CN201522504U

CN201522504U - Rotary conduction fixture

Info

Publication number: CN201522504U
Application number: CN200920138486XU
Authority: CN
Inventors: 李小智
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-05-19
Filing date: 2009-05-19
Publication date: 2010-07-07
Anticipated expiration: 2019-05-19

Abstract

The utility model discloses a rotary conduction fixture. The rotary conduction fixture comprises a base, a probe, a fixing base, a reset spring, a buckle locator and a pedestal, wherein the base is arranged on the pedestal through a pivot in the rotary manner; a slot is formed on the base; the probe is mounted in the slot; the fixing base is fixed on the pedestal; a cavity for fixing a unit to be detected is formed on the fixing base corresponding to the slot; the reset spring is arranged between the base and the pedestal; and the buckle locator is placed between the pedestal and the fixing base. The base can rotate downwards under an external force to compress the reset spring and is located on the fixing base through the buckle locator so as to perform detection; and the base can release location by rotating upward under the external force or by electric control so as to be separated from the fixing base, and then resets to the original position under the action of the reset spring. The rotary conduction fixture can perform electric detection of the unit to be detected by one hand, and has the advantages of convenient use and high detection efficiency.

Description

Rotary conducting tool

Technical field

The utility model belongs to the detection apparatus, is specifically related to a kind of revolving conducting tool.

Background technology

In the prior art, a kind of conducting tool is arranged, as depicted in figs. 1 and 2, comprise base 10, holder 20, pedestal 30, push rod 40 and probe 50, holder 20, pedestal 30 and push rod 40 are arranged on the base 10, form the die cavity 210 of fixing device (not shown) to be detected on the holder 20, pedestal 30 is arranged on the base 10 with the slide block form, probe 50 corresponding holder 20 die cavities 210 fixedly are inserted on the pedestal 30, probe 50 is connected with the checkout equipment (not shown) by lead, be provided with back-moving spring 60 between holder 20 and the pedestal 30, promote pedestal 30 mobile push rod 40 on base 10 and be installed in pedestal 30 rears.

During detection, need on the other hand device to be detected to be placed in holder 20 die cavities 210, another hand propelled push rod 40, pedestal 30 is moved to holder 20, and the probe 50 on the pedestal 30 inserts in the terminal of device to be detected, forms the loop, at this moment, need manual fixed pedestal 30, treat the purpose that detection means is carried out accurate electrical detection to allow probe 50 and terminal closely cooperate, to reach.

Though this conducting tool can reach the purpose of accurate detection device to be detected, it needs bimanualness, inconvenient operation, and detection efficiency is lower.

Given this, the inventor develops a kind of and needs one-handed performance, and is easy to use, the conducting tool that detection efficiency is high, and this case produces thus.

The utility model content

The purpose of this utility model provides a kind of one-handed performance, and is easy to use, the rotary conducting tool that detection efficiency is high.

To achieve these goals, solution of the present utility model is:

Rotary conducting tool comprises pedestal, probe, holder, back-moving spring, snaps into position device and base; Pedestal is arranged on the base in rotatable mode by pivot, and pedestal is provided with slot, and probe is installed in the slot; Holder is fixedly installed on the base, and the corresponding aforementioned slot of holder is provided with the die cavity of fixing device to be detected; Back-moving spring is located between base and the pedestal; The snaps into position device is located between pedestal and the holder; Pedestal is rotated down and compression reseting spring under external force, is positioned at for detection with holder by the snaps into position device, and separates with holder behind the location of removing the snaps into position device, and rotate up under action of reset spring and reset.

The bottom of above-mentioned probe is with spring.

Above-mentioned snaps into position device is made up of spring, hoodle, collar and hole clipping, on pedestal, form hole clipping, on holder, form mounting hole, spring, hoodle and collar are assembled in the mounting hole successively, and collar is fixed on the peritreme of mounting hole, the inner ring diameter of collar is less than the diameter of hoodle, be subjected to the part of spring action hoodle outstanding from collar, when pedestal is rotated down, hoodle snaps in pedestal is positioned at holder, when pedestal rotated up, hoodle withdraws from hole clipping made pedestal separate with holder.

Above-mentioned back-moving spring is a torsion spring, and torsion spring set is on pivot, and two ends are against respectively on pedestal and the base.

The top opening part of above-mentioned die cavity forms the lead angle that imports for device to be detected.

After adopting such scheme, when the utility model detects, one hand is inserted in device to be detected in the slot of pedestal, then, press down pedestal, the snaps into position device is locked together pedestal and holder, at this moment, probe on the pedestal inserts in the terminal of device to be detected, and probe is treated detection means and carried out electrical detection by lead and checkout equipment conducting; After detection finishes, on carry device to be detected, remove of the locking of snaps into position device, or remove the snaps into position device of other form by electric switch to pedestal, under the effect of back-moving spring, pedestal rotates up and resets, and takes off device to be detected, promptly finishes detection.

In the whole operation process, only need one-handed performance, and snaps into position device lockable pedestal and holder, it is good that probe and terminal are electrically connected, need not manually fixing, easy to use, the detection efficiency height.

Description of drawings

Fig. 1 is the three-dimensional exploded view of existing conducting tool;

Fig. 2 is the combination synoptic diagram of existing conducting tool;

Fig. 3 is a three-dimensional exploded view of the present utility model;

Fig. 4 is a combination synoptic diagram of the present utility model;

Fig. 5 is user mode figure of the present utility model.

Label declaration

Base 10 holders 20

Die cavity 210 pedestals 30

Push rod 40 probes 50

Pedestal 1 slot 11

Probe 2 springs 21

Holder 3 die cavities 31

Lead angle 32 bases 4

Back-moving spring 41 pivots 42

Snaps into position device 5 springs 51

Hoodle 52 collars 53

Hole clipping 54 mounting holes 55

Device 6 leads 61 to be detected

Embodiment

Cooperate Fig. 3 and shown in Figure 4, the rotary conducting tool that the utility model discloses comprises pedestal 1, probe 2, holder 3, back-moving spring 41, snaps into position device 5 and base 4.

Pedestal 1 is arranged on the base 4 in rotatable mode by pivot 42.Pedestal 1 is provided with slot 11.

Probe 2 is installed in the slot 11.The bottom of probe 2 can be with spring 21, makes probe 2 be used in the terminal of device 6 to be detected with certain masterpiece, and it is better to make probe 2 and terminal be electrically connected.

Holder 3 is fixedly installed on the base 4.Holder 3 corresponding aforementioned slots 11 are provided with the die cavity 31 of fixing device 6 to be detected.The top opening part of die cavity 31 also forms lead angle 32, so that device to be detected 6 imports.

Back-moving spring 41 is located between base 4 and the pedestal 1.Back-moving spring 41 specifically can be a torsion spring, and torsion spring set is on pivot 42, and two ends are against respectively on pedestal 1 and the base 4, pedestal 1 can be propped up under normal conditions.Back-moving spring 41 also can be direct common spring between base 4 and pedestal 1, automatically resets as long as pedestal 1 is propped up and all can.

Snaps into position device 5 is located between pedestal 1 and the holder 3, and this snaps into position device 5 is to closely cooperate between pedestal 1 and the holder 3 in order to overcome the acting force of 41 pairs of pedestals 1 of back-moving spring, to make, realizes that the good electrical between probe 2 and device to be detected 6 terminals connects.Being designed to of snaps into position device 5 in the present embodiment: form by spring 51, hoodle 52, collar 53 and hole clipping 54; On pedestal 1, form hole clipping 54, on holder 3, form mounting hole 55, spring 51, hoodle 52 and collar 53 are assembled in the mounting hole 55 successively, and collar 53 is fixed on the peritreme of mounting hole 55, the inner ring diameter of collar 53 is less than the diameter of hoodle 52, be subjected to spring 51 effects, the part of hoodle 52 is given prominence to from collar 53 but hoodle 52 can not deviate from from collar 53 again; When pedestal 1 was rotated down, hoodle 52 snapped in pedestal 1 is positioned at holder 3, and when pedestal 1 rotated up, hoodle 52 withdraws from hole clipping 54 made pedestal 1 separate with holder 3.In addition, can also replace snaps into position device 5, not enumerate one by one here with the cylinder locking or the design of other buckle structure of electrical control.

When the utility model detects, one hand is plugged on device 6 to be detected in the slot 11 of pedestal 1, and rotating basis 1 embeds in the die cavity 31 of holders 3 device 6 to be detected, device 6 to be detected stretches under the position-limiting action of die cavity 31 in the slot 11 gradually, and its terminal contacts with probe 2.Simultaneously, 41 energy storage of pedestal 1 compression torsion spring, treat that the hoodle 32 on the holder 3 sticks in the hole clipping 54 of pedestal 1, pedestal 1 is lockable, be electrically connected good between the terminal 62 of realization probe 2 and device to be detected 6, probe 2 in the pedestal 1 is treated detection means 6 and is carried out electrical detection by lead and the conducting of checkout equipment (not shown).

After detection finishes, on carry the lead 61 of device 6 to be detected, by external force or remove the locking of 5 pairs of pedestals 1 of snaps into position device by electric switch, under the effect of back-moving spring 41, pedestal 1 rotates up and resets, and simultaneously, the die cavity 31 that device 6 to be detected breaks away from holder 3 is spacing, can directly extract out from slot 11, electrical detection finishes.

The above only is preferred embodiment of the present utility model; its key point is that pedestal 1 is hubbed on the base 4; be provided with back-moving spring 41 between pedestal 1 and the base 4; be provided with snaps into position device 5 between holder 3 and the pedestal 1; every equivalent variations of doing according to key point of the present utility model all falls into the protection domain of this case.

Claims

1. rotary conducting tool is characterized in that: comprise pedestal, probe, holder, back-moving spring, snaps into position device and base; Pedestal is arranged on the base in rotatable mode by pivot, and pedestal is provided with slot, and probe is installed in the slot; Holder is fixedly installed on the base, and the corresponding aforementioned slot of holder is provided with the die cavity of fixing device to be detected; Back-moving spring is located between base and the pedestal; The snaps into position device is located between pedestal and the holder; Pedestal is rotated down and compression reseting spring under external force, be positioned at for detection with holder by the snaps into position device, separate with holder and rotate up under external force to remove the location or remove the location, and under action of reset spring, rotate up and reset by electrical control.

2. rotary conducting tool as claimed in claim 1, it is characterized in that: the bottom of above-mentioned probe is with spring.

3. rotary conducting tool as claimed in claim 1, it is characterized in that: above-mentioned snaps into position device is by spring, hoodle, collar and hole clipping are formed, on pedestal, form hole clipping, on holder, form mounting hole, spring, hoodle and collar are assembled in the mounting hole successively, and collar is fixed on the peritreme of mounting hole, the inner ring diameter of collar is less than the diameter of hoodle, be subjected to the part of spring action hoodle outstanding from collar, when pedestal is rotated down, hoodle snaps in pedestal is positioned at holder, and when pedestal rotated up, hoodle withdraws from hole clipping made pedestal separate with holder.

4. rotary conducting tool as claimed in claim 1 is characterized in that: above-mentioned back-moving spring is a torsion spring, and torsion spring set is on pivot, and two ends are against respectively on pedestal and the base.

5. rotary conducting tool as claimed in claim 1 is characterized in that: the top opening part of above-mentioned die cavity forms the lead angle that imports for device to be detected.