CN202002986U - AC capacitor inspection device - Google Patents
AC capacitor inspection device Download PDFInfo
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- CN202002986U CN202002986U CN 201120038185 CN201120038185U CN202002986U CN 202002986 U CN202002986 U CN 202002986U CN 201120038185 CN201120038185 CN 201120038185 CN 201120038185 U CN201120038185 U CN 201120038185U CN 202002986 U CN202002986 U CN 202002986U
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Abstract
The utility model relates to an AC capacitor inspection device. The AC capacitor inspection device employs a decollator, the decollator is driven by a motor to rotate and get indexing, and the decollator drives a chain to rotate and get indexing; a semi-capacitor fixed on a clamping mechanism is delivered and indexed via the chain, when the semi-capacitor is transported to the station of a tested electrode, a first cylinder works to drive the tested electrode to move downwards and test the capacitor; after the test, the tested electrode moves upwards, and the decollator rotates to the next station; when the tested capacitor is transported to a feeding station, if the tested capacitor is a qualified product, the feeding operation is done at the feeding station of the qualified product; if the tested capacitor is not a qualified product, the feeding operation is done at the feeding station of the nonconforming product. The AC capacitor inspection device of the utility model is ingenious and reasonable in structure, and facilitates the feeding of the capacitor having softer lead. Meanwhile, the AC capacitor inspection device can distinguish whether the capacitor is qualified, classify the capacitor into qualified product or nonconforming product and feed separately and automatically, improving the production efficiency effectively, and reducing the labor cost.
Description
Technical field
Whether the utility model relates to the capacitor testing device, specifically is a kind of semi-manufacture electric capacity to be carried out automatic test, qualified to tell electric capacity, and electric capacity is divided into certified products also separates automatic blanking with unacceptable product,, belong to the testing capacitor apparatus field.
Background technology
Capacitor (abbreviation electric capacity) is one of a large amount of electronic components that use in the electronic equipment, and it is widely used in every aspects such as straight, coupling, bypass, filtering, resonant tank, energy conversion and control circuits.The quality of electric capacity quality concerning electronic equipment is most important.Originally the lead-in wire of the ac capacitor that will test is longer, and be flexible, so unfavorable with by automatic charging test, at present, this AC capacitor material loading jig Design more complicated commonly used, and be unfavorable for artificial material loading, old testing capacitor device often adopts: rotating disk is installed, sectional fixture on the rotating disk, anchor clamps clamp capacitance on dispenser, this electric capacity quantity of carrying proving installation to test simultaneously is little, causes inefficiency.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, provide a kind of structure ingenious, rational AC capacitor testing fixture, because the electric capacity lead-in wire is softer, the unfavorable robotization material loading of realizing fully, so material clamp on the appropriate design, be beneficial to artificial material-uploading style, only need manually electric capacity to be inserted in the lower clamp, last anchor clamps are clamped the electric capacity lead-in wire automatically under the effect of cylinder; Chain movement and the calibration of the transmission of electric capacity by being driven by dispenser installed clamp body and lower clamp body on the chain, it is accurate to test position that this transmits electric capacity; Capacity measurement realizes that by air cylinder driven simple in structure, control is convenient.
This testing fixture can be realized blanking to lead-in wire softer very convenient material loading of electric capacity and robotization, and accurately detect, whether tell electric capacity qualified, and electric capacity is divided into certified products and unacceptable product and separates automatic blanking, effectively improved production efficiency, reduce cost of labor, for capacitance detecting provides a kind of novel technology.
The technical scheme that provides according to the utility model: the AC capacitor testing fixture is characterized in that: comprise back up pad, first web joint, test electrode supporting plate, test electrode, first cylinder, second web joint, second sprocket wheel, drive block, second gear, chain, first conveying belt, second cylinder, frame, dispenser, the 3rd cylinder, bearing seat, stationary shaft, second conveying belt, transmission shaft, first bevel gear, second bevel gear, Connection Block, first gear, first sprocket wheel, riser and clamping device; Described dispenser is fixed on the upper rack left side, and dispenser relies on motor drives rotation and calibration; Connection Block is fixedly mounted on the output shaft of dispenser, the Connection Block upper support first gear and first sprocket wheel, Connection Block, first gear and first sprocket wheel are fastening by screw, and described first gear is connected with Connection Block by second key, and first gear is by the dispenser driven rotary; Described stationary shaft is fixed on the upper rack right side, bearing seat supports by two clutch shaft bearings up and down and is installed on the stationary shaft, the bearing seat upper support second gear, the second gear upper support is installed with drive block, the drive block upper support is installed with second sprocket wheel, described bearing seat, second gear, drive block and second sprocket wheel are by screw retention, and second gear all is connected with bearing seat by triple bond with drive block; Described first web joint, second web joint are fixed on the frame, transmission shaft is by two second bearings, the transmission shaft two ends are installed with first bevel gear and second bevel gear by first key respectively, first bevel gear and first gearing mesh, second bevel gear and second gearing mesh, second gear rotates synchronously by first gear driven; Described chain is sleeved on first sprocket wheel and second sprocket wheel, follows first sprocket wheel and second sprocket wheel rotates synchronously, and a plurality of clamping devices that are used for clamp capacitance are installed on chain; Fixing back up pad on described first web joint, second web joint, the back up pad rear side is installed with second cylinder, is installed with bearing on the back up pad, all is installed with the 3rd cylinder on the bearing, described second cylinder and the 3rd cylinder synergy are used to open clamping device; Described first conveying belt, second conveying belt are fixed on the frame by support respectively, and first conveying belt, second used for conveyer belt transport in the electric capacity that clamping device is discharged; The angle cylinder seat is being fixed in described back up pad front side, and described first cylinder is fixedly mounted on the angle cylinder seat by last axle, and the piston rod of first cylinder connects lower shaft by oscillating bearing, and lower shaft is fixedly connected on the riser; Be installed with guide rail on the described angle cylinder seat front surface, be installed with two slide blocks on the described riser, two slider support also can be free to slide on guide rail; Described test electrode supporting plate is fixed on the riser, the electrode contiguous block of some is installed on the test electrode supporting plate, on each electrode contiguous block a pair of test electrode is installed all, described test electrode can be done rectilinear motion up and down under the drive of first cylinder, realizes the detection action to electric capacity.
As further improvement of the utility model, described electric capacity clamping device comprises: be used for the last clamp assemblies of two lead-in wires in clamp capacitance upper end and the following clamp assemblies that is used for the clamp capacitance lower end; The described clamp assemblies of going up comprises clamping fixture seat, mandrel, anchor clamps piece on first, anchor clamps piece on second, the anchor clamps web joint, the first lower clamp piece, second lower clamp piece and the torsionspring, the anchor clamps web joint is fixed on the chain by bearing pin, clamping fixture seat is fixed on the anchor clamps web joint, the first lower clamp piece, the second lower clamp piece is fixed on the clamping fixture seat, anchor clamps piece on first, the anchor clamps piece is installed in rotation on the mandrel on second, mandrel is fixed on the clamping fixture seat, the anchor clamps piece matches with the first lower clamp piece on first, the anchor clamps piece matches with the second lower clamp piece on second, is respectively applied for two lead-in wires of clamp capacitance upper end; Be with two torsionsprings on mandrel, an end of two torsionsprings is fixed with clamping fixture seat respectively, the other end of two torsionsprings respectively with first on the anchor clamps piece, second the anchor clamps piece be connected; The tailpiece of the piston rod of described second cylinder is installed with push pedal, on described first on the anchor clamps piece, second the anchor clamps piece promote by push pedal open so that go up clamp assemblies; Described clamp assemblies down comprises left fixed bar, right fixed bar, contiguous block, left anchor clamps piece, right anchor clamps piece and spring, left side fixed bar, right fixed bar are separately fixed on the anchor clamps web joint, contiguous block is fixed on left fixed bar and the right fixed bar, the rear end of left side anchor clamps piece and right anchor clamps piece is installed in rotation on the contiguous block by bearing pin respectively, and the rear end of left anchor clamps piece and right anchor clamps piece is equipped with teeth and is meshing with each other; Described both ends of the spring is connected on left anchor clamps piece, the right anchor clamps piece, and spring provides holding force for left anchor clamps piece, right anchor clamps piece; The front end of described left anchor clamps piece, right anchor clamps piece is equipped with bearing by long spiro nail respectively, and bearing is fixed by two set nuts; The tailpiece of the piston rod of described the 3rd cylinder is equipped with push rod, and the push rod front end is right against in the middle of the bearing and the bearing on the right anchor clamps piece of left anchor clamps piece.
As further improvement of the utility model, described test electrode has been set with the electrode spring of buffer action sliding under the stressed effect on test electrode on the electrode contiguous block.
As further improvement of the utility model, on the described motor fixed electrical machinery supporting plate, the motor supporting plate is fixed on frame lower by four pull bars.
As further improvement of the utility model, described angle cylinder seat is provided with the gusset that is used to strengthen angle cylinder seat intensity.
As further improvement of the utility model, roller is equipped with in described push pedal bottom.
As further improvement of the utility model, the middle part of described left anchor clamps piece, right anchor clamps piece is fixed with left screw, right screw respectively, and described both ends of the spring is connected on left screw and the right screw.
The utility model compared with prior art, advantage is: structure is ingenious, reasonable, can be to the material loading that makes things convenient for of the softer electric capacity of lead-in wire, and accurately detect and sub-elect certified products and also separate automatic blanking with unacceptable product electric capacity, this structure has effectively improved production efficiency, reduce cost of labor, for capacitance detecting provides a kind of novel technology.
Description of drawings
Fig. 1 is a structural front view of the present utility model.
Fig. 2 is the vertical view of Fig. 1.
Fig. 3 is the left view of Fig. 1.
Fig. 4 is that B among Fig. 3 is to view.
Fig. 5 is the vertical view of Fig. 4.
Embodiment
The utility model is described in further detail below in conjunction with concrete drawings and Examples.
As shown in the figure, described AC capacitor testing fixture mainly is made up of parts such as back up pad 6, first web joint 7, test electrode supporting plate 8, test electrode 10, first cylinder 13, second web joint 14, second sprocket wheel 15, drive block 16, second gear 17, chain 18, first conveying belt 19, second cylinder 23, frame 30, dispenser 33, the 3rd cylinder 35, bearing seat 41, stationary shaft 42, second conveying belt 44, transmission shaft 45, the first bevel gear 48a, the second bevel gear 48b, Connection Block 49, first gear 51, first sprocket wheel 52, riser 59 and clamping devices.
As Fig. 1 ~ shown in Figure 3, described dispenser 33 by screw retention in frame 30 upper left-hand, described motor 32 is by on the screw retention motor supporting plate 57, and motor supporting plate 57 is fixed on frame 30 bottoms by four pull bars 31, and dispenser 33 relies on motor 32 to drive rotation and calibration by chain; Connection Block 49 is fixedly mounted on the output shaft of dispenser 33, Connection Block 49 upper supports first gear 51 and first sprocket wheel 52, Connection Block 49, first gear 51 and first sprocket wheel 52 are fastening by screw, described first gear 51 is connected with Connection Block 49 by second key 50, and first gear 51 is by dispenser 33 driven rotary.
As Fig. 1 ~ shown in Figure 3, described stationary shaft 42 by screw retention in frame 30 upper right, bearing seat 41 supports by two clutch shaft bearings 43 up and down and is installed on the stationary shaft 42, bearing seat 41 upper supports second gear 17, second gear, 17 upper supports are installed with drive block 16, drive block 16 upper supports are installed with second sprocket wheel 15, described bearing seat 41, second gear 17, drive block 16 and second sprocket wheel 15 are by screw retention, and second gear 17 all is connected with bearing seat 41 by triple bond 53 with drive block 16.
As Fig. 1 ~ shown in Figure 3, described first web joint 7, second web joint 14 by screw retention on frame 30, transmission shaft 45 is supported by two second bearings 46, transmission shaft 45 two ends are installed with the first bevel gear 48a and the second bevel gear 48b by first key 47 respectively, the first bevel gear 48a and 51 engagements of first gear, the second bevel gear 48b and 17 engagements of second gear, second gear 17 drives rotation synchronously by first gear 51; Described chain 18 is sleeved on first sprocket wheel 52 and second sprocket wheel 15, follows first sprocket wheel 52 and second sprocket wheel 15 rotates synchronously, and a plurality of clamping devices that are used for clamp capacitance 21 are installed on chain 18.
As Fig. 1 ~ shown in Figure 3, fixing back up pad 6 on described first web joint 7, second web joint 14, back up pad 6 rear sides are equipped with second cylinder 23 by screw retention, by screw retention bearing 34 is installed on the back up pad 6, all the 3rd cylinder 35 is installed on the bearing 34 by screw retention, described second cylinder 23 and the 3rd cylinder 35 synergies are used to open clamping device; Described first conveying belt 19, second conveying belt 44 are fixed on the frame 30 by support 20 respectively, and first conveying belt 19, second conveying belt 44 are used for the electric capacity 21 that clamping device discharges is transported.
As Fig. 1 ~ shown in Figure 3, described back up pad 6 front sides angle cylinder seat 12 by screw retention, and angle cylinder seat 12 is provided with the gusset 24 that is used to strengthen angle cylinder seat 12 intensity; Described first cylinder 13 is fixedly mounted on the angle cylinder seat 12 by last axle 25, and the piston rod of first cylinder 13 connects lower shaft 29 by oscillating bearing 28, and lower shaft 29 is fixedly connected on the riser 59; By screw retention guide rail 26 is installed on described angle cylinder seat 12 front surfaces, is installed with 27, two slide blocks 27 of two slide blocks on the described riser 59 and is supported on the guide rail 26 and can be free to slide; Described test electrode supporting plate 8 by screw retention on riser 59, the electrode contiguous block 9 of some is installed by screw on test electrode supporting plate 8, a pair of test electrode 10 all is installed on each electrode contiguous block 9, described test electrode 10 can be under the drive of first cylinder 13 rectilinear motion up and down, realize detection action to electric capacity 21.Described test electrode 10 can move on electrode contiguous block 9, has been set with the electrode spring 11 of buffer action on test electrode 10, with protection test electrode 10, prevents that it is stressed excessive and damage.
As Fig. 1 ~ shown in Figure 5, described electric capacity 21 clamping devices comprise last clamp assemblies that is used for two lead-in wires in clamp capacitance 21 upper ends and the following clamp assemblies that is used for clamp capacitance 21 lower ends.
Described structure such as Fig. 1 that goes up clamp assemblies, shown in Figure 3, it is mainly by clamping fixture seat 1, mandrel 2, anchor clamps piece 3 on first, anchor clamps piece 4 on second, anchor clamps web joint 5, the first lower clamp piece 58a, the second lower clamp piece 58b and torsionspring are formed, anchor clamps web joint 5 is fixed on the chain 18 by bearing pin, clamping fixture seat 1 is fixed on the anchor clamps web joint 5, the first lower clamp piece 58a, the second lower clamp piece 58b is fixed on the clamping fixture seat 1, anchor clamps piece 3 on first, anchor clamps piece 4 is installed in rotation on the mandrel 2 on second, mandrel 2 is fixed on the clamping fixture seat 1, anchor clamps piece 3 matches with the first lower clamp piece 58a on first, anchor clamps piece 4 matches with the second lower clamp piece 58b on second, is respectively applied for two lead-in wires of clamp capacitance 21 upper ends; Be with two torsionsprings on mandrel 2, an end of two torsionsprings is fixing with clamping fixture seat 1 respectively, the other end of two torsionsprings respectively with first on the anchor clamps piece 3, second anchor clamps piece 4 be connected; The tailpiece of the piston rod of described second cylinder 23 is installed with push pedal 22, on described first on the anchor clamps piece 3, second anchor clamps piece 4 promote by push pedal 22 open so that go up clamp assemblies.In addition, described push pedal 22 bottoms are equipped with roller, and roller can make in the push pedal 22 and first on the anchor clamps piece 3, second anchor clamps piece 4 keep rolling and contact, and reduces frictional interference.
Described structure such as Fig. 4, shown in Figure 5 of clamp assemblies down, it mainly is made up of left fixed bar 36a, right fixed bar 36b, contiguous block 37, left anchor clamps piece 38, right anchor clamps piece 39 and spring 61, left side fixed bar 36a, right fixed bar 36b respectively by screw retention on anchor clamps web joint 5, contiguous block 37 is fixed on left fixed bar 36a and the right fixed bar 36b, the rear end of left side anchor clamps piece 38 and right anchor clamps piece 39 is installed in rotation on the contiguous block 37 by bearing pin respectively, and the rear end of left anchor clamps piece 38 and right anchor clamps piece 39 is equipped with teeth and is meshing with each other; The middle part of described left anchor clamps piece 38, right anchor clamps piece 39 is fixed with left screw 60a, right screw 60b respectively, and described spring 61 two ends are connected on left screw 60a and the right screw 60b, and spring 61 provides holding force for left anchor clamps piece 38, right anchor clamps piece 39; The front end of described left anchor clamps piece 38, right anchor clamps piece 39 is equipped with bearing 55 by long spiro nail 54 respectively, and bearing 55 is fixing by two set nuts 56; The tailpiece of the piston rod of described the 3rd cylinder 35 is equipped with push rod 40, push rod 40 front ends are right against in the middle of the bearing 55 and the bearing 55 on the right anchor clamps piece 39 of left anchor clamps piece 38, push rod 40 protracts under the 3rd cylinder 35 drives, and inserts between two bearings 55, thereby left anchor clamps piece 38 and right anchor clamps piece 39 are strutted.
The principle of work of the present utility model and the course of work are as follows:
Because the lead-in wire on this ac capacitor 21 is softer, can not automatic charging, so the material loading action is finished by artificial replacement.Promptly by manually semi-manufacture electric capacity 21 being fixed on down on the clamping device, two lead-in wires of semi-manufacture electric capacity 21 upper ends are by last clamp assemblies clamping, and clamp assemblies clamping is down passed through in semi-manufacture electric capacity 21 lower ends.
The semi-manufacture electric capacity 21 that is fixed on the clamping device transmits and calibration by chain 18, when semi-manufacture electric capacity 21 is transported to 10 station following times of test electrode, 13 actions of first cylinder, push to test electrode 10 moves downward, thereby make test electrode 10 withstand on clamp assemblies first on the anchor clamps piece 3 and second on the anchor clamps piece 4, electric capacity 21 is tested, after test finishes, test electrode 10 moves upward, dispenser 33 rotations run to next station, when the electric capacity 21 that tests is transported to the blanking station, if testing capacitor 21 is certified products, then in the blanking of certified products blanking station, send by a conveying belt, if testing capacitor 21 is a unacceptable product, then, send by another conveying belt in the blanking of unacceptable product blanking station.
In addition, 10 of the test electrodes in the utility model accompanying drawing have been drawn three, but can design a plurality of test electrodes 10 as required in actual production.
Claims (7)
1. the AC capacitor testing fixture is characterized in that: comprise back up pad (6), first web joint (7), test electrode supporting plate (8), test electrode (10), first cylinder (13), second web joint (14), second sprocket wheel (15), drive block (16), second gear (17), chain (18), first conveying belt (19), second cylinder (23), frame (30), dispenser (33), the 3rd cylinder (35), bearing seat (41), stationary shaft (42), second conveying belt (44), transmission shaft (45), first bevel gear (48a), second bevel gear (48b), Connection Block (49), first gear (51), first sprocket wheel (52), riser (59) and clamping device;
Described dispenser (33) is fixed on frame (30) upper left-hand, and dispenser (33) relies on motor (32) by chain transmission rotation and calibration; Connection Block (49) is fixedly mounted on the output shaft of dispenser (33), Connection Block (49) upper support first gear (51) and first sprocket wheel (52), Connection Block (49), first gear (51) and first sprocket wheel (52) are fastening by screw, described first gear (51) is connected with Connection Block (49) by second key (50), and first gear (51) is by dispenser (33) driven rotary;
Described stationary shaft (42) is fixed in frame (30) upper right, bearing seat (41) supports by two clutch shaft bearings (55) (43) up and down and is installed on the stationary shaft (42), bearing seat (41) upper support second gear (17), second gear (17) upper support is installed with drive block (16), drive block (16) upper support is installed with second sprocket wheel (15), described bearing seat (41), second gear (17), drive block (16) and second sprocket wheel (15) are by screw retention, and second gear (17) all is connected with bearing seat (41) by triple bond (53) with drive block (16);
Described first web joint (7), second web joint (14) are fixed on the frame (30), transmission shaft (45) is supported by two second bearings (46), transmission shaft (45) two ends are installed with first bevel gear (48a) and second bevel gear (48b) by first key (47) respectively, first bevel gear (48a) drives synchronously rotation with second gear (17) engagement, second gear (17) by first gear (51) with first gear (51) engagement, second bevel gear (48b); Described chain (18) is sleeved on first sprocket wheel (52) and second sprocket wheel (15), follows the rotation synchronously of first sprocket wheel (52) and second sprocket wheel (15), and a plurality of clamping devices that are used for clamp capacitance (21) are installed on chain (18);
Fixing back up pad (6) on described first web joint (7), second web joint (14), back up pad (6) rear side is installed with second cylinder (23), be installed with a plurality of bearings (34) on the back up pad (6), all be installed with the 3rd cylinder (35) on each bearing (34), described second cylinder (23) and the 3rd cylinder (35) synergy are used to open clamping device; Described first conveying belt (19), second conveying belt (44) are fixed on the frame (30) by support (20) respectively, and first conveying belt (19), second conveying belt (44) are used for the electric capacity (21) that clamping device discharges is transported;
Angle cylinder seat (12) is being fixed in described back up pad (6) front side, described first cylinder (13) is fixedly mounted on the angle cylinder seat (12) by last axle (25), the piston rod of first cylinder (13) connects lower shaft (29) by oscillating bearing (28), and lower shaft (29) is fixedly connected on the riser (59); Be installed with guide rail (26) on described angle cylinder seat (12) front surface, be installed with two slide blocks (27) on the described riser (59), two slide blocks (27) are supported on guide rail (26) and go up and can be free to slide; Described test electrode supporting plate (8) is fixed on the riser (59), the electrode contiguous block (9) of some is installed on test electrode supporting plate (8), on each electrode contiguous block (9) a pair of test electrode (10) is installed all, described test electrode (10) can be under the drive of first cylinder (13) rectilinear motion up and down, realize detection action to electric capacity (21).
2. AC capacitor testing fixture as claimed in claim 1 is characterized in that: described electric capacity (21) clamping device comprises: be used for the last clamp assemblies of two lead-in wires in clamp capacitance (21) upper end and the following clamp assemblies that is used for clamp capacitance (21) lower end;
The described clamp assemblies of going up comprises clamping fixture seat (1), mandrel (2), anchor clamps piece (3) on first, anchor clamps piece (4) on second, anchor clamps web joint (5), the first lower clamp piece (58a), second lower clamp piece (58b) and the torsionspring, anchor clamps web joint (5) is fixed on the chain (18) by bearing pin, clamping fixture seat (1) is fixed on the anchor clamps web joint (5), the first lower clamp piece (58a), the second lower clamp piece (58b) is fixed on the clamping fixture seat (1), anchor clamps piece (3) on first, anchor clamps piece (4) is installed in rotation on the mandrel (2) on second, mandrel (2) is fixed on the clamping fixture seat (1), anchor clamps piece (3) matches with the first lower clamp piece (58a) on first, anchor clamps piece (4) matches with the second lower clamp piece (58b) on second, is respectively applied for two lead-in wires of clamp capacitance (21) upper end; Be with two torsionsprings on mandrel (2), an end of two torsionsprings is fixing with clamping fixture seat (1) respectively, the other end of two torsionsprings respectively with first on the anchor clamps piece (3), second anchor clamps piece (4) be connected; The tailpiece of the piston rod of described second cylinder (23) is installed with push pedal (22), on described first on the anchor clamps piece (3), second anchor clamps piece (4) promote by push pedal (22) open so that go up clamp assemblies;
Described clamp assemblies down comprises left fixed bar (36a), right fixed bar (36b), contiguous block (37), left side anchor clamps pieces (38), right anchor clamps pieces (39) and spring (61), left side fixed bar (36a), right fixed bar (36b) is separately fixed on the anchor clamps web joint (5), contiguous block (37) is fixed on left fixed bar (36a) and the right fixed bar (36b), the rear end of left side anchor clamps pieces (38) and right anchor clamps piece (39) is installed in rotation on the contiguous block (37) by bearing pin respectively, and the rear end of left anchor clamps piece (38) and right anchor clamps piece (39) is equipped with teeth and is meshing with each other; Described spring (61) two ends are connected on left anchor clamps piece (38), the right anchor clamps piece (39), and spring (61) provides holding force for left anchor clamps piece (38), right anchor clamps piece (39); The front end of described left anchor clamps piece (38), right anchor clamps piece (39) is equipped with bearing (55) by long spiro nail (54) respectively, and bearing (55) is fixing by two set nuts (56); The tailpiece of the piston rod of described the 3rd cylinder (35) is equipped with push rod (40), and push rod (40) front end is right against in the middle of the bearing (55) and the bearing (55) on the right anchor clamps piece (39) of left anchor clamps piece (38).
3. AC capacitor testing fixture as claimed in claim 1 is characterized in that: described test electrode (10) is gone up at electrode contiguous block (9) and is moved, and has been set with the electrode spring (11) of buffer action on the described test electrode (10).
4. AC capacitor testing fixture as claimed in claim 1 is characterized in that: on described motor (32) the fixed electrical machinery supporting plate (57), motor supporting plate (57) is fixed on frame (30) bottom by four pull bars (31).
5. AC capacitor testing fixture as claimed in claim 1 is characterized in that: described angle cylinder seat (12) is provided with the gusset (24) that is used to strengthen angle cylinder seat (12) intensity.
6. AC capacitor testing fixture as claimed in claim 2 is characterized in that: roller is equipped with in described push pedal (22) bottom.
7. AC capacitor testing fixture as claimed in claim 2, it is characterized in that: the middle part of described left anchor clamps piece (38), right anchor clamps piece (39) is fixed with left screw (60a), right screw (60b) respectively, and described spring (61) two ends are connected on left screw (60a) and the right screw (60b).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120038185 CN202002986U (en) | 2011-02-14 | 2011-02-14 | AC capacitor inspection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120038185 CN202002986U (en) | 2011-02-14 | 2011-02-14 | AC capacitor inspection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202002986U true CN202002986U (en) | 2011-10-05 |
Family
ID=44705723
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201120038185 Expired - Lifetime CN202002986U (en) | 2011-02-14 | 2011-02-14 | AC capacitor inspection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202002986U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105572552A (en) * | 2016-02-03 | 2016-05-11 | 无锡博实自动输送系统有限公司 | Off-line type high-voltage capacitor test method and test system |
| CN107340446A (en) * | 2017-07-28 | 2017-11-10 | 昆山微容电子企业有限公司 | A kind of self-operated measuring unit for component |
-
2011
- 2011-02-14 CN CN 201120038185 patent/CN202002986U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105572552A (en) * | 2016-02-03 | 2016-05-11 | 无锡博实自动输送系统有限公司 | Off-line type high-voltage capacitor test method and test system |
| CN107340446A (en) * | 2017-07-28 | 2017-11-10 | 昆山微容电子企业有限公司 | A kind of self-operated measuring unit for component |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee |
Owner name: WUXI LEAD AUTO EQUIPMENT CO., LTD. Free format text: FORMER NAME: WUXI XIANDAO AUTOMATION EQUIPMENT CO., LTD. |
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| CP03 | Change of name, title or address |
Address after: 214028 Jiangsu city of Wuxi province National Development Zone New Xi Road No. 20 Patentee after: Wuxi Lead Auto Equipment Co., Ltd. Address before: 214028 Singapore Industrial Park, new national technology development zone, Wuxi New District, Jiangsu Province, No. four, No. 7 Patentee before: Wuxi Lead Auto Equipment Co., Ltd. |
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| C56 | Change in the name or address of the patentee | ||
| CP03 | Change of name, title or address |
Address after: 214028 Jiangsu Province, Wuxi national hi tech Industrial Development Zone, new Xi Road No. 20 Patentee after: WUXI LEAD INTELLIGENT EQUIPMENT CO., LTD. Address before: 214028 Jiangsu city of Wuxi province National Development Zone New Xi Road No. 20 Patentee before: Wuxi Lead Auto Equipment Co., Ltd. |
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| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20111005 |