\<>l- /) Μ 101年7月/日修正頁 五、新型說明： 【新型所屬之技術領域】 本創作係為一種手持衝擊活化矯整器之可旋轉操作把 手=構’特別是指—種由—可旋轉式結構之握柄構件與— 固疋式結構之握柄構件所組成之可旋轉操作把手結構。 【先前技術】 目則市面上陽春型手持衝擊活化矯整器已廣泛的被大眾 所使用’其攜帶上岐利性以及操作上的靈活性早已取代 傳統的脊椎轉矯正器。然而，儘管陽春型手持衝擊活化 橋整器之結構設計已經絕大多數符合人體卫學，但仍然有 其不完美之處。 首先’此陽春料持衝擊活化矯整H係無法使所有使用 有效的施力’其關鍵在於陽春型手持衝擊活化 5 轉柄構件之結構設計皆為固定式，無法與人體 握動作做彈性調整，造成使用者施加握力時無 ==:的:η很容“使用後產生手痠與肌 一 症其=人，由於每個使用者的手掌大小皆不 相1施加握力於該陽春型手持衝擊活㈣整器上的角度 、、受傷等效果’若長期不當使用將會導致手指弯曲 構陽春料持衝擊活輯整器上耗之設計結 用者在使詩使用者能確實施力的防滑功能，往往造成使 ^陽春型手持衝擊活化齡ϋ時滑離手部而發 1〇1年7月〆日修正頁 生意外 【新型内容】 鑑於&本創作的目的即是提供一種手 整器之可旋轉操作把手 $料化場 中之任一握柄構件^ 其中該可旋轉操作把手結構 調整於ΛπΜ ★ °旋轉式結構設計’可供使用者自由 調整知加握力於矯整器上之角度。 把手本十出一的^種手持衝擊活化矯整器之可旋轉操作 、-;動調節機構:旋轉操作把手結構、一動力傳遞構件 作把接構件所組成。其中該可旋轉操 予…構包括有一第一握柄構件及一第二 中^第一握柄構件，係結合於該承接構件上之第一承接二 該第-握柄構件受力時可隨該承接構件作上移 ^而該可旋轉操作把手結構中之第一握柄構件移 ，可做。，度之左右向自由旋轉 ^其中任-係可旋轉式結構，而另—則係固定式結構。此 外，本創作亦將該第一握柄構件之結構設計成與施力方 相反之方向作傾斜的兩翼式結構。 ° 本創作特別針對陽春型手持衝擊活化矯整器的缺點進行 改良，一來解決了不同使用者擁有不同施力角度的問題仃 二來也在使用上提供了更彈性的空間，完全可因應使用者 握持時的舒適性以及不同使用者的手掌尺寸，另外與施力 方向相反的傾斜角度設計更可以讓使用者施力時避免手指 f咖q丨丨..修丄〔 » -广·· 謂尤i ----— m年7月/曰修正頁 滑離握柄的問題β所以相較於先前技術本創作減少了使用 者長期施用的後遺症，避免了手部疲勞與肌肉酸痛等問題 ，以及進而造成施力不均之弊病，明顯的增加了舒適产、 耐用度以及靈活度等功能。 【實施方式】 請參閱第1圖所示，其係顯示本創作手持衝擊活化矯整 器10之可旋轉操作把手結構11之立體圖。本創作之可手 持衝擊活化橋整器之可疑轉操作把手結構11包括有一 動力傳遞構件12、一傳動調節機構13、一可旋轉操作把手 結構11中的第一握柄構件111以及第二握柄構件112、一 承接構件14。動力傳遞構件12及傳動調節機構13係結合 於一套筒15内，動力傳遞構件12之一端則結合有—橡膠 套件16，當然’橡膠套件16亦可替換為其他具有緩衝功 能之塑性體。承接構件14結合於傳動調節機構13，其中 承接構件14包括有-第-承接部141及一第二承接部、142 ，第一握柄構件ill結合於承接構件14之第一承接部ΐ4ΐ 第-握柄構件112縣合於承接構件14之第二承接部 4^’進而形成如圖所示之手持衝擊活化靖整器ig之外觀 。看設計上之不同’在此僅—最佳實施例表現。 罐整器同料閱第2圖與第3圖料，本創作手持衝擊活化 把手择播之可輯操作把手結構U，其巾該可旋轉操作 112 : 11 #由-第-握柄構件lu及一第二握柄構件 、且成’而該第-握柄構件lu係可旋轉式結構設計 1〇1年7月；f日修正頁 則月(丨日£乎 ’其可旋轉之角度Α係左右向自由操作〇〜36〇度而該第 =柄構件U2此時則係固定式結構設計。當使用者施加 =力於手持衝擊活化矯整器1G之可旋轉操作把手結構n 時，該第-握柄構件⑴將旋轉至一適當角度，與該第二 握柄構件U2結合成-最適合使用者施力的把手結構並 於承受此施力後’隨著其結合之該第—承接部i4i往結合 於第二承接部142上之第二握柄構件112移動壓縮達成 該手持衝擊活化矯整器10動力之開啟。 明同時參閱第4圖與第5圖所示，本創作手持衝擊活化 橋整器10之可旋轉操作把手結構11，其呈現方式與第2 圖與第3圖正好相反，該第二握柄構件112係可旋轉式結 構設計’其可旋轉之角度B係左右向自由操作〇〜36〇度， 而該第一握柄構件1U此時則係固定式結構設計。當使用 者施加握力於手持衝擊活化矯整器1〇之可旋轉操作把手結 構11時’該第二握柄構件112將旋轉至一適當角度，與該 第一握柄構件111結合成一最適合使用者施力的把手結構 ’並於承受此施力後，隨著其結合之該第一承摻部141往 結合於第二承接部丨42上之第二握柄構件112移動壓縮， 達成該手持衝擊活化矯整器10動力之開啟。 請同時參閱第3圖與第5圖所示，本創作手持衝擊活化 矯整器10之可旋轉操作把手結構11，其中該可旋轉操作 把手結構11中之第一握柄構件111係一左右對稱之兩翼式 結構設計，該兩翼式結構設計係以水平面為基準，往與施 力方向相反之方向作傾斜，此一傾斜角度C之設計更可以 101年7月/日修正頁 讓使用者施力時避免手指滑離握柄的問題 請同時參㈣6圖與第7圖所*，第6圖係顯示本創作 手持衝擊活_整器10之可旋轉操作把手結構U之正視 圖’第7圖係顯示本創作手持衝擊活化橋整器1()之可_ 操作把手結構u之斷面圖^其中該動力傳遞構件η包括 有一動力輪出端121及-動力施加端122，而該橡谬 16套置於該動力傳遞構件12之動力輸出端ΐ2ι，一 簧123係套附於套筒15與動力傳遞構件η之間。 傳動調節機構13包括有一彈性構件13ι 132、一調節軸環133及一螺旋 基構件 套置在活塞構件132之外部，調節’性構件131係 件⑶及活塞欉侔132之❾調即轴被133結合於彈性構 # η ，其中螺旋構件134連接於 彈性構件m及調節_ 133 接之彈性構件m，以錢套置上=構件134帶動螺 罝於彈性構件131之活#椹 件132與動力傳遞構件12之 古谇M 去 ^勒力施加端122間形成一預定 间度hi。此外，動力傳遞構件 千12之動力施加端122設有 一緩衝墊片124，其功用係為冑 傳遞構件u之力道。 輪塞構件132撞擊動力 力產承生接^^4之㈣設力產域件⑷，該動 力產生構件143對應設置於傳 ⑴之上端’另外承接構件^動㈣機構13之活塞構件 置有-第一彈簧構件17與第二握柄構件⑴之間設 件⑷與第二握柄構件m接構件14内之動力產生構 18。 之間更央置有一第二弹簧構件\<>l- /) 7 July/November 101 Revision Page 5, New Description: [New Technology Area] This creation is a kind of hand-operated impact-activated conditioner with a rotatable operation handle = special ' It refers to a rotatable operation handle structure composed of a grip member of a rotatable structure and a grip member of a solid structure. [Prior Art] The Yangchun-type hand-held impact-activated conditioner has been widely used by the public. Its carrying profitability and operational flexibility have long replaced the traditional spine-corrector. However, although the structural design of the Yangchun handheld impact-activated bridge is already largely ergonomic, there are still some imperfections. First of all, 'this Yangchun material holds the impact activation and trimming H system can not make all the effective force applied'. The key point is that the structural design of the Yangchun type hand-held impact activation 5 shank member is fixed, and it can not be elastically adjusted with the human body grip action. When the user applies the grip force, there is no ==: η is very accommodating. "The hand acid is produced after use and the muscle is sick. It is a person. Because each user's palm is not the same size, the grip strength is applied to the Yangchun type. (4) The angle of the whole device, the effect of injury, etc. If the long-term improper use will lead to the bending of the fingers, the design of the spring and the spring will be used to make the design of the user. It often causes the ^Yangchun type of hand-held impact to activate the age of the squat when it slips away from the hand and sends it for 1 year, July, the next day, the page is accidental [new content] In view of the purpose of this creation is to provide a hand-held device Rotating operation handles any of the grip members in the material field ^ wherein the rotatable operation handle structure is adjusted to ΛπΜ ★ ° Rotary structure design 'users can freely adjust the angle of knowing grip force on the leveler The rotatable operation of the hand-held impact-activated corrector of the handle-type, the movement adjustment mechanism: a rotary operation handle structure, and a power transmission member as a docking member. The first handle member and the second middle handle member are coupled to the first receiving member of the receiving member, and the first gripping member is movable with the receiving member. The first grip member in the rotatable operation handle structure can be moved. The left and right sides of the rotation are freely rotatable, and the other is a rotatable structure, and the other is a fixed structure. In addition, the creation will also The structure of the first grip member is designed as a tilted two-wing structure in the opposite direction to the force applying side. ° This creation specifically improves the shortcomings of the Yangchun type hand-held impact-activated conditioner, and solves the problem that different users have different applications. The problem of the force angle also provides a more flexible space in use, which can fully respond to the user's comfort when holding and the palm size of different users, and the tilt opposite to the direction of the force applied. The angle design can make the user avoid the finger f 丨丨 丨丨 . . . . . » » » » » » » » » » » » » » » » » » » » » » » » » » » » » » » » » » Therefore, compared with the prior art, the creation reduces the sequela of long-term application by the user, avoids problems such as hand fatigue and muscle soreness, and further causes the disadvantage of uneven force, which obviously increases the comfort, durability and flexibility. [Embodiment] Please refer to Fig. 1, which is a perspective view showing the rotatable operation handle structure 11 of the present hand-held impact activation corrector 10. The suspicious transfer of the hand-held impact-activated bridge device of the present invention The operating handle structure 11 includes a power transmitting member 12, a transmission adjusting mechanism 13, a first grip member 111 in the rotatable operating handle structure 11, and a second grip member 112 and a receiving member 14. The power transmitting member 12 and the transmission adjusting mechanism 13 are incorporated in a sleeve 15, and one end of the power transmitting member 12 is coupled with a rubber kit 16, and of course the rubber kit 16 can be replaced with other plastic bodies having a cushioning function. The receiving member 14 is coupled to the transmission adjusting mechanism 13 , wherein the receiving member 14 includes a - abutting portion 141 and a second receiving portion 142 , and the first grip member ill is coupled to the first receiving portion of the receiving member 14 - The handle member 112 is combined with the second receiving portion 4' of the receiving member 14 to form the appearance of the hand-held impact activation aligner ig as shown. Look at the difference in design 'here only—the best embodiment performance. The tanker is the same as the second and third materials. The hand-held impact activation handle is selected to operate the handle structure U, and the towel can be rotated 112: 11 #由-第-柄部件 and a second grip member, and the first grip member is a rotatable structure designed in July 1st; the f-day correction page is the month (the next day is about 'the rotatable angle The left and right directions are freely operated 〇 36 degrees and the first shank member U2 is a fixed structural design at this time. When the user applies = force to the rotatably operated handle structure n of the hand-held impact-activated conditioner 1G, the first - the grip member (1) will be rotated to an appropriate angle, combined with the second grip member U2 into a handle structure that is most suitable for the user to apply force, and after receiving the force, the first receiving portion The movement of the i4i to the second grip member 112 coupled to the second receiving portion 142 is compressed to achieve the opening of the power of the hand-held impact-activated conditioner 10. As shown in Figures 4 and 5, the creation of the hand-held impact activation The rotatably operable handle structure 11 of the bridge 10 is presented in a manner similar to that of Figures 2 and 3 In contrast, the second grip member 112 is of a rotatable design design whose 'rotatable angle B' is free to operate 〇 36 degrees to the left and right, and the first grip member 1U is now a fixed structural design. When the user applies a gripping force to the rotatable operating handle structure 11 of the hand-held impact-activated conditioner 1 'the second grip member 112 will rotate to an appropriate angle, combined with the first grip member 111 to form a most suitable one. After the force is applied, the first receiving portion 141 is combined with the second grip member 112 coupled to the second receiving portion 42 to be compressed. The power of the impact-activated finisher 10 is turned on. Please also refer to FIGS. 3 and 5, the rotatably operable handle structure 11 of the present hand-held impact-activated conditioner 10, wherein the rotatably operated handle structure 11 The first grip member 111 is a two-wing structure with a left-right symmetry. The two-wing structure is designed to be tilted in a direction opposite to the direction of the force application based on the horizontal plane. The design of the tilt angle C can be 101 years. month/ The correction page allows the user to avoid the problem of the finger sliding off the handle when applying force. Please refer to (4) 6 and 7 respectively. Figure 6 shows the rotatable operation handle structure U of the created hand-held impact device 10 The front view 'Fig. 7 shows a cross-sectional view of the handle handle structure u of the present hand-held impact activated bridge 1 (). The power transmission member η includes a power wheel end 121 and a power application end 122. And the rubber sleeve 16 is disposed between the sleeve 15 and the power transmission member η. The transmission adjustment mechanism 13 includes an elastic member 13 ι 132, a The adjusting collar 133 and a helical base member are sleeved outside the piston member 132, and the adjustment of the 'the member 131 (3) and the piston 欉侔 132 is adjusted, that is, the shaft 133 is coupled to the elastic structure η, wherein the spiral member 134 is connected The elastic member m and the adjusting member 133 are connected to the elastic member m, and the member 134 is driven to drive the screw to the elastic member 131 and the power transmitting member 12. 122 forms a predetermined interval hi. Further, the power applying end 122 of the power transmitting member 12 is provided with a cushioning pad 124 whose function is the force of the transmitting member u. The wheel plug member 132 strikes the (4) force generating region member (4) of the power force bearing production joint, and the power generating member 143 is correspondingly disposed at the upper end of the transmission (1), and the piston member of the mechanism 13 is further disposed. The power generating structure 18 is disposed between the first spring member 17 and the second grip member (1) and the second grip member m. a second spring member is further disposed between the two
5C 曰修正頁 請同時參閱第8圖與第9 @所*，第8圖係顯示本創作 手持衝擊活化矯整^ 1G之可旋轉操作把手結構11之第— 握柄構件111往第二握柄構件112壓縮之正視® ;，第9 圖係顯不本創作手持衝擊活化矯整器10之可旋轉操作把手 結構11之帛8圖之第一握柄構件lu往第二握搞構件⑴ 壓縮之斷面圖。當使用者依-施力方向F而將第-握柄構 件ill往第二握柄構件112壓縮時，承接構件14與第二握 柄構件112之間之第—彈簧構件17，以及承接構件^内 之動力產生構# 143肖第二握柄構件112 t間之第二彈簧 構件18得、因為壓縮而產生一彈性力，其中動力產生構件 143係因第一握柄構件ln往第二握柄構件112壓縮而產 生一距離傳動調節機構13之活塞構件132之伸縮高度Μ 隨後再因壓縮而產生之位能力係迫使動力產生構件i43 向活塞構件132撞擊，活塞構件132受到一衝力作用而施 加推力至動力傳遞構件12之動力施加端122，動力傳遞構 件12再將所受到之衝力從動力施加端122傳遞至動力輸出 端121輸出。 以上述為實施例作為專利說明及圖式，係為結構設計之 陳述’舉凡熟悉此技藝者皆能輕易得知。本創作所提供之 手持衝擊活化矯整器之可旋轉操作把手結構確具新穎性、 進步性以及產業利用性，故本創作業已符合於專利之要件 。惟以上之實施例說明，僅為本創作之較佳實施例說明， 凡習於此項技術者當可依據本創作之上述實施例說明而作 月正j u----- 101年7月/日修正頁 其它種種之改良及 ^ 的種種改良及變 卷。然而這些依據本創作實施例所作 界定之專利範園内。’當仍屬於本創作之發明精神及以下所 【圖式簡單說明】 構持衝擊活化矯整器之可旋轉操作把手結 第2圖係本創作可旋轉操作 構 第3 _式結構設計之立體圖；構中第握柄構件為可 族鱗可旋轉操作把手結構巾第—握柄構件 第4 &轉式結構設計之正視圖； 圖Ι、ί剑作可旋轉操作把手結構中第二握柄構件為可 第5 轉式結構設計之立體圖； 圖係本創作可旋轉操作把手結構中第二握柄構件為可 第 旋轉式結構設計之正視圖； 圖係本創作手持衝擊活化橋整器之可旋轉操作把手結 構之正視圖； 第7圖值_ ,、·、''不本創作手持衝擊活化矯整器之可旋轉操作把 手結構之第6圖之斷面圖； 第8圖佐_ ’、顯不本創作手持衝擊活化矯整器之可旋轉操作把 手結構之第一握柄構件往第二握柄構件壓縮之正視 圖； 第9圖從s '、顯不本創作手持衝擊活化矯整器之可旋轉操作把 手結構之第8圖之第一握柄構件往第二握柄構件壓 M442915For the 5C 曰 correction page, please refer to Fig. 8 and ninth @ **, respectively. Fig. 8 shows the first part of the rotatably operable handle structure 11 of the present hand-held impact-activated finishing ^ 1G - the handle member 111 to the second handle The member 112 is compressed by the front view®; the ninth figure shows that the first handle member of the rotatably operated handle structure 11 of the hand-held impact-activated finisher 10 is compressed toward the second grip member (1). Sectional view. When the user compresses the first grip member ill toward the second grip member 112 in the direction of the biasing force F, the first spring member 17 between the receiving member 14 and the second grip member 112, and the receiving member ^ The second spring member 18 between the second grip member 112 t of the power generating mechanism generates a spring force due to the compression, wherein the power generating member 143 is driven by the first grip member ln toward the second grip The member 112 is compressed to produce a telescopic height of the piston member 132 of the distance transmission adjustment mechanism Μ. The subsequent displacement due to compression forces the power generating member i43 to strike the piston member 132, and the piston member 132 is subjected to a thrust to apply a thrust. To the power applying end 122 of the power transmitting member 12, the power transmitting member 12 transmits the received impulse from the power applying end 122 to the power output end 121. The above description of the embodiments as a patent description and drawings is a statement of structural design, which is readily known to those skilled in the art. The structure of the rotatable operating handle of the hand-held impact-activated conditioner provided by this creation is novel, progressive and industrially usable, so the original operation has been in compliance with the requirements of the patent. However, the above description of the embodiments is merely illustrative of the preferred embodiment of the present invention, and those skilled in the art can use the above-described embodiments of the present invention to make a monthly report. / Japanese revision page, various other improvements and various improvements and changes. However, these patents are defined in accordance with the present embodiment. 'When it is still the inventive spirit of this creation and the following [simple description of the schema] The rotatable operation handle knot of the impact-activated conditioner is shown in Fig. 2 is a perspective view of the third _-type structural design of the present rotatable operation structure; The first grip member in the structure is a front view of the 4th & rotary structure design of the handle-type rotatable operation handle structure towel-handle member; and the second grip member in the rotatable operation handle structure The perspective view of the fifth rotation structure can be rotated; the second handle member of the rotatable operation handle structure is a front view of the second rotation structure design; Front view of the operation handle structure; Fig. 7 _ , , ·, '' Sectional view of the rotatable operation handle structure of the hand-held impact activation corrector; Fig. 8 佐 ' The front view of the first grip member of the rotatable handle structure of the hand-held impact activation corrector is compressed toward the second grip member; Figure 9 is from the s ', the creation of the hand-held impact activation corrector Rotatable operation A first handle member of the structure of FIG. 8 to the second handle member is pressed M442915
101年7月/日修正頁 縮之斷面圖。 【主要元件符號說明】 10 手持衝擊活化矯整器 11 可旋轉操作把手結構 111 第一握柄構件 112 第二握柄構件 12 動力傳遞構件 121 動力輸出端 122 動力施加端 123 緩衝彈簧 124 緩衝墊片 13 傳動調節機構 131 彈性構件 132 活塞構件 133 調節軸環 134 螺旋構件 14 承接構件 141 第一承接部 142 第-一承接部 143 動力產生構件 15 套筒 16 橡膠套件 17 第一彈簧構件 M442915Revised page of July, 2003, revised page. [Main component symbol description] 10 Hand-held impact activation corrector 11 Rotatable operation handle structure 111 First grip member 112 Second grip member 12 Power transmission member 121 Power output end 122 Power application end 123 Buffer spring 124 Buffer pad 13 Transmission adjusting mechanism 131 Elastic member 132 Piston member 133 Adjusting collar 134 Spiral member 14 Receiving member 141 First receiving portion 142 First receiving portion 143 Power generating member 15 Sleeve 16 Rubber kit 17 First spring member M442915
101年7月/曰修正頁 18 第二彈簧構件 A 可旋轉之角度 B 可旋轉之角度 C 傾斜角度 F 施力方向 hi 預定高度 h2 伸縮高度July, 101/曰 Revision page 18 Second spring member A Rotatable angle B Rotatable angle C Tilt angle F Force direction hi Predetermined height h2 Telescopic height