CN2463964Y

CN2463964Y - Battery lead head testing device

Info

Publication number: CN2463964Y
Application number: CN01201642U
Authority: CN
Inventors: 林锦源
Original assignee: KAE LII MACHINE Manufacturing Co Ltd
Current assignee: KAE LII MACHINE Manufacturing Co Ltd
Priority date: 2001-01-20
Filing date: 2001-01-20
Publication date: 2001-12-05
Anticipated expiration: 2011-01-20

Abstract

The utility model relates to a testing device for a lead head of a storage battery, comprising a frame body, wherein, both sides of a frame rod of the frame body are respectively provided with two positioning pivot holes; the center of the frame rod is provided with an acting pivot hole used for an acting rod being pivoted; a positioning pivot rod and a screw rod are respectively pivoted in the positioning pivot holes; one side of the screw rod is provided with a driving gear; two sections of screw thread in different directions are arranged on a rod body; one end of the acting rod is provided with an acting gear; two driving element are is sheathed between the driving gear and the acting gear; two sliding tracks are arranged on the frame body; screw holes on the two tracks have opposite spiral directions; the screw rod is respectively screwed with the two tracks. The sliding tracks in the device are convenient to adjust.

Description

Accumulator cell lead head testing apparatus

The utility model relates to a kind of accumulator cell lead head testing apparatus, and it is all accumulator cell lead head testing apparatuss easily of a kind of various adjustment.

Because the modern industry level day by day improves, the test job of various product qualities is development gradually also, replace manual operation with the automation facility, present accumulator cell lead head testing apparatus indispensable automatic facility in the storage battery industry especially, the plumbous testing apparatus of existing storage battery also needs further to improve.

Adjusting device in the plumbous testing apparatus of existing storage battery, adopt mostly one group can about, the instrument headstock of move left and right, and group is provided with some probes on the instrument headstock, and the mobile position adjustment of carrying out probe of utilization entire tool headstock; Also there is following weak point in said apparatus:

One, the structure of the existing instrument headstock of cause is very huge, and many instruments of entire mechanism are to be installed in this instrument headstock, so when the user utilizes facility to adjust the lifting of this instrument headstock, changing position, need to use huge, complicated energy delivery mechanisms, for example: the liquid gas pressure facility, adjusting device waste machining energy is big;

Its two, adjustment work inconvenience, same because of existing tool heads holder structure is huge, complicated, and the general precise jiggle difficulty of automation facility (as: liquid gas pressure facility), so adjustment work inconvenience;

Its three, the screw lock fixed form is adopted in existing indivedual probe adjustment usually, and can't carry out the adjustment of spacing between probe.

Primary and foremost purpose of the present utility model is to provide a kind of accumulator cell lead head testing apparatus of being convenient to adjust.

For achieving the above object, the utility model is taked following technical measures:

Accumulator cell lead head testing apparatus of the present utility model is installed in the accumulator cell lead head pad test machine, comprising:

At least one frame body;

Frame body is the framework of an interior tool hollow space, and frame bars two sides of frame body respectively are equipped with two positioning pivot holes, and the centre of frame bars respectively offers an action pivot hole;

Two location hinged arms are hubbed on respectively in the positioning pivot hole of frame bars two sides, and two location hinged arms parallel;

Two screw rods are hubbed on respectively in the corresponding positioning pivot hole of frame bars two sides, and the parallel side that passes frame bars of two screw rods respectively is provided with a driven gear, and the body of rod of two screw rods is provided with two sections not in the same way screw threads;

An actuating strut is hubbed in the action pivot hole of frame bars, and the corresponding described screw rod side group that passes frame bars at actuating strut is provided with the action gear of corresponding number;

Two actuated element correspondences are set between the action gear of the driven gear of screw rod and actuating strut, and actuated element is meshed with driven gear and action gear respectively;

Two sliding rails, group is located in the hollow space of frame body, sliding rail is the block with rectangular through hole, sliding rail respectively is provided with relative pivot hole in the position of correspondence location hinged arm, and two corresponding respectively screw rods of sliding rail respectively are provided with two screws, the hand of spiral of the screw on two sliding rails is just opposite, and the location hinged arm can rotate freely in the relative pivot hole of sliding rail, and not in the same way the screw thread of screw rod two sides is screwed together in respectively in two screws that direction is opposite on the two relative sliding rails.

Wherein, a termination of described actuating strut is established an executive component for user's operation.

Wherein, described executive component is a disk body for operator's gripping.

Wherein, described actuated element is a chain.

Reaching embodiment in conjunction with the accompanying drawings is described in detail as follows architectural feature of the present utility model:

The accompanying drawing simple declaration:

Fig. 1: three-dimensional exploded view of the present utility model;

Fig. 2: three-dimensional combination figure of the present utility model;

Fig. 3: assembled sectional view of the present utility model;

Fig. 4: top view of the present utility model;

Fig. 5: the whole schematic perspective view of the utility model;

At first see also shown in Fig. 1,2,3, accumulator cell lead head testing apparatus of the present utility model is installed in the accumulator cell lead head pad test machine 10, is combined by several frame bodies 20, two location hinged arms 30, two screw rods 40, actuating strut 50, two chains 60 and two sliding rails 70; Wherein:

Frame body 20 is the frame body of an interior tool hollow space 21, and frame body 20 is made up of four frame bars 22, two sides of two relative frame bars 22 of frame body 20 respectively are equipped with two positioning pivot holes 23, and the centre in relative frame bars 22 respectively offers an action pivot hole 24 in addition;

Two location hinged arms 30 are hubbed in the positioning pivot hole 23 of frame bars 22 2 sides of frame body 20, and two location hinged arms 30 parallel;

Two screw rods 40 are hubbed in the positioning pivot hole 23, and two screw rods, 40 parallel sides that the pass frame bars 22 relatively body of rod that respectively is provided with driven gear 41, two screw rods 40 is provided with two sections not in the same way plus thread 42 and minus threads 43;

An actuating strut 50 is hubbed in the central corresponding action pivot hole 24 of frame bars 22, and corresponding screw rod 40 is provided with two action gears 51 in a side group that passes frame bars 22, and establishes a disk body 52 of operating rotation for the user in the outermost termination;

Article two, chain 60 correspondences are set between driven gear 41 and the action gear 51, and it is meshed with driven gear 41 and action gear 51 respectively, to carry out transmission of power;

Two sliding rails 70 are organized in the hollow space 21 that is located at frame body 20 in couples, sliding rail 70 is for having the block of rectangular through hole 71, group is provided with probe 75 in the through hole 71, sliding rail 70 respectively is provided with two relative pivot holes 72 in the position of corresponding two location hinged arms 30, and corresponding respectively two screw rods 40 of two sliding rails 70 are respectively equipped with screw 73 and screw 74, the hand of spiral of screw 73 and screw 74 is opposite, location hinged arm 30 can rotate freely in the relative pivot hole 72 of sliding rail 70, and utilize the plus thread 42 on the screw rod 40, minus thread 43, screw 73 that can relative sliding rail 70 with two, screw 74 screws togather.

As Fig. 4, shown in 5, when the utility model need carry out different test jobs, because probe 75 needs to cooperate the size of different batteries to carry out the position adjustment, the user can turn actuating strut 50 outermost end disk body 52, make actuating strut 50 turns, at the same time, because actuating strut 50 corresponding screw rods 40 pass a side group of frame bars 22 and are provided with action gear 51, and two chain 60 proper correspondences are set between driven gear 41 and the action gear 51, so the action gear 51 of actuating strut 50 can drive driven gear 41 rotations, and two sides of screw rod 40 have not in the same way plus thread 42 and minus thread 43 respectively, so the rotation of screw rod 40 will cause two or two in pairs the sliding rail 70 established of group inwardly carry out synchronously near moving or outwards (actuating strut 50 cooperates two chains 60 to drive the transmission of strength away from moving synchronously, two 30 of the hinged arms in location can become guide element when 70 actions of two sliding rails), and cause the probes 75 in the rectangular through hole 71 of sliding rail 70 can be with user's operation displacement; Like this, probe (or guide pin) 75 can the interoperation bar 50, two chains 60 and sliding rail 70 in the hollow space 21 of frame body 20, move arbitrarily.

Compared with prior art, the utlity model has following effect:

Because the middle part of the hollow space 21 of the utility model frame body 20 is not provided with other axostylus axostyle elements, so probe of the present utility model (or guide pin) 75 can move arbitrarily on sliding rail 70, the mid portion of hollow space 21 is without hindrance, so the utility model can make the surveying work of accumulator cell lead head pad test machine 10 more convenient.

In sum, the various adjustment on the sliding rail in the frame body of the present utility model are all very convenient; The utlity model has the utilizability of industry.

Foregoing is to utilize embodiment that technical characterictic of the present utility model is described, is not to be used to limit protection range of the present utility model.

Claims

1, a kind of accumulator cell lead head testing apparatus is installed in the accumulator cell lead head pad test machine, it is characterized in that, comprising: at least one frame body;

2, testing apparatus according to claim 1 is characterized in that, a termination of described actuating strut is established an executive component for user's operation.

3, testing apparatus according to claim 2 is characterized in that, described executive component is a disk body for operator's gripping.

According to claim 2 or 3 described testing apparatuss, it is characterized in that 4, described actuated element is a chain.