M374895 五、新型說明： 【新型所屬之技術領域】 機之與球拍穿線機結構有關 【先前技術】 二係為習用球拍穿線機之失框結構，其 1上八別形成右 _對之框架91，並於各框架9M374895 V. New description: [New technical field] The machine is related to the structure of the racket stringing machine. [Prior Art] The second system is the frame-losing structure of the conventional racket stringing machine. And in each frame 9
93:=Γ擇抵單元92以及二相對可調整的夾臂 1，並以用時係將一球拍框94置放於該框架上9 轉兮-單709 2勾持於該球拍框9 4之内側，再 -一 91夾持於該球拍框94之外側，藉此即可 將該球拍框9 4固持定位於該框架9 i上進行穿線工作。 如旲^框9 4於實際進行穿拉球拍線之動作時， '' 較大，即會拉扯該球拍框9 4產生暫時變形93:= Γ 抵 92 92 and two relatively adjustable clamp arms 1 and put a racquet frame 94 on the frame in time. 9 turns 单 - single 709 2 is hooked on the racquet frame 9 4 The inner side, the re-91 is clamped on the outer side of the racket frame 94, whereby the racket frame 94 can be fixedly positioned on the frame 9 i for threading work. For example, when 旲^Box 94 is actually moving the racquet line, '' is larger, that is, the racquet frame 9 4 will be temporarily deformed.
’尤指一種球拍穿線 之現象巾由於習用球拍穿線機之夾框結構係以撐抵單元 9 2與爽臂9 3藉由點接觸方式間隔夾持於該球拍框g 4 之内、外側’因此—但該球拍框9 4有變形現象產生時， 該球拍框9 4即會相當容易地由該撐抵單元9 2與夾臂9 3間鬆脫移位。 有鑑於此’故’如何改進上述缺失即為本創作之首要 課題’因此本案創作人在經過不斷地苦思及試作後，才終 於有本創作之產生。 3 【新型内容】 本創作主要目的，係在於提供一種球拍穿線機之夾框 I置其係具有可藉由上下壓制之方式而確實固定球拍框 之特點者。 為達前述之目的，本創作係提供一種球拍穿線機之夹 框裝置，其包含有： 一底座，係組設於一球拍穿線機之框架上，該底座朝 上之端面係形成有一支撐面，並於該底座上設有一朝上延 伸之軸桿； 壓制本體，係套接於該轴桿上並可沿該軸桿進行一 上下移動，且於該壓制本體一侧係設有一與該底座支撐面 2相對應之壓制件，而於該壓制本體内部係形成有一容 工件，其係藉一樞轴穿設而樞接於該壓制本體 而該樞軸位於該容室之#身係内卿成有—偏心段， =控制件相對該壓制本體_時係可連動該樞轴之偏心 奴進行一偏轉運動； ―-作動件，絲設於錢财體之容室巾，該作動件 :端係設有1孔，且該通孔之孔徑係略大於該轴桿外 二’該作動件係以其通孔而套接 另端則壓抵於該_之偏奸上而該作動件 軸之偏心段偏鳇： 令該控制件連動該樞 偏#，且，該融段即會獅該作動件呈傾斜狀 ::二該作動件之通孔内緣與該軸桿相互卡擎而該枢 '"又繼續頂推該作動件時，即會迫使該麼制本趙 M374895 帶動其壓制件朝該支撐面方向進行一壓制動作。 而本創作之上述目的與優點，不難從下述所選用實施 例之詳細說明與附圖中，獲得深入了解。 當然’本創作在某些另件上，或另件之安排上容許有 所不同，但所選用之實施例，則於本說明書中，予以詳細 說明〇 【實施方式】 鲁 首先請參閱第1圖〜第3圖所示，本創作所提供之一 種球拍穿線機之夾框裝置’其主要係由一底座1 1、一壓 制本體2 1、一控制件3 1以及一作動件4 1所構成，其 中： 該底座1 1，係組設於一球拍穿線機之框架5 2上， 於本實施例中’該球拍穿線機之框架5 2在對應組設有該 底座1 1之位置處係凹設形成有一滑槽5 3，並於該滑槽 5 3中係開設有一朝橫向延伸之調整孔5 4，而該底座1 • 1底部係形成有一可對應滑接於該滑槽5 3中之滑接部1 2 ’並於該底座1 1上係軸向開設有一可與該調整孔5 4 相通之穿設孔1 3 ’而該底座1 1朝上之端面則形成有一 支撐面1 4，一軸桿1 5係由下往上穿經該框架5 2之調 整孔54與該底座1 1之穿設孔1 3，並藉一限位件1 6 卡設於該軸桿1 5外側，以令該軸桿1 5與該底座1 1 相互連接而組設於該框架5 2上，且該底座1 1係可受該 軸桿1 5限制而沿該調整孔5 4進行一橫向位移之調整動 5 作。 該壓制本體21，係軸向開設有一第二穿設孔2 2， 該壓制本體2 1係以其第二穿設孔2 2而套接於該軸桿i 5上並位於該底座1 1之相對上方’且該壓制本體2 1係 可沿該軸桿1 5進行一上下移動，另於該壓制本體2 1之 兩相對侧係分別往上延伸有一側板2 3，而該壓制本體2 1異於該二側板2 3之另一侧則朝下設有一與該底座工工 支撐面14呈相對應之壓制件2 4，且該壓制件2 4朝下 之端面係凹縮形成有一可同時貼合於一球拍框6 i内、外 侧之壓制面2 5，並於該二侧板2 3上係開設有一樞接孔 2 6 ’而該二侧板2 3之間則構成有一容室2 7。 該控制件31，其一端係延伸形成有二相對之接臂3 2，另一端則形成為一施力端3 3，並於該二接臂3 2上 係開設有一可與該壓制本體2 i樞接孔2 6相對連通之第 二樞接孔3 4，而該控制件3 1係以該二接臂3 2接設於 該壓制本體2 1二側板2 3之外侧，再藉一樞轴3 5同時 穿設於該第二樞接孔3 4與該壓制本體2 1之樞接孔2 6 上，以使該控制件3 1係可相對該壓制本體2丄進行一樞 擺動作，其中，該樞軸3 5之兩端係與該控制件3 j之第 -樞接孔3 4相互卡接’ *該姉3 5之兩卿可於該壓 制本體2 1之樞接孔2 6中自由旋轉，且該_3 5位於 該容室2 7之中段桿身則内縮形成有—偏心段3 6，藉 此’當使用者_該_件3 1之施力端3 3而令該控制 件3 1相對該壓制本體21樞擺時，即可連動該樞袖3 5 M374895 並帶動其偏心段36進行一偏轉運動。 該作動件41，係呈板片狀而容設於該愿制本體21 兩側板2 3所構成之容宫9 7 ^ 1取<令至2 7中，該作動件41一端係設 軸向祕之通孔4 2，且該通孔4 2之孔徑略大於 二ί二Π上該作動件41係以其通孔4 2而同樣套 1 5上’而該作動件4 1另端則壓抵於該樞轴 之偏心段3 6上’而一蓋板2 8係蓋設於該壓制本體 一之頂部’並於該作動件4丄與該蓋板2 8之間則設有 • 彈f生件4 3 ’以提供該作動件4丄一向下復歸之回復彈 力。 一而藉由上述構件所組成之本創作於使用時，如第2圖 所不’係先將該底座1 1嵌設於該框架5 2之滑槽5 3 中’並將該抽桿1 5由下朝上穿過該框架5 2滑槽5 3之 調整孔5 4與該底座1 J之穿設孔} 3，再藉該限位件工 6之卡叹作用以將該底座1 1組設於該框架5 2中’接著 即可於該底座1 1之支撐面1 4上置放欲加工之球拍框6 • 1 ’並由於該底座1 1係可受該轴桿1 5限制而沿該調整 孔5 4進行一橫向位移，如此一來，藉由調整該底座1 1 支稽面1 4之承接位置，即可用以承接具有不同尺寸大小 之球拍框6 1。 而後’再將該壓制本體2 1以其第二穿設孔2 2而穿 設於該軸桿1 5上，並令其壓制件2 4之壓制面2 5與該 球拍框6 1之内、外侧相對，接著僅需撥動該控制件3工 之施力端3 3即可令該控制件3 1相對該壓制本體2 1樞 7 M374895 擺，並藉以連動該樞轴3 5之偏心段3 6進行一偏轉運 動’此時，如第4圖所示，由於該作動件4卜端係壓抵 於該樞軸3 5之偏心段3 6上，且該作動件4 i通孔4 2 之孔徑係略大於該轴桿1 5外徑，因此當該樞轴3 5之偏 心段3 6開始偏轉時，即會往上頂推該作動件4 1呈傾斜 狀偏擺，而當該作動件4 1之通孔4 2相對該轴桿1 5逐 漸傾斜，並使該作動件41之通孔4 2内緣與該軸桿i 5 相互接觸卡掣時，即可令該作動件4 1處於一固定之傾斜 角度。 接著請繼續參閱第5圖，當該作動件4 1之通孔4 2 内緣與該軸桿1 5相互卡掣而該樞軸3 5之偏心段3 6仍 繼續頂推該作動件41時，由於該作動件4 1之傾斜角度 已又其通孔4 2與該軸桿1 5相互卡掣而固定，因此當繼 ^旋轉該控制件3 1而令該樞軸3 5之偏心段3 6頂推該 體動件4 1時，即會相對產生一向下力道而迫使該壓制本 2 1得帶動其壓制件2 4朝該底座1 1之支撐面1 4方 ^進仃一壓制動作，此時該壓制件2 4之壓制面2 5即可 侧時以整面接觸之方式貼合壓制於球拍框6 1之内、外 ，並藉此達到以上下壓制之方式而確實固定球拍框6工 之功效。 讀然於此必須別提出說明的是，本創作於實際使用時， 之底座1 1與該壓制本體2 1之壓制件2 4係由稍具彈性 進，勝材質所製成，並藉此即可避免本創作之夾框裝置在 仃壓制固定之動作時會對球拍框61造成損傷。 並經由上述結構所組成之本創作係具有以下優點·· 1 本創作之壓制件2 4其朝下之端面係凹縮形 成有可同時貼合於球拍框内、外側之壓制面 2 5 ’並藉此可以整面接觸之方式同時貼合 壓制於球拍框6 1之内、外侧上，以提供球 拍框61較佳之固定功效。 2 · 本創作藉由該壓制件2 4之壓制面2 5可同 時以整面接觸之方式而確實貼合壓制於球拍 框6 1上’因此即使拉線力道較大而造成球 拍框6 1有暫時變形時，該球拍框6 1亦不 會有鬆脫移位之情形發生。 3 本創作之夾框裝置係可於該球拍穿線機之框 架5 2上進行一橫向位移之調整動作，並藉 此即可用以調整承接球拍框6丄之位置，而 使本創作之夹框襄置係得廣泛的運用於具有 各種尺寸之球拍框夾持動作上。 4·本創作夾框裝置之底座“與該壓制本體2 1之壓制件2 4係由稍具彈性之塑膠材質所 製成，並藉此可避免本創作之夾框裝Ϊ在進 行壓制固定之動作時會對球拍框61造成損 傷。 惟，以上所述實施例之揭示係用以說明本創並非 用以限制本創作，故舉凡數值之變更或等效科之ί換仍 應隸屬本創作之範疇。 M374895 綜上所述，本創作再與同類產品相較之下，係已具有 相當的進步性及實用性，且經以上詳細說明後，係可使熟 知本項技藝者明瞭本創作的確可達成前述目的，實已符合 專利法之規定，故本案創作人爰依法提出專利申請。 M374895 【圖式簡單說明】 第1圖係本創作之立體分解示意圖 第2圖係本創作之使用狀態示意圖 第3圖係本創作組裝後之結構示意圖 第4圖係本創作之使用狀態示意圖，係用以顯示當撥 動該控制件之施力端而令該樞軸之偏心段往 上頂推該作動件呈傾斜狀偏擺時之狀態 第5圖係本創作之使用狀態示意圖，係用以顯示當該 φ 作動件之通孔内緣與該軸桿相互卡掣而該樞 轴之偏心段仍繼續頂推該作動件時之狀態 第6圖係習用球拍穿線機之夾框結構之結構示意圖 【主要元件符號說明】 (習知部分） 底座9 0 框架9 1 撐抵單元92 夾臂93 球拍框9 4 (本創作部分） 底座1 1 穿設孔1 3 軸桿1 5 壓制本體2 1 滑接部1 2 支撐面1 4 限位件1 6 第二穿設孔2 2 11 M374895 側板2 3 壓制件2 4 壓制面2 5 框接孔2 6 容室2 7 蓋板2 8 控制件3 1 接臂3 2 施力端3 3 第二極接孔3 4 樞軸3 5 偏心段3 6 作動件4 1 通孔4 2 彈性件4 3 框架5 2 滑槽5 3 球拍框6 1 調整孔5 4 12'In particular, the phenomenon of the racquet stringing is due to the clip frame structure of the conventional racquet stringing machine. The supporting unit 9 2 and the cool arm 9 3 are sandwiched between the racquet frame g 4 and the outside by the point contact manner. - However, when the racquet frame 94 has a deformation phenomenon, the racquet frame 94 is relatively easily displaced between the urging unit 9 2 and the clamp arm 9 3 . In view of the fact that how to improve the above-mentioned shortcomings is the primary subject of the creation, the creators of this case have finally developed their own creations after continually pondering and experimenting. 3 [New content] The main purpose of this creation is to provide a frame for the racquet stringing machine. The system has a feature that the racquet frame can be fixed by means of up and down pressing. For the purpose of the foregoing, the present invention provides a frame device for a racquet stringing machine, comprising: a base disposed on a frame of a racquet stringing machine, the base facing the upper end surface forming a support surface, And the base is provided with an upwardly extending shaft; the pressing body is sleeved on the shaft and can be moved up and down along the shaft, and a support is supported on the side of the pressing body The surface 2 has a corresponding pressing member, and a workpiece is formed inside the pressing body, which is pivotally connected to the pressing body by a pivotal insertion, and the pivot is located in the body of the chamber. There is an eccentric segment, = the control member is connected to the pressing body _ when the eccentric slave of the pivot can be linked to perform a yaw movement; ―-actuating member, the wire is set in the room of the money body, the actuating member: the end system 1 hole is provided, and the hole diameter of the through hole is slightly larger than the outer side of the shaft. The actuating member is pressed with the through hole and the other end is pressed against the eccentricity of the shaft and the eccentricity of the actuating member shaft Segment hemiplegia: let the control piece interlock the pivot point #, and the melting section is the lion The actuating member is inclined: the inner edge of the through hole of the actuating member and the shaft are interlocked with each other, and the pivot '" continues to push the actuating member, thereby forcing the manufacturing system Zhao M374895 to drive the pressing The piece performs a pressing action in the direction of the support surface. The above objects and advantages of the present invention are not difficult to understand from the detailed description and drawings of the selected embodiments described below. Of course, 'this creation is allowed to differ on some parts, or the arrangement of the other parts, but the selected examples are described in detail in this manual. 实施 [Embodiment] Lu first, please refer to Figure 1. ~ Figure 3, the clip frame device of the racquet stringing machine provided by the present invention is mainly composed of a base 1 1 , a pressing body 2 1 , a control member 3 1 and an actuating member 4 1 . Wherein: the base 1 1 is assembled on a frame 5 2 of a racquet stringing machine, and in the embodiment, the frame 5 2 of the racquet stringing machine is recessed at a position where the corresponding group is provided with the base 1 1 A sliding slot 53 is formed in the sliding slot 53, and a laterally extending adjusting hole 54 is defined in the sliding slot 53. The bottom portion of the base 1 1 is formed to be slidingly coupled to the sliding slot 53. A connecting portion 1 2 ′ is formed in the connecting portion 1 2 , and a through hole 13 ′ is formed in the axial direction of the base 11 , and a supporting surface 14 4 is formed on the upward end surface of the base 1 1 . The rod 15 is passed through the adjusting hole 54 of the frame 52 from the bottom to the top and the through hole 13 of the base 1 1 The positioning member 16 is disposed on the outer side of the shaft 15 to connect the shaft 15 and the base 1 1 to the frame 52, and the base 11 is responsive to the shaft 1 5 limiting and performing a lateral displacement adjustment along the adjustment hole 504. The pressing body 21 is axially defined with a second through hole 2 2 , and the pressing body 2 1 is sleeved on the shaft i 5 with the second through hole 2 2 and located at the base 11 The pressing body 2 1 is movable up and down along the shaft 15 , and the opposite sides of the pressing body 2 1 respectively extend upwardly with a side plate 2 3 , and the pressing body 2 1 On the other side of the two side plates 23, a pressing member 24 corresponding to the base worker supporting surface 14 is disposed downward, and the pressing member 24 is recessed toward the lower end surface to form a simultaneous attaching A pressing surface 2 5 is formed in the inner and outer sides of the racquet frame 6 i , and a pivot hole 2 6 ′ is formed on the two side plates 2 3 , and a cavity 27 is formed between the two side plates 2 3 . . The control member 31 has one end extending from the opposite arm 3 2 and the other end being formed as a biasing end 3 3 , and the second arm 3 2 is pivotally connected to the pressing body 2 i . The second pivoting hole 34 is connected to the second side of the pressing body 2 1 , and the pivoting member 3 5 is connected to the outer side of the two side plates 2 3 of the pressing body 2 1 . At the same time, the second pivoting hole 34 and the pivoting hole 2 6 of the pressing body 2 1 are disposed, so that the control member 31 can perform a pivoting action with respect to the pressing body 2 ,, wherein The two ends of the pivoting member 35 are engaged with the first pivoting hole 3 4 of the control member 3 j. * The two sides of the pivoting member 3 are freely rotatable in the pivoting hole 26 of the pressing body 2 1 And the _3 5 is located in the middle of the chamber 27, and the shaft is retracted to form an eccentric section 3 6, whereby the control member 3 1 is made by the user's _ 3 1 of the urging end 3 3 When the pressing body 21 is pivoted, the pivot sleeve 3 5 M374895 can be interlocked and its eccentric section 36 can be driven to perform a yaw motion. The actuating member 41 is in the form of a plate and is accommodated in the yoke of the two sides of the body 21 of the body 21, and the yoke is taken into the yoke. The through hole 4 2, and the aperture of the through hole 42 is slightly larger than the second member, the actuator 41 is similarly wound through the through hole 4 2 and the actuator 4 1 is pressed at the other end. Abutting on the eccentric section 36 of the pivot shaft and a cover plate 28 is disposed on the top of the pressing body 1 and between the actuating member 4丄 and the cover plate 28 is provided with a bullet The living piece 4 3 ' is provided to provide a return elastic force of the actuating member 4 向下 a downward return. When the original composition of the above-mentioned components is used, as shown in FIG. 2, the base 1 1 is first embedded in the sliding groove 5 3 of the frame 5 2 and the pumping rod 15 is Passing through the adjusting hole 5 4 of the frame 5 2 chute 5 3 and the through hole of the base 1 J from the bottom up, and then by the sighing action of the limiting piece 6 to set the base 1 1 Provided in the frame 52, 'the racquet frame 6•1' to be processed can be placed on the support surface 14 of the base 1 1 and the base 1 1 can be restricted by the shaft 15 The adjusting hole 54 performs a lateral displacement, so that the racquet frame 61 having different sizes can be taken by adjusting the receiving position of the base 1 1 . Then, the pressing body 2 1 is further disposed on the shaft 15 with its second through hole 22, and the pressing surface 25 of the pressing member 24 is placed inside the racket frame 61. The outer side is opposite, and then only the toggle end 3 3 of the control member 3 is required to swing the control member 3 1 relative to the pressing body 2 1 7 374895, and the eccentric portion 36 of the pivot 3 5 is interlocked. a deflection movement 'At this time, as shown in Fig. 4, since the actuator 4 is pressed against the eccentric section 36 of the pivot 3 5 and the aperture of the actuator 4 i through hole 4 2 Slightly larger than the outer diameter of the shaft 115, so when the eccentric section 36 of the pivot 35 starts to deflect, the actuator 4 1 is pushed upwardly and tilted, and when the actuator 4 1 When the through hole 4 2 is gradually inclined with respect to the shaft 15 and the inner edge of the through hole 4 2 of the actuating member 41 and the shaft i 5 are in contact with each other, the actuating member 4 1 can be fixed. The angle of inclination. Then, referring to FIG. 5, when the inner edge of the through hole 4 2 of the actuating member 4 1 and the shaft 15 are engaged with each other and the eccentric portion 36 of the pivot 3 6 continues to push the actuating member 41 Since the tilting angle of the actuating member 41 has been fixed by the through hole 4 2 and the shaft 15 , the eccentric segment 3 of the pivot 3 5 is rotated when the control member 3 1 is rotated. 6 When the body member 4 1 is pushed up, a downward force is generated to force the pressing body 2 to drive the pressing member 24 to the supporting surface of the base 1 1 to perform a pressing action. At this time, the pressing surface 25 of the pressing member 24 can be pressed and pressed into the inside and outside of the racket frame 61 in the manner of the whole surface contact, and the racquet frame 6 is surely fixed by the manner of the above pressing. The effect of work. It should be noted that, in actual use, the base 1 1 and the pressed piece 24 of the pressing body 2 1 are made of a slightly elastic material, and the material is made, and The frame device of the present invention can be prevented from causing damage to the racket frame 61 during the pressing and fixing action. The present invention consisting of the above-mentioned structure has the following advantages: 1. The downwardly facing end face of the present invention is formed by being recessed to form a pressing surface 2 5 ' at the same time as the outer side of the racquet frame. Thereby, it can be pressed and pressed into the inside and the outside of the racket frame 61 in a manner of full-face contact to provide a better fixing effect of the racket frame 61. 2 · The present invention can be pressed and pressed onto the racket frame 61 by the pressing surface 25 of the pressing member 24 at the same time. Therefore, even if the pulling force is large, the racket frame 61 has When the racquet frame 61 is temporarily deformed, the racquet frame 61 does not have a loose displacement. 3 The frame device of the creation can perform a lateral displacement adjustment action on the frame 52 of the racquet stringing machine, and thereby can be used to adjust the position of the racquet frame 6丄, so that the frame of the creation 襄It is widely used in the racquet frame clamping action of various sizes. 4. The base of the present invention is "made of a slightly elastic plastic material with the pressing member 24 of the pressing body 2 1 , thereby preventing the frame of the creation from being pressed and fixed. The motion of the racquet frame 61 is damaged during the operation. However, the disclosure of the above embodiments is used to illustrate that the present invention is not intended to limit the creation of the present invention, and therefore the change of the numerical value or the equivalent of the equivalent is still subject to the creation of the present invention. M374895 In summary, this creation has been quite progressive and practical compared with similar products, and after detailed description above, it is clear that the person skilled in the art understands that the creation is indeed To achieve the above objectives, it has already met the requirements of the Patent Law, so the creator of this case filed a patent application according to law. M374895 [Simple description of the diagram] The first diagram is a three-dimensional decomposition diagram of the creation. Figure 2 is a schematic diagram of the use state of the creation. 3 is a schematic diagram of the structure after the assembly of the present invention. FIG. 4 is a schematic diagram showing the state of use of the present invention, which is used to display the eccentric end of the pivoting member when the force applying end of the control member is toggled. The state in which the actuating member is inclined and yawed is the schematic diagram of the state of use of the present invention, which is used to show that the inner edge of the through hole of the φ actuating member and the shaft are locked with each other, and the eccentric portion of the pivot is still The state in which the actuator is continuously pushed is shown in FIG. 6 is a schematic structural view of the frame structure of the conventional racket stringing machine. [Main component symbol description] (conventional part) Base 9 0 frame 9 1 support unit 92 clamp arm 93 racket frame 9 4 (This creation part) Base 1 1 Through hole 1 3 Shaft 1 5 Pressing body 2 1 Sliding part 1 2 Supporting surface 1 4 Limiting piece 1 6 Second opening hole 2 2 11 M374895 Side plate 2 3 Press Piece 2 4 Pressing surface 2 5 Frame connecting hole 2 6 Housing 2 7 Cover 2 8 Control part 3 1 Arm 3 2 Force end 3 3 Second pole connection 3 4 Pivot 3 5 Eccentric section 3 6 Actuator 4 1 Through hole 4 2 Elastic member 4 3 Frame 5 2 Chute 5 3 Racket frame 6 1 Adjustment hole 5 4 12