料40130 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種健身器材之伸縮支架調整裝 置’尤其指伸縮支架之第二桿無需加工穿孔，藉由推塊 件之V形槽垂直夾掣第二桿之轉角處，即可使第二桿及 第一桿連結定位穩固。 【先前技術】 按，健身器材產品為使停用收納時有效的縮減體 積，爰將支架設為伸縮式；已公開前案第100214553號 「腰力訓練機」新型案〔公告號：M417161〕，即是一將 支架設為伸縮式之健身器材產品，其包括： 一底座，在該底座前端部的頂部以及後端部頂面各 設有一前鉸鍊座以及一後鉸鍊座。一滑動軌道架，在後 端設有一後塊，在該後塊底部設有一後樞接座，通過該 後樞接座樞接在該後鉸鍊座，在後塊結合兩朝前並朝上 f曲延伸的執道桿’兩軌道桿為彎曲的桿體並且左、右 ί稱兩勒;道桿的削端部延伸至該底座前端部的上方， 在兩軌道#的别端結合—握桿’在兩軌道桿前端部的底 Ρ門橋接别樞接座，該前樞接座位於該前錢鍊座正 上方的後側。 :一伸縮調整支架’設有一下伸縮桿’該下伸縮桿為 斜向設置的長直管並且以底端樞接在前鉸鍊座，在下伸 3 M440130 縮桿内部形成-插槽’又在該下伸縮桿頂部的前面朝後 ^-調整螺孔，在該插槽插設—上伸縮桿，該上伸縮 桿為斜向設置的長直管’其頂部伸出該插槽並以頂端樞 接在別樞接座，在該上伸縮桿的前面上、下間隔穿設數 個調整插孔，設有-螺栓把手，該螺栓把手螺合在下仲 縮桿的調整螺孔並以内端插入其中一調整插孔定位。 以及一跪墊滑動座，是以可前、後滑動的形態設在 兩軌道桿上，在該跪墊滑動座底部的中間設有朝下穿出 兩軌道桿的插銷座，在該插銷座低於兩執道桿的左、右 兩侧之間穿設一插銷孔，在該插銷座以可拆卸的方式穿 插定位一插銷，該插銷的兩端部位於兩執道桿的下方。 上述已公開前案之伸縮調整支架面臨下列問題： 1. 該伸縮調整支架之上伸縮桿設有數調整插孔，各 調整插孔之加工程序使伸縮調整支架之生產製 造成本增加。 2. 該伸縮調整支架之螺栓把手内端，需對應嵌入下 伸縮桿之插槽，才可使碉整支架之上、下伸縮桿 連結定位’然而各插槽之間隔設為固定，若上、 下伸縮捍之調整距離小於相鄰插槽之間距，即有 無法調整的問題產生。 【新型内容】 有鑑於此，本創作健身器材之伸縮支架調整裝置， 4 係用以解決前案伸 產製造成本增加之問題。t距離設為固定及生 本創作健身器材之伸縮支 係由具有容桿室之第—桿=置’該伸縮支架 置包含一矣η 干及弟一才于套接組成，其調整裝 把二；二:―推塊件定位件、-多邊元件、- 第二室導通。該推塊件設置於套筒之 套筒之第-容件室二件組固於 對應定位件之蟬咬孔糾1 一螺紋孔。該多邊元件 及螺紋孔連結有一螺紋段，且多 一嵌桿槽。該把手端部設一套環，。又 此隔板二側分別設有多邊槽及第二容件 :穿二=多邊元件嵌入。該連結桿-端穿貫隔板 連!件之嵌桿槽組固。該彈性元件套組於 夕Μ。該護套組設於連結桿外部及第二容件室内 上述伸縮支架之第一桿及第二桿設為矩形或方形。 上述推塊件之V形槽夾角設為90度。 本創作具有下列之優點： 1.本創作伸縮支架之第二桿無需加工穿孔，藉由推 塊件之V形槽垂直央掣第二桿之轉角處，即可使 第二捍及第一桿連結定位穩固，該伸縮支架之生 產製造成本因為無穿孔之加工而大幅降低，係為 付合產業利用性之伸縮支架調整裝置創新。 2·本創作藉由推塊件之V形槽垂直夾掣第二桿之 二處:使第二桿及第一桿連結定位穩固之功效確 ，糸為具有進步性之伸縮支架調整裝置創新。 3.本創作藉由推塊件之v形槽垂直夹掣第二桿之轉 角處，無伸縮支架調整距離受限於穿孔間距之問 題，其結構特徵未曾見諸同範疇產品，係 新穎性之伸縮支架調整裝置創新。… 【實施方式】 首先，如第一圖及第二圖所示，本創作健身器材之 伸縮支架調整裝置，該伸縮支架（1)係由具有容桿室 (11?之第一桿（11)及第二桿（12)套接組成該 第杯（11)及第二桿（12)設為矩形或方形，該調整 裝置（2)包含一套筒（21)、一推塊件（22)、一定位 件（23)、一多邊元件（24)、一把手（25)、一連結桿 (26)、一彈性元件（27)及一護套（28)。 該套筒（21)設置於伸縮支架之第一桿（丨丨）外側 〔請一併參閱第三及四圖〕，其具有第一容件室（211)， 此第谷件至（211)係與第一桿（11)之容桿室（I") 導通。 該推塊件（22 )設置於套筒（21)之第一容件室（21!) 内部〔4一併參閱第三及四圖〕，其内端設一 v形槽 (221)，此V形槽（221)之夾角對應第一桿（11)之形 體設為90度。 該定位件（23)組固於套筒（21 )之第一容件室（211 ) 外端〔請一併參閱第三及四圖〕，其設有一螺紋孔（231); 該多邊元件（24 )對應定位件（23 )之螺紋孔（231) 連結有一螺紋段（241)〔請一併參閱第三及四圖〕，且 多邊元件（24)另設一嵌桿槽（ 242)。 該把手（25)端部設一套環（251)〔請一併參閱第 三及四圖〕，此套環（251 )内部設一具有穿孔（252 ) 之隔板（253)，此隔板（253 )二側分別設有多邊槽（254) 及第一容件室（ 255 )，其多邊槽（254)供多邊元件（24) 嵌入。 *亥連結桿（26) —端穿貫隔板（253 )之穿孔（252) 再與多邊元件（24)之嵌桿槽（ 242 )組固〔請一併參 閱第三及四圖〕。 該彈性元件（27)套組於連結桿（26)外部〔請一 併參閱第三及四圖〕。 5亥€套（28)組設於連結桿（26)外部及第二容件 室（ 255 )内部〔請一併參閱第三及四圖〕。 使用實施本創作伸縮支架調整裝置，該伸縮支架 (1)之第二桿（12)無需加工穿孔，只要藉由推塊件 (=)之V形槽（221)垂直夾掣第二桿（12)之轉角處 〔:併參閲第五及六圖〕，即可使第二桿（12)及第 一桿（11 )連結定位穩固。 M440130 备使用者轉動把手（25)，可帶動多邊元件（24) 之螺紋段（241)推移推塊件（22)向内靠近第二桿（12)， 直到推塊件（22)之V形槽（221)垂直夹掣第二桿（12) 之轉角處〔請-併參閱第五及六圖〕，可產生第二桿（12) 及第一杯（11)連結功效，並且當把手（25)無法再轉 動時，該推塊件（22)之¥形槽（221)垂直夾掣第二桿 (12)已達迫緊狀態，此時，第二桿（12)及第一桿 之連結定位確實穩固者。 、另當使用者施力扣拉調整裝置（2)之把手（25)〔請 :併參閱第七圖〕’可使套環（251)之多邊槽（254 ) 脫離多邊元件.. .. )之範圍，此時，把手（25)可脫離 多邊元件（24)自行轉動。 唯以上所述者，僅為本創作之較佳實施例而已， ^本創作之特徵’舉凡湘本創作相關之技 設原理之再創作，仍屬本案的創作範疇。 圖式及說明書所作之陳述並非用以限定 4非用以侷限本創作夕牲傲.伽______Material 40130 V. New description: [New technical field] This creation department has a telescopic bracket adjustment device for fitness equipment. In particular, the second rod of the telescopic bracket does not need to be machined, and the V-shaped groove of the block is vertical. When the corner of the second rod is clamped, the second rod and the first rod are connected and positioned stably. [Prior Art] According to the fitness equipment product, the effective reduction of the volume when the storage is disabled, the bracket is set to be telescopic; the new case of the "waist training machine" No. 100214553 (publication number: M417161) has been disclosed. That is, a fitness equipment product in which the bracket is set as a telescopic type, comprising: a base, a front hinge seat and a rear hinge seat are respectively arranged on the top surface of the front end portion of the base and the top surface of the rear end portion. a sliding rail frame, a rear block is arranged at the rear end, and a rear pivoting seat is arranged at the bottom of the rear block, and the rear pivoting seat is pivotally connected to the rear hinge seat, and the rear block is combined with the two front faces and faces upwards The curved poles of the curved track are two curved poles and the left and right sides are called two strokes; the cut ends of the rails extend above the front end of the base, and the ends of the two rails are combined - the grip 'The bottom sill bridge at the front end of the two rail rods is connected to the pivot joint, which is located on the rear side directly above the front money chain seat. : a telescopic adjustment bracket 'provided with a telescopic rod'. The lower telescopic rod is a long straight tube that is obliquely disposed and pivoted to the front hinge seat at the bottom end, and forms a - slot in the lower 3 M440130 retracting rod. The front of the top of the lower telescopic rod is facing backwards. The adjusting screw hole is inserted into the slot. The upper telescopic rod is a long straight tube that is obliquely disposed. The top of the telescopic rod protrudes from the slot and is pivoted at the top. In the other pivoting seat, a plurality of adjusting jacks are arranged at the upper and lower sides of the upper telescopic rod, and a bolt handle is arranged, and the bolt handle is screwed into the adjusting screw hole of the lower quenching rod and inserted into one of the inner ends. Adjust the jack positioning. And a pad sliding seat, which is arranged on the two rail rods in a front and rear sliding manner, and a latch seat that passes downwardly through the two rail rods in the middle of the bottom of the sliding mat sliding seat, wherein the latch seat is low A pin hole is bored between the left and right sides of the two railing rods, and a latch is detachably inserted in the latch seat, and the two ends of the latch are located below the two rails. The above-mentioned disclosed telescopic adjustment bracket faces the following problems: 1. The telescopic rod on the telescopic adjustment bracket is provided with a plurality of adjustment jacks, and the processing procedure of each adjustment jack increases the production system of the telescopic adjustment bracket. 2. The inner end of the bolt handle of the telescopic adjustment bracket needs to be inserted into the slot of the lower telescopic rod, so that the upper and lower telescopic rods of the truss bracket can be connected and positioned. However, the interval between the slots is fixed. The adjustment distance of the lower telescopic 小于 is smaller than the distance between adjacent slots, that is, there is a problem that cannot be adjusted. [New content] In view of this, the telescopic bracket adjusting device of the creative fitness equipment, 4 is used to solve the problem of increasing the manufacturing cost of the previous project. The t-distance is set to be fixed and the telescopic support of the artificial fitness equipment is composed of the first rod with the rod-bar chamber. The telescopic bracket contains a set of 矣 dry and the younger one is sleeved, and the adjustment handle is two. ; 2: ― push block positioning parts, - multilateral components, - second room conduction. The pusher member is disposed on the sleeve-capacity chamber of the sleeve, and the two components are fixed to the corresponding hole of the corresponding positioning member. The polygonal member and the threaded hole are coupled to a threaded section and have an additional slot. A set of rings is provided at the end of the handle. Moreover, the two sides of the partition are respectively provided with a polygonal groove and a second container: the wearer 2 is embedded in the polygonal element. The connecting rod-end through the partition plate is connected to the rod groove of the piece. The elastic component set is set in the evening. The sheath set is disposed outside the connecting rod and in the second container. The first rod and the second rod of the telescopic bracket are rectangular or square. The angle of the V-groove of the above-mentioned push block is set to 90 degrees. This creation has the following advantages: 1. The second rod of the creation telescopic bracket does not need to be machined for perforation, and the second and first rod can be made by pushing the V-shaped groove of the block member perpendicularly to the corner of the second rod. The connection positioning is stable, and the manufacturing cost of the telescopic bracket is greatly reduced because there is no perforation processing, and it is an innovation of the telescopic bracket adjusting device for the industrial use. 2. This creation is made by pushing the V-shaped groove of the block vertically to the second pole of the second rod: the effect of making the second rod and the first rod connected and stabilized is indeed a revolutionary expansion bracket adjustment device innovation. 3. This creation is made by pushing the v-groove of the block vertically to the corner of the second pole. The adjustment distance of the non-retractable bracket is limited by the spacing of the perforations. The structural features have not been seen in the same category, which is novel. Innovative telescopic bracket adjustment device. [Embodiment] First, as shown in the first figure and the second figure, the telescopic bracket adjusting device of the artificial fitness equipment, the telescopic bracket (1) is composed of a first rod (11) having a rod-bar chamber (11) And the second rod (12) is sleeved to form the first cup (11) and the second rod (12) is set to be rectangular or square, and the adjusting device (2) comprises a sleeve (21) and a pushing piece (22) a positioning member (23), a polygonal member (24), a handle (25), a connecting rod (26), an elastic member (27) and a sheath (28). The sleeve (21) is disposed on The outer side of the first rod (丨丨) of the telescopic bracket (please refer to the third and fourth figures together), which has a first container chamber (211), the first trough member (211) and the first rod (11) The rod chamber (I") is turned on. The push block (22) is disposed inside the first container chamber (21!) of the sleeve (21) (see also the third and fourth figures), and the inner end thereof A v-shaped groove (221) is provided, and the angle of the V-shaped groove (221) is set to be 90 degrees corresponding to the shape of the first rod (11). The positioning member (23) is fixed to the first volume of the sleeve (21). Outer part (211) outer end (please refer to the third and fourth figures together) , the threaded hole (231) corresponding to the positioning member (23) is coupled with a threaded section (241) (please refer to the third and fourth figures), and the polygonal component (24) An additional rod groove (242) is provided. A set of rings (251) is provided at the end of the handle (25) (please refer to the third and fourth figures together), and the collar (251) is internally provided with a perforation. a partition (253) of (252), wherein the partition (253) is provided with a polygonal groove (254) and a first container chamber (255) on both sides, and the polygonal groove (254) is embedded in the polygonal member (24). * The splicing rod (26) - the perforation (252) of the end through partition (253) is then assembled with the rod groove (242) of the polygonal element (24) (please refer to Figures 3 and 4 together). The elastic element (27) is set outside the connecting rod (26) (please refer to the third and fourth figures together). The 5 sets of the set (28) are set outside the connecting rod (26) and the second housing chamber (255 ) Internal (please refer to the third and fourth figures together.) Using the creation of the telescopic bracket adjustment device, the second rod (12) of the telescopic bracket (1) does not need to be machined, as long as the block is pushed (=) The V-shaped groove (221) is vertically clamped at the corner of the second rod (12) [: and refer to Figures 5 and 6], so that the second rod (12) and the first rod (11) are connected and positioned stably. The M440130 is equipped with a user's turning handle (25) to drive the threaded section (241) of the polygonal element (24) to move the pusher member (22) inwardly toward the second rod (12) until the push block (22) is V-shaped. The groove (221) is vertically clamped at the corner of the second rod (12) [please - see also figures 5 and 6], which can produce the second rod (12) and the first cup (11) connection function, and when the handle ( 25) When it is no longer possible to rotate, the ¥-shaped groove (221) of the pushing block (22) is vertically clamped to the second rod (12), and the second rod (12) and the first rod are Link positioning is indeed solid. In addition, when the user applies the handle (25) of the pull-and-pull adjustment device (2) [please: refer to the seventh figure], the range of the polygonal groove (254) of the collar (251) can be separated from the polygonal component.. At this time, the handle (25) can be rotated by itself from the polygonal member (24). Only the above-mentioned ones are only the preferred embodiments of the present invention. The characteristics of this creation, the re-creation of the technical principles related to the creation of Xiangben, are still in the scope of creation of this case. The statements made in the schema and the description are not intended to be used to limit the use of the text.
烈W此技藝者，在不脫離本 之均等變化與修飾，皆應涵 ’方為合理。 8 【圖式簡單說明】 =一圖係本創作調整裝置設於伸縮支架外側之立體圖。 第-圖係本創作調整裝置之構件分解圖。 第三圖係本創作調整裝置使伸縮支m、二桿脫離 連結之剖視圖。 第四圖係本創作調整裝置之Λ-A剖視圖。 第五圖係本創作調整裝置使伸縮支架之第一、二桿連結 定位之剖視圖。 第六圖係本創作調整裝置之B-B剖視圖。 第七圖，本創作調整裝置之把手脫離多邊元件範圍之 操作示意圖。 M440130 【主要元件符號說明】 1 伸縮支架 11 第一桿 111 容桿室 12 第二桿 2 調整裝置 21 套筒 211 第一容件室 22 推塊件 221 V形槽 23 定位件 231 螺紋孔 24 多邊元件 241 螺紋段 242 欲桿槽 25 把手 251 套環 252 穿孔 253 隔板 254 多邊槽 255 第二容件室 26 連結桿 M440130 27 彈性元件 28 護套It is reasonable for the skilled person to be able to change and modify without being divorced from this. 8 [Simple diagram of the diagram] = One diagram is a perspective view of the creation adjustment device on the outside of the telescopic bracket. The first figure is an exploded view of the components of the creation adjustment device. The third figure is a cross-sectional view of the present invention in which the telescopic support m and the two rods are disconnected from each other. The fourth figure is a cross-sectional view of the 创作-A of the creation adjustment device. The fifth figure is a cross-sectional view of the first and second rods of the telescopic support positioned by the creation adjustment device. The sixth drawing is a B-B cross-sectional view of the creation adjustment device. In the seventh figure, the operation diagram of the handle of the creation adjustment device is separated from the range of the polygonal component. M440130 [Description of main components] 1 Telescopic bracket 11 First rod 111 Rod chamber 12 Second rod 2 Adjustment device 21 Sleeve 211 First container chamber 22 Push block 221 V-shaped groove 23 Positioning member 231 Threaded hole 24 Multilateral Element 241 Threaded section 242 Bar groove 25 Handle 251 Collar 252 Perforation 253 Partition 254 Multi-sided groove 255 Second container chamber 26 Connecting rod M440130 27 Elastic element 28 Sheath
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