして、スク
リュ用のモ−タ３を駆動して狙ったポイント方向へ移動
させる。この場合、船体１の下部の電池室７には電池が
収納されているのでこれが重錘の役目をし、また両側の
キ−ル５及び６により船体は安定して走行する。スクリ
ュ２はダラ−４の中より水を噴射し、またダラ−４は左
右に回転駆動されるので自由自在に意図する方向へ操舵
することが出来る。ポイントへ到着したらサ−ボモ−タ
２８を駆動してエサ台１８を回転させ刺し餌と撒き餌と
を水中に投入し、リ−ル用モ−タ１７を逆転させるが、
バックラッシュ防止スイッチ２４により道糸がもつれる
ことはない。刺し餌や撒き餌を投入し終えるとエサ台１
８を元の位置に戻す。魚がかかったらサ−ボモ−タ２７
を駆動してリ−ル１４用のモ−タ１７を駆動し、道糸を
巻き上げる。この時ガイド溝付プ−リ１５を介して巻き
上げるのでスム−スに巻き上げることが出来る。以上の
過程で船体１内や電池室７やモ−タ収納室８等は相当量
の電気の使用により発熱し高温となったり、冷却された
りするがチュ−ブ４４等により大容量の上部船体内と空
気通路が出来ているので極端な温度差による気圧差で気
密性が低下することも無い。また釣竿１１内にはアンテ
ナ２１が収納さているので遠隔操縦する際も受信機２２
の受信効果も良くそれだけ意図するように動かすことが
出来る。Although the fishing motor float according to the present invention has the above-mentioned structure, the operation of the fishing motor float will be described below. First, in this fishing motor float, put the sprinkled bait and the stab bait pierced by the hook of the tackle on the food stand 18 at the rear of the hull, turn on the receiver 22 and drive the motor 3 for the screw. Move to the target point direction. In this case, since the battery is housed in the battery compartment 7 at the bottom of the hull 1, this serves as a weight, and the hulls 5 and 6 on both sides allow the hull to travel stably. The screw 2 injects water from the inside of the duller 4 and the duller 4 is driven to rotate right and left, so that it can be freely steered in the intended direction. When the vehicle arrives at the point, the servo motor 28 is driven to rotate the feed table 18 and the stab bait and the sprinkled bait are put into the water, and the reel motor 17 is reversed.
The backlash prevention switch 24 does not entangle the yarn. After adding the stab bait and the sprinkled bait, the bait 1
Return 8 to its original position. Servo motor 27 when fish catches
To drive the motor 17 for the reel 14 to wind up the yarn. At this time, since it is wound through the pulley 15 with the guide groove, it can be smoothly wound. In the above process, the interior of the hull 1, the battery chamber 7, the motor storage chamber 8 and the like generate heat and become high temperature or are cooled by the use of a considerable amount of electricity. Since the air passage is formed inside the body, the airtightness does not deteriorate due to the pressure difference due to the extreme temperature difference. In addition, since the antenna 21 is housed in the fishing rod 11, the receiver 22 can be used for remote control.
The reception effect of is good and you can move it as intended.

【００１７】[0017]

【発明の効果】この発明にかかる釣り用モ−タ浮きは以
上詳述したような構成としたので、磯からも海岸からで
も釣り人の思うように自由、自在に仕掛けを移動させて
意図するポイントで釣りをすることが出来る。また、海
の深さに応じて自在に仕掛けを投入することも出来るの
で、狙える魚種も豊富となり釣りが極めて面白くなる。
更に、釣り人は安全な位置で釣りをすることが出来るの
で危険性も少ない。Since the fishing motor float according to the present invention is constructed as described in detail above, it is intended that the fishing tackle can be freely moved freely from the shore and from the coast as the angler desires. You can fish at points. In addition, since it is possible to put in tackles freely according to the depth of the sea, the variety of fish species that can be aimed at will be abundant, making fishing extremely interesting.
Further, since the angler can fish in a safe position, there is little danger.

【図面の簡単な説明】[Brief description of drawings]

【図１】この発明にかかる釣り用モ−タ浮きを示す全体
概要図である。FIG. 1 is an overall schematic view showing a fishing motor float according to the present invention.

【図２】この発明にかかる釣り用モ−タ浮きの船体の側
面図である。FIG. 2 is a side view of a hull with a floating fishing motor according to the present invention.

【図３】この発明にかかる釣り用モ−タ浮きの船体の背
面図である。FIG. 3 is a rear view of a hull of a floating fishing motor according to the present invention.

【図４】図４（Ａ）は船体の平面図であり、図４（Ｂ）
は船体の縦断面図である。FIG. 4 (A) is a plan view of the hull, and FIG.
FIG. 3 is a vertical sectional view of a hull.

【図５】船体の後部に配置したエサ台部分と、釣竿部分
を示す図である。FIG. 5 is a view showing a bait table portion arranged at the rear portion of the hull and a fishing rod portion.

【図６】この発明にかかる釣り用モ−タ浮きの釣竿と、
道糸を繰り出したり巻き取ったりするリ−ル部分の構成
を示す図である。FIG. 6 is a fishing rod with a floating floating motor according to the present invention;
It is a figure which shows the structure of the reel part which pays out or winds up a road yarn.

【図７】この発明にかかる釣り用モ−タ浮きを構成する
リ−ルの前部に配置されるガイド溝付プ−リの軸方向断
面図である。FIG. 7 is an axial cross-sectional view of a pulley with a guide groove arranged at the front part of the reel which constitutes the fishing motor float according to the present invention.

【図８】この発明にかかる釣り用モ−タ浮きの内部に組
込まれるリ−ルを正逆転させるモ−タ用のスイッチと、
前記バックラッシュ防止スイッチの電気配線を示す図で
ある。FIG. 8 is a motor switch for reversing a reel incorporated in a fishing motor float according to the present invention,
It is a figure which shows the electrical wiring of the said backlash prevention switch.

【図９】船体とモ−タ収納室と電池室との内部通路を示
す断面図である。FIG. 9 is a sectional view showing internal passages of a hull, a motor storage chamber, and a battery chamber.

【符号の説明】[Explanation of symbols]

１ 船体 ２ スクリュ ３ スク
リュ駆動モ−タ ４ ダラ− ５、６ キ−ル ７ 電池
室 ８ モ−タ収納室 ９ カバ− １０
バランスウェイト １１ 釣竿 １３ 道糸 １４
リ−ル １５ 溝付プ−リ １７ リ−ル駆動用モ−タ
１８ エサ台 １９ ロッド ２１ アンテナ ２
２ 受信機 ２３ 電源スイッチ ２４ マイクロスイッチ ２５、２６、２７、２８ サ−ボモ−タ ２
９、３０ 電源 ３１ 水密ケ−ス ３３ ア−ム ４
４、４５ チュ−ブ1 Hull 2 Screw 3 Screw Drive Motor 4 Duller 5, 6 Key 7 Battery Room 8 Motor Storage Room 9 Cover 10
Balance weight 11 Fishing rod 13 Road thread 14
Reel 15 grooved pulley 17 reel drive motor
18 Feeding stand 19 Rod 21 Antenna 2
2 receiver 23 power switch 24 micro switch 25, 26, 27, 28 servo motor 2
9,30 Power supply 31 Watertight case 33 Arm 4
4,45 tubes

Claims (1)

【特許請求の範囲】[Claims] 【請求項１】 上部に水密ケ−スが形成され浮力が大き
い船体と、該船体の下部外側後方に配置され重錘部を兼
用する電池室と、前記水密ケ−スのある上部船体と電池
室との間の船体外側に形成されるモ−タ収納室と、前記
上部船体と電池室との間及び上部船体とモ−タ収納室と
の間に配置されるキ−ルと、上部船体と電池室との間に
配置され内部にスクリュを配置すると共に駆動機構によ
り左右回転可能とした筒状のダラ−と、内部にアンテナ
を収納し仕掛けとリ−ルを取付けた釣竿と、刺し餌と撒
き餌とを入れ回転可能としたエサ台と、前記リ−ルを駆
動する駆動機構と、前記水密ケ−スに収納した受信機及
び該受信機により各駆動機構を作動させる複数個のサ−
ボモ−タと、より成る釣り用モ−タ浮き。1. A hull having a watertight case formed on the upper portion thereof and having a large buoyancy, a battery chamber arranged rearwardly of the lower outer portion of the hull and also serving as a weight portion, an upper hull having the watertight casing and a battery. A motor accommodating chamber formed on the outside of the hull between the cabin and the cabin, a key disposed between the upper hull and the battery chamber and between the upper hull and the motor accommodating chamber, and an upper hull Between the battery compartment and the battery compartment, with a screw inside and a drive mechanism that allows it to rotate left and right, a fishing rod with an antenna inside and a device and reel attached, and a stab bait. And a bait which is rotatably placed, a drive mechanism for driving the reel, a receiver housed in the watertight case, and a plurality of services for operating each drive mechanism by the receiver.
A fishing motor float consisting of a bomoter.