CN207998305U - A kind of product lacquer painting detection stacking adapter - Google Patents
A kind of product lacquer painting detection stacking adapter Download PDFInfo
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- CN207998305U CN207998305U CN201820272842.6U CN201820272842U CN207998305U CN 207998305 U CN207998305 U CN 207998305U CN 201820272842 U CN201820272842 U CN 201820272842U CN 207998305 U CN207998305 U CN 207998305U
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Abstract
The utility model provides a kind of product lacquer painting detection stacking adapter, including:Product conveyor structure to be measured, for product to be measured to be transported to station to be measured;Grasping mechanism, for capturing the product to be measured at station to be measured and being transferred into the first detection station;First detection camera, takes pictures for the front to the product to be measured at the first detection station;Conveying mechanism is detected, for product to be measured to be delivered to the second detection station from the first detection station;Second detection camera, takes pictures for the back side to the product to be measured at the second detection station;Rejecting mechanism, rejecting mechanism include drum conveying line, transfer mechanism and reject pipeline, and drum conveying line is connected on the end of detection conveying mechanism, and transfer mechanism is used to the substandard products on drum conveying line moving to rejecting pipeline;Stacking mechanism, for picking up the certified products on drum conveying line and stacking in heaps.This product lacquer painting detection stacking adapter can efficiently, automation, accurately the lacquer painting of product is detected.
Description
Technical field
The present invention relates to the detections to product lacquer painting quality, and in particular to a kind of product lacquer painting detection stacking adapter.
Background technology
Many product needs paint on surface, and the quality of lacquer painting influences the quality and service life of product, therefore goes out
The important link of product control when before factory for the detection of lacquer painting, as shown in Figure 1, being a kind of case of kitchen tools, its convex surface and concave surface
All carried out spray painting processing, then how efficiently, automation, to be accurately detected to its lacquer painting be existing in the prior art
Problem, it would be highly desirable to solve.
Utility model content
The technical problems to be solved in the utility model is:In order to solve how efficient, automation, accurately to the paint of product
Face is detected.The present invention provides a kind of product lacquer painting detection stacking adapters to solve the above problems.
Technical solution adopted by the utility model to solve its technical problems is:A kind of product lacquer painting detection stacking adapter,
Including:
Product conveyor structure to be measured, for product to be measured to be transported to station to be measured;
Grasping mechanism, for capturing the product to be measured at station to be measured and being transferred into the first detection station;
First detection camera, takes pictures for the front to the product to be measured at the first detection station;
Conveying mechanism is detected, for product to be measured to be delivered to the second detection station from the first detection station;
Second detection camera, takes pictures for the back side to the product to be measured at the second detection station;
Rejecting mechanism, the rejecting mechanism include drum conveying line, transfer mechanism and reject pipeline, and the roller conveys
Line is connected on the end of the detection conveying mechanism, and the transfer mechanism is used to the substandard products on drum conveying line moving to the rejecting
Pipeline;
Stacking mechanism, for picking up the certified products on the drum conveying line and stacking in heaps.
Preferably, the stacking mechanism includes placing robot, two shelf step devices and multiple shelf;
The placement robot includes twin shaft prismatic pair and clamping jaw handgrip, and the clamping jaw handgrip is slidably arranged in the twin shaft
On prismatic pair, the twin shaft prismatic pair can drive the clamping jaw handgrip to lift and move along the x-axis along Z axis, and the clamping jaw is grabbed
Hand can be moved along the x-axis relative to the twin shaft prismatic pair, and the clamping jaw handgrip is suitable for capturing on the drum conveying line just
Product;
The two neighboring shelf are connected by hack lever, and each bottom shelf is provided with idler wheel;The shelf have
Multiple placement stations being bonded to each other, two shelf step devices are arranged in the both sides of the shelf;
The shelf step device includes traveling cylinder, fork pawl cylinder and the linear guide, and the bottom of the fork pawl cylinder is solid
There is guide runner, the guide runner to be slidably fixed in the linear guide surely, the piston rod of the traveling cylinder with
The fork pawl cylinder is fixedly connected;
The fork pawl cylinder is suitable for ejecting and catching to X-axis the shelf, the traveling cylinder to be suitable for being oriented to described in pushing tow
Sliding block is slided along Y-axis.
Preferably, the twin shaft prismatic pair includes Z axis rack, disjunctor plate and horizontal arm, the disjunctor plate is fixed on institute
It states in Z axis rack, the disjunctor plate can be moved up and down by the Z axis rack along Z axis;
The upper and lower surface of the horizontal arm is respectively fixed with two linear movement pairs, the disjunctor plate and superposed institute
It states linear movement pair to be fixedly connected, the superposed linear movement is secondary to be suitable for the relatively described disjunctor plate along X-axis sliding;
The clamping jaw handle includes L-type plate, clamping cylinder and clamping plate, and the clamping cylinder is fixed on the L-type plate
Top, the clamping plate are fixedly connected with the piston rod of the clamping cylinder, and the short slab of the clamping plate and the L-type plate is mutual
Parallel, the clamping plate and the short slab can clamp the certified products on the drum conveying line by the clamping cylinder.
Preferably, the product conveyor structure to be measured includes overhead rail, the first sliding block and for hanging upper station
The lower connection component of the upper connection component of product to be measured and product to be measured for hanging lower station, several described first sliding blocks
It is slidably matched and can be moved along overhead rail with overhead rail, each first sliding block is fixed with the upper connection component to be connected
It connects, the lower connection component is arranged in the lower section of upper connection component;
The upper connection component includes tripod, upper junction plate and upper hanger bar, and the apex angle of the tripod and first are slided
Block is fixedly connected, and the upper end of two upper hanger bars is fixedly connected with two base angles of tripod respectively, the upper hanger bar
Lower end there is the hook of product to be measured for hanging upper station, the two sides of the upper junction plate respectively with two it is described on
Hanger bar is fixedly connected;
The lower connection component includes lower connecting plate and lower hanger bar, and the upper end of two lower hanger bars has for hanging
In the hook of the product to be measured of upper station, the lower end of the lower hanger bar has the extension of the product to be measured for hanging lower station
The two sides of hook, the lower connecting plate are fixedly connected with two lower hanger bars respectively.
Preferably, further including detent mechanism, the detent mechanism includes:
Pedestal is fixed with two length directions, first guide rail parallel with X-axis on the pedestal;
First bottom plate, the bottom surface of the bottom plate are fixed with the second sliding block coordinated with first guide rail, and top surface is fixed with
Two length directions, second guide rail parallel with Y-axis;
Frame, including the second bottom plate, two front columns and two rear columns, the bottom surface of second bottom plate is fixed with and institute
The third sliding block of the second guide rail cooperation is stated, the front column and rear column are fixed on vertically on second bottom plate, described in two
Plane where front column is parallel with X-axis;
Second X-axis transmission mechanism, for making the first bottom plate translate in the X-axis direction;
First Y-axis transmission mechanism, for making the second bottom plate translate in the Y-axis direction;
Clamp system, the clamp system are fixed on front column, for clamping the connecting plate into station to be measured;
Be accurately positioned component, it is described to be accurately positioned component, including the one or three axis cylinder, the two or three axis cylinder, linking arm and
End is positioned, the one or the three axis cylinder and the two or three axis cylinder are separately fixed on two front columns, the one or the three axis gas
Cylinder and the two or three axis cylinder are located at upper station and their piston rod relative telescopic in the X-axis direction, the one or the three axis gas
The movable end of cylinder is fixedly connected with linking arm, and a positioning end, institute are fixed in the top and bottom of the linking arm respectively
The movable end for stating the two or three axis cylinder fixes a positioning end.
Preferably, further including recovering mechanism, the recovering mechanism is defeated including the three or three axis cylinder, ejection end, recycling
Band and recycling box are sent, cross bar is fixedly connected between two front columns, mounting plate, the third is fixed on the cross bar
Three axis cylinders are fixed on a mounting board and its movable end stretches in the Y-axis direction, the movable end of the three or the three axis cylinder
Two ejection ends are fixed with by T-shaped plate, the recycling conveyer belt is located at the lower section of lower connecting plate, and the recycling box is set
It sets in the end of the recycling conveyer belt.
Preferably, the clamp system, including two upper slide unit cylinders, two lower slide unit cylinders, two upper parallel open
It holds one's breath cylinder and two lower parallelly opening-and-closing cylinders, two upper slide unit cylinders are separately fixed on two front columns, described two
Upper slide unit cylinder is located at upper station and their piston rod relative telescopic in the X-axis direction, two upper parallelly opening-and-closing gas
Cylinder is fixedly connected with the piston rod of two upper slide unit cylinders respectively, and two movable ends of the upper parallelly opening-and-closing cylinder are fixed respectively
It is opened and closed there are one the first gripping finger and on Y-axis direction;Two lower slide unit cylinders are located at lower station and their work
Relative telescopic, two lower parallelly opening-and-closing cylinders are solid with the piston rod of two lower slide unit cylinders respectively in the X-axis direction for stopper rod
Fixed connection, two movable ends of the lower parallelly opening-and-closing cylinder are respectively fixed with second gripping finger and on Y-axis direction
Opening and closing.
Preferably, the station to be measured includes upper station and the lower station, first detection station includes first
Positive detection station and the second positive detection station, second detection station include the first back side detection station and second back side
Detection station, the grasping mechanism include six-joint robot, the first electromagnetic suction head, coordinates robot, the second electromagnetic suction head and tune
Rotation mechanism, the coordinates robot are used for the transferred product to be measured of lower station to the first positive detection station, the turning machine
Structure setting coordinates in the first positive detection station with coordinates robot, and the six-joint robot is used for the product to be measured of upper station
It is transferred to the second positive detection station;
First electromagnetic suction head is fixed on the hand of the six-joint robot, for drawing the production to be measured at upper station
Product;
The coordinates robot includes Z-axis transmission mechanism, the first X-axis transmission mechanism and rotation mechanism in vertical shaft, the level
Rotating mechanism includes the driving motor that turntable and driving disc are rotated in horizontal plane, and the Z-axis transmission mechanism is leading screw auxiliary driving
It mechanism and is fixed on the turntable, the first X-axis transmission mechanism is leading screw auxiliary drive gear and and Z-axis transmission mechanism
It is fixedly connected, second electromagnetic suction head is fixedly connected with the end of the first X-axis transmission mechanism, for drawing at lower station
Product to be measured;
The mechanism of turning includes the first elevating mechanism and switching mechanism, and first elevating mechanism is fixed with switching mechanism
Connection, the switching mechanism include roll-over table, upset motor and torsion shaft, and the roll-over table is located at the first positive detection station simultaneously
And be fixedly connected with the torsion shaft, the axis of the torsion shaft is parallel with Y-axis, and the upset motor drives the overturning shaft rotation
It is dynamic, at least one third electromagnetic suction head is provided on the roll-over table.
Preferably, the rejecting mechanism is two, it is separately positioned on the end of first conveyer belt and the second conveyer belt,
The roller conveyor structure, including multiple spaced rollers, the roller are parallel to Y direction;
The transfer mechanism, including multiple transfer holders, the second elevating mechanism and the second Y-axis transmission mechanism, adjacent two
There are one the transfer holders, second elevating mechanism to be connect with transfer holder for setting between the roller, second Y-axis
Transmission mechanism is connect with the second elevating mechanism;
The rejecting pipeline is sent out for the transfer mechanism to be transmitted the substandard products come.
Preferably, the detection conveying mechanism includes being arranged in the first positive detection station and the first back side detection station
Between first conveyer belt and the second conveyer belt for being arranged between the second positive detection station and the second back side detection station, institute
It includes that camera and the second front detection camera, the first front detection camera setting are detected in the first front to state the first detection camera
It shoots in the described first positive detection station and downwards, the second front detection camera setting is in the second front detection work
Position is simultaneously shot to along X-direction, and the second detection camera includes first back side detection camera and second back of the body shot downwards
Camera is detected in face, and first back side detection camera is located at first back side detection station, and camera is detected at second back side
Positioned at second back side detection station.
The utility model has the beneficial effects that this product lacquer painting detection device can efficiently, automation, accurately to production
The lacquer painting of product is detected.
Description of the drawings
The utility model is further illustrated with reference to the accompanying drawings and examples.
Fig. 1 is a kind of structural schematic diagram of the optimum embodiment of product lacquer painting detection stacking adapter of the utility model.
Fig. 2 is the structural schematic diagram of the optimum embodiment of the utility model shelf step device.
Fig. 3 is the structural schematic diagram of the optimum embodiment of the utility model stacking mechanism.
Fig. 4 is the structural schematic diagram for the optimum embodiment that the utility model places robot.
Fig. 5 is the structural schematic diagram at the visual angle that the utility model places robot.
Fig. 6 is the structural schematic diagram at another visual angle that the utility model places robot.
Fig. 7 is the structural schematic diagram of the optimum embodiment of the utility model recovering mechanism.
Fig. 8 is the structural schematic diagram of the optimum embodiment of connection component on the utility model.
Fig. 9 is a kind of partial structural diagram of product lacquer painting detection stacking adapter of the utility model.
Figure 10 is the partial structural diagram of the utility model detent mechanism.
Figure 11 is the structural schematic diagram of the optimum embodiment of the utility model double-station workpiece.
Figure 12 is a kind of partial structural diagram of product lacquer painting detection stacking adapter of the utility model.
Figure 13 is the structural schematic diagram of the optimum embodiment of the first elevating mechanism of the utility model.
Figure 14 is a kind of partial structural diagram of product lacquer painting detection stacking adapter of the utility model.
Figure 15 is the structural schematic diagram of the optimum embodiment of the utility model rejecting mechanism.
1, pedestal in figure, the 2, first guide rail, the 3, first bottom plate, the 4, second sliding block, the 5, second guide rail, the 6, second bottom plate, 7,
Third sliding block, the 8, second Y-axis transmission mechanism, 9, front column, 10, rear column, the 11, the 1st axis cylinder, the 12, the 2nd 3 axis gas
Cylinder, 13, linking arm, 14, positioning end, 15, upper slide unit cylinder, 16, lower slide unit cylinder, 17, upper parallelly opening-and-closing cylinder, 18, under
Parallelly opening-and-closing cylinder, the 19, first gripping finger, the 20, second gripping finger, 21, overhead rail, 22, tripod, 25, hook, 26, upper connection
Plate, 27, upper hanger bar, 28, lower connecting plate, 29, lower hanger bar, 30, product to be measured, 251, V-groove, 31, six-joint robot,
32, the first electromagnetic suction head, the 33, second electromagnetic suction head, 34, first conveyer belt, the 35, second conveyer belt, the 36, first front detection phase
Camera is detected at machine, the 37, second front detection camera, 38, first back side, and camera is detected at 39, second back side, and 40, Z-axis transmission machine
Structure, the 41, first X-axis transmission mechanism, 42, turntable, 43, connecting rod, 44, mounting base, 45, roll-over table, 46, upset motor, 47, turn over
Shaft, 48, third electromagnetic suction head, 49, lifter plate, 50, roller, 51, transfer holder, 52, reject pipeline, the 53, first cylinder,
54, guide rod, the 55, the 3rd 3 axis cylinder, 56, ejection end, 57, recycling conveyer belt, 58, recycling box, 59, cross bar, 60, installation
Plate, 61, T-shaped plate, 62, stacking mechanism, 63, place robot, 64, shelf step device, 65, shelf, 66, place station, 67,
Basal edge, 68, top rib, 69, perpendicular rib, 70, set up rib, 71, hack lever, 711, tiger's jaw, 72, clamping jaw handgrip, 73, idler wheel, 74, traveling gas
Cylinder, 75, fork pawl cylinder, 76, the linear guide, 77, guide runner, 78, chassis plate, 781, be oriented to slope, 782, be oriented to long rib,
79, Z axis rack, 791, Z axis motor, 80, disjunctor plate, 801, jointing plate, 802, stiffener plate, 803, Z axis sliding block, 81, horizontal
Arm, 811, linear movement it is secondary, 812, motor, 813, lead screw, 814, swivel nut, 815, be oriented to clamp rail, 816, card set sliding block, 817, L
Template, 8171, short slab, 818, clamping plate, 819, transverse slat, 82, clamping cylinder.
Specific implementation mode
As shown in Fig. 1 ~ 15, the present invention provides a kind of product lacquer paintings to detect stacking adapter, including:
30 conveying mechanism of product to be measured, for product 30 to be measured to be transported to station to be measured;
Detent mechanism is used for clamping and positioning product 30 to be measured;
Grasping mechanism, for capturing the product to be measured 30 at station to be measured and being transferred into the first detection station;
Recovering mechanism, the lower connection component for rejecting and recycling the lower station in 30 conveying mechanism of product to be measured;
First detection camera, takes pictures for the front to the product to be measured 30 at the first detection station;
Conveying mechanism is detected, for product 30 to be measured to be delivered to the second detection station from the first detection station;
Second detection camera, takes pictures for the back side to the product to be measured 30 at the second detection station.
Stacking mechanism 62, for picking up the certified products on drum conveying line and stacking in heaps.
Technical scheme of the present invention is clearly illustrated for convenience, sets space coordinates, vertical direction Z
Axis, and be the forward direction of Z axis straight up, front-rear direction is Y-axis, and front is that Y-axis is positive, and left and right directions is X-axis, and
Left is that X-axis is positive.
Stacking mechanism 62 includes placing 63, two shelf step devices 64 of robot and multiple shelf 65;
It includes twin shaft prismatic pair and clamping jaw handgrip 72 to place robot 63, and clamping jaw handgrip 72 is slidably arranged in twin shaft prismatic pair
On, twin shaft prismatic pair can drive clamping jaw handgrip 72 to lift and move along the x-axis along Z axis, and clamping jaw handgrip 72 can be relative to double
Axis prismatic pair moves along the x-axis, and clamping jaw handgrip 72 is suitable for capturing the certified products on drum conveying line;
Two neighboring shelf 65 are connected by hack lever 71, and 65 bottom of each shelf is provided with idler wheel 73;Shelf 65 have more
A placement station 66 being bonded to each other, two shelf step devices 64 are arranged in the both sides of shelf 65;Shelf 65 in a rectangular parallelepiped shape,
For each tool of shelf 65 there are four station 66 is placed, it is rectangular rectangular scapus that placement station 66, which is bottom surface, there is basal edge 67, top rib
68 and perpendicular rib 69 constitute such rectangular scapus, on each four perpendicular ribs 69 for placing station 66, two of which erects rib 69
On be fixed with and set up rib 70, the certified products case being placed can be placed on two in two same levels erection ribs 70
On.Among this, opened up on hack lever 71 there are two tiger's jaw 711, a tiger's jaw 711 wales the basal edge 67 of the shelf 65 of front, separately
One tiger's jaw 711 wales the basal edge 67 of the shelf 65 at rear portion, and the shelf 65 of front pass through two hack levers 71 with the shelf 65 at rear portion
Realize connection.
Shelf step device 64 includes traveling cylinder 74, fork pawl cylinder 75 and the linear guide 76, the bottom of fork pawl cylinder 75
It is fixed with guide runner 77, guide runner 77 is slidably fixed in the linear guide 76, the piston rod and fork of traveling cylinder 74
Pawl cylinder 75 is fixedly connected;
The bottom surface of two shelf step devices 64 has chassis plate 78, has in the side of chassis plate 78 and is oriented to slope 781,
Chassis plate 78 is rushed to convenient for idler wheel 73, has on the surface of chassis plate 78 and is oriented to long rib 782, four rollings on a shelf 65
Wheel 73, the inside that long rib 782 is oriented at two is rolled into, and is oriented to the setting of long rib 782, plays good guide and limit effect
Fruit prevents the dislocation of direction of travel occur in 65 traveling process of shelf.
Fork pawl cylinder 75 is suitable for ejecting and catching to X-axis shelf 65, traveling cylinder 74 to be suitable for pushing tow guide runner 77 along Y-axis
Sliding.
Twin shaft prismatic pair includes Z axis rack 79, disjunctor plate 80 and horizontal arm 81, and disjunctor plate 80 is fixed in Z axis rack 79,
Disjunctor plate 80 can be moved up and down by Z axis rack 79 along Z axis;
The upper and lower surface of horizontal arm 81 is respectively fixed with two linear movement pairs 811, disjunctor plate 80 with it is superposed straight
Line prismatic pair 811 is fixedly connected, and superposed linear movement pair 811 is suitable for opposite disjunctor plate 80 and is slided along X-axis, such straight line
Prismatic pair 811 includes motor 812812, lead screw 813 and swivel nut 814, and the output shaft and lead screw 813 of motor 812812 are coaxial fixed,
Swivel nut 814 is threaded on lead screw 813, is oriented to clamp rail 815 there are two tools on the horizontal arm 81 of the bottom surface of disjunctor plate 80,
It is slidably provided with two cards in each guiding clamp rail 815 and sets sliding block 816, four cards set sliding block 816 and fixed with disjunctor plate 80
Connection, when motor 812812 drive lead screw 813 rotate when, swivel nut 814 with four card set sliding block 816 be oriented to clamp rail 815 in fact
It now slides, to realize along X-axis slidably effect.Among this, 80 side of disjunctor plate is vertically and fixedly provided with jointing plate 801, fitting
There are two pieces of stiffener plates 802 between plate 801 and disjunctor plate 80, enhance the intensity between jointing plate 801 and disjunctor plate 80.
At the back of jointing plate 801, there are four Z axis sliding blocks 803 for tool, and there are one Z axis motors for tool in Z axis rack 79
812791, cover on the output shaft of Z axis motor 812791 has gear surely(It is not drawn into figure), gear(It is not drawn into figure)With positioned at Z
Rack in 79 inner cavity of axis rack(It is not drawn into figure)Engagement, the back of jointing plate 801 stretch into Z axis rack 79 that there are one one
Plate(It is not drawn into figure), integrated board(It is not drawn into figure)With rack(It is not drawn into figure)Side be fixedly connected, gear is driving
Rack(It is not drawn into figure)During rising, while driving integrated board(It is not drawn into figure)It is promoted, to realize disjunctor plate 80
Promotion.Certainly, rack(It is not drawn into figure)Position-limit mechanism can be also arranged simultaneously in bottom(It is not drawn into figure)Prevent the de- of rack
Go out, because rack pinion hoisting mechanism is the prior art, therefore is not repeated herein.
Clamping jaw handle includes L-type plate 817, clamping cylinder 82 and clamping plate 818, and clamping cylinder 82 is fixed on L-type plate 817
Top, clamping plate 818 are fixedly connected with the piston rod of clamping cylinder 82, and clamping plate 818 and the short slab 8171 of L-type plate 817 are mutual
Parallel, clamping plate 818 and short slab 8171 can pass through the certified products on 82 pinch roller pipeline of clamping cylinder.Herein, it clamps
Plate 818 is two pieces and the placement parallel to each other that is staggered, and is connected by transverse slat 819 between two pieces of clamping plates 818, one of clamping
The piston rod of plate 818 and clamping cylinder 82 is fixed, by 82 pushing tow of clamping cylinder, makes the piston rod not with clamping cylinder 82
The distance between clamping plate 818 and short slab 8171 of connection become larger, conversely, clamping cylinder 82 shrink, make not with clamping cylinder 82
Piston rod connection clamping plate 818 and the distance between short slab 8171 become smaller, finally realize the crawl for case.
When needing to capture the certified products being located on drum conveying line, first, Z axis rack 79 works, Z axis motor
812791 band moving gears rotate, gear band carry-over bar(It is not drawn into figure)Decline, synchronous, disjunctor plate 80 declines, synchronous, position
Linear movement pair 811 in 81 top and the bottom of horizontal arm works at the same time, and clamping jaw handle is driven to be moved to the surface of certified products case, this
When, the distance between clamping plate 818 and short slab 8171 are maximum, when the lower surface of the long slab of L-type plate 817 and the upper table face paste of case
When conjunction, the piston rod of clamping cylinder 82 is retracted, and clamping plate 818 clamps case with short slab 8171, completes pinching action, so
Afterwards, it is located at the task again of linear movement pair 811 of 81 top and the bottom of horizontal arm, drives and clamp the clamping jaw handle for having case to shelf 65
Mobile, before clamping jaw handle is moved in shelf 65, first, Z axis rack 79 is moved to fixed horizontal position, then clamping jaw handle
Hand stacks certified products case to two frame ribs, and so on, until entire station 66 of placing piles with certified products case.
At this point, clamping jaw cylinder operation, shelf 65 are clamped in stretching, and then traveling cylinder 74 pushes clamping jaw cylinder, makes its drive
Shelf 65 move forward, preliminary just to be needed two mobile for mobile placement station 66 when two, which are placed station 66, piles with
Station 66 is placed, three is then moved and places station 66 and a hack lever 71, the certified products loading then continued is past with this
It is multiple.
30 conveying mechanism of product to be measured includes overhead rail 21, the first sliding block and the product to be measured 30 for hanging upper station
Upper connection component and product to be measured 30 for hanging lower station lower connection component, several first sliding blocks and overhead rail
21 are slidably matched and can be moved along overhead rail 21, and overhead rail 21 is the track for having minor grade, and the first sliding block is from sky
The initial position of middle orbit 21 is loaded onto and slides into station to be measured along the gradient after product 30 to be measured, the product to be measured at station to be measured
30, which are crawled mechanism, takes away, and the first sliding block continuously moves to the end of overhead rail 21, naturally it is also possible to sprocket wheel chain be arranged
Transmission mechanism, the first sliding block are fixed on chain and move.Each first sliding block is fixedly connected with upper connection component, lower company
Connected components are arranged in the lower section of upper connection component.
Upper connection component includes tripod 22, upper junction plate 26 and upper hanger bar 27, and the apex angle of tripod 22 and first are slided
Block is fixedly connected, and the upper end of two upper hanger bars 27 is fixedly connected with two base angles of tripod 22 respectively, upper hanger bar 27
There is the hook 25 of the product to be measured 30 for hanging upper station, the two sides of upper junction plate 26 above to be hung with two respectively for lower end
Bar 27 is fixedly connected;The both upper ends thereof trepanning of product 30 to be measured, hook 25 insert in the hole that product 30 to be measured is allowed to be suspended on extension
On hook 25, the two sides of upper junction plate 26 are fixedly connected with two upper hanger bars 27 respectively, and one of use is to play to hang on stable
The effect of hanging rod 27 prevents hanger bar 27 from disorderly shaking.Hook 25 and the contact portion of product 30 to be measured are provided with V-groove 251, imitate
One of fruit is that product 30 to be measured is not easily disconnected from when hanging on hook 25, and is production to be measured when grasping mechanism takes product 30 to be measured away
Product 30 can removing along the smooth surface of V-groove 251.
Lower connection component includes lower connecting plate 28 and lower hanger bar 29, and the upper end of two lower hanger bars 29 has for hanging over
The hook 25 of the product to be measured 30 of upper station, the lower end of lower hanger bar 29 have the extension of the product to be measured 30 for hanging lower station
The two sides of hook 25, lower connecting plate 28 are fixedly connected with two lower hanger bars 29 respectively.The lower part of this product 30 to be measured is hung
The hook 25 of lower hanger bar 29, lower hanger bar 29 hangs another product 30 to be measured, they with the first sliding block it is certain simultaneously
Into upper station and lower station;
Detent mechanism, including:
Pedestal 1 is fixed with two length directions, first guide rail 2 parallel with X-axis on pedestal 1;
First bottom plate 3, the bottom surface of bottom plate are fixed with the second sliding block 4 coordinated with the first guide rail 2, and top surface is fixed with two long
Spend direction second guide rail 5 parallel with Y-axis;
Frame, including the front column 9, two of the second bottom plate 6, two rear column 10, back of the body protective plate and two side protective plates, the
The bottom surface of two bottom plates 6 is fixed with the third sliding block 7 coordinated with the second guide rail 5, and front column 9 and rear column 10 are fixed on second vertically
On bottom plate 6, two 9 place planes of front column are parallel with X-axis;Back of the body protective plate is fixedly connected with two rear columns 10, and a side is anti-
Backplate is fixedly connected with a front column 9 and a rear column 10, another side protective plate and another front column 9 and another
Rear column 10 is fixedly connected, and the stability of frame can be enhanced by carrying on the back protective plate and side protective plate;
Second X-axis transmission mechanism, for making the first bottom plate 3 translate in the X-axis direction;For be fixed on pedestal 1 second
The piston rod of cylinder, model MB1L32, the second cylinder is parallel to X-axis and is fixedly connected with the first bottom plate 3, the second cylinder band
Dynamic first bottom plate 3 moves in the X-axis direction;
First Y-axis transmission mechanism, for making the second bottom plate 6 translate in the Y-axis direction;To be fixed on the first bottom plate 3
Third cylinder, the piston rod of model MB1L32, third cylinder is parallel to Y-axis and is fixedly connected with the second bottom plate 6, third
Cylinder drives the second bottom plate 6 to move in the Y-axis direction;
Clamp system, clamp system are fixed on front column 9, for clamping the connecting plate into station to be measured.
Recovering mechanism, including the three or three axis cylinder 55, ejection end 56, recycling conveyer belt 57 and recycling box 58, before two
It is fixedly connected with cross bar 59 between column 9, the 60, the 3rd 3 axis cylinder 55 of mounting plate is fixed on cross bar 59 and is fixed on mounting plate 60
Upper and its movable end stretches in the Y-axis direction, and the movable end of the three or three axis cylinder 55 is fixed with two tops by T-shaped plate 61
Go out end 56, ejection end 56 is located at the lower section of lower connecting plate 28 towards lower connecting plate 28, recycling conveyer belt 57, and recycling box 58 is set
It sets in the end of recycling conveyer belt 57.Instantly after the product to be measured 30 of station is removed, the second gripping finger of lower parallelly opening-and-closing cylinder
20 unclamp and retract, and the piston rod of the three or three axis cylinder 55 stretches out, and ejection end 56 ejects backward, backward by lower connecting plate 28
Top, lower connecting plate 28 and lower hanger bar 29 can be overturn with the upper end hook 25 of two lower hanger bars 29 for fulcrum, lower hanger bar 29
Upper end hook 25 and the contact portion of the product to be measured 30 of upper station be also that there is V-groove 251, therefore hanger bar 29 instantly
When being overturn with lower connecting plate 28, fallen down by the just very smooth surface along V-groove 251 that acts on of gravity, this is V-type
Second effect of slot 251;Lower connecting plate 28 and lower hanger bar 29 are fallen on recycling conveyer belt 57, and recycling conveyer belt 57 again will
They are moved to end, finally fall in recycling box 58, to realize the automatic recycling of lower connecting plate 28 and lower hanger bar 29;
Since there is recycling box 58 certain height, the end of recycling conveyer belt 57 to be higher than initiating terminal.
After the product to be measured 30 of upper station is removed, the first gripping finger 19 of upper parallelly opening-and-closing cylinder 17 is unclamped and is retracted,
It positions end 14 to retract, detent mechanism is released forward, and upper connection component removes station to be measured with the first sliding block.
Clamp system, including upper 17 and of parallelly opening-and-closing cylinder of two 15, two, upper slide unit cylinder, 16, two, lower slide unit cylinders
Two lower parallelly opening-and-closing cylinders, two upper slide unit cylinders 15 are separately fixed on two front columns 9, two 15, upper slide unit cylinders
In upper station and their piston rod relative telescopic in the X-axis direction, two upper parallelly opening-and-closing cylinders 17 respectively on two
The piston rod of slider cylinder 15 is fixedly connected, two movable ends of upper parallelly opening-and-closing cylinder 17 be respectively fixed with a gripping finger and
It is opened and closed on Y-axis direction;Two lower slide unit cylinders 16 are located at lower station and their piston rod is stretched relatively in the X-axis direction
Contracting, two lower parallelly opening-and-closing cylinders are fixedly connected with the piston rod of two lower slide unit cylinders 16 respectively, lower parallelly opening-and-closing cylinder
Two movable ends are respectively fixed with second gripping finger 20 and are opened and closed on Y-axis direction.Slider cylinder uses MXH20-40
Serial cylinder, parallelly opening-and-closing cylinder use MHZ2-32 series cylinders;
Detent mechanism further includes being accurately positioned component,
It is accurately positioned component, including the one or three axis cylinder 11, the two or three axis cylinder 12, linking arm 13 and positioning end 14,
One or three axis cylinder 11 and the two or three axis cylinder 12 are separately fixed on two front columns 9, the one or three axis cylinder 11 and the two or three
Axis cylinder 12 is located at upper station and their piston rod relative telescopic in the X-axis direction, the movable end of the one or three axis cylinder 11
It is fixedly connected with linking arm 13, positioning the 14, a 2nd 3 axis cylinder 12 of end is fixed in the top and bottom of linking arm 13 respectively
Movable end fix one positioning end 14, three axis cylinders use MGPM32-75 series cylinders.
Station to be measured includes upper station and lower station, and the first detection station includes the first positive detection station and the second front
Detection station, the second detection station include the first back side detection station and the second back side detection station, and grasping mechanism includes six axis
Robot 31, the first electromagnetic suction head 32, coordinates robot, the second electromagnetic suction head 33 and mechanism is turned, coordinates robot is used for will
The product to be measured 30 of lower station is transferred to the first positive detection station, turns mechanism setting in the first positive detection station and coordinate
Robot coordinates, and six-joint robot 31 is used to the product to be measured 30 of upper station being transferred to the second positive detection station;Six axis machines
Device people 31 is a day robot of the model MOTOMAN-HP20D of intrinsic safety river company production.
First electromagnetic suction head 32 is fixed on the hand of six-joint robot 31, for drawing the product to be measured 30 at upper station;
Coordinates robot includes Z-axis transmission mechanism 40, the first X-axis transmission mechanism 41 and rotation mechanism in vertical shaft, is horizontally rotated
Mechanism includes turntable 42 and the driving motor that driving disc 42 is rotated in horizontal plane, and Z-axis transmission mechanism 40 is lead screw pair driver
It structure and is fixed on turntable 42, the first X-axis transmission mechanism 41 is leading screw auxiliary drive gear and is fixed with Z-axis transmission mechanism 40
Connection, the second electromagnetic suction head 33 is fixedly connected with the end of the first X-axis transmission mechanism 41, for drawing the production to be measured at lower station
Product 30;Z-axis transmission mechanism 40 is ball-screw paratype straight line module, and the first X-axis transmission mechanism 41 is ball-screw paratype straight line
Module, its sliding block can be moved in X-axis and be fixedly connected with the second electromagnetic suction head 33 by a connecting rod 43.
It includes the first elevating mechanism and switching mechanism to turn mechanism, and the first elevating mechanism is fixedly connected with switching mechanism, turns over
Rotation mechanism includes roll-over table 45, upset motor 46 and torsion shaft 47, roll-over table 45 be located at the first positive detection station and with turn over
Shaft 47 is fixedly connected, and the axis of torsion shaft 47 is parallel with Y-axis, and upset motor 46 drives torsion shaft 47 to rotate, on roll-over table 45
It is provided at least one third electromagnetic suction head 48.It further includes mounting base 44 to turn mechanism, the first elevating mechanism include lifter plate 49,
First cylinder 53 and guide rod 54, the first cylinder 53 be MB1B50 series cylinders, the first cylinder 53 be fixed in mounting base 44 and
Its piston rod is fixedly connected with lifter plate 49, the upper end of two guide rods 54 be fixedly connected with lifter plate 49 and respectively with setting
Two oil-free bushings in mounting base 44 are slidably matched, and the output shaft of upset motor 46 is driven by synchronous belt and torsion shaft 47
It connects, two bearing blocks, the inner ring cooperation of torsion shaft 47 and the bearing in two bearing blocks, third electricity is fixed on lifter plate 49
The quantity of magnetic suction head 48 is four, rectangular to be distributed on roll-over table 45.First detection camera is arranged to shoot downwards.
When six-joint robot 31 works, when product 30 to be measured enters detection station, detent mechanism is located at product to be measured
30 front, controlling the second cylinder at this time makes entire frame that product 30 to be measured be followed to move in the X-axis direction, and controls third gas
Cylinder makes two upper parallelly opening-and-closing cylinders move backward, the first gripping finger 19 of the left and right sides is allowed to be located at the both sides of upper junction plate 26, with
Two slider cylinders are controlled afterwards, the first gripping finger 19 is made to stretch to connecting plate, allow upper junction plate 26 in the clamping of a pair of first gripping finger 19
In section, parallelly opening-and-closing cylinder in control, the first gripping finger 19 clamps upper junction plate 26;Then the one or three axis cylinder 11 and the are controlled
Two or three axis cylinders 12 allow positioning end 14 to stretch out and withstand the left and right sides of product 30 to be measured, be finely adjusted, to accurately fixed
Position, the hand of six-joint robot 31 turn to the center for being directed at product 30 to be measured, start the first electromagnetic suction head 32 by production to be measured
Product 30 are sucked, and product 30 to be measured is transferred to the first detection station by six-joint robot 31, and the release of the first gripping finger 19 is retracted, localization machine
Structure retracts original position;
For first detection camera towards right shooting, six-joint robot 31 allows the positive face first of product 30 to be measured to detect camera,
Complete positive shooting;Front shooting after, six-joint robot 31 by 30 back side of product to be measured upward be placed on detection it is defeated
It send in mechanism, detection conveying mechanism is conveyer belt, and product 30 to be measured is transported to the second detection station, the second detection phase by conveyer belt
Machine shoots the back side of product 30 to be measured downward, to complete the shooting in two faces.
When coordinate machine man-hour, after waiting product 30 to be measured to be accurately positioned, driving motor driving disc 42 rotates, and makes
Second electromagnetic suction head 33 turns to product 30 to be measured, and the second electricity is adjusted by Z-axis transmission mechanism 40 and the first X-axis transmission mechanism 41
The position of magnetic suction head 33 makes the second electromagnetic suction head 33 be directed at the centre position of product 30 to be measured, is powered to the second electromagnetic suction head 33,
Driving motor driving disc 42 is turned round after product 30 to be measured is sucked, and product 30 to be measured enters the first detection station, the second gripping finger 20
Release is retracted, and detent mechanism retracts original position;The piston rod of first cylinder 53 stretches out, and lifts installation roll-over table 45, upset motor 46
It drives roll-over table 45 to rotate, roll-over table 45 is made to be directed at the back side of product 30 to be measured, be sucked to the energization of third electromagnetic suction head 48 to be measured
Product 30, upset motor 46 drive roll-over table 45 to overturn again, and the face-up of product 30 to be measured, the first detection camera is made to carry out
Shooting, after shooting, upset motor 46 drives roll-over table 45 to overturn, and makes the face down and the first cylinder of product 30 to be measured
53 piston rod is retracted, and 30 times landing of product to be measured are on the conveyor belt.
It further includes two bad part eject mechanisms that product lacquer painting, which detects stacking adapter, is separately positioned on first conveyer belt 34 and the
The end of two conveyer belts 35, bad part eject mechanism include:
50 conveying mechanism of roller, including multiple spaced rollers 50, roller 50 are parallel to Y direction;
Transfer mechanism, including multiple transfer holders 51, the second elevating mechanism and the second Y-axis transmission mechanism 8, adjacent two rollings
There are one transfer holder 51, the second elevating mechanism is connect with transfer holder 51 for setting between cylinder 50, the second Y-axis transmission mechanism 8 and
Second elevating mechanism connects, and the second elevating mechanism and the second Y-axis transmission mechanism 8 are cylinder-driven structure;
Pipeline 52 is rejected, is sent out for transfer mechanism to be transmitted the substandard products come.When detecting substandard products, work as substandard products
After being moved on roller 50 by conveyer belt, starts the second elevating mechanism and lift transfer holder 51, substandard products rise and leave therewith
Roller 50 restarts the second Y-axis transmission mechanism 8 and substandard products is moved on rejecting pipeline 52.
Detection conveying mechanism include be arranged between the first positive detection station and the first back side detection station it is first defeated
The second conveyer belt 35 for sending band 34 and being arranged between the second positive detection station and the second back side detection station, the first detection phase
Machine includes that camera 36 and the second front detection camera 37 are detected in the first front, and the first front detection camera 36 setting is in the first front
Detection station is simultaneously shot downwards, and the second front detection camera 37 setting is shot in the second positive detection station and to along X-direction,
Second detection camera includes first back side detection camera 38 shot downwards and second back side detection camera 39, the inspection of first back side
It surveys camera 38 and is located at the first back side detection station, second back side detection camera 39 is located at the second back side detection station.First conveying
The distance between band 34 and the second conveyer belt 35 are just a placement station.
Claims (10)
1. a kind of product lacquer painting detects stacking adapter, which is characterized in that including:
Product conveyor structure to be measured, for product to be measured to be transported to station to be measured;
Grasping mechanism, for capturing the product to be measured at station to be measured and being transferred into the first detection station;
First detection camera, takes pictures for the front to the product to be measured at the first detection station;
Conveying mechanism is detected, for product to be measured to be delivered to the second detection station from the first detection station;
Second detection camera, takes pictures for the back side to the product to be measured at the second detection station;
Rejecting mechanism, the rejecting mechanism include drum conveying line, transfer mechanism and reject pipeline, and the drum conveying line connects
In the end of the detection conveying mechanism, the transfer mechanism is used to the substandard products on drum conveying line moving to the rejecting and convey
Line;
Stacking mechanism, for picking up the certified products on the drum conveying line and stacking in heaps.
2. product lacquer painting as described in claim 1 detects stacking adapter, it is characterised in that:The stacking mechanism includes placement machine
Device people, two shelf step devices and multiple shelf;
The placement robot includes twin shaft prismatic pair and clamping jaw handgrip, and the clamping jaw handgrip is slidably arranged in the twin shaft movement
In pair, the twin shaft prismatic pair can drive the clamping jaw handgrip to lift and move along the x-axis, the clamping jaw handgrip energy along Z axis
Enough to be moved along the x-axis relative to the twin shaft prismatic pair, the clamping jaw handgrip is suitable for capturing the certified products on the drum conveying line;
The two neighboring shelf are connected by hack lever, and each bottom shelf is provided with idler wheel;The shelf have multiple
The placement station being bonded to each other, two shelf step devices are arranged in the both sides of the shelf;
The shelf step device includes traveling cylinder, fork pawl cylinder and the linear guide, and the bottom of the fork pawl cylinder is fixed with
Guide runner, the guide runner are slidably fixed in the linear guide, the piston rod of the traveling cylinder with it is described
Fork pawl cylinder is fixedly connected;
The fork pawl cylinder is suitable for ejecting and catching to X-axis the shelf, the traveling cylinder to be suitable for guide runner described in pushing tow
It is slided along Y-axis.
3. product lacquer painting as claimed in claim 2 detects stacking adapter, it is characterised in that:The twin shaft prismatic pair includes Z axis
Rack, disjunctor plate and horizontal arm, the disjunctor plate are fixed in the Z axis rack, and the disjunctor plate can pass through the Z axis machine
Frame is moved up and down along Z axis;
It is secondary that the upper and lower surface of the horizontal arm is respectively fixed with two linear movements, the disjunctor plate with it is superposed described straight
Line prismatic pair is fixedly connected, and the superposed linear movement is secondary to be suitable for the relatively described disjunctor plate along X-axis sliding;
The clamping jaw handle includes L-type plate, clamping cylinder and clamping plate, and the clamping cylinder is fixed on the top of the L-type plate,
The clamping plate is fixedly connected with the piston rod of the clamping cylinder, and the short slab of the clamping plate and the L-type plate is parallel to each other,
The clamping plate and the short slab can clamp the certified products on the drum conveying line by the clamping cylinder.
4. product lacquer painting as described in claim 1 detects stacking adapter, it is characterised in that:The product conveyor structure packet to be measured
Include overhead rail, the upper connection component of the first sliding block and the product to be measured for hanging upper station and for hanging waiting for for lower station
The lower connection component of product is surveyed, several described first sliding blocks are slidably matched with overhead rail and can be moved along overhead rail,
Each first sliding block is fixedly connected with the upper connection component, and the lower connection component is arranged under upper connection component
Side;
The upper connection component includes tripod, upper junction plate and upper hanger bar, and the apex angle of the tripod and the first sliding block are solid
Fixed connection, the upper end of two upper hanger bars is fixedly connected with two base angles of tripod respectively, under the upper hanger bar
Holding has the hook of product to be measured for hanging upper station, the two sides of the upper junction plate respectively with two upper suspensions
Bar is fixedly connected;
The lower connection component includes lower connecting plate and lower hanger bar, and the upper end of two lower hanger bars has for hanging over
The hook of the product to be measured of station, the lower end of the lower hanger bar have the hook of the product to be measured for hanging lower station, institute
The two sides for stating lower connecting plate are fixedly connected with two lower hanger bars respectively.
5. product lacquer painting as claimed in claim 4 detects stacking adapter, it is characterised in that:Further include detent mechanism, it is described fixed
Position mechanism include:
Pedestal is fixed with two length directions, first guide rail parallel with X-axis on the pedestal;
First bottom plate, the bottom surface of the bottom plate are fixed with the second sliding block coordinated with first guide rail, and top surface is fixed with two
Length direction second guide rail parallel with Y-axis;
The bottom surface of frame, including the second bottom plate, two front columns and two rear columns, second bottom plate is fixed with and described
The third sliding block of two guide rails cooperation, the front column and rear column are fixed on vertically on second bottom plate, and two described preceding vertical
Plane where column is parallel with X-axis;
Second X-axis transmission mechanism, for making the first bottom plate translate in the X-axis direction;
First Y-axis transmission mechanism, for making the second bottom plate translate in the Y-axis direction;
Clamp system, the clamp system are fixed on front column, for clamping the connecting plate into station to be measured;
It is accurately positioned component, it is described to be accurately positioned component, including the one or three axis cylinder, the two or three axis cylinder, linking arm and positioning
End, the one or the three axis cylinder and the two or three axis cylinder are separately fixed on two front columns, the one or the three axis cylinder and
Two or three axis cylinder is located at upper station and their piston rod relative telescopic in the X-axis direction, the one or the three axis cylinder
Movable end is fixedly connected with linking arm, and a positioning end is fixed in the top and bottom of the linking arm respectively, and described
The movable end of two or three axis cylinders fixes a positioning end.
6. product lacquer painting as claimed in claim 5 detects stacking adapter, it is characterised in that:Further include recovering mechanism, described time
It includes the three or three axis cylinder, ejection end, recycling conveyer belt and recycling box to receive mechanism, is fixedly connected between two front columns
There is cross bar, mounting plate is fixed on the cross bar, the three or the three axis cylinder is fixed on a mounting board and its movable end is in Y
It stretches in axis direction, the movable end of the three or the three axis cylinder is fixed with two ejection ends, the recycling by T-shaped plate
Conveyer belt is located at the lower section of lower connecting plate, and the recycling box is arranged in the end of the recycling conveyer belt.
7. product lacquer painting as claimed in claim 6 detects stacking adapter, it is characterised in that:The clamp system, including two
Upper slide unit cylinder, two lower slide unit cylinders, two upper parallelly opening-and-closing cylinders and two lower parallelly opening-and-closing cylinders, described two upper cunnings
Platform cylinder is separately fixed on two front columns, and two upper slide unit cylinders are located at upper station and their piston rod is in X
Relative telescopic in axis direction, two upper parallelly opening-and-closing cylinders are fixedly connected with the piston rod of two upper slide unit cylinders respectively,
Two movable ends of the upper parallelly opening-and-closing cylinder are respectively fixed with first gripping finger and are opened and closed on Y-axis direction;Institute
State two lower slide unit cylinders and be located at lower station and their piston rod relative telescopic in the X-axis direction, two it is described under it is parallel
Opening and closing cylinder is fixedly connected with the piston rod of two lower slide unit cylinders respectively, two movable ends point of the lower parallelly opening-and-closing cylinder
It Gu Ding not be opened and closed there are one the second gripping finger and on Y-axis direction.
8. product lacquer painting as claimed in claim 7 detects stacking adapter, it is characterised in that:The station to be measured includes upper station
With the lower station, first detection station includes the first positive detection station and the second positive detection station, and described second
Detection station includes the first back side detection station and the second back side detection station, and the grasping mechanism includes six-joint robot, the
One electromagnetic suction head, coordinates robot, the second electromagnetic suction head and mechanism is turned, the coordinates robot is used for the to be measured of lower station
Transferred product is described to turn mechanism setting and match with coordinates robot in the first positive detection station to the first positive detection station
It closes, the six-joint robot is used for the transferred product to be measured of upper station to the second positive detection station;
First electromagnetic suction head is fixed on the hand of the six-joint robot, for drawing the product to be measured at upper station;
The coordinates robot includes Z-axis transmission mechanism, the first X-axis transmission mechanism and rotation mechanism in vertical shaft, described to horizontally rotate
Mechanism includes the driving motor that turntable and driving disc are rotated in horizontal plane, and the Z-axis transmission mechanism is leading screw auxiliary drive gear
And it is fixed on the turntable, the first X-axis transmission mechanism is leading screw auxiliary drive gear and is fixed with Z-axis transmission mechanism
Connection, second electromagnetic suction head are fixedly connected with the end of the first X-axis transmission mechanism, are waited at lower station for drawing
Survey product;
The mechanism of turning includes the first elevating mechanism and switching mechanism, and first elevating mechanism is fixed with switching mechanism to be connected
Connect, the switching mechanism includes roll-over table, upset motor and torsion shaft, the roll-over table be located at the first positive detection station and
It is fixedly connected with the torsion shaft, the axis of the torsion shaft is parallel with Y-axis, and the upset motor drives the overturning shaft rotation
It is dynamic, at least one third electromagnetic suction head is provided on the roll-over table.
9. product lacquer painting as claimed in claim 8 detects stacking adapter, it is characterised in that:The rejecting mechanism is two, point
It is not arranged in the end of first conveyer belt and the second conveyer belt,
The roller conveyor structure, including multiple spaced rollers, the roller are parallel to Y direction;
The transfer mechanism, including multiple transfer holders, the second elevating mechanism and the second Y-axis transmission mechanism, described in adjacent two
There are one the transfer holders, second elevating mechanism to be connect with transfer holder for setting between roller, the second Y-axis transmission
Mechanism is connect with the second elevating mechanism;
The rejecting pipeline is sent out for the transfer mechanism to be transmitted the substandard products come.
10. product lacquer painting as described in claim 1 detects stacking adapter, it is characterised in that:The detection conveying mechanism includes
The first conveyer belt and setting being arranged between the first positive detection station and the first back side detection station detect in the second front
The second conveyer belt between station and the second back side detection station, it is described first detection camera include first front detect camera and
Second front detection camera, the first front detection camera setting is in the described first positive detection station and shoots downwards, institute
The second front detection camera setting is stated in the described second positive detection station and is shot to along X-direction, the second detection phase
Machine includes first back side detection camera shot downwards and second back side detection camera, and first back side detection camera is located at
First back side detection station, second back side detection camera are located at second back side detection station.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820272842.6U CN207998305U (en) | 2018-02-26 | 2018-02-26 | A kind of product lacquer painting detection stacking adapter |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820272842.6U CN207998305U (en) | 2018-02-26 | 2018-02-26 | A kind of product lacquer painting detection stacking adapter |
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| CN201820272842.6U Active CN207998305U (en) | 2018-02-26 | 2018-02-26 | A kind of product lacquer painting detection stacking adapter |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108190510A (en) * | 2018-02-26 | 2018-06-22 | 浙江大学常州工业技术研究院 | A kind of product lacquer painting detects stacking adapter |
| CN109373879A (en) * | 2018-12-11 | 2019-02-22 | 湖北钜鑫工贸有限公司 | Spare part outside measurement detection device and detection method |
| CN111846972A (en) * | 2020-08-11 | 2020-10-30 | 天津中辰智能设备有限公司 | Coiled material hacking machine telecontrol equipment |
-
2018
- 2018-02-26 CN CN201820272842.6U patent/CN207998305U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108190510A (en) * | 2018-02-26 | 2018-06-22 | 浙江大学常州工业技术研究院 | A kind of product lacquer painting detects stacking adapter |
| CN109373879A (en) * | 2018-12-11 | 2019-02-22 | 湖北钜鑫工贸有限公司 | Spare part outside measurement detection device and detection method |
| CN109373879B (en) * | 2018-12-11 | 2024-04-16 | 湖北钜鑫工贸有限公司 | Part outline dimension detection device and detection method |
| CN111846972A (en) * | 2020-08-11 | 2020-10-30 | 天津中辰智能设备有限公司 | Coiled material hacking machine telecontrol equipment |
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