，於彈性制注人有流體，該等雜袋連接錢力感應器 :於彈性袋上覆設有一軟質之護墊；藉由連接於彈性袋之 震力感應H來感應雜袋之壓力，以測得彈性袋内之麼力 ，方便進行雜細加顯誠之壓力碰，使各彈性袋 之壓力對雜f曲f形之部位施予壓力，可更確實達到绩 正脊椎彎曲變形之功效。 【實施方式】 "有關本創作為達上述之使用目的與功效，所採用之技 術手4又&舉出較佳可行之實施例，並配合圖式所示，詳 述如下： 本創作之實施例，請參閱第二〜五圖所示，其主要係 由-橋正背架2、至少一彈性袋3及至少一護塾4所組成，該 端正背架2係由可塑性塑膠板所製成，續正背架2之正面對 應使用者之胸部位置處設有_透孔2{)，魏方設有一開口 21 ’該開口⑽可供將矯正背架2向外扳開以供穿戴於患者 之身上口21之兩對應邊上相對設有數個扣合件烈， β扣合件22係為可調整開σ21之舰大小及鬆緊，於橋正 背架2上設有數個纽23，另⑽正背架2上佈設有數個透 亂孔24 ’於矯正背架2之内面設有數個形狀大小不同之彈性 衣3 ’ 5玄彈性袋3係設有一出入口3〇，該出入口3〇係穿伸於 橋正背架2之穿孔23，於出入口3〇上設有蓋體31 ’於彈性袋 3内注入有流體，該流體可為氣體或液體，該等彈性袋3連 接有壓力感應器32 ’於壓力感應器32上接設有感應線33， M424137 該感應線33係供連接於偵測儀器上（圖中未示），係用來偵 測彈性袋3内之壓力，於彈性袋3上覆設有一軟質之護墊4，' 如此，即為一脊椎矯正背架。 當脊椎側彎之患者’經由專業人M拍攝Χ光片進行診斷 後，由X光片測出患者脊椎c彎曲之變形角度(如第五圖 所示），再配合患者之身形製作一矯正背架2，並於該矯正 背架2之内面對應於脊椎(3彎曲之凸出部位“之位置處固設 有一彈性袋3,另於矯正背架2内面位於該凸出部位cl之相 對應另側邊之上端C2與下端c3 (即彎曲角度dl之起點與終 點）之位置處亦固設有彈性袋3，於該等彈性袋3上覆設有 軟質之護塾4，可防止皮膚直接貼觸到彈性袋3所產生之不 適感，再將該矯正背架2穿戴於病患身上，固設於矯正背架 2内面之各彈性袋3則對應於病患脊椎c彎曲之凸出部位c工 及該凸出部位cl相對應另側邊之上端c2與下端⑸之位置上 ’並將矮正背架2上之扣合件22扣持並束#，使續正背架2 穩固套束於患者之社’再由續正餘2之穿孔23於出入口 30上/主入抓體（氣體或液體）於各彈性袋3内，將設於各彈 性:k3上之感應線33連接至偵測儀器上，藉由彈性袋3上之 塵力感應H32感應崎之壓力，由感應線33傳輸到_儀 器上來顯示内部壓力，當對應於凸出部位d位置之主施力 端之彈性袋3充人缝或賴後，即對雜。之凸出部位〇1 產生較大之頂推壓力，可將脊椎c之凸出部位cl頂推回至原 位或接近原位，可大幅縮小脊椎c之變形角度d2 (如第六圖 M424137 所示）’而相對應另側邊之上端以與下端C3位置之彈性袋3 則產生較小之頂推壓力’該上端C2與下端C3位置之輔助施 力端之彈性袋3，係在防止脊椎c之凸出部位ci在受主施力 端之彈性袋3頂推時被向另一側推移而產生變形，並可矯正 凸出部位cl上端C2與下端C3之變形；而患者須定期回診檢 查脊椎c變形角度dl之恢復情況，專業人員則依患者脊椎c 之恢復角度，再對矯正背架2内面之各彈性袋3内之壓力做The flexible injection molding body has fluids, and the miscellaneous bags are connected with the money sensor: a soft pad is placed on the elastic bag; and the pressure of the bag is sensed by the shock force H connected to the elastic bag, The force in the elastic bag is measured, and it is convenient to carry out the pressure contact between the fine and the sturdy, so that the pressure of each elastic bag exerts pressure on the part of the f-shaped f-shape, and the effect of the positive curvature of the spine can be surely achieved. [Embodiment] "About this creation, in order to achieve the above-mentioned purpose and effect of use, the technical hand 4 used and the preferred embodiment are shown in the following figure, and the details are as follows: For the embodiment, please refer to the second to fifth figures, which mainly consist of a bridge front frame 2, at least one elastic bag 3 and at least one shin guard 4, which is made of a plastic plastic plate. The front side of the back frame 2 is provided with a through hole 2{) at the chest position of the user, and the Wei side is provided with an opening 21' for opening the correcting back frame 2 for wear to the patient. The two corresponding sides of the body mouth 21 are oppositely provided with a plurality of fastening members. The β-fastening member 22 is a ship that can be adjusted to open the σ21 size and is tight, and a plurality of buttons 23 are provided on the bridge back frame 2, and the other (10) is positive. The back frame 2 is provided with a plurality of transparent holes 24'. The inner surface of the correcting back frame 2 is provided with a plurality of elastic garments having different shapes and sizes. 3 '5 elastic bags 3 are provided with an entrance and exit 3〇, and the entrance and exit 3 are worn and extended. The perforation 23 of the bridge front frame 2 is provided with a cover 31 on the entrance and exit 3〇, and is injected into the elastic bag 3 The fluid may be a gas or a liquid. The elastic bag 3 is connected with a pressure sensor 32'. The pressure sensor 32 is connected with a sensing line 33. The M424137 is connected to the detecting instrument (Fig. It is used to detect the pressure in the elastic bag 3. The elastic bag 3 is covered with a soft pad 4, which is a spine correction frame. When the patient with scoliosis is diagnosed by taking a calender film by a professional person M, the deformation angle of the patient's spine c bending is measured by an X-ray film (as shown in the fifth figure), and then a correction is made in accordance with the shape of the patient. The back frame 2, and an elastic bag 3 is fixed on the inner surface of the correcting back frame 2 corresponding to the spine (the protruding portion of the curved portion 3), and the inner surface of the correcting back frame 2 is located at the protruding portion cl The elastic bag 3 is also fixed at the position of the upper end C2 and the lower end c3 (ie, the starting point and the end point of the bending angle dl), and the elastic bag 3 is covered with a soft shin guard 4 to prevent direct skin The discomfort caused by the elastic bag 3 is applied, and the corrective back frame 2 is worn on the patient, and the elastic bags 3 fixed on the inner surface of the correcting back frame 2 correspond to the convex portions of the patient's spine c bending. The c-worker and the protruding portion cl correspond to the position of the upper end c2 and the lower end (5) of the other side, and the buckle member 22 on the short front frame 2 is buckled and bundled to make the continuous back frame 2 stable sleeve The bundle of the patient's community's continuation of the perforation 23 of the remaining 2 on the entrance 30 / the main body (gas or liquid) In the bag 3, the sensing line 33 disposed on each elastic: k3 is connected to the detecting instrument, and the pressure of the H32 is sensed by the dust force on the elastic bag 3, and is transmitted from the sensing line 33 to the instrument to display The internal pressure, when the elastic bag 3 corresponding to the main force applying end of the protruding portion d is filled or slid, that is, the protruding portion 〇1 generates a large pushing pressure, and the spine c can be protruded. When the top of the part cl is pushed back to the original position or close to the original position, the deformation angle d2 of the spine c (as shown in the sixth figure M424137) can be greatly reduced, and the elastic bag 3 corresponding to the upper end of the other side and the lower end C3 is The elastic bag 3 which generates the smaller thrusting force 'the auxiliary end of the upper end C2 and the lower end C3 position is moved to the other side when the convex portion ci of the spine c is prevented from being pushed up by the elastic bag 3 of the main force applying end The deformation is generated, and the deformation of the upper end C2 and the lower end C3 of the convex portion cl can be corrected; and the patient should periodically check back to check the recovery of the deformation angle dl of the spinal c, and the professional can correct the back frame according to the recovery angle of the patient's spine c. 2 inside the inner elastic bag 3 pressure
^整，將各個彈性袋3之感應線33連接於偵測儀器上，藉由 壓力感應器32感應各個彈性袋3内部之壓力，由感應線泊傳 輸到偵測儀ϋ上顯軸部壓力’壓力不足或過量欲調整時 ’藉由橋正背架2上所設之穿細供以㈣穿設，可方便 直，由橋正魏2之外觸各彈性袋3進行統與等調 整彈性袋3内部壓力之動作，故無須將橋正背約自患者之 身上脫下’即可方便進行充氣與&氣之動作，使用極具便 利性。^, the sensing line 33 of each elastic bag 3 is connected to the detecting instrument, and the pressure inside the elastic bag 3 is sensed by the pressure sensor 32, and transmitted to the detecting device by the sensing line to the pressure of the shaft portion. When the pressure is insufficient or excessively adjusted, 'by the piercing of the bridge back frame 2, the piercing is provided by (4), which can be easily straightened, and the elastic bag 3 can be adjusted by the bridge Zheng Wei 2 to adjust the elastic bag. 3 The internal pressure action, so it is not necessary to take the bridge back from the patient's body to facilitate the inflation and & gas action, the use of convenience.
本創作可達到下列之優點： 、為脊椎^矯正背架中，唯—超越可用於㈣刀患者使 用之背架，使惡化性脊椎卿的患者接受積極的續正 治療’無需開刀即可有效控制住變形角度’而不再亞 化’可確實達到積極性橋正脊椎靖及反脊椎椎體= 轉的有效治療效果。 、不限於脊椎側彎四十度以内的治療。 ’、、手付4、打針，全然以徒手治療方式輔以本 創作之橋正背架’即可達到接受治療患者之橋正需求 ’讓患者免於開刀風險。 四、 在矯正期間專業人員可由矯正背架之穿孔直接對氣囊 内進行加壓與洩壓之動作來調整内部壓力，無須將矯 正背架自患者之身上脫下，即可方便供專業人員進行 内部壓力之調整。 五、 由彈性袋所设之壓力感應器之感應，可方便得知彈性 袋内之壓力，可隨時做適當之壓力調節，以達到最佳 之調整功效。 六、 可減少病患穿戴矯正背架的時間，每曰減少5〜8小時 (傳統之矯正背架每曰須穿戴23小時，本創作之橋正 背架每日僅須穿戴15〜18小時），可縮短療程。 七、 不會產生背肌肌肉萎縮之現象。 八、 該矯正背架可穿戴於外衣内，使穿戴更為美觀，可提 兩μ者之穿戴思願’具有顯著之繞正效果。 综上所述，本創作確實已達到所預期之使用目的與功 效，且更較習知者為之理想、實用，惟上述實施例僅係 針對本創作之較佳實施例進行具體說明而已，此實施例並 非用以限疋本創作之申請專利範圍，舉凡其它未脫離本創 ^所揭示之技射訂所完狀解變化與修飾，均應包 含於本創作所涵蓋之申請專利範圍令。 【圖式簡單說明】 第一圖所示係為習知背架之示意圖。 M424137 第二圖所示係為本創作實施例之立體分解圖。 第三圖所示係為本創作實施例彈性袋組裝於矯正背架内 面之立體圖。 第四圖所示係為本創作實施例之立體組合圖。 第五圖所示係為本創作實施例續正脊椎側彎，彈性袋未充 氣之示意圖。This creation can achieve the following advantages: For the spine ^ Correction of the back frame, only - beyond the back frame can be used for (four) knife patients, so that patients with degraded spine can receive positive continuous treatment - can be effectively controlled without the need for surgery Living the deformation angle 'and not sub-inferior' can indeed achieve the effective therapeutic effect of the positive bridge and the anti-vertebral body. It is not limited to treatment within 40 degrees of the scoliosis. ’, hand payment 4, injection, and the use of the freehand treatment with the bridge of the creation of the bridge can meet the needs of patients who are treated for treatment ‘to keep patients from risk of surgery. 4. During the correction period, the professional can directly pressurize and depressurize the airbag in the airbag to correct the internal pressure. It is convenient for the professional to carry out the internal operation without removing the corrective back frame from the patient. Adjustment of pressure. 5. The pressure sensor provided by the elastic bag can easily know the pressure in the elastic bag, and can be properly adjusted at any time to achieve the best adjustment effect. Sixth, can reduce the time for patients to wear corrective back frame, each time reduced by 5 to 8 hours (traditional corrective back frame must be worn for 23 hours each time, this creative bridge back frame only needs to wear 15~18 hours per day) Can shorten the course of treatment. Seven, there will be no phenomenon of back muscle muscle atrophy. Eight, the corrective back frame can be worn in the outer garment, so that the wearer is more beautiful, and the wearer wisher can be significantly improved. In summary, the present invention has achieved the intended purpose and effect, and is more desirable and practical than the prior art, but the above embodiments are only specifically described for the preferred embodiment of the present invention. The examples are not intended to limit the scope of the patent application of the present invention. Any other changes and modifications that are not disclosed in the present invention should be included in the scope of the patent application covered by this creation. [Simple description of the diagram] The first figure shows a schematic diagram of a conventional back frame. M424137 The second figure is a perspective exploded view of the present embodiment. The third figure shows a perspective view of the elastic bag assembled to the inside of the correcting back frame of the present embodiment. The fourth figure is a three-dimensional combination diagram of the present embodiment. The fifth figure is a schematic view of the embodiment of the present invention in which the scoliosis is continued and the elastic bag is not inflated.
第六圖所不係為本創作實施例矯正脊椎側彎，彈性袋充氣 後矯正脊椎之示意圖。 【主要元件符號說明】 1背架The sixth figure is not a schematic diagram of correcting the spine after the elastic bag is inflated according to the present embodiment. [Main component symbol description] 1 back frame
10背架本體 13支撐架 2矯正背架 20透孔 23穿孔 3彈性袋 30出入口 33感應線 4護墊 c脊椎 cl凸出部位 dl變形角度 11開口 14彈性束帶 21開口 24透氣孔 31蓋體 c2上端 12束緊帶 22扣合件 32壓力感應器 c3下端 910 back frame body 13 support frame 2 corrective back frame 20 through hole 23 perforation 3 elastic bag 30 entrance 33 induction line 4 pad c spine cl protruding part dl deformation angle 11 opening 14 elastic band 21 opening 24 vent 31 cover C2 upper end 12 tightening strap 22 fastening member 32 pressure sensor c3 lower end 9