TWM575866U - Solid-state disk card test fixture - Google Patents

Abstract

The present invention relates to a solid state hard disk card test fixture, which comprises: a plate body having an external connector at one end, the top cover of the plate body having an internal connector, and a pressing button on both sides of the top surface of the plate body a positioning rod and a buckle positioning rod, the buckle positioning rod is opposite to the different length of the M.2 interface solid-state hard disk card, and a plurality of pressing grooves are arranged at the bottom of the inner edge, and the locking positioning rod is opposite to each of the pressing buckle grooves a plurality of snap grooves are provided on the top surface: and a positioner has a hook arm and an arm hook, the arm has a semicircular fixed protrusion, and the side of the positioner is opposite to the press groove The buckle body is provided with a snap tab on the other side of the retainer slot, so that the positioner can be buckled at different test positions of the board body. Therefore, the problem of the position adjustment of the prior art solid state hard disk card locator is troublesome and time-consuming, and the position adjustment of the solid state hard disk card locator is simple and time-saving.

Description

Solid state hard disk card test fixture

The present invention relates to a solid-state hard disk card test fixture, in particular to a card that has a side of a positioner inserted into a press-lock groove of a plate body and is buckled, and then the other side of the positioner is buckled on the plate body. The groove can be used to adjust the designer of the positioner test position.

According to [Figure 1], the shape of the M.2 interface Solid State Disk Card is a rectangle with different specifications. For example, the 2230/2242/2280 SSD represents a uniform width of 22 mm. However, the M.2 interface solid state hard disk cards 10a, 10b, 10c of different sizes, such as 30mm/42mm/80mm, respectively, and the M.2 interface solid state hard disk cards 10a, 10b, 10c have a connection at one end. The terminal 11 has a semicircular fixed notch 12 at the center of the other end.

However, as shown in FIG. 2, the conventional solid state hard disk card test fixture has an external connector 22 at one end of a plate body 21, and the top surface of the plate body 21 has an internal connector 23 and a positioning. The locator 24 has a cymbal arm 241 and an arm pressing piece 242. The cymbal arm 241 has a semicircular fixing protrusion 243, and the locator 24 is fixed to the plate body 21 by a locking screw. Thereby, the connection terminal 11 of the solid-state hard disk card 10a/10b/10c described above can be inserted into the internal connector 23, and the arm 241 can be pressed down to hold the arm of the arm by the arm pressing piece 242. 241, the semi-circular fixing protrusion 243 is fixed to the semi-circular fixing notch 12 to fix the solid-state hard disk card 10a/10b/10c, and the fixed solid-state hard disk card 10a can be fixed through the external connector 22. /10b/10c is tested; however, because the length of the solid state hard disk card 10a/10b/10c is different, to test the solid state hard disk card 10a/10b/10c of different specifications (length), the positioning must be removed first. The fixing screw of the device 24 adjusts the position of the positioner 24 and then fixes the screw, which is troublesome and time consuming.

The main purpose of the present invention is to solve the problem that the position adjustment of the prior art solid state hard disk card locator is troublesome and time consuming, and the position adjustment of the solid state hard disk card locator is simple and time-saving.

In order to achieve the above effects, the structural features of the present invention include: a plate body having an external connector at one end, the top cover of the plate body having an internal connector, and a pressing button positioning rod on both sides of the top surface of the plate body And a buckle positioning rod, the buckle positioning rod is opposite to the different length of the M.2 interface solid-state hard disk card, and has a plurality of pressing buckle grooves at the bottom of the inner edge, the buckle positioning rod is opposite to each of the pressing buckle slots The surface is provided with a plurality of snap grooves: and a positioner having a hook arm and an arm hook, the arm has a semicircular fixed protrusion, and the side of the positioner is provided with a press buckle relative to the press sleeve The tab is provided with a snap tab on the other side of the retainer slot, so that the positioner can be buckled at different test positions of the board.

In addition, the snap groove has a longitudinal slot, and a transverse buckle groove is outwardly connected from the middle portion of the longitudinal slot, the snap tab has a bent insertion portion with respect to the longitudinal slot, and the bent insertion portion is Forming a buckle body with respect to the lateral buckle groove, and connecting a buckle pushing portion to the outer end of the bending insertion portion; further, the inner end of the arm portion is pivotally disposed on the top surface of the positioner, the arm portion A buckle protrusion is provided at the outer end with respect to the arm hook.

Therefore, the positioner is first inserted into the pressing groove of the plate body to be buckled, and the other side of the positioning device is buckled to the locking groove of the plate body, thereby adjusting the test position of the positioner, To test solid state hard disk cards of different specifications (length).

First, referring to [Fig. 3] to [Fig. 8], the present invention includes: a plate body 30 having an external connector 31 at one end, and the plate body 30 has an internal connector 32 on the top surface of the plate body 30. The top surface of the body 30 has a buckle positioning rod 33 and a buckle positioning rod 34. The buckle positioning rod 33 is disposed at the bottom of the inner edge with respect to different lengths of the M.2 interface solid state hard disk cards 10a, 10b, 10c. There are a plurality of crimping slots 35, and the latching levers 34 are provided with a plurality of latching slots 36 on the top surface of the latching slots 35. The latching slots 36 have a longitudinal slot 361 and the longitudinal slot The middle portion of the 361 is outwardly connected to a transverse buckle groove 362: and a positioner 40 having an arm 41 and an arm hook 42 having a semicircular fixed protrusion 43 at the inner end of the arm 41 The latching protrusion 411 is disposed on the top end of the locator 40 at the outer end of the yoke 41. The locator 40 is provided with a pressing tab on the side of the locating slot 331. The other side of the locator 40 is provided with a snap tab 45 opposite to the latching slot 341. The latching clip 45 has a bent insertion portion 451 opposite to the longitudinal slot 361, and the bending insert is inserted into the slot 451. The 451 defines a buckle body 452 with respect to the lateral buckle groove 362, and a buckle pushing portion 453 is outwardly connected from the outer end of the bending insertion portion 451, so that the positioner 40 can be buckled to the plate body 30. Test location.

Based on the configuration, the present invention allows the connection terminal 11 of the solid state hard disk card 10a/10b/10c to be inserted into the internal connector 31, and the arm 41 is pressed down to hold the arm by the arm hook 42 41. The semi-circular fixing protrusion 43 is fixed to the semi-circular fixing notch 12 to fix the solid-state hard disk card 10a/10b/10c, and the fixed solid-state hard disk card 10a can be fixed through the external connector 31. /10b/10c is tested; however, when the solid-state hard disk card 10a/10b/10c of different specifications (length) is to be tested, it is only necessary to push the unfastening push portion 453 inward to disengage the buckle body 452 The lateral buckle groove 362 can lift the buckle side of the retainer 40 with the snap tab 45 away from the buckle slot 36, and pull the buckle side of the retainer 40 with the crimping tab 44. Pressing the buckle groove 35, inserting the buckle side of the positioner 40 into the other buckle groove 35, and pressing the buckle side of the positioner 40 into the other buckle groove 36, the positioner 40 can be adjusted. The test position is used to test the solid-state hard disk card 10a/10b/10c of different specifications (length); so that the position adjustment with the solid-state hard disk card positioner is simple and time-saving.

In summary, the structure disclosed in the present invention is unprecedented, and can indeed achieve the improvement of efficacy, and has industrial availability, fully conforms to the new patent requirements, and invites the bureau to grant patents to encourage innovation. There is no sense of morality.

However, the drawings and descriptions disclosed above are only preferred embodiments of the present invention, and those skilled in the art, which are subject to the spirit of the present invention, should be included in the scope of the patent application.

10a, 10b, 10c‧‧‧ solid state hard disk card

11‧‧‧Connecting terminal

12‧‧‧ semi-circular fixed gap

21‧‧‧ board

22‧‧‧External connector

23‧‧‧Internal connector

24‧‧‧Locator

241‧‧‧掀arm

242‧‧‧掀 Arm press piece

243‧‧‧Semi-circular fixed convex

30‧‧‧ board

31‧‧‧External connector

32‧‧‧Internal connector

33‧‧‧Snap lever

34‧‧‧Snap positioning rod

35‧‧‧ Pressing groove

36‧‧‧Snap slot

361‧‧‧Vertical slot

362‧‧‧ transverse buckle

40‧‧‧Locator

41‧‧‧掀arm

411‧‧‧Snap body

42‧‧‧掀arm hook

43‧‧‧Semi-circular fixed convex

44‧‧‧Reeling tab

45‧‧‧Snap snaps

451‧‧‧Folding insert

452‧‧‧ buckle body

453‧‧‧Unlocking the Ministry

[Fig. 1] is a schematic diagram of a M.2 interface solid state hard disk card of different specifications. [Fig. 2] is a schematic structural view of a conventional solid state hard disk card test fixture. [Fig. 3] is a perspective view of the structure of the present invention. [Fig. 4] is an enlarged view of four points in Fig. 3; [Fig. 5] is a plan view of the structure of the present invention. Fig. 6 is a cross-sectional view taken along line 6-6 of Fig. 5; [Fig. 7] is an enlarged view of the reference numeral 7 in Fig. 6 . [Fig. 8] is an enlarged view of eight points in Fig. 6;

Claims (3)

A solid-state hard disk card test fixture includes: a plate body having an external connector at one end, the top cover of the plate body having an internal connector, the top surface of the plate body having a buckle positioning rod and a The buckle positioning rod is provided with a plurality of pressing slots at the bottom of the inner edge with respect to different lengths of the M.2 interface solid state hard disk card, and the buckle positioning rod is disposed on the top surface with respect to each of the pressing buckle slots There are a plurality of snap grooves: and a positioner having an arm and an arm hook, the arm having a semicircular fixed protrusion, and the side of the positioner is provided with a pressing tab relative to the press groove The other side of the positioner is provided with a snap tab relative to the snap groove, so that the positioner can be buckled at different test positions of the board. The solid-state hard disk card test fixture of claim 1, wherein the snap groove has a longitudinal slot, and a lateral buckle slot is outwardly connected from the middle portion of the longitudinal slot, the snap tab is opposite The longitudinal slot has a bent insertion portion, and the buckle insertion portion forms a buckle body with respect to the lateral buckle groove, and a buckle pushing portion is outwardly connected from the outer end of the bending insertion portion. The solid-state hard disk card test fixture of claim 1 or 2, wherein the inner end of the arm is pivotally disposed on a top surface of the positioner, and the outer end of the arm is hooked with respect to the arm Buckle projection.