M271559 八、新型說明： 【新型所屬之技術領域】 構，主要指一種可配合使 且可調整二腳架前後側寬度 本創作係一種助行器改良 用者需求調整二側腳架寬度， 以具較佳適用性。 【先前技術】 一助行H係為幫行料便者行走的主㈣助及復健哭呈 之y，而如第七圖所示者係為習知助行器椅結構之一，主 要係具二腳架Γ、2’、連結桿3’組合，並該二腳架Γ、2，係為 门形體,並前後側分別具支腳u，、21，、12，、22，，^1 支腳11、12、21、22,間設置連桿13，、23，，又於二腳架广、 2’上方設置簡部14,、24，，又連結桿3，係具下連結柳，、 f連結桿32’，並該下連結桿31’係為固定長度桿體，並二側 設置套管311’、312,與二腳虹、2,之支腳η，、2Π區接；又 上連結桿32’係為伸縮桿體.，並二端與二腳架1，、2,樞接，使 得二腳架丨’、2’可藉由上連結桿犯，折合，並展開時可藉由下 連結桿31’定位二腳架1，、2,展開寬度。 然而前述結構實施時因二腳架Γ、2,之展開寬度固定， 因而常造成身材較胖之使用者不易擠入二腳架丨’、2，間操 作及身材較痩使用者手部不易張開握持握持部14,、24，操 作缺失。 此外前述二腳架1，、2,之前、後支腳11，、12,、21，、22, M271559 間距不能調整，亦造成使用者不能調整二腳架Γ、2’較佳 寬度以具適當支撐穩定性缺失。 【新型内容】 本創作係一種助行器改良結構，係具二腳架、連結桿， 並該二腳架係具支腳，並上方具握持部；又連結桿係二端與 二腳架接合，並可定位二腳架展開寬度，又連結桿中央具伸 縮桿部，且於伸縮桿部設置若干定位孔及定位體，並於伸縮 | 桿部之二桿體交接處設置接合套以具較佳組合穩定性；藉 之使可調整連結桿之伸縮桿部定位體與適當定位孔接合以 調整連結桿之長度，並可調整二腳架展開之寬度。 ' 本創作之另一目的係於二腳架之前、後腳架間設置伸 i * 縮桿部，並於伸縮部設置若干定位孔及定位體，且於伸縮桿 部之二桿體交接處設置接合套以具較佳組合穩定性；藉之 使用者可調整二腳架伸縮桿部適當定位孔與定位體接合以 瞻 調整二腳架前、後支腳寬度，並可調整適當支撐性。 【實施方式】 請參閱第一〜三圖，本創作之實施例係具二腳架1、2 連結桿3,並該二腳架1、2係具前、後支腳11、21、12、 22,並上方具握持部13、23; * 連結桿3係二端與二腳架1、2接合，並具上、下連結 桿31、32,又該上連結桿31係為伸縮桿體，並二端分別與二 腳架1、2樞接，且設置若干定位孔311及定位體312;又下 6 M271559 連結桿32係二端與二腳架1、2樞接，並中央具伸縮桿部321， 且於伸縮桿部321設置若干定位孔322及定位體323,並於 伸縮桿部321之二桿體交接處設置接合套324以具較佳組 合穩定性。 本創作使用時使用者可依其身材調整下連結桿32之 伸縮桿部321定位體323與適當定位孔322接合，並調整上 連結桿31定位體312與適當定位孔311接合，以調整下連 結桿32之長度，並可調整二腳架1、2展開之寬度，且使二 腳架1、2展開時上連結桿31之定位體312可與對應定位 孔312接合以定位展開狀態。 如第三圖所示，本創作亦可令上連結桿31之定位鈕 (圖中未標示）與定位孔311脫離，並可令二腳架1、2折收 以具折收儲放便利性。 請參閱第四、五圖所示，本創作另一實施例係於二腳架 4、5之前、後支腳41、42、51、52間設置伸縮桿部43、 53,並於伸縮桿部43、53設置若干定位孔44、54及定位體 45、 55,且於伸縮桿部43、53之二桿體交接處設置接合套 46、 56以具較佳組合穩定性。 本創作使用者可調整二腳架4、5伸縮桿43、53部適 當定位孔44、54與定位體45、55接合以調整二腳架4、5 前、後支腳41、42、51、52寬度，並可調整適當支撐性。 又如第六圖所示，本創作之又一實施例可於另一折收 7 M271559 腳竿6 7:PW間設置連結桿8,並該連結桿8與二 並日=料位機構81，並該連結桿δ具上、下桿 St又於 部犯，且設置若干定位孔似及定位體 ’、㈣部82之二桿體接合處設置接合套823以具 二腳架6、7寬度功能，並可具較適用性，且該二腳架 、可=由旋轉定位機構81分別對應連結桿㈣轉折合（圖 甲禾^才示) 〇M271559 8. Description of the new model: [Technical field to which the new model belongs] mainly refers to a type that can be used to adjust and adjust the width of the front and back sides of the tripod. This creation is a walker improvement user needs to adjust the width of the two side tripod to Better applicability. [Prior art] A helper H is the main helper and rehabilitation cry for the walker, and the one shown in the seventh figure is one of the conventional walker chair structures. A combination of a bipod Γ, 2 'and a connecting rod 3', and the bipod Γ, 2 is a door-shaped body, and has legs u, 21, 12, 12, 22, and ^ 1 at the front and rear sides, respectively. The feet 11, 12, 21, 22 are provided with links 13, 23, and the simple parts 14, 24 are provided above the bipod, 2 ', and the connecting rod 3 is connected with the willow under the harness ,, f connecting rod 32 ', and the lower connecting rod 31' is a fixed-length rod body, and sleeves 311 ', 312 are provided on both sides, and are connected to the legs η, and 2Π of the two-pin rainbow, 2, and the upper portion; The connecting rod 32 'is a telescopic rod body, and the two ends are pivotally connected to the bipods 1, 2, and 2, so that the bipods 丨', 2 'can be folded by the upper connecting rod and folded, and can be borrowed when unfolded. The tripods 1, 2, 2 are positioned by the lower connecting rod 31 ', and the width is expanded. However, due to the fixed deployment width of the bipods Γ and 2 during the implementation of the foregoing structure, it is often difficult for a user with a fat body to squeeze into the bipods. The grips 14 and 24 are opened and the operation is absent. In addition, the aforementioned tripods 1, 2, and front and rear feet 11, 12, 12, 21, 22, M271559 cannot be adjusted in pitch, which also causes the user to be unable to adjust the preferred width of the tripod Γ, 2 'to have an appropriate Lack of support stability. [New content] This creation is an improved structure of a walker, which has a tripod and a connecting rod, and the leg has a foot and a grip on the top; it also connects the two ends of the rod and the tripod. It can be used to position the expansion width of the bipod, and it is connected to the center of the rod with a telescopic rod part. Several positioning holes and positioning bodies are provided on the telescopic rod part, and a joint sleeve is provided at the joint of the telescopic | rod part. Better combination stability; by using the adjustable positioning rod of the adjustable rod to engage the appropriate positioning hole to adjust the length of the connecting rod, and can adjust the width of the bipod deployment. '' Another purpose of this creation is to set the extension * in front of the tripod and between the tripod and the retractable rod section, and to set a number of positioning holes and positioning bodies in the telescopic section, and to set joints at the intersection of the two rod bodies of the telescopic section. The sleeve has a better combination stability; the user can adjust the proper positioning hole of the telescopic telescopic rod of the tripod to engage the positioning body to adjust the width of the front and rear legs of the tripod and adjust the proper supportability. [Embodiment] Please refer to the first to third figures. The embodiment of this creation is a bipod 1, 2 connecting rod 3, and the bipod 1, 2 is equipped with front and rear legs 11, 21, 12, 22, and holding parts 13, 23 above; * The two ends of the connecting rod 3 are connected to the bipods 1, 2 and have upper and lower connecting rods 31 and 32, and the upper connecting rod 31 is a telescopic rod body The two ends are respectively pivotally connected to the tripods 1, 2 and are provided with a plurality of positioning holes 311 and the positioning body 312; and the lower 6 M271559 connecting rod 32 is pivotally connected to the two ends of the tripods 1, 2 and has a telescopic center. The rod portion 321 is provided with a plurality of positioning holes 322 and positioning bodies 323 in the telescopic rod portion 321, and an engagement sleeve 324 is provided at the intersection of the two rod bodies of the telescopic rod portion 321 for better combined stability. In this creative use, the user can adjust the positioning body 323 of the telescopic rod portion 321 of the lower connecting rod 32 to engage with the appropriate positioning hole 322 according to his body, and adjust the engagement of the upper connecting rod 31 positioning body 312 with the appropriate positioning hole 311 to adjust the lower connection. The length of the rod 32 can be adjusted to the width of the bipods 1 and 2 deployed, and the positioning body 312 of the upper connecting rod 31 can be engaged with the corresponding positioning hole 312 when the bipods 1 and 2 are deployed to position the deployed state. As shown in the third picture, this creation can also disengage the positioning button (not shown in the figure) of the upper connecting rod 31 from the positioning hole 311, and can make the bipod 1 and 2 folded and folded for storage convenience. . Please refer to the fourth and fifth diagrams. Another embodiment of this creation is provided with telescopic rod sections 43, 53 between the front legs 41, 42, 51, and 52 of the rear legs, and the telescopic rod sections. 43 and 53 are provided with a plurality of positioning holes 44 and 54 and positioning bodies 45 and 55, and joint sleeves 46 and 56 are provided at the joints of the telescopic rod portions 43 and 53 to have better combined stability. The creative user can adjust the proper positioning holes 44, 54 of the telescopic poles 4, 5 of the telescopic poles 4, 53 and the positioning bodies 45, 55 to adjust the bipods 4, 5 of the front and rear legs 41, 42, 51, 52 width, and can be adjusted for proper support. As shown in the sixth figure, another embodiment of the present invention can be provided with a connecting rod 8 between another pole 7 7 M271559 foot pole 6 7: PW, and the connecting rod 8 and two days = material level mechanism 81, In addition, the connecting rod δ has upper and lower rods St, and a number of positioning holes and positioning bodies are provided, and the joint portion 823 of the shank portion 82 is provided with an engaging sleeve 823 to have a bipod 6, 7 width function. And can be more applicable, and the bipod can be turned by the rotation positioning mechanism 81 corresponding to the connecting rod （(shown in Figure A).
一此外，本創作結構設計亦可適用於二腳料能折合之 :仃器或其他型式可折合助行器使用，因而前述結構具本 Η乍=求可調整寬度結構亦應屬於本創作訴求範嘴内。 疋以由以上所述，本創作結構應可㈣知產知具較佳 調整適用性功效，而因未見有類同產品結構公開在先，麦依 法提出專利申請。 【圖式簡單說明】 第一圖係本創作之實施例組合示意圖。 第二圖係本創作之實施例調整二腳架寬度示意圖。. 第三圖係本創作之實施例折收示意圖。 第四圖係本創作之另一實施例結構示意圖。 第五圖係本創作之實施例調整二腳架前、後支腳寬度 示意圖。 第六圖係本創作之又一實施例結構示意圖。 第七圖係習知產品結構示意圖。 8 M271559In addition, the design of the creative structure can also be applied to the use of bipeds that can be folded: stent or other types of foldable walking aids. Therefore, the aforementioned structure has the original structure. = Adjustable width structure should also belong to the creative request range. Inside the mouth. Based on the above, the creative structure should be able to know that the production and knowledge have a better effect of adjusting the applicability, but because no similar product structure has been disclosed earlier, Mai has filed a patent application according to law. [Brief description of the drawings] The first drawing is a combined schematic diagram of the embodiment of this creation. The second figure is a schematic diagram of adjusting the width of the bipod according to the embodiment of this creation. The third figure is a schematic diagram of the folding example of the present embodiment. The fourth diagram is a schematic structural diagram of another embodiment of the present creation. The fifth picture is a schematic diagram of adjusting the width of the front and rear legs of the bipod according to the embodiment of this creation. The sixth diagram is a schematic structural diagram of another embodiment of the present creation. The seventh diagram is a schematic diagram of a conventional product structure. 8 M271559
【主要元件符號說明】 1腳架 11支腳 81旋轉定位機構82伸縮桿部 822定位體 823接合套 12’支腳 U握持部 2腳架 23握持部 3連結桿 312定位體 定位孔 4腳架 43伸縮桿部 46接合套 5腳架 53伸縮桿部 5 6接合套 6腳架 7腳架 8連結桿 821定位孔 Γ腳架 13’連桿 21’支腳 24’握持部 21支腳 31上連結桿 Μ下連結桿 323定位體 41支腳 44定位孔 51支腳 54定位孔 U’支腳 14’握持部 22，支腳 3’連結桿 12支腳 22支腳 311定位孔 321伸縮桿部 3 2 4接合套 42支腳 45定位體 52支腳 55定位體 2’腳架 23’連桿 31 ’下連結桿 9 M271559 311’套管 312’套管 32’上連結桿[Description of main component symbols] 1 Tripod, 11 feet, 81 Rotation positioning mechanism, 82 Telescopic rod section, 822 positioning body, 823 joint sleeve, 12 'leg, U holding section, 2 tripod, 23 holding section, 3 connecting rod, 312 positioning body positioning hole, and 4 Tripod 43 Telescopic rod section 46 Joint sleeve 5 Tripod 53 Telescopic rod section 5 6 Joint sleeve 6 Tripod 7 Tripod 8 Connecting rod 821 Positioning hole Γ Tripod 13 'Connecting rod 21' Feet 24 'Holding section 21 Foot 31 upper connecting rod M lower connecting rod 323 positioning body 41 leg 44 positioning hole 51 leg 54 positioning hole U 'leg 14' holding portion 22, leg 3 'connecting rod 12 leg 22 leg 311 positioning hole 321 telescopic rod section 3 2 4 joint sleeve 42 feet 45 positioning body 52 feet 55 positioning body 2 'tripod 23' connecting rod 31 'lower connecting rod 9 M271559 311' sleeve 312 'sleeve 32' upper connecting rod
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