CN105571852B - The sensing equipment of the handle assembly of a set of unblock automotive seat - Google Patents
The sensing equipment of the handle assembly of a set of unblock automotive seat Download PDFInfo
- Publication number
- CN105571852B CN105571852B CN201610120442.9A CN201610120442A CN105571852B CN 105571852 B CN105571852 B CN 105571852B CN 201610120442 A CN201610120442 A CN 201610120442A CN 105571852 B CN105571852 B CN 105571852B
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- fixed
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- tool
- frame plate
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Classifications
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- G—PHYSICS
- G01—MEASURING; TESTING
- 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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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M17/00—Testing of vehicles
- G01M17/007—Wheeled or endless-tracked vehicles
Abstract
The invention discloses the sensing equipment of the handle assembly of a set of unblock automotive seat, including spring installation machine and measuring machine.The spring installation machine is provided with the clamping mechanism of position fixing knob component；The measuring machine includes tool and force measuring machine.The U-shaped handle of the force measuring machine simulation human hand pulling handle component knows that operator pulls the size of power needed for U-shaped handle to unlock.
Description
Technical field：
The present invention relates to Trend of Auto Manufacturing Technologies field, in particular it relates to which a set of detection is arranged on automotive seat bottom, is used for
The sensing equipment for the handle assembly that pulling seat slides on slide rail.
Background technology：
As shown in figure 1, a kind of be arranged on automotive seat bottom, for the handle assembly for pulling seat to be slided on slide rail
10.The handle assembly 10 includes the handle riveted by multiple parts by first pair of rivet 111 and second pair of rivet 112
Pedestal 12, the unblock movable component being made up of U-shaped handle 13 and left trip lever 141 and right trip lever 142；The left trip lever leads to
The left arm for crossing the 3rd pair of rivet 113 and U-shaped handle rivets, the right arm riveting that right trip lever passes through the 4th pair of rivet 114 and U-shaped handle
Connect；The handle base 12 is provided with left side wall 123 and right side wall 124, and left side wall 123 and right side wall 124 open up arc chute
120, the 3rd pair of rivet 113 and the 4th pair of rivet 114 are slidably fitted in arc chute.Wherein, a left side for the handle base 12
Right both sides are provided with positioning hole 121；The left trip lever 141 and right trip lever 142 open up bar shaped gap 140.
Such as Fig. 1, operator pulls U-shaped handle 13, the 3rd be symmetrical set couple rivet 113 and the 4th pair of rivet 114
Slided in the arc chute 120 of handle base 12, the left trip lever 141 and the tilting of right trip lever 142, the left unblock of tilting
Bar 141 and right trip lever 142 unlock corresponding locker, and the handle assembly 10 installed in seat bottom can exist with seat
Slid back and forth on slide rail.After operator discharges U-shaped handle 13, the unblock movable component is multiple in the presence of back-moving spring 15
Position, corresponding locker are also locked therewith resetting, and seat is relocked.
Such as Fig. 1, the handle base 12 and unblock movable component connect into handle assembly 10 by way of riveting, in handle
After the completion of hand component 10 rivets, the back-moving spring 15 need to be arranged on handle assembly by staff by way of manual,
To connect U-shaped handle 13 and handle base 12.
The content of the invention：
Technical problem solved by the invention：How size that operator pull U-shaped handle needed for power is detected, and entirely
The stability of handle assembly.
In order to solve the above technical problems, the present invention provides following technical scheme：
The sensing equipment of the handle assembly of a set of unblock automotive seat, including measuring machine, the bullet for being attached to measuring machine side
Spring fitting machine；
It is perpendicular that the spring installation machine includes the second frame provided with the second frame plate, first be fixed on the second frame plate
To supporting block and the second vertical supporting plate, the second left alignment pin being arranged at the top of the first vertical supporting plate and it is arranged on
The second right alignment pin at the top of second vertical supporting plate, it is fixed on the second frame plate and left positioned at the first vertical supporting plate
The 3rd of side rotatably compresses cylinder and is fixed on the 4th rotation on the second frame plate and on the right side of the second vertical supporting plate
Compression cylinder, it is fixed on the second frame plate and the middle part between the first vertical supporting plate and the second vertical supporting plate
Support block, the spring case installed in the second frame plate edge；
The measuring machine includes the frame provided with frame plate, the tool on frame plate, force measuring machine, locking machine
Structure, detection means；The tool is arranged on the top surface of frame plate, for position fixing knob component；
The force measuring machine is arranged on the bottom surface of frame plate, and force measuring machine includes first be fixed on frame plate bottom surface
Horizontal longitudinal slide rail, dynamometry substrate, the cylinder body being slidably mounted in first level longitudinal slide rail be fixed on frame plate bottom surface and
Second electric cylinders of piston rod and dynamometry substrate connection, the first hinged seat being fixed on dynamometry substrate, it is hinged on the first hinged seat
On the first electric cylinders installing plate, be fixed on the first electric cylinders installation plate top surface on the first electric cylinders, on the first electric cylinders piston
Dynamometry component, the second hinged seat, the second band that is articulated on the second hinged seat that are fixed on the first electric cylinders installing plate bottom surface
The second horizontal longitudinal slide rail for take turns, being fixed on dynamometry substrate, the adjusting slider being slidably mounted in the second horizontal longitudinal slide rail,
The 3rd hinged seat that is fixed on adjusting slider, the 3rd belt wheel being articulated on the 3rd hinged seat, it is fixed on adjusting slider
Starting stave, the second riser being fixed on dynamometry substrate, the adjusting screw rod for connecting starting stave and the second riser；
In above-mentioned force measuring machine, first motor mounting plate is around the center of the hinged place of itself and the first hinged seat rotation
Line parallel to the rotation centerline of the second belt wheel and the rotation centerline of the 3rd belt wheel, the rotation centerline of second belt wheel with
The center line spatial vertical of adjusting screw rod, the center line of adjusting screw rod are horizontally disposed with, and one end of adjusting screw rod is articulated in first and erected
It is screwed onto on plate, in the middle part of adjusting screw rod on the second riser, the clamp nut against the second riser is bolted with adjusting screw rod；
In above-mentioned force measuring machine, second belt wheel and the 3rd belt wheel are connected by elastic belt, and the second belt wheel is positioned at the
Between one riser and the 3rd belt wheel；
In above-mentioned force measuring machine, the dynamometry component includes connection component, the company of being fixed on being connected with the first electric cylinders piston
The first slide bar on connected components top end face, the dynamometry block being set on the first slide bar, installed in dynamometry block and connection component top
Pressure sensor between face；
The frame plate opens up the first gap, and the dynamometry component tilts upward prominent frame plate, and dynamometry component, which is located at, to be controlled
The centre position of tool；
The retaining mechanism includes being fixed on other the first bearing on frame plate and on the left of tool, is fixed on first
Upper 5th cylinder of seat, the left chuck being fixed on the 5th cylinder piston rod, it is fixed on frame plate and positioned at tool right side side
Second bearing, it is fixed on the 6th cylinder on the second bearing, the right chuck being fixed on the 6th cylinder piston rod；The left chuck and
Right chuck is oppositely arranged；
The detection means includes being fixed on the air cylinder support on frame plate and being located in front of tool, is fixed on air cylinder support
On the 7th cylinder, be fixed on the 7th cylinder piston rod inductor support plate, four on inductor support plate
Second distance sensor；The 7th cylinder driving inductor support plate lifts in the top of tool.
By above-mentioned technical proposal, the work of the sensing equipment of the handle assembly of a set of unblock automotive seat of the present invention is former
Reason is as follows：
First, the first vertical supporting plate and second that the handle assembly shown in Fig. 1 is positioned to spring installation machine erects
To on supporting block, specifically, positioning hole at left and right sides of handle base correspondingly with the second left alignment pin and the second right positioning
Pin coordinates；The midfoot support block is supported on the bottom of handle assembly；Afterwards, the 3rd rotatably compress cylinder and the 4th and rotatably compress
Cylinder by handle assembly by lower and under be pressed on the first vertical supporting plate and the second vertical supporting plate and midfoot support block.
Second, staff takes out back-moving spring from spring case, and is installed on handle assembly.
3rd, staff takes out handle assembly from spring installation machine, and is overturn, and repositions controlling in measuring machine
On tool.
4th, the second electric cylinders drive dynamometry substrate to be moved in first level longitudinal slide rail to adjust the level of the first electric cylinders
Lengthwise position；Staff acts adjusting screw rod, and adjusting screw rod drives adjusting slider in the second horizontal longitudinal direction by starting stave
Moved on slide rail, the 3rd belt wheel correspondingly moves, and the 3rd belt wheel drives the second belt wheel to move by elastic belt, and the second belt wheel drives
Dynamic first electric cylinders installing plate surrounds it and the hinged place of the first hinged seat rotates a certain angle, and correspondingly, the first electric cylinders surround
The hinged place of first electric cylinders installing plate and the first hinged seat rotates a certain angle；So far, the first electric cylinders and dynamometry group thereon
The position adjustment of part finishes, and under the driving of the first electric cylinders, dynamometry component can obliquely run and withstand U-shaped handle.
5th, when pulling U-shaped handle due to operator, the path that U-shaped handle is gone is irregular arc, therefore, top
The path gone of dynamometry component for the operation of U-shaped handle is also irregular arc, because the first electric cylinders installing plate is hinged on the
On one hinged seat and the belt of the second belt wheel of connection and the 3rd belt wheel is elastic belt, and therefore, dynamometry component and the first electric cylinders can
The running orbit of its own is adjusted with the running track of U-shaped handle, the mistake of U-shaped handle is pulled in dynamometry assembly mould personification hand
Cheng Zhong, the first electric cylinders installing plate surrounds it and the hinged place of the first hinged seat rotates in certain amplitude, meanwhile, connect the second band
Change and the elastic belt of the 3rd belt wheel stretches in certain amplitude.If the flexible amplitude of elastic belt exceedes what it can bear
Scope, then staff need to act the second electric cylinders adjust the first electric cylinders installing plate horizontal lengthwise position, or, action regulation spiral shell
Bar adjusts the horizontal lengthwise position of the 3rd belt wheel.
6th, during dynamometry assembly mould personification hand pulls U-shaped handle, the dynamometry block quilt that is set on the first slide bar
Compel action and extrude the pressure sensor being arranged between dynamometry block and connection component top end face, staff can be passed by pressure
Sensor obtains the size of dynamometry block institute stress, and then, it would know that operator pulls the size of power needed for U-shaped handle.
7th, four second distance sensors on the 7th cylinder driving inductor support plate in detection means drop to
The suitable position in top of handle assembly, four second distance sensors corresponded to up and down in a manner of man-to-man first pair of rivet and
Four rivets in second pair of rivet, to detect the Qualification of first pair of rivet and second pair of rivet.
8th, after force measuring machine reset, the left chuck and right chuck in retaining mechanism are in the 5th cylinder and the 6th cylinder
Driving under translate in opposite directions, left chuck is inserted in the bar shaped gap of left trip lever, and right chuck inserts the bar shaped gap of right trip lever
In, in this way, left trip lever and right trip lever are fixed；Afterwards, dynamometry component withstands on U-shaped handle again under the driving of the first electric cylinders
On hand, U-shaped handle to be pulled；If dynamometry component does not arrive greatly setting value to the power that U-shaped handle applies and U-shaped handle is pulled,
The less stable of whole handle assembly, handle assembly are unqualified；If the power that dynamometry component applies to U-shaped handle reaches setting value
And U-shaped handle is still motionless, then the stability of whole handle assembly is good, and so, whether handle assembly is qualified, also needs to see simultaneously
The stability of a pair of rivets and second pair of rivet, device detection after testing, if first pair of rivet and the second rivet are also motionless,
It is qualified for then can determine that handle assembly.
One kind of tool is illustrated as the present invention, the 3rd horizontal longitudinal direction that the tool includes being fixed on frame plate is sliding
Rail, the tool substrate being slidably mounted in the 3rd horizontal longitudinal slide rail, cylinder body are fixed on frame plate and piston rod and tool base
Second cylinder of plate connection, the left alignment pin for being arranged in tool substrate and coordinating with handle base upper Positioning holes and right positioning
Sell, be arranged in tool substrate and be used for the first U-shaped locating piece of position fixing knob pedestal left side wall and be arranged on tool substrate
And it is used for the second U-shaped locating piece of position fixing knob pedestal right side wall, is arranged in the first U-shaped locating piece side wall and be used to position a left side
The left locating piece of trip lever and it is arranged in the second U-shaped locating piece side wall and for positioning right locating piece, the setting of right trip lever
First in tool substrate and on the left of the first U-shaped locating piece rotatably compresses cylinder and is arranged in tool substrate and is located at
Second on the right side of second U-shaped locating piece rotatably compresses cylinder；The dynamometry component is between left locating piece and right locating piece.
As described above, staff make positioning hole at left and right sides of handle base correspondingly with left alignment pin and right positioning
Pin coordinates, and the left and right sidewall of handle base is correspondingly fastened in the first U-shaped locating piece and the second U-shaped locating piece, makes left solution
Locking bar and right trip lever are correspondingly positioned in left locating piece and right locating piece, and left trip lever and right trip lever can be corresponding left
It is movable in locating piece and right locating piece；Afterwards, first rotatably compress cylinder and second and rotatably compress cylinder and clamp handle assembly
On tool；Afterwards, the second cylinder driving tool horizontally vertically moves to the top of force measuring machine, prepares dynamometry.Wherein, it is described
The u-shaped shape of tool substrate, so that the dynamometry component of force measuring machine projects upward to the middle position of tool below frame plate
Put.
One kind of force measuring machine is illustrated as the present invention, the second gap is opened up at the top of the starting stave, and second slits
Mouthful horizontal cross-section be in convex shape, one end that the adjusting screw rod is pivotally connected with starting stave is provided with annular flange, on adjusting screw rod
It is bolted with the second clamp nut, the second clamp nut is close to annular flange；The adjusting screw rod be provided with annular flange one end by
It is caught under above in the second gap, the second clamp nut is close in the side wall of starting stave.Spiral shell will be adjusted through the above way
Bar is articulated on starting stave, convenient installation and replacing.
One kind of force measuring machine is illustrated as the present invention, the connection component is provided with range sensor, first electricity
The cylinder body of cylinder is provided with and the matching used range sensor accessory of range sensor.Staff can by range sensor with
Know the displacement of dynamometry component, and then know that operator pulls the displacement needed for U-shaped handle.
As a modification of the present invention, the top of the tool is provided with laser beam marking equipment, the laser beam marking equipment
Including be fixed in frame and the cavity of bottom opening, the 3rd cylinder being fixed at the top of cavity, within the cavity and top with
Lifter plate, the Laser marker on lifter plate, the cylinder body of 3rd cylinder piston rod connection are fixed on lifter plate bottom
4th cylinder, the axle sleeve being fixed on cavity inner roof wall；The piston rod of 4th cylinder is provided with the axle coordinated with axle sleeve, institute
Axle is stated to be horizontally disposed with.By above-mentioned improvement, the 3rd cylinder driving Laser marker drops to the top of handle assembly, so as to laser incising
Print machine marks to it；After marking terminates, Laser marker rises to the top of cavity with lifter plate, and the 4th cylinder drives
Dynamic axle thereon is horizontally inserted in axle sleeve, to pin lifter plate and Laser marker thereon.
Brief description of the drawings：
The present invention is described further below in conjunction with the accompanying drawings：
Fig. 1 is arranged on automotive seat bottom for one kind, for pulling the knot of handle assembly 10 that seat slides on slide rail
Structure schematic diagram；
Fig. 2 is the structural representation of the sensing equipment of the handle assembly of a set of unblock automotive seat of the present invention；
Fig. 3 is the structural representation of tool 30 in Fig. 2；
Fig. 4 is the structural representation of force measuring machine 40 in Fig. 2；
Fig. 5 is enlarged drawing at A in Fig. 4；
Fig. 6 is the planar structure schematic diagram of the gained of force measuring machine 40 from right side in Fig. 4；
Fig. 7 is the structural representation of laser beam marking equipment 50 in Fig. 2；
Fig. 8 is the combining structure schematic diagram of retaining mechanism 60 and detection means 70 in Fig. 2.
Fig. 9 is the structural representation of spring installation machine 02 in Fig. 2.
Symbol description in figure：
10th, handle assembly；111st, first pair of rivet；112nd, second pair of rivet；113rd, the 3rd pair of rivet；114th, the 4th pair of riveting
Nail；12nd, handle base；121st, positioning hole；123rd, left side wall；124th, right side wall；120th, arc chute；13rd, U-shaped handle；141、
Left trip lever；142nd, right trip lever；140th, bar shaped gap；15th, back-moving spring；
01st, measuring machine；
20th, frame plate；
30th, tool；31st, the 3rd horizontal longitudinal slide rail；32nd, tool substrate；33rd, the second cylinder；341st, left alignment pin；342、
Right alignment pin；351st, the first U-shaped locating piece；352nd, the second U-shaped locating piece；361st, left locating piece；362nd, right locating piece；371st,
One rotatably compresses cylinder；372nd, second cylinder is rotatably compressed；
40th, force measuring machine；41st, first level longitudinal slide rail；411st, dynamometry substrate；42nd, the first hinged seat；421st, the first electricity
Cylinder installing plate；43rd, the first electric cylinders；44th, dynamometry component；441st, the first slide bar；442nd, dynamometry block；443rd, pressure sensor；45th,
Two hinged seats；451st, the second belt wheel；452nd, the second horizontal longitudinal slide rail；453rd, adjusting slider；454th, the 3rd hinged seat；455th,
Three belt wheels；46th, starting stave；461st, the second riser；462nd, the second gap；47th, adjusting screw rod；471st, clamp nut；472nd, ring
Shape flange；473rd, the second clamp nut；48th, range sensor；
50th, laser beam marking equipment；51st, cavity；52nd, the 3rd cylinder；53rd, lifter plate；54th, Laser marker；55th, the 4th gas
Cylinder；56th, axle sleeve；
60th, retaining mechanism；61st, the 5th cylinder；62nd, left chuck；63rd, the 6th cylinder；64th, right chuck；
70th, detection means；71st, the 7th cylinder；72nd, second distance sensor；
02nd, spring installation machine；
021st, the second frame plate；022nd, the first vertical supporting plate；023rd, the second vertical supporting plate；024th, the 3rd rotation
Compression cylinder；025th, the 4th cylinder is rotatably compressed；026th, midfoot support block；027th, spring case.
Embodiment：
Such as Fig. 2, the sensing equipment of the handle assembly of a set of unblock automotive seat, including measuring machine 01, it is attached to measuring machine
The spring installation machine 02 of side.
Such as Fig. 9, the spring installation machine 02 includes the second frame provided with the second frame plate 021, is fixed on the second frame
The first vertical supporting plate 022 and the second vertical supporting plate 023 on plate, be arranged at the top of the first vertical supporting plate
Two left alignment pins and the second right alignment pin being arranged at the top of the second vertical supporting plate, it is fixed on the second frame plate and is located at
The 3rd on the left of first vertical supporting plate rotatably compresses cylinder 024 and is fixed on the second frame plate and is vertically propped up positioned at second
The 4th on the right side of fagging block cylinder 025 rotatably compressed, be fixed on the second frame plate and positioned at the first vertical supporting plate and the
Midfoot support block 026 between two vertical supporting plates, the spring case 027 installed in the second frame plate edge.
Such as Fig. 2, the measuring machine includes the frame provided with frame plate 20, tool 30, force measuring machine on frame plate
Structure 40, retaining mechanism 60, detection means 70.
The tool is arranged on the top surface of frame plate, for position fixing knob component.Such as Fig. 3, the tool 30 includes solid
The 3rd horizontal longitudinal slide rail 31 that is scheduled on frame plate 20, the tool substrate 32 being slidably mounted in the 3rd horizontal longitudinal slide rail,
Cylinder body is fixed on the second cylinder 33 that on frame plate and piston rod is connected with tool substrate, is arranged in tool substrate and and handle
The left alignment pin 341 and right alignment pin 342 of the cooperation of pedestal upper Positioning holes, it is arranged in tool substrate and is used for position fixing knob pedestal
First U-shaped locating piece 351 of left side wall and it is arranged in tool substrate and determines for the second U-shaped of position fixing knob pedestal right side wall
Position block 352, it is arranged in the first U-shaped locating piece side wall and for positioning the left locating piece 361 of left trip lever and being arranged on the 2nd U
In shape locating piece side wall and for positioning the right locating piece 362 of right trip lever, being arranged in tool substrate and determine positioned at the first U-shaped
First on the left of the block of position rotatably compresses cylinder 371 and be arranged in tool substrate and on the right side of the second U-shaped locating piece second
Rotatably compress cylinder 372；The dynamometry component 44 is between left locating piece and right locating piece.
With reference to Fig. 4 to Fig. 6, the force measuring machine 40 is arranged on the bottom surface of frame plate, and force measuring machine includes being fixed on machine
First level longitudinal slide rail 41 on frame plate bottom surface, dynamometry substrate 411, the cylinder body being slidably mounted in first level longitudinal slide rail
Be fixed on frame plate bottom surface and the second electric cylinders of piston rod and dynamometry substrate connection, be fixed on dynamometry substrate it is first be hinged
Seat 42, the first electric cylinders installing plate 421 being hinged on the first hinged seat, the first electricity being fixed on the first electric cylinders installation plate top surface
Cylinder 43, the dynamometry component 44 on the first electric cylinders piston, the second hinged seat being fixed on the first electric cylinders installing plate bottom surface
45th, the second belt wheel 451 for being articulated on the second hinged seat, the second horizontal longitudinal slide rail 452 being fixed on dynamometry substrate, slide
Adjusting slider 453 in the second horizontal longitudinal slide rail, the 3rd hinged seat 454 being fixed on adjusting slider, it is articulated in
The 3rd belt wheel 455 on 3rd hinged seat, the starting stave 46 being fixed on adjusting slider, be fixed on dynamometry substrate second
The adjusting screw rod 47 of riser 461, connection starting stave and the second riser.
In above-mentioned force measuring machine 40, first motor mounting plate is in its hinged place rotation with the first hinged seat
Heart line is parallel to the rotation centerline of the second belt wheel and the rotation centerline of the 3rd belt wheel, the rotation centerline of second belt wheel
With the center line spatial vertical of adjusting screw rod, the center line of adjusting screw rod is horizontally disposed with, and one end of adjusting screw rod is articulated in first
It is screwed onto on riser, in the middle part of adjusting screw rod on the second riser, the clamp nut against the second riser is bolted with adjusting screw rod
471。
In above-mentioned force measuring machine 40, the top of the starting stave 46 opens up the second gap 462, and the level of the second gap is cut
Face is in convex shape, and one end that the adjusting screw rod 47 is pivotally connected with starting stave 46 is provided with annular flange 472, is spirally connected on adjusting screw rod
There is the second clamp nut 473, the second clamp nut is close to annular flange；The adjusting screw rod is provided with one end of annular flange by upper
It is caught under and in the second gap, the second clamp nut is close in the side wall of starting stave.
In above-mentioned force measuring machine 40, second belt wheel and the 3rd belt wheel are connected by elastic belt, and the second belt wheel is located at
Between starting stave and the 3rd belt wheel.
In above-mentioned force measuring machine 40, the dynamometry component include be connected with the first electric cylinders piston connection component, be fixed on
The first slide bar 441 on connection component top end face, the dynamometry block 442 being set on the first slide bar, installed in dynamometry block and connection
Pressure sensor 443 between component top end face.
In above-mentioned force measuring machine 40, the connection component is provided with range sensor 48, is set on the cylinder body of first electric cylinders
Have and the matching used range sensor accessory of range sensor.
The frame plate opens up the first gap, and the dynamometry component tilts upward prominent frame plate, and dynamometry component, which is located at, to be controlled
The centre position of tool.
Such as Fig. 7, the top of the tool 30 is provided with laser beam marking equipment 50, and the laser beam marking equipment includes being fixed on machine
On frame and the cavity 51 of bottom opening, the 3rd cylinder 52 being fixed at the top of cavity, within the cavity and top and the 3rd cylinder
Lifter plate 53, the Laser marker 54 on lifter plate, the cylinder body of piston rod connection are fixed on the 4th of lifter plate bottom
Cylinder 55, the axle sleeve 56 being fixed on cavity inner roof wall；The piston rod of 4th cylinder is provided with the axle coordinated with axle sleeve, institute
Axle is stated to be horizontally disposed with.
With reference to Fig. 2, Fig. 8, the retaining mechanism 60 includes being fixed on other on frame plate and on the left of tool first
Seat, it is fixed on the 5th cylinder 61 on the first bearing, the left chuck 62 being fixed on the 5th cylinder piston rod, is fixed on frame plate
And it is located at the second bearing other on the right side of tool, is fixed on the 6th cylinder 63 on the second bearing, is fixed on the 6th cylinder piston rod
Right chuck 64；The left chuck and right chuck are oppositely arranged.
The detection means 70 includes being fixed on the air cylinder support on frame plate and being located in front of tool, is fixed on cylinder branch
The 7th cylinder 71 on frame, the inductor support plate being fixed on the 7th cylinder piston rod, on inductor support plate
Four second distance sensors 72；The 7th cylinder driving inductor support plate lifts in the top of tool.
In practical operation, the workflow of the sensing equipment of the handle assembly of a set of unblock automotive seat of the present invention is such as
Under：
First, the handle assembly 10 shown in Fig. 1 is positioned to the He of the first vertical supporting plate 022 of spring installation machine 02
On second vertical supporting plate 023, specifically, the positioning hole 121 of the left and right sides of handle base 12 correspondingly with the second left positioning
Pin and the second right detent fit；The midfoot support block 026 is supported on the bottom of handle assembly 10；Afterwards, the 3rd rotation pressure
Tight cylinder 024 and the 4th rotatably compress cylinder 025 by handle assembly 10 by lower and under be pressed on the first vertical supporting plate and the
On two vertical supporting plates and midfoot support block.
Second, staff takes out back-moving spring 15 from spring case 027, and is installed on handle assembly 10.
3rd, staff takes out handle assembly 10 from spring installation machine 02, and is overturn, and repositions in measuring machine
On 02 tool 30.
4th, the second electric cylinders driving dynamometry substrate 411 is moved to adjust the first electric cylinders in first level longitudinal slide rail 41
43 horizontal lengthwise position；Staff acts adjusting screw rod 47, and adjusting screw rod drives adjusting slider 453 by starting stave 46
Moved in the second horizontal longitudinal slide rail 452, the 3rd belt wheel 455 correspondingly moves, and the 3rd belt wheel drives the by elastic belt
Two belt wheels 451 move, and the second hinged place that itself and the first hinged seat 42 are surrounded with the first electric cylinders of wheel drive installing plate 421 rotates one
Fixed angle, correspondingly, the first electric cylinders 43 rotate certain angle around the hinged place of the first electric cylinders installing plate and the first hinged seat
Degree；So far, the position adjustment of the first electric cylinders 43 and dynamometry component 44 thereon finishes, under the driving of the first electric cylinders, dynamometry group
Part can obliquely run and withstand U-shaped handle 13.
5th, when pulling U-shaped handle 13 due to operator, the path that U-shaped handle is gone is irregular arc, therefore,
It is also irregular arc to head on the path that the dynamometry component 44 that U-shaped handle is run is gone, because the first electric cylinders installing plate 421 is cut with scissors
It is connected on the first hinged seat 42 and the belt of the second belt wheel 451 of connection and the 3rd belt wheel 455 is elastic belt, therefore, dynamometry group
The electric cylinders 43 of part 44 and first can adjust the running orbit of its own with the running track of U-shaped handle 13, in dynamometry component 44
During simulation human hand pulls U-shaped handle, the first electric cylinders installing plate 421 surrounds it with the hinged place of the first hinged seat certain
Rotated in amplitude, meanwhile, elastic belt of the connection second with change and the 3rd belt wheel stretches in certain amplitude.If elastic belt
Flexible amplitude exceed its scope that can bear, then staff need to act the water of the second electric cylinders the first electric cylinders installing plate of adjustment
Flat lengthwise position, or, action adjusting screw rod 47 adjusts the horizontal lengthwise position of the 3rd belt wheel 455.
6th, during the simulation human hand of dynamometry component 44 pulls U-shaped handle 13, it is set on the first slide bar 441
Dynamometry block 442 is forced to act and extrude the pressure sensor 443 being arranged between dynamometry block and connection component top end face, and work people
Member can obtain the size of dynamometry block institute stress by pressure sensor, and then, it would know that operator pulls power needed for U-shaped handle
Size.
7th, four second distance sensors 72 on the 7th cylinder 71 driving inductor support plate in detection means 70
The suitable position in top of handle assembly 10 is dropped to, four second distance sensors correspond to first up and down in a manner of man-to-man
To four rivets in rivet 111 and second pair of rivet 112, to detect the Qualification of first pair of rivet and second pair of rivet.
8th, after the reset of force measuring machine 40, the left chuck 62 and right chuck 64 in retaining mechanism 60 are in the 5th cylinder 61
Translated in opposite directions under driving with the 6th cylinder 63, left chuck is inserted in the bar shaped gap 140 of left trip lever 141, right chuck insertion
In the bar shaped gap of right trip lever 142, in this way, left trip lever and right trip lever are fixed；Afterwards, dynamometry component 44 is in the first electricity
Withstood on again on U-shaped handle 13 under the driving of cylinder 43, U-shaped handle to be pulled；If the power that dynamometry component 44 applies to U-shaped handle is not
Greatly to setting value, U-shaped handle is pulled, then the less stable of whole handle assembly 10, handle assembly are unqualified；If dynamometry
The power that component 44 applies to U-shaped handle 13 reaches setting value and U-shaped handle is still motionless, then the stability of whole handle assembly
Good, so, whether handle assembly is qualified, also needs to see the stability of first pair of rivet 111 and second pair of rivet 112 simultaneously, after testing
Device 70 detects, if first pair of rivet 112 of rivet 111 and second is also motionless, it is qualified for can determine that handle assembly 10.
Above content is only the better embodiment of the present invention, for one of ordinary skill in the art, according to the present invention
Thought, there will be changes, this specification content should not be construed as to this hair in specific embodiments and applications
Bright limitation.
Claims (3)
1. the sensing equipment of the handle assembly of a set of unblock automotive seat, including measuring machine (01), it is attached to measuring machine side
Spring installation machine (02)；
The spring installation machine (02) includes the second frame provided with the second frame plate (021), is fixed on the second frame plate
First vertical supporting plate (022) and the second vertical supporting plate (023), second be arranged at the top of the first vertical supporting plate
Left alignment pin and the second right alignment pin being arranged at the top of the second vertical supporting plate, it is fixed on the second frame plate and positioned at the
The 3rd on the left of one vertical supporting plate rotatably compresses cylinder (024) and is fixed on the second frame plate and is vertically propped up positioned at second
The 4th on the right side of fagging block rotatably compress cylinder (025), be fixed on the second frame plate and positioned at the first vertical supporting plate and
Midfoot support block (026) between second vertical supporting plate, the spring case (027) installed in the second frame plate edge；
The measuring machine include provided with the frame of frame plate (20), the tool (30) on frame plate, force measuring machine (40),
Retaining mechanism (60), detection means (70)；The tool is arranged on the top surface of frame plate, for position fixing knob component；It is special
Sign is：
The force measuring machine (40) is arranged on the bottom surface of frame plate, and force measuring machine includes first be fixed on frame plate bottom surface
Horizontal longitudinal slide rail (41), dynamometry substrate (411), the cylinder body being slidably mounted in first level longitudinal slide rail are fixed on frame plate
Second electric cylinders of piston rod and dynamometry substrate connection, the first hinged seat (42), be hinged for being fixed on dynamometry substrate on bottom surface
The first electric cylinders installing plate (421) on the first hinged seat, the first electric cylinders (43) being fixed on the first electric cylinders installation plate top surface,
Dynamometry component (44) on the first electric cylinders piston, the second hinged seat being fixed on the first electric cylinders installing plate bottom surface
(45) the second belt wheel (451), being articulated on the second hinged seat, the second horizontal longitudinal slide rail being fixed on dynamometry substrate
(452) adjusting slider (453) that, is slidably mounted in the second horizontal longitudinal slide rail, the 3rd be fixed on adjusting slider are be hinged
Seat (454), the 3rd belt wheel (455) being articulated on the 3rd hinged seat, the starting stave (46) being fixed on adjusting slider, fixation
The adjusting screw rod (47) of the second riser (461), connection starting stave and the second riser on dynamometry substrate；
In above-mentioned force measuring machine (40), first motor mounting plate is around the center of the hinged place of itself and the first hinged seat rotation
Line parallel to the rotation centerline of the second belt wheel and the rotation centerline of the 3rd belt wheel, the rotation centerline of second belt wheel with
The center line spatial vertical of adjusting screw rod, the center line of adjusting screw rod are horizontally disposed with, and one end of adjusting screw rod is articulated in first and erected
It is screwed onto on plate, in the middle part of adjusting screw rod on the second riser, the clamp nut against the second riser is bolted with adjusting screw rod
(471)；
In above-mentioned force measuring machine (40), second belt wheel and the 3rd belt wheel are connected by elastic belt, and the second belt wheel is positioned at the
Between one riser and the 3rd belt wheel；
In above-mentioned force measuring machine (40), the dynamometry component includes connection component, the company of being fixed on being connected with the first electric cylinders piston
The first slide bar (441) on connected components top end face, the dynamometry block (442) being set on the first slide bar, installed in dynamometry block and company
Pressure sensor (443) between connected components top end face；
The frame plate opens up the first gap, and the dynamometry component tilts upward prominent frame plate, and dynamometry component is located at tool
Centre position；
The retaining mechanism (60) includes being fixed on other the first bearing on frame plate and on the left of tool, is fixed on first
Upper 5th cylinder (61) of seat, the left chuck (62) being fixed on the 5th cylinder piston rod, it is fixed on frame plate and is located at tool
The second bearing by right side, it is fixed on the 6th cylinder (63), the right chuck being fixed on the 6th cylinder piston rod on the second bearing
(64)；The left chuck and right chuck are oppositely arranged；
The detection means (70) includes being fixed on the air cylinder support on frame plate and being located in front of tool, is fixed on air cylinder support
On the 7th cylinder (71), be fixed on the 7th cylinder piston rod inductor support plate, on inductor support plate
Four second distance sensors (72)；The 7th cylinder driving inductor support plate lifts in the top of tool；
In force measuring machine (40), the connection component is provided with range sensor (48), the cylinder bodies of first electric cylinders be provided with
The matching used range sensor accessory of range sensor；
The top of the tool (30) is provided with laser beam marking equipment (50), the laser beam marking equipment include being fixed in frame and
The cavity (51) of bottom opening, the 3rd cylinder (52) being fixed at the top of cavity, within the cavity and top and the 3rd cylinder are lived
Lifter plate (53), the Laser marker (54) on lifter plate, the cylinder body of stopper rod connection are fixed on the of lifter plate bottom
Four cylinders (55), the axle sleeve (56) being fixed on cavity inner roof wall；The piston rod of 4th cylinder is provided with to be coordinated with axle sleeve
Axle, the axle is horizontally disposed with.
2. the sensing equipment of the handle assembly of a set of unblock automotive seat as claimed in claim 1, it is characterised in that：It is described to control
Tool (30) include be fixed on frame plate (20) the 3rd horizontal longitudinal slide rail (31), be slidably mounted on the 3rd horizontal longitudinal slide rail
On tool substrate (32), cylinder body is fixed on frame plate and the second cylinder (33) that piston rod is connected with tool substrate, sets
The left alignment pin (341) that coordinates in tool substrate and with handle base upper Positioning holes and right alignment pin (342), it is arranged on tool
On substrate and it is used for the first U-shaped locating piece (351) of position fixing knob pedestal left side wall and is arranged in tool substrate and is used to determine
Second U-shaped locating piece (352) of position handle base right side wall, it is arranged in the first U-shaped locating piece side wall and for positioning left solution
The left locating piece (361) of locking bar and it is arranged in the second U-shaped locating piece side wall and for positioning the right locating piece of right trip lever
(362) first in tool substrate and on the left of the first U-shaped locating piece, is arranged on to rotatably compress cylinder (371) and be arranged on
Second in tool substrate and on the right side of the second U-shaped locating piece rotatably compresses cylinder (372)；The dynamometry component (44) is located at
Between left locating piece and right locating piece.
3. the sensing equipment of the handle assembly of a set of unblock automotive seat as claimed in claim 1, it is characterised in that：Force measuring machine
In structure (40), the second gap (462) is opened up at the top of the starting stave (46), the horizontal cross-section of the second gap is in convex shape,
One end of the adjusting screw rod (47) and starting stave (46) pivot joint is provided with annular flange (472), and the is bolted with adjusting screw rod
Two clamp nuts (473), the second clamp nut is close to annular flange；The adjusting screw rod be provided with annular flange one end by upper and
Under be caught in the second gap, the second clamp nut is close in the side wall of starting stave.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610120442.9A CN105571852B (en) | 2016-03-03 | 2016-03-03 | The sensing equipment of the handle assembly of a set of unblock automotive seat |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610120442.9A CN105571852B (en) | 2016-03-03 | 2016-03-03 | The sensing equipment of the handle assembly of a set of unblock automotive seat |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105571852A CN105571852A (en) | 2016-05-11 |
| CN105571852B true CN105571852B (en) | 2018-01-16 |
Family
ID=55882238
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610120442.9A Expired - Fee Related CN105571852B (en) | 2016-03-03 | 2016-03-03 | The sensing equipment of the handle assembly of a set of unblock automotive seat |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105571852B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5286076A (en) * | 1992-11-24 | 1994-02-15 | Douglas & Lomason Company | Seat slide device |
| CN204055430U (en) * | 2014-09-13 | 2014-12-31 | 浙江吉俱泰汽车内饰有限公司 | A kind of automotive seat slideway release mechanism |
| CN204340738U (en) * | 2014-12-04 | 2015-05-20 | 重庆宏立至信汽车部件制造有限公司 | The unitized construction of automobile seat frame and slide rail |
| EP2939872A1 (en) * | 2014-05-01 | 2015-11-04 | Aisin Technical Center Of America, Inc. | Power seat with complete manual walk-in system |
| CN205483534U (en) * | 2016-03-03 | 2016-08-17 | 雄华机械(苏州)有限公司 | One set of unblock car seat's handlebar assembly's measuring equipment |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004291706A (en) * | 2003-03-26 | 2004-10-21 | Fuji Kiko Co Ltd | Seat slide device for vehicle |
-
2016
- 2016-03-03 CN CN201610120442.9A patent/CN105571852B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5286076A (en) * | 1992-11-24 | 1994-02-15 | Douglas & Lomason Company | Seat slide device |
| EP2939872A1 (en) * | 2014-05-01 | 2015-11-04 | Aisin Technical Center Of America, Inc. | Power seat with complete manual walk-in system |
| CN204055430U (en) * | 2014-09-13 | 2014-12-31 | 浙江吉俱泰汽车内饰有限公司 | A kind of automotive seat slideway release mechanism |
| CN204340738U (en) * | 2014-12-04 | 2015-05-20 | 重庆宏立至信汽车部件制造有限公司 | The unitized construction of automobile seat frame and slide rail |
| CN205483534U (en) * | 2016-03-03 | 2016-08-17 | 雄华机械(苏州)有限公司 | One set of unblock car seat's handlebar assembly's measuring equipment |
Also Published As
| Publication number | Publication date |
|---|---|
| CN105571852A (en) | 2016-05-11 |
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Granted publication date: 20180116 |