M330845 八、新型說明： 【新型所屬之技術領域】 本創作是有關一種用於鍛鍊身體、肌肉之「可調整使用力道之握力練 習器」’尤指其是針對握持時所需要之力道加以改良設計，使該握持之力道 能夠調整不同之大小者。 【先前技術】 現代人為了保持身體之健康與身材之美觀，都會使用各式各樣的健身 器配合健身之’用以於身體之不同部位锻鍊出肌肉，而各式健身器的使用 均是以讓肌肉於重覆的施力律動，讓肌肉與身體逐漸的變強壯，而健身器 之使用，隨著每個人擁有力量之不同，所需要之健身器產生力道亦不同， 多數健身器的施力力道產生都是以彈簧來達成，且隨著彈簧之數量使用或 是彈簧之粗細不同，所產生之施力力道即不同，其中握力器就是最常見之 此種原理設計，對於目前之握力器其都是利用彈簧之粗細不同來達到不同 之握力練習，而一握力器僅能有一種粗細之彈簧設置，無法改變其他之彈 肓使用，因此需要使用不同之力道進行握力練習時，即需要購買其他之握 力器，以供不同之訓練階段使用，該種需要購買多組握力器之方式之使用 成本尚。 疋以，因此如何設計出一握力器，能夠依需要調整不同之使用力道健 身’以供不同之訓練階段調整使用，甚至不同力量之使用者訓練，本發明 人乃思及創作的意念，遂以多年的經驗加以設計，經多方探討並試作樣品 試驗，及多次修正改良，乃推出本發明。 5 M330845 【新型内容】 欲解決之技術問題點： 目前習知之握力器，同一握力器並無法改變使用力道，因此使用一握 力器後，要再用另一力道之握力器練習時，就必須購買另一握力器使用， 該種購買多組之方式，不僅耗費金錢，且無法提供多數不同力道的人之使 用，此乃欲解決之技術問題點者。 解決問題之技術特點： 本創作係提供一種可調式握力器，其是由：一第一握柄、一第二握柄、 一％圈、一調整螺件、一調整座及一拉力彈簧所組成，第一握柄下段延伸 有一柄部，柄部上内侧設有一樞結部，第一握柄上段設有一往内彎曲之弧 曲段，弧曲段端部設有一扣結部，第二握柄下段延伸有一柄部，上段具有 才只向之干#又，檢杯段内侧端设有一樞結部，而上方由内侧延伸到外端 部處則設有-活動槽，活動槽内侧具有—容置孔，外侧設有_配合凸緣， 而於活動槽一旁之橫桿段上並由内而外標示有逐漸增加之重量刻度，環圈 疋内徑大於第二握柄之配合凸緣，調整螺件具有一調整部，及有一延伸出 之螺# ’調整座巾穿f曼有—螺孔，上方設有_扣結部，拉力彈簧兩端分別 具有一扣結部，藉此俾組成可調式握力器者。 對照先前技術之功效·· 本創作乃係提供可調式握力器，其轉動調整螺件之方式，即可以 M330845 調整座改變拉力彈簧之拉力，細提供不_使用者，甚至同-人不同的 钏練階段’以各所需要的握力不同使用，該種結構之設計，除具有調整握 力外，還具有結構少，組裝容易之優點者。 【實施方式】 為使貴審查委員對本創作之目的、特徵及功效能財更進一步之瞭 解與認識，以下茲請配合【圖式簡單說明】詳述如后： • 首先，先請由第1、2圖所示觀之，其是由：一第一握柄（10)、一第二 握柄(20)、一環圈（30)、一調整螺件(4〇)、一調整座（5〇)及一拉力彈簧 所組成，第一握柄（10)下段延伸有一柄部（丨丨），柄部（H)上内侧設有一樞 結部（12)，第一握柄（1〇)上段設有一往内彎曲之弧曲段(13)，弧曲段(13) 端部設有一扣結部（14)，第二握柄（20)下段延伸有一柄部（21)，上段具有 一橫向之橫桿段(22)，橫桿段(22)内侧端設有一樞結部（23)，而上方由内 侧延伸到外端部處則設有一活動槽（24)，活動槽（24)内侧具有一容置孔 _ (25)，外侧設有一配合凸緣(26)，而於活動槽（24)—旁之橫桿段(22)上並 由内而外標示有逐漸增加之重量刻度(27)，環圈（30)是内徑大於第二握柄 (20)之配合凸緣(26)，調整螺件(40)具有一調整部（41)，及有一延伸出之 '螺桿(42)，調整座(50)中穿設有一螺孔(51)，上方設有一扣結部（52)，拉 •力彈簣(60)兩端分別具有一扣結部（61)。 其結構之組合，如第1、3圖所示，第一握柄（10)與第二握柄（20)是以 柩結部（12)(23)處結合，環圈（30)是套設於調整螺件(40)之螺桿(42)於調 整部(41)内側，調整座（50)是以螺孔(51)螺設於調整螺件(40)之螺桿(42) M330845 上，調整螺件(40)並以螺桿(42)穿設於第二握柄（20)之橫桿段(22)的活動 槽(24)中，外侧調整螺件(40)之調整部(41)與環圈（30)是跟配合凸緣(26) 套設，内侧調整螺件(40)之螺桿(42)端部是位於容置孔(25)内，而調整座 (50)之扣結部（52)並於第二握柄（20)之活動槽(24)橫向長開口中，拉力彈 簧（60)是以一端之扣結部（61)結合於調整座（5〇)之扣結部（52)中，另一端 之扣結部（61)結合於第一握柄（1〇)之扣結部（μ)處，使拉力彈簧(6〇)於第 一握柄（10)之弧曲段（13)開口處延伸。 其結構之使用，如第4圖所示，當要握力練習時，單手直接握於第一 握柄（10)與第二握柄（20)之柄部（11)(21)，並且出力施力握下，第一握柄 (10)與第二握柄(20)即會以樞結部⑽⑽為轴心，使下#二柄部(⑴⑻ 靠攏’上方第-握柄⑽與第二握柄⑽間之拉力彈簧⑽則會被拉開， 利用拉力彈簧（60)之彈性以得到握力之訓練。 而不同的訓練階段，甚至不同的使用者，所需要的握力不同，這時能 利用轉動調整螺件⑽之調整部⑹，讓螺桿(42)轉動，如第5圖所示， 當螺桿(42)轉動時，調整座⑽之扣結部⑽因限制於活動槽⑽中，因 此調整座(50)會以螺孔⑸)在螺桿(42)上與活動槽(24)中移動，使調整座 (50)與第-握柄（10)扣結部（⑷間之距離被改變，同時拉力彈菁(⑼)也會 •有不同程度之拉伸，調整座⑽與第—握柄⑽扣結部（⑷間的距離越 近’拉力彈簧⑽)被拉伸程度越少，而所需要祕力即小，相對調整座⑽ 與第-握柄⑽扣結部⑽間的距離越近，拉力彈簧㈣被拉伸程度越 多’所需要的握力則越大，以此能於—握力器上得到調整握力之目的。 另第二握柄(20)之結構多是以塑膠所射出成型，在當調整螺件(4〇)之 M330845 螺桿(42)端部穿設於容置孔(25)時，經常調整螺件(40)的轉動恐有磨耗容 置孔(25)之疑慮，該利用於第二握柄（2〇)之侧邊，容置孔(25)底緣位置穿 設有一金屬銷(28)，可提供調整螺件(40)之螺桿(42)端部頂住，避免塑膠 之容置孔(25)磨耗者。 藉上述具體實施例之結構，可得到下述之效益··其利用轉動調整螺件 (40)之方式，即可以調整座（5〇)改變拉力彈簧（6〇)之拉力，藉以提供不同 的使用者，甚至同-人關的訓練階段，以各所需要的握力不同用，該種 結構之設計’除具有調整握力外，還具有結構少，組裝容易之優點者。 絲上所述，本創作確實已達突破性之結構設計，而具有改良之創作内 谷同時又犯夠達到產業上之利用性與進步性，且本創作未見於任何刊物， 亦具新穎性’當符合專利法相關法條之規定，爰依法提崎型專利申請， 懇請狗局審查委員授予合法專利權，至為感禱。 唯以上所述者’僅為本創叙—錄實施_已，當不㈣之 M330845 【圖式簡單說明】 第1圖：係本創作之立體組合圖。 第2圖：係本創作之立體分解圖。 第3圖：係本創作之組合剖面圖。 第4圖：係本創作之握力練習動作示意圖。 第5圖：係本創作調整不同握力使用之動作示意圖。M330845 VIII. New Description: [New Technology Field] This creation is about a kind of "adjustable force grip exerciser" for exercising the body and muscles, especially if it is necessary for the grip. Designed to make the grip of the force can be adjusted to different sizes. [Prior Art] In order to maintain the health of the body and the beauty of the body, modern people use a variety of exercise machines to match the fitness of the body to forge muscles in different parts of the body, and the use of various fitness devices is In order to make the muscles repetitively exert the rhythm, the muscles and the body gradually become stronger, and the use of the exercise machine, as each person has different strengths, the strength of the required fitness machine is also different, most fitness equipment The force force is generated by springs, and the force applied is different depending on the number of springs or the thickness of the spring. The grip is the most common principle design for the current grip. They all use different thicknesses of the spring to achieve different grip strength exercises, and a gripper can only have one kind of thick spring setting, which can't change other magazines. Therefore, when you need to use different strengths for grip training, you need to buy Other grips are used for different training stages, and the cost of purchasing multiple sets of grips is still low. Therefore, how to design a grip, can adjust the different use of strength fitness as needed for different training stages to adjust the use, even the user training of different forces, the inventor thinks and creates ideas, The invention has been designed with many years of experience, and has been explored and tried for sample testing, as well as many corrections and improvements. 5 M330845 [New Content] Technical problems to be solved: At present, the grip of the same grip does not change the force. Therefore, after using a grip, you must use another force grip to practice. Another type of grip is used. This type of purchase of multiple sets is not only costly, but also unable to provide the use of most people with different strengths. This is the technical problem to be solved. Technical Features for Solving the Problem: The present invention provides an adjustable gripper consisting of a first grip, a second grip, a % loop, an adjusting screw, an adjusting seat and a tension spring. a lower portion of the first handle extends a handle portion, and a pivot portion is disposed on the inner side of the handle portion, and an upper curved portion of the first handle is provided with an arc curved portion bent inwardly, and an end portion of the curved curved portion is provided with a buckle portion, and the second grip The lower part of the shank extends with a shank, and the upper part has only the dry side. Further, the inner side of the cup is provided with a pivoting portion, and the upper part from the inner side to the outer end is provided with an active groove, and the inner side of the movable groove has The accommodating hole has a _ mating flange on the outer side, and a gradual increasing weight scale is marked on the crossbar section beside the movable slot, and the inner diameter of the ring cymbal is larger than the mating flange of the second grip. The adjusting screw has an adjusting portion, and an extending screw. The adjusting seat towel has a screw hole, and the upper portion is provided with a buckle portion, and the two ends of the tension spring respectively have a buckle portion, thereby forming a buckle portion. Adjustable gripper. Compared with the efficacy of the prior art·· This creation is to provide an adjustable grip, which can be rotated to adjust the screw, that is, the M330845 adjuster can change the tension of the tension spring, and provide a different 不 user, even the same person. The training stage is used differently for each required grip strength. In addition to the adjustable grip strength, the design of the structure has the advantages of less structure and easy assembly. [Embodiment] In order to enable your review committee to further understand and understand the purpose, characteristics and efficacy of this creation, please refer to the following [Simplified Description of the Drawings] for details: • First, please first 2 is a view of: a first handle (10), a second handle (20), a ring (30), a adjusting screw (4 〇), an adjustment seat (5 〇 And a tension spring, the lower part of the first handle (10) extends with a handle (丨丨), and the upper part of the handle (H) is provided with a pivoting portion (12), the upper part of the first handle (1〇) There is an arc curved section (13) which is curved inwardly. The end of the curved section (13) is provided with a buckle portion (14). The lower portion of the second handle (20) extends with a handle portion (21), and the upper portion has a lateral direction. The crossbar section (22), the inner end of the crossbar section (22) is provided with a pivoting portion (23), and the upper side extends from the inner side to the outer end portion to provide a movable slot (24), the inner side of the movable slot (24) Having a receiving hole _ (25), a fitting flange (26) is arranged on the outer side, and a gradually increasing weight scale is indicated on the cross-bar section (22) of the movable groove (24). 27), ring (30) is a fitting flange (26) having an inner diameter larger than that of the second grip (20), the adjusting screw (40) has an adjusting portion (41), and an extended screw (42), an adjusting seat ( 50) A threaded hole (51) is arranged in the middle, and a buckle portion (52) is arranged on the upper portion, and a buckle portion (61) is respectively arranged at both ends of the pull force spring magazine (60). The combination of the structures, as shown in Figures 1 and 3, the first grip (10) and the second grip (20) are joined at the knot (12) (23), and the loop (30) is a sleeve. The screw (42) disposed on the adjusting screw (40) is inside the adjusting portion (41), and the adjusting seat (50) is screwed on the screw (42) M330845 of the adjusting screw (40) by a screw hole (51). The adjusting screw (40) is inserted into the movable groove (24) of the cross bar section (22) of the second grip (20) by the screw (42), and the adjusting part (41) of the outer adjusting screw (40) The ring (30) is sleeved with the mating flange (26), and the end of the screw (42) of the inner adjusting screw (40) is located in the receiving hole (25), and the adjusting seat (50) is fastened. The portion (52) is in the laterally long opening of the movable slot (24) of the second grip (20), and the tension spring (60) is coupled to the buckle of the adjusting seat (5〇) by the fastening portion (61) at one end. In the portion (52), the other end of the fastening portion (61) is coupled to the fastening portion (μ) of the first handle (1〇), so that the tension spring (6〇) is in the first handle (10) The arc segment (13) extends at the opening. The use of the structure, as shown in Fig. 4, when the force is to be practiced, one hand is directly held by the first handle (10) and the handle (11) (21) of the second handle (20), and the output is Under the force of holding, the first grip (10) and the second grip (20) will be pivoted with the pivoting portion (10) (10), so that the lower two handles ((1) (8) close together 'above the first grip (10) and the second The tension spring (10) between the grips (10) is pulled apart, and the elasticity of the tension spring (60) is used to obtain the grip strength training. In different training stages, even different users, the required grip strength is different, and then the rotation can be utilized. Adjusting the adjusting portion (6) of the screw (10) to rotate the screw (42). As shown in Fig. 5, when the screw (42) rotates, the fastening portion (10) of the adjusting seat (10) is restricted to the movable groove (10), so the adjusting seat (50) will move with the screw hole (5)) on the screw (42) and the movable groove (24), so that the distance between the adjustment seat (50) and the first-handle (10) buckle portion ((4) is changed, The tensioning elastic ((9)) will also have different degrees of stretching, and the adjustment seat (10) and the first-handle (10) fastening portion (the closer the distance between (4) is, the less the tension spring (10) is stretched, and The secret force is small, and the closer the distance between the relative adjustment seat (10) and the first-grip (10) buckle portion (10), the more the tension spring (4) is stretched, the greater the grip force required, so that the grip strength can be The purpose of adjusting the grip force is obtained on the device. The structure of the second grip (20) is mostly formed by plastic injection, and the end of the M330845 screw (42) of the adjusting screw (4〇) is inserted through the receiving hole ( 25), often adjust the rotation of the screw (40) may have the concern of the wear accommodating hole (25), which is used on the side of the second handle (2 〇), the bottom edge of the accommodating hole (25) is worn. A metal pin (28) is provided, which can provide the end of the screw (42) of the adjusting screw (40) against the wear of the plastic receiving hole (25). With the structure of the above specific embodiment, the following can be obtained Benefits··The method of rotating the adjusting screw (40) can adjust the tension of the tension spring (6〇) by the seat (5〇), so as to provide different users and even the training phase of the same person. Different from the required grip strength, the design of the structure has the advantages of less structure and easy assembly in addition to the adjustment of the grip strength. As mentioned above, this creation has indeed achieved a breakthrough structural design, and the improved creation of the valley is also enough to achieve industrial use and progress, and this creation is not seen in any publication, but also novelty. In accordance with the provisions of the relevant laws and regulations of the Patent Law, 提 提 型 型 型 提 提 提 提 提 提 提 提 提 提 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗 狗No (4) M330845 [Simple description of the diagram] Figure 1: The three-dimensional combination of the creation of the creation. Figure 2: The three-dimensional exploded view of the creation. Figure 3: The combined sectional view of the creation. Figure 4: This is a schematic diagram of the grip exercise of this creation. Fig. 5: This is a schematic diagram of the action of adjusting the grip strength of this creation.
【主要元件符號說明】 本創作部份：[Main component symbol description] This creative part:
第一握柄---（10) 柩結部----（12) 扣結部----（14) 柄部-----（21) 極結部----（23) 容置孔----（25) 重量刻度---（27) 環圈-----（30) _調整部---一（41) 調整座----（50) 扣結部----（52) 扣結部----（61) 柄部-----（11) 弧曲段----（13) 第二握柄--- (20) 橫桿段----（22) 活動槽----（24) 配合凸緣---（26) 金屬銷----（28) 調整螺件---（40) 螺桿-----（42) 螺孔-----（51) 拉力彈簧---（60)First grip---(10) 柩 knot----(12) buckle knot----(14) handle-----(21) pole knot----(23)容孔----(25) Weight scale---(27) Ring-----(30) _Adjustment---One (41) Adjusting seat----(50) Buckle ----(52) Buckle----(61) Handle-----(11) Arc Curve----(13) Second Handle--- (20) Crossbar Section ----(22) movable slot----(24) mating flange---(26) metal pin----(28) adjusting screw---(40) screw-----( 42) Screw hole-----(51) Tension spring---(60)