CN206780026U - A kind of collating unit for bearing ring - Google Patents

Abstract

The utility model discloses a kind of collating unit for bearing ring, including driving storage bin hopper of the rotating disk rotated as bottom plate by motor, the side wall of the storage bin hopper offers the square orifice of lower end and the rotating disk upper surface flush, and the side size for being sized slightly larger than bearing ring of the square orifice, the outer wall of the storage bin hopper is fixedly connected with the arrangement groove of square orifice described in one end open face, the fixed plate across it is fixedly connected with above the storage bin hopper, the fix bar coaxial with the storage bin hopper axle center is fixedly connected with the fixed plate, the fix bar side wall is fixedly connected with guide plate, the guide plate upper end is parallel with the storage bin hopper upper surface, lower end and the upper surface of the rotating disk are mutually pressed close to.The utility model is rational in infrastructure, by setting guide plate and stock guide, the speed that storage bin hopper inner bearing lasso then carries out subsequent operation into square orifice discharge storage bin hopper is greatly accelerated, so as to not influence the operating efficiency of follow up device.

Description

A kind of collating unit for bearing ring

Technical field

It the utility model is related to bearing machining detection field, more particularly to a kind of collating unit for bearing ring.

Background technology

Bearing is a kind of important spare part in contemporary plant equipment.Its major function is the mechanical rotary body of support, is reduced Coefficient of friction in its motion process, and ensure its rotating accuracy, and bearing ring is then the important component of bearing.

As shown in Fig. 2 when carrying out automatic turning or automatic detection machining accuracy to bearing ring, it is required for bearing Lasso is that other devices such as turning lathe or detection means are fed again after arranging one by one in order, is existing row in figure Array apparatus, collating unit includes the storage bin hopper 2 that a rotating disk 1 by motor-driven rotation is bottom plate, in the side wall of storage bin hopper Offer and be slightly larger than bearing ring side size and the square orifice 3 of lower end and the upper surface flush of rotating disk 1, in the outer wall of storage bin hopper Then being fixedly connected with the arrangement groove 4 of opening and the face of square orifice 3 makes bearing ring keep arranging one by one in arrangement groove 4.

Above-mentioned prior art, depending merely on centrifugal force caused by rotating disc spins makes the bearing ring in rotating disk slide into rotation automatically Disk edge enters in square orifice, then is arranged in arrangement groove, the bearing holder (housing, cover) number of turns entered under nature in square orifice Measure it is less so that bearing ring supply does not catch up with the speed of subsequent operation, so as to influence the operating efficiency of subsequent operation.

Utility model content

The purpose of this utility model is to provide a kind of collating unit for bearing ring, and guide plate is set in storage bin hopper And stock guide so that the speed that storage bin hopper inner bearing lasso enters square orifice is accelerated, and accelerates bearing ring from side with this to reach Shape mouth is discharged into the purpose of next operating efficiency for operating and not influenceing subsequent operation.

Above-mentioned technical purpose of the present utility model technical scheme is that：One kind is used for bearing ring Collating unit, including opened by storage bin hopper of the rotating disk that is rotated of motor driving as bottom plate, the side wall of the storage bin hopper Square orifice provided with lower end and the rotating disk upper surface flush, and the side for being sized slightly larger than bearing ring of the square orifice Size, the outer wall of the storage bin hopper are fixedly connected with the arrangement groove of square orifice described in one end open face, the storage bin hopper top The fixed plate across it is fixedly connected with, the fix bar coaxial with the storage bin hopper axle center is fixedly connected with the fixed plate, The fix bar side wall is fixedly connected with guide plate, and the guide plate upper end is parallel with the storage bin hopper upper surface, lower end and institute The upper surface for stating rotating disk is mutually pressed close to.

By using such scheme, after being provided with guide plate in the center of storage bin hopper, when the bearing in rotating disk When lasso is moved to guiding Board position as rotating disk rotates, bearing ring stops guiding, bearing ring edge by guide plate Guide plate and think that rotating disk edge is moved, cause the bearing ring of rotating disk edge to become more, so that bearing ring enters The probability for entering square orifice discharge storage bin hopper becomes big, causes bearing ring to discharge storage bin hopper at square orifice into next so as to reach The increasing number of operation so that bearing ring supplies the needs that can get caught up in subsequent operation, does not influence the work of subsequent operation Efficiency.

The utility model is further arranged to：The guide plate deviates from described fix bar one end along the rotating disk rotation side To being bent into one piece of arc.

By using such scheme, because the center that the side of guide plate is located at rotating disk is edge-on, guide plate It must be placed along the diameter of rotating disk, so when rotate disc spins, the bearing ring placed on the rotating pan, which is understood face and bumped against, leads To on plate, bearing ring can not be oriented to rotation plate edge by easily causing guide plate, and bearing ring is push into counter-rotating together Disk is turned into line slip, is directed to plate and is arranged to arc, then for bearing ring when abutting on guide plate, bearing ring can Promoted along the curve slope of guide plate and be directed to rotating disk edge, prevent bearing ring to be directly against on guide plate therewith Relatively moved with rotating disk.

The utility model is further arranged to：The fix bar runs through the fixed plate vertically, and the fix bar is worn and penetrated The partial threads of the fixed plate are connected with hold-doun nut, and the hold-doun nut is connected to the upper surface of the fixed plate, and institute State guide plate and be fixedly connected with spring away from described fix bar one end, the spring is fixedly connected on away from described guide plate one end The fixed plate is to hold the guide plate.

By using such scheme, when placing excessive bearing ring in rotating disk, bearing ring is easily because of between Mutually abut and block, the bearing ring blocked is promoted also scatter again by guide plate is directed to rotation plate edge from square orifice Place's discharge, so being directed to plate by above-mentioned setting, when bearing ring excessively blocks, the bearing ring blocked can also make guiding Plate rotates and by being continued to move to after certain force, and when the bearing ring blocked is after guide plate, guide plate is due to spring Return action reply movement to original position again, therefore bearing ring guide plate and bearing ring when blocking can be prevented by being arranged such Between directly it is stuck.

The utility model is further arranged to：The inwall of the storage bin hopper is fixedly connected with lower end and the rotating disk is pressed close to Stock guide, described stock guide one end is fixedly connected on the inwall of the storage bin hopper, and the other end is met to the rotating disk rotation side To.

By using such scheme, stock guide is set, rotating disk marginal position is directed to by guide plate in bearing ring When, bearing ring with the rotation of rotating disk be moved to guide Board position when, stock guide side is relative to bearing ring movement side It is inclined-plane for, so bearing ring can move along the side of stock guide and be directed to direction mouth position, so that Bearing ring discharges storage bin hopper at square orifice and becomes more into the quantity of next operation.

The utility model is further arranged to：It is arc that the stock guide, which is fixedly connected on described storage bin hopper inwall one end, Fitted fixation with the inwall of the storage bin hopper, and the joint of the arch section of the stock guide and straight panel part is located just at The square orifice is backwards to the rotating disk rotation direction side.

By using such scheme, when bearing ring is oriented to square orifice position by stock guide, stock guide is by each bearing The thrust of lasso, will so as to which when stock guide is larger by thrust, the junction of stock guide and storage bin hopper inner ring is easily broken One end of stock guide is arranged to arc and is fixedly connected with the inwall fitting of storage bin hopper, then stock guide is pushed away by bearing ring Joint face during power between storage bin hopper and stress section become big, therefore can increase the resistance of stock guide so that stock guide and Connection between storage bin hopper is more firm.

The utility model is further arranged to：The straight panel end of the stock guide is fixedly connected with height limiting plate, the height limiting plate The inwall of the storage bin hopper is fixedly connected on stock guide described in limit for height and the storage bin hopper inwall away from described stock guide one end Between the distance between passage, the height limiting plate lower end to the rotating disk be highly less than two axles more than a bearing ring Bearing ring height.

By using such scheme, when bearing ring be directed to square orifice position by stock guide, excessive bearing Lasso is again easily in the accumulation of square orifice position tiltedly to blocking, and after height limiting plate, height limiting plate can be limited and led by stock guide To the quantity at square orifice so that the bearing ring for being oriented to square orifice into guide Board position by height limiting plate every time is to arrange one by one Row, the bearing ring of unnecessary accumulation is then oriented to other places by height limiting plate, so that bearing ring can be endlessly from square Storage bin hopper is discharged at mouthful and is unlikely to stock guide and is oriented to excessive and causes bearing ring to block or block in square orifice position.

The utility model is further arranged to：The inwall of the storage bin hopper is fixedly connected with push rod, the push rod parallel to The rotating disk plane is to overthrow edge-on bearing ring.

By using such scheme, when bearing ring is poured into storage bin hopper, there is edge-on bearing ring unavoidably with rotation The rotation of rotating disk and and then move, and edge-on bearing ring easily props up and can not be led by height limiting plate by stock guide to side Storage bin hopper is discharged at shape mouth, after push rod, when edge-on bearing ring is moved to push rod position with rotating disk, side Vertical bearing ring can be blocked by push rod and overthrown, then bearing ring can be moved through height limiting plate again as rotating disk rotates Storage bin hopper is exported at square orifice by stock guide, so that bearing ring is unlikely to edge-on and is trapped in nothing in storage bin hopper Method is discharged.

The utility model is further arranged to：The lower end of the push rod is more than bearing ring apart from the distance of the rotating disk Outer radii size, and less than bearing ring race diameter size.

By using such scheme, when edge-on bearing ring is moved to push rod position, push rod can be pushed away in edge-on axle The top half of bearing ring, now the center of gravity of bearing ring is located under push rod, and the lower end of bearing ring is by rotating disk Frictional force, so push rod can overthrow bearing ring, so as to the side of anti-throw-out lever side face bearing ring promote its Occur not overthrowing with respect to slip in rotating disk.

In summary, the utility model has the advantages that：Set guide plate and stock guide can be by bearing ring Square orifice position is oriented to, so that the bearing ring speed for entering next operation from square orifice discharge storage bin hopper accelerates quantity change It is more, so as to meet the needs of subsequent operation, so that do not influence the operating efficiency of subsequent operation.

Brief description of the drawings

Fig. 1 is the general structure schematic diagram of embodiment；

Fig. 2 is the structural representation of prior art.

Reference：1st, rotating disk；2nd, storage bin hopper；3rd, square orifice；4th, groove is arranged；5th, fixed plate；6th, fix bar；7th, it is oriented to Plate；8th, hold-doun nut；9th, spring；10th, stock guide；11st, height limiting plate；12nd, push rod.

Embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.

As shown in figure 1, a kind of collating unit for bearing ring, including the part of storage bin hopper 2 and arrangement tube portion, bearing Lasso was introduced into storage bin hopper 2 before this, then was discharged into out of storage bin hopper 2 in arrangement groove 4 and single arrange one by one.

The bottom plate of storage bin hopper 2 is the rotating disk 1 that axle center rotation is driven around by motor, is offered in the side wall of storage bin hopper 2 Lower end and the square orifice 3 of the upper surface flush of rotating disk 1, Arrangement pipe are then fixedly connected on the outer wall face square orifice 3 of storage bin hopper 2, After bearing ring is discharged into arrangement groove 4, arrangement groove 4 arranges bearing ring one by one, and horizontal stroke is fixedly connected with storage bin hopper 2 Across its fixed plate 5, fixed plate 5 passes through the axis direction of rotating disk 1, and is worn in fixed plate 5 and penetrated fix bar 6, fix bar 6 It is coaxially disposed with the axle center of rotating disk 1, the lower end of fix bar 6 is mutually pressed close to the upper surface of rotating disk 1, and upper end is then vertically through solid Fixed board 5, worn in fix bar 6 and penetrate the partial threads of fixed plate 5 and be connected with hold-doun nut 8, the lower surface of hold-doun nut 8 is connected to Fix bar 6, which is fixed, for the upper surface of fixed plate 5 allows it to be rotated in the shaft core position of rotating disk 1, in fix bar 6 Guide plate 7 is fixed with side wall, the upper end and the upper surface of storage bin hopper 2 of guide plate 7 maintain an equal level, and the upper table of rotating disk 1 is then pressed close in lower end Face, and guide plate 7 is the arc bent away from the one end of fix bar 6 to the rotation direction of rotating disk 1, in guide plate 7 away from fixation The one end of bar 6 and meet to the rotation direction of rotating disk 1 one side and be fixedly connected with spring 9, spring 9 connects away from the one end of guide plate 7 is then fixed It is connected in fixed plate 5 to hold guide plate 7 in thrust of the guide plate 7 by bearing ring.

Bearing ring is first introduced into storage bin hopper 2 on rotating disk 1 in advance, is revolved in motor driving rotating disk 1 When turning, the bearing ring in rotating disk 1 is moved therewith, when bearing ring is moved to 7 position of guide plate, bearing ring quilt The arcwall face of guide plate 7 is oriented to, so as to be moved to the edge of rotating disk 1 so that the bearing ring in rotating disk 1 is moved to The increasing number of the position of square orifice 3, so as to which bearing ring is discharged to outside storage bin hopper 2 at square orifice 3 by arranging under the entrance of groove 4 The speed and quantity of one process operations all accelerate accordingly to be increased.

Guide plate 7 can be oriented to the bearing ring moved with rotating disk 1, when guide plate 7 is straight panel, due to The one end of guide plate 7 is located at the shaft core position of rotating disk 1, thus guide plate 7 must being radially arranged by rotating disk 1, now in rotating disk 1 Bearing ring when being moved together as rotating disk 1 rotates, bearing ring must face be connected on guide plate 7, so holding very much Guide plate 7 easily occur promotes bearing ring in rotating disk 1 together with respect to situation about sliding, so that guide plate 7 can not be by axle Bearing ring be oriented to rotating disk 1 edge, be directed to plate 7 and be arranged to after arc, when the bearing ring in rotating disk 1 with When rotating disk 1 is moved to 7 position of guide plate, the side of guide plate 7 is with respect to being gradually to incline to the edge of rotating disk 1 for bearing ring Oblique inclined-plane, so bearing ring can be directed to the edge of rotating disk 1 along the arcwall face of guide plate 7, so as to prevent axle Bearing ring is connected to be pushed on guide plate 7 and slided in rotating disk 1.

Fix bar 6 is arranged to be rotated at the axle center of rotating disk 1, then guide plate 7 can be around rotating disk 1 Axle center at rotate, reuse spring 9 and hold guide plate 7 so that guide plate 7 has certain recovery capacity, When more bearing ring in storage bin hopper 2 be present, substantial amounts of bearing ring can also from each other be abutted and blocked, and one blocked Block bearing ring, which is connected on the fixed guide plate 7 not moved, will not also scatter, and be directed to plate 7 and be arranged to after may move, card After a bearing ring firmly is connected on guide plate 7, the stress of guide plate 7 it is excessive then can extension spring 9, then guide plate 7 enclose Being rotated around the axle center of rotating disk 1 so that guide plate 7 both applied certain power to the one piece of bearing ring blocked makes it scatter, Also it can prevent guide plate 7 from deforming or even being broken when stress is excessive, after guide plate 7 lets off the bearing ring blocked, by To the pulling force effect of spring 9, guide plate 7 gradually moves close to home position again, so as to prevent stock guide 10 because stress is excessive And deform or damage.

Stock guide 10 is fixedly connected with the inwall of storage bin hopper 2 of the opening position of square orifice 3, one end of stock guide 10 is arc Fit and be fixedly connected with the inwall of storage bin hopper 2, the other end of stock guide 10 is then straight panel, and straight panel end is met to 1 turn of rotating disk Dynamic direction, the arc of stock guide 10 and the intersection of straight panel are located just at square orifice 3 backwards to the one of the rotation direction of rotating disk 1 The inwall of side, stock guide 10 and storage bin hopper 2 is engaged so that can only enter side one by one by single bearing ring between the two Shape mouth 3 is discharged storage bin hopper 2 and entered in arrangement groove 4, and height limiting plate 11, height limiting plate 11 are fixedly connected with the straight panel end of stock guide 10 The inwall of storage bin hopper 2 is fixedly connected on away from the straight panel end one end of stock guide 10, the height between height limiting plate 11 and rotating disk 1 is more than One bearing ring height is simultaneously less than two bearing rings height so that under height limiting plate 11 can only one by one by bearing ring again by Stock guide 10 and the inwall of storage bin hopper 2, which coordinate to be oriented to, imports bearing ring in square orifice 3, and height limiting plate 11 is generally connected to storage The inwall one end of hopper 2 is gradually obliquely installed to away from the inwall one end of storage bin hopper 2 along the rotation direction of rotating disk 1, by the institute of height limiting plate 11 The bearing ring of stop, which can be guided to rotating disk 1 along the inclined-plane of height limiting plate 11 and enclose slightly within, to be unlikely to bearing ring and directly abuts On height limiting plate 11.

Bearing ring in rotating disk 1 is after moving with rotating disk 1 and being oriented to the edge of rotating disk 1 by guide plate 7, bearing Lasso is reached at height limiting plate 11, and beneath bearing ring enters stock guide 10 by the interval between height limiting plate 11 and rotating disk 1 In the passage of the inwall of storage bin hopper 2 composition, bearing ring continues as the rotation of rotating disk 1 is connected on stock guide 10 along its side Face moves, and to be processed, and the bearing ring that the comparison that is stacked is high such as enters in arrangement groove 4 eventually through square orifice 3 Continuation is then enclosed slightly within by the restricted guidance rotating disk 1 of height limiting plate 11 as rotating disk 1 moves.

Setting height limiting plate 11 to limit bearing ring makes it enter the position of stock guide 10 one by one again from quilt at square orifice 3 Discharge storage bin hopper 2；Setting stock guide 10 to carry out guiding to bearing ring makes bearing ring smoothly reach the position quilt of square orifice 3 Discharge storage bin hopper 2 and enter arrangement groove 4, and the one end of stock guide 10 is arranged to arc so that between stock guide 10 and storage bin hopper 2 Area increase is fixedly connected with, in thrust of the stock guide 10 by bearing ring, stock guide 10 is unlikely to stress and deformed Or the junction of stock guide 10 and storage bin hopper 2 is broken.

Push rod 12 is also fixedly connected with the inwall of storage bin hopper 2, push rod 12 is parallel to the plane of rotating disk 1, and push rod 12 arrives The distance of the upper surface of rotating disk 1 is more than the size of bearing ring outer radii, and less than the diameter of bearing ring outer ring.

Edge-on bearing ring can not be directed into the position of stock guide 10 by height limiting plate 11 and is discharged at square orifice 3 Arrange in groove 4, according to above-mentioned setting, when edge-on bearing ring is moved to 12 position of push rod, push rod 12 can be pushed away edge-on The top half of bearing, and now the center of gravity of bearing ring is located under push rod 12, the lower end of bearing ring is again by rotating disk 1 Frictional force, so push rod 12 can smoothly overthrow edge-on bearing ring, so as to prevent edge-on bearing ring to be moved to During 12 position of push rod, the side face of bearing ring is simultaneously connected on the side of push rod 12 and causes edge-on bearing ring to be pushed away Bar 12, which promotes, to be slided and can not be overthrown in rotating disk 1.

This specific embodiment is only that it is not to limitation of the present utility model, ability to explanation of the present utility model Field technique personnel can make the modification of no creative contribution to the present embodiment as needed after this specification is read, but As long as all protected in right of the present utility model by Patent Law.

Claims (8)

1. a kind of collating unit for bearing ring, including the rotating disk rotated by motor driving（1）As bottom plate Storage bin hopper（2）, the storage bin hopper（2）Side wall offer lower end and the rotating disk（1）The square orifice of upper surface flush（3）, And the square orifice（3）The side size for being sized slightly larger than bearing ring, the storage bin hopper（2）Outer wall be fixedly connected with one Square orifice described in end opening face（3）Arrangement groove（4）, it is characterised in that：The storage bin hopper（2）Top be fixedly connected with across Its fixed plate（5）, the fixed plate（5）On be fixedly connected with and the storage bin hopper（2）The coaxial fix bar in axle center（6）, institute State fix bar（6）Side wall is fixedly connected with guide plate（7）, the guide plate（7）Upper end and the storage bin hopper（2）Put down upper surface OK, lower end and the rotating disk（1）Upper surface mutually press close to.

A kind of 2. collating unit for bearing ring according to claim 1, it is characterised in that：The guide plate（7） Away from the fix bar（6）One end is along the rotating disk（1）Rotation direction is bent into one piece of arc.

A kind of 3. collating unit for bearing ring according to claim 2, it is characterised in that：The fix bar（6） Run through the fixed plate vertically（5）, and the fix bar（6）Wear and penetrate the fixed plate（5）Partial threads be connected with fixed spiral shell Cap（8）, the hold-doun nut（8）It is connected to the fixed plate（5）Upper surface, and the guide plate（7）Away from the fixation Bar（6）One end is fixedly connected with spring（9）, the spring（9）Away from the guide plate（7）One end is fixedly connected on the fixation Plate（5）To hold the guide plate（7）.

A kind of 4. collating unit for bearing ring according to claim 3, it is characterised in that：The storage bin hopper（2） Inwall be fixedly connected with lower end and the rotating disk（1）The stock guide pressed close to（10）, the stock guide（10）One end, which is fixed, to be connected It is connected to the storage bin hopper（2）Inwall, the other end met to the rotating disk（1）Rotation direction.

A kind of 5. collating unit for bearing ring according to claim 4, it is characterised in that：The stock guide（10） It is fixedly connected on the storage bin hopper（2）Inwall one end is arc and the storage bin hopper（2）Inwall fit fixation, it is and described Stock guide（10）Arch section and the joint of straight panel part be located just at the square orifice（3）Backwards to the rotating disk（1） Rotation direction side.

A kind of 6. collating unit for bearing ring according to claim 5, it is characterised in that：The stock guide（10） Straight panel end be fixedly connected with height limiting plate（11）, the height limiting plate（11）Away from the stock guide（10）One end is fixedly connected on institute State storage bin hopper（2）Inwall with stock guide described in limit for height（10）With the storage bin hopper（2）Passage between inwall, the height limiting plate （11）Lower end is to the rotating disk（1）The distance between be more than a bearing ring and highly be less than two bearing rings highly.

A kind of 7. collating unit for bearing ring according to claim 6, it is characterised in that：The storage bin hopper（2） Inwall be fixedly connected with push rod（12）, the push rod（12）Parallel to the rotating disk（1）Plane is to overthrow edge-on bearing Lasso.

A kind of 8. collating unit for bearing ring according to claim 7, it is characterised in that：The push rod（12）'s Lower end is apart from the rotating disk（1）Distance be more than bearing ring outer radii size, and less than bearing ring outer ring it is straight Footpath size.