TWM321104U - Modular probe device - Google Patents

Description

M321104 VIII, new description: [New technology field] m for #, there is a kind of modular exploration and fixed probe 40, so that all probes maintain better i, set, especially a needle device. Modular exploration of soil and flatness [Prior Art] For the known probe module, please refer to the Synthetic Probe Device and Probe 曰^文第M2720 90号The panel of the flat-panel is tested, and the mold has ten sides and a base; "the wooden needles include: :: needles", the probes have a probe body and two: the contact ends respectively extend a plurality of positioning openings on the opposite end body of the probe body, and a wooden needle: each of the links corresponding to the ▲ of the positioning openings: upper and Two ends of the connecting rods are fixed on the base to connect and mount the probes in the base. Although the device of the modular probe has fine pitch and is easy to handle Installation and maintenance and test accuracy are high; however, it is still insufficient to fix the probe by the connecting rod, so that the flatness of the probe is not good, and the impedance cannot be obtained: t. Therefore, the creator has been Engaged in research and development and manufacturing experience in related industries, and discussed and discussed the above existing problems. 1 Pre: The method of finding the solution is very successful. After many tests and improvements, it finally creates a modular probe device that can improve the above-mentioned missing. 5 M321104 [New content] The technical solution of celebrity solving ·Feathers n n points. The well-known "modular probe device and probe ''" is attached to the connecting rod to fix the probe, and even the plane that affects the exploration is insufficient, easy, ten + The degree of contact further makes the contact impedance poor. The technique of knowing the problem is pulled. However, the station is provided with a 杈 grouping probe device, and the straight system includes a pedestal, and the pedestal is recessed to provide a: There is a fixed slot module and a rear fixed slot module. The rear fixed slot group is respectively provided with a plurality of front and rear M Λ 0 + 曰 刖 刖 刖 fixed 9 杈 group extending horizontally with a bump toward the accommodating slot; The blade probe is recessed at a lower portion of the front contact end and has a recess q'. The recessed portion can be used for the bump of the front fixing slot module; the front and rear fixing slots of the blade end can be separately used for blade detection. Before and after the needle, the at least one positioning groove is recessed on the side of each of the vane probes. The clamp groove portion can be used for the fixing member to straddle and be fixed on the base. Block * 'This' before the creation of the fixed slot module and the blade probe, using the rear portion of the tab 2 fixed 're-fitted with the fixing member to locate the blade Needle, therefore, Yemu II is not easy to displace, and can obtain good flatness during electrical test. The effect of Teng, first and first technology: Provide a modular probe device, the position of the flat = fixed slot module can be fixed The blade type probe, and the fixing member can also be determined by the two probes only when the electrical test can achieve a good flatness; the improvement of the conventional joint # fixed the shortcomings of the probe. B related to the technology and means used in this creation And its efficacy, I will give you a more detailed description of the two cases, and I believe that the above-mentioned creations and features of this creation can be obtained from an in-depth and specific understanding. 6 M321104 [Embodiment] This creation department A modular probing diagram is provided, which includes: ^ Figure, second pedestal (1 〇), the pedestal (1 quality, ceramic material or machinable plastic 2 non-conductive metal material has - accommodate Slot (11); the base (1 is provided with a front fixed slot die (") and - 2: Slot::: The front fixed slot module (") on the base (, door, 3)' front fixed slot (1 2 i) 1 between $ into a number (12) Hong Department Μ) 'and the front fixed sample shuttle, a bump is extended horizontally toward the valley slot (1 1 ). And then the grooved molding paper (13) is fixed on the side 122); the rear fixing groove (1 3 i door 10) is formed with a plurality of sides), and the sub-fixing groove is fixed to the groove (1 3 1 ) (4) " And the rear solids should be 'the front and rear fixed slot modules (3 (13) can be made of ceramics v 1 2 especially 4 wear-resistant materials or non-conductive materials number of blade probes (? n, t + " into; side The edge concave is provided with at least two positioning grooves? ^ 0 } 21) wherein the clamping groove portion is wide enough to be close to the blade type private inspection / η ^ ( 2 1 : , 10 (20) before and after the two ends; 2 0) the front side end of the two force into a blade type probe 2), the 耵 contact end Γ ] ^ κ 2 22) can be placed in the front fixed groove (1 2 1 ) and the blade probe ν 丄Ζ 1), U) A recessed portion (1 inward, W, W3) is recessed inwardly of the lower portion of the front contact end (2 2 ), and the recessed portion (23) is convex for the front fixing slot module (12) The beginning ghost (1 2 2 ) is stuck; and the blade probe (20) is behind the rear end face; the vertical &#, the extension end has a rear contact end (2 4 ), and the rear contact end ( 9 ^ can be placed in the rear fixing groove (131), while 7 M321104 ¥ is resisted Fixing the bottom surface of the groove (1 3 1 ), and making the blade probe (2 Ο ) _ straddle the accommodating groove (1 1 ) of the base (10); at least one fixing member (30), each fixing member (3 0 ) is disposed across the positioning groove portion (2 1 ) of each of the vane probes (20), and both ends of each fixed_piece (30) are respectively disposed on the base (10) On both sides, the middle and middle fixing members (30) may be formed of ceramic or non-conductive materials. With the above design, please refer to the third figure, when using the modular probe device, the front can be The contact end (2 2 ) is in contact with the electrode ( 4 1 ) on the panel of the flat panel display ( 4 0 ), and the rear contact end (2 4 ) can be connected to a flexible circuit board (not shown). It can be electrically tested. Please refer to the fourth figure and the fourth figure A, which is another embodiment of the combination of the concave portion and the protrusion. The concave portion (23) of the present invention can be one. The design of the L-shape, and the projections of the front fixing groove module (1 2) (1 2 2) and the concave fitting portion (23) are L-shaped. Please also refer to the fifth figure, which is another An implementation of φ cases, this is the creation Each fixing member (30) can be a trapezoidal design, and the positioning groove portion (2 1 ) can be matched with each fixing member (30) as a trapezoidal groove design. - Please also refer to the sixth figure. In another embodiment of the creation of the fixing member, each fixing member (30) of the present invention can be a circular design, and the positioning groove portion (21) can be matched with each fixing member (30) as a circular groove. design. Please also refer to the seventh embodiment to the ninth figure, which is a further embodiment of the present invention, and the fixing members (30) of the present invention can be T-shaped or inverted 8 M321104 T-shaped design, and The positioning groove portion (2 1 ) can be matched with each fixing member (3 • 0) as a D-shaped groove or an inverted T-shaped groove. Please refer to the tenth figure, which is a further embodiment of the present invention. The fixing member (30) of the present invention can be a sheet-like design, and the fixed-position groove portion (2 1 ) can be The fixing member (30) is designed as a sheet-like groove. Since the fixed slot module (1 2 ) and the blade probe (20) before the creation, the bump (1 2 2 ) is fixed with the concave fitting portion (23), and then the fixing member (30) is positioned. The blade probe (20), so the blade probe (20) is not easily displaced, and good flatness can be obtained during electrical testing. In summary, the creation has many of the above-mentioned effects and practical values, and can effectively improve the overall economic benefits. Therefore, this creation is indeed an excellent creation, and there is no identical or similar product in the same technical field. The public use shall have met the requirements for the creation of a patent, and the application shall be made in accordance with the law, and the patent for this creation shall be given. φ [Simple description of the diagram] The first diagram is a three-dimensional appearance of the creation. • The second picture is a schematic cross-section of the creation. - The third picture is a schematic diagram of the state of use of this creation. The fourth figure is a schematic view of another embodiment of the combination of the concave portion and the projection. The fourth A picture is a partial enlarged schematic view of the combination of the concave portion and the convex portion of the present invention. The fifth figure is a schematic view of another embodiment of the present invention. The sixth figure is a schematic view of still another embodiment of the present invention. The seventh figure is a schematic diagram of still another embodiment of the present invention. 9 M321104 The eighth figure is a schematic diagram of still another embodiment of the present invention. The ninth figure is a schematic view of another embodiment of the present invention. The tenth figure is a schematic diagram of another embodiment of the present invention. 】 (1〇) pedestal v ( 1 1 ) accommodating groove (1 2 ) front fixing groove module (1 3 ) rear fixing groove module • (121) front fixing groove (1 2 2 ) convex block (1 3 1) Rear fixing groove (2 0) Blade probe (2 1 ) Positioning groove part (2 2 ) Front contact end (2 3 ) Concave fitting part ^ ( 2 4 ) Rear contact end (3 0 ) Fixing piece ' (4 0 ) panel ~ ( 4 1 ) electrode 10

Claims (1)

M321104 IX. Shenqing Patent Range: 1. A modular probe device, comprising: - a base 'the base is recessed with a _ accommodating groove, and the pedestal is respectively provided upwards - the front fixed slot die The group and the rear fixing groove core: the grooved module forms a plurality of front fixing grooves on both sides of the base &# &, j, and the front fixed nucleus group faces the accommodating groove level The rear fixing groove module has: a plurality of rear fixing grooves are formed between the two sides, and the front fixing groove and the rear fixing core correspond to each other; the number of the blade type 楝 pin, the blade type side of the blade The recessed portion is provided with at least a trough portion; the upper portion of the front end surface of the vane probe protrudes outwardly from the extension end: the front contact end can be placed in the front fixing groove, and the vane probe: the second solution contact a recessed portion is formed in the lower portion of the end portion, and the recessed portion is configured to be fixed by the protrusion of the front fixing slot module; the bottom portion W of the rear end surface of the blade probe protrudes from the rear contact end, and The rear contact end can be placed in the rear fixing groove and abut against the bottom surface of the fixing groove; 曰 at least one fixing member Across the line of each fixing member disposed in the positioning groove portion of each of the blade-type probe, and both ends of each of the fixing members are provided on both sides of the base. The modular probe device of claim 1, wherein the base is formed of a non-conductive metal material. 3. The modular probe device of claim 1, wherein the base is formed of a ceramic material. 4. The modular probe device of claim 1, wherein the base is formed of a processable plastic. 5 · The modular probe device as described in the scope of the patent application, 11 In the case, the fixing piece is circular, wherein the fixing piece is a D-shaped M321104, wherein the front and rear fixing groove modules are formed by wear-resistant materials. 6. The modular probe according to claim 1, wherein the front and rear fixing groove modules are formed of a ceramic material. The modular probe according to claim 1, wherein the rear fixed slot module is formed of a non-conductive material. The modular probe according to claim 1, wherein the fixing member is formed of ceramic. 8 The modular probe of claim 1, wherein the fixture is formed of a non-conductive material. Basin: The modular probe/clamping groove part described in the first application of the patent scope can be set to be placed in the blade type probe, and the modeling described in item 1 of the range of interest can be found. The concave fitting portion may be an L shape, and the front fixing groove and the concave fitting portion are L-shaped. u 疋 置 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The modularized fixed y [bumpy y 4 is a circular shape, and the positioning groove portion can be configured as the T-shaped module, and the positioning groove portion can be With a groove. Device, device, device, device, device, bump probe mounted on both front and rear probes, each solid probe is assembled, each solid probe is assembled, and each solid 12 M321104 1 4 is as described in claim 1 The modular probe device, wherein each of the fixing members can be a inverted type, and the positioning groove portion can be matched with each fixing member as a inverted-shaped groove. X. Schema: as the next page 13