M437458 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種電性量測裝置，特別是有關於 一種可適用於不同尺寸及形狀之待測物之電性量測装 置。 【先前技術】 於現今之社會中，電子材料所扮演之角色日益重 要，而為了能妥善使用電子材料，需先量測此電子材 之電性參數’藉以能夠更加地得知此電子材料之特性。 Γ量=待測物之電性參數，通常以量測其電阻值最為方 ΛΛ:而$知之電阻計之探針電阻及接觸電阻亦合 耗電能，料使得f知之電阻計無法準確地測量^電 阻。因此’ ^確度測量玉作並無法使用習知之電阻計。 此外，若使用習知之四端點探針量測 =測小及探 八有不規則形狀之待測物。而且，習知之四她 ^菜針亦會因為使㈣強行量測具有不 ^ 物，藉以使習知之四端點探# 乂狀之待測 之成本。 針谷W壞，進而增加量測 【新型内容】 的 有鑑於上述習知技藝之問題，本創作之其中一目 3 M437458 就是在提供—種電性量測裝置，藉以能高準確地量測具 有不規則形狀或不平整平面之待測物。 緣疋為達上述目的，本創作之電性量測裝置至少 包含基座、第-導體件以及第二導體件。其中，基座可 例^設有複數個電極，且此些電極電性連接至少一外部 之里測it件’藉以1測待測物之電性參數。而且，此 部之量測元件可例如為萬用電表。此外 :設於基座上’且第-導體件電性連接基座之此4: =至f電極。而第二導體件亦可例如設於 例如電性連接基座之此些電極中之至少 奸/、中，弟一導體件與第二導體件之一者或-者之材質刊如為軟㈣體㈣。另外 = 料可例如為導電绒右。仏从也，此秋/·生導體材 數時，待 >丨必 卜，昌欲量測待測物之電性參 例如接觸第二導體件，藉以使本創π 里川裝置仔以I測待測物之電性參數。 第：：本創作之電性量測裝置之-特點在於，辟由 -件與第二導體件之材質為 可量測不同拟壯4·、* 只~平人丨王等篮材科，猎以 门形狀或表面不平整之待測物之電性參數。 此外’本創作之電性量 且此導板設於基座上，置更可例如包含導板， 上道藉以使本創作之電性量測裝置之使 凋整弟二導體件於基 义用考仔以 裝置之第-導體件位置。而本創作之電性量測 導體件亦可例如移動式設於基座上，亦或 M437458 2 =導體件可例如固設於基座上。舉例而言 置更可例如包含固定件設於基座上，且 固定件上。其中，固定件可例如固 汉或移動式設於基座上。险将夕从“ ^ u 裝置更可例如包含移動#日Γ 創作之電性量測 移動件之二二 第二導體件可例如設於此 上，藉以氕敫第移動件可例如移動式設於導板 猎以調整4-導體件於基座上之位置。 乍之電性量測裝置更可例如包 接於移動件上，用以移動第二導二；。==如連 如為螺桿^具、快速夾具或自魅制夾具。’夾具可例 因此本創作之電性量測裝置之 夾具以調整移動件之位置，藉寺：在於，藉由 調整第-導體件與第二導體===導體件’進而 之U生里測裝置可量測不同尺寸之待測物。 相：連單元與 :測早兀可例如藉由基座上之此些電： 弟一導體件與第二導體件，且供電單元 X連接 連接電極以電性連#帛一 ^3電性 如夢由雷電流量測單元可例 件猎由電It連接料之電極，藉以電性連接該第二導體 個，二基座〜之此些電極之數量可例如為四 些電極中之其餘電極電性連接第二導體件導體件’而此 5 M4J7458 =’本創作之電性量測裝置之又—特點在於 ==待測物之電壓值及電流值，藉以精確地“ 处二 宅阻值，進而精確地得知待測物之電性泉數 月匕女善地使用待測物。 ^ 承上所述，本創作之電性量 盆 多個下述優點： U具有-或 H)藉由第-導體件與第二導體件之材f為軟 電=數藉以可量測不同形狀或表面不平整之待測物之 ⑺稭由夾具以調整移動件之位置，藉以移 使：本=調整第一導體件與第二導體件之間隔距：， 使件本創作之電性量職置可量料同尺寸之待測物。 (3)藉由分別量測待測物之電壓值及電流值 : = 則；之電阻值，進而精確地得知待“之Ϊ >數以月匕女善地使用待測物。 【實施方式】 置之= 關圖式，說明依本創作之電性量測裂 置之實_，极便㈣解，下述實施财 係以相同之符號標示來說明。 j7L件 請參閱第1圖至第4圖，第1圖係為太名 =裝置之俯視示意圖，第2圖係為本創=二 裝置之側視示意圖’第3圖係為本創作之電性 署M437458 V. New description: [New technical field] This creation is related to an electrical measuring device, in particular to an electrical measuring device which can be applied to different sizes and shapes of the object to be tested. [Prior Art] In today's society, the role played by electronic materials is increasingly important, and in order to properly use electronic materials, the electrical parameters of the electronic materials must be measured first, so that the characteristics of the electronic materials can be better known. . Γ quantity = electrical parameter of the object to be tested, usually measured by the largest value of the resistance value: and the probe resistance and contact resistance of the known resistance meter also consumes electric energy, so that the resistance meter can not accurately measure ^Resistance. Therefore, it is not possible to use a conventional resistance meter. In addition, if using the conventional four-end probe measurement = small measurement and exploration of the object with irregular shape. Moreover, in the fourth case, she will also use (4) forcibly measuring the cost of the food, so as to make the cost of the four ends of the conventional test. The needle valley W is bad, and then the measurement [new content] is considered. In view of the above-mentioned problems of the prior art, one of the creations of the M 3458 is to provide an electrical measuring device, so that the measurement can be highly accurate and irregular. Shape or unevenness of the object to be tested. For the above purposes, the electrical measuring device of the present invention comprises at least a base, a first conductor member and a second conductor member. Wherein, the pedestal can be provided with a plurality of electrodes, and the electrodes are electrically connected to at least one of the external metrics to measure the electrical parameters of the test object. Moreover, the measuring component of this portion can be, for example, a universal meter. In addition: disposed on the pedestal and the first conductor member is electrically connected to the 4:= to f electrode of the pedestal. The second conductor member can also be disposed, for example, in at least one of the electrodes of the electrical connection base, and the material of one or the second conductor member is soft (four) Body (four). In addition, the material can be, for example, conductive velvet right. From the same time, this autumn / · the number of conductor materials, to be > 丨 卜 卜, Chang want to measure the electrical parameters of the object to be tested, for example, contact the second conductor, so that the π The electrical parameters of the object to be tested. No.: The characteristic of the electrical measuring device of this creation is that the material of the piece-by-piece and the second conductor piece is measurable for different baskets, etc. The electrical parameters of the object to be tested in the shape of the door or the surface is not flat. In addition, the electrical quantity of the creation and the guide plate are arranged on the base, and the display can further comprise, for example, a guide plate, so that the electric measuring device of the present invention can make the two conductor pieces of the present invention use the second conductor piece for the basic meaning. Test the position of the first conductor piece of the device. The electrically-measured conductor member of the present invention can also be, for example, movably mounted on the base, or M437458 2 = the conductor member can be fixed, for example, on the base. For example, the fixing may be provided on the base and the fixing member. Wherein, the fixing member can be disposed on the base, for example, in a solid or mobile manner. From the "^u device, for example, the second conductor member of the electrical measuring moving member created by the mobile device may be, for example, disposed thereon, whereby the moving member may be, for example, mobilely disposed. The guide plate is hunted to adjust the position of the 4-conductor member on the base. The electrical measuring device of the cymbal can be attached to the moving member, for example, to move the second guide 2; == If the connection is a screw ^ Fixtures, quick clamps or self-enchant fixtures. 'Jigs can be used to adjust the position of the moving parts. The temple is: by adjusting the first conductor and the second conductor == = Conductor member's further U-test device can measure different sizes of the object to be tested. Phase: connected unit and: early detection can be carried out, for example, by the electric charge on the base: a conductor and a second conductor And the power supply unit X is connected to the connection electrode to electrically connect with the electric current. For example, the lightning current measuring unit can hunt the electrode of the electric It connection material, thereby electrically connecting the second conductor. The number of the electrodes of the two pedestals can be, for example, electrically connected to the remaining electrodes of the four electrodes. Conductor member conductor piece' and 5 M4J7458 = 'The electronic measuring device of the present invention is further characterized by == the voltage value and current value of the object to be tested, so as to accurately "the resistance of the second house, and thus accurately Knowing the electrical springs of the object to be tested for several months, the woman uses the object to be tested. ^ As mentioned above, the electrical conductivity basin of the present invention has the following advantages: U has - or H) by measuring the different shapes of the material of the first conductor member and the second conductor member Or the surface of the object to be tested (7) straw is adjusted by the clamp to adjust the position of the moving member, thereby shifting: this = adjusting the distance between the first conductor member and the second conductor member: Set the material of the same size to be tested. (3) By separately measuring the voltage value and current value of the object to be tested: = then; the resistance value, and then accurately knowing the number of objects to be tested. Mode] Set = Closed diagram, indicating the actual measurement of the electrical measurement according to the creation _, the extreme (four) solution, the following implementation of the financial system is marked with the same symbol. Refer to Figure 1 for the j7L Figure 4, Figure 1 is a bird's-eye view of the device, and Figure 2 is a side view of the device. The third picture is the electrical department of the creation.
之量測樣態示意圖’第4圖係為本創作之電性量測U M437458 之立體結構示意圖。如第i圖至第4圖所示，本 電性量測裝置1GG至少包含基座UG、第—導體件⑵ 及第二導體件m，且本創作之電性量測裝置_可適 用於量測不同尺寸及形狀之待_綱之電性參數。並 中’基座110可例如為佈植有電路之電路板且基座⑽ 可例如設有複數個電極，此些電極可例如電 及外部之量測元件，以藉由外部之量測J 3〇〇,藉以罝測待測物2〇〇之電性參數。其 = = =、導電扣件、插銷、天線、塾片或螺 f，、有不平整表面之物體’亦或者’待測物細亦可 η!整表面之物體。此外’電性參數可例如為 電壓值、電流值或電阻值。 續言之，量測元件300可例如包含供電單元31〇、 測單元320以及電壓量測單元33〇。而且例如為 單元⑽可例如提供小電流，藉以使待測 泣曰^ #產生壓降，而例如為電流計或檢流計之電 飢罝測早兀320可例如串聯供電單 之電流值。另外，㈣量測單：二 ^聯别述之供電單元31G及電流 =測物20。之電壓值。此外，電壓量測單元上 他可電子毫伏計、數位鐵或其 例如除此之外’量測元件細亦可 此外，本創作之電性量測裝置1〇〇之第一導體件⑵ 7 M437458 與第二導體件131可例如均設於基座110上，且一 與第二導體件131之—者或二者之材質刊如 *’’、軟f生導體材料。其中，此軟性導體材料可例如為導 電絨布或形成有導電㈣之軟性基板，_可因應不同 形狀之待測物200以改變第一導體件121與第二導體件 之曲度，使得待測物200與第一導體件121及第二 導體件131可例如密合接觸。進一步而言 ： m金屬、銅金屬或其他具有高導電係數之材料： 卜’第―導體件121可例如電性連接基座11G上之電 I之至少一電極，第二導體件131可 座110上之電極中之至少另-電極。而接： 部可例如接觸第一導體件121，待測物2⑼之另 為部可例如接觸第二導體件13 之電性參數。換言之，第一導體件121與㈡： :例如共同形成容置空間π。，且待測物 觸第-導體件121，待測物200之另接 二導體件131。 例如接觸第 因此’本創作之電性量置觸 藉由第一導體件m與第二導體件131==，， 體材料，藉以可量、、則X π 材質為軟性導 2〇〇之電性參數。不同形狀或表面不平整之待測物 :例而S，本創作之電性量 含導板設於基座110 u υυ J更例如包 10上’且第二導體件131可例如移動 M4J /4^8 導板上。進-步而言，本創作之電 =基座m上可例如設有導板141與導板=裝里置中導 ^ 與導板142可例如為相互平行。而且，本創作之 起性置測裝置1〇〇例如更包含移動件】 板⑷與導板142上，且第二導辦杜動式°又 ^ 132 ^ jg,.. 導體件131例如設於移動 二二32之一側，猎以例如滑動移動 體件131於基座11〇上 ^调正弟一寺 與導板！42 更進一步而言，導板141 2有相對之：：，r、有導執或導槽，移動件132可例如 :以喟榦一導槽或導執，藉由導軌及導槽之相對滑動， 二導體件131 *基座n。上之位置。二卜， ==,21亦可例如移動式設於基座no上，且移 動之方式可例如相同於第二導體件131之移動之方式。 如更ΐ二2作之電性量測震置100之基座110上例 更。又有固疋件122，且第一導栌杜 定件122上。里中，二#體件121例如固設於固 上，+二胃疋件I22可例如固設於基座110 由移導，121於基座110上之位置，藉 導體件131罪近或遠離第一 以改變第一導㉜# 1?1命— 乐導體件121 ’糟 亦戋者，/、弟二導體件131之間隔距離。 件122例如係移動式設於基座則上，使 仔本創作之電性晋消丨駐 工1更 件121與第二導體件⑶之使用者可調整第一導體 變第一導& 1之—者或二者之位置，藉以改 導體件⑵與第二導體件131之間隔距離。 含夾此本夾電性量測裝置100更可例如包 此夾具151可例如連接於移動件134上， 9 M437458 :移：件:，動件134例如 接，猎以使得夾具151可例如坰立逑 移動例如位於移動件132二：:件134之位置以 言，當夹具⑸推拉移動件Γ34:導ΓΓ131* 連帶推拉連接件133，進而推拉移動件移=:可：如 作之電性量測裝置100可例如藉 ： =道”怖，藉以可平均推拉第二導體牛二周= 之紅。其中，夾具151可例如為 具或自動控制夾具。 于飞灭八决速夾 ’夹具151之一端連接移動件134以例如 调整第二導體件丨, α ^ 守脰忏之位置，夾具151 ==件152，藉由夾具控制心：： 二猎以推拉移動件134。並且，本創作之電性量測； 置」00可例如更包含固定件143,此固定件⑷可例、 固设於基座110上，藉以固定爽具151。詳言^ ，151為螺桿式夾具，則夾具控料152可；如為：二 轉鈕’而央具151穿透固定件143且相互螺接p = n:? 152旋轉夾具15]時，可例如藉：： =置以調整移動件丨34之位置，進而位移第:導 莽由作之電性量測裝置〗〇〇之另-特點在於， ^辦以調整移動件134之位置，藉以移動第二 導體件131，進而調整第—導體件121與第二導 厂 之間隔距離’更進而使得本創作之電性量測裝置1〇〇可 M437458 量測不同尺寸之待測物200。 ^另外，當本創作之電性量測裝置1〇〇之使用者欲量 測待測物200之電性參數時，可例如將待測物2〇〇之一The schematic diagram of the measurement state is shown in Fig. 4 as a three-dimensional structure of the electrical measurement U M437458. As shown in the first to fourth figures, the electrical measuring device 1GG includes at least a base UG, a first conductor member (2) and a second conductor member m, and the electrical measuring device of the present invention can be applied to the amount. Measure the electrical parameters of different sizes and shapes. The pedestal 110 can be, for example, a circuit board on which the circuit is embedded and the pedestal (10) can be provided, for example, with a plurality of electrodes, such as electrical and external measuring components, for external measurement J 3 Oh, to guess the electrical parameters of the object to be tested. Its = = =, conductive fasteners, pins, antennas, cymbals or screws f, objects with uneven surfaces or 'then objects to be tested can also be η! Further, the electrical parameter can be, for example, a voltage value, a current value, or a resistance value. In other words, the measuring component 300 can include, for example, a power supply unit 31, a measuring unit 320, and a voltage measuring unit 33A. Moreover, for example, the unit (10) can, for example, provide a small current to cause a voltage drop to be measured, and an electrical hunger 320, such as an galvanometer or galvanometer, can, for example, serially supply a single current value. In addition, (4) Measurement list: 2 ^ The power supply unit 31G and the current = the measurement object 20. The voltage value. In addition, the voltage measuring unit can be an electronic millivolt meter, a digital iron or, for example, other than the measuring component, or the first conductor member (2) of the electrical measuring device 1 of the present invention. The M437458 and the second conductor member 131 can be disposed, for example, on the susceptor 110, and the material of one or both of the second conductor members 131 is as follows: a soft conductor material. Wherein, the soft conductor material can be, for example, a conductive fleece or a flexible substrate formed with a conductive (four), and can change the curvature of the first conductor member 121 and the second conductor member according to different shapes of the object to be tested 200, so that the object to be tested The first conductor member 121 and the second conductor member 131 may be in close contact with each other, for example. Further, m metal, copper metal or other material having high conductivity: the first conductor member 121 can be electrically connected to at least one electrode of the electric device I on the base 11G, and the second conductor member 131 can be seated 110. At least another electrode in the upper electrode. Alternatively, the portion can contact the first conductor member 121, and the other portion of the object to be tested 2 (9) can, for example, contact the electrical parameters of the second conductor member 13. In other words, the first conductor member 121 and (ii)::, for example, together form the accommodation space π. And the object to be tested touches the first conductor member 121, and the object to be tested 200 is connected to the second conductor member 131. For example, the contact quantity of the present invention is such that the electrical quantity of the present invention is contacted by the first conductor member m and the second conductor member 131==, the body material is used, and the X π material is soft conductive. Sexual parameters. The object to be tested with different shapes or uneven surfaces: for example, S, the electrical quantity of the present invention includes a guide plate provided on the base 110 u υυ J, for example, on the package 10' and the second conductor member 131 can move, for example, M4J /4 ^8 guides. In the case of the step-by-step, the base of the present invention can be provided, for example, with a guide plate 141 and a guide plate, and the guide plate 142 can be, for example, parallel to each other. Moreover, the inventive device for detecting the device 1 includes, for example, a moving member plate (4) and a guide plate 142, and the second guiding device is further provided with a 132. Move one side of the second two 32, hunt for example, slide the moving body member 131 on the base 11 to adjust the brother and the guide! 42. Further, the guide plate 141 2 has a relative::, r, a guide or a guide groove, and the moving member 132 can, for example, dry a guide groove or a guide by relative sliding of the guide rail and the guide groove. , two conductor members 131 * pedestal n. The location on the top. Alternatively, ==, 21 may be, for example, movably disposed on the base no, and the manner of movement may be, for example, the same as the movement of the second conductor member 131. For example, the susceptor 110 of the electrical measurement device is more than the second one. There is also a solid member 122 and the first guide member is disposed on the member 122. In the middle, the second body member 121 is fixed on the fixed portion, for example, the second two-legged member I22 can be fixed on the base 110, for example, by being guided, 121 on the base 110, and being close to or away from the conductor member 131. First, the distance between the first conductor 32#1?1 and the conductor member 121 is changed. The member 122 is, for example, movably mounted on the base, so that the user of the erection of the stencil 1 and the second conductor member (3) can adjust the first conductor to change the first guide & 1 The position of either or both of them is used to change the distance between the conductor member (2) and the second conductor member 131. The clip-on electrical measuring device 100 can further comprise, for example, a clamp 151 that can be attached to the moving member 134, for example, 9 M437458: the movable member 134 is connected, for example, so that the clamp 151 can stand for example. The 逑 movement is, for example, located at the position of the moving member 132:: 134, when the clamp (5) pushes and pulls the moving member Γ 34: the guide ΓΓ 131* is connected with the push-pull connector 133, and then the push-pull moving member moves:: can be: electrical measurement The device 100 can, for example, borrow: = horror, so that the second conductor can be pushed and pulled for two weeks = red. The jig 151 can be, for example, a fixture or an automatic control fixture. One end of the clamp 151 of the fly-off eight-speed clamp The moving member 134 is connected to, for example, adjust the position of the second conductor member α, α ^ 脰忏 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The measuring device 00 can further include a fixing member 143. The fixing member (4) can be fixed to the base 110 to fix the cooling device 151. In detail, ^, 151 is a screw type fixture, then the fixture control material 152 can be; if: two rotary knobs' and the central device 151 penetrates the fixing member 143 and is screwed to each other p = n: ? 152 rotating the clamp 15], For example, by: = = to adjust the position of the moving part 丨 34, and then the displacement: the electric measuring device by the 〇〇 〇〇 另 - - - - - - - - ^ ^ ^ ^ ^ ^ ^ ^ ^ 调整 调整 调整 调整 调整 调整The second conductor member 131, and thus the spacing distance between the first conductor member 121 and the second guide factory, further enables the electronic measuring device 1 of the present invention to measure the different sizes of the object to be tested 200. In addition, when the user of the electrical measuring device 1 of the present invention wants to measure the electrical parameter of the object to be tested 200, for example, one of the objects to be tested may be
端接觸第一導體件121，且待測物2〇〇之另一端接觸第 一導體件131。而量測元件3〇〇中之電壓量測單元33〇 可例如藉由基座11〇上之電極以電性連接第一導體件 121與=二導體件131，藉以量測待測物2⑻之電壓值。 另外，里測兀件300中之供電單纟31〇及電流量測單元 320可例如係相互電性連接且供電單元训可例如藉 由Ϊ性連接電極以電性連接第-導體件m，而電流量 可例如藉由電性連接另外之電極，藉以電性 佶合一導體件132，進而量測流經待測物200之電流 20Γ) 巧作之電性量測裝i 100 <使用者取得待測物 雷阳枯電Ϊ值與電流值後，可例如計算出待測物200之 ，藉以得知待測物2〇〇之電性參數。 上之；：而言：本創作之電性量測裝置100之基座110 第一導體：,置可例如為四個，其中二個電極電性連接 舉例而士，广1\其：電極則電性連接第二導體件131。 電性量；裝二 '第3圖及第4圖所示，本創作之 電極162、 之基座110上可例如具有電極161、 164可例如雷弟導體件121，而電極163與電極 電性連接第二導體件131。 詳言之， 當本創作之電性量測裝置 10〇之使用者欲 量測待測物200之雷枓夂叙„主 妨於m 參數時，可例如將待測物置 放於第一導體件】21盥第_壤 17Π . 、弟—蛤體件131圍成之容置空間 170中，且待測物2〇〇 道挪# μ 物200 μ ^ 鈿接觸第一導體件121，待測 之另一端則接觸第二導體件131。另外，供電單 元310可例如電性逵桩雪权ιχι Γ供蛋早 ^ ^ ^ 連接電極161，電流量測單元320可 =電性連接電極164及供電W，藉以形成一： 路電路。使得當#雷11Λ±/Ινι 可㈣、_士 電 輸出電能時，待測物200 例“有電流’且電流量測單元320可例如量洌产 =測物扇之電流值。此外’當供電單元= 月匕時:3測，可例如具有電壓值，而量測元件綱 之電壓置測單A 330可例如電性連接電極162及電極 ⑹’藉以量測待測物2〇〇之電壓值。當取得待測物· 之電壓值及電流值後，再計算出制物綱之電阻值。 總言之，本創作之電性量測裝置丨⑻可例如藉由第 Γ導體件121與第二導體件131之材質係軟性導體材 料，糟以適用於不同尺寸及形狀之待測物。而且，本創 作之電性量測裝置⑽藉由分別量測待測物2()()之電壓# 值及電流值，藉以精確地得知待測物2〇〇之電阻值進 而精確地得知待測物200之電性參數。 以上所述僅為舉例性，而非為限制性者。任何未脫 離本創作之精神與範疇，而對其進行之等效修改或變 更’均應包含於後附之申請專利範圍中。 【圖式簡單說明】 12 M4J/458 第1圖 第2圖The end contacts the first conductor member 121, and the other end of the object 2 is in contact with the first conductor member 131. The voltage measuring unit 33 of the measuring component 3 can electrically connect the first conductor member 121 and the second conductor member 131, for example, by electrodes on the base 11 to measure the object to be tested 2 (8). Voltage value. In addition, the power supply unit 31〇 and the current measuring unit 320 in the measuring unit 300 can be electrically connected to each other, for example, and the power supply unit can electrically connect the first conductor member m by, for example, a neutral connecting electrode. The electric current can be electrically connected to another electrode, for example, to electrically couple a conductor member 132, and then measure the current flowing through the object to be tested 200. 20) The electrical quantity measuring device 100 After obtaining the Ϊ 枯 与 与 与 与 与 待 待 待 待 待 待 待 待 待 待 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷 雷Above:: In terms of: the base 110 of the electrical measuring device 100 of the present invention, the first conductor: can be set, for example, four, wherein two electrodes are electrically connected by way of example, and the electrode is The second conductor member 131 is electrically connected. The electrical quantity; shown in FIG. 3 and FIG. 4, the pedestal 110 of the electrode 162 of the present invention may have electrodes 161, 164, for example, such as Rayleigh conductor 121, and electrode 163 and electrode electrical The second conductor member 131 is connected. In detail, when the user of the electronic measuring device 10 of the present invention wants to measure the thunder of the object to be tested 200, the main object may be placed on the first conductor member. 】 21盥第_土17Π., brother-蛤 body 131 enclosed in the accommodation space 170, and the object to be tested 2 挪道移# μ substance 200 μ ^ 钿 contact the first conductor piece 121, to be tested The other end is in contact with the second conductor member 131. In addition, the power supply unit 310 can be connected to the electrode 161 by, for example, an electric 逵 pile snow weight ιχι Γ, the current measuring unit 320 can be electrically connected to the electrode 164 and the power supply W In order to form a circuit circuit, when #雷11Λ±/Ινι can (4), _ _ electric output electrical energy, the object to be tested 200 cases "current" and the current measuring unit 320 can be measured, for example, measuring the object The current value. In addition, when the power supply unit = month :: 3, for example, it can have a voltage value, and the voltage measurement unit A 330 of the measuring component can electrically connect the electrode 162 and the electrode (6), for example, to measure the object to be tested. The voltage value of 〇. After obtaining the voltage value and current value of the object to be tested, the resistance value of the material is calculated. In summary, the electrical measuring device (8) of the present invention can be made of a soft conductor material, for example, by the material of the second conductor member 121 and the second conductor member 131, and is suitable for the object to be tested of different sizes and shapes. Moreover, the electrical measuring device (10) of the present invention accurately measures the resistance value of the object to be tested 2 藉 by accurately measuring the voltage # value and the current value of the object to be tested 2 () Know the electrical parameters of the analyte 200. The above is intended to be illustrative only and not limiting. Any equivalent modifications or changes made to the spirit and scope of this creation shall be included in the scope of the appended patent application. [Simple description of the diagram] 12 M4J/458 Figure 1 Figure 2
第4圖 係為本創作之電性量測裝 置之立體結構示意 • 【主要元件符號說明】 100 :電性量測裝置 110 :基座 121 :第一導體件 122 :固定件 131 :第二導體件 132 :移動件 133 :連接件 鲁 I34 :移動件 141 :導板 142 :導板 143 :固定件 151 :夾具 152 :夾具控制件 161 :電極 162 :電極 163 .電極 13 M437458 164 :電極 170 :容置空間 200 :待測物 300 :量測元件 310 :供電單元 320 :電流量測單元 330 :電壓量測單元Fig. 4 is a schematic view showing the three-dimensional structure of the electrical measuring device of the present invention. [Main component symbol description] 100: Electrical measuring device 110: Base 121: First conductor member 122: Fixing member 131: Second conductor Pieces 132: moving member 133: connecting member Lu I34: moving member 141: guide plate 142: guide plate 143: fixing member 151: jig 152: jig control member 161: electrode 162: electrode 163. electrode 13 M437458 164: electrode 170: The accommodating space 200: the object to be tested 300: the measuring element 310: the power supply unit 320: the current measuring unit 330: the voltage measuring unit