CN203837667U - Full-automatic comprehensive detection device for deep groove ball bearing - Google Patents
Full-automatic comprehensive detection device for deep groove ball bearing Download PDFInfo
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- CN203837667U CN203837667U CN201420187390.3U CN201420187390U CN203837667U CN 203837667 U CN203837667 U CN 203837667U CN 201420187390 U CN201420187390 U CN 201420187390U CN 203837667 U CN203837667 U CN 203837667U
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- chamfering
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Abstract
The utility model relates to a full-automatic comprehensive detection device for a deep groove ball bearing, which is characterized in that a bottom plate is sequentially provided with a diameter detection device, an inner diameter, outer chamfer and height detection device and a channel detection device, the diameter detection device, the inner diameter, outer chamfer and height detection device and the channel detection device are connected through a material channel. The full-automatic comprehensive detection device can complete channel detection efficiently, can adjust the measurement size of products through adjusting screws (a first adjusting screw and a second adjusting screw) and adjusting cushion blocks (a first adjusting cushion block and a second adjusting cushion block), and is applicable to measurement for different types of bearings. Each of the products gets into a detecting position, detection for an outer chamfer of a bearing is realized through matching a chamfer follower plate with a chamfer measuring meter, the inner diameter is detected through matching a second measuring bar with an inner diameter radial direction measuring meter, the height of the product is detected through matching a height measuring meter with a height measuring guide rail, the diameter is measured through matching a first measuring bar with a diameter radial direction measuring meter, measuring points are basically kept to be consistent at each time, and the detection precision is high.
Description
Technical field
The utility model relates to the full-automatic comprehensive detection device of a kind of deep groove ball bearing.
Background technology
Deep groove ball bearing need to detect the parameters of bearing when producing, and then judge that whether product is qualified, wherein raceway groove, bore, internal diameter, outer chamfering and be highly all very important parameter, because processing technology is different, cause raceway groove, bore, internal diameter, the outer chamfering of bearing and highly understand undesirable, therefore need to and highly all measure its raceway groove, bore, internal diameter, outer chamfering, and then guarantee qualified product.Existing raceway groove, bore, internal diameter, outer chamfering and height detection are all manually to detect, and detection efficiency is not high, while detecting, can not accurately guarantee each measurement consistance simultaneously.
Utility model content
For problems of the prior art, the purpose of this utility model is to provide the technical scheme of the full-automatic comprehensive detection device of a kind of deep groove ball bearing.
The full-automatic comprehensive detection device of described deep groove ball bearing, comprise base plate, it is characterized in that setting gradually bore pick-up unit, internal diameter, outer chamfering and height detecting device and raceway groove pick-up unit on described base plate, between bore pick-up unit, internal diameter, outer chamfering and height detecting device and raceway groove pick-up unit, by material road, connect;
The first base middle part of described bore pick-up unit arranges the first central plate, the both sides of the first central plate arrange left measurement mechanism and the right measurement mechanism that structure is identical, test product is arranged on the first slide rail between left measurement mechanism and right measurement mechanism, and the first slide rail is fixedly connected with the first central plate, the first described central plate top arranges a moving cylinder block, a moving cylinder is set on a moving cylinder block, a moving cylinder rod of a moving cylinder is connected with the first radial guidance by the first lower platen, the first radial guidance is arranged in the first linear bearing, the first linear bearing is located by the first linear axis bearing being arranged on the first central plate, the lower end of the first radial guidance is connected by screw one end of the first moving head, a first moving other end is connected by screw locating piece, locating piece be positioned at test product directly over, on the first central plate, be provided with the first through hole moving up and down for the first moving head, the first moving head is horizontally through the first through hole, described left measurement mechanism and right measurement mechanism include the first measurement cylinder, first measures cylinder mounting plate, first follows plate, the first side cylinder, the first V-type side slide, the first roller, the first upper spring support, the first lower spring support, the first latch plate, bore radial measurement table and the first measuring stick, first measures cylinder mounting plate is fixedly installed on the first base, first measures cylinder is arranged on the first measurement cylinder mounting plate, first the first measurement cylinder rod end and first of measuring cylinder is followed plate and is connected, first follows plate is slidably arranged on the first guide rail between the first measurement cylinder mounting plate and the first central plate, described first follows plate front is spirally connected the first side cylinder mounting plate is set, the first side cylinder is arranged on the first side cylinder mounting plate, the first side of following plate is spirally connected the first upper spring support and the first lower spring support that structure is identical is set, between the first upper spring support and the first lower spring support, be provided with gap, the first upper spring support and the first lower spring support are all divided into two parts by the first latch plate, away from the first the first upper spring support and first lower spring support front of following plate, all by coupling shaft, one first roller is set, two the first rollers are spacing by the first V-type side slide being connected with the first side cylinder rod of the first side cylinder, the first side cylinder rod and the first upper spring support be arranged in parallel, described is provided with the first measuring stick away from the first the first upper spring support and first lower spring support side of following plate, first measuring stick one end interlocking is in the first upper spring support and the first lower spring support, the first measuring stick other end is unsettled and match with test product through the second through hole of the first central plate, above following the first upper spring support of plate away from first, bore radial measurement table is set,
The second base middle part of described internal diameter, outer chamfering and height detecting device arranges the second central plate, the second central plate top arranges chamfering measurement mechanism, the both sides of the second central plate arrange inner diameter measuring device and height measuring device, test product is arranged on the second slide rail between inner diameter measuring device and height measuring device, the second slide rail is fixedly connected with the second central plate, and chamfering measurement mechanism is arranged on the top of test product, described chamfering measurement mechanism comprises chamfering measurement cylinder block, chamfering is measured cylinder, the second linear bearing, the second radial guidance, the second moving head, chamfering meter and chamfering are measured piece, described the second central plate top arranges chamfering and measures cylinder block, on chamfering measurement cylinder block, chamfering is set and measures cylinder, the chamfering measurement cylinder rod that chamfering is measured cylinder is connected with the second radial guidance by the second lower platen, the second radial guidance is arranged in the second linear bearing, the second linear bearing is located by the second linear axis bearing being arranged on the second central plate, the lower end of the second radial guidance is connected by screw one end of the second moving head, on the second central plate, be provided with the third through-hole moving up and down for the second moving head, the second moving head is horizontally through third through-hole, second moving other end below is connected by screw chamfering and measures piece, chamfering measure piece be positioned at test product directly over, the second moving head top connection that connection chamfering is measured piece one end arranges chamfering guide rail, chamfering guide rail top connects chamfering and measures gauge stand, chamfering is measured on gauge stand chamfering meter is set, described chamfering guide rail arranges chamfering linear bearing outward, on chamfering linear bearing, be provided with chamfering and follow plate, on the chamfering guide rail between chamfering linear bearing and chamfering measurement gauge stand, socket arranges back-moving spring, described inner diameter measuring device comprises the second measurement cylinder, second measures cylinder mounting plate, second follows plate, the second side cylinder, the second V-type side slide, the second roller, the second upper spring support, the second lower spring support, the second latch plate, internal diameter radial measurement table and the second measuring stick, second measures cylinder mounting plate is fixedly installed on the second base, second measures cylinder is arranged on the second measurement cylinder mounting plate, second the second measurement cylinder rod end and second of measuring cylinder is followed plate and is connected, second follows plate is slidably arranged on the second guide rail between the second measurement cylinder mounting plate and the second central plate, described second follows plate front is spirally connected the second side cylinder mounting plate is set, the second side cylinder is arranged on the second side cylinder mounting plate, the second side of following plate is spirally connected the second upper spring support and the second lower spring support that structure is identical is set, between the second upper spring support and the second lower spring support, be provided with gap, the second upper spring support and the second lower spring support are all divided into two parts by the second latch plate, away from the second the second upper spring support and second lower spring support front of following plate, all by coupling shaft, one second roller is set, two the second rollers are spacing by the second V-type side slide being connected with the second side cylinder rod of the second side cylinder, the second side cylinder rod and the second upper spring support be arranged in parallel, described is provided with the second measuring stick away from the second the second upper spring support and second lower spring support side of following plate, second measuring stick one end interlocking is in the second upper spring support and the second lower spring support, the second measuring stick other end is unsettled and match with test product through the fourth hole of the second central plate, above following the second upper spring support of plate away from second, internal diameter radial measurement table is set, described height measuring device comprises highly measures cylinder, highly measure cylinder mount pad, highly measure and follow plate, highly measure guide rail, altitude location piece and height meter, highly measuring cylinder mount pad is arranged on the second base, highly measuring cylinder is arranged on and highly measures on cylinder mount pad, the height measurement cylinder rod end of highly measuring cylinder connects highly to be measured and follows plate, highly measure and follow plate and be slidably arranged on the guide rail of highly measuring between cylinder mount pad and the second central plate, highly measure and follow plate upper end by highly measuring guide rail connection altitude location piece, altitude location piece touches cooperation test product, described height is measured cylinder mount pad upper end and is provided with height meter mount pad, height meter is set on height meter mount pad, height meter with highly measure guide rail match detection test product height,
The 3rd base one side of described raceway groove pick-up unit arranges positioning cylinder installing plate, opposite side arranges the 3rd and measures cylinder mounting plate, on positioning cylinder installing plate, positioning cylinder is set, the positioning cylinder bar of positioning cylinder connects positioning cylinder push pedal through positioning cylinder installing plate, between positioning cylinder installing plate and positioning cylinder push pedal, be provided with guide rail, on the 3rd measurement cylinder mounting plate, arrange the 3rd and measure cylinder, the 3rd the 3rd measurement cylinder rod of measuring cylinder connects to measure through the 3rd measurement cylinder mounting plate follows plate, the 3rd measures cylinder mounting plate and measurement follows and between plate, is also provided with guide rail, described positioning cylinder push pedal top connection bracket plate, supporting plate one side is fixedly installed location and follows plate, described measurement is followed the connection of plate top upper bracket plate is set, below one side of upper bracket plate arranges measuring seat, on measuring seat, being provided with channel axes shows to survey, on upper bracket plate from channel axes to survey that show same rectilinear direction with, be provided with lower gauge head, channel axes is oppositely arranged through measuring seat, upper bracket plate, lower gauge head and test product to the chaining pin of survey table, the top connection of described upper bracket plate arranges lateral frame plate, lateral frame plate one side arranges radially survey table of raceway groove, the opposite side of lateral frame plate arranges raceway groove and measures cylinder, it is added that lateral frame plate below arranges an installation, added one end is installed to be connected with spring suppport by the 3rd latch plate, spring suppport upper end connects lateral frame plate, install the added other end through upper bracket plate and raceway groove radially the chaining pin of survey table touch and coordinate, with the raceway groove added below of installation that radially chaining pin of survey table touches, upper gauge head is set, the raceway groove measurement cylinder rod that raceway groove is measured cylinder is connected with latch plate, described upper gauge head and lower gauge head constituting channel radial measurement head, in raceway groove radial measurement head and location, follow and between plate, set gradually baffle plate and the 3rd slide rail, on baffle plate, offer through hole, baffle plate and the 3rd slide rail are all fixed on the 3rd base, and test product is arranged on the 3rd slide rail,
The first described base, the second base and the 3rd base be arranged in parallel.
The full-automatic comprehensive detection device of described deep groove ball bearing, it is characterized in that described first follows plate top and be spirally connected the first adjusting cushion block is set, on the first adjusting cushion block, be provided with the first adjusting screw(rod), the first upper spring support threaded of plate end is followed in the first adjusting screw(rod) lower end and nearly first.
The full-automatic comprehensive detection device of described deep groove ball bearing, is characterized in that the spacing between the first measuring stick on described the first upper spring support and the first lower spring support is less than the internal diameter of test product.
The full-automatic comprehensive detection device of described deep groove ball bearing, is characterized in that described the first upper spring support and the first lower spring support all can regulate on plate vertical direction with first.
The full-automatic comprehensive detection device of described deep groove ball bearing, is characterized in that described chamfering measures piece lower end and be arranged to the structure identical with test product outer rim.
The full-automatic comprehensive detection device of described deep groove ball bearing, it is characterized in that described second follows plate top and be spirally connected the second adjusting cushion block is set, on the second adjusting cushion block, be provided with the second adjusting screw(rod), the second upper spring support threaded of plate end is followed in the second adjusting screw(rod) lower end and nearly second.
The full-automatic comprehensive detection device of described deep groove ball bearing, is characterized in that the spacing between the second measuring stick on described the second upper spring support and the second lower spring support is less than the internal diameter of test product.
The full-automatic comprehensive detection device of described deep groove ball bearing, is characterized in that described the second upper spring support and the second lower spring support all can follow on plate vertical direction and regulate second.
The full-automatic comprehensive detection device of described deep groove ball bearing, is characterized in that the end of described upper gauge head and lower gauge head is provided with the steel ball matching with raceway groove.
The full-automatic comprehensive detection device of described deep groove ball bearing, is characterized in that described the 3rd latch plate is set to two; Described raceway groove radial measurement head can enter in test product through baffle plate; Through-hole diameter on described baffle plate is greater than the internal diameter of test product.
Compare with manual detection, raceway groove of the present utility model detects and can complete efficiently, in the time of need to changing product, is convenient to remove and install, can and regulate cushion block (first and second regulate cushion block) to regulate product measurement size by adjusting screw(rod) (the first and second adjusting screw(rod)s), go for the measurement of variety classes bearing, each product introduction detecting position can be followed plate by chamfering and be coordinated the detection that realizes the outer chamfering of bearing with chamfering meter, by the second measuring stick and internal diameter radial measurement table, coordinate to detect internal diameter, by height meter and the height that coordinates to come testing product of highly measuring guide rail, the first measuring stick and bore radial measurement table coordinate to measure bore, each measuring point is consistent substantially, accuracy of detection is high.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of test product;
Fig. 3 is the structural representation of bore pick-up unit;
Fig. 4 is the structural representation of internal diameter, outer chamfering and height detecting device;
Fig. 5 is the structural representation of raceway groove pick-up unit;
In figure: 1-bore pick-up unit, 2-internal diameter, outer chamfering and height detecting device, 3-raceway groove pick-up unit, 4-Liao road, 1.1-the first base, 1.2-the first central plate, 1.3-first measures cylinder mounting plate, 1.4-first measures cylinder, 1.5-first measures cylinder rod, 1.6-first follows plate, 1.7-the first guide rail, 1.8-the first side cylinder mounting plate, 1.9-the first side cylinder, 1.10-the first side cylinder rod, 1.11-first regulates cushion block, 1.12-the first adjusting screw(rod), 1.13-the first upper spring support, 1.14-the first lower spring support, 1.15-the one the second latch plates, 1.16-the first V-type side slide, 1.17-the first roller, 1.18-the first measuring stick, 1.19-test product, 1.20-the first through hole, 1.21-the second through hole, 1.22-moves a cylinder block, 1.23-moves a cylinder, 1.24-moves a cylinder rod, 1.25-the first lower platen, 1.26-the first linear bearing, 1.27-the first linear axis bearing, 1.28-the first radial guidance, the moving head of 1.29-first, 1.30-bore radial measurement table, 1.31-the first slide rail, 1.32-locating piece, 2.1-the second base, 2.2-the second central plate, 2.3-second measures cylinder mounting plate, 2.4. second measure cylinder, 2.5-second measures cylinder rod, 2.6-second follows plate, 2.7-the second guide rail, 2.8-the second side cylinder mounting plate, 2.9-the second side cylinder, 2.10-the second side cylinder rod, 2.11-second regulates cushion block, 2.12-the second adjusting screw(rod), 2.13-the second upper spring support, 2.14-the second lower spring support, 2.15-the second latch plate, 2.16-the second V-type side slide, 2.17-the second roller, 2.18-the second measuring stick, 2.19-test product, 2.20-third through-hole, 2.21-fourth hole, 2.22-chamfering is measured cylinder block, 2.23-chamfering is measured cylinder, 2.24-chamfering is measured cylinder rod, 2.25-the second lower platen, 2.26-the second linear bearing, 2.27-the second linear axis bearing, 2.28-the second radial guidance, the moving head of 2.29-second, 2.30-internal diameter radial measurement table, 2.31-the second slide rail, 2.32-chamfering is measured piece, 2.33-chamfering linear bearing, 2.34-chamfering is followed plate, 2.35-chamfering guide rail, 2.36-back-moving spring, 2.37-chamfering is measured gauge stand, 2.38-chamfering meter, 2.39-highly measures cylinder, 2.40-highly measures cylinder rod, 2.41-highly measures cylinder mount pad, 2.42-height meter mount pad, 2.43-height meter, 2.44-highly measures and follows plate, 2.45-highly measures guide rail, 2.46-height measurement and positioning piece, 3.1-the 3rd base, 3.2-positioning cylinder, 3.3-positioning cylinder bar, 3.4-positioning cylinder installing plate, the push pedal of 3.5-positioning cylinder, 3.6-supporting plate, 3.7-follows plate in location, 3.8-test product, 3.9-the 3rd slide rail, 3.10-baffle plate, 3.11-upper gauge head, 3.12-lower gauge head, 3.13-the 3rd measures cylinder mounting plate, 3.14-the 3rd measures cylinder, 3.15-the 3rd measures cylinder rod, plate is followed in 3.16-measurement, 3.17-upper bracket plate, 3.18-channel axes is to surveying table, 3.19-measuring seat, 3.20-channel axes is to the chaining pin of surveying table, 3.21-raceway groove is measured cylinder, 3.22-raceway groove is measured cylinder rod, 3.23-lateral frame plate, 3.24-spring suppport, 3.25-the 3rd latch plate, 3.26-install added, 3.27-raceway groove is radially surveyed table, a-bore, b-internal diameter, c-height, the outer chamfering of d-.
Embodiment
Below in conjunction with Figure of description, the utility model is described in further detail:
The full-automatic comprehensive detection device of deep groove ball bearing, comprise base plate, on base plate, set gradually bore pick-up unit 1, internal diameter, outer chamfering and height detecting device 2 and raceway groove pick-up unit 3, between bore pick-up unit 1, internal diameter, outer chamfering and height detecting device 2 and raceway groove pick-up unit 3, by material road 4, connect.
The first base 1.1 middle parts of bore pick-up unit arrange the first central plate 1.2, the both sides of the first central plate 1.2 arrange left measurement mechanism and the right measurement mechanism that structure is identical, test product 1.19 is arranged on the first slide rail 1.31 between left measurement mechanism and right measurement mechanism, and the first slide rail 1.31 is fixedly connected with the first central plate 1.2, the first central plate 1.2 tops arrange a moving cylinder block 1.22, on a moving cylinder block, 1.22 arrange a moving cylinder 1.23, a moving cylinder rod 1.24 of a moving cylinder is connected with the first radial guidance 1.28 by the first lower platen 1.25, the first radial guidance 1.28 is arranged in the first linear bearing 1.26, the first linear bearing 1.26 is by being arranged on the first linear axis bearing 1.27 location on the first central plate 1.2, the lower end of the first radial guidance 1.28 is connected by screw one end of first moving 1.29, first moving 1.29 other end are connected by screw locating piece 1.32, locating piece 1.32 be positioned at test product 1.19 directly over, on the first central plate 1.2, be provided with for first moving 1.29 the first through hole 1.20 that move up and down, be horizontally through the first through hole 1.20 for first moving 1.29, left measurement mechanism and right measurement mechanism include the first measurement cylinder 1.4, first measures cylinder mounting plate 1.3, first follows plate 1.6, the first side cylinder 1.9, the first V-type side slide 1.16, the first roller 1.17, the first upper spring support 1.13, the first lower spring support 1.14, the first latch plate 1.15, bore radial measurement table 1.30 and the first measuring stick 1.18, first measures cylinder mounting plate 1.3 is fixedly installed on the first base 1.1, first measures cylinder 1.4 is arranged on the first measurement cylinder mounting plate 1.3, first the first measurement cylinder rod 1.5 ends and first of measuring cylinder are followed plate 1.6 and are connected, first follows plate 1.6 is slidably arranged on the first guide rail 1.7 between the first measurement cylinder mounting plate 1.3 and the first central plate 1.2, first follows plate 1.6 fronts is spirally connected the first side cylinder mounting plate 1.8 is set, the first side cylinder 1.9 is arranged on the first side cylinder mounting plate 1.8, the first side of following plate 1.6 is spirally connected the first upper spring support 1.13 and the first lower spring support 1.14 that structure is identical is set, between the first upper spring support 1.13 and the first lower spring support 1.14, be provided with gap, the first upper spring support 1.13 and the first lower spring support 1.14 are all divided into two parts by the first latch plate 1.15, away from the first the first upper spring support 1.13 and first lower spring support 1.14 fronts of following plate 1.6, all by coupling shaft, one first roller 1.17 is set, two the first rollers 1.17 are spacing by the first V-type side slide 1.16 being connected with the first side cylinder rod 1.10 of the first side cylinder, the first side cylinder rod 1.10 and the first upper spring support 1.13 be arranged in parallel, away from the first the first upper spring support 1.13 and first lower spring support 1.14 sides of following plate 1.6, be provided with the first measuring stick 1.18, first measuring stick 1.18 one end interlockings are in the first upper spring support 1.13 and the first lower spring support 1.14, first measuring stick 1.18 other ends are unsettled and match with test product 1.19 through the second through hole 1.21 of the first central plate, above following the first upper spring support 1.13 of plate 1.6 away from first, bore radial measurement table 1.30 is set, bore radial measurement table 1.30 coordinates the bore of test product is measured with the first measuring stick 1.18.
The second base 2.1 middle parts of internal diameter, outer chamfering and height detecting device arrange the second central plate 2.2, the second central plate 2.2 tops arrange chamfering measurement mechanism, the both sides of the second central plate 2.2 arrange inner diameter measuring device and height measuring device, test product 2.19 is arranged on the second slide rail 2.31 between inner diameter measuring device and height measuring device, the second slide rail 2.31 is fixedly connected with the second central plate 2.2, and chamfering measurement mechanism is arranged on the top of test product 2.19.
Above-mentioned chamfering measurement mechanism comprises chamfering measurement cylinder block 2.22, chamfering is measured cylinder 2.23, the second linear bearing 2.26, the second radial guidance 2.28, second moving 2.29, chamfering meter 2.38 and chamfering are measured piece 2.32, the second central plate 2.2 tops arrange chamfering and measure cylinder block 2.22, on chamfering measurement cylinder block 2.22, chamfering is set and measures cylinder 2.23, the chamfering measurement cylinder rod 2.24 that chamfering is measured cylinder is connected with the second radial guidance 2.28 by the second lower platen 2.25, the second radial guidance 2.28 is arranged in the second linear bearing 2.26, the second linear bearing 2.26 is by being arranged on the second linear axis bearing 2.27 location on the second central plate 2.2, the lower end of the second radial guidance 2.28 is connected by screw one end of second moving 2.29, on the second central plate 2.2, be provided with for second moving 2.29 third through-hole 2.20 that move up and down, be horizontally through third through-hole 2.21 for second moving 2.29, second moving 2.29 other end below is connected by screw chamfering and measures piece 2.32, chamfering measure piece 2.32 be positioned at test product 2.19 directly over, chamfering is measured piece 2.32 lower ends and is arranged to the structure identical with test product 2.19 outer rims, the second moving head top connection that connection chamfering is measured piece 2.32 one end arranges chamfering guide rail 2.35, chamfering guide rail 2.35 tops connect chamfering and measure gauge stand 2.37, chamfering is measured on gauge stand 2.37 chamfering meter 2.38 is set, the outer chamfering linear bearing 2.33 that arranges of chamfering guide rail 2.35, on chamfering linear bearing 2.33, be provided with chamfering and follow plate 2.34, on the chamfering guide rail 2.35 between chamfering linear bearing 2.33 and chamfering measurement gauge stand 2.37, socket arranges back-moving spring 2.36.
Above-mentioned inner diameter measuring device comprises the second measurement cylinder 2.4, second measures cylinder mounting plate 2.3, second follows plate 2.6, the second side cylinder 2.9, the second V-type side slide 2.16, the second roller 2.17, the second upper spring support 2.13, the second lower spring support 2.14, the second latch plate 2.15, internal diameter radial measurement table 2.30 and the second measuring stick 2.18, measuring cylinder mounting plate 2.3 is fixedly installed on the second base 2.1, second measures cylinder 2.4 is arranged on the second measurement cylinder mounting plate 2.3, second the second measurement cylinder rod 2.5 ends and second of measuring cylinder are followed plate 2.6 and are connected, second follows plate 2.6 is slidably arranged on the second guide rail 2.7 between the second measurement cylinder mounting plate 2.3 and the second central plate 2.2, second follows plate 2.6 fronts is spirally connected the second side cylinder mounting plate 2.8 is set, the second side cylinder 2.9 is arranged on the second side cylinder mounting plate 2.8, the second side of following plate 2.6 is spirally connected the second upper spring support 2.13 and the second lower spring support 2.14 that structure is identical is set, between the second upper spring support 2.13 and the second lower spring support 2.14, be provided with gap, the second upper spring support 2.13 and the second lower spring support 2.14 are all divided into two parts by the second latch plate 2.15, away from the second the second upper spring support 2.13 and second lower spring support 2.14 fronts of following plate 2.6, all by coupling shaft, one second roller 2.17 is set, two the second rollers 2.17 are spacing by the second V-type side slide 2.16 being connected with the second side cylinder rod 2.10 of the second side cylinder, the second side cylinder rod 2.10 and the second upper spring support 2.13 be arranged in parallel, away from the second the second upper spring support 2.13 and second lower spring support 2.14 sides of following plate 2.6, be provided with the second measuring stick 2.18, second measuring stick 2.18 one end interlockings are in the second upper spring support 2.13 and the second lower spring support 2.14, second measuring stick 2.18 other ends are unsettled and match with test product 2.19 through the fourth hole 2.21 of the second central plate, above following the second upper spring support 2.13 of plate 2.6 away from second, internal diameter radial measurement table 2.30 is set, internal diameter radial measurement table 2.30, coordinate the internal diameter of test product is measured with the second measuring stick 2.18.
In order to adapt to Multiple Type product, second follows plate 2.6 tops is spirally connected the second adjusting cushion block 2.11 is set, on the second adjusting cushion block 2.11, be provided with the second upper spring support 2.13 threaded that plate end is followed in the second adjusting screw(rod) 2.12, the second adjusting screw(rod) 2.12 lower ends and nearly second; The second upper spring support 2.13 and the second lower spring support 2.14 all can be followed on plate vertical direction and regulate second, in the time of need to regulating measurement size, first by second, following the screw of fixing the second upper spring support on plate unclamps, then turn the second adjusting screw(rod) regulates the position of the second upper spring support, suitable after by the second urgent location of screw of following on plate.
In order to guarantee that product can normally measure, while adjusting the position of the second upper spring support, need to guarantee that the spacing between the measuring stick on upper the second spring suppport and the second lower spring support is less than the internal diameter of test product.
Above-mentioned height measuring device comprises highly measures cylinder 2.39, highly measure cylinder mount pad 2.41, highly measure and follow plate 2.44, highly measure guide rail 2.45, altitude location piece 2.46 and height meter 2.43, highly measuring cylinder mount pad 2.41 is arranged on the second base 2.1, highly measuring cylinder 2.39 is arranged on and highly measures on cylinder mount pad 2.41, height measurement cylinder rod 2.40 ends of highly measuring cylinder connect highly to be measured and follows plate 2.44, highly measure and follow plate 2.44 and be slidably arranged on the second guide rail of highly measuring between cylinder mount pad 2.41 and the second central plate 2.2, highly measure and follow plate 2.44 upper ends by highly measuring guide rail 2.45 connection altitude location pieces 2.46, altitude location piece 2.46 touches cooperation test product, highly measure cylinder mount pad 2.41 upper ends and be provided with height meter mount pad 2.42, height meter 2.43 is set on height meter mount pad 2.42, height meter 2.43 with highly measure guide rail 2.45 match detection test product height.
Whether internal diameter of the present utility model, outer chamfering and height detection only testing product be qualified, do not go its size of Measurement accuracy, what therefore internal diameter radial measurement table detected is the actuating range of measuring stick, as long as in the scope of setting, product is qualified, the initial position of measuring stick and sensing range were all passed through standard component and are tested in advance before measuring specific product; The outer chamfering of product is similar to inner diameter measurement with height detection, is all only to detect an actuating range, and the size of not removing Measurement accuracy product, as long as in the scope of setting, product is qualified.
Fig. 2 shows the position of bore a, internal diameter b, height c and outer chamfering d.Bore radial measurement table of the present utility model, internal diameter radial measurement table, chamfering meter, height meter, channel axes to survey table and raceway groove radially survey table all adopt the detection table that the model of Keyemce is GHT10.
The utility model the first base 1.1 and the second base 2.1, the 3rd base 3.1 be arranged in parallel, test product 1.19, test product 2.19 and test product 3.8 are identical product, and label is in order to distinguish bore pick-up unit, internal diameter, outer chamfering and height detecting device and raceway groove pick-up unit respectively.
The principle of work of the utility model internal diameter, outer chamfering and height detection:
1. outer chamfering detects
When test product flows to the second slide rail by material road, chamfering is measured cylinder and is moved downwards, by chamfering, measure cylinder rod, the cooperation of the second lower platen and chamfering guide rail, make the second moving head have downward action, chamfering on the second moving head is measured also action downwards of piece, thereby compression product, chamfering meter is descending under chamfering guide rail drives simultaneously, and chamfering linear bearing and chamfering are followed plate and can be touched to the probe on reverse direction operation and chamfering meter, thereby complete the outer chamfering action of measurement products, displacement on chamfering meter is detection data, with this, judge that product has or not chamfering, whether qualified (because chamfering measurement piece inner structure is identical with test product outer rim structure, if therefore test product chamfering not, the operation stroke of chamfering measurement piece can be different, during detection, on chamfering meter, can reflect, and then can judge that according to the scope that detects data and whether meet specification product whether product is qualified),
2. height detection
Chamfering is measured piece and is compressed test product, now highly measure the measurement of cylinder action band dynamic height and follow plate action, highly plate is followed in measurement has an action forward by highly measuring guide rail drive altitude location piece, thereby compression product, assurance test product is motionless, the shift value of the height meter on height meter mount pad is exactly the height of this product, and judges that with this whether this product is qualified;
3. inner diameter measurement
When detecting height, the second side cylinder action, draws in the second V-type side slide two the second rollers in, and then drives the second measuring stick on the second upper spring support and the second lower spring support to draw close, and prepares to enter test product inside; Then second measure cylinder action, drive second to follow plate to the motion of test product direction, the second the second upper spring support and second lower spring support of following on plate also moves to test product direction, and action is delivered in the second measuring stick; After putting in place, the second side cylinder resets, the second V-type side slide is moved to the second side cylinder direction, make two the second rollers depart from the second V-type side slide, the second upper spring support and the second lower spring support reset (lever principle, one end maintains static) under the second latch plate elastic reaction, and then make the also expansion up and down of the second measuring stick, the second measuring stick actuating quantity is delivered on internal diameter radial measurement table, thereby completes the work of measuring internal diameter.
If above 3 parameters have one defective, substandard product falls into defective box.
Compare with manual detection, the utility model internal diameter, outer chamfering and height can complete testing efficiently, can regulate cushion block to regulate product measurement size by the second adjusting screw(rod) and second, go for the measurement of variety classes bearing, each product introduction detecting position can be followed plate by chamfering and be coordinated the detection that realizes the outer chamfering of bearing with chamfering meter, by the second measuring stick and internal diameter radial measurement table, coordinate to detect internal diameter, by height meter and the height that coordinates to come testing product of highly measuring guide rail, each measuring point is consistent substantially, accuracy of detection is high.
In order to adapt to Multiple Type product, first follows plate 1.6 tops is spirally connected the first adjusting cushion block 1.11 is set, on the first adjusting cushion block 1.11, be provided with the first upper spring support 1.13 threaded that plate end is followed in the first adjusting screw(rod) 1.12, the first adjusting screw(rod) 1.12 lower ends and nearly first; The first upper spring support 1.13 and the first lower spring support 1.14 all can regulate on plate vertical direction with first, in the time of need to regulating measurement size, first will with the screw of fixing the first upper spring support on plate, unclamp with first, then turn the first adjusting screw(rod) regulates the position of the first upper spring support, suitable after by the first urgent location of screw of following on plate.
In order to guarantee that product can normally measure, while adjusting the position of the first upper spring support, need to guarantee that the spacing between the first measuring stick on the first upper spring support and the first lower spring support is less than the internal diameter of test product.
Bore of the present utility model detects that only whether testing product is qualified, does not go its size of Measurement accuracy, so bore radial measurement table detects is the actuating range of the first measuring stick, as long as in the scope of setting, product is qualified; The initial position of the first measuring stick and sensing range were all passed through standard component and are tested in advance before measuring specific product.
The principle of work that bore detects:
When test product flows to the first slide rail by material road, a moving cylinder moves downwards, by the first lower platen, the first radial guidance, the first linear bearing, downward action is delivered on the first moving head, the locating piece being screwed on the first moving head also moves downward, thereby realizes the action that compresses test product; Meanwhile, the first side cylinder action, draws in the first V-type side slide two the first rollers in, and then drives the first measuring stick on the first upper spring support and the first lower spring support to draw close, and prepares to enter test product inside; Then two of left measurement mechanism and right measurement mechanism first measurement cylinders move simultaneously, drive first is followed plate and is moved to test product direction, the first the first upper spring support and first lower spring support of following on plate also moves to test product direction, and action is delivered in the first measuring stick; After putting in place, the first side cylinder resets, the first V-type side slide is moved to the first side cylinder direction, make two the first rollers depart from the first V-type side slide, the first upper spring support and the first lower spring support reset (lever principle, one end maintains static) under the first latch plate elastic reaction, and then make the also expansion up and down of the first measuring stick, the first measuring stick actuating quantity is delivered on bore radial measurement table, thereby completes the work of measuring bore.
The 3rd base 3.1 1 sides of raceway groove pick-up unit arrange positioning cylinder installing plate 3.4, opposite side arranges the first measurement cylinder mounting plate 3.13, positioning cylinder 3.2 is set on positioning cylinder installing plate 3.4, the positioning cylinder bar 3.3 of positioning cylinder connects positioning cylinder push pedal 3.5 through positioning cylinder installing plate 3.4, between positioning cylinder installing plate 3.4 and positioning cylinder push pedal 3.5, be provided with guide rail, on the 3rd measurement cylinder mounting plate 3.13, arrange the 3rd and measure cylinder 3.14, the 3rd the 3rd measurement cylinder rod 3.15 of measuring cylinder connects to measure through the 3rd measurement cylinder mounting plate 3.13 follows plate 3.16, the 3rd measures cylinder mounting plate 3.13 and measurement follows and between plate 3.16, is also provided with guide rail, positioning cylinder push pedal 3.5 top connection bracket plates 3.6, supporting plate 3.6 1 sides are fixedly installed location and follow plate 3.7, measurement is followed plate 3.16 tops connections upper bracket plate 3.17 is set, below one side of upper bracket plate 3.17 arranges measuring seat 1.19, on measuring seat 3.19, be provided with channel axes to survey table 3.18, on the upper bracket plate 3.17 of the same rectilinear direction of survey table 3.18, be provided with lower gauge head 3.12 with channel axes, channel axes is oppositely arranged with test product 3.8 through measuring seat 3.19, upper bracket plate 3.17, lower gauge head 3.12 to the chaining pin 3.20 of survey table, the top connection of upper bracket plate 3.17 arranges lateral frame plate 3.23, lateral frame plate 3.23 one sides arrange radially survey table 3.27 of raceway groove, the opposite side of lateral frame plate 3.23 arranges raceway groove and measures cylinder 3.21, lateral frame plate 3.23 belows arrange an installation added 3.26, added 3.26 one end are installed to be connected with spring suppport 3.24 by the 3rd latch plate 3.25, the first latch plate is set to two, spring suppport 3.24 upper ends connect lateral frame plate 3.23, install added 3.26 other ends through upper bracket plate 3.17 and raceway groove radially the chaining pin of survey table touch and coordinate, with added 3.26 belows of the raceway groove installation that radially chaining pin of survey table touches, upper gauge head 3.11 is set, the raceway groove measurement cylinder rod 3.22 that raceway groove is measured cylinder is connected with latch plate 3.25, upper gauge head 3.11 and lower gauge head 3.12 constituting channel radial measurement heads, the end of upper gauge head 3.11 and lower gauge head 3.12 is provided with the steel ball matching with raceway groove, in raceway groove radial measurement head and location, follow and between plate 3.7, set gradually baffle plate 3.10 and the 3rd slide rail 3.9, on baffle plate 3.10, offer through hole, through-hole diameter on baffle plate is greater than the internal diameter of test product, raceway groove radial measurement head can enter in test product through baffle plate, baffle plate 3.10 and the 3rd slide rail 3.9 are all fixed on the 3rd base 3.1, and test product 3.8 is arranged on the 3rd slide rail 3.9.
Raceway groove of the present utility model detects that only whether testing product qualified, does not go its size of Measurement accuracy, thus raceway groove radially survey table detects is the actuating range of upper gauge head, as long as in the scope of setting, product is qualified; The initial position of upper gauge head and sensing range were all passed through standard component and are tested in advance before measuring specific product.
While not detecting, upper gauge head 3.11 and lower gauge head 3.12 are positioned at baffle plate 3.10 outsides, guarantee that test product 3.8 can slide on the 3rd slide rail 3.9; While not detecting, upper gauge head 3.11 positions are lower, can enter together test product 3.8 inner rings by smooth and lower gauge head 3.12, when detecting, upper gauge head 3.11 and lower gauge head 3.12 just can insert in test product 3.8, the 3rd latch plate 3.25 drives to install on added 3.26 and moves, upper gauge head 3.11 can be followed and be moved, during certain altitude, test product 3.8 can be driven and move by upper gauge head 3.11, when lower gauge head 3.12 contacts with test product 3.8 lower limbs, upper gauge head can stop mobilely, and raceway groove now radially survey table 3.27 reading is the radial dimension of test product.
Raceway groove measuring principle:
1. product orientation
When test product flows to the 3rd slide rail by material road, sensor sensing is to having product and signal being transferred to positioning cylinder, and positioning cylinder bar travels forward, and drives positioning cylinder slurcam to be subjected to displacement, and then drive location to follow plate to travel forward, thereby test product is positioned;
2. channel axes is to size detection
After having located, the 3rd measurement cylinder is delivered to action to measure by the 3rd measurement cylinder rod and follows on plate, upper bracket plate can measurement follow strip moving under together forward, and the channel axes being contained on upper bracket plate also moves to survey table thereupon, and the amount moving to survey table by channel axes passes to channel axes on the chaining pin of survey table, thereby realize product channel axes to position measurement, the value that channel axes is measured to survey table is exactly test product channel dimensions, and judge that with this whether raceway groove is eccentric;
3. raceway groove radial dimension detects
When measuring raceway groove axial dimension, raceway groove is measured cylinder and by raceway groove, is measured cylinder rod and will move downward and pass to upper and lower two the 3rd latch plates, and a side of the 3rd latch plate is fixed on spring suppport, therefore the characteristic by the 3rd latch plate makes, the installation that is connected with the 3rd latch plate is added a motion making progress, be arranged on the added upper gauge head of installation and had too the action making progress, and that lower gauge head is fixed on upper bracket plate is motionless, steel ball on upper gauge head and lower gauge head is realized the measurement to product raceway groove, raceway groove on lateral frame plate is radially surveyed the displacement of table, it is exactly the radial dimension of test product, if the product of measuring has defective phenomenon, test product can be fallen into defective box.
Detect and compare with manual raceway groove, raceway groove of the present utility model detects can complete testing efficiently, in the time of need to changing product, is convenient to remove and install; When product is measured simultaneously, its position can accurately be located, and each measuring point is consistent substantially, and accuracy of detection is high.
If the product that bore pick-up unit detects is qualified, send into internal diameter, outer chamfering and height detecting device, if defective, fall into the defective box of bore pick-up unit below, if the product that internal diameter, outer chamfering and height detecting device detect is qualified, send into raceway groove pick-up unit, as defective, can fall into the defective box of internal diameter, outer chamfering and height detecting device below, if the product that raceway groove pick-up unit detects is qualified, send, if defective, fall into the defective box of raceway groove pick-up unit below.This structure is prior art, does not repeat them here.The priority detection order of internal diameter, outer chamfering and height detecting device, raceway groove pick-up unit and bore pick-up unit can be exchanged.
Pick-up unit of the present utility model is all applicable to the inner ring of deep groove ball bearing and outer ring.
Claims (10)
1. the full-automatic comprehensive detection device of deep groove ball bearing, comprise base plate, it is characterized in that setting gradually bore pick-up unit, internal diameter, outer chamfering and height detecting device and raceway groove pick-up unit on described base plate, between bore pick-up unit, internal diameter, outer chamfering and height detecting device and raceway groove pick-up unit, by material road, connect;
The first base middle part of described bore pick-up unit arranges the first central plate, the both sides of the first central plate arrange left measurement mechanism and the right measurement mechanism that structure is identical, test product is arranged on the first slide rail between left measurement mechanism and right measurement mechanism, and the first slide rail is fixedly connected with the first central plate, the first described central plate top arranges a moving cylinder block, a moving cylinder is set on a moving cylinder block, a moving cylinder rod of a moving cylinder is connected with the first radial guidance by the first lower platen, the first radial guidance is arranged in the first linear bearing, the first linear bearing is located by the first linear axis bearing being arranged on the first central plate, the lower end of the first radial guidance is connected by screw one end of the first moving head, a first moving other end is connected by screw locating piece, locating piece be positioned at test product directly over, on the first central plate, be provided with the first through hole moving up and down for the first moving head, the first moving head is horizontally through the first through hole, described left measurement mechanism and right measurement mechanism include the first measurement cylinder, first measures cylinder mounting plate, first follows plate, the first side cylinder, the first V-type side slide, the first roller, the first upper spring support, the first lower spring support, the first latch plate, bore radial measurement table and the first measuring stick, first measures cylinder mounting plate is fixedly installed on the first base, first measures cylinder is arranged on the first measurement cylinder mounting plate, first the first measurement cylinder rod end and first of measuring cylinder is followed plate and is connected, first follows plate is slidably arranged on the first guide rail between the first measurement cylinder mounting plate and the first central plate, described first follows plate front is spirally connected the first side cylinder mounting plate is set, the first side cylinder is arranged on the first side cylinder mounting plate, the first side of following plate is spirally connected the first upper spring support and the first lower spring support that structure is identical is set, between the first upper spring support and the first lower spring support, be provided with gap, the first upper spring support and the first lower spring support are all divided into two parts by the first latch plate, away from the first the first upper spring support and first lower spring support front of following plate, all by coupling shaft, one first roller is set, two the first rollers are spacing by the first V-type side slide being connected with the first side cylinder rod of the first side cylinder, the first side cylinder rod and the first upper spring support be arranged in parallel, described is provided with the first measuring stick away from the first the first upper spring support and first lower spring support side of following plate, first measuring stick one end interlocking is in the first upper spring support and the first lower spring support, the first measuring stick other end is unsettled and match with test product through the second through hole of the first central plate, above following the first upper spring support of plate away from first, bore radial measurement table is set,
The second base middle part of described internal diameter, outer chamfering and height detecting device arranges the second central plate, the second central plate top arranges chamfering measurement mechanism, the both sides of the second central plate arrange inner diameter measuring device and height measuring device, test product is arranged on the second slide rail between inner diameter measuring device and height measuring device, the second slide rail is fixedly connected with the second central plate, and chamfering measurement mechanism is arranged on the top of test product, described chamfering measurement mechanism comprises chamfering measurement cylinder block, chamfering is measured cylinder, the second linear bearing, the second radial guidance, the second moving head, chamfering meter and chamfering are measured piece, described the second central plate top arranges chamfering and measures cylinder block, on chamfering measurement cylinder block, chamfering is set and measures cylinder, the chamfering measurement cylinder rod that chamfering is measured cylinder is connected with the second radial guidance by the second lower platen, the second radial guidance is arranged in the second linear bearing, the second linear bearing is located by the second linear axis bearing being arranged on the second central plate, the lower end of the second radial guidance is connected by screw one end of the second moving head, on the second central plate, be provided with the third through-hole moving up and down for the second moving head, the second moving head is horizontally through third through-hole, second moving other end below is connected by screw chamfering and measures piece, chamfering measure piece be positioned at test product directly over, the second moving head top connection that connection chamfering is measured piece one end arranges chamfering guide rail, chamfering guide rail top connects chamfering and measures gauge stand, chamfering is measured on gauge stand chamfering meter is set, described chamfering guide rail arranges chamfering linear bearing outward, on chamfering linear bearing, be provided with chamfering and follow plate, on the chamfering guide rail between chamfering linear bearing and chamfering measurement gauge stand, socket arranges back-moving spring, described inner diameter measuring device comprises the second measurement cylinder, second measures cylinder mounting plate, second follows plate, the second side cylinder, the second V-type side slide, the second roller, the second upper spring support, the second lower spring support, the second latch plate, internal diameter radial measurement table and the second measuring stick, second measures cylinder mounting plate is fixedly installed on the second base, second measures cylinder is arranged on the second measurement cylinder mounting plate, second the second measurement cylinder rod end and second of measuring cylinder is followed plate and is connected, second follows plate is slidably arranged on the second guide rail between the second measurement cylinder mounting plate and the second central plate, described second follows plate front is spirally connected the second side cylinder mounting plate is set, the second side cylinder is arranged on the second side cylinder mounting plate, the second side of following plate is spirally connected the second upper spring support and the second lower spring support that structure is identical is set, between the second upper spring support and the second lower spring support, be provided with gap, the second upper spring support and the second lower spring support are all divided into two parts by the second latch plate, away from the second the second upper spring support and second lower spring support front of following plate, all by coupling shaft, one second roller is set, two the second rollers are spacing by the second V-type side slide being connected with the second side cylinder rod of the second side cylinder, the second side cylinder rod and the second upper spring support be arranged in parallel, described is provided with the second measuring stick away from the second the second upper spring support and second lower spring support side of following plate, second measuring stick one end interlocking is in the second upper spring support and the second lower spring support, the second measuring stick other end is unsettled and match with test product through the fourth hole of the second central plate, above following the second upper spring support of plate away from second, internal diameter radial measurement table is set, described height measuring device comprises highly measures cylinder, highly measure cylinder mount pad, highly measure and follow plate, highly measure guide rail, altitude location piece and height meter, highly measuring cylinder mount pad is arranged on the second base, highly measuring cylinder is arranged on and highly measures on cylinder mount pad, the height measurement cylinder rod end of highly measuring cylinder connects highly to be measured and follows plate, highly measure and follow plate and be slidably arranged on the guide rail of highly measuring between cylinder mount pad and the second central plate, highly measure and follow plate upper end by highly measuring guide rail connection altitude location piece, altitude location piece touches cooperation test product, described height is measured cylinder mount pad upper end and is provided with height meter mount pad, height meter is set on height meter mount pad, height meter with highly measure guide rail match detection test product height,
The 3rd base one side of described raceway groove pick-up unit arranges positioning cylinder installing plate, opposite side arranges the 3rd and measures cylinder mounting plate, on positioning cylinder installing plate, positioning cylinder is set, the positioning cylinder bar of positioning cylinder connects positioning cylinder push pedal through positioning cylinder installing plate, between positioning cylinder installing plate and positioning cylinder push pedal, be provided with guide rail, on the 3rd measurement cylinder mounting plate, arrange the 3rd and measure cylinder, the 3rd the 3rd measurement cylinder rod of measuring cylinder connects to measure through the 3rd measurement cylinder mounting plate follows plate, the 3rd measures cylinder mounting plate and measurement follows and between plate, is also provided with guide rail, described positioning cylinder push pedal top connection bracket plate, supporting plate one side is fixedly installed location and follows plate, described measurement is followed the connection of plate top upper bracket plate is set, below one side of upper bracket plate arranges measuring seat, on measuring seat, being provided with channel axes shows to survey, on upper bracket plate from channel axes to survey that show same rectilinear direction with, be provided with lower gauge head, channel axes is oppositely arranged through measuring seat, upper bracket plate, lower gauge head and test product to the chaining pin of survey table, the top connection of described upper bracket plate arranges lateral frame plate, lateral frame plate one side arranges radially survey table of raceway groove, the opposite side of lateral frame plate arranges raceway groove and measures cylinder, it is added that lateral frame plate below arranges an installation, added one end is installed to be connected with spring suppport by the 3rd latch plate, spring suppport upper end connects lateral frame plate, install the added other end through upper bracket plate and raceway groove radially the chaining pin of survey table touch and coordinate, with the raceway groove added below of installation that radially chaining pin of survey table touches, upper gauge head is set, the raceway groove measurement cylinder rod that raceway groove is measured cylinder is connected with latch plate, described upper gauge head and lower gauge head constituting channel radial measurement head, in raceway groove radial measurement head and location, follow and between plate, set gradually baffle plate and the 3rd slide rail, on baffle plate, offer through hole, baffle plate and the 3rd slide rail are all fixed on the 3rd base, and test product is arranged on the 3rd slide rail,
The first described base, the second base and the 3rd base be arranged in parallel.
2. the full-automatic comprehensive detection device of deep groove ball bearing according to claim 1, it is characterized in that described first follows plate top and be spirally connected the first adjusting cushion block is set, on the first adjusting cushion block, be provided with the first adjusting screw(rod), the first upper spring support threaded of plate end is followed in the first adjusting screw(rod) lower end and nearly first.
3. the full-automatic comprehensive detection device of deep groove ball bearing according to claim 1, is characterized in that the spacing between the first measuring stick on described the first upper spring support and the first lower spring support is less than the internal diameter of test product.
4. the full-automatic comprehensive detection device of deep groove ball bearing according to claim 1, is characterized in that described the first upper spring support and the first lower spring support all can regulate on plate vertical direction with first.
5. the full-automatic comprehensive detection device of deep groove ball bearing according to claim 1, is characterized in that described chamfering measures piece lower end and be arranged to the structure identical with test product outer rim.
6. the full-automatic comprehensive detection device of deep groove ball bearing according to claim 1, it is characterized in that described second follows plate top and be spirally connected the second adjusting cushion block is set, on the second adjusting cushion block, be provided with the second adjusting screw(rod), the second upper spring support threaded of plate end is followed in the second adjusting screw(rod) lower end and nearly second.
7. the full-automatic comprehensive detection device of deep groove ball bearing according to claim 1, is characterized in that the spacing between the second measuring stick on described the second upper spring support and the second lower spring support is less than the internal diameter of test product.
8. the full-automatic comprehensive detection device of deep groove ball bearing according to claim 1, is characterized in that described the second upper spring support and the second lower spring support all can follow on plate vertical direction and regulate second.
9. the full-automatic comprehensive detection device of deep groove ball bearing according to claim 1, is characterized in that the end of described upper gauge head and lower gauge head is provided with the steel ball matching with raceway groove.
10. the full-automatic comprehensive detection device of deep groove ball bearing according to claim 1, is characterized in that described the 3rd latch plate is set to two; Described raceway groove radial measurement head can enter in test product through baffle plate; Through-hole diameter on described baffle plate is greater than the internal diameter of test product.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201420187390.3U CN203837667U (en) | 2014-04-17 | 2014-04-17 | Full-automatic comprehensive detection device for deep groove ball bearing |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420187390.3U CN203837667U (en) | 2014-04-17 | 2014-04-17 | Full-automatic comprehensive detection device for deep groove ball bearing |
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| CN203837667U true CN203837667U (en) | 2014-09-17 |
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| CN201420187390.3U Expired - Fee Related CN203837667U (en) | 2014-04-17 | 2014-04-17 | Full-automatic comprehensive detection device for deep groove ball bearing |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106352830A (en) * | 2016-08-24 | 2017-01-25 | 宁波中亿自动化装备有限公司 | Device and system for measuring diameter of outer ring of hub bearings |
| CN106767641A (en) * | 2017-01-06 | 2017-05-31 | 浙江爱易特智能技术有限公司 | A kind of thrust ball bearing bearing block detection method |
| CN106767642A (en) * | 2017-01-06 | 2017-05-31 | 浙江爱易特智能技术有限公司 | A kind of thrust ball bearing bearing block detecting system |
| CN107289879A (en) * | 2017-06-01 | 2017-10-24 | 昆山科森科技股份有限公司 | Precision part automates full inspection measurement equipment |
| CN110174042A (en) * | 2019-05-31 | 2019-08-27 | 三门峡中原量仪股份有限公司 | A kind of automobile steering device angular contact ball bearing interior raceway groove measuring device |
| CN111957589A (en) * | 2020-06-25 | 2020-11-20 | 安捷睿（厦门）机器人有限公司 | Workpiece size detection method and system and workpiece size detection control device |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106352830A (en) * | 2016-08-24 | 2017-01-25 | 宁波中亿自动化装备有限公司 | Device and system for measuring diameter of outer ring of hub bearings |
| CN106767641A (en) * | 2017-01-06 | 2017-05-31 | 浙江爱易特智能技术有限公司 | A kind of thrust ball bearing bearing block detection method |
| CN106767642A (en) * | 2017-01-06 | 2017-05-31 | 浙江爱易特智能技术有限公司 | A kind of thrust ball bearing bearing block detecting system |
| CN107289879A (en) * | 2017-06-01 | 2017-10-24 | 昆山科森科技股份有限公司 | Precision part automates full inspection measurement equipment |
| WO2018218792A1 (en) * | 2017-06-01 | 2018-12-06 | 昆山科森科技股份有限公司 | Precision piece detection apparatus |
| CN107289879B (en) * | 2017-06-01 | 2020-02-11 | 昆山科森科技股份有限公司 | Automatic full check out test set of precision part |
| CN110174042A (en) * | 2019-05-31 | 2019-08-27 | 三门峡中原量仪股份有限公司 | A kind of automobile steering device angular contact ball bearing interior raceway groove measuring device |
| CN110174042B (en) * | 2019-05-31 | 2021-07-20 | 三门峡中原量仪股份有限公司 | Inner channel measuring device for angular contact ball bearing of automobile steering device |
| CN111957589A (en) * | 2020-06-25 | 2020-11-20 | 安捷睿（厦门）机器人有限公司 | Workpiece size detection method and system and workpiece size detection control device |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140917 Termination date: 20160417 |
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