M289394 2 2、防盜控制器盒。 21、分配供電機構。 2 3、蓋板。 八、新型說明： 【新型所屬之技術領域】 本創作係有關分配供電防盜器之改良結構，尤指 小偷的一種汽車防盜狀良結構，能適用於_外各型車輛、盜、遏阻 【先前技術】 皁輛。M289394 2 2. Anti-theft controller box. 21. Distribute the power supply mechanism. 2 3. Cover. Eight, new description: [New technology field] This creation is about the improved structure of the distribution of power supply alarms, especially a kind of car security structure of the thief, can be applied to all types of vehicles, pirates, and containment [previously Technology] Soap car.
為此本創作者’乃針對各防盜器之缺點，再作更好的改良，本創作之目的， 在於當竊_壞、侵人車體時，防盜_啟作動’傳遞訊息給車主，並切斷引 擎電源住蓄電池電源，令竊賊細亭住·鳴叫聲、開走車輛。而達到防 盜目的。 【新型内容】To this end, the creator's is aimed at the shortcomings of each anti-theft device, and then makes a better improvement. The purpose of this creation is to transmit the message to the owner when the burglary is broken, invading the car body, and cut The engine is powered off to keep the battery power, so that the thief can sing, scream, and drive away. And achieve anti-theft purposes. [New content]
本創作之其他特點及具體實施例，可於以下配合附圖之詳細說明巾進一步瞭 解：辆時參附第（2〜6)圖，本創作係包括： ^ 其結構為··一長方形箱體1 7，内固定著車用蓄電池1 8、本改良分配供 電結構21、防盜控制器盒2 2 β長方形箱體丄7外，一側壁邊用樞紐，連結 住一有耳朵之蓋板2 3，另一側壁邊則設一凸起塊，办塊内則設一孔。一喇叭 19係安裝於蓋板2 3内側，此蓋板可自由翻開。並可於箱體側邊凸起塊和蓋 2 3之耳朵間上鎖。一分配供電機構21，為一絕緣板1，外用中空盒體15 口鎖’固疋於蓄電池’近正電極側之大面積箱體側壁上，負電極側之大面積， 長方形箱體17側壁上，則固定防盜控制器盒2 2。一絕緣板1，固定有由蓄 第3頁 M289394 電池18正極電源線接入電源，由銅塊製成之銅製凸件2，銅製凸件2中間鑽 有一精修貫通孔，可容一支、兩端各一段小長度製成較小徑，並頭尾攻牙的絕 緣心軸3於其中移動。絕緣心軸3之前端及後端，則各配置有内鋼塊 '外鋼塊。 外鋼塊則分別固鎖在絕緣心軸3前端側端面、後端側端面，並於前端外銅塊4、 後端外鋼塊5，週壁上，設前感應器7、後感應器8。一内銅塊内設有一孔，Other features and specific embodiments of the present invention can be further understood in the following detailed description of the drawings: the vehicle is attached to the (2~6) drawing, and the creative system includes: ^ The structure is a rectangular box 17. In the vehicle, the vehicle battery is fixed. 18. The improved distribution power supply structure 21, the anti-theft controller box 2 2 β rectangular box 丄7, and a side wall side hinge, and an ear cover 2 3 is connected. A convex block is arranged on the other side wall, and a hole is arranged in the block. A speaker 19 is mounted on the inside of the cover plate 2, and the cover can be freely opened. It can be locked between the convex block on the side of the box and the ear of the cover 23. A distribution power supply mechanism 21 is an insulating plate 1, and the external hollow casing 15 is locked to the side wall of the large-area box on the side of the positive electrode side of the battery, and the large area on the side of the negative electrode is on the side wall of the rectangular box body 17. , the anti-theft controller box 2 2 is fixed. An insulating plate 1 is fixed with a copper protruding member 2 made of a copper block and a copper plate made of a positive electrode power line of the battery of the M289394 battery. The copper protruding member 2 is drilled with a finishing through hole for receiving one. A small length of each of the two ends is made into a smaller diameter, and the insulating mandrel 3 of the head and tail tapping moves therein. The front end and the rear end of the insulating mandrel 3 are each provided with an inner steel block 'outer steel block. The outer steel blocks are respectively locked on the front end side end surface and the rear end side end surface of the insulating mandrel 3, and are disposed on the front outer copper block 4, the rear outer steel block 5, and the peripheral wall, and the front sensor 7 and the rear sensor 8 are disposed. . There is a hole in the inner copper block.
可於外鋼塊和心軸3—段小長度之小徑上移動，内銅塊和外鋼塊之間，則設有 彈簧鋼片9，而前端内銅塊11、後端内銅塊13和凸件2間，則各保持一定 距離。一傳動件，前端外銅塊4，固定於絕緣心軸3前側端，於前端外銅塊4， 端面外侧，固鎖一絕緣墊塊10，絕緣塾塊1〇中心，則固鎖一螺帽6螺紋， 而螺帽6螺紋、心軸線的相對位置端，則固定有一小型伺服馬達16於板上， 小型伺服馬達16軸心上，固定一和螺帽6螺紋相配合之螺桿螺紋，令伺服馬 達16旋轉，則推動螺帽6螺紋，帶動絕緣心轴3移動。 一電力接通件，前端外銅塊4、前端内銅塊11，外週壁上，一側設一具有 彈性的銅片製成的前彈力導電板1 2，固定於絕緣板1上，對側則設一前感應開 關7，前彈力導電板1 2，則接電源線至汽車電腦電源，提供全車系、引擎電源， 後端内銅塊13、後端外銅塊5，外週壁上，一側設一具有彈性的銅片製成的後 彈力導電板14，對側言免後感應開關8，後彈力導電板14，接出電源線串聯一 低額定電流之自回復保險絲2 0 ’接出二電源線，一電源線接線至原車防盜器及 汽車電腦電源，另一電源線，則另接一内裝防盜器。動作一令接收解除訊號，令 伺服馬達1 6旋轉，推動絕緣心軸3前進，前端内銅塊11、前端外鋼塊4 一起 接觸銅製凸件2，蓄電池1 8正極電源經前彈性導電板1 2，正常供應全車系電 源。令接收防盜訊號，令侧艮馬逹1 6旋轉拉動絕緣心轴3後退，後端内銅塊工 3、後端外銅塊5—起接觸銅製凸件2，此時蓄電池18正極電源經後彈性導電 板1 4經自回復保險絲2 0，引出二條具有低額定電流之電源，一具低額定電流 之電源’供電於内裝防盜器，當防盜系統遭侵入，即觸動内裝防盜器之罄報琴， 此時啟動喇叭19鳴叫聲，並發射訊息，告知車主狀況，於此同時另一低額定電 第4頁 M289394 流電源，則令竊賊無法發動引擎，而達到防盜之目的。 【實施方式】 一分配供電裝置，係包括： 一絕緣板1外用中空盒體1 5鎖住，絕緣板1上，固定有材質為銅所製成之 銅製凸件2。銅製凸件2中間，設有一貫通孔，此孔可容一頭尾攻牙的絕緣心軸 3於其中移動。 一成雙成對銅組，絕緣心軸3前端、後端各配置一内銅塊、外銅塊。外銅塊 各分別固鎖在絕緣心軸3前端、後端的側端面，並於前端外銅塊4、後端外銅塊 5周壁上，設前感應器7，後感應器8。 一内銅塊，内設一孔，可於絕緣心軸3上活動，和外銅塊之間設有一彈簧銅 ^ 片9，且内銅塊和銅製凸件2之間保持一定間距。 一外銅塊，内設一孔，固定於絕緣心軸3上，和内銅塊之間設有一彈簧銅片 9 ’且内銅瑰》和外銅塊之間保持一定間距。 一傳動件，於前端外銅塊4，外側端面，固鎖一絕緣墊塊6，墊塊中心，則 固鎖一螺帽6螺紋，而螺帽6螺紋，心軸線的相對位置端，則固定有一小型伺服 馬達於絕緣板1上，小型伺服馬達16軸心上，則固定一和螺帽6螺紋相配合之 螺桿螺紋。 一電力接通件，前端外銅塊4、前端内銅塊11，外週壁上，一側設一具有馨 彈性的銅片製成的前彈力導電板1 2，固定於絕緣板1上，對側則設一前感應開 關7，前彈力導電板1 2，則接電源線至汽車電腦電源，提供全車系、引擎電源， 後端内銅塊13、後端外銅塊5，外週壁上，一側設一具有彈性的鋼片製成的後 彈力導電板14，對側設後感應開關8，後彈力導電板14，引出電源線串聯一 低額定電流之自回復保險絲2 0，引出二電源線，一電源線接線至原車防盜器及 汽車電腦電源’另一電源，則另接一内裝防盜器。動作一令接受解除訊號，令伺 月良馬達1 6旋轉，推動絕緣心軸3前進，前端内銅塊1 1、外鋼塊4 一起接觸銅 第5頁 M289394 製凸件2 ’蓄電池正極電源經前彈性導電板12，正常供應全車餘電源。令接收 防盜訊號，令伺服馬達旋轉拉動絕緣心軸後退，後端内銅塊1 3、後端外銅塊5 一起接觸銅製凸件2，此時蓄電池正極電源經後彈性導電板丄4經自回復保險 絲，引出二條具有低額定電流之電源，一具低額定電流之電源，供電於内裝防盜 器，當防盜系統遭侵入，即觸動内裝防盜器之警報器，此時啟動喇叭i 9鳴叫聲， 並發射訊息，告知車主狀況，於此同時另一低額定電流電源，則令竊賊無法發動 引擎，而達到防盜之目的。 由上可知，本創作所設結構，具有如下之實用優點： 1·本創作不僅保有其他防盜器之優點，更能嫁實遏阻宵小的破壞線路，達到防 盜目的。 2 ·本創作可在不損壞原車之線路下裝置，可確保汽車微電腦不受損壞。3 ·本 創作，在透過有效的零件安排及空間規劃，更能伽結樣縮小，以方便組裝 於各型車輛。 ' 惟以上所述者，僅為補作之健實補，當不以騎摘作可實施t ^圍’凡習於本業之人士所明顯可做變化與修飾，皆應視為不悻離本創作之= 綜上所述，依上文所揭示之内容，本創作確可達到創作之預期目的，曰一 種蓄電池改良機構，具實用價值無疑，爰依法提出新稱利申請。提供 【圖式簡單說明】 第1圖係為構思方塊圖。 第2圖係為本創作第一實施例之立體分解圖。 第3圖係為本創作之外觀立體組合圖。 第4圖係為本創作接收警戒訊號之組合圖。 第5圖係為本創作接收解除警戒訊號之組合圖。 第6圖係為本創作另一外觀立體圖。 第6頁It can be moved on the small diameter of the outer steel block and the small section of the mandrel, and between the inner copper block and the outer steel block, the spring steel piece 9 is provided, and the copper block 11 in the front end and the copper block 13 in the rear end are provided. Between the convex members 2 and each of them, a certain distance is maintained. a transmission member, the outer copper block 4 at the front end is fixed on the front side end of the insulating mandrel 3, on the outer copper block 4 at the front end, outside the end surface, an insulating spacer 10 is locked, and the center of the insulating block is locked, and a nut is locked. 6 thread, and the nut 6 thread, the relative position end of the core axis, is fixed with a small servo motor 16 on the plate, the small servo motor 16 shaft center, fix a screw thread with the thread of the nut 6 to match the servo When the motor 16 rotates, the nut 6 is pushed to drive the insulating mandrel 3 to move. a power connecting member, a front outer copper block 4, a front end inner copper block 11, a peripheral elastic wall on one side of the outer peripheral wall, and a front elastic conductive plate 12 made of an elastic copper piece is fixed on the insulating plate 1, The front side is provided with a front sensing switch 7, and the front elastic conductive plate 12 is connected to the power supply line to the automobile computer power supply to provide the whole vehicle system, the engine power supply, the rear end inner copper block 13, the rear end outer copper block 5, and the outer peripheral wall. On one side, a rear elastic conductive plate 14 made of elastic copper piece is arranged, and the rear sensing switch 8 and the rear elastic conductive plate 14 are connected to the side, and the power line is connected in series with a low rated current self-recovering fuse 2 0 ' Two power cords are connected, one power cord is connected to the original car alarm and the car computer power supply, and the other power cord is connected to an internal anti-theft device. The action first receives the release signal, causes the servo motor 16 to rotate, pushes the insulating mandrel 3 forward, the copper block 11 at the front end, the outer steel block 4 at the front end contacts the copper convex member 2, and the positive electrode of the battery 18 passes through the front elastic conductive plate 1 2, normal supply of full car power. To receive the anti-theft signal, the side cymbal cymbal 16 is rotated and the insulating mandrel 3 is retracted. The copper block 3 at the rear end and the outer copper block 5 at the rear end are in contact with the copper embossing member 2. At this time, the battery 18 is positively charged. The elastic conductive plate 14 receives two power supplies with low rated current through the self-recovery fuse 20, and a low rated current power supply is supplied to the built-in anti-theft device. When the anti-theft system is invaded, the internal anti-theft device is activated. The piano is announced, and the speaker 19 is activated to emit a message, and a message is sent to inform the owner of the situation. At the same time, another low-rated power M289394 power supply on the fourth page makes the thief unable to start the engine and achieve the purpose of theft prevention. [Embodiment] A power distribution device includes: an insulating plate 1 is externally locked by a hollow case body 15. The insulating plate 1 is fixed with a copper protruding member 2 made of copper. In the middle of the copper projection 2, there is provided a through hole for allowing the insulating mandrel 3 of a tail tapping to move therein. In the pair of pairs of copper groups, the front end and the rear end of the insulating mandrel 3 are each provided with an inner copper block and an outer copper block. The outer copper blocks are respectively fixed on the front end faces of the front end and the rear end of the insulating mandrel 3, and the front inductor 7 and the rear inductor 8 are disposed on the outer peripheral copper block 4 and the outer peripheral copper block 5 peripheral wall. An inner copper block is provided with a hole for moving on the insulating mandrel 3, and a spring copper piece 9 is arranged between the outer copper block, and a certain distance is maintained between the inner copper block and the copper convex piece 2. An outer copper block is provided with a hole fixed on the insulating mandrel 3, and a spring copper piece 9' is disposed between the inner copper block and a certain distance is maintained between the inner copper piece and the outer copper piece. a transmission member, the outer copper block 4 at the front end, the outer end surface, an insulating spacer 6 is locked, the center of the spacer is fixed, and a nut 6 is locked, and the nut 6 is threaded, and the relative position of the core axis is fixed. A small servo motor is mounted on the insulating plate 1 and on the shaft of the small servo motor 16, a screw thread that is screwed with the nut 6 is fixed. a power connecting member, a front outer copper block 4, a front end inner copper block 11, a peripheral elastic wall on one side of the outer peripheral wall, and a front elastic conductive plate 12 made of a resilient elastic copper piece is fixed on the insulating plate 1. On the opposite side, a front sensor switch 7 is provided, and the front elastic conductive plate 12 is connected to the power supply line to the automobile computer power supply to provide the whole vehicle system, the engine power supply, the rear end inner copper block 13, the rear end outer copper block 5, and the outer peripheral wall. On the one side, a rear elastic conductive plate 14 made of elastic steel sheet is arranged on one side, and a rear induction switch 8 and a rear elastic conductive plate 14 are arranged on the opposite side, and a power supply line is connected in series with a low rated current self-recovering fuse 20, which leads to Two power cords, one power cord is wired to the original car alarm and the car computer power supply 'another power source, then another built-in anti-theft device. The action is to receive the release signal, and the servo motor is rotated by 16 to push the insulating mandrel 3 forward. The copper block 1 in the front end and the outer steel block 4 are in contact with the copper. Page 5 M289394 convex member 2 'battery positive power supply The front elastic conductive plate 12 normally supplies the entire vehicle power supply. The anti-theft signal is received, so that the servo motor rotates and pulls the insulating mandrel backward, and the copper block 13 at the rear end and the copper block 5 at the rear end contact the copper convex member 2 together. At this time, the battery positive power supply passes through the elastic conductive plate 丄4. Respond to the fuse, lead two power supplies with low rated current, a low rated current power supply, power supply in the built-in anti-theft device, when the anti-theft system is invaded, that is, the alarm device with the anti-theft device is activated, then the speaker is activated. Calling, and sending a message to inform the owner of the situation, while another low-rated current power supply, so that the thief can not start the engine, and achieve the purpose of theft. It can be seen from the above that the structure set by this creation has the following practical advantages: 1. This creation not only retains the advantages of other anti-theft devices, but also marries the destructive lines that prevent small defects and achieves anti-theft. 2 · This creation can be installed without damaging the original car, ensuring that the car microcomputer is not damaged. 3 · This creation, through effective parts arrangement and spatial planning, can be more condensed and narrowed to facilitate assembly in all types of vehicles. 'Only the above is only a supplement to the supplement. If you don’t take the excerpt, you can implement it. Anyone who is familiar with the profession can obviously make changes and modifications, and should be regarded as not deviating from the creation. In summary, according to the content disclosed above, this creation can indeed achieve the intended purpose of creation, a battery improvement mechanism, with practical value, and a new application for profit. Provided [Simple description of the drawing] Figure 1 is a conceptual block diagram. Fig. 2 is a perspective exploded view of the first embodiment of the creation. The third picture is a three-dimensional combination of the appearance of the creation. Figure 4 is a combination of the warning signals received by the author. Figure 5 is a combination of the receiving and receiving warning signals for this creation. Figure 6 is a perspective view of another appearance of the creation. Page 6