CN104913758B - Bearing ring mass detection device - Google Patents
Bearing ring mass detection device Download PDFInfo
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- CN104913758B CN104913758B CN201510333685.6A CN201510333685A CN104913758B CN 104913758 B CN104913758 B CN 104913758B CN 201510333685 A CN201510333685 A CN 201510333685A CN 104913758 B CN104913758 B CN 104913758B
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B21/00—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant
- G01B21/22—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring angles or tapers; for testing the alignment of axes
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Abstract
The invention relates to a bearing detection device, and particularly relates to a bearing ring mass detection device, which comprises a machine body, a detection device, a feeding device and a pushing device, wherein the detection device is located at the right side of the machine body, the detection device is located in the middle part of the machine body, and the feeding device is located at the left side of the machine body; the detection device comprises s turning device, a detection plate, a material discharging cylinder, a vertical quantity difference device, a parallel measurement device and a signal gathering box; the vertical quantity difference device comprises a vertical supporting plate and a vertical quantity difference scale; the parallel measurement device comprises a rodless cylinder, a sliding seat and a parallel measurement scale; the signal gathering box is fixedly arranged on the lower bottom surface of the machine body; the feeding device comprises a feeding hopper, a stirring shaft, a stirring blade, a stirring motor and a conveying channel; and the pushing device comprises a pushing cylinder and a pushing plate. The detection efficiency is greatly improved, and detection requirements of the prior bearing ring can be met.
Description
Technical field
The present invention relates to a kind of bearing detecting device, specifically a kind of bearing ring mass detection device.
Background technology
Bearing ring plane and external diameter be later process mill raceway groove and mill endoporus benchmark, technological requirement by flat surface grinding,
After mill external diameter, it is ensured that the perpendicularity of the depth of parallelism of the plane of lasso two, external diameter circularity and plane and end face.But at flat surface grinding, by
Improper or equipment feed lead rail, discharge guide are adjusted in emery wheel and adjust improper, will make plane and external diameter out of plumb, that is, occur hanging down
Straight poor (Sd2) is overproof.The H902 height-gauges for using at flat surface grinding at present can only check the depth of parallelism (VBs), it is impossible to while
Control vertical difference (Sd2), is unfavorable for the subsequent processing operations of bearing ring.
The notification number that Chinese patent is announced is a kind of bearing ring detection means of CN104406503A, and it can realize axle
Bearing ring vertical difference is detected with while the depth of parallelism, but cannot adapt to the detection of high-volume bearing ring, have impact on operating efficiency.
The content of the invention
In order to make up the deficiencies in the prior art, of the invention its provides one kind can be to high-volume bearing ring while hanging down
The device of straight poor and Parallel testing.
The technical solution adopted for the present invention to solve the technical problems is：A kind of bearing ring mass detection device, bag
Fuselage, detection means, pay-off and pusher are included, described detection means is located at fuselage right side, and described detection dress
Setting in waist, described pay-off is located at fuselage left side.
Described detection means includes turning device, detection plate, batch turning cylinder, vertical amount difference device, parallel measurement apparatus
With signal collection case, described turning device is made up of ten to 20 roll-over units, and described roll-over unit includes returning face plate
And tumble cylinder, the section of described returning face plate is " L " shape structure, and the vertical edge of returning face plate is outward-dipping, the vertical edge of returning face plate
Outward-dipping effect is so that the bearing ring from pay-off into turning device is difficult to drop into detection from returning face plate
Plate, the base upper surface of returning face plate gradually arranges diagonally downward that base upper surface gradually inclines along fuselage after along fuselage after
The effect of arrangement downwards is so that bearing ring can be close to the vertical edge of returning face plate, described tumble cylinder bottom and body bottom surface
Front side is hinged, and tumble cylinder top is hinged with the side of turning device, contacts with each other between each roll-over unit, and each upset
Unit is connected by a rotating shaft, and a rotating shaft is through the base of each roll-over unit, and a rotating shaft passes through a pair of support bases
Installed in fuselage bottom surface top, and the distance of each returning face plate or so side is equal with bearing ring external diameter, so as to each overturns
One bearing ring of correspondence on plate；During work, bearing ring enters the returning face plate of detection means from pay-off with vertical state
On, bearing ring is entered after returning face plate, and due to the inclined design of returning face plate upper plate, bearing ring is close to the inclination of returning face plate
Vertical edge is rolled, until bearing ring is covered with whole turning device, then, tumble cylinder is stretched out, the returning face plate of each roll-over unit around
A number rotating shaft rotates backward, so as to the bearing ring on each returning face plate falls into detection plate from returning face plate, on device to be flipped
Bearing ring is entirely fallen in after detection plate, and the bearing ring on pay-off is rolled again to being covered with whole turning device.
Described detection plate is string configuration of the section in " ┘ " shape, and detection plate is located at turning device rear side, detection
Plate is several detection zones by vertical baffle even partition, and the number of described detection zone is equal to the number of roll-over unit, and often
The positive front end of individual detection zone correspond to a roll-over unit, when rotating so as to the returning face plate on each roll-over unit, on returning face plate
Bearing ring fall in corresponding detection zone, each detection zone bottom is provided with a pair of bottom supports and a side bearing, bottom
Support for spring bearing lasso bottom surface, collateral support is used for spring bearing lasso side, and the rear lower portion of the detection plate runs through
There are No. two rotating shafts, No. two described rotating shafts are arranged on fuselage bottom surface top, described batch turning cylinder top by a pair of support bases
End is hinged on detection plate middle part lower surface, and batch turning cylinder end is hinged on body bottom surface rear side；Batch turning cylinder is stretched under original state
Go out so that detection plate be in horizontality, during work, when returning face plate rotate cause bearing ring fall into detection zone after, batch turning cylinder
Continue to protract so that detection plate is rotated clockwise around No. two rotating shafts so that bearing ring is slided backward so as to be close to side bearing, is connect
Batch turning cylinder to shrink again so that detection plate keeps horizontality again, and after bearing ring has been detected, batch turning cylinder is received
Contracting so that detection plate is rotated counterclockwise around No. two rotating shafts, detection plate towards fuselage front side diagonally downward, from detection zone slide by bearing ring
Drop down onto on turning device and the fuselage below detection plate.
Described vertical amount difference device includes vertical gripper shoe and vertical amount difference table, and described vertical gripper shoe is flat length
Strip structure, described vertical amount difference table is horizontally fixed in vertical gripper shoe, and vertical gripper shoe two ends are by a pair of connections
Plate is connected in detection plate, and each detection zone rear is mounted on a vertical amount difference table, so as to each vertically measure poor table can be with
The bearing ring of independent detection each detection zone, and vertical amount difference table tip be located at the side bearing front end face of detection zone it is same flat
On face, during work, first vertical amount difference table is mixed up, after bearing ring enters each detection zone and keeps stable, each vertical amount is poor
The tip contacts bearing ring side wall of table is carrying out the detection of vertical difference to bearing ring.
Described parallel measurement apparatus include Rodless cylinder, sliding seat and parallel meter, and described Rodless cylinder has two
It is individual, the left and right two ends of detection plate are arranged vertically at, the sliding seat of a flat strip is installed, so as to slide on Rodless cylinder
Seat can be slided up and down on Rodless cylinder, and described parallel meter is vertically fixed on sliding seat lower surface, and each
Detection zone top correspondence is disposed with a parallel meter, so as to each parallel meter can be with independent detection each detection zone
Bearing ring, during work, when detection zone is covered with bearing ring, and bearing ring stably after, sliding seat drives each depth of parallelism
Scale is moved downward above detection zone, to carry out Parallel testing to the bearing ring in each detection zone.
Described signal collection case is fixedly mounted on fuselage bottom surface, and signal collection case by holding wire and detection means
It is connected, the vertical difference and the depth of parallelism of each detection zone inner bearing lasso are fed back in signal collection case.
Described pay-off includes feeding funnel, shaft, stirring vane, stirring motor and transfer passage, and described send
Hopper upper opening is bigger than lower openings, and in inverted boss type structure, feeding funnel bottom surface middle part is provided with rectangular through-hole, axle
Bearing ring enters transfer passage from rectangular through-hole, and described shaft is arranged symmetrically and through feeding funnel, shaft along feeding funnel
Middle part is evenly arranged with the stirring vane of five flat strips, and stirring vane is directly over rectangular through-hole, shaft two
Side is fixed on fuselage by a pair of supporting, and described stirring motor is fixedly mounted on fuselage bottom surface, and stirring motor with
It is connected by belt between shaft, during work, stirring motor is rotated and drives shaft to rotate, so as to drive stirring vane to exist
Rectangular through-hole top rotates, so that bearing ring is difficult accumulated plugging rectangular through-hole, described transfer passage section is " Qian "
Shape structure, transfer passage is inclined gradually downward from left to right along fuselage, and transfer passage left end is connected with feeding funnel bottom surface, and
The delivery port of transfer passage is located at immediately below rectangular through-hole, and transfer passage right-hand member is located at detection means left side, and transfer passage is right
Side ports contact with the returning face plate of the turning device leftmost side, and during work, the bearing ring fallen from rectangular through-hole enters conveying
Passage, then roll to the returning face plate of turning device from transfer passage, the distance between biside plate of transfer passage compares bearing holder (housing, cover)
The height of circle is more five millimeters, is rolled downwards with erectility so as to bearing ring is entered after transfer passage, and the two of transfer passage
The distance between side plate is equal with the width on returning face plate base, and so as to bearing ring is rolled to turning device, bearing ring is complete
Entirely on returning face plate.
Described pusher includes push cylinder and pushing plate, and described push cylinder is arranged horizontally in going to the bottom for fuselage
Above face, and push cylinder bottom is fixedly connected with fuselage, and push cylinder top is fixedly connected with pushing plate, and described pushing plate is flat
Flat string configuration, pushing plate is arranged vertically at fuselage upper surface, and pushing plate is located at detection means lower section, during work, works as axle
After on the fuselage that bearing ring detection is completed and slid from detection plate to turning device and detection plate, pusher work,
Push cylinder stretches out, and drives pushing plate to move right and bearing ring is pushed away into detection plate lower section, consequently facilitating after detection
The collection of bearing ring.
The bearing ring detection means that the present invention is provided, detection plate is divided into multiple regions by it, so as to entering upset
Multiple bearing rings of device carry out simultaneously detection, greatly improve detection efficiency, and by vertical difference scale and parallel tolerance
Table is used simultaneously, can simultaneously detect the vertical difference and the depth of parallelism of bearing ring, meets the detection demand of existing bearing ring.
Description of the drawings
Below in conjunction with the accompanying drawings the present invention is further described with embodiment.
Fig. 1 is the overall structure diagram of the present invention；
Fig. 2 is the structural representation of the pay-off of the present invention；
Fig. 3 is that the present invention removes the partial schematic diagram after pay-off；
Fig. 4 is the overall structure diagram of the detection means of the present invention；
Fig. 5 is the structural representation of the turning device of the present invention；
Fig. 6 is that the detection means of the present invention removes the structural representation after turning device；
Fig. 7 is the A-A sectional views of Fig. 4；
Fig. 8 is the partial structural diagram at the pusher of the present invention；
In figure：Fuselage 1, detection means 2, pay-off 3, pusher 4, turning device 21, detection plate 22, batch turning cylinder
23rd, vertical amount difference device 24, parallel measurement apparatus 25, signal collection case 26, roll-over unit 21a, returning face plate 211, tumble cylinder
212nd, rotating shaft 213, detection zone 221, bottom support 2211,2212, No. two rotating shafts 222 of side bearing, vertical gripper shoe 241, hang down
Straight amount difference table 242, Rodless cylinder 251, sliding seat 252, parallel meter 253, feeding funnel 31, shaft 32, stirring vane 33,
Stirring motor 34, transfer passage 35, rectangular through-hole 311, push cylinder 41, pushing plate 42.
Specific embodiment
In order that technological means, creation characteristic, reached purpose and effect that the present invention is realized are easy to understand, tie below
Conjunction is specifically illustrating, and the present invention is expanded on further.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7 and Fig. 8, a kind of bearing ring high-volume of the present invention
Detection means, including fuselage 1, detection means 2, pay-off 3 and pusher 4, it is right that described detection means 2 is located at fuselage 1
Side, and described detection means 2 is located at the middle part of fuselage 1, described pay-off 3 is located at the left side of fuselage 1.
As shown in Fig. 1, Fig. 4, Fig. 5 and Fig. 7, a kind of bearing ring mass detection device of the present invention is described
Detection means 2 includes turning device 21, detection plate 22, batch turning cylinder 23, vertical amount difference device 24, parallel measurement apparatus 25 and letter
Number collecting box 26, described turning device 21 is made up of ten to 20 roll-over unit 21a, and described roll-over unit 21a includes
Returning face plate 211 and tumble cylinder 212, the section of described returning face plate 211 is " L " shape structure, and the vertical edge of returning face plate 211 is outside
Incline, the outward-dipping effect of the vertical edge of returning face plate 211 is so that the bearing ring from pay-off 3 into turning device 21 not
Easily drop into detection plate 22 from returning face plate 211, the base upper surface of the returning face plate 211 gradually cloth diagonally downward after along fuselage 1
Put, base upper surface is so that bearing ring can be close to returning face plate 211 along the effect that fuselage 1 is gradually arranged diagonally downward after
Vertical edge, the described bottom of tumble cylinder 212 is hinged with the bottom surface of fuselage 1 front side, the top of tumble cylinder 212 and turning device 21
Side be hinged, contact with each other between each roll-over unit 21a, and each roll-over unit 21a is connected by a rotating shaft 213,
A number rotating shaft 213 is gone to the bottom by a pair of support bases through the base of each roll-over unit 21a, and a rotating shaft 213 installed in fuselage 1
Face top, and the distance of the side of each returning face plate 211 or so is equal with bearing ring external diameter, so as to correspondence on each returning face plate 211
One bearing ring；During work, bearing ring is entered on the returning face plate 211 of detection means 2 from pay-off 3 with vertical state,
Bearing ring is entered after returning face plate 211, and due to the inclined design of the upper plate of returning face plate 211, bearing ring is close to returning face plate 211
Inclination vertical edge roll, until bearing ring is covered with whole turning device 21, then, tumble cylinder 212 is stretched out, each roll-over unit
The returning face plate 211 of 21a rotates backward around a rotating shaft 213, so as to the bearing ring on each returning face plate 211 is from returning face plate 211
Detection plate 22 is fallen into, the bearing ring on device to be flipped 21 is entirely fallen in after detection plate 22, the bearing ring on pay-off 3
Roll again to being covered with whole turning device 21.
As shown in Fig. 1, Fig. 4, Fig. 6 and Fig. 7, a kind of bearing ring mass detection device of the present invention is described
Detection plate 22 is string configuration of the section in " ┘ " shape, and detection plate 22 is located at the rear side of turning device 21, and detection plate 22 is erected
Straight baffle plate even partition is several detection zones 221, and the number of described detection zone 221 is equal to the number of roll-over unit 21a, and
Each positive front end of detection zone 221 correspond to a roll-over unit 21a, so as to 211 turns of returning face plate on each roll-over unit 21a
When dynamic, the bearing ring on returning face plate 211 is fallen in corresponding detection zone 221, and each bottom of detection zone 221 is provided with a pair
Bottom support 2211 and a side bearing 2212, bottom support 2211 is used for spring bearing lasso bottom surface, and collateral support 2212 is used to support
Bearing ring side, through there is No. two rotating shafts 222, No. two described rotating shafts 222 pass through one to the rear lower portion of the detection plate 22
The bottom surface of fuselage 1 top is arranged on to support base, the described top of batch turning cylinder 23 is hinged on the middle part lower surface of detection plate 22,
Material cylinder 23 bottom is hinged on the bottom surface back of fuselage 1；Batch turning cylinder 23 is stretched out so that detection plate 22 is in level under original state
State, during work, after returning face plate 211 is rotated causes bearing ring to fall into detection zone 221, batch turning cylinder 23 continues to protract, and makes
Obtain detection plate 22 to rotate clockwise around No. two rotating shafts 222 so that bearing ring is slided backward so as to be close to side bearing 2212, then
Batch turning cylinder 23 shrinks again so that detection plate 22 keeps horizontality again, and after bearing ring has been detected, batch turning cylinder
23 shrink so that detection plate 22 is rotated counterclockwise around No. two rotating shafts 222, detection plate 222 towards the front side of fuselage 1 diagonally downward, bearing
Lasso is slid to the fuselage 1 of turning device 21 and the lower section of detection plate 22 from detection zone 221.
As shown in Fig. 1, Fig. 4, Fig. 6 and Fig. 7, a kind of bearing ring mass detection device of the present invention is described
Vertical amount difference device 24 includes vertical gripper shoe 241 and vertical amount difference table 242, and described vertical gripper shoe 241 is flat strip
Shape structure, described vertical amount difference table 242 is horizontally fixed in vertical gripper shoe 241, and the two ends of vertical gripper shoe 241 pass through one
Connecting plate is connected in detection plate 22, each rear of detection zone 221 is mounted on a vertical amount difference table 242, so as to each
Vertical amount difference table 242 with the bearing ring of each detection zone 221 of independent detection, and can vertically measure the difference tip of table 242 and detection zone
221 front end face of side bearing 2212 is in the same plane, during work, first mixes up in vertical amount difference table 242, when bearing ring enters
After entering each detection zone 221 and keeping stable, the tip contacts bearing ring side wall of each vertical amount difference table 242 to bearing ring entering
The detection of row vertical difference.
As shown in Fig. 1, Fig. 4, Fig. 6 and Fig. 7, a kind of bearing ring mass detection device of the present invention is described
Parallel measurement apparatus 25 include Rodless cylinder 251, sliding seat 252 and parallel meter 253, and described Rodless cylinder 251 has two
It is individual, the left and right two ends of detection plate 22 are arranged vertically at, the sliding seat 252 of a flat strip is installed on Rodless cylinder 251,
So as to sliding seat 252 can be slided up and down on Rodless cylinder 251, described parallel meter 253 is vertically fixed on cunning
The lower surface of dynamic seat 252, and each top of detection zone 221 correspondence is disposed with a parallel meter 253, so as to each parallel tolerance
Table 253 can with the bearing ring of each detection zone 221 of independent detection, during work, when detection zone 221 is covered with bearing ring, and
Bearing ring stably after, sliding seat 252 drives each parallel meter 253 to move downward in the top of detection zone 221, with to each inspection
The bearing ring surveyed in area 221 carries out Parallel testing.
As shown in Fig. 1, Fig. 4 and Fig. 7, a kind of bearing ring mass detection device of the present invention, described signal
Collecting box 26 is fixedly mounted on the bottom surface of fuselage 1, and signal collection case 26 is connected by holding wire with detection means 2, each inspection
The vertical difference and the depth of parallelism for surveying the inner bearing lasso of area 221 is fed back in signal collection case 26.
As depicted in figs. 1 and 2, a kind of bearing ring mass detection device of the present invention, described pay-off 3
Including feeding funnel 31, shaft 32, stirring vane 33, stirring motor 34 and transfer passage 35, the described top of feeding funnel 31 is opened
Mouth is bigger than lower openings, and in inverted boss type structure, the bottom surface of feeding funnel 31 middle part is provided with rectangular through-hole 311, bearing holder (housing, cover)
Circle enters transfer passage 35 from rectangular through-hole 311, and described shaft 32 is arranged symmetrically and through feeding funnel 31 along feeding funnel 31,
The middle part of shaft 32 is evenly arranged with the stirring vane 33 of five flat strips, and stirring vane 33 is in rectangular through-hole 311
Surface, the both sides of shaft 32 are fixed on the fuselage 1 by a pair of supporting, and described stirring motor 34 is fixedly mounted on fuselage
It is connected by belt between 1 bottom surface, and stirring motor 34 and shaft 32, during work, stirring motor 34 rotates drive and stirs
Mix axle 32 to rotate, so as to drive stirring vane 33 to rotate in the top of rectangular through-hole 311, so that bearing ring is difficult accumulated plugging
Rectangular through-hole 311, the described section of transfer passage 35 is " Qian " shape structure, transfer passage 35 along fuselage 1 from left to right gradually to
Lower inclination, the left end of transfer passage 35 is connected with the bottom surface of feeding funnel 31, and the delivery port of transfer passage 35 is located at rectangular through-hole
Immediately below 311, the right-hand member of transfer passage 35 is located at the left side of detection means 2, and the right side port of transfer passage 35 is with turning device 21 most
The returning face plate 211 in left side contacts, and during work, the bearing ring fallen from rectangular through-hole 311 enters transfer passage 35, then from defeated
Passage 35 is sent to roll to the returning face plate 211 of turning device 21, the distance between biside plate of transfer passage 35 compares bearing ring
Height it is many five millimeters, so as to bearing ring is entered after transfer passage 35 roll downward with erectility, and transfer passage 35
The distance between biside plate is equal with the width on the base of returning face plate 211, so as to bearing ring is rolled to turning device 21, bearing
Lasso is completely on returning face plate 211.
As shown in Figure 1, Figure 2, shown in Fig. 3 and Fig. 8, a kind of bearing ring mass detection device of the present invention is described
Pusher 4 includes push cylinder 41 and pushing plate 42, and described push cylinder 41 is arranged horizontally on the bottom surface of fuselage 1
Side, and the bottom of push cylinder 41 is fixedly connected with fuselage 1, is fixedly connected with pushing plate 42 at the top of push cylinder 41, described pushing plate
42 is flat string configuration, and pushing plate 42 is arranged vertically at the upper surface of fuselage 1, and pushing plate 42 is located at the lower section of detection means 2,
During work, slide from detection plate 22 to the fuselage 1 of turning device 21 and the lower section of detection plate 22 when bearing ring detection is completed
After upper, pusher 4 works, and push cylinder 41 stretches out, and drives pushing plate 42 to move right and bearing ring is pushed away into detection plate
22 lower sections, consequently facilitating the collection of the bearing ring after detection.
During work, the bearing ring in hopper 11 enters transfer passage 35 from rectangular through-hole 311, and stirring motor 34 is rotated
Shaft 32 is driven to rotate, so as to drive stirring vane 33 to rotate in the top of rectangular through-hole 311, so that bearing ring is difficult heap
Product blocking rectangular through-hole 311, the bearing ring fallen from rectangular through-hole 311 is entered after transfer passage 35, rolled from transfer passage 35
Move to the returning face plate 211 of turning device 21, bearing ring is entered after returning face plate 211, due to inclining for the upper plate of returning face plate 211
Tiltedly design, bearing ring is close to the inclination vertical edge of returning face plate 211 and is rolled, until bearing ring is covered with whole turning device 21, connects
, tumble cylinder 212 is stretched out, the returning face plate 211 of each roll-over unit 21a rotates backward around a rotating shaft 213, so as to each returning face plate
Bearing ring on 211 falls into detection plate 22 from returning face plate 211, and the bearing ring on device to be flipped 21 entirely falls in detection
After plate 22, the bearing ring on pay-off 3 is rolled again to being covered with whole turning device 21.
Batch turning cylinder 23 is stretched out so that detection plate 22 is in horizontality under original state, during work, when 211 turns of returning face plate
Dynamic that bearing ring is fallen into after detection zone 221, batch turning cylinder 23 continues to protract so that detection plate 22 is suitable around No. two rotating shafts 222
Hour hands are rotated so that bearing ring is slided backward so as to be close to side bearing 2212, and then batch turning cylinder 23 is shunk again so that detecting
Plate 22 keeps horizontality again, then mixes up in vertical amount difference table 242, when bearing ring enters each detection zone 221 and keeps
After stable, the tip contacts bearing ring side wall of each vertical amount difference table 242 to carry out the detection of vertical difference to bearing ring, while
Sliding seat 252 drives each parallel meter 253 to move downward in the top of detection zone 221, with to the bearing holder (housing, cover) in each detection zone 221
Circle carries out Parallel testing, and the vertical difference and the depth of parallelism of the inner bearing lasso of each detection zone 221 feed back to again signal collection case 26
In.
After bearing ring has been detected, batch turning cylinder 23 shrinks so that detection plate 22 turns counterclockwise around No. two rotating shafts 222
Dynamic, towards the front side of fuselage 1 diagonally downward, bearing ring slides to turning device 21 and detection plate 22 detection plate 222 from detection zone 221
On the fuselage 1 of lower section, then pusher 4 works, and push cylinder 41 stretches out, drive pushing plate 42 to move right and by bearing holder (housing, cover)
Circle pushes away the lower section of detection plate 22, consequently facilitating the collection of the bearing ring after detection.
The basic principles, principal features and advantages of the present invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not restricted to the described embodiments, the simply explanation present invention of the description in above-described embodiment and specification
Principle, without departing from the spirit and scope of the present invention, the present invention also has various changes and modifications, and these change and change
Enter to both fall within scope of the claimed invention.The claimed scope of the invention is by appending claims and its equivalent
Define.
Claims (7)
1. a kind of bearing ring mass detection device, including fuselage (1), detection means (2), pay-off (3) and push dress
Put (4), it is characterised in that：Described detection means (2) is positioned at fuselage (1) right side, and described detection means (2) is positioned at fuselage
(1) middle part, described pay-off (3) positioned at fuselage (1) left side, wherein：
Described detection means (2) includes turning device (21), detection plate (22), batch turning cylinder (23), vertical amount difference device
(24), parallel measurement apparatus (25) and signal collection case (26), described turning device (21) is by ten to 20 roll-over units
(21a) constitute, described roll-over unit (21a) includes returning face plate (211) and tumble cylinder (212), described returning face plate (211)
Section be " L " shape structure, and the vertical edge of returning face plate (211) is outward-dipping, and the base upper surface of returning face plate (211) is along fuselage
(1) gradually arrange diagonally downward after, described tumble cylinder (212) bottom is hinged with fuselage (1) bottom surface front side, overturns gas
Cylinder (212) top is hinged with the side of turning device (21), contacts with each other between each roll-over unit (21a), and each upset is single
First (21a) is connected by a rotating shaft (213), a rotating shaft (213) through the base of each roll-over unit (21a), and No. one
Rotating shaft (213) is arranged on fuselage (1) bottom surface top, and the distance of each returning face plate (211) left and right side by a pair of support bases
It is equal with bearing ring external diameter.
2. a kind of bearing ring mass detection device according to claim 1, it is characterised in that：Described detection plate
(22) it is string configuration of the section in " ┘ " shape, and detection plate (22) is positioned at turning device (21) rear side, detection plate (22) quilt
Vertical baffle even partition is several detection zones (221), and the number of described detection zone (221) is equal to roll-over unit (21a)
Number, and the positive front end of each detection zone (221) correspond to a roll-over unit (21a), and each detection zone (221) bottom is all provided with
A pair of bottom supports (2211) and a side bearing (2212) are equipped with, the rear lower portion of the detection plate (22) runs through there are No. two rotating shafts
(222) No. two, described rotating shafts (222) are arranged on fuselage (1) bottom surface top, described batch turning cylinder by a pair of support bases
(23) top is hinged on detection plate (22) middle part lower surface, and batch turning cylinder (23) bottom is hinged on fuselage (1) bottom surface back.
3. a kind of bearing ring mass detection device according to claim 1, it is characterised in that：Described vertical amount is poor
Device (24) includes vertical gripper shoe (241) and vertical amount difference table (242), and described vertical gripper shoe (241) is flat strip
Shape structure, described vertical amount difference table (242) is horizontally fixed in vertical gripper shoe (241), and vertical gripper shoe (241) two ends
It is connected in detection plate (22) by a pair of connecting plates, each detection zone (221) rear is mounted on a vertical amount difference table
(242), and vertically amount difference table (242) tip is in the same plane with side bearing (2212) front end face of detection zone (221).
4. a kind of bearing ring mass detection device according to claim 1, it is characterised in that：Described parallel tolerance
Device (25) includes Rodless cylinder (251), sliding seat (252) and parallel meter (253), and described Rodless cylinder (251) has
Two, the left and right two ends of detection plate (22) are arranged vertically at, the slip of a flat strip is installed on Rodless cylinder (251)
Seat (252), described parallel meter (253) is vertically fixed on sliding seat (252) lower surface, and each detection zone (221)
Side's correspondence is disposed with a parallel meter (253).
5. a kind of bearing ring mass detection device according to claim 1, it is characterised in that：Described signal collection
Case (26) is fixedly mounted on fuselage (1) bottom surface, and signal collection case (26) is connected by holding wire with detection means (2).
6. a kind of bearing ring mass detection device according to claim 1, it is characterised in that：Described pay-off
(3) including feeding funnel (31), shaft (32), stirring vane (33), stirring motor (34) and transfer passage (35), described send
Hopper (31) upper opening is bigger than lower openings, and in inverted boss type structure, feeding funnel (31) bottom surface middle part is provided with square
Shape through hole (311), described shaft (32) is arranged symmetrically and in feeding funnel (31), shaft (32) along feeding funnel (31)
Portion is evenly arranged with the stirring vane (33) of five flat strips, and stirring vane (33) is just gone up in rectangular through-hole (311)
Side, shaft (32) both sides are fixed on fuselage (1) by a pair of supporting, and described stirring motor (34) is fixedly mounted on machine
It is connected by belt between body (1) bottom surface, and stirring motor (34) and shaft (32), described transfer passage (35) cuts
Face is " Qian " shape structure, and transfer passage (35) inclines gradually downward from left to right along fuselage (1), transfer passage (35) left end with give
Hopper (31) bottom surface is connected, and the delivery port of transfer passage (35) is located at immediately below rectangular through-hole (311), transfer passage
(35) right-hand member is located at detection means (2) left side, and the upset of transfer passage (35) right side port and turning device (21) leftmost side
Plate (211) contacts, the distance between biside plate of transfer passage (35) than bearing ring height more than five millimeters, and convey logical
The distance between the biside plate in road (35) is equal with the width on returning face plate (211) base.
7. a kind of bearing ring mass detection device according to claim 1, it is characterised in that：Described pusher
(4) including push cylinder (41) and pushing plate (42), described push cylinder (41) is arranged horizontally on the bottom surface of fuselage (1)
Side, and push cylinder (41) bottom is fixedly connected with fuselage (1), is fixedly connected with pushing plate (42) at the top of push cylinder (41), it is described
Pushing plate (42) be flat string configuration, pushing plate (42) is arranged vertically at fuselage (1) upper surface, and pushing plate (42) position
In detection means (2) lower section.
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| CN201510333685.6A CN104913758B (en) | 2015-06-16 | 2015-06-16 | Bearing ring mass detection device |
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| CN104913758B true CN104913758B (en) | 2017-05-10 |
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| CN104913758A (en) | 2015-09-16 |
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