CN103344160B - A kind of through type morpheme dimensional discrepancy associating cubing - Google Patents
A kind of through type morpheme dimensional discrepancy associating cubing Download PDFInfo
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- CN103344160B CN103344160B CN201310264609.5A CN201310264609A CN103344160B CN 103344160 B CN103344160 B CN 103344160B CN 201310264609 A CN201310264609 A CN 201310264609A CN 103344160 B CN103344160 B CN 103344160B
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- 229910000831 Steel Inorganic materials 0.000 claims description 24
- 239000010959 steel Substances 0.000 claims description 24
- 230000000875 corresponding Effects 0.000 claims description 7
- 210000002421 Cell Wall Anatomy 0.000 claims description 6
- 238000007689 inspection Methods 0.000 abstract description 13
- 238000011031 large scale production Methods 0.000 description 3
- 238000001514 detection method Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 1
- 238000003780 insertion Methods 0.000 description 1
- 238000005070 sampling Methods 0.000 description 1
Abstract
The invention discloses a kind of through type morpheme dimensional discrepancy associating cubing, comprise pedestal (1), upper left go-no go gauge (2), lower-left go-no go gauge (3), upper right drift (4), bottom right drift (5), slide block (6), guide rod (7).The present invention adopts the device be made up of above-mentioned component, during inspection, goods are inserted this device, by upper left go-no go gauge, lower-left go-no go gauge, upper right drift, bottom right drift logical only, judge goods be located at the aperture size of four stomidiums on two end tops, left and right and relative position deviation whether up to standard; If up to standard, then promote slide block to move left and right, leaned on apart from the tactile of rule apart from rule and right hole by left hole, judge that goods are located at the arc radius of four cylinder arc grooves of two end bottoms, left and right, centre distance size and relative position deviation technical scheme whether up to standard, make the morpheme dimension control of high precision the part with complicated structure, reach the object of raising the efficiency, saving recruitment, reducing costs.
Description
Technical field
The present invention relates to a kind of cubing, specifically referring to for checking the shape position error of a kind of brake parts goods of automobile to combine cubing with a kind of through type morpheme dimensional discrepancy of dimensional discrepancy.
Background technology
For the product inspection of high precision the part with complicated structure; as a kind of brake parts goods of automobile; consult Fig. 3; prior art adopt respectively by rule carry out shape position error inspection, adopt go-no go gauge carry out dimensional discrepancy inspection, due to the complex structure of goods, morpheme, dimension precision requirement are high; must entirely examine and sampling observation must not be adopted; cause and in large-scale production, to check that recruitment is many, cost is high and efficiency is low, therefore, there are the problems and shortcomings that efficiency is low, recruitment is many, cost is high in prior art.
Summary of the invention
For above-mentioned prior art Problems existing with not enough, the present invention adopts the device be made up of pedestal, upper left go-no go gauge, lower-left go-no go gauge, upper right drift, bottom right drift, slide block, guide rod, wherein, upper left go-no go gauge, lower-left go-no go gauge, upper right drift, bottom right drift are horizontally set on the left wallboard of pedestal and right wallboard place respectively, slide block is arranged in the chute of pedestal by guide rod guided slidable, and slide block is provided with left hole apart from rule and right hole distance rule; During inspection, goods are inserted this device, by upper left go-no go gauge, lower-left go-no go gauge, upper right drift, bottom right drift logical only, judge goods be located at the aperture size of four stomidiums on two end tops, left and right and relative position deviation whether up to standard; If up to standard, then promote slide block to move left and right, leaned on apart from the tactile of rule apart from rule and right hole by left hole, judge that goods are located at the arc radius of four cylinder arc grooves of two end bottoms, left and right, centre distance size and relative position deviation technical scheme whether up to standard, a kind of through type morpheme dimensional discrepancy is provided to combine cubing, be intended to the morpheme dimension control making high precision the part with complicated structure, reach the object of raising the efficiency, saving recruitment, reducing costs.
The object of the present invention is achieved like this: a kind of through type morpheme dimensional discrepancy associating cubing, comprise pedestal, upper left go-no go gauge, lower-left go-no go gauge, upper right drift, bottom right drift, slide block, guide rod, wherein: described pedestal is the steel components of rectangle channel-shaped, the left side cell wall of pedestal is called left wallboard, the right cell wall of pedestal is called right wallboard, and the bottom land of pedestal is called base plate; The top of described left wallboard is provided with the manhole for be slidably matched upper left go-no go gauge and lower-left go-no go gauge, is called left upper port and hole, lower-left; The bottom of described left wallboard and the right wallboard respectively corresponding manhole be provided with for being fixedly connected with guide rod is called guide rod hole; The top of described right wallboard is provided with the manhole for secure fit upper right drift and bottom right drift, be called upper right hole and hole, bottom right, wherein, the left surface of right wallboard is also fixed with the cushion block of one piece of rectangle steel at described upper right hole site place, and described upper right hole is through described cushion block; Described left upper port overlaps with the position respective axes in described upper right hole, and hole, described lower-left overlaps with the position respective axes in hole, described bottom right; The bottom of described left wallboard and the right wallboard respectively corresponding manhole be provided with for being fixedly connected with guide rod is called guide rod hole; Being provided with above of described base plate is called chute with the groove of the rectangle of the axis being parallel of described guide rod hole;
Described upper left go-no go gauge is the steel components that step cutting pattern shape is shaft-like, and the right part step of upper left go-no go gauge is called go side, upper left, and the middle bench of upper left go-no go gauge is called upper left not-go-end, and the left part step of upper left go-no go gauge is called upper left handle; The diameter dimension of go side, described upper left is the lower limit in goods upper left quarter stomidium aperture, and the diameter dimension of described upper left not-go-end is the high limit of size in goods upper left quarter stomidium aperture;
Described lower-left go-no go gauge is the steel components that step cutting pattern shape is shaft-like, and the right part step of lower-left go-no go gauge is called go side, lower-left, and the middle bench of lower-left go-no go gauge is called lower-left not-go-end, and the left part step of lower-left go-no go gauge is called lower-left handle; The diameter dimension of go side, described lower-left is the lower limit in goods lower left quarter stomidium aperture, and the diameter dimension of described lower-left not-go-end is the high limit of size in goods lower left quarter stomidium aperture;
Described upper right drift is the steel components that step cutting pattern shape is shaft-like, and the left part step of upper right drift is called upper right go side, and the right part step of upper right drift is called upper right stiff end; The diameter dimension of described upper right go side is the lower limit in goods upper right quarter stomidium aperture;
Described bottom right drift is the steel components that step cutting pattern shape is shaft-like, and the left part step of bottom right drift is called go side, bottom right, and the right part step of bottom right drift is called bottom right stiff end; The diameter dimension of go side, described bottom right is the lower limit in goods right lower quadrant stomidium aperture;
Described slide block is the steel components of rectangular block shape, the through hole that the middle part of the left and right side of slide block is provided with left and right directions level circle is called pilot hole, the front and back corner on the left surface top of slide block is respectively equipped with that two protrude, are parallel to each other, the columniform body of rod is called left bar gauge, and it is identical with centre distance and form left hole apart from advising that the radius of two described left bar gauges and centre distance thereof and goods are located at the radius of two cylinder arc grooves of left end bottom; The front and back corner on the right flank top of slide block is respectively equipped with that two protrude, are parallel to each other, the columniform body of rod is called right bar gauge, and it is identical with centre distance and form right hole apart from advising that the radius of two described right bar gauges and centre distance thereof and goods are located at the radius of two cylinder arc grooves of right-hand member bottom; The described left hole centre distance of advising apart from rule and described right hole distance is equal and axis is corresponding overlaps;
Described guide rod is columniform steel components;
The described upper left not-go-end of upper left go-no go gauge slides and is positioned at the left upper port of the described left wallboard of pedestal, and the go side, described upper left of upper left go-no go gauge protrudes from the right flank of described left wallboard; The described lower-left not-go-end of lower-left go-no go gauge slides and is positioned at the hole, lower-left of the described left wallboard of pedestal, and the go side, described lower-left of lower-left go-no go gauge protrudes from the right flank of described left wallboard; The described upper right stiff end of upper right drift is fixed in the upper right hole of the described right wallboard of pedestal, and the described upper right go side of upper right drift protrudes from the left surface of described cushion block; The described bottom right stiff end of bottom right drift is fixed in the hole, bottom right of the described right wallboard of pedestal, and the go side, described bottom right of bottom right drift protrudes from the left surface of described right wallboard; Skid is arranged in the described chute of pedestal, and guide rod is through left wallboard, the described guide rod hole of right wallboard and the described pilot hole of slide block, and wherein, guide rod is connected with described guide rod hole stationary fit, guide rod and described pilot hole sliding connection.
Principle of work and beneficial effect
During inspection, goods are inserted this device, the upper and lower side borehole jack of goods right-hand member is entered upper right drift, drift place, bottom right, manually promote the stomidium up and down of upper left go-no go gauge, lower-left go-no go gauge insertion goods left end to the right, by upper left go-no go gauge, lower-left go-no go gauge, upper right drift, bottom right drift logical only, judge goods be located at the aperture size of four stomidiums on two end tops, left and right and relative position deviation whether up to standard; If up to standard, then promote slide block and move left and right, by left hole apart from rule and right hole tactilely to lean on apart from rule, judge goods be located at about the arc radius of four cylinder arc grooves of two end bottoms, centre distance size and relative position deviation whether up to standard; If up to standard, these goods pass through, if not up to standard, then reject, and are gone to by these goods and carry out quantitative test inspection.
This apparatus structure is simple, reliably easy and simple to handle; the joint survey of through type fast qualitative can be carried out for the morpheme of goods and dimensional discrepancy; be suitable for large-scale production quickly through inspection; make the morpheme dimension control of high precision the part with complicated structure, improve efficiency, save recruitment, reduce cost.
Above-mentioned, the present invention adopts the device be made up of pedestal, upper left go-no go gauge, lower-left go-no go gauge, upper right drift, bottom right drift, slide block, guide rod, wherein, upper left go-no go gauge, lower-left go-no go gauge, upper right drift, bottom right drift are horizontally set on the left wallboard of pedestal and right wallboard place respectively, slide block is arranged in the chute of pedestal by guide rod guided slidable, and slide block is provided with left hole apart from rule and right hole distance rule; During inspection, goods are inserted this device, by upper left go-no go gauge, lower-left go-no go gauge, upper right drift, bottom right drift logical only, judge goods be located at the aperture size of four stomidiums on two end tops, left and right and relative position deviation whether up to standard; If up to standard, then promote slide block to move left and right, leaned on apart from the tactile of rule apart from rule and right hole by left hole, judge that goods are located at the arc radius of four cylinder arc grooves of two end bottoms, left and right, centre distance size and relative position deviation technical scheme whether up to standard, overcome prior art and there are the problems and shortcomings that efficiency is low, recruitment is many, cost is high, a kind of through type morpheme dimensional discrepancy associating cubing provided, make the morpheme dimension control of high precision the part with complicated structure, reach the object of raising the efficiency, saving recruitment, reducing costs.
Accompanying drawing explanation
Fig. 1 is the schematic front view of a kind of through type morpheme dimensional discrepancy associating detection tool structure of the present invention;
Fig. 2 is that the axle of a kind of through type morpheme dimensional discrepancy associating detection tool structure of the present invention measures intention;
Fig. 3 is that the axle of a kind of brake parts goods of automobile measures intention;
Fig. 4 is the inspection work principle schematic of a kind of through type morpheme dimensional discrepancy associating cubing of the present invention.
Below in conjunction with the embodiment in accompanying drawing, the present invention is described in further detail, but should not be construed as any limitation of the invention.
In figure: pedestal 1, left wallboard 11, right wallboard 12, base plate 13, chute 131, upper left go-no go gauge 2, lower-left go-no go gauge 3, upper right drift 4, cushion block 41, bottom right drift 5, slide block 6, left hole are apart from rule 61, right hole apart from rule 62, guide rod 7, goods 01, stomidium 011, cylinder arc groove 012.
Embodiment
Consult Fig. 1 ~ Fig. 4, a kind of through type morpheme dimensional discrepancy associating cubing of the present invention, comprise pedestal 1, upper left go-no go gauge 2, lower-left go-no go gauge 3, upper right drift 4, bottom right drift 5, slide block 6, guide rod 7, wherein: described pedestal 1 is the steel components of rectangle channel-shaped, the left side cell wall of pedestal 1 is called left wallboard 11, the right cell wall of pedestal 1 is called right wallboard 12, and the bottom land of pedestal 1 is called base plate 13; The top of described left wallboard 11 is provided with the manhole for be slidably matched upper left go-no go gauge 2 and lower-left go-no go gauge 3, is called left upper port and hole, lower-left; The bottom of described left wallboard 11 and the right wallboard 12 respectively corresponding manhole be provided with for being fixedly connected with guide rod 7 is called guide rod hole; The top of described right wallboard 12 is provided with the manhole for secure fit upper right drift 4 and bottom right drift 5, be called upper right hole and hole, bottom right, wherein, the left surface of right wallboard 12 is also fixed with the cushion block 41 of one piece of rectangle steel at described upper right hole site place, described upper right hole is through described cushion block 41; Described left upper port overlaps with the position respective axes in described upper right hole, and hole, described lower-left overlaps with the position respective axes in hole, described bottom right; The bottom of described left wallboard 11 and the right wallboard 12 respectively corresponding manhole be provided with for being fixedly connected with guide rod 7 is called guide rod hole; Being provided with above of described base plate 13 is called chute 131 with the groove of the rectangle of the axis being parallel of described guide rod hole;
Described upper left go-no go gauge 2 is the steel components that step cutting pattern shape is shaft-like, and the right part step of upper left go-no go gauge 2 is called go side, upper left, and the middle bench of upper left go-no go gauge 2 is called upper left not-go-end, and the left part step of upper left go-no go gauge 2 is called upper left handle; The diameter dimension of go side, described upper left is the lower limit in goods 01 upper left quarter stomidium 011 aperture, and the diameter dimension of described upper left not-go-end is the high limit of size in goods 01 upper left quarter stomidium 011 aperture;
Described lower-left go-no go gauge 3 is the steel components that step cutting pattern shape is shaft-like, and the right part step of lower-left go-no go gauge 3 is called go side, lower-left, and the middle bench of lower-left go-no go gauge 3 is called lower-left not-go-end, and the left part step of lower-left go-no go gauge 3 is called lower-left handle; The diameter dimension of go side, described lower-left is the lower limit in goods 01 lower left quarter stomidium 011 aperture, and the diameter dimension of described lower-left not-go-end is the high limit of size in goods 01 lower left quarter stomidium 011 aperture;
Described upper right drift 4 is the steel components that step cutting pattern shape is shaft-like, and the left part step of upper right drift 4 is called upper right go side, and the right part step of upper right drift 4 is called upper right stiff end; The diameter dimension of described upper right go side is the lower limit in goods 01 upper right quarter stomidium 011 aperture;
Described bottom right drift 5 is the steel components that step cutting pattern shape is shaft-like, and the left part step of bottom right drift 5 is called go side, bottom right, and the right part step of bottom right drift 5 is called bottom right stiff end; The diameter dimension of go side, described bottom right is the lower limit in goods 01 right lower quadrant stomidium 011 aperture;
Described slide block 6 is the steel components of rectangular block shape, the through hole that the middle part of the left and right side of slide block 6 is provided with left and right directions level circle is called pilot hole, the front and back corner on the left surface top of slide block 6 is respectively equipped with that two protrude, are parallel to each other, the columniform body of rod is called left bar gauge, and it is identical with centre distance and form left hole apart from advising 61 that the radius of two described left bar gauges and centre distance thereof and goods 01 are located at the radius of two cylinder arc grooves 012 of left end bottom; The front and back corner on the right flank top of slide block 6 is respectively equipped with that two protrude, are parallel to each other, the columniform body of rod is called right bar gauge, and it is identical with centre distance and form right hole apart from advising 62 that the radius of two described right bar gauges and centre distance thereof and goods 01 are located at the radius of two cylinder arc grooves 012 of right-hand member bottom; The centre distance that described left hole advises 62 apart from rule 61 and described right hole distance is equal and axis is corresponding overlaps;
Described guide rod 7 is columniform steel components;
The described upper left not-go-end of upper left go-no go gauge 2 slides and is positioned at the left upper port of the described left wallboard 11 of pedestal 1, and the go side, described upper left of upper left go-no go gauge 2 protrudes from the right flank of described left wallboard 11; The described lower-left not-go-end of lower-left go-no go gauge 3 slides and is positioned at the hole, lower-left of the described left wallboard 11 of pedestal 1, and the go side, described lower-left of lower-left go-no go gauge 3 protrudes from the right flank of described left wallboard 11; The described upper right stiff end of upper right drift 4 is fixed in the upper right hole of described right wallboard 12 of pedestal 1, and the described upper right go side of upper right drift 4 protrudes from the left surface of described cushion block 41; The described bottom right stiff end of bottom right drift 5 is fixed in the hole, bottom right of described right wallboard 12 of pedestal 1, and the go side, described bottom right of bottom right drift 5 protrudes from the left surface of described right wallboard 12; Slide block 6 slides and is arranged in the described chute 131 of pedestal 1, and guide rod 7 is through left wallboard 11, the described guide rod hole of right wallboard 12 and the described pilot hole of slide block 6, and wherein, guide rod 7 is connected with described guide rod hole stationary fit, guide rod 7 and described pilot hole sliding connection.
Principle of work and beneficial effect
During inspection, goods 01 are inserted this device, the stomidium up and down 011 of goods 01 right-hand member is inserted in upper right drift 4, bottom right drift 5 place, the manual upper left of promotion to the right go-no go gauge 2, lower-left go-no go gauge 3 insert the stomidium up and down 011 of goods 01 left end, by upper left go-no go gauge 2, lower-left go-no go gauge 3, upper right drift 4, bottom right drift 5 logical only, judge goods 01 be located at the aperture size of four stomidiums 011 on two end tops, left and right and relative position deviation whether up to standard; If up to standard, then promote slide block 6 and move left and right, by left hole apart from rule 61 and right hole tactilely to lean on apart from rule 62, whether up to standardly judge that goods 01 are located at the arc radius of four cylinder arc grooves 012 of two end bottoms, left and right, centre distance size and relative position deviation; If up to standard, these goods 01 pass through, if not up to standard, then reject, and are gone to by these goods 01 and carry out quantitative test inspection.
This apparatus structure is simple, reliably easy and simple to handle; the joint survey of through type fast qualitative can be carried out for the morpheme of goods and dimensional discrepancy; be suitable for large-scale production quickly through inspection; make the morpheme dimension control of high precision the part with complicated structure, improve efficiency, save recruitment, reduce cost.
Claims (1)
1. a through type morpheme dimensional discrepancy associating cubing, comprise pedestal (1), upper left go-no go gauge (2), lower-left go-no go gauge (3), upper right drift (4), bottom right drift (5), slide block (6), guide rod (7), it is characterized in that: the steel components that described pedestal (1) is rectangle channel-shaped, the left side cell wall of pedestal (1) is called left wallboard (11), the right cell wall of pedestal (1) is called right wallboard (12), and the bottom land of pedestal (1) is called base plate (13); The top of described left wallboard (11) is provided with the manhole for be slidably matched upper left go-no go gauge (2) and lower-left go-no go gauge (3), is called left upper port and hole, lower-left; Described left wallboard (11) is called guide rod hole with the bottom manhole that correspondence is provided with for being fixedly connected with guide rod (7) respectively of right wallboard (12); The top of described right wallboard (12) is provided with the manhole for secure fit upper right drift (4) and bottom right drift (5), be called upper right hole and hole, bottom right, wherein, the left surface of right wallboard (12) is also fixed with the cushion block (41) of one piece of rectangle steel at described upper right hole site place, described upper right hole is through described cushion block (41); Described left upper port overlaps with the position respective axes in described upper right hole, and hole, described lower-left overlaps with the position respective axes in hole, described bottom right; Described left wallboard (11) is called guide rod hole with the bottom manhole that correspondence is provided with for being fixedly connected with guide rod (7) respectively of right wallboard (12); Being provided with above of described base plate (13) is called chute (131) with the groove of the rectangle of the axis being parallel of described guide rod hole;
Described upper left go-no go gauge (2) is the shaft-like steel components of step cutting pattern shape, the right part step of upper left go-no go gauge (2) is called go side, upper left, the middle bench of upper left go-no go gauge (2) is called upper left not-go-end, and the left part step of upper left go-no go gauge (2) is called upper left handle; The diameter dimension of go side, described upper left is the lower limit in goods (01) upper left quarter stomidium (011) aperture, and the diameter dimension of described upper left not-go-end is the high limit of size in goods (01) upper left quarter stomidium (011) aperture;
Described lower-left go-no go gauge (3) is the shaft-like steel components of step cutting pattern shape, the right part step of lower-left go-no go gauge (3) is called go side, lower-left, the middle bench of lower-left go-no go gauge (3) is called lower-left not-go-end, and the left part step of lower-left go-no go gauge (3) is called lower-left handle; The diameter dimension of go side, described lower-left is the lower limit in goods (01) lower left quarter stomidium (011) aperture, and the diameter dimension of described lower-left not-go-end is the high limit of size in goods (01) lower left quarter stomidium (011) aperture;
Described upper right drift (4) is the shaft-like steel components of step cutting pattern shape, and the left part step of upper right drift (4) is called upper right go side, and the right part step of upper right drift (4) is called upper right stiff end; The diameter dimension of described upper right go side is the lower limit in goods (01) upper right quarter stomidium (011) aperture;
Described bottom right drift (5) is the shaft-like steel components of step cutting pattern shape, and the left part step of bottom right drift (5) is called go side, bottom right, and the right part step of bottom right drift (5) is called bottom right stiff end; The diameter dimension of go side, described bottom right is the lower limit in goods (01) right lower quadrant stomidium (011) aperture;
The steel components that described slide block (6) is rectangular block shape, the through hole that the middle part of the left and right side of slide block (6) is provided with left and right directions level circle is called pilot hole, the front and back corner on the left surface top of slide block (6) is respectively equipped with that two protrude, are parallel to each other, the columniform body of rod is called left bar gauge, and it is identical with centre distance and form left hole apart from advising (61) that the radius of two described left bar gauges and centre distance thereof and goods (01) are located at the radius of two cylinder arc grooves (012) of left end bottom; The front and back corner on the right flank top of slide block (6) is respectively equipped with that two protrude, are parallel to each other, the columniform body of rod is called right bar gauge, and it is identical with centre distance and form right hole apart from advising (62) that the radius of two described right bar gauges and centre distance thereof and goods (01) are located at the radius of two cylinder arc grooves (012) of right-hand member bottom; The described left hole centre distance of advising (62) apart from rule (61) and described right hole distance is equal and axis is corresponding overlaps;
Described guide rod (7) is columniform steel components;
The described upper left not-go-end of upper left go-no go gauge (2) slides and is positioned at the left upper port of the described left wallboard (11) of pedestal (1), and the go side, described upper left of upper left go-no go gauge (2) protrudes from the right flank of described left wallboard (11); The described lower-left not-go-end of lower-left go-no go gauge (3) slides and is positioned at the hole, lower-left of the described left wallboard (11) of pedestal (1), and the go side, described lower-left of lower-left go-no go gauge (3) protrudes from the right flank of described left wallboard (11); The described upper right stiff end of upper right drift (4) is fixed in the upper right hole of described right wallboard (12) of pedestal (1), and the described upper right go side of upper right drift (4) protrudes from the left surface of described cushion block (41); The described bottom right stiff end of bottom right drift (5) is fixed in the hole, bottom right of described right wallboard (12) of pedestal (1), and the go side, described bottom right of bottom right drift (5) protrudes from the left surface of described right wallboard (12); Slide block (6) slides and is arranged in the described chute (131) of pedestal (1), the described guide rod hole of guide rod (7) through left wallboard (11), right wallboard (12) and the described pilot hole of slide block (6), wherein, guide rod (7) is connected with described guide rod hole stationary fit, guide rod (7) and described pilot hole sliding connection.
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| CN201310264609.5A CN103344160B (en) | 2013-06-19 | 2013-06-19 | A kind of through type morpheme dimensional discrepancy associating cubing |
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| CN201310264609.5A CN103344160B (en) | 2013-06-19 | 2013-06-19 | A kind of through type morpheme dimensional discrepancy associating cubing |
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| CN203310333U (en) * | 2013-06-19 | 2013-11-27 | 宁波双海机械制造有限公司 | Through-type shape-position size deviation combination testing fixture |
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