五、新型說明： 【新型所屬之技術領域】 本創作係_概個可雜的結制，簡單又 便利組合出數組(4Ή空環形結構體的個數)不同齒形崎 匙，故只須隨身攜帶-支此输匙，即可開啟同樣式不同齒形的 鎖頭。且不怕遺失的鑰匙。 【先前技術】V. New description: 【New technology field】 This creation department _ can be mixed, simple and convenient to combine the array (the number of 4 hollow ring structures) different tooth shape, so it is only necessary to carry Carrying - With this key, you can open the same type of different locks. And not afraid of lost keys. [Prior Art]
現代人因為要開啟生活中各種各樣的鎖頭，而必須隨身 攜帶許多不同型式的鑰匙。但是很不方便的是，—大串的麟 不容易攜帶且無論是放在身上任—個口袋(衣服會隆起)或吊 掛在腰帶上都料觀’尤其在夏料身上衣服單薄。再者，一 串錄匙遺失’騎有相_鎖頭必須全部，錢與精神上 的損失是非常的可怕。目前市社有許多電子信號辨識的 鎖具，不但價格相對昂貴，且鑰匙及鎖具必須要有電力供應， 比較浪費能源。更何況採用電子信號的辨識極有可能產生誤動 作，安全上有待商確。其他無使用電力能源的鑰匙及鎖具機件 結構，目前尚未能真正有效、簡單又操作便利的解決錄匙遺失 的風險。因此有必要針對上述的缺失進行改良，設計出一支調 整簡易，不怕遺失的鑰匙。 【新型内容】 本創作結構係利用複數個可旋轉的中空環形結構體，組 3 L (k / ， 々 。出不㈣_何叫制樣式但不肋絲的辆f的· 開鎖時，只須將整個所有中空環形結構體滑出作任意旋轉，即 可不怕遺失鑰匙目的。 本創作結構可更改成其他樣歧不同絲財空環形結 構體，作適合各種鎖頭的多樣性變化目的。 為_前述創作目的’本創作之技術内容包含如下：一 歹丨2。構⑱’長賴柱結構體_上有複數組等間隔排 =及徑向對稱排列的短方形突出點，可嵌合排列同數 長方开了凹疋Γ中空環形結構體。此_空環形結構體内圓有四個 齡，騎圓柱結構體的轴上。以此 體。如”構序動嵌入該長形圓柱結構 严出二二^但不同内齒形的鎖頭’只需往反方向 ^μ空柳結制，再轉動組合所有的中空環形結構 形圓柱姓構體1 齒形^再滑動所有的中空環形結構體嵌入該長 整Γ _列短方形突出點中，以固定 所有甲空;二冓頭。不開鎖時’只須將整個 形，不怕遺失鱗。' 轉，即可航正確開鎖的齒 為達到前述創作第三目的，在長形結構體頭部前端 設有一可旋轉的螺絲座，只須打開螺絲座，拆離所有的中空環 =構體’再可·重組成其他樣歧州齒形的中空環形結 構體，便可輕易達到創作多樣性變化的目的。 【實施方式】 作以 下文特舉本創作之較佳實施例，並配合所附圖式， 下詳細說明： 請參照第-圖及第二圖所示’其係本創作第—實施例可 旋轉組合排列式鑰匙之立體分解圖及完成組合立體圖，包含. 一長形圓柱結構體12，本長形圓柱結構體12 一端設有一圓扁 形握持部U。該4形握持部u係供使用者握持轉動開鎖。複 數個中空環形結構體2、3、4、5，可不分順序，應分別轴向 滑入長形圓柱結構體12，組合成各種不同形式絲的開鎖齒 七。長形圓柱結構體12的軸上有複數組徑向對稱排列的短方 形突出點 m、132、133、134、14卜 142、143、144、⑸、 152、153、154、⑹、162、163、164，請再參照第四圖第 五圖、第人圖、第九圖、第十二圖、第十三圖、第十六圖及第 十七圖，應與中空環形結構體2、3、4、5的内緣各有四個長 方形凹槽 2U、212、213、214、3u、3i2、313、314、4u、 412、413'4i4、5U、512、513、514，分別相互固定接合。 長形圓柱結雜m端有巾空敝孔17，係供—外部半圓 七3員部結構體6 ’旋緊後’可防止中空環形結構體2、3、*、$ 滑出長形圓柱結構體12。 請參照第十九圖及第二十圖所示，其係本創作第二實施 例可重新旋轉組合排列式餘匙之示意圖。將全部中空環形結構 體2、3、4、5往半_頭部結構體滑動靠f。則中空環形結 構體2、3、4、5的内緣各有四個長方形凹槽2ll、士、2i3、 2!4、31】、312、313、314、4U、412、413、414、如、512、 5U、5M將與長形圓柱結構體12上有複數組徑向對稱排列的 短方形突出點13卜】32、133、134、丨4卜142、143144、 15卜 152、153、154、16卜 162、163、】64，完全分離。請再 參照第-圖及第二十圖，同時中空環形結構體2、3、4、5内 、机凹邊22、32、42、52 ’可頂住及滑過鄰邊長形圓柱結構 體12上有複數組;^向對稱排列的短方形突出點⑶、132、 133 134 14b M2、143、144、151、152 ' 153、154、161、 162、163、164。則旋轉中空環形結構體2、3、4、5，組合出 另個鎖碩的相符可開鎖的齒形後，再重新依前項步驟固定整 個鑰匙結構。 β明參照第二十圖所示，其係本創作第三實施例可隨意旋 轉錄起之不411。將全部中空環形結構體2、3、4、5往半圓 形頭部結構體滑動靠緊。則中空環形結構體2、3、4、5的内 緣各有 4 個長方形凹槽 2U、212、213、214、311、312、313、 1:士 411 412、413、414、511、512、513、514 將與長形圓 柱、。構體12上有複數組徑向對稱排列的短方形突出點131、 132 133、134、141、142、143、144、15 卜 152、153、154、 2 162 ' 163 ' 164 ’完全分離。可隨意旋轉中空環形結構體 、、4、5 ’組合出與鎖頭不相符的齒形。達到本創作不怕遺 失錄匙目的。 叫 【圖式簡單說明】 第圖.本創作第一實施例之立體分解圖 第二圖：本創作第一實施例之組合立體圖 ^二圖I本創作第—實施例之第—個中空環形結構體立體圖 四圖.本創作第—實施例之第—個右視面中空環形 第十三圖 第十四圖 第十五圖 第十六圖 第十七圖 第十八圖 第十九圖 =五圖：衫_—實關之第—個左視面巾球獅構體 六I本創作第—實施例之第—個中踩形結構體剖面圖 七圖·本創作第—實施例之第二個中空環形結構體 2圖:本創作第—實施例之第二個右視面中空環形結: 圖.本創作第—實施例之第二個左視面中空環形 t圖円本創作第-實施例之第二個中空環形結構體袖圖 本創作第-實施例之第三個中空環形結構體 第十二圖：本創作第-實施例之第三個右視面中空環形結勒 本創作第-實施例之第三個左視面中空環形結勸 本創作第-實施例之第三個中空環形結構體剖面^ 本創作第-實施例之第四個中空環形結構體立體丨 本創作第-實施例之第四個右視面中空環形她 本創作第-實施例之第四個左視面中空環形結衛 本創作第-實施例之第四個中空環形結構體剖面丨 本創作第二實施例往後滑動之中空環形結構 圖 ’、 第二十圖：本創作第三實施例可隨意旋轉缺之示意圖 M398561 ' t [99.10 【主要元件符號說明】 I 本體 II 扁形握持部 12 長形圓柱結構體 17 中空螺紋孔 13、14、15、】6 四組徑向對稱排列短方形突出點 131、132、133、134 徑向對稱排列的短方形突出點 141、142、143、144 徑向對稱排列的短方形突出點 15卜152、153、154 徑向對稱排列的短方形突出點 161、162、163、】64 徑向對稱排列的短方形突出點 2、3、4、5 中空環形結構體 211、212、213、214 長方形凹槽 31卜312、313、314 長方形凹槽 411、412、413、414 長方形凹槽 511 ' 512 ' 513 ' 514 長方形凹槽 22、 32、42、52 内緣凹邊 23、 33、43、53 開鑰齒形 24、 34、44、54 中空環形結構體上的數字 6 半圓形頭部結構 61 鎖緊螺絲Because modern people want to open all kinds of locks in their lives, they must carry many different types of keys with them. However, it is very inconvenient that a large string of linings is not easy to carry and whether it is placed on the body or pocket (the clothes will bulge) or hang on the belt, it is expected to be thin, especially in summer clothes. Moreover, a string of keys is lost. The ride must have all the locks. The money and mental damage are terrible. At present, the city has many locks for electronic signal identification. Not only are the prices relatively expensive, but the keys and locks must have power supply, which is a waste of energy. What's more, the identification of electronic signals is very likely to cause misoperations, and it is safe to be sure. Other key and lock mechanism structures that do not use electrical energy have not yet been truly effective, simple and convenient to solve the risk of lost keys. Therefore, it is necessary to improve the above-mentioned defects and design a key that is easy to adjust and not afraid of being lost. [New content] This creation structure utilizes a plurality of rotatable hollow ring structures, group 3 L (k / , 々. out (4) _ 叫 制 但 但 但 但 但 开 开 开 开 开 开 开 开 开All the hollow annular structures can be slid out for any rotation, so that the key purpose can be avoided. The creation structure can be changed into other different types of silk and gas ring structures, which are suitable for the diversity change of various locks. The above-mentioned creative purpose 'The technical content of this creation includes the following: one 歹丨 2. The structure of the 18' long Lai column structure _ has a complex array of equal intervals = and a radially symmetrically arranged short square protruding points, which can be arranged in the same arrangement The number of squares opens a concave hollow hollow structure. The inner ring of the hollow ring structure is four years old and rides on the axis of the cylindrical structure. The body is embedded in the elongated cylindrical structure. The two or two different internal toothed locks 'only need to go to the opposite direction ^μ empty willow system, then turn and combine all the hollow ring structure type cylindrical body name body 1 tooth shape ^ then slide all the hollow ring structure Embedding the long Γ _ column short square protruding In the point, to fix all the nails; the second head. When not unlocking, 'only need to take the whole shape, not afraid to lose the scales.' Turn, you can sail the correctly unlocked teeth to achieve the third purpose of the above creation, in the elongated structure The front end of the head is provided with a rotatable screw seat. It is only necessary to open the screw seat, and all the hollow rings are removed. The structure can be re-assembled into other hollow-shaped annular structures of the shape of the state. [Embodiment] The following is a detailed description of the preferred embodiment of the present invention, and is described in detail with reference to the accompanying drawings: Please refer to the drawings - Figure 2 and the second figure - An exploded perspective view of a rotatable combination of arranged keys and a completed combined perspective view, comprising: an elongated cylindrical structure 12 having a round flat grip U at one end of the elongated cylindrical structure 12. The 4-shaped grip The part u is for the user to hold the rotation and unlock. The plurality of hollow annular structures 2, 3, 4, 5 can be axially slid into the elongated cylindrical structure 12, respectively, in any order, and combined into various types of wire unlocking. Tooth seven. Long cylindrical knot The axis of the body 12 has a plurality of short square protruding points m, 132, 133, 134, 14 142, 143, 144, (5), 152, 163, 154, (6), 162, 163, 164 arranged radially symmetrically. Referring again to the fifth, fifth, ninth, twelfth, thirteenth, sixteenth and seventeenth aspects of the fourth figure, the hollow annular structures 2, 3, 4, 5 should be The inner edges each have four rectangular recesses 2U, 212, 213, 214, 3u, 3i2, 313, 314, 4u, 412, 413'4i4, 5U, 512, 513, 514 which are respectively fixedly engaged with each other. The m-end of the noisy hollow hole 17 is provided for the outer semi-circular seven-member structure 6 'tightened' to prevent the hollow annular structure 2, 3, *, $ from sliding out of the elongated cylindrical structure 12. Referring to the nineteenth and twentieth diagrams, it is a schematic diagram of the second embodiment of the present invention which can re-rotate the combined arrangement key. All of the hollow annular structures 2, 3, 4, and 5 are slid toward the half-head structure. Then, the inner edges of the hollow annular structures 2, 3, 4, 5 each have four rectangular grooves 211, ± 2i3, 2! 4, 31], 312, 313, 314, 4U, 412, 413, 414, such as 512, 5U, 5M will have a short square protruding point 13 arranged in a radial symmetry with a complex array on the elongated cylindrical structure 12. 32, 133, 134, 丨4 142, 143144, 15 152, 153, 154 , 16 Bu 162, 163, 64, completely separated. Referring again to the first and the twentieth, while the hollow annular structures 2, 3, 4, 5, the concave edges 22, 32, 42, 52' can withstand and slide over the adjacent elongated cylindrical structure There are complex arrays on 12; ^ short square protruding points (3), 132, 133 134 14b M2, 143, 144, 151, 152 '153, 154, 161, 162, 163, 164 arranged symmetrically. Then, the hollow annular structures 2, 3, 4, and 5 are rotated, and the interlocking tooth shapes of the other locks are combined, and then the entire key structure is fixed according to the previous steps. As shown in the twentieth diagram, the third embodiment of the present invention can be arbitrarily transcribed and not 411. All of the hollow annular structures 2, 3, 4, 5 are slid to the semicircular head structure. The inner edges of the hollow annular structures 2, 3, 4, 5 each have four rectangular recesses 2U, 212, 213, 214, 311, 312, 313, 1: 411 412, 413, 414, 511, 512, 513, 514 will be with the elongated cylinder. The short 12 protruding points 131, 132 133, 134, 141, 142, 143, 144, 15 152, 153, 154, 2 162 ' 163 ' 164 ' of the body 12 having a complex array of radially symmetrically arranged are completely separated. The hollow annular structure can be rotated at random, and 4, 5 ′ can be combined to form a tooth shape that does not conform to the lock. To achieve this creation, I am not afraid of losing the key. [Simplified illustration of the drawing] Fig. 2 is an exploded perspective view of the first embodiment of the present invention: a combined perspective view of the first embodiment of the present invention, and a second hollow ring structure of the first embodiment of the present invention. Figure 4 - The right side of the creation of the first embodiment of the hollow ring, the thirteenth figure, the fourteenth figure, the fifteenth figure, the sixteenth figure, the seventeenth figure, the eighteenth figure, the nineteenth figure = five Figure: shirt _ - the real section of the first - a left-sided face towel ball lion body six I created the first - the first part of the embodiment - the tread structure of the cross-sectional view of the seven figures · the second part of the creation of the first embodiment Hollow annular structure 2: The second right-view hollow annular knot of the first embodiment of the present invention: Fig. 2nd left-view hollow circular t-picture of the present invention - the first embodiment The second hollow annular structure sleeve is shown in the fourth embodiment of the third hollow annular structure of the present invention: the third right-view hollow annular ring of the present invention - the first The third left-view hollow annular knot of the embodiment persues the third hollow ring of the first embodiment The cross section of the structure is the fourth hollow hollow structure of the fourth embodiment of the present invention. The fourth right side hollow of the first embodiment of the present invention is hollow. The fourth hollow annular structure of the second embodiment of the present invention is a hollow annular structure diagram of the second embodiment. The twenty-first embodiment: the third embodiment of the present invention can be freely rotated. Schematic diagram M398561't [99.10 [Description of main component symbols] I Body II Flat grip 12 Long cylindrical structure 17 Hollow threaded holes 13, 14, 15, 6 Four sets of radially symmetrically arranged short square protrusions 131, 132, 133, 134 radially symmetrically arranged short square protruding points 141, 142, 143, 144 radially symmetrically arranged short square protruding points 15 152, 153, 154 radially symmetrically arranged short square protruding points 161, 162, 163,] 64 radially symmetrically arranged short square protruding points 2, 3, 4, 5 hollow annular structures 211, 212, 213, 214 rectangular grooves 31 312, 313, 314 rectangular grooves 411, 412, 413, 414 rectangular groove 511 ' 512 ' 513 ' 514 Rectangular grooves 22, 32, 42, 52 Inner edge concave edges 23, 33, 43, 53 Open key profiles 24, 34, 44, 54 Number 6 on the hollow annular structure 61 Semi-circular head structure 61 Locking screw