CN108917517B - A kind of automobile cylinder cover measurement cubing - Google Patents
A kind of automobile cylinder cover measurement cubing Download PDFInfo
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- CN108917517B CN108917517B CN201810330074.XA CN201810330074A CN108917517B CN 108917517 B CN108917517 B CN 108917517B CN 201810330074 A CN201810330074 A CN 201810330074A CN 108917517 B CN108917517 B CN 108917517B
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- hole
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B5/00—Measuring arrangements characterised by the use of mechanical techniques
- G01B5/003—Measuring of motor parts
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B5/00—Measuring arrangements characterised by the use of mechanical techniques
- G01B5/0002—Arrangements for supporting, fixing or guiding the measuring instrument or the object to be measured
- G01B5/0004—Supports
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B5/00—Measuring arrangements characterised by the use of mechanical techniques
- G01B5/14—Measuring arrangements characterised by the use of mechanical techniques for measuring distance or clearance between spaced objects or spaced apertures
- G01B5/143—Measuring arrangements characterised by the use of mechanical techniques for measuring distance or clearance between spaced objects or spaced apertures between holes on a workpiece
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- General Physics & Mathematics (AREA)
- A Measuring Device Byusing Mechanical Method (AREA)
Abstract
The invention discloses a kind of automobile cylinder covers to measure cubing, belongs to mechanical manufacturing field.Automobile cylinder cover of the present invention measures cubing: including frame plate, top elevating mechanism, lower part elevating mechanism, measurement component, feeding material component;The measurement component includes upper measurement component, lower measurement component, preceding measurement component, measures component afterwards.The setting that cubing of the present invention passes through upper and lower, forward and backward four groups of detection components, the position degree in the upper hole of the front/rear end up and down of automobile cylinder cover to be checked can be detected simultaneously, detection including blind hole and through-hole, it is detected relative to traditional single side, improve the efficiency of detection, and expand the detection range in hole, it is noted that the scope of application of cubing.
Description
Technical field
The present invention relates to a kind of automobile cylinder covers to measure cubing, belongs to mechanical manufacturing field.
Background technique
With the increase of car ownership, the raising that vehicle dynamic quality and fuel economy are required.Cylinder cap is engine
Chief part, it is very big to manufacture influence of the machining accuracy to engine quality, the relative position of crucial hole location and key
The machining accuracy of size directly affects the performance of engine.Therefore, it is necessary to which the process in each hole of strict control, adds batch
The position precision in the hole of work must strict inspection one by one.
Hole portion to be measured on cylinder cap is divided into deep hole or special shape hole, and existing manual measurement bar is put into deep hole when measuring deep hole
Not necessarily can guarantee the verticality for being put into deep hole when measurement, it may appear that skew and protrude into too long or too short situation, influence to measure
Precision.Ordinary measring tool once cannot cannot be accurately measured even to be measured when measuring special shape hole (such as cylinder cap upper half circular hole)
Value causes duplicate measurements to influence measurement accuracy.In the prior art, main using manually micrometer, hole feeler gauge, three coordinates
Measuring machine etc. is detected, although the measurement in hole on cylinder cap can be completed, its measurement efficiency is relatively limited, and can shadow
The precision of detection is rung, existing automobile cylinder cover is mostly irregular body, there is inclined-plane and special hole more, and ordinary measring tool is difficult to precise and high efficiency
Size of the acquisition to gaging hole, applicability and practicability receive limitation, and three coordinate measuring machine space hold is larger, and cost compared with
Height, therefore there are the problems that cubing needed for one-time detection is more, and time of measuring is grown, it is difficult to meet market needs.
Common cubing when detecting more takes artificial loading, the material returned, will increase artificial burden in this way, slows down working efficiency,
It is possible that workpiece falls the case where hurting sb.'s feelings, some meetings carry out feeding, the material returned using mechanical arm, but often snatch rate cannot
It is guaranteed, the dynamics of handgrip is not easy to control and can cause to damage to workpiece surface.Can often it go out during usual feeding, the material returned
The situation of existing workpiece skew, is unfavorable for the disengaging of workpiece and the detection and localization of next step, influences detection accuracy.
Summary of the invention
The present invention is improved for disadvantages mentioned above in the prior art, provides a kind of automobile cylinder cover measurement cubing, can
To detect reliable multiple hole on the multiple faces of automobile cylinder cover (especially inclined-plane), data, high degree of automation, high-efficient simultaneously.
Automobile cylinder cover of the present invention measures cubing: including frame plate, top elevating mechanism, lower part elevating mechanism, surveys
Measure component, feeding material component;The measurement component includes upper measurement component, lower measurement component, preceding measurement component, measures component afterwards;
The top elevating mechanism includes the first lifting cylinder, the first fixed connecting plate, first movement connecting plate, the first shifting
Dynamic guide post;First movement guide post has four, is fixedly arranged on the upside of frame plate by bolt respectively, and the first fixed connecting plate passes through bolt
It is installed on the top of four first movement guide posts, the first lifting cylinder is mounted on the upside of the first fixed connecting plate, and first moves
Dynamic connecting plate is located on the downside of the first fixed connecting plate, and first movement connecting plate has through-hole to pass through four mobile guide posts, and is fixed on
On the cylinder rod of first lifting cylinder;
The lower part elevating mechanism includes the second lifting cylinder, the second fixed connecting plate, the second mobile connection plate, second
Mobile guide post, feeding track are connected track;Second mobile guide post has four, by the fixed downside with frame plate of bolt, second
Fixed connecting plate is fixed by bolts in the lower end of four second mobile guide posts, and the second lifting cylinder is fixedly arranged on second by bolt
The downside of fixed connecting plate, there are four through-holes to pass through the second mobile guide post on the second mobile connection plate, and the second mobile connection plate is solid
Due on the cylinder rod of the second lifting cylinder;
The measurement component includes upper measurement component, lower measurement component, preceding measurement component, measures component, upper measurement group afterwards
Part, preceding measurement component, rear measurement component are fixedly arranged on the downside of first movement connecting plate;Upper measurement component, preceding measurement component, after
The clearance space that measurement component and frame plate surround is for accommodating and positioning automobile cylinder cover to be checked;
Further,
The upper measurement component includes connecting column, the first measuring rod, the second measuring rod, sensor, connecting column right angle setting
On the downside of first movement connecting plate, the first measuring rod, the second measuring rod are installed vertically on the downside of connecting column, the first measuring rod,
Second measuring rod realizes under the drive of the first lifting cylinder of top elevating mechanism and moves up and down that the first measuring rod, second are surveyed
Gauge rod protrudes into the sensor after gaging hole and obtains measurement data.Wherein, the first measuring rod is used to measure cylinder upper part of the cover deep hole to be measured,
The measurement contact of first measuring rod can go deep into measuring in hole, measure and touch on sky inner wall on contact there are four resilient contact
Four points, obtain actual inner diameter to gaging hole by calculating.Since the first measuring rod is that cylinder drives lifting, it is ensured that vertical
Lifting avoids the skew of the first measuring rod, is improved measurement accuracy.Second measuring rod institute's gaging hole is cylinder cap top to be measured
Through-hole, the second measuring rod include spring pedestal, measurement contact, close to switch, and spring pedestal is installed vertically on first movement connection
On plate, measurement contact is mounted in the through-hole of spring pedestal, is measured contact towards cylinder cap to be measured, can be moved up and down, measures contact
Upper end is equipped with close to switch, and when measurement contact fails to protrude into when gaging hole, close switch is triggered, and the hole is unqualified.
The lower measurement component includes connecting column, third measuring rod, the 4th measuring rod, sensor, third measuring rod, the 4th
Measuring rod is mounted on the second mobile connection plate, measurement contact towards cylinder cap to be measured,
The third measuring rod is used to measure the deep hole of cylinder cap lower part to be measured, and the measurement contact of third measuring rod can go deep into hole
In measure, measure and touch four points on sky inner wall there are four resilient contact on contact, obtained by calculating to gaging hole
Actual inner diameter.Since third measuring rod is that cylinder drives lifting, it is ensured that vertical lift avoids the skew of third measuring rod,
It is improved measurement accuracy.4th measuring rod institute's gaging hole be cylinder cap upper through-hole to be measured, the 4th measuring rod include spring pedestal,
Measure contact, close to switch, spring pedestal is installed vertically on first movement connecting plate, and measurement contact is mounted on spring pedestal
In through-hole, measure contact towards cylinder cap to be measured, can move up and down, measurement contact upper end be equipped with close to switch, when measurement contact not
It can protrude into when gaging hole, be triggered close to switch, the hole is unqualified.
Measurement component includes the first mounting seat, the first cylinder, first straight line guide rail, the connection of the first measuring rod before described
Plate, the 5th measuring rod, the 6th measuring rod, the first positioning pin, since the shape of cylinder cap to be measured is oblique triangular prism, preceding measurement component institute
The tested surface angle with horizontal plane of measurement is 70 °, therefore the upper surface of the first mounting seat is fixedly arranged on the of top elevating mechanism
The downside of one mobile connection plate.The angle of lower surface and upper surface is 20 °, and first straight line guide rail and the first cylinder are installed on first
The lower surface of mounting seat, the first measuring rod connecting plate are the vertical welding junctor of two boards, are installed on the cunning of first straight line guide rail
On block, the measuring rod mounting surface of the first measurement connecting plate is parallel with the tested surface of cylinder cap to be measured, passes through the drive of the first cylinder
It is slided up and down along first straight line guide rail, it can be accurately to being measured to gaging hole on cylinder cap.
5th measuring rod of measurement component is installed vertically on the first measuring rod connecting plate for measuring semi-circular hole before described
On, the end of the 5th measuring rod and along measurement shank diameter two sides respectively have an elasticity measurement contact, when the 5th measuring rod protrudes into
After semi-circular hole, end contact contacts semicircle orifice bottom end, and two sides contact semicircle hole surface is obtained by calculation to gaging hole
Dimension data.
The structure of 6th measuring rod of measurement component is corresponding to the structure of the first measuring rod before described.
Measurement component includes the second mounting seat, the second cylinder, second straight line guide rail, the connection of the second measuring rod after described
Plate, the 7th measuring rod, the 8th measuring rod, the second positioning pin, it is rear to measure component institute since the shape of cylinder cap to be measured is oblique triangular prism
The tested surface angle with horizontal plane of measurement is 60 °, therefore the upper surface of the second mounting seat and the angle of lower surface are 30 °, the
Two mounting seat upper surfaces are installed on the downside of the first movement connecting plate of top elevating mechanism, second straight line guide rail and the second gas
Cylinder is installed on the lower surface of the second mounting seat, and the second measuring rod connecting plate is the vertical welding junctor of two boards, is installed on second
On the sliding block of linear guide, the second cylinder lever end is mounted on the two sides of the second measuring rod connecting plate, and the second measurement connects at this time
The measuring rod mounting surface of fishplate bar is parallel with the tested surface of cylinder cap to be measured, by the drive of the second cylinder along the second guide rail above and below
Sliding, can be accurately to measuring on cylinder cap to gaging hole.
The feeding material component includes mounting rack, rodless cylinder, connecting rod, handgrip, feeding track, and mounting rack is aluminium alloy
Profile is fixedly arranged on the upside of the first fixed connecting plate, and rodless cylinder one end is fixedly arranged on the downside of the first fixed connecting plate, the other end
It is fixedly arranged on mounting rack, connecting rod is that aluminium alloy extrusions is installed on the sliding block of rodless cylinder, and handgrip is installed under connecting rod
End, feeding track are mounted on the upside of frame plate.The handgrip is made of charging ram and material returned bar, and connecting rod lower end is equipped with installation
Plate, material returned bar are mounted on the upside of mounting plate, and charging ram is mounted on the downside of mounting plate, handgrip material returned bar in feeding be in
The state that both sides are opened, the cylinder for controlling charging ram, which stretches out, carries out feeding, charging ram cylinders retract and material returned bar is the in when material returned
Between merge and hook casting muscle on cylinder cap to be measured, cylinder cap to be measured is pulled out into detection zone.
The feeding track includes that roller bars and two sides limited roller item are surveyed in bottom, and bottom is surveyed roller bars and is arranged symmetrically;Two lateral confinements
Position roller bars are positioned opposite.The workpiece skew situation during feeding, the material returned can be limited, effectively to improve positioning accuracy and detection
Precision lays good basis.
The feeding track linking track of the lower part elevating mechanism includes jacking cylinder, guide rail connecting rod, guide rail, jacking
Cylinder is installed on the upside of the second fixed connecting plate of lower part elevating mechanism, and guide rail splice is installed on cylinder rod end, passes through
Strip hole on frame plate stretches out, and it is parallel with feeding guide that guide rail is installed on guide rail connecting rod end.During feeding and the material returned,
Jacking cylinder will be connected track rise and be in same plane with feeding track, and workpiece is made to can smoothly enter into and exit detection zone;When
When detecting cylinder head bore, jacking cylinder decline makes workpiece fall on the positioning pin on frame plate the fixation for being convenient for workpiece, makes detection essence
Degree improves.
Technical effect of the invention:
It 1, can be simultaneously to the front and back end up and down of automobile cylinder cover to be checked by the setting of upper and lower, forward and backward four groups of detection components
The position degree in the upper hole in face is detected, the detection including blind hole and through-hole, is detected relative to traditional single side, is improved inspection
The efficiency of survey, and expand the detection range in hole, it is noted that the scope of application of cubing.
2, four groups of detection components not only save in such a way that connecting plate drives detection bar integral elevating, spring reset
The use of cylinder, and the efficiency of detection is improved, facilitate the installation of entire detection components, different holes is connect using different types of
Nearly switch is detected.
3, by setting liftable structure for the supporting rail of each detection components clearance space, and it is defeated that workpiece is arranged
Structure is sent, the automatic conveying of automobile cylinder cover to be checked is can be realized, realizes the automatic operation of cubing.
Detailed description of the invention
Fig. 1 is schematic perspective view of the invention, first visual angle (A), second visual angle (B).
Fig. 2 is the left view of partial enlarged view at the C of feeding handgrip 18 in Fig. 1.
Fig. 3 is upper measurement component diagram.
Fig. 4 is partial enlarged view at the D of a measuring rod 23 in Fig. 3.
Fig. 5 is lower measurement component diagram.
Fig. 6 is preceding measurement component diagram.
Fig. 7 is the partial enlarged view in Fig. 6 at A.
Fig. 8 measures component diagram after being.
Fig. 9 is the partial enlarged view of feeding guide at Fig. 1 E.
Figure 10 is that cylinder cap to be measured is transported to the schematic diagram at feeding handgrip.
Figure 11 is the schematic diagram that cylinder cap to be measured is pushed to detection position by feeding handgrip.
Figure 12 is schematic diagram when preceding measurement component measures.
Schematic diagram Figure 13 measures component measurement after being when.
Figure 14 is schematic diagram when upper measurement component measures.
Figure 15 is schematic diagram when lower measurement component measures.
In figure, 1: the first fixed connecting plate, 2: the first lifting cylinders, 3: first movement guide post, 4: measure component afterwards, 5: preceding
Measurement component, 6: mounting rack, 7: frame plate, 8: first movement connecting plate, 9: the second mobile guide posts, 10: the second mobile connection plates,
11: the second fixed connecting plates, 12: the second lifting cylinders, 13: jacking cylinder, 14: guide rail connecting rod, 15: guide rail, 16: without bar gas
Cylinder, 17: connecting rod, 18: feeding handgrip, 19: feeding guide, 20: charging ram, 21: material returned bar, 22: connecting plate, survey at 23: the first
Gauge rod, 24: the second measuring rods, 25: elasticity measurement contact, 26: third measuring rod, 27: the four measuring rods, 28: the first mounting bases,
29: the first cylinders, 30: first straight line guide rail, 31: measuring rod connecting plate, 32: the five measuring rods, 33: the six measuring rods, 34: the
One sensor, 35: measurement contact, 36: the second mounting bases, 37: the second cylinders, 38: second straight line guide rail, 39: the second measuring rods
Mounting plate, 40 second sensors, 41: the seven measuring rods, 42: the eight measuring rods, 43: feeding assembly line, 44: cylinder cap to be measured.
Specific embodiment
Give a kind of automobile cylinder cover measurement cubing as shown in Figure 1, include top elevating mechanism, lower part elevating mechanism,
Measure component, feeding material component.First movement guide post 3 is mounted on frame plate 7 in the top elevating mechanism, first movement connection
Plate 8 passes through first movement guide post 3, and the first fixed connecting plate 1 is mounted on 3 upside of first movement guide post, the installation of the first lifting cylinder 2
On the first fixed connecting plate 1, the through-hole that the cylinder rod of the first lifting cylinder 2 passes through on the first fixed connecting plate 1 is installed on first
On mobile connection plate 3.The second mobile guide post 9 is mounted on the downside of frame plate 7, the second mobile connection in the lower part elevating mechanism
Plate 10 passes through the second mobile guide post 9, and the second fixed connecting plate 11 is mounted on the lower end of the second mobile guide post 9, the second lifting cylinder
12 are mounted on the downside of the second fixed connecting plate 11, and the cylinder rod of the second lifting cylinder 12 passes through the logical of the second fixed connecting plate 11
Hole is installed on the downside of the second mobile connection plate 10, and the jacking cylinder 13 of feeding track linking track is mounted on second and is fixedly connected
The upside of plate 11, the cylinder rod end that guide rail connecting rod 14 is installed on jacking cylinder 13 pass through the long strip through hole of frame plate 7, guide rail 15
It is mounted on the upper end of guide rail connecting rod 14.Mounting rack 6 is mounted on 1 upside of the first fixed connecting plate, installation in the feeding material component
Frame 6 is spliced by aluminium alloy extrusions by bolt, and for installing rodless cylinder 16, it is solid that 16 one end of rodless cylinder is mounted on first
The downside one end for determining connecting plate 1 is mounted on the downside of mounting rack 6, and connecting rod 17 is mounted on the sliding block of rodless cylinder 16, feeding
Guide rail 19 is mounted on frame plate 7, and feeding handgrip 18 is mounted on the end of connecting rod 17.
It is illustrated in figure 2 the partial enlarged view of feeding handgrip 18, charging ram 20 and material returned bar 21 are separately mounted to connecting plate
22 two sides up and down.
It is illustrated in figure 3 measurement component diagram, the first measuring rod 23, the second measuring rod 24 are installed in first movement
The downside of connecting plate 8, is illustrated in figure 4 the partial enlarged view of the first measuring rod 23, and elasticity measurement contact 25 is installed on the first survey
On gauge rod 23.First movement connecting plate 8 moves up and down under the drive of the first lifting cylinder 2, surveys when gaging hole when measuring rod enters
Contact internal surface of hole is measured, the signal that sensor receives measurement contact obtains hole data to be measured after being calculated.Second surveys
Gauge rod 24 is band spring pedestal measuring rod, and when measuring rod fails to protrude into measured hole, upper end detects signal close to switch, is measured
Bar institute gaging hole is unqualified.
It is illustrated in figure 5 lower measurement component diagram, third measuring rod 26, the 4th measuring rod 27 are mounted on lower part lifting
On second mobile connection plate 10 of mechanism, third measuring rod 26 has and the similar elasticity measurement contact of the first measuring rod 23,
When lower part elevating mechanism cylinder 12 rises the second mobile connection plate 10, third measuring rod 26 enters to gaging hole, elasticity measurement touching
Head contact measured hole inner wall, the sensor of four points obtains the signal of the spring contact of four points, by being calculated to gaging hole
Data.
Component is measured before being illustrated in figure 6,28 upper and lower surface angle of mounting base is 20 °, and upper surface is mounted on top lifting
The downside of the first movement connecting plate 8 of mechanism, the first cylinder 29, first straight line guide rail 30 are installed on the lower surface of mounting base 28,
The one side of measuring rod connecting plate 31 is parallel with 28 lower surface of mounting base to be installed, and is fixed on the sliding block of first straight line guide rail 30, the
The cylinder rod of one cylinder 29 is mounted on the two sides of measuring rod connecting plate.Since cylinder cap to be measured is oblique triangular prism, the angle of mounting base 28
The measuring rod mounting surface of measuring rod connecting plate 31 can be made parallel with the tested surface of workpiece, can precise and high efficiency treat gaging hole progress
Measurement, the 5th measuring rod 32, the 6th measuring rod 33 be installed on measuring rod connecting plate, measurement contact towards workpiece for measurement, when
When first cylinder 29 acts, measuring rod connecting plate 31 is moved downward along first straight line guide rail 30, and measuring rod enters to carry out to gaging hole
Measurement.
The partial enlarged view being illustrated in figure 7 in Fig. 6 at A, this is the measurement contact of the 5th measuring rod 32, due to gaging hole
For semicircle orifice, elasticity measurement contact is arranged symmetrically by the 5th measuring rod 32 along bore dia direction to be measured, and cooperation end measures contact
It measures, after upper sensor receives the signal of measurement contact, by the data to gaging hole are calculated.
Component is measured after being illustrated in figure 8,36 upper and lower surface angle of mounting base is 30 °, and upper surface is mounted on top lifting
The downside of the first movement connecting plate 8 of mechanism, the second cylinder 37, second straight line guide rail 38 are mounted on the lower surface of mounting base, the
The mounting surface of two measuring rod connecting plates 39 is parallel with the lower surface of mounting base 36 to be installed, and the movement of second straight line guide rail 38 is fixed on
On sliding block, the two sides of measuring rod connecting plate are fixed in the cylinder rod end of the second cylinder 37, since cylinder cap to be measured is oblique triangular prism, after
The tested surface angle with horizontal plane for measuring component is 60 °, and the angle of mounting base 36 can make the measuring rod mounting surface for measuring connecting plate
With plane parallel to be measured, can the gaging hole for the treatment of of precise and high efficiency measure, the 7th measuring rod 41, the 8th measuring rod 42 are respectively mounted
On the second measuring rod connecting plate 39, measurement contact is towards workpiece for measurement, when the movement of the second cylinder 37.The connection of 7th measuring rod
Plate 39 is moved downward along linear guide 38, and measuring rod enters to be measured to gaging hole.
Space between feeding handgrip 18 and frame plate 7 is feeding assembly line, when workpiece for measurement is transported to by assembly line
When at 18 at feeding handgrip, charging ram 20, which stretches out, send workpiece for measurement into measured zone, and fixture fixes rear upper and lower, forward and backward survey
Amount component measures under cylinder drive respectively, resets after being measured, and material returned bar 21 will be under the drive of rodless cylinder 16
It surveys workpiece and is drawn out to feeding assembly line.
Although the present invention has been described by way of example and in terms of the preferred embodiments, it is not intended to limit the invention, any to be familiar with this skill
The people of art can do various change and modification, therefore protection model of the invention without departing from the spirit and scope of the present invention
Enclosing subject to the definition of the claims.
Claims (5)
1. a kind of automobile cylinder cover measures cubing, which is characterized in that include frame plate, top elevating mechanism, lower part elevating mechanism,
Measure component, feeding material component;The measurement component includes upper measurement component, lower measurement component, preceding measurement component, rear measurement group
Part;
The top elevating mechanism is led including the first lifting cylinder, the first fixed connecting plate, first movement connecting plate, first movement
Column;First movement guide post has four, is fixedly arranged on the upside of frame plate by bolt respectively, and the first fixed connecting plate is installed by bolt
The top of Yu Sigen first movement guide post, the first lifting cylinder are mounted on the upside of the first fixed connecting plate, and first movement connects
Fishplate bar is located on the downside of the first fixed connecting plate, and first movement connecting plate has through-hole to pass through four mobile guide posts, and is fixed on first
On the cylinder rod of lifting cylinder;
The lower part elevating mechanism includes the second lifting cylinder, the second fixed connecting plate, the second mobile connection plate, the second movement
Guide post, feeding track are connected track;Second mobile guide post has four, and by the fixed downside with frame plate of bolt, second is fixed
Connecting plate is fixed by bolts in the lower end of four second mobile guide posts, and the second lifting cylinder is fixedly arranged on second by bolt and fixes
The downside of connecting plate, there are four through-holes to pass through the second mobile guide post on the second mobile connection plate, and the second mobile connection plate is fixed on
On the cylinder rod of second lifting cylinder;Feeding track linking track includes jacking cylinder, guide rail connecting rod, guide rail, jacks gas
Cylinder is installed on the upside of the second fixed connecting plate of lower part elevating mechanism, and guide rail splice is installed on cylinder rod end, passes through machine
Strip hole on frame plate stretches out, and it is parallel with feeding guide that guide rail is installed on guide rail connecting rod end;During feeding and the material returned, top
It rises cylinder to be in linking track rise in same plane with feeding track, workpiece is made to can smoothly enter into and exit detection zone;Work as inspection
When surveying cylinder head bore, jacking cylinder decline makes workpiece fall on the positioning pin on frame plate the fixation for being convenient for workpiece, makes detection accuracy
It improves;
The measurement component includes upper measurement component, lower measurement component, preceding measurement component, measures component afterwards, upper measurement component, preceding
Measurement component, rear measurement component are fixedly arranged on the downside of first movement connecting plate;Upper measurement component, preceding measurement component, rear measurement
The clearance space that component and frame plate surround is for accommodating and positioning automobile cylinder cover to be checked;
Measurement component includes the first mounting seat, the first cylinder, first straight line guide rail, the first measuring rod connecting plate, the before described
Five measuring rods, the 6th measuring rod, the first positioning pin, tested surface angle with horizontal plane measured by preceding measurement component are 70 °, first
The upper surface of mounting seat is fixedly arranged on the downside of the first movement connecting plate of top elevating mechanism, the angle of lower surface and upper surface
It is 20 °, first straight line guide rail and the first cylinder are installed on the lower surface of the first mounting seat, and the first measuring rod connecting plate is two pieces
The vertical welding junctor of plate, is installed on the sliding block of first straight line guide rail, first measurement connecting plate measuring rod mounting surface with it is to be measured
The tested surface of cylinder cap is parallel, is slided up and down by the drive of the first cylinder along first straight line guide rail;Component is measured before described
The 5th measuring rod for measuring semi-circular hole, be installed vertically on the first measuring rod connecting plate, the end of the 5th measuring rod and
Respectively there are an elasticity measurement contact in two sides along measurement shank diameter, and after the 5th measuring rod protrudes into semi-circular hole, end contact is connect
Semicircle orifice bottom end is touched, the dimension data to gaging hole is obtained by calculation in two sides contact semicircle hole surface;
Measurement component includes the second mounting seat, the second cylinder, second straight line guide rail, the second measuring rod connecting plate, the after described
Seven measuring rods, the 8th measuring rod, the second positioning pin, rear to measure tested surface angle with horizontal plane measured by component be 60 °, second
The upper surface of mounting seat and the angle of lower surface are 30 °, and the second mounting seat upper surface is installed on the of top elevating mechanism
The downside of one mobile connection plate, second straight line guide rail and the second cylinder are installed on the lower surface of the second mounting seat, the second measurement
Bar connecting plate is the vertical welding junctor of two boards, is installed on the sliding block of second straight line guide rail, the installation of the second cylinder lever end
In the two sides of the second measuring rod connecting plate, at this time second measurement connecting plate measuring rod mounting surface and cylinder cap to be measured tested surface phase
In parallel, it is slided up and down by the drive of the second cylinder along the second guide rail, it can be accurately to being surveyed to gaging hole on cylinder cap
Amount;
The feeding material component includes mounting rack, rodless cylinder, connecting rod, handgrip, feeding track, and mounting rack is aluminium alloy extrusions
It is fixedly arranged on the upside of the first fixed connecting plate, rodless cylinder one end is fixedly arranged on the downside of the first fixed connecting plate, and the other end is fixed
In on mounting rack, connecting rod is that aluminium alloy extrusions is installed on the sliding block of rodless cylinder, and handgrip is installed on the lower end of connecting rod, send
Expect track installation in the upside of frame plate;The handgrip is made of charging ram and material returned bar, and connecting rod lower end is equipped with mounting plate, is moved back
Material bar is mounted on the upside of mounting plate, and charging ram is mounted on the downside of mounting plate, and handgrip material returned bar in feeding is in both sides
The state of opening, the cylinder for controlling charging ram, which stretches out, carries out feeding, charging ram cylinders retract and material returned bar is closed to centre when the material returned
And the casting muscle on cylinder cap to be measured is hooked, cylinder cap to be measured is pulled out into detection zone.
2. a kind of automobile cylinder cover according to claim 1 measures cubing, which is characterized in that the upper measurement component includes connecting
Column, the first measuring rod, the second measuring rod, sensor are connect, connecting column is installed vertically on the downside of first movement connecting plate, the first measurement
Bar, the second measuring rod are installed vertically on the downside of connecting column, and the first measuring rod, the second measuring rod are the first of top elevating mechanism
It realizes and moves up and down under the drive of lifting cylinder, the first measuring rod, the second measuring rod protrude into the sensor after gaging hole and measured
Data.
3. a kind of automobile cylinder cover according to claim 2 measures cubing, which is characterized in that the first measuring rod for measure to
Cylinder upper part of the cover deep hole is surveyed, the measurement contact of the first measuring rod can go deep into measuring in hole, and there are four elasticity on measurement contact
Contact touches four points on sky inner wall, by sensor detection, calculates the actual inner diameter obtained to gaging hole;Second measuring rod
Institute's gaging hole is cylinder cap upper through-hole to be measured, and the second measuring rod includes spring pedestal, measurement contact, close to switch, and spring pedestal hangs down
Directly be installed on first movement connecting plate, measurement contact is mounted in the through-hole of spring pedestal, measurement contact towards cylinder cap to be measured,
It can move up and down, measurement contact upper end is equipped with close to switch, is failed to protrude into when gaging hole when measuring contact, be touched close to switch
Hair, the hole are unqualified.
4. a kind of automobile cylinder cover according to claim 1 measures cubing, which is characterized in that the lower measurement component includes connecting
Column, third measuring rod, the 4th measuring rod, sensor are connect, third measuring rod, the 4th measuring rod are mounted on the second mobile connection plate
On, contact is measured towards cylinder cap to be measured.
5. a kind of automobile cylinder cover according to claim 4 measures cubing, which is characterized in that the third measuring rod is for surveying
Measure the deep hole of cylinder cap lower part to be measured, the measurement contact of third measuring rod can go deep into measuring in hole, measure contact on there are four
Resilient contact touches four points on sky inner wall, by calculating the actual inner diameter obtained to gaging hole;4th measuring rod institute gaging hole
For cylinder cap upper through-hole to be measured, the 4th measuring rod includes spring pedestal, measurement contact, close switch, spring pedestal right angle setting
In on first movement connecting plate, measurement contact is mounted in the through-hole of spring pedestal, and measurement contact, can be upper and lower towards cylinder cap to be measured
It is mobile, it measures contact upper end and is equipped with close to switch, when measurement contact fails to protrude into when gaging hole, close switch is triggered, the hole
It is unqualified.
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CN108974917B (en) * | 2018-07-27 | 2020-03-24 | 江南大学 | Material feeding and taking device for automobile cylinder cover |
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CN113203337B (en) * | 2021-04-23 | 2023-07-21 | 安徽工程大学 | Check tool for reinforcing connecting piece of front fender and front headlight of automobile |
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CN114291558B (en) * | 2021-12-30 | 2023-09-01 | 杭州成达机械有限公司 | Comprehensive detection tool for automobile power supply upper cover and detection method thereof |
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JPH07158507A (en) * | 1993-12-08 | 1995-06-20 | Toyota Motor Corp | Cylinder head gasket |
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CN2616885Y (en) * | 2003-05-07 | 2004-05-19 | 长安汽车(集团)有限责任公司 | Box type part holes position and size detecting device |
CN101767129B (en) * | 2008-12-31 | 2011-12-07 | 厦门厦晖橡胶金属工业有限公司 | Automatic bending machine for inflating valve |
CN201592464U (en) * | 2009-12-18 | 2010-09-29 | 富港电子(东莞)有限公司 | Cutting and clamping equipment |
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