1317259 (1) 九、發明說明 【發明所屬之技術領域】 本發明是使用於釣魚的誘餌，特別是關於被稱作「餌 木」型的誘餌。 【先前技術】 習知的誘餌，特別是，一般被稱作餌木的誘餌，是具 有外形與小魚或蝦等的魚餌相似的中實的誘餌本體。而且 ，在此誘餌本體的頭部側端部，設置供卡止釣線用的釣線 卡止部，並在尾部側端部，設置聚集了複數針的針群。釣 者，是將這種誘餌投入水中用來釣烏賊等。 這種餌木型誘餌，爲了使在水中可快速沈降且可獲得 穩定的泳動姿勢，而裝設錘。這種餌木型誘餌用的錘，是 使其一部分突出的狀態下埋入誘餌本體的頭部側底面。 但是，依據釣魚場的狀況，需要調整變化餌木的沈降 速度或沈降姿勢等。在此，釣者是將配置於上述的誘餌本 體的頭部側底面的錘的一部分切削，或者是將金屬絲狀的 線錘等進一步安裝於誘餌本體或錘等，調整沈降速度或沈 降姿勢等。但是’這種作業繁雜，且需要另外工具等。在 此也被提案’沿者誘飼本體的外形線配置拉線，在此拉線 的上可任意調整錘的位置的餌木（專利文獻1參照）。 但是’對於在水中可能與岩石等的障礙物衝突的誘餌 ’因爲沿著誘餌本體的外形線配置拉線，所以拉線需要具 有充分的強度。且’這種拉線的配置作業繁雜，製造成本 -4 - 1317259 (2) 也會變大。進一步’從誘餌本體的表層遠離並朝長度方向 延伸的這種拉線’當烏賊誤認爲餌而抱住誘餌本體時會給 與異樣感。 [專利文獻1]日本特開2003-204734號公報 【發明內容】 (本發明所欲解決的課題） 本發明的課題，是提供一種可依據狀況配合沈降態樣 或泳動姿勢變化’進一步’製造成本·作業性也優秀的誘 餌。 (用以解決課題的手段） 本發明的誘餌，是使用於釣魚的誘餌，其是具備：誘 餌本體、及安裝於前述誘餌本體的頭部底面的錘構件，前 述錘構件，是具有：朝前述誘餌本體的長度方向延伸的軌 道部、及在前述軌道部上滑移可能的錘、及可將前述錘定 位於前述軌道部上的任意的位置的定位手段。 依據釣魚場的狀況，欲在頭低下的狀態下更快速沈降 的情況等’調整沈降姿勢·速度的情況時，是調整對於誘 餌本體的錘的長度方向位置。在軌道部上將錘朝長度方向 任意滑移，並藉由定位手段定位於任意的位置。 且，前述誘餌本體是具有覆蓋其周面的表布，形成凹 入頭部底面的收納凹部也可以。此情況，前述錘構件是具 備嵌入前述收納凹部的本體部，前述軌道部是設置於前述 1317259 (3) 本體部。 在誘餌本體的表面藉由表布覆蓋各式各樣的模樣.色 彩來引誘魚·烏賊等。 藉由這種表布覆蓋誘餌本體的周面後，藉由將錘構件 的本體部嵌入固定於收納凹部，就可將錘構件安裝於誘餌 本體。 然而，藉由將錘構件的一部分收納在收納凹部，錘構 件就不會從誘餌本體的表層過度伸出。釣者，是將此誘館 投入水中並藉由將釣竿向上擺動使誘餌在水中泳動來引誘 烏賊。烏賊會誤認爲活餌而欲抱住此誘餌補食。當烏賊抱 住此誘餌時，錘構件不會過度給與烏賊異樣感，即使返覆 使用烏賊也不易快速從誘餌脫離，只要配合時機就可容易 順利地釣起烏賊。 進一步，將錘構件的本體部完全收納於收納凹部內也 可以。因爲供移動錘用的軌道部等是與本體部同時收納於 收納凹部內，所以更可減少給與烏賊的異樣感。 (發明之效果） 本發明的誘館，是製造也容易，依據狀況可配合沈降 態樣·姿勢容易調整。且，也不易給與烏賊異樣感。 【實施方式】 [第1實施例] 以下，參照圖面說明本發明的第1實施例。 -6- 1317259 (4) 採用本發明的第1實施例的誘餌，是如第1圖所示， 具有外形形成與小蝦相似的中實的誘餌本體1。而且，在 誘餌本體1的頭側端部連結釣線卡止部2，在頭部側的底 面配置錘構件3。且，在誘餌本體1的尾部側端部連結針 群4。 誘餌本體1，是貼合左右一對的半切構件地形成，藉 由射出成形形成的合成樹脂製構件，或者是木製或是金屬 製的構件。在此誘餌本體1的頭部側的底面，形成朝誘餌 本體1的長度方向延伸並凹入的收納凹部。這是供安裝後 述的錘構件3用的部分。 在此誘餌本體1的表面捲附表布。表布是由耐綸樹脂 等的合成纖維構成的織布或是由木綿等的天然纖維構成的 織布’將其加工成帶狀或是薄片狀。藉由接合劑等貼付於 誘餌本體1的周面。在上述的收納凹部部分，是切取表布 的一部分或是將表布的一部分折入收納凹部內，表布是貼 付於誘餌本體1的表面。此表布的外表面是具有外形與蝦 相似的各式各樣的模樣等。進—步，在頭部中設置眼睛， 在左右的兩側面安裝翼片等也可以。 釣線卡止部2是使由周知的織線或是金屬組成的線構 件形成環狀地彎曲’在將一端插入誘餌本體I的頭部側端 部的狀態下’與誘餌本體I連結。在此繫上釣線。 如第2圖§羊細顯示，錘構件3，是由：箱形的本體部 1 0 '及朝長度方向貫通本體部]〇內的螺栓n、及螺合於 螺栓1 1的錘1 2所組成。 (5) 1317259 本體部1 0是一部分被收納於誘餌本體1的收納凹部 的由合成樹脂或是金屬等構成的箱形的構件。本體部10 的下面開口，配合上述的收納凹部將誘餌本體1的長度方 向作爲長邊方向。在本體部1 〇的底面側，螺栓1 1是朝向 其長邊方向貫通。此螺栓11是成爲後述錘12的軌道。螺 栓π的頭是露出本體部10的外部，此螺栓11的頭是供 轉動螺栓11用的旋鈕部分。這種本體部10，是在將其上 部的一部分嵌入誘餌本體1的收納凹部的狀態下，藉由接 合劑等固定。即使將表布貼付於誘餌本體1的表面，藉由 將本體部1 0嵌入固定於收納凹部內，就可使其安裝比較 容易。 錘1 2是由鉛、鎢、這些的合金等的比重較大的金屬 所組成。其他，由混入鎢粉末的合成樹脂等所構成也可能 。錘1 2是朝向本體部1 0的底面側突出，在本體部1 0的 長邊方向（誘餌本體1的長度方向）較長的薄板型的構件。 其長度方向的長度是本體部10的長邊的長度的1/2〜1/3 程度。錘]2是在上部的一部分具有朝其長度方向貫通的 母螺紋孔，在此螺合上述的螺栓〗I。因此，藉由轉動螺 栓11，錘12就可朝誘餌本體1的長度方向滑移。 如此結構的誘餌，是如以下被使用。 即，釣者，將釣線連結於釣線卡止部2後，將此誘餌 投入水中藉由向上擺動釣竿使該誘餌在水中泳動來引誘烏 賊。依據釣魚場的狀況，調整沈降姿勢·速度的情況時’ 調整對於誘餌本體]的錘]2的長度方向位置。具體上’ -8- (6) 1317259 藉由轉動螺栓11，就可任意變更錘l 2的位置。然而，此 錘構件3的本體部1 0因爲是使其一部分收納於收納凹部 ，所以錘構件3不會從誘餌本體1的表層過度伸出。當烏 賊抱住此誘餌時，錘構件3不會過度烏賊異樣感，即使返 覆使用烏賊也不易快速從誘餌脫離，只要配合時機就可容 易順利地釣起烏賊。 [第2實施例] 第3圖及第4圖顯示上述實施例的變形例。 此誘餌，也具備與第1實施例同種的誘餌本體1、釣 線卡止部2、針群4，在形成於誘餌本體1的頭部的底面 的收納凹部，安裝有錘構件1 3。 錘構件13，是如第4圖詳細顯示，由本體部20、及 被挾持於本體部2 0的錘2 2所組成。 本體部2 0是收納於誘餌本體1的收納凹部的構件。 將金屬板等左右對稱地曲折加工，使其左右兩側朝向誘餌 本體1的底面方向。 本體部20的長度方向，是配合於收納凹部朝誘餌本 體1的長度方向延伸。朝向本體部20的左右兩側的底面 方向的部分，使其一部分是對於左右的寬方向更朝寬內方 向部分地突出地曲折’此部分是形成朝長度方向延伸的軌 道部分2 0 a。藉由金屬板等的彈性，使軌道部分2 0 a朝寬 內方向推迫。這種本體部20，是收納於上述的誘餌本體1 的收納凹部內，左右對稱曲折的對稱軸部分是抵接收納凹 -9- 1317259 (7) 部的後面並藉由接合劑等固定於誘餌本體1。 錘22’是與上述第1實施例同樣，由鉛 '鎢、這些 的合金等的比重較大的金屬所組成的薄板型的構件。在錘 22的左右的側面，形成對於左右的寬方向凹入的凹溝使 可被挾持於上述的軌道部分20a。錘22，是使其凹溝嵌入 被收納於誘餌本體1的收納凹部內的本體部2 0的軌道溝 20a而被挾持。因此’錘22是朝誘餌本體1的長度方向 滑移可能。 如此結構的誘餌’也與第1實施例同樣地使用。特別 是，錘構件1 3的本體部2 0是被收納於誘餌本體1的收納 凹部內，對於抱住誘餌本體1的烏賊，不易給與異樣感。 [第3實施例] 別的變形例，是如第5圖所示的錘構件23。此錘構 件2 3，是由：本體部3 0、及被挾持於本體部3 〇的錘3 2 、及板彈簧3 1所組成。 本體部3 0 ’是與第2實施例同樣，是收納於誘餌本 體1的收納凹部的構件。將不銹鋼等的合金左右對稱曲折 並形成略箱形’底面及長度方向的兩端面是成爲開口狀態 。在長度方向的兩側面，是分別形成朝長度方向延伸並朝 寬內方向凹入的軌道部分30a。在上面是形成在長度方向 隔有間隔的複數凹凸。此凹凸是成爲卡止突起。這種本體 部3 0，是被收納於上述的誘餌本體1的收納凹部內，上 面是抵接收納凹部的後面並藉由接合劑等固定於誘餌本體 -10- (8) 1317259 錘3 2，是與上述第2實施例同樣，是由鉛、鎢、這 些的合金等的比重較大的金屬所組成薄板型的構件，在左 右的側面’是形成對於左右的寬方向凹入的凹溝，而可卡 合於上述的軌道部分3 0 a。錘3 2，是使凹溝對於收納於誘 餌本體1的收納凹部內的本體部30的軌道溝30a卡合的 狀態下被挾持。因此，錘32是朝誘館本體1的長度方向 滑移可能。 進一步，錘32是被挾持於本體部30時，板彈簧31 是配置於錘32的上面，在錘32的上面及本體部30的上 面之間設有錘32。板彈簧31是朝長度方向延伸並覆蓋錘 32的上面，在長度方向中央附近朝上方向突出地曲折。 此突出的板彈簧3 1的一部分是與上述的本體部3 0的卡止 突起卡合，錘3 2是被定位於任意的長度方向位置。 如此結構的誘餌，也與第1實施例同樣地使用。且， 錘構件2 3的本體部3 0是被收納於誘餌本體1的收納凹部 內，對於抱住誘餌本體1的烏賊，不易給與異樣感。 [第4實施例] 別的變形例，如第6圖所示的錘構件3 3。此錘構件 33，是由：本體部40 '及朝本體部40的長度方向延伸的 軸4 1、及藉由軸4 1安裝於本體部4〇的錘42所組成^ 本體部4 0，是與第1實施例同樣，其上部的一部分 是收納固定於誘餌本體1的收納凹部。由：收納於收納凹 -11 - (9) 1317259 部的上部分、及形成朝長度方向貫通的貫通孔的下部分所 組成。且，本體部40的底面，是如第8圖所示’在長度 方向隔有間隔的複數凹孔是被並列地加工。由金屬等構成 的軸4 1是貫通此本體部40的下部分的貫通孔。此軸4 1 及本體部40是朝長度方向相對移動可能。 鍾42，是由鉛、鎢 '這些的合金等的比重較大的金 屬所組成的構件’在長度方向的兩端各別形成立起臂部 4 2 a。在一對的臂部4 2 a，在相對的面分別形成供安裝軸 4 1用的固定孔。而且，藉由一對的臂部42a將軸4 1挾入 ，錘4 2是被安裝於軸4 1。如上述，軸4 1是對於本體部 40相對地朝長度方向移動可能，軸41是成爲移動錘42 用的軌道。而且，藉由此軸4 1使錘4 2對於本體部4 0朝 長度方向滑移可能。 如第7圖所示，立起顧此錘42兩側的一對的臂42a 之間的上面，是形成凹入的孔，銷是藉由捲簧朝上方向$ 推迫地收納在此孔中。此銷是朝上方向被推迫地嵌入本n 部4 〇底面的複數凹孔。將錘4 2朝長度方向移動的話，金肖 會藉由捲簧的彈性依序嵌入鄰接的凹孔，分別將錘42 f 位於本體部4 0的對應位置。 如此結構誘餌，也與第1實施例同樣地使用。 [第5實施例] 進一步，別的變形例，如第9圖所示的錘構件43。 此錘搆件4 3，是由：本體部5 0 '及朝本體部5 0的長度方 -12- 1317259 (ίο) 向延伸的軸51、及錯由軸51女裝於本體部40的睡52所 組成。 本體部5 0，是與第3實施例同樣，是完全收納於誘 餌本體1的收納凹部內的略箱形。下面開口的面、及將此 下面朝向底方向嵌入誘餌本體1的收納凹部內並藉由接合 劑等固定。在本體部50的上面的內周面’是形成朝誘餌 本體1的長度方向隔有間隔並朝複數寬方向延伸的凹凸溝 。且，在本體部50的長度方向的兩端面是形成後述的軸 5 1貫通的窗。 軸51，是具有一定的彈性的彈簧軸。在軸51的長度 方向一端連結釣線卡止部2。此誘餌本體1，是形成從誘 餌本體1的頭部側端部朝向收納凹部的貫通孔，將釣線卡 止部2留在誘餌本體1的頭部側端部，將軸5 1貫通此貫 通孔內。軸51是通過本體部50的窗並貫通本體部50的 長度方向。 錘5 2，是由鉛、鎢、這些的合金等的比重較大的金 屬所組成的構件。在錘52的上方是形成貫通長度方向的 貫通孔。上述的軸51是貫通此貫通孔，錘52是在使其— 部分被收納的狀態下藉由軸5 1配置於本體部5 0內。錘 52是在其上端面形成朝長度方向隔有間隔並朝複數寬方 向延伸的凹凸溝。此錘52的上端面是抵接本體部50上面 的內周面。 BP ’藉由使此錘5 2的上端面與本體部5 0的上面的內 周面抵接’並嚙合各凹凸溝，就可使此錘5 2被定位於長 -13- 1317259 (11) 度方向。將錘52長朝度方向移動的話，軸51會稍微撓曲 ，使錘5 2可以沿著軸5 1朝長度方向滑移。 如此結構的誘餌，也與第1實施例同樣地使用。且， 錘構件4 3的本體部5 0是完全收納於誘餌本體1的收納凹 部內，對於抱住誘餌本體1的烏賊，不易給與異樣感。 【圖式簡單說明】 [第1圖]顯示採用本發明的第1實施例的誘餌的圖。 [第2圖]顯示第1圖的誘餌的錘構件3的圖。 [第3圖]顯示採用本發明的第2實施例的誘餌的圖。 [第4圖]顯示第3圖的誘餌的錘構件1 3的圖。 [第5圖]顯示採用本發明的第3實施例的誘餌的錘構 件2 3的圖。 [第6圖]顯示採用本發明的第4實施例的誘餌的錘構 件33的圖。 [第7圖]顯示第6圖的錘42的圖。 [第8圖]第6圖的VIII-VIII方向視圖。 [第9圖]採用本發明的第4實施例的誘餌的頭部側剖 面圖。 【主要元件符號說明】 1誘餌本體 2釣線卡止部 3錘構件 •14- 1317259 (12) 4針群 10本體部 11 螺栓 12 錘1317259 (1) Description of the Invention [Technical Field of the Invention] The present invention relates to a bait for fishing, and more particularly to a bait called a "bait wood" type. [Prior Art] A conventional bait, in particular, a bait generally called a lure, is a medium-sized bait body having a shape similar to that of a small fish or a shrimp. Further, at the head end portion of the bait body, a fishline locking portion for locking the fishing line is provided, and a needle group in which a plurality of needles are gathered is provided at the tail end portion. The fisherman puts the bait into the water for squid fishing. This lure-type bait is provided with a hammer in order to allow rapid settling in water and to obtain a stable swimming posture. The hammer for the lure type bait is embedded in the head side bottom surface of the bait body in a state in which a part thereof is protruded. However, depending on the condition of the fishing ground, it is necessary to adjust the settlement speed or settlement posture of the bait wood. Here, the angler cuts a part of the hammer disposed on the bottom surface of the head side of the above-described bait main body, or attaches a wire-shaped wire hammer or the like to the bait body or the hammer, and adjusts the sedimentation speed, the settlement posture, and the like. . However, this kind of work is complicated and requires additional tools and the like. In this case, it is also proposed that the draw line of the main body of the body is placed along the line, and the lure of the position of the hammer can be arbitrarily adjusted on the wire (refer to Patent Document 1). However, since the bait which may collide with an obstacle such as rock in the water is disposed along the outline of the bait body, the wire needs to have sufficient strength. Moreover, the configuration of such a pull wire is complicated, and the manufacturing cost -4 - 1317259 (2) also becomes large. Further, such a pull wire 'away from the surface of the bait body and extending in the longitudinal direction' gives a strange feeling when the squid mistakes the bait and holds the bait body. [Patent Document 1] JP-A-2003-204734 SUMMARY OF THE INVENTION (Problems to be Solved by the Invention) An object of the present invention is to provide a 'further' manufacturing cost in accordance with a situation in which a subsidence state or a swimming posture change can be matched. · A bait with excellent workability. (Means for Solving the Problem) The bait of the present invention is a bait for fishing, and includes a bait main body and a hammer member attached to a bottom surface of the head of the bait main body, wherein the hammer member has the foregoing A rail portion extending in the longitudinal direction of the lure body, a hammer that is slidable on the rail portion, and a positioning means that can position the hammer at an arbitrary position on the rail portion. The position in the longitudinal direction of the hammer body is adjusted when the settlement posture and the speed are adjusted in accordance with the situation of the fishing ground in a state where the head is lowered more quickly. The hammer is arbitrarily slid in the longitudinal direction on the rail portion and positioned at an arbitrary position by the positioning means. Further, the lure body may have a surface cloth covering the circumferential surface thereof, and may include a housing recess that recesses the bottom surface of the head. In this case, the hammer member is a body portion that is fitted into the housing recess, and the rail portion is provided in the main body portion of the 1317259 (3). The surface of the bait body is covered with a variety of patterns and colors to attract fish and squid. By covering the peripheral surface of the bait body with such a table cloth, the hammer member can be attached to the bait body by fitting and fixing the body portion of the hammer member to the housing recess. However, by accommodating a part of the hammer member in the housing recess, the hammer member does not excessively protrude from the surface layer of the bait body. The angler puts the trap into the water and lures the squid by swinging the rod up and letting the bait swim in the water. The squid will mistake the bait and want to hug the bait. When the squid holds the bait, the hammer member does not give the squid a strange feeling. Even if the squid is used, it is not easy to quickly detach from the bait. As long as the timing is matched, the squid can be easily and smoothly caught. Further, the main body portion of the hammer member may be completely housed in the housing recess. Since the rail portion for moving the hammer or the like is accommodated in the housing recess at the same time as the main body portion, the strange feeling to the squid can be reduced. (Effects of the Invention) The temptation of the present invention is easy to manufacture, and can be easily adjusted in accordance with the state of settlement and posture. Moreover, it is not easy to give a sense of squid. [Embodiment] [First Embodiment] Hereinafter, a first embodiment of the present invention will be described with reference to the drawings. -6- 1317259 (4) The lure according to the first embodiment of the present invention has a medium-sized bait body 1 having an outer shape similar to that of the shrimp as shown in Fig. 1. Further, the fishline locking portion 2 is coupled to the head end portion of the bait body 1, and the hammer member 3 is disposed on the bottom surface of the head portion. Further, the needle group 4 is coupled to the tail end portion of the bait body 1. The lure body 1 is formed by laminating a pair of right and left half-cut members, and is formed of a synthetic resin member formed by injection molding, or a member made of wood or metal. On the bottom surface of the head side of the lure body 1, a housing recess that extends in the longitudinal direction of the lure body 1 and is recessed is formed. This is a portion for mounting the hammer member 3 described later. The surface of the bait body 1 is wound with a table cloth. The table cloth is a woven fabric composed of synthetic fibers such as nylon resin or a woven fabric composed of natural fibers such as wood wool, which is processed into a belt shape or a sheet shape. The peripheral surface of the lure body 1 is attached by a bonding agent or the like. In the above-mentioned housing recess portion, a part of the table cloth is cut out or a part of the table cloth is folded into the housing recess, and the surface cloth is attached to the surface of the bait body 1. The outer surface of the watch fabric has a variety of appearances similar to those of shrimp. Step-by-step, set the eyes in the head, and install the flaps on the left and right sides. The line retaining portion 2 is formed by bending a wire member composed of a known thread or metal in a ring shape and inserting one end into the head end portion of the bait body 1 to be coupled to the bait body 1. Line up the line here. As shown in Fig. 2, the hammer member 3 is composed of a box-shaped main body portion 10' and a bolt n passing through the main body portion in the longitudinal direction, and a hammer 1 2 screwed to the bolt 1 1 . composition. (5) 1317259 The main body portion 10 is a box-shaped member made of synthetic resin or metal, which is partially housed in the housing recess of the bait body 1. The lower surface of the main body portion 10 is opened, and the longitudinal direction of the lure body 1 is defined as a longitudinal direction in conjunction with the above-described housing recess. On the bottom surface side of the main body portion 1A, the bolt 1 1 penetrates in the longitudinal direction. This bolt 11 is a rail that becomes a hammer 12 to be described later. The head of the bolt π is exposed to the outside of the body portion 10, and the head of the bolt 11 is a knob portion for turning the bolt 11. The main body portion 10 is fixed by a bonding agent or the like in a state where a part of the upper portion is fitted into the housing recess of the bait body 1. Even if the surface cloth is attached to the surface of the bait body 1, the main body portion 10 is fitted and fixed in the housing recess, so that the mounting is relatively easy. The hammer 1 2 is composed of a metal having a large specific gravity such as lead, tungsten, or an alloy thereof. Others may be composed of a synthetic resin mixed with tungsten powder or the like. The hammer 12 is a thin plate type member that protrudes toward the bottom surface side of the main body portion 10 and is long in the longitudinal direction of the main body portion 10 (longitudinal direction of the lure body 1). The length in the longitudinal direction is about 1/2 to 1/3 of the length of the long side of the body portion 10. The hammer 2 has a female screw hole penetrating in the longitudinal direction of a part of the upper portion, and the above-mentioned bolt is screwed here. Therefore, by rotating the bolt 11, the hammer 12 can be slid toward the longitudinal direction of the lure body 1. The bait thus constructed is used as follows. That is, after the fisherman connects the fishing line to the line locking portion 2, the bait is put into the water, and the bait is swung in the water by swinging the rod upward to attract the thief. When the settlement posture and speed are adjusted according to the condition of the fishing ground, the position of the hammer in the longitudinal direction of the bait body 2 is adjusted. Specifically, -8-(6) 1317259 can change the position of the hammer l 2 by turning the bolt 11. However, since the main body portion 10 of the hammer member 3 is partially housed in the housing recess, the hammer member 3 does not excessively protrude from the surface layer of the lure body 1. When the thief is holding the bait, the hammer member 3 does not feel excessively squid, and even if the squid is returned, it is not easy to quickly detach from the bait, and the squid can be easily caught as long as the timing is matched. [Second Embodiment] Figs. 3 and 4 show a modification of the above embodiment. The bait also includes the bait main body 1, the fishing line locking portion 2, and the needle group 4 of the same type as in the first embodiment, and the hammer member 13 is attached to the housing recess formed in the bottom surface of the head portion of the lure body 1. The hammer member 13 is shown in detail in Fig. 4 and is composed of a body portion 20 and a hammer 22 that is held by the body portion 20. The main body portion 20 is a member housed in the housing recess of the lure body 1 . The metal plate or the like is zigzag-symmetrically curved so that the left and right sides thereof face the bottom surface of the bait body 1. The longitudinal direction of the main body portion 20 is fitted to the housing recessed portion so as to extend in the longitudinal direction of the bait body 1. The portion facing the bottom surface of the left and right sides of the main body portion 20 is partially bent to be partially protruded in the width direction toward the left and right width directions. This portion is formed as a rail portion 20a extending in the longitudinal direction. The rail portion 20 a is urged in the width direction by the elasticity of the metal plate or the like. The main body portion 20 is housed in the housing recessed portion of the bait body 1 described above, and the symmetrical shaft portion that is bilaterally symmetrical and symmetrical is received behind the receiving recess -9- 1317259 (7) portion and fixed to the bait by a bonding agent or the like. Ontology 1. The hammer 22' is a thin plate type member composed of a metal having a large specific gravity such as lead 'tungsten, or an alloy of these, similarly to the above-described first embodiment. Grooves recessed in the left and right width directions are formed on the left and right side faces of the hammer 22 so as to be held by the above-described rail portion 20a. In the hammer 22, the groove is fitted into the rail groove 20a of the main body portion 20 housed in the housing recess of the lure body 1, and is held. Therefore, the hammer 22 is likely to slip toward the longitudinal direction of the bait body 1. The bait ' thus configured' is also used in the same manner as in the first embodiment. In particular, the main body portion 20 of the hammer member 13 is housed in the housing recess of the bait body 1, and it is difficult for the squid that is holding the bait body 1 to give a strange feeling. [Third Embodiment] Another modification is the hammer member 23 as shown in Fig. 5. The hammer member 23 is composed of a main body portion 30, a hammer 3 2 held by the main body portion 3, and a leaf spring 31. The main body portion 30' is a member housed in the housing recess of the bait body 1 as in the second embodiment. An alloy such as stainless steel is bent to the left and right and formed into a slightly box shape. The bottom surface and the end surfaces in the longitudinal direction are in an open state. On both side faces in the longitudinal direction, rail portions 30a extending in the longitudinal direction and recessed in the wide inner direction are formed, respectively. In the above, a plurality of irregularities are formed which are spaced apart in the longitudinal direction. This unevenness is a locking projection. The main body portion 30 is housed in the housing recessed portion of the bait body 1 described above, and the upper surface thereof is fixed to the rear side of the receiving recessed portion and fixed to the bait body-10-(8) 1317259 hammer 3 2 by an adhesive or the like. In the same manner as in the second embodiment, the thin-plate type member is made of a metal having a large specific gravity such as lead, tungsten, or an alloy thereof, and the left and right side faces ' are recessed grooves that are recessed in the left-right direction. It can be engaged with the above-mentioned track portion 30 a. The hammer 3 2 is held in a state in which the groove is engaged with the rail groove 30a of the main body portion 30 housed in the housing recess of the lure body 1. Therefore, the hammer 32 is likely to slip toward the longitudinal direction of the body 1 of the trap. Further, when the hammer 32 is held by the main body portion 30, the leaf spring 31 is disposed on the upper surface of the hammer 32, and a hammer 32 is provided between the upper surface of the hammer 32 and the upper surface of the main body portion 30. The leaf spring 31 extends in the longitudinal direction and covers the upper surface of the hammer 32, and is bent in the upward direction in the vicinity of the center in the longitudinal direction. A part of the protruding leaf spring 31 is engaged with the locking projection of the main body portion 30 described above, and the hammer 32 is positioned at an arbitrary longitudinal direction. The bait thus constructed is also used in the same manner as in the first embodiment. Further, the main body portion 30 of the hammer member 23 is housed in the housing recess of the bait body 1, and it is difficult for the squid that is holding the bait body 1 to give a strange feeling. [Fourth embodiment] Another modification is the hammer member 33 shown in Fig. 6. The hammer member 33 is composed of a main body portion 40' and a shaft 4 1 extending in the longitudinal direction of the main body portion 40, and a hammer 42 attached to the main body portion 4 by the shaft 41. Similarly to the first embodiment, a part of the upper portion thereof is a housing recess that is housed and fixed to the lure body 1. It consists of an upper part that accommodates the recess -11 - (9) 1317259 and a lower part that forms a through hole that penetrates in the longitudinal direction. Further, the bottom surface of the main body portion 40 is a plurality of concave holes which are spaced apart in the longitudinal direction as shown in Fig. 8 and are processed in parallel. A shaft 41 made of metal or the like is a through hole penetrating the lower portion of the main body portion 40. The shaft 4 1 and the body portion 40 are relatively movable in the longitudinal direction. The bell 42 is a member composed of a metal having a large specific gravity such as an alloy of lead or tungsten, and the rising arm portion 4 2 a is formed at each end in the longitudinal direction. In the pair of arm portions 4 2 a, fixing holes for mounting the shafts 4 1 are formed on the opposite faces. Further, the shaft 4 1 is inserted by the pair of arm portions 42a, and the hammer 4 2 is attached to the shaft 41. As described above, the shaft 41 is likely to move in the longitudinal direction with respect to the main body portion 40, and the shaft 41 is a rail for moving the hammer 42. Moreover, it is possible to cause the hammer 4 2 to slide in the longitudinal direction with respect to the body portion 40 by the shaft 41. As shown in Fig. 7, the upper surface between the pair of arms 42a on both sides of the hammer 42 is formed as a recessed hole, and the pin is urged in the hole by the coil spring upwardly. in. This pin is a plurality of recessed holes that are urged to be inserted into the bottom surface of the n-part 4 朝 in the upward direction. When the hammer 4 2 is moved in the longitudinal direction, the gold brooch is sequentially inserted into the adjacent recessed holes by the elasticity of the coil spring, and the hammer 42 f is placed at the corresponding position of the body portion 40, respectively. The structural bait thus used is also used in the same manner as in the first embodiment. [Fifth Embodiment] Further, another modification is the hammer member 43 shown in Fig. 9. The hammer member 43 is composed of a main body portion 50' and a shaft 51 extending toward the length of the main body portion 50, and extending from the shaft 51 to the main body portion 40. 52 components. Similarly to the third embodiment, the main body portion 50 is a substantially box shape that is completely housed in the housing recess of the lure body 1. The surface of the lower opening and the lower surface are fitted into the housing recess of the bait body 1 in the bottom direction, and are fixed by a bonding agent or the like. The inner peripheral surface ' on the upper surface of the main body portion 50 is a concave-convex groove that is formed to extend in the longitudinal direction of the bait body 1 with a space therebetween and extending in the width direction. Further, both end faces in the longitudinal direction of the main body portion 50 are windows through which the shaft 51 which will be described later is formed. The shaft 51 is a spring shaft having a certain elasticity. The fishline catching portion 2 is coupled to one end of the shaft 51 in the longitudinal direction. The bait body 1 is formed with a through hole that is formed from the head end portion of the lure body 1 toward the housing recess, and the fishline locking portion 2 is left at the head end portion of the lure body 1, and the shaft 51 is penetrated therethrough. Inside the hole. The shaft 51 passes through the window of the body portion 50 and penetrates the longitudinal direction of the body portion 50. The hammer 5 2 is a member composed of a metal having a large specific gravity such as lead, tungsten, or an alloy thereof. Above the hammer 52, a through hole penetrating in the longitudinal direction is formed. The shaft 51 is inserted through the through hole, and the hammer 52 is disposed in the main body portion 50 by the shaft 51 in a state in which the hammer 52 is housed. The hammer 52 has concave and convex grooves formed on the upper end surface thereof at intervals in the longitudinal direction and extending in a plurality of width directions. The upper end surface of the hammer 52 is an inner peripheral surface that abuts against the upper surface of the body portion 50. By making the upper end surface of the hammer 52 abut against the upper inner peripheral surface of the body portion 50 and engaging the concave and convex grooves, the hammer 5 2 can be positioned to be long - 13-1317259 (11) Degree direction. When the hammer 52 is moved in the longitudinal direction, the shaft 51 is slightly deflected so that the hammer 52 can slide in the longitudinal direction along the shaft 51. The bait thus constructed is also used in the same manner as in the first embodiment. Further, the main body portion 50 of the hammer member 43 is completely housed in the housing recess of the bait body 1, and it is difficult for the squid that is holding the bait body 1 to give a strange feeling. BRIEF DESCRIPTION OF THE DRAWINGS [Fig. 1] A view showing a lure according to a first embodiment of the present invention. [Fig. 2] A view showing the hammer member 3 of the bait of Fig. 1. [Fig. 3] A view showing a lure according to a second embodiment of the present invention. [Fig. 4] A view showing the hammer member 13 of the bait of Fig. 3. Fig. 5 is a view showing a hammer member 23 of the bait according to the third embodiment of the present invention. Fig. 6 is a view showing a hammer member 33 using a bait according to a fourth embodiment of the present invention. [Fig. 7] A view showing the hammer 42 of Fig. 6. [Fig. 8] A view of the VIII-VIII direction of Fig. 6. [Fig. 9] A cross-sectional side view of a lure according to a fourth embodiment of the present invention. [Description of main component symbols] 1 Bait main body 2 Fishing line locking part 3 Hammer member • 14- 1317259 (12) 4-needle group 10 body part 11 Bolt 12 Hammer
13錘構件 2 0本體部 20a軌道部分（溝） 22 錘 2 3 錘構件 3 0本體部 3 0 a軌道部分 3〇a軌道溝 3 1板彈簧13 hammer member 2 0 body part 20a track part (groove) 22 hammer 2 3 hammer member 3 0 body part 3 0 a track part 3〇a track groove 3 1 leaf spring
32 錘 3 3 錘構件 40 本體部 4 1 軸 42 錘 42a 臂部 43 錘構件 5 0 本體部 5 1 軸 52 錘 -15-32 Hammer 3 3 Hammer member 40 Main body 4 1 Shaft 42 Hammer 42a Arm 43 Hammer member 5 0 Main body 5 1 Shaft 52 Hammer -15-