CN105571854A - Motion confirmation equipment used for detecting automobile door lock - Google Patents
Motion confirmation equipment used for detecting automobile door lock Download PDFInfo
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- CN105571854A CN105571854A CN201610120680.XA CN201610120680A CN105571854A CN 105571854 A CN105571854 A CN 105571854A CN 201610120680 A CN201610120680 A CN 201610120680A CN 105571854 A CN105571854 A CN 105571854A
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- G—PHYSICS
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- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M13/00—Testing of machine parts
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Abstract
The invention discloses a motion confirmation equipment used for detecting an automobile door lock. The motion confirmation equipment comprises a door lock mounting mechanism mounted on a framework board, a detection tool arranged above the door lock mounting mechanism, a lifting driving mechanism used for driving the detection tool for lifting, and a replacement mechanism used for replacing the detection tool, wherein the detection tool comprises an inner handle simulation assembly, an outer handle simulation assembly, a first stroke detection device used for monitoring motion stroke of the inner handle simulation assembly, and a second stroke detection device used for monitoring motion stroke of the outer handle simulation assembly. During operation, the automobile door lock is mounted on the door lock mounting mechanism, the detection tool is driven by the lifting driving mechanism to realize lifting, the door lock is unlocked through the inner and outer handle simulation assemblies, and the stroke data of the two handle simulation assemblies is acquired by the two stroke detection devices. The stroke data and the standard data are compared by a detector to determine whether the unlocking stroke of the automobile door lock is qualified.
Description
Technical field:
The present invention relates to Trend of Auto Manufacturing Technologies field, particularly, relating to a kind of confirming operation equipment for detecting automobile door lock.
Background technology
The door of automobile is generally provided with outer handle and Internal handle, and described Internal handle convenient operation person opens car door in car, and described outer handle convenient operation person opens car door outside car; Described outer handle is connected with car door lock with Internal handle.
Summary of the invention:
Technical matters solved by the invention: in the process that automobile door lock is detected, outer handle and Internal handle need be made door lock be in released state or locking state by action, and described outer handle and Internal handle much amplitudes of need moving can make door lock be in released state or locking state, then it is one of content of detecting of automobile door lock; Thus, designing which kind of equipment, accurately and rapidly can to complete above-mentioned Detection of content be technical matters to be solved by this invention.
For solving the problems of the technologies described above, the invention provides following technical scheme:
For detecting a confirming operation equipment for automobile door lock, comprising frame plate, the door lock clamping mechanism be arranged on frame plate, being positioned at detection tool above door lock clamping mechanism, for driving the lift drive mechanism detecting tool lifting;
Described detection tool comprises tool base plate, be arranged on Internal handle simulated assembly on tool base plate and outer handle simulated assembly, for drive the action of Internal handle simulated assembly and for measure Internal handle simulated assembly actuating length the first device for detecting distance of travel, for driving the action of outer handle simulated assembly and the second device for detecting distance of travel for measuring outer handle simulated assembly actuating length;
In above-mentioned detection tool, described Internal handle simulated assembly comprises the pivot joint base be fixed on tool base plate, the Internal handle simulating piece be articulated on pivot joint base, and described Internal handle simulating piece comprises with the first straight-bar and second straight-bar of the dish type articulated section of pivot joint base pivot joint, radial outstanding dish type articulated section, is arranged on the first straight-bar end and the first prominent driving lever downwards; Described jig base is offered the first gap, described first driving lever stretches into the first gap downwards;
In above-mentioned detection tool, described first device for detecting distance of travel comprise the first driving cylinder, drive cylinder piston rod to be fixedly connected with first first detect block, detect the readable cylinder of the first stroke that block is fixedly connected with first; Described first drives the cylinder body of cylinder and the cylinder body of the readable cylinder of the first stroke to be all fixed on tool base plate and is positioned at the side of Internal handle simulated assembly, and described first one end detecting block is flexibly connected with the end of the second straight-bar;
In above-mentioned detection tool, described outer handle simulated assembly comprises the articulated base be fixed on tool base plate, the outer handle simulating piece be hinged on articulated base, the second driving lever that described outer handle simulating piece comprises the articulated section hinged with articulated base, vertically arranges; Described jig base is offered the second gap, the bottom of described second driving lever stretches into the second gap downwards;
In above-mentioned detection tool, described second device for detecting distance of travel comprise the second driving cylinder, drive cylinder piston rod to be fixedly connected with second second detect block; Described second drives cylinder to be the readable cylinder of stroke, and second drives the cylinder body of cylinder to be fixed on tool base plate and be positioned at the side of outer handle simulated assembly, on the sidewall that described second one end detecting block is against the second driving lever and close to the top of the second driving lever;
Described lift drive mechanism comprises the lifting support be fixed on frame plate, is arranged on the 6th of lifting support top the crane driving cylinder, drive cylinder piston rod to be fixedly connected with the 6th; Described crane comprise drive cylinder piston rod to be fixedly connected with the 6th lifting top board, be fixed on be elevated top board both sides be elevated side plate a pair; A pair lifting side plate is parallel to each other, and a pair lifting side plate offers level and a pair chute in opposite directions, and the both sides of the tool base plate of described detection tool coordinate with a pair chute;
Described replacing mechanism to be arranged on frame plate and to be positioned at the side of door lock clamping mechanism, described replacing mechanism comprises and is fixed on the first support riser on frame plate and the second support riser, be fixed on the first upper rail on the first support riser same side and the first lower guideway, be fixed on the second upper rail on the second support riser same side and the second lower guideway, described first upper rail is obliquely installed, described first lower guideway is made up of the first horizontal guide rail and the first inclined guide rails, first horizontal guide rail and the first inclined guide rails form V-shaped, first horizontal guide rail is positioned at the below of the first upper rail, high-end close to the first inclined guide rails of the low side of the first upper rail be obliquely installed, the low side of the first upper rail and the first inclined guide rails high-end between gap can hold a detection tool and pass through, the high-end of first inclined guide rails establishes the first surface level, first surface level and a pair chute be elevated for a pair on side plate contour, the low side of the first upper rail is higher than the first surface level, described second upper rail and the first upper rail are symmetrical set, and the second lower guideway and the first lower guideway are symmetrical set,
In above-mentioned replacing mechanism, described first upper rail is provided with the first plug housing and the first base, in first plug housing, activity plugs the first pin, the bottom of the first pin connects the first spring, the bottom of the first spring is connected on the first base, under the elastic force of the first spring, the described first tip height sold is higher than the guide pass height of the first upper rail;
In above-mentioned replacing mechanism, described first support riser is provided with the first horizontal slide rail, first horizontal slide rail and the first lower guideway lay respectively on the two sides of the first support riser, described first horizontal slide rail is sliding combined with the first cross sliding clock, first cross sliding clock is provided with the first slide bar, described first support riser offers the first bar shaped gap, and described first sliding bar is engaged in the first bar shaped gap, and the first slide bar is positioned at the top of the guide pass of the first horizontal guide rail; Described first support riser is provided with the first elastic threads, and the first elastic threads is connected with the first cross sliding clock;
In above-mentioned replacing mechanism, described first cross sliding clock is connected by a flexible strand with the first bottom of selling.
By technique scheme, the principle of work of a kind of confirming operation equipment for detecting automobile door lock of the present invention is as follows:
The first, automobile door lock is by clamping on door lock clamping mechanism, and the door interlock switch be connected with Internal handle upward; Afterwards, lift drive mechanism drives and detects tool decline, the door interlock switch be connected with Internal handle is stretched in the bottom of the first driving lever, first drives air cylinder driven first to detect block rectilinear movement, first detects block drives Internal handle simulating piece to rotate by the second straight-bar, and the first straight-bar rotates, and the first driving lever simulation Internal handle makes arcuate movement, unlock the door interlock switch be connected with Internal handle, testing staff obtains the run-length data of the first driving lever by the readable cylinder of the first stroke.
The second, automobile door lock is by clamping on door lock clamping mechanism, and the door interlock switch be connected with outer handle upward; Afterwards, lift drive mechanism drives and detects tool decline, the door interlock switch be connected with outer handle is stretched in the bottom of the second driving lever, second drives air cylinder driven second to detect block rectilinear movement, second detects block drives the second driving lever tilting, and the outer handle of the second driving lever simulation pair door interlock switch be connected with outer handle unlocks; Because second drives cylinder to be the readable cylinder of stroke, therefore, testing staff drives cylinder to obtain the run-length data of the second driving lever by second.
3rd, described detection tool level is plugged in a pair chute, and particularly, the both sides detecting the tool base plate of tool are fastened in a pair chute; When testing staff need change and detect tool, the detection tool be plugged in a pair chute is slipped into the low side of the first upper rail and the first inclined guide rails high-end between gap, detect tool and slide to the first horizontal guide rail under the first inclined guide rails; Meanwhile, another detects tool and is placed on the first upper rail, and is stopped by the first pin and can not glide along the first upper rail; The detection tool slided under the first inclined guide rails on the first horizontal guide rail promotes the first slide bar under the effect of inertia, first slide bar drives the first cross sliding clock translation, first cross sliding clock of translation pulls flexible strand, flexible strand pulls the first pin, first pin descending, its top lower than the guide pass of the first upper rail, so, another on the first upper rail detects tool downslide, slips in a pair chute of a pair lifting side plate after the first surface level.Design like this, described replacing mechanism can facilitate testing staff to change the detection tool of different model.
By technique scheme, the Internal handle of the first driving lever simulation car door of a kind of confirming operation equipment for detecting automobile door lock of the present invention unlocks car door lock, and the readable cylinder of the first stroke reads the stroke of the first driving lever; The outer handle of described second driving lever simulation car door unlocks car door lock, and second drives cylinder to read the stroke of the second driving lever.The run-length data of the first driving lever and the second driving lever and normal data compare by testing staff can judge that whether the unblock stroke of car door lock is qualified.
As the explanation of the present invention to technique scheme, described first support riser and the second support riser are symmetrical set, that is, the structure of the first support riser and the second support riser and shape symmetrical; Described second upper rail and the first upper rail are symmetrical set, second lower guideway and the first lower guideway are symmetrical set, that is, the structure of the second upper rail and the first upper rail and shape symmetrical, structure and the shape of the second lower guideway and the first lower guideway are symmetrical.The guide pass of described first upper rail, namely detects the plane that tool runs on the first upper rail, and namely the first upper rail supports the plane detecting tool and run thereon.
As the present invention, the one of door lock clamping mechanism illustrated, described door lock clamping mechanism comprises the clamping base plate be fixed on frame plate, the first slide rail be fixed on clamping base plate, the clamping substrate be slidably fitted on the first slide rail, cylinder body to be fixed on clamping base plate that piston rod is fixedly connected with clamping substrate the 3rd drives cylinder, be arranged on door lock supporting component on clamping substrate and door lock arrangements of electric connection; Described door lock arrangements of electric connection comprises the electrical connection base plate be fixed on clamping substrate, be arranged on electrical connection base plate and a pair first arrangements of electric connections be symmetrical set, be arranged on electrical connection base plate and a pair second arrangements of electric connections be symmetrical set, be arranged on electrical connection base plate and rotatably compress cylinder a pair that is symmetrical set; Described first arrangements of electric connection comprises the first electric cylinder, the first movable plate be fixed on the first electric cylinder piston be fixed on electrical connection base plate, is fixed on the four-wheel drive cylinder on the first movable plate, the first electrical connection module be fixed on four-wheel drive cylinder piston; The described cylinder that rotatably compresses for a pair is arranged on the first movable plate of a pair first arrangements of electric connections in man-to-man mode; Described second arrangements of electric connection comprises the 5th driving cylinder be fixed on electrical connection base plate, the second electrical connection module be arranged on the 5th driving cylinder piston rod.
As described above, the described 3rd drives cylinder that clamping substrate can be driven to move horizontally along the first slide rail, is positioned at after on door lock supporting component by car door lock to be checked, rotatably compresses cylinder for a pair and be fixed on by car door lock on door lock supporting component testing staff; Afterwards, the interface that is electrically connected that four-wheel drive cylinder orders about the first electrical connection module corresponding to car door lock connects, and similarly, the 5th interface that is electrically connected driving cylinder to order about the second electrical connection module corresponding to car door lock connects; Afterwards, the 3rd drive cylinder order about clamping substrate and on car door lock be positioned at and detect immediately below tool, decline to detect tool car door lock detected.Wherein, described first electric cylinder is for adjusting the first electrical connection module and rotatably compressing the position of cylinder, to adapt to the car door lock of different model.
Based on above-mentioned explanation, as the present invention's further illustrating door lock clamping mechanism, described door lock supporting component comprises main supporting component and secondary supporting component; Described main supporting component comprises the second electric cylinder be fixed on clamping substrate, the main back-up block be fixed on the second electric cylinder piston; Described secondary supporting component comprises the secondary support baseboard be fixed on clamping substrate, be arranged on secondary register pin on secondary support baseboard and secondary support column; Described secondary support baseboard offers the 3rd gap, and described secondary support baseboard is positioned at the top of the second electric cylinder and main back-up block is positioned at the 3rd gap.
As described above, described main back-up block, secondary register pin and secondary support column are all for supporting and location car door lock; Described second electric cylinder can order about main back-up block and move in the 3rd gap, enables door lock supporting component supported cart door lock exactly, and even can support the car door lock of polytypic.
As the present invention to the one explanation detecting tool, described lifting top board is provided with the 7th and drives cylinder, 7th drives the piston rod of cylinder to be provided with the first power lug, the first gas-tpe fitting and register pin, and the described 7th drives air cylinder driven power lug, gas-tpe fitting and register pin lifting; Described tool base plate is provided with the second power lug coordinated with the first power lug, the second gas-tpe fitting, the reference column that coordinate with the first gas-tpe fitting; The pilot hole with detent fit is offered at the top of described reference column.
As described above, change the detection tool of different model testing staff after, it is descending that 7th driving cylinder orders about the first power lug, the first gas-tpe fitting and register pin, coordinates respectively with the pilot hole on the second power lug detected on tool, the second gas-tpe fitting and reference column.The cooperation of described first power lug and the second power lug is used for electrical connection, and described first gas-tpe fitting is used for gas with the cooperation of the second gas-tpe fitting and is connected.
As the present invention, the one detecting tool is illustrated, described detection tool also comprise be arranged on the second Internal handle simulated assembly on tool base plate and the second outer handle simulated assembly, for drive the second Internal handle simulated assembly action and for measure the second Internal handle simulated assembly actuating length third trip pick-up unit, for driving the second outer handle simulated assembly action and fourth line journey pick-up unit for measuring the second outer handle simulated assembly actuating length; Described second Internal handle simulated assembly comprises the second Internal handle simulating piece be articulated on pivot joint base, and described second Internal handle simulating piece comprises with the 3rd straight-bar and the 4th straight-bar of the second dish type articulated section of pivot joint base pivot joint, radial outstanding second dish type articulated section, is arranged on the 3rd straight-bar end and the 3rd prominent driving lever downwards; Described 3rd driving lever stretches into the first gap downwards; Described third trip pick-up unit comprise the 8th drive cylinder, drive cylinder piston rod to be fixedly connected with the 8th the 3rd detect block, detect the readable cylinder of third trip that block is fixedly connected with the 3rd; Described 8th drives the cylinder body of cylinder and the cylinder body of the readable cylinder of third trip to be all fixed on tool base plate and is positioned at the side of the second Internal handle simulated assembly, and the described 3rd one end detecting block is flexibly connected with the end of the 4th straight-bar; Described second outer handle simulated assembly comprises the second articulated base be fixed on tool base plate, the second outer handle simulating piece be hinged on the second articulated base, the 4th driving lever that described second outer handle simulating piece comprises second articulated section hinged with the second articulated base, vertically arranges; Described jig base is offered the 4th gap, the bottom of described 4th driving lever stretches into the 4th gap downwards; Described fourth line journey pick-up unit comprise the 9th drive cylinder, drive cylinder piston rod to be fixedly connected with the 9th the 4th detect block; Described 9th drives cylinder to be the readable cylinder of stroke, and the 9th drives the cylinder body of cylinder to be fixed on tool base plate and be positioned at the side of the second outer handle simulated assembly, on the sidewall that one end of described 4th detection block is against the 4th driving lever and close to the top of the 4th driving lever.
As described above, described second Internal handle simulated assembly is identical with the structure of Internal handle simulated assembly, and the second Internal handle simulating piece and Internal handle simulating piece are coaxially articulated on pivot joint base; Described second outer handle simulated assembly is identical with the structure of outer handle simulated assembly; Described third trip pick-up unit is identical with the structure of the first device for detecting distance of travel; Described fourth line journey pick-up unit is identical with the structure of the second device for detecting distance of travel.Setting up of above-mentioned second Internal handle simulated assembly, the second outer handle simulated assembly, third trip pick-up unit, fourth line journey pick-up unit is that conveniently the car door lock of testing staff to different model detects.
As the present invention to the one explanation changing mechanism, described first support riser is fixed with the first fixed flat planar, the bottom of the first fixed flat planar is connected with the first elastic lifting flat board by the second spring, first elastic lifting flat board is positioned at the top of the first horizontal guide rail, and the distance between the first elastic lifting flat board and the first horizontal guide rail equals the thickness of tool base plate.As described above, the detection tool that first horizontal guide rail runs passes the gap of the first elastic lifting flat board and the first horizontal guide rail, first elastic lifting flat board can carry out reduction of speed to detection tool, simultaneously, dull and stereotyped and the first horizontal guide rail clamps by the first elastic lifting to detect tool, and its stability on the first horizontal guide rail is improved.
As the present invention to the one explanation changing mechanism, the low side of the first upper rail be obliquely installed and the first inclined guide rails high-end between be provided with a L shape block, L shape block is articulated on the first support riser, and L shape block connects with the first motor be arranged on the first support riser.As described above, described first motor can drive L shape block to rotate, the gap between the high-end and low side of the first upper rail of L shape block shutoff first inclined guide rails.
Accompanying drawing illustrates:
Below in conjunction with accompanying drawing, the present invention is described further:
Fig. 1 is the structural representation of a kind of confirming operation equipment for detecting automobile door lock of the present invention;
Fig. 2 is that in Fig. 1, a kind of confirming operation equipment for detecting automobile door lock conceals the structural representation after peripheral frame;
Fig. 3 is the structural representation of lift drive mechanism 30 in Fig. 2;
Fig. 4 is the planar structure schematic diagram observing lift drive mechanism 30 gained in Fig. 3 from right side;
Fig. 5 is the structural representation of door lock arrangements of electric connection 16 in door lock clamping mechanism 10 in Fig. 2;
Fig. 6 is the structural representation of the main supporting component 151 of door lock supporting component 15 in door lock clamping mechanism 10 in Fig. 2;
Fig. 7 is the structural representation of the secondary supporting component 152 of door lock supporting component 15 in door lock clamping mechanism 10 in Fig. 2;
Fig. 8 is the structural representation detecting tool 20 in Fig. 2;
Fig. 9 is the structural representation changing mechanism 40 in Fig. 2;
Figure 10 observes the planar structure schematic diagram changing mechanism 40 gained from right front in Fig. 9.
Symbol description in figure:
10, door lock clamping mechanism; 11, clamping base plate; 12, the first slide rail; 13, clamping substrate; 14, the 3rd cylinder is driven; 15, door lock supporting component; 151, main supporting component; 152, secondary supporting component; 153, the second electric cylinder; 154, main back-up block; 155, secondary support baseboard; 156, the 3rd gap; 16, door lock arrangements of electric connection; 161, base plate is electrically connected; 162, cylinder is rotatably compressed; 163, the first electric cylinder; 164, the first movable plate; 165, four-wheel drive cylinder; 166, the first electrical connection module; 167, the 5th cylinder is driven; 168, the second electrical connection module;
20, tool is detected; 21, tool base plate; 211, the first gap; 212, the second gap; 22, Internal handle simulating piece; 221, dish type articulated section; 222, the first straight-bar; 223, the second straight-bar; 224, the first driving lever; 23, first cylinder is driven; 231, first block is detected; 232, the readable cylinder of the first stroke; 24, articulated base; 25, outer handle simulating piece; 251, the second driving lever; 26, second cylinder is driven; 261, second block is detected; 27, the 7th cylinder is driven; 271, the first power lug; 272, the first gas-tpe fitting; 273, register pin; 281, the second power lug; 282, the second gas-tpe fitting; 283, reference column;
201, the second Internal handle simulated assembly; 202, the second outer handle simulated assembly; 203, third trip pick-up unit; 204, fourth line journey pick-up unit;
30, lift drive mechanism; 31, lifting support; 32, the 6th cylinder is driven; 33, crane; 34, top board is elevated; 35, side plate is elevated; 350, chute;
40, mechanism is changed; 41, the first support riser; 410, the second support riser; 42, the first upper rail; 43, the first lower guideway; 431, the first horizontal guide rail; 432, the first inclined guide rails; 433, the first surface level; 44, the first plug housing; 441, the first base; 442, the first pin; 443, the first spring; 45, the first cross sliding clock; 451, the first slide bar; 46, the first fixed flat planar; 461, the first elastic lifting is dull and stereotyped; 47, L shape block.
Embodiment:
Composition graphs 1, Fig. 2, for detecting a confirming operation equipment for automobile door lock, comprise frame plate, the door lock clamping mechanism 10 be arranged on frame plate, be positioned at detection tool 20 above door lock clamping mechanism, for drive detect tool lifting lift drive mechanism 30, for changing the replacing mechanism 40 detecting tool.
As Fig. 8, described detection tool 20 comprises tool base plate 21, be arranged on Internal handle simulated assembly on tool base plate and outer handle simulated assembly, for drive the action of Internal handle simulated assembly and for measure Internal handle simulated assembly actuating length the first device for detecting distance of travel, for driving the action of outer handle simulated assembly and the second device for detecting distance of travel for measuring outer handle simulated assembly actuating length.
In above-mentioned detection tool 20, described Internal handle simulated assembly comprises the pivot joint base be fixed on tool base plate, the Internal handle simulating piece 22 be articulated on pivot joint base, and described Internal handle simulating piece comprises with the first straight-bar 222 and second straight-bar 223 of the dish type articulated section 221 of pivot joint base pivot joint, radial outstanding dish type articulated section, is arranged on the first straight-bar end and the first prominent driving lever 224 downwards; Described jig base is offered the first gap 211, described first driving lever stretches into the first gap downwards.Described first device for detecting distance of travel comprise the first driving cylinder 23, drive cylinder piston rod to be fixedly connected with first first detect block 231, detect the readable cylinder 232 of the first stroke that block is fixedly connected with first; Described first drives the cylinder body of cylinder and the cylinder body of the readable cylinder of the first stroke to be all fixed on tool base plate and is positioned at the side of Internal handle simulated assembly, and described first one end detecting block is flexibly connected with the end of the second straight-bar.
In above-mentioned detection tool 20, described outer handle simulated assembly comprises the articulated base 24 be fixed on tool base plate, the outer handle simulating piece 25 be hinged on articulated base, the second driving lever 251 that described outer handle simulating piece comprises the articulated section hinged with articulated base, vertically arranges; Described jig base is offered the second gap 212, the bottom of described second driving lever stretches into the second gap downwards.Described second device for detecting distance of travel comprise the second driving cylinder 26, drive cylinder piston rod to be fixedly connected with second second detect block 261; Described second drives cylinder to be the readable cylinder of stroke, and second drives the cylinder body of cylinder to be fixed on tool base plate and be positioned at the side of outer handle simulated assembly, on the sidewall that described second one end detecting block is against the second driving lever and close to the top of the second driving lever.
Described detection tool 20 also comprise be arranged on the second Internal handle simulated assembly 201 on tool base plate 21 and the second outer handle simulated assembly 202, for drive the second Internal handle simulated assembly action and for measure the second Internal handle simulated assembly actuating length third trip pick-up unit 203, for driving the second outer handle simulated assembly action and fourth line journey pick-up unit 204 for measuring the second outer handle simulated assembly actuating length.Described second Internal handle simulated assembly comprises the second Internal handle simulating piece be articulated on pivot joint base, and described second Internal handle simulating piece comprises with the 3rd straight-bar and the 4th straight-bar of the second dish type articulated section of pivot joint base pivot joint, radial outstanding second dish type articulated section, is arranged on the 3rd straight-bar end and the 3rd prominent driving lever downwards; Described 3rd driving lever stretches into the first gap downwards.Described third trip pick-up unit comprise the 8th drive cylinder, drive cylinder piston rod to be fixedly connected with the 8th the 3rd detect block, detect the readable cylinder of third trip that block is fixedly connected with the 3rd; Described 8th drives the cylinder body of cylinder and the cylinder body of the readable cylinder of third trip to be all fixed on tool base plate and is positioned at the side of the second Internal handle simulated assembly, and the described 3rd one end detecting block is flexibly connected with the end of the 4th straight-bar.Described second outer handle simulated assembly comprises the second articulated base be fixed on tool base plate, the second outer handle simulating piece be hinged on the second articulated base, the 4th driving lever that described second outer handle simulating piece comprises second articulated section hinged with the second articulated base, vertically arranges; Described jig base is offered the 4th gap, the bottom of described 4th driving lever stretches into the 4th gap downwards.Described fourth line journey pick-up unit comprise the 9th drive cylinder, drive cylinder piston rod to be fixedly connected with the 9th the 4th detect block; Described 9th drives cylinder to be the readable cylinder of stroke, and the 9th drives the cylinder body of cylinder to be fixed on tool base plate and be positioned at the side of the second outer handle simulated assembly, on the sidewall that one end of described 4th detection block is against the 4th driving lever and close to the top of the 4th driving lever.
Composition graphs 2, Fig. 5 to Fig. 7, the described door lock clamping mechanism 10 comprises the clamping base plate 11 be fixed on frame plate, the first slide rail 12 be fixed on clamping base plate, the clamping substrate 13 be slidably fitted on the first slide rail, cylinder body to be fixed on clamping base plate that piston rod is fixedly connected with clamping substrate the 3rd drive cylinder 14, be arranged on door lock supporting component 15 on clamping substrate and door lock arrangements of electric connection 16.
In above-mentioned door lock clamping mechanism 10, described door lock arrangements of electric connection comprises the electrical connection base plate 161 be fixed on clamping substrate, be arranged on electrical connection base plate and a pair first arrangements of electric connections be symmetrical set, be arranged on electrical connection base plate and a pair second arrangements of electric connections be symmetrical set, be arranged on electrical connection base plate and rotatably compress cylinder 162 for a pair that is symmetrical set; Described first arrangements of electric connection comprises the first electric cylinder 163 be fixed on electrical connection base plate, is fixed on the first movable plate 164 on the first electric cylinder piston, the four-wheel drive cylinder 165 be fixed on the first movable plate, the first electrical connection module 166 be fixed on four-wheel drive cylinder piston; The described cylinder that rotatably compresses for a pair is arranged on the first movable plate of a pair first arrangements of electric connections in man-to-man mode; Described second arrangements of electric connection comprises the 5th driving cylinder 167 be fixed on electrical connection base plate, the second electrical connection module 168 be arranged on the 5th driving cylinder piston rod.
In above-mentioned door lock clamping mechanism 10, described door lock supporting component 15 comprises main supporting component 151 and secondary supporting component 152; Described main supporting component comprises the second electric cylinder 153 be fixed on clamping substrate 13, the main back-up block 154 be fixed on the second electric cylinder piston; Described secondary supporting component comprises the secondary support baseboard 155 be fixed on clamping substrate, be arranged on secondary register pin on secondary support baseboard and secondary support column; Described secondary support baseboard offers the 3rd gap 156, and described secondary support baseboard is positioned at the top of the second electric cylinder and main back-up block is positioned at the 3rd gap.
Composition graphs 3, Fig. 4, described lift drive mechanism 30 comprises the lifting support 31 be fixed on frame plate, is arranged on the 6th of lifting support top the crane 33 driving cylinder 32, drive cylinder piston rod to be fixedly connected with the 6th.Described crane comprise drive cylinder piston rod to be fixedly connected with the 6th lifting top board 34, be fixed on be elevated top board both sides be elevated side plate 35 a pair; A pair lifting side plate is parallel to each other, and a pair lifting side plate offers level and a pair chute 350 in opposite directions, and the both sides of the tool base plate 21 of described detection tool coordinate with a pair chute.
Composition graphs 3, Fig. 4, Fig. 8, described lifting top board 34 is provided with the 7th and drives cylinder 27,7th drives the piston rod of cylinder to be provided with the first power lug 271, first gas-tpe fitting 272 and register pin 273, and the described 7th drives air cylinder driven power lug, gas-tpe fitting and register pin lifting.Described tool base plate 21 is provided with the second power lug 281 coordinated with the first power lug, the second gas-tpe fitting 282, the reference column 283 that coordinate with the first gas-tpe fitting; The pilot hole with detent fit is offered at the top of described reference column.
Composition graphs 1, Fig. 2, described replacing mechanism 40 to be arranged on frame plate and to be positioned at the side of door lock clamping mechanism, composition graphs 9, Figure 10, described replacing mechanism comprises the first support riser 41 and the second support riser 410 be fixed on frame plate, be fixed on the first upper rail 42 and the first lower guideway 43 on the first support riser same side, be fixed on the second upper rail on the second support riser same side and the second lower guideway, described first upper rail is obliquely installed, described first lower guideway is made up of the first horizontal guide rail 431 and the first inclined guide rails 432, first horizontal guide rail and the first inclined guide rails form V-shaped, first horizontal guide rail is positioned at the below of the first upper rail, high-end close to the first inclined guide rails of the low side of the first upper rail be obliquely installed, the low side of the first upper rail and the first inclined guide rails high-end between gap can hold a detection tool and pass through, the high-end of first inclined guide rails establishes the first surface level 433, first surface level and a pair chute be elevated for a pair on side plate contour, the low side of the first upper rail is higher than the first surface level, described second upper rail and the first upper rail are symmetrical set, and the second lower guideway and the first lower guideway are symmetrical set.In above-mentioned replacing mechanism, described first upper rail is provided with the first plug housing 44 and the first base 441, in first plug housing, activity plugs the first pin 442, the bottom of the first pin connects the first spring 443, the bottom of the first spring is connected on the first base, under the elastic force of the first spring, the described first tip height sold is higher than the guide pass height of the first upper rail.In above-mentioned replacing mechanism, described first support riser is provided with the first horizontal slide rail, first horizontal slide rail and the first lower guideway lay respectively on the two sides of the first support riser, described first horizontal slide rail is sliding combined with the first cross sliding clock 45, first cross sliding clock is provided with the first slide bar 451, described first support riser offers the first bar shaped gap, and described first sliding bar is engaged in the first bar shaped gap, and the first slide bar is positioned at the top of the guide pass of the first horizontal guide rail; Described first support riser is provided with the first elastic threads, and the first elastic threads is connected with the first cross sliding clock.In above-mentioned replacing mechanism, described first cross sliding clock is connected by a flexible strand with the first bottom of selling.
In above-mentioned replacing mechanism 40, described first support riser 41 is fixed with the first fixed flat planar 46, the bottom of the first fixed flat planar is connected with the first elastic lifting flat board 461 by the second spring, first elastic lifting flat board is positioned at the top of the first horizontal guide rail 431, and the distance between the first elastic lifting flat board and the first horizontal guide rail equals the thickness of tool base plate 21.
In above-mentioned replacing mechanism 40, the low side of the first upper rail 42 be obliquely installed and the first inclined guide rails 432 high-end between be provided with a L shape block 47, L shape block is articulated on the first support riser 41, and L shape block connects with the first motor be arranged on the first support riser.
In practical operation, the workflow of a kind of confirming operation equipment for detecting automobile door lock of the present invention is as follows:
The first, automobile door lock is by clamping on door lock clamping mechanism 10, and the door interlock switch be connected with Internal handle upward; Afterwards, the 7th drive cylinder 27 drive the first power lug 271, first gas-tpe fitting 272 and register pin 273 descending, coordinate with the second power lug 281, the second gas-tpe fitting 282 coordinated with the first gas-tpe fitting, reference column 283 respectively; Afterwards, lift drive mechanism 30 drives detection tool 20 to decline, the door interlock switch be connected with Internal handle is stretched in the bottom of the first driving lever 224, first drives cylinder 23 to drive the first detection block 231 to move linearly, first detects block 231 drives Internal handle simulating piece 22 to rotate by the second straight-bar 223, first straight-bar 222 rotates, first driving lever 224 is simulated Internal handle and is made arcuate movement, unlock the door interlock switch be connected with Internal handle, testing staff obtains the run-length data of the first driving lever 224 by the readable cylinder 232 of the first stroke.
The second, automobile door lock is by clamping on door lock clamping mechanism 10, and the door interlock switch be connected with outer handle upward; Afterwards, lift drive mechanism 30 drives detection tool 20 to decline, the door interlock switch be connected with outer handle is stretched in the bottom of the second driving lever 251, second drives cylinder 26 to drive the second detection block 261 to move linearly, second detects block drives the second driving lever 251 tilting, and the outer handle of the second driving lever simulation pair door interlock switch be connected with outer handle unlocks; Testing staff drives cylinder 26 to obtain the run-length data of the second driving lever 251 by second.
Above content is only better embodiment of the present invention, and for those of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, this description should not be construed as limitation of the present invention.
Claims (7)
1. for detecting a confirming operation equipment for automobile door lock, comprise frame plate, the door lock clamping mechanism (10) be arranged on frame plate, be positioned at detection tool (20) above door lock clamping mechanism, for drive detect tool lifting lift drive mechanism (30), for changing the replacing mechanism (40) detecting tool; It is characterized in that:
Described detection tool (20) comprises tool base plate (21), be arranged on Internal handle simulated assembly on tool base plate and outer handle simulated assembly, for drive the action of Internal handle simulated assembly and for measure Internal handle simulated assembly actuating length the first device for detecting distance of travel, for driving the action of outer handle simulated assembly and the second device for detecting distance of travel for measuring outer handle simulated assembly actuating length;
In above-mentioned detection tool, described Internal handle simulated assembly comprises the pivot joint base be fixed on tool base plate, the Internal handle simulating piece (22) be articulated on pivot joint base, and described Internal handle simulating piece comprises with the first straight-bar (222) and second straight-bar (223) of the dish type articulated section (221) of pivot joint base pivot joint, radial outstanding dish type articulated section, is arranged on the first straight-bar end and prominent the first driving lever (224) downwards; Described jig base is offered the first gap (211), described first driving lever stretches into the first gap downwards;
In above-mentioned detection tool, described first device for detecting distance of travel comprise the first driving cylinder (23), drive cylinder piston rod to be fixedly connected with first first detect block (231), detect the readable cylinder of the first stroke (232) that block is fixedly connected with first; Described first drives the cylinder body of cylinder and the cylinder body of the readable cylinder of the first stroke to be all fixed on tool base plate and is positioned at the side of Internal handle simulated assembly, and described first one end detecting block is flexibly connected with the end of the second straight-bar;
In above-mentioned detection tool, described outer handle simulated assembly comprises the articulated base (24) be fixed on tool base plate, the outer handle simulating piece (25) be hinged on articulated base, the second driving lever (251) that described outer handle simulating piece comprises the articulated section hinged with articulated base, vertically arranges; Described jig base is offered the second gap (212), the bottom of described second driving lever stretches into the second gap downwards;
In above-mentioned detection tool, described second device for detecting distance of travel comprise the second driving cylinder (26), drive cylinder piston rod to be fixedly connected with second second detect block (261); Described second drives cylinder to be the readable cylinder of stroke, and second drives the cylinder body of cylinder to be fixed on tool base plate and be positioned at the side of outer handle simulated assembly, on the sidewall that described second one end detecting block is against the second driving lever and close to the top of the second driving lever;
Described lift drive mechanism (30) comprises the lifting support (31) be fixed on frame plate, is arranged on the 6th of lifting support top the crane (33) driving cylinder (32), drive cylinder piston rod to be fixedly connected with the 6th; Described crane comprise drive cylinder piston rod to be fixedly connected with the 6th lifting top board (34), be fixed on be elevated top board both sides be elevated side plate (35) for a pair; A pair lifting side plate is parallel to each other, and a pair lifting side plate offers level and a pair chute (350) in opposite directions, and the both sides of the tool base plate (21) of described detection tool coordinate with a pair chute;
Described replacing mechanism (40) to be arranged on frame plate and to be positioned at the side of door lock clamping mechanism, described replacing mechanism comprises and is fixed on the first support riser (41) on frame plate and the second support riser (410), be fixed on the first upper rail (42) on the first support riser same side and the first lower guideway (43), be fixed on the second upper rail on the second support riser same side and the second lower guideway, described first upper rail is obliquely installed, described first lower guideway is made up of the first horizontal guide rail (431) and the first inclined guide rails (432), first horizontal guide rail and the first inclined guide rails form V-shaped, first horizontal guide rail is positioned at the below of the first upper rail, high-end close to the first inclined guide rails of the low side of the first upper rail be obliquely installed, the low side of the first upper rail and the first inclined guide rails high-end between gap can hold a detection tool and pass through, the high-end of first inclined guide rails establishes the first surface level (433), first surface level and a pair chute be elevated for a pair on side plate contour, the low side of the first upper rail is higher than the first surface level, described second upper rail and the first upper rail are symmetrical set, and the second lower guideway and the first lower guideway are symmetrical set,
In above-mentioned replacing mechanism, described first upper rail is provided with the first plug housing (44) and the first base (441), in first plug housing, activity plugs the first pin (442), the bottom of the first pin connects the first spring (443), the bottom of the first spring is connected on the first base, under the elastic force of the first spring, the described first tip height sold is higher than the guide pass height of the first upper rail;
In above-mentioned replacing mechanism, described first support riser is provided with the first horizontal slide rail, first horizontal slide rail and the first lower guideway lay respectively on the two sides of the first support riser, described first horizontal slide rail is sliding combined with the first cross sliding clock (45), first cross sliding clock is provided with the first slide bar (451), described first support riser offers the first bar shaped gap, described first sliding bar is engaged in the first bar shaped gap, and the first slide bar is positioned at the top of the guide pass of the first horizontal guide rail; Described first support riser is provided with the first elastic threads, and the first elastic threads is connected with the first cross sliding clock;
In above-mentioned replacing mechanism, described first cross sliding clock is connected by a flexible strand with the first bottom of selling.
2. a kind of confirming operation equipment for detecting automobile door lock as claimed in claim 1, is characterized in that: the described door lock clamping mechanism (10) comprises the clamping base plate (11) be fixed on frame plate, the first slide rail (12) be fixed on clamping base plate, the clamping substrate (13) be slidably fitted on the first slide rail, cylinder body to be fixed on clamping base plate that piston rod is fixedly connected with clamping substrate the 3rd drive cylinder (14), be arranged on door lock supporting component (15) on clamping substrate and door lock arrangements of electric connection (16);
Described door lock arrangements of electric connection comprises the electrical connection base plate (161) be fixed on clamping substrate, be arranged on electrical connection base plate and a pair first arrangements of electric connections be symmetrical set, be arranged on electrical connection base plate and a pair second arrangements of electric connections be symmetrical set, be arranged on electrical connection base plate and rotatably compress cylinder (162) for a pair that is symmetrical set; Described first arrangements of electric connection comprises the first electric cylinder (163) be fixed on electrical connection base plate, is fixed on the first movable plate (164) on the first electric cylinder piston, the four-wheel drive cylinder (165) be fixed on the first movable plate, the first electrical connection module (166) be fixed on four-wheel drive cylinder piston; The described cylinder that rotatably compresses for a pair is arranged on the first movable plate of a pair first arrangements of electric connections in man-to-man mode; Described second arrangements of electric connection comprises the 5th driving cylinder (167) be fixed on electrical connection base plate, the second electrical connection module (168) be arranged on the 5th driving cylinder piston rod.
3. a kind of confirming operation equipment for detecting automobile door lock as claimed in claim 2, is characterized in that: described door lock supporting component (15) comprises main supporting component (151) and secondary supporting component (152); Described main supporting component comprises the second electric cylinder (153) be fixed on clamping substrate (13), the main back-up block (154) be fixed on the second electric cylinder piston; Described secondary supporting component comprises the secondary support baseboard (155) be fixed on clamping substrate, be arranged on secondary register pin on secondary support baseboard and secondary support column; Described secondary support baseboard offers the 3rd gap (156), and described secondary support baseboard is positioned at the top of the second electric cylinder and main back-up block is positioned at the 3rd gap.
4. a kind of confirming operation equipment for detecting automobile door lock as claimed in claim 1, it is characterized in that: described lifting top board (34) is provided with the 7th and drives cylinder (27), 7th drives the piston rod of cylinder to be provided with the first power lug (271), the first gas-tpe fitting (272) and register pin (273), and the described 7th drives air cylinder driven power lug, gas-tpe fitting and register pin lifting;
Described tool base plate (21) is provided with the second power lug (281) coordinated with the first power lug, the second gas-tpe fitting (282) coordinated with the first gas-tpe fitting, reference column (283); The pilot hole with detent fit is offered at the top of described reference column.
5. a kind of confirming operation equipment for detecting automobile door lock as claimed in claim 1, it is characterized in that: described detection tool (20) also comprises and is arranged on the second Internal handle simulated assembly (201) on tool base plate (21) and the second outer handle simulated assembly (202), for driving the second Internal handle simulated assembly action and third trip pick-up unit (203) for measuring the second Internal handle simulated assembly actuating length, for driving the second outer handle simulated assembly action and fourth line journey pick-up unit (204) for measuring the second outer handle simulated assembly actuating length,
Described second Internal handle simulated assembly comprises the second Internal handle simulating piece be articulated on pivot joint base, and described second Internal handle simulating piece comprises with the 3rd straight-bar and the 4th straight-bar of the second dish type articulated section of pivot joint base pivot joint, radial outstanding second dish type articulated section, is arranged on the 3rd straight-bar end and the 3rd prominent driving lever downwards; Described 3rd driving lever stretches into the first gap downwards;
Described third trip pick-up unit comprise the 8th drive cylinder, drive cylinder piston rod to be fixedly connected with the 8th the 3rd detect block, detect the readable cylinder of third trip that block is fixedly connected with the 3rd; Described 8th drives the cylinder body of cylinder and the cylinder body of the readable cylinder of third trip to be all fixed on tool base plate and is positioned at the side of the second Internal handle simulated assembly, and the described 3rd one end detecting block is flexibly connected with the end of the 4th straight-bar;
Described second outer handle simulated assembly comprises the second articulated base be fixed on tool base plate, the second outer handle simulating piece be hinged on the second articulated base, the 4th driving lever that described second outer handle simulating piece comprises second articulated section hinged with the second articulated base, vertically arranges; Described jig base is offered the 4th gap, the bottom of described 4th driving lever stretches into the 4th gap downwards;
Described fourth line journey pick-up unit comprise the 9th drive cylinder, drive cylinder piston rod to be fixedly connected with the 9th the 4th detect block; Described 9th drives cylinder to be the readable cylinder of stroke, and the 9th drives the cylinder body of cylinder to be fixed on tool base plate and be positioned at the side of the second outer handle simulated assembly, on the sidewall that one end of described 4th detection block is against the 4th driving lever and close to the top of the 4th driving lever.
6. a kind of confirming operation equipment for detecting automobile door lock as claimed in claim 1, it is characterized in that: described first support riser (41) is fixed with the first fixed flat planar (46), the bottom of the first fixed flat planar is connected with the first elastic lifting flat board (461) by the second spring, first elastic lifting flat board is positioned at the top of the first horizontal guide rail (431), and the distance between the first elastic lifting flat board and the first horizontal guide rail equals the thickness of tool base plate (21).
7. a kind of confirming operation equipment for detecting automobile door lock as claimed in claim 1, it is characterized in that: the low side of the first upper rail (42) be obliquely installed and the first inclined guide rails (432) high-end between be provided with a L shape block (47), L shape block is articulated on the first support riser (41), and L shape block connects with the first motor be arranged on the first support riser.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610120680.XA CN105571854B (en) | 2016-03-03 | 2016-03-03 | A kind of confirming operation equipment for being used to detect automobile door lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610120680.XA CN105571854B (en) | 2016-03-03 | 2016-03-03 | A kind of confirming operation equipment for being used to detect automobile door lock |
Publications (2)
| Publication Number | Publication Date |
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| CN105571854A true CN105571854A (en) | 2016-05-11 |
| CN105571854B CN105571854B (en) | 2018-05-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610120680.XA Expired - Fee Related CN105571854B (en) | 2016-03-03 | 2016-03-03 | A kind of confirming operation equipment for being used to detect automobile door lock |
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| Country | Link |
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| CN (1) | CN105571854B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106842357A (en) * | 2017-02-22 | 2017-06-13 | 清远全盛汽车配件有限公司 | Product examines machine eventually |
| CN114354158A (en) * | 2021-12-21 | 2022-04-15 | 中船重工鹏力（南京）智能装备系统有限公司 | Dynamic detection equipment and detection method for inertial function of door lock |
| US11343928B2 (en) | 2019-08-05 | 2022-05-24 | Dell Products L.P. | Auto-lock structure for riser |
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| CN2356111Y (en) * | 1999-02-10 | 1999-12-29 | 杨荣 | Opening device for automobile door lock |
| CN2696905Y (en) * | 2004-04-26 | 2005-05-04 | 张四海 | Locking device for motor vehicle |
| US20050218662A1 (en) * | 2004-03-30 | 2005-10-06 | Mitsui Mining & Smelting Co., Ltd. | Door lock system |
| US20090025999A1 (en) * | 2007-07-23 | 2009-01-29 | Mitsui Mining & Smelting Co., Ltd. | Vehicle door lock device |
| CN201876334U (en) * | 2010-11-08 | 2011-06-22 | 郑州市锦飞汽车电气系统有限公司 | Actuating force detecting device for automobile door lock actuator |
| CN205483531U (en) * | 2016-03-03 | 2016-08-17 | 雄华机械(苏州)有限公司 | A action affirmation equipment for detecting automobile door lock |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2356111Y (en) * | 1999-02-10 | 1999-12-29 | 杨荣 | Opening device for automobile door lock |
| US20050218662A1 (en) * | 2004-03-30 | 2005-10-06 | Mitsui Mining & Smelting Co., Ltd. | Door lock system |
| CN2696905Y (en) * | 2004-04-26 | 2005-05-04 | 张四海 | Locking device for motor vehicle |
| US20090025999A1 (en) * | 2007-07-23 | 2009-01-29 | Mitsui Mining & Smelting Co., Ltd. | Vehicle door lock device |
| CN201876334U (en) * | 2010-11-08 | 2011-06-22 | 郑州市锦飞汽车电气系统有限公司 | Actuating force detecting device for automobile door lock actuator |
| CN205483531U (en) * | 2016-03-03 | 2016-08-17 | 雄华机械(苏州)有限公司 | A action affirmation equipment for detecting automobile door lock |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106842357A (en) * | 2017-02-22 | 2017-06-13 | 清远全盛汽车配件有限公司 | Product examines machine eventually |
| US11343928B2 (en) | 2019-08-05 | 2022-05-24 | Dell Products L.P. | Auto-lock structure for riser |
| CN114354158A (en) * | 2021-12-21 | 2022-04-15 | 中船重工鹏力（南京）智能装备系统有限公司 | Dynamic detection equipment and detection method for inertial function of door lock |
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| Publication number | Publication date |
|---|---|
| CN105571854B (en) | 2018-05-11 |
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