A kind of test device of earth fault earth leakage protective device
Technical field
The present invention relates to a kind of test device, and in particular to a kind of test device of earth fault earth leakage protective device.
Background technology
It is presently used for detecting GFCI (Ground Fault Circuit Interrupter) i.e. earth fault earth leakage protectives
The test device of device, its is relatively simple for structure.In actual use, substantial amounts of preparation needs labor costs before test
Long period operation is completed, and automaticity is than relatively low.So, the labor intensity of tester is on the one hand increased;The opposing party
Face, testing efficiency is reduced, so as to reduce production cost.
The content of the invention
The technical problems to be solved by the invention are:A kind of earth fault electric leakage for greatly improving automaticity is provided
The test device of protector.
In order to solve the above technical problems, the technical solution adopted by the present invention is:A kind of survey of earth fault earth leakage protective device
Trial assembly is put, and its structure includes:Frame, test platform is provided with and for conveying earth fault earth leakage protective device in frame
Conveyer belt and its drive device, the conveying resettlement groove being engaged with conveyer belt are offered on described test platform, conveyer belt is put
In the conveying resettlement groove so that the upper surface of conveyer belt and the upper surface flush of test platform, set on described test platform
Induction mechanism, product zone are every mechanism, power contact before being equipped with SR mechanism for testing, supply hub mechanism for testing, test section
Bindiny mechanism, test station induction mechanism, test station induction mechanism and substandard products ejecting mechanism behind mechanism, test section in place;Institute
Stating the concrete structure of SR mechanism for testing includes:The SR test reducing motor being arranged on above test platform,
The output shaft of SR test reducing motor and the SR in the earth fault earth leakage protective device in test section
Position it is corresponding;The concrete structure of the supply hub mechanism for testing includes:The jack test being arranged on above test platform
With piston cylinder, jack test is tested on connecting plate with test connecting plate is provided with the piston rod of piston cylinder and is provided with and be grounded
Supply hub on fault creepage protecting device corresponds the test contact pin coordinated;The specific knot of induction mechanism before the test section
Structure includes:It is arranged on infrared induction device before the area before test section, the transmitting of infrared induction device is vertical with direction is received before area
In the direct of travel of the conveyer belt;The product zone includes every the concrete structure of mechanism:It is arranged on the product zone before test section
Every with piston cylinder, product zone is every the end for separating piece, separating piece that horizontal direction arrangement is provided with the piston rod with piston cylinder
Both sides, which are respectively arranged with to separate, uses guide ramp;The concrete structure of the power contact bindiny mechanism includes:A pair of opposing
Contact portion push piston cylinder in conveying resettlement groove both sides, contact portion are pushed away with being provided with the piston rod for pushing piston cylinder
Plate is sent, the power supply transfer contact corresponding with the power contact on earth fault earth leakage protective device is provided with pushing plate;It is described
The concrete structure of test station induction mechanism includes being arranged on infrared induction device in the area of test section, infrared induction device in area
Transmitting and receive direction perpendicular to the conveyer belt direct of travel;The concrete structure bag of test station mechanism in place
Include:Perpendicular to the test piston cylinder in place of conveyer belt direct of travel arrangement, put when the piston rod of test piston cylinder in place stretches out
In the top of conveyer belt;The concrete structure of induction mechanism includes behind the test section:It is arranged on infrared sense behind the area behind test section
Answer device, the transmitting of infrared induction device and direct of travel of the direction perpendicular to the conveyer belt is received behind area;The substandard products push away
Going out the concrete structure of mechanism includes:Piston cylinder is released perpendicular to the substandard products of conveyer belt direct of travel arrangement, substandard products release piston cylinder
Piston rod on be provided with pushing plate;Described SR is tested with infrared before reducing motor, jack test piston cylinder, area
Infrared induction device is arranged on test platform by corresponding support respectively behind infrared induction device and area in sensing device, area
On.
As a kind of preferred scheme, in a kind of test device of described earth fault earth leakage protective device, described area
Infrared induction device is reflection-type infrared sensor after preceding infrared induction device and area.
As a kind of preferred scheme, in a kind of test device of described earth fault earth leakage protective device, described area
Interior infrared induction device is correlation type infrared sensor, and its structure includes:Infrared transmitting tube and infrared receiving tube.
As a kind of preferred scheme, in a kind of test device of described earth fault earth leakage protective device, described production
Product separate pushes piston cylinder, test piston cylinder and substandard products in place with piston cylinder, jack test piston cylinder, a pair of contact connection
It is cylinder to release piston cylinder.
As a kind of preferred scheme, in a kind of test device of described earth fault earth leakage protective device, described production
Product separate is with push piston cylinder and substandard products release piston cylinder with piston cylinder, a pair of contact connection with piston cylinder, jack test
Double-piston rod-type cylinder.
As a kind of preferred scheme, in a kind of test device of described earth fault earth leakage protective device, described survey
Piston cylinder is pen type cylinder in place for examination.
The beneficial effects of the invention are as follows:Test device of the present invention, realized by conveyer belt and its drive device
GFCI automatic transmission, by the sensing GFCI of sensing device behind sensing device, interoceptor Jian He areas of area before area on transmission way
In position, point will open and keep off positioned at the GFCI of test section entrance both sides every mechanism by product zone and test on the outside of mouth
In GFCI travel line, by test station, mechanism is pointed to the GFCI of test section and is accurately positioned in place, then, passes through power supply
Contact portion mechanism is powered to GFCI, afterwards, by SR mechanism for testing, supply hub mechanism for testing to some of GFCI
Key index is tested, and can be shunted certified products and substandard products by substandard products ejecting mechanism.So it is achieved that GFCI was tested
Journey it is increasingly automated, greatly reduce the labor intensity of tester, also, testing efficiency greatly improved, reduce life
Produce cost.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of test device of the present invention.
Reference in Fig. 1 is:1st, test platform, 2, product zone every with cylinder, 21, separate connecting plate, 22, separate
Piece, 221, separate with guide ramp, 4, SR test reducing motor, 5, jack test cylinder, 51, test connection
Plate, 6, contact portion push cylinder, 61, product pushing plate, 7, substandard products release cylinder, 71, substandard products pushing plate, 81, red in area
Outer transmitting tube, 82, infrared receiving tube in area, 9, test cylinder in place, 10, infrared sensor before correlation type area, 11, correlation type area
Infrared sensor afterwards, 12, first support, 13, second support, the 14, the 3rd support, the 15, the 4th support, 16, conveyer belt.
Fig. 2 is GFCI dimensional structure diagram.
Reference in Fig. 2 is:3rd, earth fault earth leakage protective device, 31, forceful electric power jack, 32, earth jack, 34, multiple
Position button, 35, power input contact, 36, power supply output contact.
Embodiment
Below in conjunction with the accompanying drawings, a kind of tool of the test device of earth fault earth leakage protective device of the present invention is described in detail
Body embodiment:
As shown in figure 1, a kind of test device of earth fault earth leakage protective device of the present invention, its structure include:Machine
Frame (belong to the conventional techniques of this area, figure not shown in), test platform 1 is provided with and for conveying shown in Fig. 2 in frame
Earth fault earth leakage protective device 3 conveyer belt 16 and its drive device, offer and conveyer belt 16 on described test platform 1
The conveying resettlement groove being engaged, conveyer belt 16 are placed in the conveying resettlement groove so that the upper surface of conveyer belt 16 and test platform 1
Upper surface flush, be provided with SR mechanism for testing, supply hub mechanism for testing, test section on described test platform 1
Preceding induction mechanism, product zone are every mechanism, the survey in place of mechanism, power contact bindiny mechanism, test station induction mechanism, test station
Induction mechanism and substandard products ejecting mechanism behind examination area;The concrete structure of the SR mechanism for testing includes:It is flat to be arranged on test
The SR test reducing motor 4 of the top of platform 1, SR test is with the output shaft of reducing motor 4 with being located at test section
In earth fault earth leakage protective device 3 in SR 34 position it is corresponding;The supply hub mechanism for testing it is specific
Structure includes:It is arranged on the jack test cylinder 5 as jack test piston cylinder of the top of test platform 1, jack test
With test connecting plate 51 is provided with the piston rod of cylinder 5, tests on connecting plate 51 and be provided with and earth fault earth leakage protective device 3
On one group of supply hub (including two forceful electric power jacks 31 and an earth jack 32) correspond coordinate test contact pin (category
Conventional techniques in this area, not shown in figure);The concrete structure of induction mechanism includes before the test section:It is arranged on test
Infrared sensor 10 before the correlation type area as infrared induction device before area before area, the hair of infrared sensor 10 before correlation type area
Penetrate and receive direct of travel of the direction perpendicular to the conveyer belt 16;The product zone includes every the concrete structure of mechanism:Set
Before test section as product zone every with the product zone of piston cylinder, every with cylinder 2, product zone on the piston rod with cylinder 2 every leading to
Cross separate that connecting plate 21 is provided with horizontal direction arrangement separate piece 22, the end both sides for separating piece 22 are respectively arranged with and separate use
Guide ramp 221;The concrete structure of the power contact bindiny mechanism includes:A pair of opposing (face-to-face cloth of its piston rod
Put) the contact portion push cylinder 6 as contact portion push piston cylinder of resettlement groove both sides is being conveyed, contact portion is used
Product pushing plate 61 is provided with the piston rod of push cylinder 6, is provided with product pushing plate 61 and earth fault earth leakage protective
The corresponding power supply transfer contact in power input contact 35 and power supply output contact 36 on device 3 (belongs to the usual skill of this area
Art, not shown in figure);The concrete structure of the test station induction mechanism includes:It is infrared in area to be arranged on being used as test section
Infrared sensor in the reflection-type area of sensing device, its structure include:Infrared receiving tube 82 in infrared transmitting tube 81 and area in area,
Infrared receiving tube 82 receives direction and the traveling side of the conveyer belt 16 in the direction of the launch of infrared transmitting tube 81 and area in area
To vertical;The concrete structure of test station mechanism in place includes:Conduct perpendicular to the direct of travel of conveyer belt 16 arrangement is surveyed
Test cylinder 9 in place of examination piston cylinder in place, the top of conveyer belt 16 is placed in when the piston rod of test cylinder 9 in place stretches out,
Tested in place on the piston rod of cylinder 9 so that the GFCI shells positioned at test section are resisted against;Induction mechanism behind the test section
Concrete structure includes:Infrared sensor 11 behind the correlation type area as infrared induction device behind area behind test section is arranged on, it is right
Behind emitting area infrared sensor 11 transmitting and receive direction perpendicular to the conveyer belt 16 direct of travel;The substandard products are released
The concrete structure of mechanism includes:The substandard products that piston cylinder is released as substandard products perpendicular to the direct of travel of conveyer belt 16 arrangement release gas
Cylinder 7, substandard products are released and are provided with substandard products pushing plate 71 on the piston rod of cylinder 7.In the present embodiment, described product zone is every with gas
It is double-piston rod-type cylinder that cylinder 2, jack test cylinder 5, a pair of contact connection push cylinder 6 and substandard products, which release cylinder 7,;
Cylinder 9 is pen type cylinder in place for described test;Infrared sensor 10 and SR test are used before described correlation type area
Reducing motor 4 and jack test cylinder 5 are arranged on test platform 1 by first support 12;Infrared emission in described area
Pipe 81 is arranged on the infrared receiving tube 82 in the side of conveying resettlement groove, described area of test platform 1 by second support 13
Opposite side of the test platform 1 positioned at conveying resettlement groove is arranged on by the 3rd support 14;Infrared sensing behind described correlation type area
Device 11 is arranged on test platform 1 by the 4th support 15.
In summary, only presently preferred embodiments of the present invention, is not used for limiting the scope that the present invention is implemented, it is all according to
The equivalent changes and modifications that shape, construction, feature and spirit described in scope of the invention as claimed are made, this all should be included in
In the right of invention.