M435606M435606
4 I 五 新型說明： 【新型所屬之技術領域】 本創作係提供-種探針之結構改良，尤指具有良好導電 率、可引導大電流通過之探測器結構，利用導電彈箬以銅材 質捲繞成型後、外表鑛錦後再鑛上金，並可防止銅材質氧化 ，而供導轉簧具有料大電流並降健應力之功效。、 【先前技術】 按’ Ik者電子、電氣產品的#及化，許多電子、電氣產 =為提供制者方便應用，更研發出可攜式的電子、電氣產 =方便朗者可以在室相其他空卿行電子、電氣產品 、:作、顧，以提升工作的品f與效率，而可攜式的電子 、、％乳產品，必須具備運作時所需的電力，因此，各種可攜 式電子、電氣產品，都具備有供應電力之電池或蓄電哭等， 以供應各種可攜式之電子、電氣產品於操作、應用時㈣力 ，電池或蓄電器與電子、電氣產品間，電性接觸的位置，大 =透_㈣導通’以進行電能傳輪，但因金屬彈片 =的彈性賴差，於制-段_後即容易發生雜疲乏的 …兄’且科接觸時的摩擦而造成金麟4的 而影響金屬彈片的導電不良，無法再傳輪電能。、進 則有業者為解決金屬彈片式的電能傳輸之缺失，便開笋 =針式的連接n，利轉簧的_性力提供穩定_ 傳輪，但目前的探針式連接器其彈簣的設計，所使用的材質 如琴鋼線〔S U S 3 Ο 4〕，其導電率較差，傳輸大電流時 容易發熱而髓，無法穩定傳輸電能，造成使壯的不便與 困擾。 是以，如何解決目前電子、電氣產品在電力傳輸所使用 之金屬彈片或彈簧等導體，傳輸電能不敎之問題及困擾， 且使用-段時間即容易造成發熱而損壞之缺失與不便，即為 從事此行業之相關廠商所亟欲研究改善之方向所在者。 【新型内容】 故’創作人餘於上述之_麵失，乃難相關資料 ，經由多方評估及考量’並峨事於此行㈣積之多年經驗 ，經由不斷試作及修改’始設計出此種可供穩定傳輸電能並 具有抗氧化、降低赫力科效之探狀結触良的新型專 本創作之主要_在於該探針結構，係包括金屬套筒 、導電彈妓探測體，該金屬套如部容置空間_側且有開 =容置空間内收納導電彈簧及探測體，以供探測體頂持 、、’彈性體而於開口處，並使部份探测體凸伸出開口外，呈 活==性伸縮位移，且該導電_為鋼材質捲繞而成 、導電彈簧外表依序鐘鎳後鑛金’即可形成電錄保護層 ，=電彈菁與_觸，達到良好的電性導心 壽命。蝴通過，並降低熱應力以延長導電彈簧的使用 【實施方式】 為達成上述目的及功效，本創作 構造，咖蝴作之繼卿細糊== 如下，俾利完全瞭解。 /、寺徵/、功月b 請參閱第-、二、三、四圖所示 觀圖、域分解目、地剖關 :1作之立體外 圖，由圖中可以清楚看出 Z彈百之局部放大剖面 筒1、導電彈簧2及探測體3,其中： 匕括金屬套 且谷置空間1 必主/蜀嘗同丄円邵係設有容置空間丄u 0一侧朝外貫通設有呈縮口狀之開口1Q丄— 〜該導電彈簧2係為銅材質21所捲繞而成，且於導電彈 黃2外表以魏加工作業成型電魏護層22，為於導带彈 菁2外表依序電鍍鎳2 21後再電鐘金2 2 2之電鑛加工。 該探測體3係具有基部31，而於基部3i-側設有減 _卜彳探觸部3 2 '另侧為設有抵觸部3 3。 上述各構件於組裝時’制用金屬套筒1内部容置空間 1〇，分別予以收納導電彈簧2及探測體3，且探測體3係 以基部31位於容置空間工〇内，並以基部3丄的側緣抵持 在開口1Q1内侧，並_基部3 i —側抵觸部3 3抵持於 導電彈簧2 一側邊，再以基部31另側減縮外徑之探觸部3 2 ’凸伸出容置空間1〇的開口丄〇工外，即組成本創作之 探針結構。 M435606 且本創作之探針結構係可應用於電子、電氣產品，如： 冬慧型打動電話、行動電話、個人數位助理（PDA)、數 位相機、電子字典或平板電腦等，可供隨身攜帶之電子裝置 的電力傳細之連接器的金屬探針。 上述導電彈簧2係為銅材質捲繞而成，而銅材質係可為 皱銅或青轉_之崎質；且導電彈簧2係可捲繞成型為 直筒型、二側寬中央窄之束腰形狀、二側窄中央寬之酒桶形 ^ 側乍中央直管形狀或一側傾斜及一側平整形狀等.至 於導電彈簧2外表進行電鍍加工，於麟2 2 1後再鍍金2 22，形成保護層22，可供銅材質2丄之導電彈簧2防止 氧化’並具有良好導電率，更可利用增加導電彈簧2的捲繞 醜或使用較大雜_材質2 i等，以降低導電彈菁^ ”、、應力，則可於傳輸大電流時不$發熱，亦可延長 楚 2的使用壽命。 -C： ' 八、4 I Five new description: [New technical field] This creation provides a structural improvement of the probe, especially a detector structure with good electrical conductivity, which can guide large currents, and a copper coil with conductive elastics. After the forming, the outer surface of the gold is re-mineralized, and the copper material can be prevented from oxidizing, and the guiding spring has the effect of feeding a large current and reducing the stress. [Prior Art] According to 'Ik's electronic and electrical products#, many electronic and electrical products=provide convenient application for the system, and develop portable electronic and electrical products. Others, such as electronic and electrical products, work, and care, to improve the quality and efficiency of work, while portable electronic and % milk products must have the power required for operation. Therefore, various portable types Electronic and electrical products are equipped with batteries for supplying electricity or for storing electricity, etc., to supply various portable electronic and electrical products during operation and application. (4) Force, battery or storage device and electronic and electrical products, electrical contact Position, large = transparent _ (four) conduction 'for power transmission, but due to the elastic deflection of the metal shrapnel =, after the system - segment _ is prone to fatigue; ... brother and the friction when the contact caused Jin Lin 4, which affects the poor conductivity of the metal shrapnel, can no longer pass the power. In order to solve the lack of metal shrapnel type power transmission, the manufacturer has opened the bamboo shoot=pin connection n, and the y-force of the revolving spring provides stability _ transmission wheel, but the current probe connector has its impeachment. The design uses materials such as the steel wire [SUS 3 Ο 4], which has a poor electrical conductivity. It is prone to heat when the large current is transmitted, and it is impossible to stably transfer electric energy, causing inconvenience and trouble. Therefore, how to solve the problems of metal shrapnel or springs used in power transmission of electronic and electrical products, and the problem of transmission of electrical energy, and the loss and inconvenience caused by heat generation and damage during the use period is Those involved in this industry are eager to study the direction of improvement. [New content] Therefore, the creator’s _ face loss is difficult to be related to the information. The main purpose of the new type of creation for stable transmission of electrical energy and anti-oxidation and reduction of the Helicopter effect is that the probe structure includes a metal sleeve and a conductive elastic probe body. If the accommodating space _ side and the opening ???the accommodating space accommodates the conductive spring and the detecting body for the top of the detecting body, the 'elastic body at the opening, and the part of the detecting body protrudes out of the opening, It is alive == Scaling displacement, and the conductive _ is made of steel material, and the conductive spring looks like the order of the nickel after the mineral gold, which can form the lithographic protective layer, = electroelastic and _ touch, achieving good Electrical lead life. Through the butterfly, and reduce the thermal stress to extend the use of the conductive spring. [Embodiment] In order to achieve the above purpose and effect, the creation of the structure, the success of the coffee cake == as follows, 俾利 fully understand. /, Temple sign /, Gongyue b Please refer to the pictures shown in the first, second, third and fourth figures, the domain decomposition, and the ground cut: 1 for the three-dimensional external map, it can be clearly seen from the figure Partially enlarged section cylinder 1, conductive spring 2 and detector body 3, wherein: 匕 金属 金属 金属 且 谷 谷 谷 谷 谷 谷 谷 谷 谷 谷 丄円 丄円 丄円 丄円 丄円 丄円 丄円 丄円 丄円 系 系 系 系 0 There is a shrinkage-like opening 1Q丄-~ The conductive spring 2 is made of a copper material 21, and the conductive sheath 22 is formed by the processing of the conductive elastic yellow 2 as a conductive tape. 2 The external appearance of nickel plating 2 21 and then electric bell gold 2 2 2 electric ore processing. The probe body 3 has a base portion 31, and the base portion 3i-side is provided with a subtracting probe portion 3 2 'the other side is provided with an abutting portion 33. When the above-mentioned components are assembled, the inside of the metal sleeve 1 is accommodated in the space 1 〇, and the conductive spring 2 and the probe 3 are respectively accommodated, and the probe 3 is placed in the accommodating space factory with the base 31 and the base The side edge of the 3丄 is abutted inside the opening 1Q1, and the base 3 i - the side abutting portion 3 3 is abutted on one side of the conductive spring 2, and the probe portion 3 2 ' is convexly reduced by the outer side of the base portion 31 The opening of the opening of the accommodating space is completed, which constitutes the probe structure of the present creation. M435606 and the probe structure of this creation can be applied to electronic and electrical products, such as: Winter Hui type mobile phone, mobile phone, personal digital assistant (PDA), digital camera, electronic dictionary or tablet computer, etc. Metal probe for the connector of the power transmission of the electronic device. The conductive spring 2 is made of copper material, and the copper material may be wrinkled copper or blue-turned, and the conductive spring 2 can be wound into a straight type, and the two sides are wide and narrow at the waist. Shape, two sides of the narrow central width of the barrel shape ^ side of the central straight tube shape or one side of the slope and one side of the flat shape, etc. As for the conductive spring 2 appearance of the plating process, after the Lin 2 2 1 and then gold plated 2 22, formed The protective layer 22 can be used for the conductive spring 2 of the copper material to prevent oxidation and has good electrical conductivity, and can be used to increase the winding of the conductive spring 2 or use a larger amount of material _ material 2 i to reduce the conductive elastic ^ ",, stress, can not heat up when transmitting large current, can also extend the service life of Chu 2. -C: ' VIII
:係為本創作之立齡顧、舰剖面圖、第—實例之側 視刪、第二實例之側視剖面圖、第三實例之側視 、第四實例之側視剖關、第五實例之側視剖蝴、第六杳 例之侧視剖面圖、第七實例之侧視分解剖面圖，由圖中= 可以清楚a，本·之騎簡，係於麵麴i内= 置空間10收納導電彈簧2、探測體3，而探_^ 探針或探棒型式，域砸3的基部3 i-側抵持部33… 6 可王外凸尖錐狀、内凹狀、内凹 狀或圓弧狀或圓球狀或半圓 …凹⑽狀、傾斜 部3 3抵辦電彈，側邊狀::以供_3利用抵觸 太偏 邊，形成良好的電性接觸效果。 ,之探針結構，利用金屬套筒1内部容置外n 收納導電料2及探_3，#彳 "faH〇 外部供電源接觸而侧探觸部3 2輿 往 ,^ 由基部31外麟傳送至金屬套⑺ 抵觸部33傳送至導電彈，㈣轉间卜 電彈菁丨蝴套外殼、導 入 金屬麵1底部，柯將_體3導 机進仃分，以減少大電流產生的高溫對 造成損壞，避免導電彈簧2產生高溫。 彈耳2 再者’金屬套筒1内部設有之容置空間丄〇，並可 導電彈簧2及_體3，而_體3内部設有_槽川 且内凹槽3 1 Q内部觀形成探觸部3 2，彻内凹槽3 10的配合容置空間i 〇的偏設計，供探測體3形成縱向位 移的探測，且金屬套筒1内部可設有偏心之容置空間丄0， 並可收納導電彈簧2及_體3，而探測體3内部亦設有偏 心之内凹槽3 1 ◦，且内凹槽3 1⑽部頂緣形成探觸部3 2利用内凹槽31〇的偏心配合容置空間工〇的偏心設計 ，供探測體3形成偏心位移的探測。 請參閱第二、十二、十三、切、十五、十六圖所示， 係為本創作之立體分解圖、第八實例之側視剖面圖、第九實 例之侧視剖_、第十實例之側視剖面圖、第十—實例之側 視。i圖第十一實例之侧視剖面圖，由圖中所示可以清楚 看出’本創作之探針結構，係於金屬套筒1内部容置空間1 〇收納導麵簧2、制體3，崎測體3亦可包括探觸球 3 4月移罩盍3 5 ’則該探觸球3 4直徑，係小於金屬套 筒1内心置空間1 0一側開口 1 0 1的孔徑，使探觸球3 4局部凸露於.1 Q 1外部’以限娜觸球3 4在容置空 間1 〇的開σ 1 Q 1處活動位移’並湘探觸球3 4抵壓滑 移罩蓋3 5 ’而滑移罩蓋35内部形成容置槽35〇，即可 供罩覆於導轉簧2 —侧邊，當凸露在開π ! 〇 i外部之探 觸球+3 4受她壓時，探測球3 4向容置空間丄〇内壓縮滑 移罩蓋3 5 ’則滑料蓋3 5的容置槽3 5 q所罩覆之導電 彈簧2，即受到滑移罩蓋3 5的抵壓，形成穩定的接觸。 再者，探測體3之探觸球3 4係設有球座3 4 jl及直徑 J於球座3 41之接觸球部3 4 2，且球座3 41之直徑為 大於金屬套筒！内部容置空間丄◦的開口丄◦i孔徑、接觸 球部3 4 2的直棚可等於或小於開口 i 〇 i的孔徑，以供 探觸球3 4在容置空間1Q的開口101處活動位移。 至於探測體3之滑移罩蓋3 5，内部形成容置層3 5 〇 ，而外部形成與探測體3接觸之碼面3 5 i，且頂持面3 51係為規則的圓弧面或圓球面、不規則的圓弧面或圓球面 、平直的頂持面3 51或平直_持面3 51-侧凸設止擔 凸緣 3 5 2 #，r^、Jtl 兮成型為各種形狀，以供與探觸球3 4形成良 好的接觸。 請參閱第二、十七 ，係為太她 十人十九-十、二十—圖所示 二j作之立體分解圖、第十三實例之侧視剖面圖、第 四只例之側視剖面圖、第十五實例之侧視剖面圖、第十六 見剖蝴、第十七實例之側視剖面圖，由圖中所示 ^看出’本創作之探針結構，係於金屬套筒1内部容 二:Q收納導電彈簧2、探測體3 ’而探測體3亦可包 括探觸球34、一個&—加、 " 以上之頂持球體3 Θ ’而探觸球. ;麵套筒1的妓空間丄◦内，與導轉簧2之間再 或—個以上之頂持球體3 6，以透過頂持球體3 6 供導轉簧2與探觸球34間，形献好之接觸。 且探觸球3 4亦可設有球座3 4丄、直徑小於球座3 & 肉^球。卩3 4 2 ’且球座3 4 1之直徑為大於金屬套筒 P合置工間1 (3的開σ i Q丄孔徑、接觸球部3 4 2的 Γ則可等於或小於開口1Q!的孔徑，以供探觸球34在 =空間1⑽開口 1 Q 1細轉，再_座3 4 1底 稍導娜—倾―個似爾㈣ ，而供探觸球34抵_持球體36後、再觸壓於導電彈箬 2 ’形成良好的接觸。 且可利用金屬套筒1内部容置空間丄〇，予以收納導電 彈貪2、探測體3及-個或―個以上頂持球體3 6，則探測 斯竭部3 2與外部供電振接觸 探測體3之探觸部32往基部 電級即由 再傳送至今达，且由基部3 1外側 得达至金屬套筒1、抵觸部: is a vertical age of the creation, a ship profile view, a side view of the first example, a side view of the second example, a side view of the third example, a side view of the fourth example, a fifth example The side view section, the side view section of the sixth example, and the side view exploded section view of the seventh example, can be clearly seen from the figure =, the ride of the book is in the face 麴i = space 10 The conductive spring 2, the detecting body 3 is accommodated, and the probe or the probe type, the base 3 i-side abutting portion 33 of the domain 3, 6 can be convex, concave, concave or concave. Or arc-shaped or spherical or semi-circular... concave (10) shape, inclined portion 3 3 to resist electric bomb, side edge:: for _3 to use too much edge to form a good electrical contact effect. The probe structure uses the metal sleeve 1 to accommodate the outer n to accommodate the conductive material 2 and the probe _3, #彳"faH〇 external power supply contact and the side probe portion 3 2 舆, ^ from the base 31 The lining is transferred to the metal sleeve (7), the abutting portion 33 is transferred to the conductive projectile, and (4) the outer casing of the splicing and splicing of the outer surface of the metal surface is introduced into the bottom of the metal surface 1 to reduce the high temperature generated by the large current. In case of damage, the conductive spring 2 is prevented from generating high temperature. The ear 2 is further provided with a housing space 内部 inside the metal sleeve 1 and a conductive spring 2 and a body 3, and the inside of the body 3 is provided with a groove and an internal groove 3 1 Q is formed inside. The detecting portion 3 2 has a partial design of the matching receiving space i 彻 of the inner groove 3 10 for detecting the longitudinal displacement of the detecting body 3, and the inside of the metal sleeve 1 can be provided with an eccentric housing space 丄0, The conductive spring 2 and the body 3 can be accommodated, and the inner side of the detecting body 3 is also provided with an eccentric inner groove 3 1 ◦, and the top edge of the inner groove 3 1 (10) forms the detecting portion 3 2 by the inner groove 31 The eccentric design of the eccentric fit accommodating space work is for detecting the eccentric displacement of the detecting body 3. Please refer to the second, twelfth, thirteenth, cut, fifteen, and sixteen figures, which are the three-dimensional exploded view of the creation, the side view of the eighth example, and the side view of the ninth example. Side view of the ten example, side view of the tenth example. A side cross-sectional view of the eleventh example of the figure, as can be clearly seen from the figure, 'the probe structure of the present invention is attached to the inner space of the metal sleeve 1 〇 accommodating the guide spring 2, the body 3 The Kawasaki body 3 may also include a probe ball 3 April moving cover 盍 3 5 ', and the probe ball 34 4 diameter is smaller than the aperture of the opening 10 1 in the inner space of the metal sleeve 1 The probe ball 3 4 is partially exposed to the .1 Q 1 external 'with the limit of the touch ball 3 4 in the accommodating space 1 〇 open σ 1 Q 1 at the active displacement 'and the Xiang probe ball 3 4 against the slip hood The cover 35' is formed inside the slip cover 35 to form a receiving groove 35〇, that is, the cover can be covered on the side of the guide spring 2, and the probe ball +3 4 exposed outside the opening π ! 〇i When she presses, the detecting ball 3 4 compresses the sliding cover 3 5 ' into the accommodating space 则, and then the conductive spring 2 covered by the accommodating groove 3 5 q of the sliding cover 3 5 is subjected to the sliding cover The pressure of 3 5 forms a stable contact. Furthermore, the probe ball 34 of the probe body 3 is provided with a ball seat 3 4 jl and a diameter J at the contact ball portion 342 of the ball seat 3 41, and the diameter of the ball seat 3 41 is larger than the metal sleeve! The opening 丄◦i of the inner accommodating space 、, the straight shed contacting the ball portion 342 may be equal to or smaller than the aperture of the opening i 〇i for the probe ball 34 to move at the opening 101 of the accommodating space 1Q. Displacement. As for the slip cover 35 of the probe body 3, the accommodating layer 3 5 内部 is formed inside, and the outer surface forms a code surface 3 5 i which is in contact with the probe body 3, and the top surface 331 is a regular arc surface or Spherical surface, irregular circular or spherical surface, flat top surface 3 51 or straight _ holding surface 3 51-side convex stop flange 3 5 2 #,r^, Jtl 兮formed into various Shaped to form a good contact with the probe ball 34. Please refer to the second and the seventeenth, which is the three-dimensional exploded view of the ten-nine-tenth and twenty-two-pictures, the side view of the thirteenth example, and the side view of the fourth case. The cross-sectional view, the side view of the fifteenth example, the sixteenth section, and the side view of the seventeenth example, as seen in the figure, the probe structure of the present invention is attached to the metal sleeve. The inner volume of the cylinder 1 is: Q accommodates the conductive spring 2, the detecting body 3' and the detecting body 3 may also include a probe ball 34, a &-plus, " the top holding sphere 3 Θ ' and the probe ball. In the 妓 space 丄◦ of the face sleeve 1 , and more than one or more of the spheroids 3 6 are held between the swaying spring 2 and the swaying ball 3 6 through the spheroidal ball 3 6 . Give good contact. And the probe ball 34 can also be provided with a ball seat of 3 4 inches and a diameter smaller than the ball seat 3 & meat ball.卩3 4 2 'and the diameter of the ball seat 3 4 1 is larger than the metal sleeve P jointing work 1 (3 open σ i Q 丄 aperture, contact ball 3 4 2 Γ can be equal to or smaller than the opening 1Q! The aperture is for the probe ball 34 to be finely rotated in the space 1 (10) opening 1 Q 1 , and then the bottom of the _ seat 3 4 1 is slightly slanted to the bottom - the singularity (four), and the stalking ball 34 is _ holding the sphere 36 And then touch the conductive elastic 箬 2 ' to form a good contact. And the inner space 丄〇 of the metal sleeve 1 can be used to accommodate the conductive elastic ridge 2, the detecting body 3 and the one or more than the top holding sphere 3 6, the probe exhaust portion 3 2 and the external power supply vibrating contact probe portion 32 of the probe portion 32 to the base electrical level, that is, from retransmission up to, and from the outer side of the base portion 3 1 to the metal sleeve 1, the interference portion
TfΊ Ω ，亚透過一個或一個以上 傳送至導電彈簧2 1透過金屬套筒!外殼、 導包彈更2將電流導引至金屬套 導入之電鱗行分流底部，即可將探測體3 〇 /大％流產生的高溫對導電彈簧 2仏成扣壞，避免導電彈簧2產生高溫。 ’ 請參閱第二、二十二、二 扁丨你+―、一十四圖所示，係為本 創作之立體_、奸·㈣視 之側視剖面圖、第二十實例 弟十九實例 音楚看屮 ^^面圖’由圖帽示可以 ;== 結構’係於金屬套筒1内部容置空 =Γ=電彈簧2、探測體3，而探測體3亦可包括探 月秒皁盍D 個或—個以上之頂持球 =基座3 7，歸纖3 7_部恤納空間3 7 〇,並可收納内罩蓋371及導電彈性體3?2，且内罩蓋 3 71上再頂持探觸球3 4，以供接觸+ 間^ 一側槽π37〇1外觸球34凸露出收納空 至於滑移麵3 7為收納於金屬套筒丄的容置空 内，並將-側探觸球3 4凸伸出容置空間丨Q的卩 外，而滑移基座3 7底部於容置空間1〇内係抵壓在滑移罩 蓋35、—個或—偏上頂持球體3 6上，形成良好的接觸 是以，以上所賴林_之健實_邮， 1〇、一側減縮外徑之探觸部1 2為凸出.各置空間i 〇的開 3 於容置η— 側抵持部3 3為 於，間1〇内抵壓在導電彈簧2上， ： 銅材質21捲燒而成，並電 ”系為 鍍鎳2 2 1再嘗料9 9 Q U外表錢加工依序電 再電鑛金2 2 2 ’即於導電彈簧2外部形成 保護層22，俾可達到防止導電彈菁2的銅材質21因長時 間接觸域喊生氧化、並具有良料鲜之目的，且導電 彈簧2外錢職 2 2可供傳輪錢鱗，穩定傳輸電 f且降储應力之魏，以供穩定傳輸魏，故舉凡<達成 別述效果之，構、裝置皆應受本創作所涵蓋，此種簡易修飾 及等效結構變化，均應同理包含於本創作之專利範圍内，含 予陳明。 =本創作為主要針對探針之結構進行設計，係藉兩金 屬套同内部各置空職納導電彈簧及探測體，並使探挪禮/ 側探觸部凸伸出容置空間外、另側抵持部於容置空間内抵虞 於導電科’且導電科為崎雜細成，再於導電捧爹 外表依序電鑛鎳後再鑛金、並形成金屬保護層，而可達对導 電彈η具雜止氧化、具紐導電料主要賴魏， 傳輪大電鱗具麵健應力之魏，乃做導轉資_ M435606 定傳輸祕、可找賴壽命之㈣，且增加探針的實用功 效’惟’以上所碰為本創作之較佳實關而已，非因此即 褐限本創作之專利範®，故舉凡本創作說明書及圖式内 容所為之簡祕做等效結構變化，均朗理包含於本創作 之專利範圍内，合予陳明。 綜上所述，本創作上述之探針之結構改良於實施、使用 時’為確實能達到其姐及目的，故本創作誠為—實用性優 異之研發，為符合新型專利之申請要件，爰依法提出申請， 盼審委早日賜准本案，以保障創作人之辛苦研發、創設， 倘若釣局審委有任何稽疑，請不吝來函指示，創作人定當 竭力配合’實感德便。 田 M435606 【圖式簡單說明】 第一圖係為本創作之立體外觀圖。 第二圖係為本創作之立體分解圖。 第三圖係為本創作之側視剖面圖。 第四圖係為本創作導電彈簧之局部放大剖面圖。 第五圖係為本創作第一實例之側視剖面圖。 第六圖係為本創作第二實例之側視剖面圖。 φ 第七圖係為本創作第三實例之側視剖面圖。 第八圖係為本創作第四實例之側視剖面圖。 第九圖係為本創作第五實例之側視剖面圖。 第十圖係為本創作第六實例之侧視剖面圖。 第十一圖係為本創作第七實例之侧視分解剖面圖。 第十二圖係為本創作第八實例之侧視剖面圖。 第十三圖係為本創作第九實例之側視剖面圖。 鲁第十四圖 #為本創作第十實例之侧視剖面圖。 第十五圖係為本創作第十一實例之侧視剖面圖。 第十六圖係為本創作第十二實例之側視剖面圖。 第十七圖係為本創作第十三實例之側視剖面圖。 第十八圖係為本創作第十四實例之側視剖面圖。 第十九圖係為本創作第十五實例之側視剖面圖。 第二十圖係為本創作第十六實例之側視剖面圖。 第二十一圖係為本創作第十七實例之側視剖面圖。 13 M435606 第二十二圖係為本創作第十八實例之側視剖面圖。 第二十二圖係為本創作第十九實例之側視剖面圖。 第二十四目係為本創作第二十實例之侧視剖面圖。 【主要元件符號說明】 1、 金屬套筒 1〇、各置空間 1 ο 1、開口 2、 導電彈簧 2 21、鍍鎳 2 2 2、鑛金 2 1、鋼材質 2 2、電鍍保護層 3、探測體 3 1、基部 310、内凹槽 3 2、探觸部 3 3、抵觸部 3 4、探觸球 3 41、球座 3 4 2、接觸球部 3 5、滑移罩蓋 3 5 0、容置槽 3 5 1、頂持面 3 5 2、止擋凸緣 3 6、頂持球體 3 7、滑移基座 3 7 0、收納空間 371、内罩蓋 3 7 2、導電彈性體TfΊ Ω, sub-transported through one or more to the conductive spring 2 1 through the metal sleeve! The outer casing, the guide bomb and the second guide current are directed to the bottom of the electric scale-lined shunt that the metal sleeve is introduced, and the detecting body 3 〇/ The high temperature generated by the large % flow causes the conductive spring 2 to buckle and prevent the conductive spring 2 from generating high temperature. 'Please refer to the second, twenty-two, two flat 丨 you +-, the fourteen figure, is the three-dimensional _, traits (4) side view of the creation, the twentieth example of the nineteenth example音楚看屮^^面图' can be shown by the figure cap; == structure 'lined inside the metal sleeve 1 to accommodate empty = Γ = electric spring 2, detector 3, and detector 3 can also include lunar seconds Saponin D or more than 10 holding balls = base 3 7, returning fiber 7 7_ t-shirt space 3 7 〇, and can accommodate inner cover 371 and conductive elastic body 3? 2, and inner cover 3 71 on top of the probe ball 3 4, for contact + between ^ side groove π37 〇 1 outer touch ball 34 convex storage space as to the sliding surface 3 7 for accommodation in the metal sleeve 丄 accommodation space And the side probe ball 3 4 protrudes out of the outer space of the accommodating space 丨Q, and the bottom of the sliding base 37 is pressed against the slip cover 35 in the bottom of the accommodating space 1 —, or - On top of the ball holding body 3 6 , a good contact is formed. The above-mentioned lining _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The opening 3 of the crucible is accommodated in the η-side resisting portion 3 3 Pressed on the conductive spring 2, the copper material is made of 21 rolls, and the electricity is nickel-plated 2 2 1 and then the material is 9 9 QU externally processed in order to re-power the gold 2 2 2 'in the conductive spring 2 The outer surface of the protective layer 22 is formed, and the copper material 21 for preventing the conductive elastic crystal 2 is oxidized due to prolonged contact with the field, and has a good purpose, and the conductive spring 2 is available for the transfer of money. Scales, stable transmission of electrical f and reduction of the stress of the Wei, for stable transmission of Wei, so the general < to achieve the effects of the description, the structure, the device should be covered by this creation, such simple modification and equivalent structural changes, It should be included in the scope of the patent of this creation, including Chen Ming. = This design is mainly for the structure of the probe, and the two metal sleeves are internally placed with the inner conductive spring and the detector. The probe/side probe protrudes out of the accommodating space, and the other side resists in the accommodating space to resist the conductive section', and the conductive section is fine and fine, and then the conductive enamel appearance is sequentially After the electro-mineral nickel, the gold is re-mineralized and a metal protective layer is formed, and the conductive elastic η can be oxidized. The main conductive material is mainly Lai Wei, the transmission of the large electric scale with the surface of the stress of the Wei, is the guide transfer _ M435606 fixed transmission secret, can be found for life (four), and increase the practical effect of the probe 'only' above It is the best practice of this creation. It is not the patent of the creation of the patent, and therefore the equivalent structural changes made by this creation manual and the contents of the schema are included in this creation. In the scope of the patent, it is combined with Chen Ming. In summary, the structure of the probe described above is improved in the implementation and use, so that it can truly achieve its sister and purpose, so the creation is sincere and practical. In order to meet the application requirements of the new patent, 提出 apply in accordance with the law, and hope that the trial committee will grant the case as soon as possible to protect the creators' hard work in R&D and creation. If there is any doubt in the squad, please do not hesitate to give instructions to the creator. Cooperate with 'real sense'. Tian M435606 [Simple description of the diagram] The first picture is the three-dimensional appearance of the creation. The second picture is a three-dimensional exploded view of the creation. The third picture is a side cross-sectional view of the creation. The fourth figure is a partial enlarged cross-sectional view of the conductive spring of the present invention. The fifth figure is a side cross-sectional view of the first example of the creation. The sixth drawing is a side cross-sectional view of the second example of the creation. φ The seventh figure is a side cross-sectional view of the third example of the creation. The eighth figure is a side cross-sectional view of the fourth example of the creation. The ninth drawing is a side cross-sectional view of the fifth example of the creation. The tenth figure is a side cross-sectional view of the sixth example of the creation. The eleventh figure is a side exploded sectional view of the seventh example of the creation. The twelfth figure is a side cross-sectional view of the eighth example of the creation. The thirteenth figure is a side cross-sectional view of the ninth example of the creation. Lu 14th Figure # is a side view of the tenth example of the creation. The fifteenth figure is a side cross-sectional view of the eleventh example of the creation. Figure 16 is a side cross-sectional view of the twelfth example of the creation. Figure 17 is a side cross-sectional view showing the thirteenth example of the creation. The eighteenth figure is a side cross-sectional view of the fourteenth example of the creation. The nineteenth figure is a side cross-sectional view of the fifteenth example of the creation. Figure 20 is a side cross-sectional view of the sixteenth example of the creation. The twenty-first figure is a side cross-sectional view of the seventeenth example of the creation. 13 M435606 The twenty-second figure is a side cross-sectional view of the eighteenth example of the creation. The twenty-second figure is a side cross-sectional view of the nineteenth example of the creation. The twenty-fourth item is a side cross-sectional view of the twentieth example of the creation. [Description of main components] 1. Metal sleeve 1〇, each space 1 ο 1, opening 2, conductive spring 2 21, nickel plating 2 2 2. Gold 2 1 , steel 2 2, plating protection layer 3 The detecting body 3 1 , the base portion 310 , the inner groove 3 2 , the detecting portion 3 3 , the abutting portion 3 4 , the probe ball 3 41 , the ball seat 3 4 2 , the contact ball portion 3 5 , the sliding cover 3 5 0 , receiving groove 3 5 1 , top holding surface 3 5 2, stop flange 36, holding ball 3 7 , sliding base 370, storage space 371, inner cover 3 7 2, conductive elastomer