M428225 五、新型說明： 【新型所屬之技術領域】 一種壓控式鎖具定位結構， 而產生解鎖狀態之定位結構。 【先刖技術】 尤4曰可使鎖具不會受外力撞擊， _ 按，一般電子產品、外箱、麵等為預防遭破壞、竊取資料 ，使用者通常會加以上鎮，達到保護產品或其内置物== 籲整性。習知常見的鎖具通常於上鎖與開鎖之間均須以錄匙達到開 鎖及上鎖目的。 為達到上鎖之方便性本案之創作人遂研發[種壓控式鎖具 定位結構並提出專财請，且業以獲得專利公科麵服號、 以使鎖具之組裝過程簡便，方便生產，並可增加產品之良率且 減少元件之設置及降低成本，但創作人不斷研究及試做發現，請 參閱第十四至第十六圖所示，該專利公告第_755號之鎖且， 其係設置有鎖心㈣以及鎖殼組c，鎖心㈣設置有殼體則二及 # T彈性上下位移之定位梢B2,並於殼體扮表面剖設有長形之第— 限位槽B1卜使定位·2末端由第一限位槽BU穿出，而鎖殼組 ，c係設置有鎖殼α，而鎖心組3為穿設於鎖殼C1内，鎖殼α表 -面设置有第二限位槽C2，而定位梢B2末端為位於第二限位槽C2 内’然而，由於定位梢B2與第-限位槽B11以及第二限位槽C2 之間並不具有定位或限位功能，因此當鎖具受到外力撞擊時，定 位梢B2末端即有可能會向下位移而產生解鎖狀態。 是以，要如何解決上述習知之問題與缺失，即為從事此相關 業者所亟欲研發之課題。 3 M428225 【新型内容】 *本創作之主要目的乃在於’利用定位梢外側緣表面環狀凹設 有疋位槽’並蚊位槽上方形成有抵靠部，讓定位梢翻的定位， 而無法以外力方式進行解除鎖附狀態。 為達上述目的，雌控式鎖祕設置有鎖讀以及鎖殼植， 鎖心組係設置有殼體，殼體隨排設置有前珠越後珠座，後珠 座為峡於殼體内’前珠座外緣設置有定位孔，定位孔内設置有 第-彈性元件蚊_，枝梢1為具桃縣雜元件之抵 =部，另端外側緣表面環狀凹設有定位槽，並使定位槽上方形成 ’而贿表面舰有長形之第—限位槽，使定位梢末端 由第-限位槽穿出，讓第一限位槽之側壁為抵靠於定位槽之底面。 【實施方式】 請參閱第-圖至第五圖以及第八圖所示，由圖中可清楚看 出’本創作係設置有鎖心幻以及鎖殼組2，其中 該鎖心組丨錢置有殼體u、前珠座&後珠座 柱14 ’殼體11表面剖設有長形之第一限簡⑴；前珠座12外 3置有定位扎121’定位孔⑵内設置有第-二^ 梢123’定位梢123 一端為具有抵持於第-彈性元件122之抵持 卜Γί表面崎有定簡1232，並使定位槽 ™ ρ 1233 J ^12 肖^—珠梢槽124，並於各第—珠_124内分別設 彳=座13表㈣形凹設有複數之第二珠梢槽 各第一珠稍槽131内設置有第二彈性元件132與第二珠梢 133 ’且第二珠梢133為抵持於第二彈性元件132。、 4 M428225 鎖殼組2係設置有鎖殼21以及限位柱22，鎖殼21表面分別 設置有長圓形之限位孔211與第二限位槽212，鎖殼21之内壁於 第二限位槽212 —端凹設有導引斜面213，而鎖殼21底面設置有 容置槽214，容置槽214内設有第三彈性元件215。 藉上’當本創作於組構時，為先行組裝鎖心組1，係將前珠座 12與後珠座13並排設置於殼體11内，使前珠座12之定位梢123 末端的抵靠部1233由殼體11之第一限位槽hi穿出’並露出於 殼體11表面，續將定位柱14二端分別固定於殼體u與後珠座 13，使後珠座13於殼體π内形成定位，而前珠座π可於殼體u 内旋動，即完成鎖心組1之組構；續組裝鎖心組i與鎖殼組2，為 將鎖心組1之殼體11置入鎖殼組2之鎖殼21内，使鎖心組i之 定位梢123末端的抵靠部1233為位於第二限位槽212内，而後珠 座13為抵持於第三彈性元件215，再將鎖殼組2之限位柱22由鎖 殼21之限位孔211穿入，並讓限位柱22 一端固接於殼體u，即 完成本創作之組構。 凊參閱第三圖至第人圖所示，由圖中清楚看出’當本創作於 鎖附狀態時，由於鎖心組丨之放梢123末端的抵靠部為位 於鎖殼21之第二限位槽212内，而定位槽1232位於殼體u之第 -限位槽111内’因此第一限位槽j j i之側壁為抵靠於定位槽體 之底面，而抵靠部1233為會抵靠於鎖殼21之第二限位槽212側 壁表面’且鎖心幻受鄉二限_ 212之關而無法橫向位移， 產生鎖附之㈣，而讓定位梢123無法藉由外力而退縮至定位孔 的定位，而無法料力方錢行解_附狀態。 -圖至第十二圖所示，當錢者欲解除鎖附狀態 5 M428225 時，為將鑰匙3由鎖心組1之殼體η插入，使鑰匙3抵持於第一 珠梢125 ’使第一珠梢125推壓第二珠梢133，以使第一珠梢125 與第二珠梢133受壓呈同一水平線供前珠座12得被鑰匙3轉動， 當前珠座12於轉動時，請參閱第十圖至第十二圖所示，該前珠座 12之定位梢123末端為會於第一限位槽lu與第二限位槽212内 位移’當定位梢123於位移過程中進入第二限位# 212 一端所設 之導引斜面213時’為會受到導引斜面213之壓制，使定位梢123 朝向定位孔121内縮’且於定位穡123越過導引斜面213後定位 稱123末端即會抵持於鎖殼21之内壁，進而脫離第二限位槽212 之限制，讓第三彈性元件215可推動後珠座13，使鎖心組i位移 達到開鎖之目的（如第十三圖所示），且鎖心組1位移之距離為受 限位柱22與限位孔211之限定^定铺123騎受到第-限位 槽111限制其位移範圍；再者，當使用者欲將開鎖狀態更改為鎖 =狀態時、需按壓鎖心組卜使鎖心組丨朝向鎖殼2丨内位移， 田鎖w且1之疋位稍123進入第二限位槽212時，由於失去鎖殼 21内壁之抵持’使第—彈性元件122推動定位稍123穿入第二限 位槽212内，而讓鎖心組1無法橫向位移達到鎖附之目的（如第三 圖以及第四圖所示）。 創作為可解決f知技術之不足與缺失，其關鍵技術 9 ' !作為利用定位梢123末端的抵靠部1233為位於鎖殼 限位槽212内，而定位槽1232位於殼體11之第一限位 =— 内，使本創作於鎖附狀態時，_肖123無法藉由外力而 、疋立孔121内，以達到穩固的定位 行解除鎖附狀態。 …、凌以外刀万式進 6 【圖式簡單說明】 第-圖係S本創作於_時之立體外觀圖。 第-圖係為本創作於開鎖時之局部剖面立體外觀圖。 第三圖係為本創作於鎖附時之立體外觀圖。 第四圖係為本創作於鎖附時之局部剖面立體外觀圖。 第五圖係為本創作之立體分解圖。 第六圖係為本創作伽時之側視局部剖面圖。 第七圖係為第六圖A部分之故大圖 第八圖係為本創作鎖附時之側視剖面圖。 第九圖係為摘作於使用鱗解除鎖職態之側視剖面圖。 第十圖係為本創作於解除伽狀態之剖面動作示意圖㈠。 第十-_為本創作於解除鎖附狀態之動作示意圖㈡。 第十二圖係為本創作於解除鎖附狀態之剖面動作示意圖（三）。 第十二圖係為補作開鎖時之側視剖面圖。 第十四圖係為習知鎖具於_時之局部剖面立體外觀圖。 第十五_林_鎖具於_時之_示意圖。 第十六騎為習知鎖具於受断力_時之局部勤立體外觀圖。 M428225 【主要元件符號說明】 1、 鎖心組 11、 殼體 111、第一限位槽 12、 前珠座 12卜定位孔 122、 第一彈性元件 123、 定位梢 123Γ、抵持部 1232、 定位槽 1233、 抵靠部 124、 第一珠梢槽 125、 第一珠梢 13、 後珠座 131、 第二珠梢槽 132、 第二彈性先件 133、 第二珠梢 14、 定位柱 2、 鎖殼組 21、鎖殼 211、 限位孔 212、 第二限位槽 213、 導引斜面 M428225 214、 容置槽 215、 第三彈性元件 22、限位柱 3、鑰匙 B、 鎖心組 B1、殼體 B11、第一限位槽 B2、定位梢 C、 鎖殼組 C1、鎖殼 C2、第二限位槽M428225 V. New description: [New technical field] A pressure-controlled lock positioning structure, which generates an unlocked state positioning structure. [First-hand technology] You can make the locks not be hit by external forces, _ press, general electronic products, outer boxes, surfaces, etc., in order to prevent damage and steal data, users usually go to the town to protect products or Built-in == call integrity. Conventional common locks usually require a key to unlock and lock between the lock and the unlock. In order to achieve the convenience of locking, the creator of the case developed [a kind of pressure-controlled lock positioning structure and proposed special funds, and the industry obtained the patent public service number, so that the assembly process of the lock is simple and convenient, and production is easy. It can increase the yield of the product and reduce the component setting and cost reduction. However, the creator continuously researches and tries to find out, please refer to the lock of the patent publication No. _755 as shown in the fourteenth to sixteenth, The system is provided with a lock core (4) and a lock case group c. The lock core (4) is provided with a housing part 2 and a #T elastic upper and lower displacement positioning end B2, and a long shape is arranged on the surface of the housing to be arranged - the limit groove B1 The positioning end 2 is pierced by the first limiting slot BU, and the locking shell group, c is provided with the locking shell α, and the locking core group 3 is disposed inside the locking shell C1, and the locking shell α is surface-to-surface There is a second limiting slot C2, and the end of the positioning tip B2 is located in the second limiting slot C2. However, since the positioning tip B2 does not have a positioning or between the first limiting slot B11 and the second limiting slot C2 The limit function, so when the lock is impacted by an external force, the end of the positioning tip B2 may be displaced downward to generate an unlock State. Therefore, how to solve the above-mentioned problems and shortcomings is the subject of research and development that the relevant industry is eager to develop. 3 M428225 [New content] * The main purpose of this creation is to use 'an annular groove on the outer edge of the positioning tip to be provided with a clamping groove' and an abutting portion is formed above the mosquito bit groove to position the positioning tip. The unlocked state is released by an external force. In order to achieve the above purposes, the female-controlled lock is provided with a lock reading and a lock housing, and the lock core set is provided with a casing, and the casing is provided with a front bead and a rear bead seat, and the rear bead seat is a funnel in the casing. The outer edge of the front bead seat is provided with a positioning hole, the positioning hole is provided with a first-elastic element mosquito _, the branch tip 1 is a resisting portion of the peach-shaped miscellaneous component, and the outer end edge is annularly concave with a positioning groove, and The upper part of the positioning groove is formed and the brittle surface ship has a long-shaped limit groove, so that the end of the positioning end is pierced by the first-limit groove, so that the side wall of the first limiting groove abuts against the bottom surface of the positioning groove. [Embodiment] Please refer to the figure - to the fifth figure and the eighth figure. It can be clearly seen from the figure that 'this creation department is provided with a lock heart and a lock case group 2, wherein the lock group is set There is a casing u, a front bead seat & a rear bead seat post 14 'the surface of the casing 11 is cut along the first shape of the elongated shape (1); the outer bead seat 12 is provided with a positioning pin 121' positioning hole (2) is provided The first-two-tip 123' positioning tip 123 has a surface resisting the surface of the first elastic member 122, and the surface is fixed by 1232, and the positioning groove TM ρ 1233 J ^12 is provided. And each of the first bead_124 is respectively provided with a 弹性=seat 13 table (four) concavely provided with a plurality of second bead tips. Each of the first bead slots 131 is provided with a second elastic element 132 and a second bead 133. 'And the second bead 133 is abutted against the second elastic element 132. 4 M428225 The lock case group 2 is provided with a lock case 21 and a limit post 22, and the surface of the lock case 21 is respectively provided with an oblong limit hole 211 and a second limit groove 212, and the inner wall of the lock case 21 is second. The limiting groove 212 is provided with a guiding slope 213 at the end, and the bottom surface of the locking shell 21 is provided with a receiving groove 214. The receiving groove 214 is provided with a third elastic member 215. By the time of the creation of the structure, in order to assemble the lock group 1, the front bead 12 and the rear bead 13 are arranged side by side in the casing 11, so that the end of the front end 123 of the front bead 12 is abutted. The abutting portion 1233 is formed by the first limiting groove hi of the housing 11 and is exposed on the surface of the housing 11. The two ends of the positioning post 14 are respectively fixed to the housing u and the rear bead seat 13 respectively, so that the rear bead seat 13 is Positioning is formed in the casing π, and the front bead seat π can be rotated in the casing u, that is, the structure of the lock core group 1 is completed; the lock core group i and the lock case group 2 are continuously assembled, and the lock core group 1 is The housing 11 is placed in the lock housing 21 of the lock housing group 2 such that the abutting portion 1233 of the end of the locking tip group 123 of the lock core group i is located in the second limiting slot 212, and the rear bead seat 13 is resisted by the third The elastic member 215 further penetrates the limiting post 22 of the locking case group 2 from the limiting hole 211 of the locking case 21, and fixes one end of the limiting post 22 to the housing u, that is, completes the configuration of the present invention.凊 See the third figure to the figure of the person, it is clear from the figure that 'when the creation is in the locked state, since the abutting portion of the tip end of the lock pin group 123 is located at the second of the lock case 21 In the limiting slot 212, the positioning slot 1232 is located in the first limiting slot 111 of the housing u. Therefore, the sidewall of the first limiting slot jji abuts against the bottom surface of the positioning slot, and the abutting portion 1233 is offset. Relying on the side wall surface of the second limiting slot 212 of the lock case 21 and the lock is unobstructed by the horizontal limit _ 212, the lock can be prevented (4), and the positioning tip 123 cannot be retracted by external force to The positioning of the positioning hole, and can not be expected to solve the problem. - Figure to Figure 12, when the consumer wants to release the lock state 5 M428225, in order to insert the key 3 from the housing n of the lock core group 1, the key 3 is held against the first bead tip 125' The first bead tip 125 pushes the second bead tip 133 such that the first bead tip 125 and the second bead tip 133 are pressed in the same horizontal line for the front bead seat 12 to be rotated by the key 3. When the current bead seat 12 is rotated, Referring to the tenth to twelfth drawings, the end of the positioning tip 123 of the front bead 12 is displaced in the first limiting slot lu and the second limiting slot 212. When the guiding inclined surface 213 provided at one end of the second limit # 212 is 'pressed by the guiding inclined surface 213, the positioning tip 123 is retracted toward the positioning hole 121' and is positioned after the positioning 穑123 passes over the guiding inclined surface 213. It is said that the end of the 123 will resist the inner wall of the lock case 21, and then the limit of the second limit groove 212, so that the third elastic member 215 can push the rear bead seat 13 to displace the lock core group i for unlocking purposes (such as The thirteenth figure shows), and the distance of the displacement of the lock core group 1 is the limit of the restricted position column 22 and the limit hole 211. The slot 111 limits the displacement range; furthermore, when the user wants to change the unlock state to the lock=state, the lock core group needs to be pressed to shift the lock core group toward the lock case 2, and the field lock w and the position of 1 When the 123 is entered into the second limiting slot 212, the locking of the inner wall of the locking case 21 is lost, so that the first elastic member 122 pushes the positioning slightly into the second limiting slot 212, so that the locking core group 1 cannot be laterally displaced. Reach the purpose of the lock (as shown in the third and fourth figures). The creation is to solve the shortcomings and defects of the technology, and the key technology 9 ' is used as the abutting portion 1233 of the end of the positioning tip 123 in the lock housing limiting slot 212, and the positioning slot 1232 is located at the first of the housing 11. Limit == Inside, when the creation is in the locked state, _Shaw 123 cannot be erected in the hole 121 by external force to achieve a stable positioning line to unlock the state. ..., 凌外刀万式进 6 [Simple diagram description] The first-picture is a three-dimensional appearance of the creation of _. The first figure is a partial cross-sectional appearance of the creation at the time of unlocking. The third picture is a three-dimensional appearance of the creation when it is locked. The fourth figure is a partial cross-sectional appearance of the creation at the time of attachment. The fifth picture is a three-dimensional exploded view of the creation. The sixth figure is a side profile view of the creation of the gamma. The seventh picture is the larger picture of the part A of the sixth picture. The eighth picture is a side cross-sectional view of the original lock. The ninth figure is a side cross-sectional view taken from the use of scales to unlock the position. The tenth figure is a schematic diagram of the cross-section action of the creation of the gamma-removing state (1). The tenth-_ is a schematic diagram of the action of the creation in the unlocked state (2). The twelfth figure is a schematic diagram of the cross-section action of the creation in the unlocked state (3). The twelfth figure is a side cross-sectional view of the patch when it is unlocked. The fourteenth figure is a partial cross-sectional appearance of the conventional lock. The fifteenth _ _ _ lock _ when the _ schematic. The sixteenth ride is a partial stereoscopic appearance of the conventional lock with a breaking force. M428225 [Description of main component symbols] 1. The lock core group 11, the housing 111, the first limiting slot 12, the front bead 12, the positioning hole 122, the first elastic member 123, the positioning tip 123Γ, the abutting portion 1232, and the positioning The groove 1233, the abutting portion 124, the first bead tip groove 125, the first bead tip 13, the rear bead seat 131, the second bead tip groove 132, the second elastic tip 133, the second bead tip 14, the positioning post 2 The lock case group 21, the lock case 211, the limit hole 212, the second limit groove 213, the guide slope M428225 214, the accommodating groove 215, the third elastic member 22, the limit post 3, the key B, the lock core group B1 , the housing B11, the first limiting slot B2, the positioning tip C, the locking shell group C1, the locking shell C2, the second limiting slot