200924607 九、發明說明： 【發明所屬之技術領域】 本發明關於一種吊帶，尤其涉及一種應用於電子產品 中之吊帶。 【先前技術】 請參閱圖1，先前之一種電子產品之吊帶結構，其包 括一掛繩10, 一捲線器20以及一連接扣30。所述掛繩 1〇為一封閉之環形結構，該掛繩10之一端形成有一連接 圈12用以與所述捲線為2〇相連接。所述捲線器包括 一轉盤22以及一連接線24。所述轉盤22包括一定子％ 及轉子28,所述轉子28可轉動之設置於所述定子％上。 所述定子26上3又置有—彈性裝置，該彈性装置可允許所 述轉子28於外力之作用下轉動，當外力去除時，該彈性 才置便可使所述轉子28回復到初始位置處。所述連接線 24之-端固接於所述轉盤22之上，並繞設於所述轉子％ 二該連接線24之另—端固接於所述連接扣％ 所述連接扣3〇與設置於電子產品上相應之扣 过、、表目I I仗而實現該吊帶與電子產品之連接。使用時’所 =接線24可從所述轉盤22中伸出從而滿足該吊帶結構 评長之需要。铁而，μ、+ 過^ _从，、上述、，、°構之吊帶，結構複雜，成本高， 【發明内容】 ▼、“冓之可罪性及便利性大打折扣。 便之吊帶。；有必要提供一種結構簡單，成本低且使用方 200924607 -種吊帶’其包括—彈性套體，—彈性 =數阻尼塊。所述彈性套體為一中空環形套體、，= 以及—形成於該彈性套體外壁上之開Π部，所述彈 性套體之内腔與所述開口部 嫌形成有至少―擋塊，所述擋 孔。所㈣性拉繩容置於所轉性套體之内 鄉相、线 '組連接繩包括至少兩個—端分別與所述彈性拉 =相連接之連接繩，該連㈣之另—端穿過所述賴套體之 所述連接二I:"一固設於所述彈性拉繩與 =先前技術，所述吊帶採用將彈性 接=將所述彈性拉繩内置於所述彈性套η 相連接從而簡化所述吊帶之結構， n讀數夏，同時降低了成本。此外， =設置阻尼塊用以保護所述彈性拉繩從而提高該吊帶之可 【實施方式】 請參閱圖2,為本發明吊帶之第—較佳 1 帶100包括-彈性套體110 ’ 一彈性拉繩12〇，一:且連 130以及複數阻尼塊14〇。 、，’連接繩 所述彈性套體n〇為一由彈性材料 體，其可雜伸展-定長度。卿性套私括 I開口部m，所述開口部114形成於所㈣ ' 外側上並向背離該環形套體之方向延伸—體110之 性套體110之内腔112與所述開口部114二S有^述彈 200924607 稱之一組擋塊116，該組擋塊116分別位於所述開口部114 •^兩將所述内腔112及所述開口部114間隔開來，所述 每擋塊116上分別設置有—通孔118，該通孔n8將所述 内腔112及所述開口部114相連通。可以理解，所述擋塊u6 亦可以係形成於所述開口部114處之一擋塊。 所述彈性拉繩12〇以其自然狀態容置於所述彈性套體 110之内腔m内’該彈性拉繩12〇之兩端分別與所述彈性 套體110内之擋塊116相對應。該彈性拉繩可於外力之 作用下k長，其可以係螺旋彈簧、橡膠或者其他可製成繩狀 之彈性材料。 所述—組連接繩130至少包括兩條，分別連接於所述彈 性^繩120兩端。所述每—連接繩13〇之一端容置於所述彈 性體110之内腔112内並連接於所述彈性拉繩⑽之端 部，其另-端穿過所述彈性套體110内擋塊116上之通孔118 並由所«Π部114穿出。可以理解，為保證該吊帶1〇〇之 伸展長度’部分連接繩13_元於所述彈性套體n 112 内。 所述複數阻尼塊⑽由軟性材料製成，其中至少有兩個 阻尼塊⑽分別固設於所述彈性拉、繩—與所述連接繩㈣ 之連接處’並可隨所述彈性拉繩12〇移動。該阻尼塊⑽之 尺寸至少要大於所述彈性套體11〇内之槽塊ιΐ6上之通孔 118之孔；L該阻尼塊14〇以略小於所述彈性套體HQ之内 腔112之尺寸為最佳。該阻尼塊14〇用以於彈性拉繩⑽拉 伸時防止彈性拉繩12G㈣過長而損壞。該阻尼塊⑽之材 200924607 料可以係海棉、橡膠或者其他軟性材料製成。 ，：閱、圖3 ’使用時，將所述由彈性套體ιιο之開口部 #由㈣ί連接繩i3G連接於電子產品上，並將該吊帶⑽ 错由彈性套體套設於使用者之手臂或者脖子上。^子 時需要該吊帶⑽伸長時，只需要將所述連二 向外拉伸即可，於㈣時所述彈性拉繩liG彈性伸長，連接 連接繩130隨之伸出。當設置於所述彈性拉繩110 ”斤述連接n 13Q連接處之阻尼塊14G抵持於 ⑽之擋塊m上時所述彈性拉繩120則停止伸長。當= :::::述彈性拉繩120會於自身彈性之作用下恢復到自 ‘、'、^伸出之連接繩130又縮回所述彈性套體110内。若 =使用時’當設置於所述彈性拉報120與所述連接繩13〇之 =之阻尼塊U0抵持於所述彈性套體11〇之擒塊m上而益 法再伸長’而此時還需要再伸長—定長度時，所述彈體 繼續伸長’設置於其内之彈性拉繩120亦將隨所述 =套體110之伸長而繼續拉伸。當所述彈性套體11〇 ㈣^繩12〇_同拉伸時’兩者彈性係數疊加從而使得於 所述彈性套體11G與所㈣性㈣12G —同拉伸—定長度 其所需要之拉力較大，此時若再拉伸則需較大之力，使用者 此時便可不再拉伸該吊帶100。 本K施方式中，採用將彈性拉繩120與所述彈性套體 相結合，藉由將所述彈性拉繩120内置於所述彈性套體110 =再藉&連接繩130與電子元件相連接從而簡化所述吊 帶100之結構，減少所需元件數量，同時降低了成本。此外， 200924607 於所述彈性套體；U〇内設置阻尼塊14〇用以保護所述彈性拉 繩120攸而提焉該吊帶1〇〇之可靠性。 可以理解，於所述彈性套體110之内腔112内之連接繩 130上還可分別套設次級阻尼塊142，該次級阻尼塊142可沿 著所述連接繩13〇滑動，該次級阻尼塊142位於固設於所述 阻尼塊140與所述彈性套體11〇之擋塊116之間，用以於使 用時進一步提高阻尼塊14〇之阻尼效果，提高該吊帶1〇〇之 可靠性。 可以理解，所述連接繩130同樣可以使用彈性材料，從 而增加該吊帶之可伸展長度，方便實用。 < 可以理解，於所述連接繩130連接電子產品之—端可哎 置-連接扣，藉由該卡扣15G可方便之與電子產品連接，= 而增加該吊帶使用之便利性。 攸 綜上所述，本發明符合發明專利要件，爰依法提出專 申請。惟，以上所述者僅為本發明之較佳實施方式，本發明 之範圍並不以上述實施方式為限，舉凡熟悉本案技藝之人士200924607 IX. Description of the Invention: [Technical Field] The present invention relates to a sling, and more particularly to a sling for use in an electronic product. [Prior Art] Referring to Fig. 1, a prior art sling structure of an electronic product includes a lanyard 10, a cord reel 20, and a connecting buckle 30. The lanyard 1 is a closed annular structure, and one end of the lanyard 10 is formed with a connecting ring 12 for connecting with the winding wire. The cord reel includes a turntable 22 and a connecting line 24. The turntable 22 includes a certain percentage % and a rotor 28, and the rotor 28 is rotatably disposed on the stator %. The stator 26 is further provided with an elastic means for allowing the rotor 28 to rotate under the action of an external force. When the external force is removed, the elasticity is set to return the rotor 28 to the initial position. . The end of the connecting wire 24 is fixed on the turntable 22, and is disposed around the rotor. The other end of the connecting wire 24 is fixed to the connecting buckle. The connection between the sling and the electronic product is realized by setting the corresponding buckle on the electronic product and the item II. When in use, the wire 24 can be extended from the turntable 22 to meet the needs of the sling structure. Iron, μ, + over ^ _ from, the above,,, ° structure of the sling, the structure is complex, high cost, [invention content] ▼, "the guilty of the guilty and convenience is greatly reduced. It is necessary to provide a simple structure, low cost and the use of 200924607 - a type of sling 'which includes - an elastic sleeve, - an elastic = number of damping blocks. The elastic sleeve is a hollow annular sleeve, = and - formed in the An opening portion of the outer wall of the elastic sleeve, wherein the inner cavity of the elastic sleeve and the opening portion are formed with at least a "stop", the retaining hole. (4) the pulling rope is accommodated in the rotating sleeve The inner phase, the line 'group connecting rope includes at least two connecting ends respectively connected to the elastic pull=, and the other end of the connecting (four) passes through the connecting two I:" One is fixed to the elastic drawstring and the prior art, the sling is connected by elastically connecting the elastic drawstring to the elastic sleeve η to simplify the structure of the sling, n reading summer, At the same time, the cost is reduced. In addition, = a damping block is provided to protect the elastic drawstring from [Embodiment] Please refer to FIG. 2, which is a first embodiment of the sling of the present invention. The first belt 100 includes an elastic sleeve 110', an elastic cable 12〇, and a 130 and a plurality of damping blocks. 14〇., 'The connecting elastic sleeve n〇 is an elastic material body which can be stretched and lengthened. The clear sleeve is I-opening m, and the opening portion 114 is formed in the (four)' The inner cavity 112 of the sleeve 110 extending from the outer sleeve and extending away from the annular sleeve body and the opening portion 114 have a plurality of blocks 116, which are called a group block 116, and the group of blocks 116 The inner cavity 112 and the opening portion 114 are respectively spaced apart from the opening portion 114, and each of the stoppers 116 is respectively provided with a through hole 118, and the through hole n8 is to be the inner cavity 112 and the opening portion 114 are in communication. It can be understood that the stopper u6 can also be formed in one of the stops at the opening portion 114. The elastic cable 12 is accommodated in its natural state. The inner ends of the elastic sleeves 110 in the inner cavity m of the elastic sleeve body 110 respectively correspond to the stoppers 116 in the elastic sleeve body 110. The elastic cord can be k long under the action of an external force, and can be a coil spring, rubber or other elastic material which can be made into a rope. The set of connecting cords 130 includes at least two, respectively connected to the elastic ^ One end of the cord 120. One end of each of the connecting cords 13 is received in the inner cavity 112 of the elastic body 110 and connected to the end of the elastic pull cord (10), and the other end passes through the elastic The through hole 118 in the block 116 of the sleeve 110 is passed through by the weir portion 114. It can be understood that in order to ensure the stretched length of the sling 1' part of the connecting cord 13_element to the elastic sleeve n 112 The plurality of damping blocks (10) are made of a soft material, wherein at least two damping blocks (10) are respectively fixed to the elastic pull, the rope - the connection with the connecting rope (4) and can be pulled with the elastic The rope 12 moves. The size of the damping block (10) is at least larger than the hole of the through hole 118 in the groove ι6 in the elastic sleeve 11; L is smaller than the size of the inner cavity 112 of the elastic sleeve HQ. For the best. The damper block 14 is for preventing the elastic cord 12G (4) from being too long to be damaged when the elastic cord (10) is stretched. The material of the damping block (10) 200924607 can be made of sponge, rubber or other soft materials. ,: Read, Figure 3 'When using, connect the opening part # of the elastic sleeve ιιο from the (4) ί connection cord i3G to the electronic product, and place the sling (10) wrongly on the arm of the user by the elastic sleeve Or on the neck. When the sling (10) is required to be stretched, it is only necessary to stretch the yoke outwardly. In the case of (4), the elastic cord liG is elastically elongated, and the connecting connecting cord 130 is extended. When the damping block 14G disposed at the connection of the elastic pull cord 110 to the n 13Q joint abuts against the stopper m of the (10), the elastic pull cord 120 stops elongating. When = ::::: The pull cord 120 is restored by its own elasticity to the connecting cord 130 extending from the ', ', and retracted into the elastic sleeve 110. If = when used, 'when set to the elastic pull 120 and The damper block U0 of the connecting rope 13〇 is abutted on the sill block m of the elastic sleeve body 11 and is re-elongated, and when it is necessary to re-extend the length, the projectile continues. The elastic drawstring 120 disposed therein will also continue to stretch as the sleeve 110 is stretched. When the elastic sleeve 11(4)^rope 12〇_with the same stretch, the two elastic coefficients The superposition is such that the elastic sleeve 11G and the (four) sex (four) 12G are stretched to a certain length, and the required pulling force is large, and if the stretching is performed, a large force is required, and the user can no longer Stretching the sling 100. In the present embodiment, the elastic drawstring 120 is combined with the elastic sleeve, and the elastic drawstring 120 is built in The elastic sleeve 110=reconnects the cable 130 to connect with the electronic component to simplify the structure of the sling 100, reduce the number of components required, and reduce the cost. Further, 200924607 is the elastic sleeve; The damper block 14 is disposed to protect the elastic cord 120 攸 to improve the reliability of the sling 1 。. It can be understood that the connecting cord 130 in the inner cavity 112 of the elastic sleeve 110 can also be A secondary damping block 142 is slidably disposed along the connecting string 13 , and the secondary damping block 142 is fixed to the damping block 140 and the elastic sleeve 11 Between the blocks 116, the damping effect of the damping block 14〇 is further improved during use, and the reliability of the sling 1〇〇 is improved. It can be understood that the connecting rope 130 can also use an elastic material, thereby increasing the sling. The length can be extended and is convenient and practical. It can be understood that the connecting cord 130 is connected to the end of the electronic product - the connecting buckle, and the buckle 15G can be conveniently connected with the electronic product, and the strap is added The convenience of use. In summary, the present invention meets the requirements of the invention patent, and the specific application is filed according to the law. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiment, and is familiar with the present case. Skilled person
援依本發明之精神所作之等效修飾或變化，皆應涵蓋於、 申請專利範圍内。 ' ;' T 【圖式簡單說明】 圖1係先前之一種吊帶之示意圖； 圖2係本發明吊帶較佳實施方式局部剖視圖； 圖3係圖2中吊帶使用狀態示意圖。 【主要元件符號說明】 11 200924607 (先前) 掛繩 10 捲線器 20 連接扣 30 連接圈 12 轉盤 22 連接線 24 定子 26 轉.子 28 (本發明） 吊帶 100 彈性套體 110 彈性拉繩 120 連接繩 130 阻尼塊 140 内腔 112 開口部 114 擋塊 116 通孔 118 卡扣 150 次級阻尼塊 142 12Equivalent modifications or variations made in accordance with the spirit of the invention are intended to be included within the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic view of a prior art sling; Figure 2 is a partial cross-sectional view of a preferred embodiment of the sling of the present invention; Figure 3 is a schematic view showing the use of the sling in Figure 2. [Main component symbol description] 11 200924607 (previously) lanyard 10 reel 20 connecting buckle 30 connecting ring 12 turntable 22 connecting wire 24 stator 26 turn. sub 28 (invention) sling 100 elastic sleeve 110 elastic draw rope 120 connecting rope 130 Damping block 140 Inner cavity 112 Opening 114 Stop 116 Through hole 118 Buckle 150 Secondary damping block 142 12