TW201044698A - Electrical contact and inspection fixture with the electrical contact - Google Patents
Electrical contact and inspection fixture with the electrical contact Download PDFInfo
- Publication number
- TW201044698A TW201044698A TW099109986A TW99109986A TW201044698A TW 201044698 A TW201044698 A TW 201044698A TW 099109986 A TW099109986 A TW 099109986A TW 99109986 A TW99109986 A TW 99109986A TW 201044698 A TW201044698 A TW 201044698A
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- Prior art keywords
- inspection
- contact
- end portion
- side end
- wire
- Prior art date
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Classifications
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R1/00—Details of instruments or arrangements of the types included in groups G01R5/00 - G01R13/00 and G01R31/00
- G01R1/02—General constructional details
- G01R1/06—Measuring leads; Measuring probes
- G01R1/067—Measuring probes
- G01R1/06711—Probe needles; Cantilever beams; "Bump" contacts; Replaceable probe pins
- G01R1/06716—Elastic
- G01R1/06722—Spring-loaded
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R1/00—Details of instruments or arrangements of the types included in groups G01R5/00 - G01R13/00 and G01R31/00
- G01R1/02—General constructional details
- G01R1/04—Housings; Supporting members; Arrangements of terminals
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/28—Testing of electronic circuits, e.g. by signal tracer
- G01R31/2801—Testing of printed circuits, backplanes, motherboards, hybrid circuits or carriers for multichip packages [MCP]
- G01R31/2806—Apparatus therefor, e.g. test stations, drivers, analysers, conveyors
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/28—Testing of electronic circuits, e.g. by signal tracer
- G01R31/2851—Testing of integrated circuits [IC]
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01L—SEMICONDUCTOR DEVICES NOT COVERED BY CLASS H10
- H01L22/00—Testing or measuring during manufacture or treatment; Reliability measurements, i.e. testing of parts without further processing to modify the parts as such; Structural arrangements therefor
- H01L22/30—Structural arrangements specially adapted for testing or measuring during manufacture or treatment, or specially adapted for reliability measurements
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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Computer Hardware Design (AREA)
- Microelectronics & Electronic Packaging (AREA)
- Manufacturing & Machinery (AREA)
- General Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Measuring Leads Or Probes (AREA)
- Testing Of Individual Semiconductor Devices (AREA)
Abstract
Description
201044698 六、發明說明: 【發明所屬之技術領域】 觸通的是檢查電路板或電子零部件等的電特性用的電 觸頭及具有該電觸頭的檢查夾具。 π π包 【先前技術】 路或Hi於發^電路板的配線圖案或ic等積體電路的短 =觸二的檢查夹具。作為電觸頭吏用廣ί地=== s電ί頭』用螺旋彈簧支持針狀纖(細㈣ Μ:㈣、品士 t種構成的電觸頭中,柱塞能夠通過螺旋彈箬的彈 :日ί公開公報、特開2008_275421號 LSi】開公報' 特開2008_546164號 <發明動機> Ο 觸不良的故障,另外,由敎 =易毛生各零部件之間的接 成本變高的問題 零。刚牛數和組裝工時多而存在生產 且,不容易發生接觸不良的故障,而 〈發明目的> 、1碩及具有該電觸頭的檢查夾具。 的頭’利用於檢查檢查對象物 電觸頭由線_成:同時,=查=;容孔的内部’其令, 於另-端側部’相對於該-端側而配置 查側端部和夹且側ϋ日f點接觸的夾具側端部,以及連接檢 線材捲繞_魏邮有職^|孔的域部;主體部具有 201044698 • 在本發明的電觸ιιφ 也可以捲繞線材而構成為彈笼j則端部或夾具側端部的至少-方, 另外,在本發明的雷自5、’ -方上,線材被捲繞成、’檢細端部或夾具侧端部的至少 另外,在本發明的^向前端而變小也可以。 部的至少一方的前端'、’也可以在檢查側端部或夾具側端 伸的柱狀部。 开乂成有沿著被捲繞的線材的卷轴而延 另外’在本發明的命·總 ο 部的至少-方的前端部\觸^’也可以在檢查側端部或夾具側端 另外’在本發鴨、_二有球狀部。 -方,也可以形成騎電觸旨士細端部或夾熟i端部的至少 另外,在本發明的部側向主體部側折返的折返部。 部之間,也可以具有線t ' t f部上彈簧部和檢查側端 另外,在本發明的電觸頭^曰^而被=的壓緊捲繞部。 ;徑大於剛的其他部分的卷徑二 解電二中的】= 續,也可以。 對象物’而檢查檢查對象物特ϋ使電觸頭接觸於檢查 〇頭的收容孔的收容體,作為f中’設有具有收容電觸 對象物,而檢查檢查對象物的電特性—,^;4吏ί觸頭接觸於檢查 電觸頭的收容孔的收容體;錢查夾具設有具有收容 收容電觸頭的大直捏部的大】觸頭;收容孔具有 小直徑收容部收容彈箬部的,收C直徑收容部,其中, =在大直徑收容部和小直徑收容^部分的小直# 大直徑部相接的階梯部。 的遭界。卩上也可以形成有與 如上所述,採用本發明的電 良的故障的發生,而且簡’能触止接觸不 【實施方式】 风尽。 4 201044698 (觸頭的第一實施形態) 以下,根據附圖對本發明的第一每 f檢查夹具的構成)第心柄進行說明。 首先,參照第一圖至第三圖對檢杳杰且Γ 。ί—Ξ是表示本發明的實施形;涉及的檢杳X ί第向觀察的檢查^^ 部構造的放外圖 ❹ Ο201044698 VI. Description of the Invention: [Technical Field to Be Invented] The contact is an electrical contact for inspecting electrical characteristics of a circuit board or an electronic component, and an inspection jig having the electrical contact. π π package [Prior Art] The wiring pattern of the circuit or the Hi circuit board or the short circuit of the integrated circuit such as ic = the second inspection tool. As the electrical contact, the yoke is used to support the acicular fiber (fine (four) Μ: (4), the electric contact of the type of the t-type, the plunger can pass through the spiral弹 : 日 日 日 日 日 日 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明The problem is zero. There are many cases of the number of cattle and the number of assembly man-hours, and there is a problem that the contact failure is not easy to occur, and the <invention object>, the 1st head and the inspection jig having the electric contact. Check the object's electrical contacts from the line _ into: at the same time, = check =; the inside of the borehole 'there is the other side end side' with respect to the - end side configured to check the side end and the clip and the side of the day The end portion of the jig that is in point contact with f, and the field portion of the connection wire inspection _Weimail has a hole; the main body has 201044698. • In the electric touch ιιφ of the present invention, the wire can be wound to form a cage j. At least one side of the end portion or the side end of the jig, and in addition, on the Ray 5, '- square of the present invention, the wire is wound At least the other end of the winding end portion or the jig-side end portion may be smaller at the front end of the present invention. The front end ', ' of at least one of the portions may be at the inspection side end portion or the jig side end portion. The columnar portion that is stretched is opened to have a reel along the wound wire, and at least the front end portion of the life of the present invention is touched. Or the side end of the clamp is additionally 'in the hair duck, _ two has a spherical portion. - Square, it is also possible to form at least the other end of the electric contact tent or the end of the clip, at least in the lateral body of the present invention The folded-back portion that is folded back on the side of the portion. The portion between the portions may have a spring portion and a check-side end of the wire t'tf, and the electric contact of the present invention is pressed and pressed. If it is larger than the other part of the winding diameter, the second is the same as the one in the second section of the coiled steel, and the object of the inspection object is inspected, so that the electrical contact is in contact with the receiving body of the receiving hole of the inspection head, as f 'There is an electrical characteristic that contains an object that accommodates electrical contact, and checks the object to be inspected—, ^; 4吏ί contact is in contact with the inspection a receiving body of the receiving hole of the head; the money checking fixture is provided with a large contact having a large straight portion for receiving the electrical contact; and the receiving hole has a small diameter receiving portion for receiving the elastic portion, and the C diameter receiving portion is received therein, wherein = = in the large-diameter housing portion and the step portion of the small-diameter housing portion of the small-diameter housing portion, which is in contact with the large-diameter housing portion, and the failure of the electric power of the present invention as described above may be formed. 4, the first embodiment of the contact is described below. . First, refer to the first to third figures for the inspection and the Γ. ί Ξ Ξ Ξ ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ;
⑵和收容孔⑴標以符號在中’^對一部分的電觸頭 方向作為左方向,X2方向作紅在=下的將圖中箭頭XI 向作為下方,並且,Z1方向作為前° 1作為上方,Y2方 明。 m乍為刖方,Z2方向作為後方而進行說 本實施形態的檢查夾罝Q 丨 象物的電路板(P)(參照第八圖 見電路板⑺的短路或斷線等的異常的電氣檢杳、。電特 r檢—夾具⑴如第一圖〜第三圖所示 ^ 以下,記絲“觸頭⑵”),形成衫個分觸,(2) and the receiving hole (1) are marked with a symbol in the middle of the part of the electrical contact direction as the left direction, the X2 direction is red under = the arrow XI direction in the figure as the lower side, and the Z1 direction as the front ° 1 as the upper , Y2 Fang Ming. m乍 is the square side, and the circuit board (P) for inspecting the 罝Q 丨 object of the present embodiment is referred to as the rear side in the Z2 direction (see the eighth diagram for the abnormal electrical inspection such as short circuit or disconnection of the circuit board (7).杳,. Electric special r inspection - fixture (1) as shown in the first figure ~ the third figure ^ below, remember the silk "contact (2)"), forming a shirt touch,
的^2^收容孔⑶的枚容體⑷,分別與收容在收容U ⑹的電極保持體⑺,以及將設有檢(查^^ = hi/ u略圖不)駐體部與檢查夾具⑴電連接的㈣的 照第三圖):(8)㈣ J寺)接觸的檢查側端部(10),以及連接夾具第;、〒九 並具有被收容於收容孔⑴^部的 觸頭(2) ’從夾具侧端部⑸至檢查側端部( 电性的線材(13)形成為整體。該線材(13)使用,例=了有 201044698 繞成螺旋如夺螺旋部能狗具有彈性的材質 能夠使用’例如,鎳合金、 鋼琴絲、鎢=材:上為線材⑼ 線材(13)構成為,例如,直徑為〇.〇5nm^寺形成觸頭⑵的 ⑹接觸的夾具側端部⑸的前端 從與電極 的前端(15)的長度為4.8mm左右。)至仏查側端部(1〇) 收今體(4)通過絕緣性材料而形成 那樣,該收容體⑷上形成有多個收H ( 狀。如上述 ❹ 電路〒(Pi)的酉的t孔(3)成為與電路板(P)的 於上端側的作為大大由形成 構成,其中,小直徑孔η ^孔(16)和小直徑孔(17) 形成、且作為直徑猶小於大直=向下方連續地 而形成。在大直徑孔命riv()的直徑的小直徑收容部 有階梯部(25)。 直⑮孔(17)的邊界部分上形成 〇 成為:⑷同樣地,通過絕緣性材料而形 體(4)。 1…厂⑺通過螺絲等的固定部件固定在收容 端部配線部(82的多根導線⑼的各個前 保持為收二電極⑹。電極(6)被電極保持體⑺ 〜致。在ί固ΐί ^位置與電極(6)的徑向的中心位置略 侧端部(5)。 上,對應地接觸有一個觸頭(2)的夾具 (省H (干9 )n ’是在銅線的周圍形成有成為絕緣層的絕緣膜 圖不)的漆包線。該導線⑼的前端(第三圖中的電極⑹ 201044698 (電觸頭的構成) 错士接^!^、’參照第四圖、第五圖、第六圖等對觸頭⑴的詳細 、导闰=况明。第四圖是從前方觀察第三圖所示的觸頭(2)的主 丄θ 3五圖疋攸上方觀祭弟四圖所示的觸頭(2)的俯視圖。窠 :\:5了方觀察第四圖所示的觸頭⑺的仰視圖。第七圖是表 ❹ ίί體收容體⑷的收容孔(3)内之後’將電極 U,)、收容體⑷之前的狀態的放大剖面圖。 心^ 第四圖等所示,具有夾具側端部⑸、主體部(12)、 侧ίΪ (1〇)等。觸頭⑵爽著主體部(12),在〜方 — 上方)上配置失具側端部⑸,在主體部(12) 觸通⑺則1弟四圖中為下方)上配置檢查側端部(10)。另外, 矛且彳丨Λ,,一根線材(13)螺旋狀地捲繞於卷軸(L)的周圍, ί; Cl2) (ίο ί因,線材⑼使關如錄合金等的i ^電^觸頭⑵能夠確保從檢查側端部⑽至夾具側端部(ίThe ^2^ receiving hole (3) of the receiving body (4), respectively, and the electrode holding body (7) housed in the housing U (6), and will be provided with inspection (check ^^ = hi / u thumbnail) the body part and the inspection fixture (1) (4) of the connected (4): (8) (4) J Temple) The inspection side end portion (10) that is in contact with the connection jig; and the nipple has a contact that is received in the receiving hole (1) ^ (2) 'From the clamp side end (5) to the inspection side end (electrical wire (13) is formed as a whole. The wire (13) is used, for example, there is a material that has a spiral in the spiral. It is possible to use, for example, a nickel alloy, a piano wire, a tungsten material: a wire (9) wire (13), for example, a diameter of a 〇.5nm^ temple forming a contact (2) of the contact (2) contacting the clamp side end portion (5) The front end is formed from a front end (15) of the electrode and has a length of about 4.8 mm to the side end portion (1). The current body (4) is formed of an insulating material, and a plurality of the receiving body (4) are formed. H (shape). The t hole (3) of the ❹ circuit 〒 (Pi) is formed as a large-scale formation on the upper end side of the circuit board (P), In the middle, the small diameter hole η ^ hole (16) and the small diameter hole (17) are formed, and are formed as a diameter which is smaller than the large straight = downward. The small diameter housing portion of the diameter of the large diameter hole riv () There is a stepped portion (25). The ridge is formed on the boundary portion of the straight 15 hole (17): (4) Similarly, the body (4) is made of an insulating material. The factory (7) is fixed to the accommodating end by a fixing member such as a screw. Each of the plurality of wires (9) of the wiring portion (82) is held as a second electrode (6). The electrode (6) is held by the electrode holder (7) at a position slightly opposite to the radial center of the electrode (6). The upper end portion (5). The upper portion is in contact with a jig having one contact (2) (the province H (dry 9) n ' is an enamel wire in which an insulating film forming an insulating layer is formed around the copper wire). The front end of the wire (9) (electrode (6) in the third figure 201044698 (construction of the electrical contact) The wrong part is connected to the ^^, 'refer to the fourth, fifth, sixth, etc. for the contact (1) details, guidance = The fourth picture is the main 丄 θ 3 of the contact (2) shown in the third figure from the front. A top view of the contact (2) shown. 窠:\:5 to observe the bottom view of the contact (7) shown in the fourth figure. The seventh figure is the inside of the receiving hole (3) of the body (4) Then, an enlarged cross-sectional view of the state before the "electrode U" and the container (4) is provided. The heart is shown in Fig. 4 and the like, and has a clamp side end portion (5), a main body portion (12), a side Ϊ (1 〇), and the like. The head (2) is disposed on the main body portion (12), and the retracting side end portion (5) is disposed on the side of the main body portion (12), and the inspection side end portion is disposed on the main body portion (12) when the main body portion (12) is in contact with the bottom portion (7). 10). In addition, the spear and the cymbal, a wire (13) is spirally wound around the reel (L), ί; Cl2) (ίο ί, the wire (9) is used to close the i ^ electric contact of the alloy, etc. (2) It is ensured from the inspection side end portion (10) to the clamp side end portion (
G 端部夹(ΐ&Γ方()5)而=繞為’其卷徑從主體部⑽側朝向前 小部⑻而構成。在 而構成。而且,形成前端部ί⑷)線材(13)捲繞約一圈半 約為〇度、以使前端部(14)平开秦材(13)其捲繞的螺距角 材T捲繞的圓弧部分 卷徑縮小部(18)構成為4 而被捲繞。因此, 著卷轴(L)的軸向的方向上Γ、下=性質和狀態,從而在沿 主體部(12)具有I緊搂缝彈性而能狗變形。 部⑼。在磨緊捲繞部(21) 為彈簧部的彈簧捲繞 )中線材(13)貼緊而被捲繞。在 7 201044698 的上下方向上具謂麵著卷轴α) 構成為,由於線材⑼互相ϋ另一方面,壓緊捲燒部(21) 而且,對於與卷轴(L)垂亩★ i'難以在收縮方向上發生變化, 形。主體部㈤_為而難以發生變 部的大直徑部(23)之外,斤铁:置於彈貫捲'%部(22)的上端 的卷徑相同。大直徑部ί2^緊捲繞部(21)和彈簧捲繞部(22) 主體部(12)的其他部分。’形成為約1圈,且形成為卷徑大於 Ο Ο uGi?)部而卷徑從主體部⑴)朝向前端部 施形態中,卷徑縮小邻j為卷徑縮小部(24)而構成。在本實 成。而且,形成前端邻’通過線材(13)捲繞約4圈半而構 度、以使前端部(15σ)平^H材⑼其捲繞的螺距角約為〇 縮小部(24)中=(/;侧料並通過卷轴(L)。進而,卷徑 小部(24)目i13隔開間隔而被捲繞。13此,卷徑縮 從夾^^如例如構成為,線材(13 )的直徑是0.05mm, (I”的2 4:端部(14)至檢查侧端部(1〇)的前端部 的尺寸3 Ιΐ·8Γ左右。該情況下,觸頭⑵的各部分 緊捲繞部⑻^四=示那樣被設定。也就是說,形成為壓 捲繞部(22) ) 332曰疋以麵,包括大直徑部(23)的彈簧 ^〇-26mm,? 〇8) 俨邱/卷杬蝻小部(24)的長度N5是0,34mm。另外,主 Ϊί二SI如形成為’大直徑部(23)是0.如 ]、都λΐ、3)以外的部分的直徑似是034mm。而且,广 α2σΐιηπ^)、(24)的前端部(14)、(15)的直徑R3形成為 201044698 上述那樣構成的趨趙Μ、1 的内部。相對於各七圖所示,配置在收容孔(3) 孔⑶的各部分匕寸如上述那樣設定的觸頭⑺,收容 是說,收容孔寸,例如,如第七圖所示那樣被設定。也就 ⑵的小直徑孔(17)的内徑M1被設定為比觸頭 的主體部/的直徑幻稍大’例如’相對於直徑R2=0.34mm ^ 」小直徑孔(17)被設定為内徑 Ml=0.35mm。另 定為丄縮商孔(3)的上部的大直徑孔(16)的内徑M2被設 所i目對於Li 徑部的(23)的直捏R1相同’例如’如上 Ο Ο 設定為内徑M ^徑部(23) ’大直徑孔(16)被 。151 α· •另外,收容體(4)的厚度H被設定為 , 1谷孔(3)的長度也被設定為 4mm。而且,收i 、今直徑孔(16)的上下方向的長度皮設定16_, ,fL/17)的上下方向的長度T2被設定為3別麵。 f (2) ’使檢查側端部⑽從大直徑孔(⑹側朝向*** 邱'^***收容孔⑴内。而且’如第七圖所示,***到大直徑 :)與階梯部(25)相接。檢查側端部(1〇)和主體部(12) 知“皮汉定為比小直徑孔(π)猶細。因此,檢查側端部(1〇) 和主體部(12)能夠糊地插人到小直徑孔(17)内。而且,通 $直徑部(23)與階梯部(25)相接,觸頭⑵在上下方向上 ^一疋位。另外’大直徑部(23)的直徑R1與大直徑孔(16)的内 1M2相同。因此,將大直徑部(23)***大直徑孔(16)時, ,微加以將大直徑部(23)塞人大直徑孔(16)的力,而將大 fe部(23)壓入大直徑孔(16)。 在大直徑部(23)與階梯部(25)相接的狀態下,壓緊捲繞部 上21)的一部分及檢查側端部(10)從收容體(4)的下面向下方 突出’另外,夾具側端部(5)的一部分從收容體⑷的上面向 上方突出。具體地說,由於觸頭(2)和收容孔(3)被設定為上 ,尺寸,因此觸頭U)從收容體(4)的下面突出的突出長度u 是〇.7mm。另外,夾具側端部(5)從收容體(4)的上面突出的 突出長度t2是〇.1_。 9 201044698 •有電圖所示那樣***各收容孔⑶之後,保持 央且側極保持體⑺安裝於收容體⑷。觸頭⑵的 ㈡2;持ΐ二前,14, 的夹且側端邻=女裝在收谷體⑷的上面的話,鋼⑵ 接觸。 、毛極(6)被加力,能夠確實地與電極(6)電 (使用檢查夾具(1)時的動作) ❹ 為檢tit物=3_檢查央具⑴進行作 行說明。菌路板(p)的仏查%的檢查夾具⑴的動作進 接觸於電路;^爽具⑴的放大剖關,表示將觸頭⑵ 狀態。第九圖也是檢查夹具⑴的放 態。 九圖表不將觸頭(2)接觸於電路板〇>)之後的狀 對位1 先以H圖十所示/調整檢查夹具⑴與電路板⑺的相 ^八圖和第九圖中’為了方便說 ^卜 ΟThe G end clamp (ΐ&Γ5) and the winding direction are configured such that the winding diameter is from the main body portion (10) side toward the front small portion (8). It is composed. Further, the front end portion ί(4) is formed by winding the wire (13) about one turn and half a turn, so that the front end portion (14) is flattened, and the rounded portion of the pitch angle material T wound by the winding material T is wound. The diameter reducing portion (18) is configured as 4 and wound. Therefore, the yoke, the lower = property and state in the axial direction of the reel (L) are such that the shank elasticity is tight along the main body portion (12) and the dog can be deformed. Department (9). The wire member (13) is wound and wound around the spring winding in which the winding portion (21) is a spring portion. In the up-and-down direction of 7 201044698, there is a reel α). The wire (9) is smashed on the other hand, and the calcining part (21) is pressed, and it is difficult to shrink with the reel (L). The direction changes, shape. In addition to the large diameter portion (23) where the main body portion (five) is difficult to change, the winding iron has the same winding diameter at the upper end of the '% portion (22). The large diameter portion ί2^ is tightly wound (21) and the spring winding portion (22) is the other portion of the main body portion (12). In the form in which the winding diameter is larger than the Ο Ο uGi?) and the winding diameter is from the main body portion (1) toward the distal end portion, the winding diameter reduction j is a diameter reduction portion (24). In this implementation. Further, the front end adjacent 'formed by the wire (13) is wound about 4 turns and half, and the pitch angle of the front end portion (15σ) is wound around the material (9) about the 〇 reduction portion (24) = ( /; The side material passes through the reel (L). Further, the small diameter portion (24) is spirally wound at intervals i13. 13 Thus, the winding diameter is reduced, for example, from the wire (13). The diameter is 0.05 mm, and the size of the front end portion of the end portion (14) of the (I) to the end portion (14) of the inspection side is about 3 Ιΐ·8 。. In this case, the portions of the contact (2) are tightly wound. The part (8)^4= is set as shown. That is to say, it is formed as a press-wound part (22)) 332曰疋, a spring including a large-diameter part (23), 〇-26mm, 〇8) 俨邱The length N5 of the small portion (24) is 0, 34 mm. In addition, the diameter of the portion other than the large diameter portion (23) is 0. such as, λ ΐ, 3) It is 034 mm. Further, the diameters R3 of the front end portions (14) and (15) of the wide α2σΐιηπ^) and (24) are formed as the inside of the above-mentioned configuration of 201044698, and are arranged as shown in each of the seven figures. In the parts of the receiving hole (3) hole (3)匕The contact (7) set as described above is accommodated in a housing, for example, as shown in Fig. 7. The inner diameter M1 of the small-diameter hole (17) of (2) is set to be larger than that of the contact. The diameter of the main body portion is slightly larger 'for example, 'with respect to the diameter R2 = 0.34 mm ^ '" The small diameter hole (17) is set to have an inner diameter M1 = 0.35 mm. The inner diameter M2 of the large-diameter hole (16) which is also defined as the upper portion of the collapsed trade hole (3) is set to be the same as the straight pinch R1 of the (23) of the Li-diameter portion. For example, the above is set to be inside. The diameter M ^ diameter portion (23) 'large diameter hole (16) is. 151 α· • In addition, the thickness H of the container (4) is set to 1, and the length of the valley hole (3) is also set to 4 mm. Further, the length T2 in the vertical direction of the length of the upper and lower diameter holes 16 is set to 3, and the length T2 of the vertical direction of the diameter hole 16 (16, fL/17) is set to 3. f (2) 'Insert the inspection side end portion (10) from the large diameter hole (the (6) side toward the insertion hole into the receiving hole (1). And 'as shown in the seventh figure, insert into the large diameter:) and the step portion (25) Docked. Check that the side end portion (1〇) and the main body portion (12) know that “Pihanding is thinner than the small-diameter hole (π). Therefore, the inspection side end portion (1〇) and the main body portion (12) can be inserted in the paste. The person is in the small diameter hole (17). Moreover, the diameter portion (23) is in contact with the step portion (25), and the contact (2) is clamped in the up and down direction. In addition, the diameter R1 of the large diameter portion (23) It is the same as the inner 1M2 of the large-diameter hole (16). Therefore, when the large-diameter portion (23) is inserted into the large-diameter hole (16), the force for plugging the large-diameter portion (23) into the large-diameter hole (16) is slightly applied. The large part (23) is pressed into the large diameter hole (16). In the state where the large diameter portion (23) is in contact with the step portion (25), a part of the upper portion 21) and the inspection side end are pressed. The portion (10) protrudes downward from the lower surface of the housing (4). Further, a part of the clamp-side end portion (5) protrudes upward from the upper surface of the housing (4). Specifically, the contact (2) and the receiving hole are formed. (3) is set to the upper and the size, so that the protruding length u of the contact U) protruding from the lower surface of the housing (4) is 7.7 mm. Further, the clamp-side end portion (5) is from the upper surface of the housing (4) protruding The protruding length t2 is 〇.1_. 9 201044698 • After inserting each of the receiving holes (3) as shown in the electric diagram, the center side holding body (7) is held in the receiving body (4). (2) of the contact (2); The side of the clip and the side end of the pair = the steel (2) is in contact with the top of the body (4). The hair (6) is energized and can be electrically connected to the electrode (6) (when using the inspection jig (1) Action ❹ Check the tit object = 3_ check the center device (1). The inspection of the strain plate (p)% of the inspection jig (1) is in contact with the circuit; ^Shuangshou (1) is enlarged, Indicates the state of the contact (2). The ninth diagram also shows the state of the inspection fixture (1). The nine diagrams do not touch the contacts (2) after the board 〇>). Check the clamp (1) and the circuit board (7) in the eight diagrams and the ninth diagram.
J規疋的電,(P1)在上下方向上相對的狀態下,使丄查1 :(1)向黾路板(P)侧移動。這樣的話,如第九圖 Z (10)與規定的電路電極(P1)相接,觸頭⑴、的彈箬 以據檢查夾具⑴的移動量而收縮,檢查側端部(心) 狀減電路電極(P1)接觸。此時,壓緊捲繞部 定的。通過f檢查侧端部⑽與規 s 接觸’成為電路板⑺的電路電極⑻* 毛極(6)一通過觸頭⑵導通,從而能夠檢查電路板⑺的二 (本實施形態的主要效果) 明的述那樣構成檢查夹具⑴和觸頭⑵,具有以下所說 201044698 構成百錢涉及的形態中,綱(2)由—根線材⑼ :題2外=單;;,因此不存在零部件之間接二= 總-S 觸碩(2)是全長為數耄米左右的部件。因此,把^ 但是’如本構成的情況τ,在組鱗需要極細的作i。 f觸頭(2)的組裝作業,從而能夠減少組裝工 而 件數減少’從而能約削減零部件成本。另外,觸^件 Ο ❹ ϊίΐ將線材(13)捲繞成螺旋狀而構成。因此,與將線材= j成為線狀的情況相比’錢形成為具㈣性性的 」 成為線狀時,容易塑性變形。相對於此’通右過 另外,觸頭(2)具有配置在觸頭(2)的長 (Ρ)接觸的檢查側端部⑽,相對於該;查二 配置在另-端側、與檢查夾具⑴的電極 部⑸’以及連接檢查側端部(1〇)與夾具側端、夾」則端 孔(3)的部分的主體部(12)。而且,。該主體id 為彈簧部的彈簧捲繞部(22)。 、 貝牙狀怨的作 這樣構成的觸頭(2),彈簧捲繞部(22)具有 乂 因此在使檢查側端部⑽與電路板⑺的電路^ $伸,’ =。因此,能夠使檢查側端部(1〇)與 : 電接觸。 確貫地 另外,觸頭(2)的檢查側端部(1〇)中, ,具植縮彈簧的性質和狀態,因此在沿著卷|才() =燒 有彈性。因此,檢查側端部(10)如第+ if方向上具 軸α)在左右前後方向上彎曲。其結果是%二使^端^(= 201044698 ,傾斜地^觸於電路電極(ρι)。 CP〇 ^ΜΜ 5 ^^^^(rasist)P2 ^ 在使用前端為針^觸(P3)的内側。因此,例如, 稍微偏離而與保護層(p2寺^碩5的前端從電路電極(Η) 電路電極(Pl)接觸。〈)的表面相接的話,就無法使觸頭S與 對於卷軸(L) 捲繞成彈箐狀,因此能夠相 ο 前端部(15)鱼佯謹芦;^此,即使在檢查側端部(1〇)的 接的情況下,⑽)相 觸的方向w⑴向與電路電極⑺)接 , (P1)m ° 中心,但是即使 上路电極(PI)(凹部(P3))的 (p4)相接的狀^,也前端部(15)與邊緣部 電極⑻使翻⑵的前轉⑹與電路 ο 此在^卷====⑼也被捲繞成彈普狀,因 也能角相對於^轴a) t士、if性。因此’夹具侧端部⑸ (⑷料極⑹碟實地接觸。也此雜觸碩⑵的财端部 因 、凡邛(22)收鈿,檢查侧端部(1〇)向上 圄 :1«; noff ^ )中,線材(13)被捲繞為其卷徑朝向前端而變小。 12 201044698 因此’能夠防止檢查側端部(10)卡在小直經孔( 如上述第十圖所示,存在檢查側端部(10) 護層(Ρ2)的凹部⑻側的邊緣部(P4 與保 ⑽向左右前後方向彎曲的狀態二動 在适種情況下,由於檢查側端部(1G)中線、 卷徑朝向前端而變小,因此能夠防止檢_“ 徑孔(17)的開口邊緣部(17A)的情況。 卡在小直 ο 也被捲繞為其卷徑躺前端而變小。因此中線材⑴) 裝到收容體(4)時,能夠防止夹 體⑺安 的開口邊緣部(16A)的情況。鳊°卩(5)卡在大直徑孔(16) 檢查側端部%)2:2: i:)心在严^ ο 伸縮、觸頭⑵在小直徑孔(3=^)方^^捲主繞部(22) 繞部⑵)被小直魏(17) =方向移動時,麗緊捲 構成為,由於線材(13)互相^ 蜍。壓緊捲繞部(21) 另外,對於與卷轴(L))垂以在收縮方向上發生變化, 因此’壓緊捲繞部(21)相對於小生高而難以變形。 =因此,能夠防止例如因檢查丄)的後方向的晃 晃動而引起的、與電路電極(pi/g (^)向左古前後方向的 另外,通過將壓緊捲絳邱Γ 觸不良 更加穩定地被小直射L ^ 度設長 ’觸頭(2)能夠 設長的話,彈簧捲繞部( 危但是’將屢緊捲繞部(21) Κ22)的長度變短。彈簧捧繞部(22)i 13 201044698 ,長度變短的話,在彈簧捲繞部(22) 每單位長度的伸縮量(變位量)變j 部(22)的 的老化(彈力減弱)變快。因此,從觸頭⑺頁 =繞,(22) 端部(1〇)的前端部㈤的上下通過相對於檢查側 ο 長度設定為約6倍,觸頭⑵通過收容孔㈤的 ,時,能夠有效地抑制彈簧捲繞部(22)的老=地弓I導, 壓緊捲繞部⑻具有雜度 =卜’^過使 容孔⑶的作鮮時,_鑷子= 壓^^ (2=入收 而能夠使觸頭(2)的使用簡單。 緊捲、,:(21),從 形成有大直繞部(22)的上部 J保持體⑺的面朝向下方,觸頭⑺以安以In the state where the J gauge is in the opposite direction in the up-and-down direction, the check 1: (1) moves to the side of the slab (P). In this case, if the ninth figure Z (10) is in contact with the predetermined circuit electrode (P1), the magazine of the contact (1) is contracted by the amount of movement of the inspection jig (1), and the inspection side end (heart) is reduced. The electrode (P1) is in contact. At this time, press the winding part. By inspecting the side end portion (10) and the gauge s contact 'to become the circuit board (8) of the circuit board (7) * the hair electrode (6) is turned on by the contact (2), so that the second board (7) can be inspected (the main effect of the embodiment) As described above, the inspection jig (1) and the contact (2) are configured to have the following form: 201044698. In the form involving the money, the outline (2) consists of the root wire (9): the title 2 outer = single; Two = Total - S Touch (2) is a component with a total length of several tens of meters. Therefore, in the case of τ, as in the case of this configuration, it is necessary to make a fine i in the group scale. The assembly work of the f-contact (2) can reduce the number of assemblers and reduce the number of parts, thereby reducing the cost of components. Further, the wire member (13) is wound into a spiral shape by a contact member. Therefore, when the "money is formed into a linear shape" as compared with the case where the wire material = j is linear, it is easily plastically deformed. In contrast, the contact (2) has an inspection-side end portion (10) disposed at a long (Ρ) contact of the contact (2), with respect to the second side, and is disposed on the other end side, and inspected The electrode portion (5)' of the jig (1) and the main body portion (12) connecting the inspection-side end portion (1) and the clamp-side end, and the portion of the end hole (3). and,. This body id is a spring winding portion (22) of the spring portion. In the contact (2) thus constituted, the spring winding portion (22) has 乂 so that the circuit of the inspection side end portion (10) and the circuit board (7) is stretched, '=. Therefore, the inspection side end portion (1〇) can be electrically contacted with : . In addition, in the inspection-side end portion (1〇) of the contact (2), it has the property and state of the shrunken spring, and therefore is elastic along the roll|(). Therefore, the inspection side end portion (10) is curved in the left and right front and rear directions as in the +if direction. The result is that %2 makes ^ terminal ^ (= 201044698, obliquely touches the circuit electrode (ρι). CP〇^ΜΜ 5 ^^^^(rasist) P2 ^ is used inside the needle touch (P3). Therefore, for example, if the surface of the protective layer (the front end of the p2 is connected to the circuit electrode (P1) from the circuit electrode (P1) is slightly deviated, the contact S and the reel (L) cannot be made. ) It is wound into a bullet shape, so that it can be used for the front end portion (15). In this case, even in the case where the inspection side end portion (1〇) is connected, (10)) the direction w(1) of the contact is The circuit electrode (7) is connected to the center of (P1)m °, but even if the (p4) of the upper electrode (PI) (recess (P3)) is connected, the front end portion (15) and the edge portion electrode (8) are turned over. (2) Forward (6) and circuit ο This is also wound into a bullet shape in the ^====(9), because the angle can also be relative to the axis a) t, if. Therefore, 'the end side of the clamp (5) ((4) the material of the material (6) is in contact with the ground. Also, the end of the financial end of the miscellaneous contact (2), the 邛(22), the inspection side end (1〇) upwards: 1«; In noff ^ ), the wire (13) is wound such that its winding diameter becomes smaller toward the front end. 12 201044698 Therefore, it is possible to prevent the inspection side end portion (10) from being caught in the small straight through hole (as shown in the tenth figure above, there is the edge portion on the concave portion (8) side of the inspection side end portion (10) sheath (Ρ2) (P4 In the case where the guard (10) is bent in the right and left direction, the second movement is reduced, and since the center line and the winding diameter of the inspection side end portion (1G) are smaller toward the tip end, it is possible to prevent the opening of the diameter hole (17). In the case of the edge portion (17A), the card is wound in the small straight ο and is wound up to the front end of the winding diameter. Therefore, when the center wire (1) is attached to the receiving body (4), the opening edge of the body (7) can be prevented. In the case of the section (16A). 鳊°卩(5) stuck in the large-diameter hole (16) Check the side end%) 2:2: i:) The heart is tight ο Telescopic, the contact (2) is in the small-diameter hole (3 =^) square ^^ winding main winding (22) winding (2)) when moving in the direction of small straight Wei (17) =, the tight volume is composed, because the wires (13) are mutually smashed. 21) In addition, since it changes with the reel (L) in the contraction direction, the 'compression winding portion (21) is difficult to deform with respect to the niche height. Check the sway of the 丄) in the rear direction and the circuit electrode (pi/g (^) to the left and the left in the direction of the left and right, by the compression of the 绛 绛 Γ 更加 更加 更加 更加 更加 更加 更加 更加 更加 更加 更加If the length 'contact (2) can be set to be long, the length of the spring winding portion (the dangerous winding portion (21) Κ 22) will be shortened. The spring winding portion (22) i 13 201044698, the length becomes In the case of a short length, the amount of expansion (the amount of displacement) per unit length of the spring winding portion (22) becomes faster (the weakening of the elastic portion) of the j portion (22). Therefore, from the contact (7) page = winding, (22) When the upper and lower ends of the end portion (5) of the end portion (1) are set to be about 6 times the length with respect to the inspection side ο, and the contact (2) passes through the receiving hole (5), the old portion of the spring winding portion (22) can be effectively suppressed. = ground bow I guide, the compression winding part (8) has the complexity = 卜 ' ^ over the hole (3) when the fresh hole, _ 镊 = = ^ ^ (2 = into the collection can make the use of the contact (2) Simple. Compact, (21), from the face of the upper J holding body (7) formed with the large straight winding portion (22) downward, the contact (7)
G (:==二=^下面的電路電極 觸頭(2)的夾具側踹邱以、认义'收令孔(3)脫洛。 (1〇)的前端部分(26)形成為通^m(i9)和檢查側端部 :二,)為中,自轉 == 也配置在卷軸α)上。也就县%,/U9)、刖蠕部分(26) ^ (2) 14 201044698 ί(L)。因此,能夠使觸頭⑺ _的第確實地接觸' 第十觸為十第十一圖及第十二圖所示的觸頭(30)而構成。 =。以;Ϊ具二剖面圖,表示了觸頭⑼)的主 的仰視圖。在第: = 第十一圖所示的觸頭(3〇)G (:=============================================================================================== m (i9) and inspection side end: two,) is medium, and rotation == is also arranged on reel α). It is also the county %, /U9), the creeping part (26) ^ (2) 14 201044698 ί (L). Therefore, it is possible to make the first contact of the contact (7)_ surely the tenth contact is the contact (30) shown in the eleventh and twelfth figures. =. The cooker two cross-sectional view shows the main bottom view of the contact (9)). In the first: = contact shown in Figure 11 (3〇)
Hi,標關—觀,並料其說明。 侧端立m〇) 二圖所示’在觸頭(30)的檢查 Ο 端部㈤上設有柱狀部⑶)。該柱狀部⑶), (15) (13) (32) 會匕“舖車音D形成。通過在前端部(15)上設置柱狀部(31) ’ ^。 s ()與電路板(Ρ)的電路電極(Ρ1)更加確實地接 上,^在f頭(30)的夾具侧端部(5)的前端部(14) ;士置;=Γ?1(15)相同的枉狀部。通過在前端部⑽上 ί觸頭(30)與電極(6)更加確實地接觸。 (觸頭的第三實施形態) 一 十三圖所示的觸頭⑽而構成。第十 ο i ΐ放大剖面圖’表示了觸頭(40)的主視圖。 以並第—實施形態相同的構成部分’標 二如第十三圖所示,在觸頭(40)的檢查側端部(10) 的刖W (15)上設有球狀部(41)。通過在前端部(⑺上設置 ’能夠使觸頭(4〇)與電路板(Ρ)的電路電極⑻ ^確實地接觸。_⑽)向電路電極(Ρ1) _觸 將檢) 的相對位置進行位置調整、以使觸頭 位於,電極⑽(凹部⑽)的中心的狀 ίΐΐίϋ 檢4夾具⑴與電路板(p)的相對位 置未被调整的情況下,如第十四圖所示,存在球狀部⑷與保 15 201044698 •護層(Ρ2)相接的情況。即使在這種 護層⑽的凹部⑻側的邊緣部二目:部(41) 所示,球狀部(41)在邊緣部(ρ上4)相接時,如苐十五= 從而能夠與電路電極(Ρ1)接觸。這^部(p3)内: 設置球狀部⑹,能夠使觸頭⑷)端部(15)上 (P1)更加確實地接觸。 I ()的電路電極 另外,也可以在觸頭(40)的夹具 上設置與前端部(15)相同的球狀部 ^ )山的所蠕部(⑷ 球狀部,在電極⑷與電極保持體 部(I4)形成 ο :’即使設置於前端部⑼的:皆梯部的情況 使觸頭(40)與電極⑹確實地接觸。/、舰梯㈣目接,也能夠 設置於檢查側端部(1〇)的前 十^圖所不’將捲繞在前端部(1 ) ^ 1*先,如第 =著卷軸α)延伸設置。然後,將 =前端部分(43) ,部分(43)並進行加熱,炫 敖2射於_伸設置的 冷卻而形成球狀部(41)。 °字成為球狀的熔化部分進行 ο 痒烙鐵等而進行1以利用燃燒器或被加熱的 分沿著卷轴的線材(⑴的前端部 方法而形成。 °置並通過與上述的球狀部(41)相同的 (觸頭的第四實施形態) 七圖是作為第十七圖所示的觸頭(50)而構成。第十 在第十七放大剖,,表示了觸頭(50)的主視圖。 以同一符號,#/ ;^上述的第—實施形態相同的構成部分,標 返部(J作明。觸頭(5〇) ’如第十七圖所示,將折 形成觸項^部而構成,其中,該折返部(51)是將 、 〜材(13)的電路板(P)側的前端部分,從觸 16 201044698 頭(5〇)的前端側向主體部(12) 返部(51)具有夹著卷軸( ^成鉤(hook)狀而形成。折 接側部3與側部⑻(的圓=的(=,(53),以及連斤 前端部分形成為圓弧部(54;) , f 。通過將折返部(51)的 的電路電極更加ϋ接 頭電路板⑺ 的接觸,以將檢查夾具(1)盥希 、(50)向電路電極(Ρ1) ο =J、以使觸頭(50)的卷軸心位(以立置進行位置 的中心的狀態下進行為佳。但是,路= (P1)(凹部⑻) 的相對位置未被調整的情況下,如 (2與電路板(Ρ) 與保護層⑽相接的情況。即使在域 ,54) 與保護層(Ρ2)的凹部(Ρ3)側的4 在51弧部(54) (54) (Ρ4)〇 極(Pi)更加確實地接觸。續(50)與电路板⑺的電路電 οHi, mark - view, and explain its description. The side end is m〇) The second figure shows a columnar portion (3) on the inspection Ο end (5) of the contact (30). The columnar part (3)), (15), (13), (32) will be formed by the paving sound D. By providing the columnar portion (31) ' ^. s () with the circuit board on the front end portion (15) The circuit electrode (Ρ1) of Ρ) is more reliably connected, and the front end portion (14) of the clamp-side end portion (5) of the f-head (30) is placed in the same shape as the Γ?1 (15) The contact (10) is more reliably contacted with the electrode (6) at the front end portion (10). (The third embodiment of the contact) The contact (10) shown in Fig. 13 is constructed. ΐEnlarged sectional view 'shows a front view of the contact (40). The same component as the first embodiment is labeled as shown in the thirteenth figure, at the inspection side end of the contact (40) (10) The 刖W (15) is provided with a spherical portion (41). By providing '' at the front end portion ((7), the contact (4〇) can be surely brought into contact with the circuit electrode (8) of the circuit board (Ρ). _(10) The position of the relative position of the circuit electrode (Ρ1) _ touch detection is adjusted so that the contact is located at the center of the electrode (10) (recess (10)). The relative position of the fixture (1) and the board (p) is not In case of being adjusted, such as As shown in Fig. 14, there is a case where the spherical portion (4) is in contact with the cover layer 15 201044698 • the cover layer (Ρ 2). Even at the edge portion of the cover portion (8) on the side of the cover layer (10), the head portion: the portion (41) is shown. When the edge portion (p is 4) is in contact with each other, the ball portion (41) can be brought into contact with the circuit electrode (Ρ1). In the portion (p3): the spherical portion (6) can be provided. On the end (15) of the contact (4)), (P1) is more reliably contacted. The circuit electrode of I () may be provided with the same spherical portion as the front end portion (15) on the jig of the contact (40). The creeping portion of the mountain ((4) The spherical portion is formed between the electrode (4) and the electrode holding body portion (I4). ο: The case where the tip portion is provided even at the tip end portion (9) makes the contact (40) and the electrode (6) Ground contact. /, ship ladder (four) eye connection, can also be placed on the inspection side end (1 〇) of the first ten ^ figure does not 'will be wound at the front end part (1) ^ 1 * first, such as the first = reel α)). Then, the front end portion (43) and the portion (43) are heated, and the shovel 2 is cooled by the _ extension to form a spherical portion (41). The word becomes a spherical melting portion. Enter Row ο a soldering iron or the like is performed 1 to be formed by a method of a burner or a heated portion along a wire of a reel ((1). The position is set to be the same as that of the above-described spherical portion (41) (contact Fourth Embodiment) Fig. 7 is a view showing a contact (50) shown in Fig. 17. The tenth is a seventeenth enlarged cross-sectional view showing a front view of the contact (50). / ; ^ The same constituent parts of the above-described first embodiment, the standard return portion (J is a clear. The contact (5 〇) ', as shown in the seventeenth figure, is folded to form a contact portion, wherein The folded-back portion (51) is a front end portion on the side of the board (P) of the material (13), and is sandwiched from the front end side of the head (2010) of the contact 16 201044698 to the main body portion (12). The reel (^ is formed into a hook shape. Folding the side portion 3 and the side portion (8) (the circle = (=, (53), and the front end portion of the jin is formed as a circular arc portion (54;), f. By making the circuit electrode of the folded portion (51) more Contact the connector board (7) to bring the inspection fixture (1), (50) to the circuit electrode (Ρ1) ο = J, so that the center of the reel of the contact (50) It is preferable to perform the state. However, if the relative position of the road = (P1) (recess (8)) is not adjusted, such as (2) the case where the board (Ρ) and the protective layer (10) are connected. Even in the domain, 54) The 4th side of the recess (Ρ3) side of the protective layer (Ρ2) is more surely contacted at the 51 arc (54) (54) (Ρ4) drain (Pi). Continued (50) with the circuit board (7) ο
另外,侧部(52)與側部(53)的夹 大寬度WU參照第十七圖)被設定為小於小直#孔)二 =(參照第七圖)。在使折返部⑻接觸於電極= 狀悲下使檢查炎具⑴向電路板⑻側移動時,彈箬捲繞部(22 被壓縮,折返部(51)向上方變位。如上所述,由於側 J 與侧部(53)的夾著卷軸(L)的方向的最大寬度W1被設 於小直徑孔(Γ7)的内徑Ml,因此折返部(51)能夠進入收容孔 (3)内。因此,折返部(51)的向上方的變位不會被妨礙。 另外,觸頭(50),如第十七圖所示,折返部(55)作為夾具 側端部而構成,其中,該折返部(55)是將形成觸頭(5〇)的線 材(13)的電極(6)側的前端部分從觸頭(5〇)的前端侧向主體 部(12)側折返成鉤狀而形成。折返部(55)具有夾著卷軸(L) 配置的側部(56)、(57) ’連接側部(μ)和側部(57)的圓弧部 (58),以及形成於侧部(57)的前端的彎曲部(59)等。 17 201044698 圓弧部(58 )與電極f 6〉#雜 部分形成為圓弧部(58),能夠使觸上ϋ折返部(55)的前端 實地,觸。也就是說,例如,即使在電么)與二力口, 之間存在階梯部,折返部(55) W。與毛極保持體⑺ 的部相接 被蝴,在將折 以照第七圖)的1/2。因此,將折返 ο )時,稍微加以將折返部(55)塞入 2將折返部(55)壓入大直徑孔。因此, 容孔⑶脫落。 下方日r觸頭(50)也不會從收 (51) 1;;} 的卜=’/^Κ55)的圓弧部⑼的一部分從 S^·:)的。通過圓弧部(58)的一部分從收 〇 ⑷上時,圓弧部(58)能夠與電極⑷接觸。烈在收奋體 ,向卷轴(L)侧彎曲為,在將折返部⑼收容 於階梯部⑼位於更接近卷軸(L)側。因此^$ 側拉觸頭(50)的話,彎曲部(59) 、) 部小直徑孔(17)側取出觸頭二)越過_ CL) 〇3) 57)=1=:上彈性地變位,能夠改變側部⑼與側^ //x r„.a ^ 。因此,如第二十圖所示,能夠將觸頭(5〇) 4⑼***小直麵(17)内的話,側部⑼向卷轴㈦側 18 201044698 =’從而側部(56)與侧部(57)之間的間隔d 月匕夠從小直控孔(17)側***觸頭(5〇)。而且口畜 到達大直徑孔(16)的話,側二 接的變大’成為彎曲部(59)與階梯部㈤相 接的狀心觸碩(5〇)在上下方向上被定位。 1樣’能夠從小直徑孔(17)側取出或***觸頭( ⑺從絲體⑷拆卸’便能夠將觸頭⑽ 仗收谷孔(3)拆卸或安裝於收容孔(3)。 ΟFurther, the width Width WU of the side portion (52) and the side portion (53) is set to be smaller than the small straight # hole 2) (refer to the seventh figure). When the inspection portion (8) is moved to the side of the circuit board (8) by bringing the folded portion (8) into contact with the electrode, the magazine winding portion (22 is compressed, and the folded portion (51) is displaced upward. As described above, The maximum width W1 of the side J and the side portion (53) in the direction in which the reel (L) is sandwiched is set to the inner diameter M1 of the small-diameter hole (Γ7), so that the folded portion (51) can enter the receiving hole (3). Therefore, the upward displacement of the folded portion (51) is not hindered. Further, the contact (50), as shown in Fig. 17, the folded portion (55) is configured as a clamp side end portion, wherein The folded portion (55) is formed by folding the front end portion of the wire (13) on the side of the wire (13) forming the contact (5) from the front end side of the contact (5〇) toward the main body portion (12) side into a hook shape. Formed. The folded portion (55) has a side portion (56), a (57) 'connecting side portion (μ) and a side portion (57) of the arc portion (58) disposed along the reel (L), and is formed on the side The curved portion (59) of the distal end of the portion (57), etc. 17 201044698 The arc portion (58) and the electrode f 6> # are partially formed into a circular arc portion (58), and can be brought into contact with the ϋ folded portion (55). Front end field That is, for example, it) with two electric power even in the mouth, there is a step between the contact portion, the folded portion (55) W. It is connected to the portion of the bristle holder (7) and is folded at 1/2 of the seventh figure. Therefore, when folding back ο), the folded portion (55) is slightly inserted into 2, and the folded portion (55) is pressed into the large diameter hole. Therefore, the hole (3) falls off. The lower r-contact (50) also does not receive a part of the arc portion (9) of the (51) 1;;} (b = '/^Κ55) from S^·:). When a part of the circular arc portion (58) is received from the ridge (4), the circular arc portion (58) can come into contact with the electrode (4). In the body of the reel, the side of the reel (L) is bent so that the folded portion (9) is placed on the side of the step (9) closer to the reel (L). Therefore, if the side pulls the contact (50), the bent portion (59), the small diameter hole (17) side takes out the contact 2) over _ CL) 〇 3) 57) = 1 =: elastically displaces It is possible to change the side portion (9) and the side ^ //xr„.a ^. Therefore, as shown in the twentieth diagram, when the contact (5〇) 4(9) can be inserted into the small straight surface (17), the side portion (9) is oriented Reel (seven) side 18 201044698 = 'There is an interval d between the side portion (56) and the side portion (57). The contact is inserted into the contact (5〇) from the side of the small straight control hole (17), and the mouth animal reaches the large diameter hole. (16), when the two sides are connected to each other, the curved center (59) and the stepped portion (five) are in contact with each other in the vertical direction. [1] can be made from a small diameter hole (17) The side is removed or inserted into the contact ((7) is removed from the wire (4) to remove or mount the contact (10) to the receiving hole (3).
铲今上述(2)、(3〇)、(4〇)、(5〇)以被鍍金為佳。通過被 ^降,觸頭⑵、⑽、⑽、⑽的電阻。另外,通 ί 铜(2)、(3g)、(4g)、(5g)的壓緊捲繞部⑻ 处接觸的線材(13)彼此之’過錄金互相翻定,從而 不ί易變形。因此,壓緊捲繞部⑵) 側端部(ig)的向左右前後的晃動。因 的、ίϊίί檢查側端部(1〇)向左右前後的晃動而引起 的與包路電極(Ρ1)的接觸不良。 【圖式簡單說明】 ί _圖:表不本發明的實施形態—涉及的檢錢具的主視圖。 ^圖,從第一圖的Ε_Ε方向表示檢查夹具的圖。 第二圖疋用於說明第一圖所示的檢查夾具的内部構造的放大 到面圖。 第四圖是第三圖所示的觸頭的主視圖。 ,五圖是第三圖所示的觸頭的俯視圖。 ^六圖是第三圖所示的觸頭的仰視圖。 第七圖是表示將觸頭配置於收容體的收容孔内之後,將電極保 持^安裝於收容體之前的狀態的放大剖面圖。 ,第八圖疋檢查央具的放大剖面圖’是表示將觸頭接觸於電路板 之前的狀態的圖。 19 201044698 之後麵制放大細目,是表示將觸 頭接觸於電路板 ^十圖是絲檢查綱部的前端部傾 狀態的圖 斜地接觸於電路電極的 Ο Ο 第十一圖是表示本發明的實施形 恶二涉及的觸頭的構成的主 十;圖所示的觸頭的構成的仰視圖。 視圖弟L表不本發明的實施形態三涉及的觸頭^成的主 的^^㈣㈣獅_爾狀部與保護 與電路麵所响觸補雜部進入凹部内 圖。第十/、圖㈣明第十三圖所示_頭的球狀部的形成方法的 視圖斜切是表示本發_實施職四涉及__構成的主 的是麵針七圖啦__婉部餘護層相接 與電路電極部進入凹部内而 的說it暇料十七0飾_祕小餘_安裝的情況 【主要元件符號說明】 (1)檢查夾具 =、(3〇)、(4〇)、(50) _頭 收容孔 (4) 收容體 (5) 夾具側端部 視圖 層相接 而 20 201044698 (ίο) 檢查側端部 (12) 主體部 (13) 線材 (16) 大直徑孔(大直徑收容部) (17) 小直徑孔(小直徑收容部) (21) 壓緊捲繞部 (22) 彈簧捲繞部(彈簧部) (23) 大直徑部 (25) 階梯部 (31) 柱狀部Shovel today (2), (3〇), (4〇), (5〇) is preferably gilded. By being lowered, the resistance of the contacts (2), (10), (10), (10). Further, the wires (13) which are in contact with the crimped winding portions (8) of the copper (2), (3g), (4g), and (5g) are mutually erected with each other, so that they are not easily deformed. Therefore, the side end portion (ig) of the winding portion (2) is swayed to the left and right. ϊ ϊ ϊ 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 检查 。 。 。 。 。 。 。 。 。 。 BRIEF DESCRIPTION OF THE DRAWINGS [Fig.] Fig.: is a front view showing a money inspection device according to an embodiment of the present invention. ^Graph, the diagram of the inspection fixture is indicated from the Ε_Ε direction of the first figure. The second figure 放大 is an enlarged plan view for explaining the internal configuration of the inspection jig shown in the first figure. The fourth figure is a front view of the contact shown in the third figure. The five figures are top views of the contacts shown in the third figure. ^The six figures are bottom views of the contacts shown in the third figure. Fig. 7 is an enlarged cross-sectional view showing a state in which the contacts are placed in the housing holes of the housing, and the electrodes are held before the housing. Fig. 8 is a diagram showing an enlarged cross-sectional view of the centerpiece, which is a state before the contact is brought into contact with the board. 19 201044698 After the surface is enlarged, the contact is made to contact the circuit board. The figure in which the front end portion of the wire inspection portion is inclined is in contact with the circuit electrode. FIG. 11 is a view showing the present invention. A top view of the configuration of the contacts shown in Fig. 2; The view L shows that the main contact of the third embodiment of the present invention does not have the main part of the contact, and the protection and the surface of the contact surface enter the concave portion. Tenth, and (four) and the thirteenth figure shown in the thirteenth figure, the view of the method of forming the spherical portion of the head is obliquely indicated to indicate that the main body of the present invention is the face pin seven figure __婉When the remaining sheath is connected and the electrode part of the circuit enters the recess, it is said that the material is not covered. _ Secret Xiaoyu_Installation [Description of main components] (1) Inspection fixture =, (3〇), ( 4〇), (50) _ head receiving hole (4) receiving body (5) clamp side end view layer is connected and 20 201044698 (ίο) inspection side end (12) main body part (13) wire (16) large Diameter hole (large diameter housing) (17) Small diameter hole (small diameter housing) (21) Compression winding (22) Spring winding (spring) (23) Large diameter (25) Step (31) Columnar
(41) 球狀部 (51) 折返部 (P) 電路板(檢查對象物)(41) Spherical part (51) Folding part (P) Circuit board (inspection object)
21twenty one
Claims (1)
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Application Number | Priority Date | Filing Date | Title |
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JP2009132182A JP2010276579A (en) | 2009-06-01 | 2009-06-01 | Electric contact and inspection fixture provided with the same |
Publications (1)
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TW201044698A true TW201044698A (en) | 2010-12-16 |
Family
ID=43226452
Family Applications (1)
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TW099109986A TW201044698A (en) | 2009-06-01 | 2010-03-31 | Electrical contact and inspection fixture with the electrical contact |
Country Status (4)
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JP (1) | JP2010276579A (en) |
KR (1) | KR101160996B1 (en) |
CN (1) | CN101900750B (en) |
TW (1) | TW201044698A (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI424624B (en) * | 2011-09-05 | 2014-01-21 | Frank Hayama | Conductive element and its preparation method |
TWI449885B (en) * | 2011-03-11 | 2014-08-21 | Advanced Optoelectronic Tech | Light source testing device |
Families Citing this family (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
DE102014215595A1 (en) * | 2014-08-06 | 2016-02-11 | Schaeffler Technologies AG & Co. KG | Contacting plug-in system, hybrid module with contacting plug-in system and method for assembling a plug housing of the contacting plug-in system |
Family Cites Families (10)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
KR100326723B1 (en) * | 1996-04-12 | 2002-04-17 | 마에다 츠구요시 | Conductive Contact Unit System |
JP2000065892A (en) * | 1998-06-12 | 2000-03-03 | Machine Active Contact:Kk | Jig for continuity inspection |
US6900651B1 (en) * | 1998-07-10 | 2005-05-31 | Nhk Spring Co., Ltd. | Electroconductive contact unit assembly |
JP4574096B2 (en) * | 1999-09-09 | 2010-11-04 | 日本発條株式会社 | Conductive contact |
JP3773396B2 (en) * | 2000-06-01 | 2006-05-10 | 住友電気工業株式会社 | Contact probe and manufacturing method thereof |
JP2004279042A (en) * | 2003-03-12 | 2004-10-07 | Seiko Epson Corp | Probe |
JP4833011B2 (en) * | 2005-12-20 | 2011-12-07 | 株式会社エンプラス | Socket for electrical parts |
CN2916640Y (en) * | 2006-06-09 | 2007-06-27 | 富士康(昆山)电脑接插件有限公司 | Resilient probe |
CN101109767A (en) * | 2006-07-17 | 2008-01-23 | 范伟芳 | Improved structure of two sheet type modularized elastic probe |
CN201021933Y (en) * | 2007-02-09 | 2008-02-13 | 段超毅 | Device for integrated circuit test |
-
2009
- 2009-06-01 JP JP2009132182A patent/JP2010276579A/en active Pending
-
2010
- 2010-03-18 CN CN201010147576.2A patent/CN101900750B/en not_active Expired - Fee Related
- 2010-03-26 KR KR1020100027240A patent/KR101160996B1/en active IP Right Grant
- 2010-03-31 TW TW099109986A patent/TW201044698A/en unknown
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI449885B (en) * | 2011-03-11 | 2014-08-21 | Advanced Optoelectronic Tech | Light source testing device |
TWI424624B (en) * | 2011-09-05 | 2014-01-21 | Frank Hayama | Conductive element and its preparation method |
Also Published As
Publication number | Publication date |
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KR20100129678A (en) | 2010-12-09 |
KR101160996B1 (en) | 2012-06-28 |
CN101900750B (en) | 2014-07-30 |
JP2010276579A (en) | 2010-12-09 |
CN101900750A (en) | 2010-12-01 |
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