CN209380498U - A kind of Production of bearing burnishing device - Google Patents
A kind of Production of bearing burnishing device Download PDFInfo
- Publication number
- CN209380498U CN209380498U CN201822262741.3U CN201822262741U CN209380498U CN 209380498 U CN209380498 U CN 209380498U CN 201822262741 U CN201822262741 U CN 201822262741U CN 209380498 U CN209380498 U CN 209380498U
- Authority
- CN
- China
- Prior art keywords
- conveyer belt
- feed
- annular element
- burnishing device
- polishing
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Constituent Portions Of Griding Lathes, Driving, Sensing And Control (AREA)
Abstract
The utility model relates to a kind of Production of bearing burnishing devices, polishing unit including being polished to bearing outer ring, the collection material unit for carrying out discharging to the feed unit for polishing unit feed and for the bearing outer ring after polishing, polishing unit is made of each burnishing device, for burnishing device in arrangement shape arrangement, feed unit sum aggregate material unit, which is placed in, polishes the two sides of unit.The continuous polishing processing to annular element may be implemented in above-mentioned technical proposal, reduces production cost and improves production efficiency.
Description
Technical field
The utility model relates to bearing machining fields, and in particular to a kind of Production of bearing burnishing device.
Background technique
Inside and outside, circle blank of the steel ring of forging as processing bearing, the blank of Bearing Factory's buying need to carry out at polishing
Reason.Traditional polishing treatment is that operator in the side of polissoir adds bearing outer ring blank, by the bearing outer ring of polishing
Blank is collected by the operator of the other side, and such polissoir just needs two operators to operate, and
The polishing speed of single device is limited, and therefore, the utilization rate of labour power is low, therefore, it is necessary to be solved regarding to the issue above.
Utility model content
The purpose of the utility model is to provide a kind of Production of bearing burnishing devices, may be implemented to the continuous of annular element
Polishing treatment reduces production cost and improves production efficiency.
The technical solution that the utility model is taken is specific as follows.
A kind of Production of bearing burnishing device, it is characterised in that: including bearing outer ring is polished polishing unit, use
In the feed unit to polishing unit feed and for the collection material unit of the bearing outer ring progress discharging after polishing, polishing is single
Member is made of each burnishing device, and for burnishing device in arrangement shape arrangement, feed unit sum aggregate material unit, which is placed in, polishes the two of unit
Side.
Burnishing device includes polishing mechanism, and polishing mechanism includes buffing wheel and guide wheel, buffing wheel phase parallel with guide wheel
To arrangement, bearing outer ring clamping is between buffing wheel and guide wheel, and the outer ring of polishing sand wheel set bearing is polished, bearing outer ring
It is moved along the length direction of guide wheel.
Two outside setting B, C of polishing mechanism are to roller feeding mechanism, and B is to roller feeding mechanism, polishing mechanism, C to roller feeding
Mechanism successively postpones arrangement, and A, B, C, D are identical to roller feeding mechanism feeding principle, B to roller feeding mechanism by B feed roller and B into
Expect roller group at B, B feed roller are rotate in same direction by synchronous drive mechanism driving.
Buffing wheel floats or adjustable type is mounted on the rack.
The side of buffing wheel is provided with the liquid-jet device for dispensing coolant liquid.
Liquid-jet device includes spray head and liquid distribution plate, the outlet of spray head and the corresponding arrangement of the upside plate face of liquid distribution plate, cloth liquid
Plate arranges that the lower end of liquid distribution plate is in concordant blade-like at least along the length range of buffing wheel.
Feed unit includes the feed mechanism and each burnishing device that setting adds annular element for operator in rack
The respectively arranged feeding mechanism in front side, is provided with feeding distribution mechanism between feed mechanism and feeding mechanism, feeding distribution mechanism is by feeder
Annular element distribution on structure is delivered to each B on roller feeding mechanism.
Feeding distribution mechanism includes horizontally disposed sub-material conveyer belt, the feed end of sub-material conveyer belt and the discharge port of feed mechanism
Each discharge port is arranged in the discharge end of corresponding arrangement, sub-material conveyer belt, and each discharge port is respectively with each B to the feed inlet of roller feeding mechanism
Corresponding arrangement, each discharge outlet are respectively arranged with discharge component, and discharge component promotes the annular element by way of the discharge port to go out from this
Material mouth is drawn off into corresponding feeding distribution mechanism.
Receiving unit includes the cutting agency for carrying out blanking to the annular element of collection for operator being arranged in rack, respectively
C to be provided between roller feeding mechanism and cutting agency by each discharging mechanism annular element receive always to gathering materials on cutting agency
Mechanism.
Collecting mechanism includes the horizontally disposed conveyer belt that gathers materials, the discharging of the feed end for the conveyer belt that gathers materials and each cutting agency
Mouthful corresponding arrangement, the discharge end for the conveyer belt that the gathers materials and feed inlet of cutting agency is corresponding arranges, annular element lying type is gathering materials
It is conveyed on conveyer belt.
The technical effect that the utility model obtains are as follows: the continuous polishing to annular element may be implemented in above-mentioned technical proposal
Processing reduces production cost and improves production efficiency.
Detailed description of the invention
Fig. 1 is the top view of sub-material conveyer belt；
Fig. 2 is the side view of sub-material conveyer belt；
Fig. 3 is the structural schematic diagram of discharging regulating part；
Fig. 4 is the top view of Fig. 3；
Fig. 5 is the side view of Fig. 3；
Fig. 6 is the right view of Fig. 3；
Fig. 7 is discharging regulating part and the structural schematic diagram for maintaining component；
Fig. 8 is the right view of Fig. 7；
Fig. 9 is the structural schematic diagram of polissoir；
Figure 10 is the structural schematic diagram of receiving unit；
Each drawing reference numeral corresponding relationship is as follows:
310- feed mechanism, 320-A chute feeder, 330- sub-material conveyer belt, 331- maintain component, 332- baffle, 333- to go out
Expect component, 334- strip piece, 3311- fixed plate body, 3312- activity plate body, 3331- trigger member, 3332- follower, 3334- liter
Part drops, 3335- stroke amplifies bar, 3336- spring, 3337- backgauge part, 3338- mandril, 340-B chute feeder, 350- charger
Structure, 360- burnishing device, 361- liquid distribution plate 361,370- discharging mechanism, 380- collecting mechanism, 381- material toggling part, 390- blanking machine
Structure, 391- material collecting tank.
Specific embodiment
In order to which the purpose of this utility model and advantage is more clearly understood, with reference to embodiments to the utility model into
Row is specific bright.It should be appreciated that following text is only used to one or more of specific embodiments of description the utility model, and
Considered critical is not carried out to the protection scope that the utility model is specifically requested.
Embodiment 1
As shown in Fig. 1~7, for the sub-material conveyer belt 330 of Production of bearing, one end of sub-material conveyer belt 330 is feed end,
The other end is discharge end, and interval setting is arranged along its conveying direction on sub-material conveyer belt 330 and maintains component 331, maintains component 331
Clamping plate including two vertical shape arrangements, the width direction of clamping plate and the width direction of sub-material conveyer belt 330 are consistent, and the two of clamping plate
Outside is respectively arranged with baffle 332, and baffle 332 is fixed on the rack, and the arrangement range and annular element of baffle 332 are conveyed in sub-material
It is consistent with the footprint conveyed on 330, annular element founds shape and constrains in the region that clamping plate and baffle 332 enclose, discharging
Discharge port for maintaining the annular element in component 331 to remove is set on the baffle 332 at end, and discharge outlet is provided with discharge component
333, discharge component 333 includes to backgauge part 3337 and discharging regulating part, and discharging regulating part adjusts backgauge part 3337 and is in two kinds
State, one are as follows: the backgauge position that backgauge part 3337 closes discharge port, secondly are as follows: annular element is unloaded from discharge outlet
The evacuation position avoided out.The annular element being automatically conveyed in this way can be distributed automatically to each burnishing device 360
In processed, realize automatic distribution charging.
Specifically, discharge port sub-material conveyer belt 330 discharge end interval be arranged, realize to multiple devices it is automatic into
Material.Discharge port equally arrange by shape, and the spacing between discharge port be n times of the spacing between maintenance component 331, n positive integer,
Specific settable n=1.Each discharge port opens up on the same side baffle 332 of sub-material conveyer belt 330.Maintain the sub-material in component 331
The zone face of conveyer belt 330 obliquely arranges that skewed be arranged such that maintains the annular element in component 331 to have from discharge port
The trend rolled out, in this way after opening discharge port, annular element can automatically roll out sub-material conveyer belt 330, realize fast and reliable
Discharging.
Further embodiment are as follows: discharging regulating part includes follower 3332 and trigger member 3331, and trigger member 3331 is mounted on
On sub-material conveyer belt 330, backgauge part 3337 is mounted on follower 3332, trigger member 3331 along sub-material conveyer belt 330 with
The setting of length direction interval, trigger member 3331 and 3332 Contact Transmission of follower adjust backgauge part 3337 and are in evacuation position.Backgauge part
3337 are connected with return unit, and return unit drives backgauge part 3337 to turn to backgauge position by evacuation position.It is provided in trigger member 3331
Driving inclined-plane, backgauge part 3337 are slidably installed on the rack along vertical direction, and driving inclined-plane and the composition of follower 3332 adjust gear
The inclined-plane driving mechanism that materials and parts 3337 are gone up and down.The delivery end of sub-material conveyer belt 330 is provided with x discharge port, each discharge port
Backgauge part 3337 and follower 3332 is respectively set in place, and trigger member 3331 includes spaced trigger unit on conveyer belt,
Trigger unit is made of the spaced apart x triggering block of conveying direction along sub-material conveyer belt 330, is divided equally in x triggering block
Not She Zhi driving inclined-plane, x triggering block forms the driving cooperation of mutually independent inclined-plane with x follower 3332 respectively, each to trigger
The spacing between the spacing between spacing, each discharge port, each maintenance component 331 between block is consistent.Follower 3332
For idler wheel composition, driving inclined-plane and the driving cooperation of idler wheel composition inclined-plane, follower are mounted in lifters 3334, lifters 3334
It is slidably connected with rack along vertical direction, backgauge part 3337 and 3334 Joint of lifters.The setting of lifters 3334 is dividing
Expect conveyer belt 330 upper and lower level band body between, the both ends of lifters 3334 are slidably installed respectively with rack, lifters 3334 along
The bandwidth direction of sub-material conveyer belt 330 arranges, each follower 3332 along lifters 3334 length direction arranged for interval, it is same
Each triggering block in trigger unit distinguishes corresponding arrangement with each follower 3332.
Setting in this way, to can be realized in the case where being not provided with detection components situation after realizing conveyer belt conveying in place
The accurate automatic unloading of annular element, and sub-material is uniform, reduces the manufacturing cost of production equipment and improves the accurate reliability of sub-material.
Embodiment 2
As shown in Fig. 3,4,5,6,8, a kind of more dimensioned bearings production conveying devices, including sub-material conveyer belt 330, sub-material
Interval setting is set along its conveying direction on conveyer belt 330 and maintains component 331, maintaining component 331 includes the folder of two vertical shape arrangements
Plate, the width direction of clamping plate and the width direction of sub-material conveyer belt 330 are consistent, and clamping plate includes fixed plate body 3311 and activity
Plate body 3312, movable plate body 3312 are arranged in the plate face that two clamping plates are arranged in opposite directions, movable plate body 3312 and fixed plate body 3311
The spacing between different active plates adjusting clamping plates is replaced in detachable connection cooperation.It thus may be implemented to Multiple Type
Annular element reliable delivery.
Clamping plate one outside be respectively arranged with baffle 332, baffle 332 is fixed on the rack, the arrangement range of baffle 332 with
The footprint that annular element conveys on sub-material conveyer belt 330 is consistent, and the vertical shape of annular element constrains in clamping plate and baffle 332 encloses
Discharge port for maintaining the annular element in component 331 to remove is set in the clamping zone of conjunction, on the baffle 332 at discharge end, out
Discharge component 333 is provided at material mouth, discharge component 333 adjusts the open/close states of discharge port, and movable plate body 3312 is far from discharging
The end of mouth side is extended folded plate section to the side away from fixed plate body 3311, and folded plate section is for hindering annular element from the side
Clamping zone is skidded off and adjusted in the size of 330 bandwidth direction of sub-material conveyer belt.Maintain the sub-material conveyer belt 330 in component 331
On be provided with the placement that rolls on sub-material conveyer belt 330 of constraint annular element and dive slot, place annular element and baffle 332 in latent slot
Separated arrangement.It avoids contacting in annular element moving process with the baffle 332 in outside, reduces the noise of equipment.
Latent slot is placed as the composition of strip piece 334, strip piece 334 is arranged close to side and the sub-material conveyer belt 330 of discharge port
Articulated connection, the middle part of strip piece 334 are arranged to the upward arc of nock, and the other end of strip piece 334 extends to maintenance component
331 outside, strip piece 334 have the freedom degree rotated around its articulated shaft, are provided with adjusting at discharge port relative position
The impeller that strip piece 334 is rotated.Impeller is a mandril 3338 composition, and mandril 3338 is connected with lifters 3334.
Backgauge part 3337 and mandril 3338 are separately fixed at the both ends of lifters 3334, are provided with stroke between idler wheel and lifters 3334
Amplify on bar 3335, stroke amplifies the middle part of bar 3335 and gantry rotation is cooperatively connected, and stroke amplifies the oblique cloth of bar 3335
It sets, stroke amplification bar 3335 is arranged vertically with lifters 3334, and the low side of stroke amplification bar 3335 hingedly connects with lifters 3334
It connects, idler wheel is rotatably installed in the high-end of stroke amplification bar 3335, and triggering block is mounted on the interior zone face of sub-material conveyer belt 330, is driven
The height on dynamic inclined-plane is gradually reduced along the conveying direction of sub-material conveyer belt 330.It is single to maintain the m ring that arrange in component 331
Shape part, m annular element are set along the bandwidth direction of conveyer belt in an arrangement, and m is positive integer.m=1.Card is set on fixed plate body 3311
Item, be arranged on movable plate body 3312 card slot, movable plate body 3312 and fixed plate body 3311 be made up of strip and card slot it is detachable
Formula connection cooperation, the separated arrangement of zone face of movable plate body 3312 and sub-material conveyer belt 330.Movable plate body 3312 is lightweight material
Material composition, sub-material conveyer belt 330 are chain plate conveyor belt, and the drive sprocket at chain plate conveyor belt both ends and each triggering block are in evacuation state
Arrangement.Striker plate is a lever or the composition of baffle 332 for being provided with through-hole, and backgauge part 3337 is moved up to a high position, and bearing outer ring is from out
Material mouth rolls out, and backgauge part 3337 is in low level, and bearing outer ring can not be rolled out from discharge port.The both ends of lifters 3334 are slidably installed
On the guide bar, the spring 3336 for driving lifters 3334 to reset is provided on guide rod.It is defeated that trigger member 3331 is mounted on carrier bar
It send on the carrier bar of band.
In this way while opening discharge port, it is lifted strip piece 334, so that annular element is accurately and reliably rolled from discharge port
Out.
Embodiment 3
As shown in figure 9, bearing polishing feed unit, including rack, it is arranged in rack and is added for operator
The 360360 respectively arranged feeding mechanism 350 in front side of feed mechanism 310 and each burnishing device of annular element, feed mechanism 310
Be provided with feeding distribution mechanism between feeding mechanism 350, feeding distribution mechanism by the annular element distribution on feed mechanism 310 be delivered to respectively into
Expect in mechanism 350.
Specifically, feeding distribution mechanism includes horizontally disposed sub-material conveyer belt 330, the feed end of sub-material conveyer belt 330 with it is upper
Expect the corresponding arrangement of the discharge port of mechanism 310, the discharge end of sub-material conveyer belt 330 is arranged each discharge port, and each discharge port is respectively and respectively
The corresponding arrangement of the feed inlet of feeding mechanism 350, each discharge outlet are respectively arranged with discharge component 333, and discharge component 333 promotes way
Annular element through the discharge port is drawn off from the discharge port into corresponding feeding distribution mechanism.Annular element is stood on sub-material conveyer belt 330
Shape is arranged, the maintenance component 331 for keeping annular element to found shape arrangement is provided on sub-material conveyer belt 330, maintains 331 edge of component
The conveying direction interval of sub-material conveyer belt 330 is arranged.Maintaining component 331 includes the clamping plate of two vertical shape arrangements, the width side of clamping plate
It is consistent to the width direction with sub-material conveyer belt 330, two outsides of clamping plate are respectively arranged with baffle 332, and baffle 332 is fixed
On the rack, the range that the arrangement range of baffle 332 and annular element convey on sub-material conveyer belt 330 is consistent, annular element
Vertical shape constrains in the region that clamping plate and baffle 332 enclose, position punishment corresponding with each feed mechanism 310 on baffle 332
Discharge port for maintaining the annular element in component 331 to remove is set, and discharge component 333 includes adjusting to backgauge part 3337 and discharging
Part, discharging regulating part adjust backgauge part 3337 and are in two states, one are as follows: the gear that backgauge part 3337 closes discharge port
Material position, secondly are as follows: the evacuation position avoided is drawn off from discharge outlet to annular element.Maintain component 331 between spacing with
The corresponding setting of spacing between discharge port.A feeding is provided between the feed end and feed mechanism 310 of sub-material conveyer belt 330
Slot, A chute feeder are illustrated parts 320, and arrangement, ring are intersected with the conveying direction of sub-material conveyer belt 330 in the flute length direction of A chute feeder
Shape part founds shape in A chute feeder and rolls conveying.
B chute feeder is respectively arranged between each discharge port and feeding mechanism 350, the flute length direction of B chute feeder and sub-material are defeated
The conveying direction of band 330 is sent to intersect arrangement, annular element founds shape in B chute feeder and rolls conveying, and each B chute feeder is parallel to each other cloth
It sets, the length of each B chute feeder is gradually increased or is gradually reduced along the conveying direction of sub-material conveyer belt 330.A chute feeder and B feeding
Slot is placed on the outside of the two of sub-material conveyer belt 330.
Feed mechanism 310 is that A forms roller feeding mechanism, and A is made of roller feeding mechanism A1 feed roller and A2 feed roller,
A places annular element to one end of roller feeding mechanism, and A is to the other end of roller feeding mechanism arrangement corresponding with A chute feeder, A1, A2
Feed roller intersects shape arrangement with A chute feeder, and A1, A2 feed roller are rotate in same direction by synchronous drive mechanism driving, and annular element founds shape quilt
A1, A2 feed roller are supported and are moved along the length direction of A1, A2 feed roller, and the center of annular element is located at A1, A2 charging
The top of roller.Feeding mechanism 350 is that B forms roller feeding mechanism, the one end and B chute feeder of B to roller feeding mechanism, B chute feeder
For illustrated parts 340, intersect the corresponding arrangement of shape, B is suitable to the other end of roller feeding mechanism and the polishing mechanism on burnishing device 360
Prolong arrangement.The end of A chute feeder is provided with signal pickup assembly, and signal pickup assembly is connected with control device, control device
Regulate and control the operating status of feeding web.
Annular element is found into the slave A of shape, feeding is carried out to roller feeding mechanism, A roller feeding mechanism pile up to annular element and
Arrangement, the annular element arranged are sequentially fallen into A chute feeder from discharge end of the A to roller feeding mechanism, then drop down onto sub-material conveying
In each maintenance component 310 with 300, each annular element is delivered to discharge port by sub-material conveyer belt 300, and annular element is by equalization
Distribution is unloaded from each discharge port, B is then delivered to out of B chute feeder to roller feeding mechanism, B carrys out roller feeding mechanism to conveying
Annular element carries out arrangement and material all in one piece again, and then the burnishing device 360 that enters sequentially is processed by shot blasting, to realize to multiple
The orderly distribution feeding of burnishing device 360.
A, B is identical to roller feeding mechanism feeding principle, and B is made of roller feeding mechanism B1 feed roller and B2 feed roller, B1,
B2 feed roller is rotate in same direction by synchronous drive mechanism driving.Can set B1 feed roller and B2 feed roller to cone roller, cone roller it is straight
Diameter is gradually reduced along feed direction.Or by the spacing between B1 feed roller and B2 feed roller be arranged along feed direction by
It is decrescence small.Or the height between B1 feed roller and B2 feed roller is arranged along feed direction and is gradually reduced.It can also incite somebody to action
Indentation, increasing friction force are set on B1 feed roller and B2 feed roller roll surface.
Embodiment 4
Burnishing device 360 as shown in Fig. 1~10, including bearing outer ring is polished polishing unit, for throwing
The feed unit of light unit charging and the collection material unit that discharging is carried out for the bearing outer ring after polishing polish unit by each
Burnishing device 360 forms, and for burnishing device 360 in arrangement shape arrangement, feed unit sum aggregate material unit, which is placed in, polishes the two of unit
Side.Burnishing device 360 includes polishing mechanism, and polishing mechanism includes buffing wheel and guide wheel, and buffing wheel is parallel with guide wheel opposite
Arrangement, bearing outer ring clamping is between buffing wheel and guide wheel, and the outer ring of polishing sand wheel set bearing is polished, bearing outer ring edge
The length direction of guide wheel moved.This burnishing device 360 provided by the utility model and tradition centerless grinding machine are not in the mood for throwing
Mechanical-optical setup is similar.Two outside setting B, C of polishing mechanism are to roller feeding mechanism, and B is to roller feeding mechanism, polishing mechanism, C pairs
Roller feeding mechanism is successively postponed arrangement, and A, B, C, D are identical to roller feeding mechanism feeding principle.
Buffing wheel floats or adjustable type is mounted on the rack.The side of buffing wheel is provided with for dispensing coolant liquid
Liquid-jet device.
Liquid-jet device includes spray head and liquid distribution plate 361, the outlet of spray head and the corresponding cloth of the upside plate face of liquid distribution plate 361
It sets, liquid distribution plate 361 is arranged at least along the length range of buffing wheel, and the lower end of liquid distribution plate 361 is in concordant blade-like.In this way
Coolant liquid is evenly distributed with along the width range of buffing wheel, plays good cooling effect.
In order to realize reliable charging of the people to more polissoirs, specifically implemented using following scheme, as Fig. 2,
3, shown in 4, feed unit includes the feed mechanism 310 that setting adds annular element for operator in rack, and each polishing
The 360 respectively arranged feeding mechanism 350 in front side of device, is provided with feeding distribution mechanism between feed mechanism 310 and feeding mechanism 350,
Annular element distribution on feed mechanism 310 is delivered to each B on roller feeding mechanism by feeding distribution mechanism.Feeding distribution mechanism includes horizontal cloth
The sub-material conveyer belt 330 set, the feed end of sub-material conveyer belt 330 arrangement corresponding with the discharge port of feed mechanism 310, sub-material conveying
Each discharge port is arranged in discharge end with 330, and each discharge port is corresponding with feed inlet of each B to roller feeding mechanism respectively to be arranged, respectively goes out
Discharge component 333 is respectively arranged at material mouth, discharge component 333 promotes the annular element by way of the discharge port to draw off from the discharge port
Into corresponding feeding distribution mechanism.In this way, operator only needs the workpiece processed will to be needed to arrange at feed mechanism 310,
Then workpiece is divided equally into each burnishing device 360 by feeding distribution mechanism and is processed by shot blasting, realize automatic feed.
Receiving unit includes the cutting agency for carrying out blanking to the annular element of collection for operator being arranged in rack
390, each C to be provided between roller feeding mechanism and cutting agency 390 by each discharging mechanism annular element receive always to blanking machine
Collecting mechanism 380 on structure 390.Collecting mechanism 380 include the horizontally disposed conveyer belt that gathers materials, the feed end for the conveyer belt that gathers materials with
The corresponding arrangement of discharge port of each cutting agency 390, the discharge end for the conveyer belt that gathers materials cloth corresponding with the feed inlet of cutting agency 390
It sets, annular element lying type is conveyed on conveyer belt gathering materials.The polished workpiece of polissoir can be collected automatically under in this way
Expect mechanism 390, operator only needs to remove from cutting agency 390 by the workpiece of collection, and two such people can be real
The charging and rewinding of now more polissoirs, substantially reduce human cost.
Specifically, including rack, setting adds the feed mechanism 310 of annular element for operator in rack, and each
The 360 respectively arranged feeding mechanism 350 in front side of burnishing device, is provided with depiler between feed mechanism 310 and feeding mechanism 350
Annular element distribution on feed mechanism 310 is delivered on each feeding mechanism 350 by structure, feeding distribution mechanism.Feeding distribution mechanism includes level
The sub-material conveyer belt 330 of arrangement, the feed end of sub-material conveyer belt 330 arrangement corresponding with the discharge port of feed mechanism 310, sub-material are defeated
Send the discharge end of band 330 that each discharge port is set, each discharge port is corresponding with the feed inlet of each feeding mechanism 350 respectively to be arranged, is respectively gone out
Discharge component 333 is respectively arranged at material mouth, discharge component 333 promotes the annular element by way of the discharge port to draw off from the discharge port
Into corresponding feeding distribution mechanism.Annular element founds shape arrangement on sub-material conveyer belt 330, is provided with and is used on sub-material conveyer belt 330
It keeps annular element to found the maintenance component 331 of shape arrangement, component 331 is maintained to be arranged along the conveying direction interval of sub-material conveyer belt 330.
Maintaining component 331 includes the clamping plate of two vertical shape arrangements, and the width direction of clamping plate and the width direction of sub-material conveyer belt 330 keep one
It causes, two outsides of clamping plate are respectively arranged with baffle 332, and baffle 332 is fixed on the rack, the arrangement range and annular of baffle 332
The range that part conveys on sub-material conveyer belt 330 is consistent, and annular element founds shape and constrains in the region that clamping plate and baffle 332 enclose
Interior, position punishment setting corresponding with each feed mechanism 310 is for maintaining the annular element in component 331 to remove on baffle 332
Discharge port, discharge component 333 include to backgauge part 3337 and discharging regulating part, and discharging regulating part adjusts backgauge part 3337 and is in two
Kind of state, one are as follows: the backgauge position that backgauge part 3337 closes discharge port, secondly are as follows: to annular element from discharge outlet
Draw off the evacuation position avoided.
Annular element is transported at position corresponding with discharge port in this way, can be automatically unloaded into specified throwing
Electro-optical device 360 realizes the automatic distribution charging of annular element.
Maintain the spacing between component 331 and the corresponding setting of spacing between discharge port.The charging of sub-material conveyer belt 330
A chute feeder, the flute length direction of A chute feeder and the conveying direction phase of sub-material conveyer belt 330 are provided between end and feed mechanism 310
Arrangement is handed over, annular element founds shape in A chute feeder and rolls conveying.B feeding is respectively arranged between each discharge port and feeding mechanism 350
Slot, intersect arrangement with the conveying direction of sub-material conveyer belt 330 in the flute length direction of B chute feeder, and annular element stands shape rolling in B chute feeder
Dynamic conveying, each B chute feeder are arranged parallel, and the length of each B chute feeder is gradually increased along the conveying direction of sub-material conveyer belt 330
Or it is gradually reduced.A chute feeder and B chute feeder are placed on the outside of the two of sub-material conveyer belt 330.Feed mechanism 310 is A to roller feeding
Mechanism composition, A are made of roller feeding mechanism A1 feed roller and A2 feed roller, and A places annular element to one end of roller feeding mechanism,
For A to the other end of roller feeding mechanism arrangement corresponding with A chute feeder, A1, A2 feed roller intersect shape arrangement, A1, A2 with A chute feeder
Feed roller is rotate in same direction by synchronous drive mechanism driving, and annular element founds shape and supported by A1, A2 feed roller and along A1, A2 feed roller
Length direction moved, the center of annular element is located at the top of A1, A2 feed roller.Feeding mechanism 350 is B to roller feeder
Structure composition, B intersect the corresponding arrangement of shape, the other end and polishing of the B to roller feeding mechanism with B chute feeder to one end of roller feeding mechanism
Polishing mechanism on device 360 is postponed arrangement.The end of A chute feeder is provided with signal pickup assembly, signal pickup assembly and control
Device processed is connected, and control device regulates and controls the operating status of feeding web.
Specifically implemented using following scheme, maintaining component 331 includes the clamping plate of two vertical shape arrangements, the width side of clamping plate
It is consistent to the width direction with sub-material conveyer belt 330, two outsides of clamping plate are respectively arranged with baffle 332, and baffle 332 is fixed
On the rack, the footprint that the arrangement range of baffle 332 and annular element convey on sub-material conveyer belt 330 is consistent, ring
Shape part founds shape and constrains in the region that clamping plate and baffle 332 enclose, and setting is for maintaining component 331 on the baffle 332 at discharge end
The discharge port that interior annular element removes, discharge outlet are provided with discharge component 333, and discharge component 333 includes to backgauge part 3337
With discharging regulating part, discharging regulating part adjust backgauge part 3337 be in two states, one are as follows: backgauge part 3337 to discharge port into
The backgauge position that row is closed, secondly are as follows: the evacuation position avoided is drawn off from discharge outlet to annular element.
Discharge port is arranged at the discharge end interval of sub-material conveyer belt 330.Discharge port equally arrange by shape.Between discharge port
Spacing be n times of spacing maintained between component 331, n positive integer, specific n=1.Each discharge port is in sub-material conveyer belt 330
Same side baffle 332 on open up.The zone face of the sub-material conveyer belt 330 in component 331 is maintained obliquely to arrange, the skewed cloth
It sets so that maintaining the annular element in component 331 that there is the trend rolled out from discharge port.When unloading in this way, annular element can roll automatically
Out.
The regulating part that discharges includes follower 3332 and trigger member 3331, and trigger member 3331 is mounted on sub-material conveyer belt 330,
Backgauge part 3337 is mounted on follower 3332, and trigger member 3331 is arranged along the with length direction interval of sub-material conveyer belt 330, touching
Outbox 3331 and 3332 Contact Transmission of follower adjust backgauge part 3337 and are in evacuation position.Backgauge part 3337 is connected with return unit
It connects, return unit drives backgauge part 3337 to turn to backgauge position by evacuation position.Driving inclined-plane, backgauge part are provided in trigger member 3331
3337 are slidably installed on the rack along vertical direction, and driving inclined-plane forms adjusting backgauge part 3337 with follower 3332 and gone up and down
Inclined-plane driving mechanism.It, will automatic trigger discharge component when the annular element that sub-material conveyer belt 330 conveys in this way is moved in place
333 carry out discharging.To realize accurately and reliably automatic feed dividing.
Detailed scheme is that the delivery end of sub-material conveyer belt 330 is provided with x discharge port, and each discharge outlet is set respectively
Set backgauge part 3337 and follower 3332, trigger member 3331 includes spaced trigger unit on conveyer belt, trigger unit by
Along the spaced apart x triggering block composition of the conveying direction of sub-material conveyer belt 330, driving is respectively set in x triggering block
Inclined-plane, x triggering block form the driving cooperation of mutually independent inclined-plane with x follower 3332 respectively, between each triggering block between
Away between, each discharge port spacing, each the spacing between component 331 is maintained to be consistent.Follower 3332 is idler wheel composition,
Driving inclined-plane and the driving cooperation of idler wheel composition inclined-plane, follower are mounted in lifters 3334, and lifters 3334 and rack are along lead
Hang down direction sliding connection, backgauge part 3337 and 3334 Joint of lifters.Lifters 3334 are arranged in sub-material conveyer belt 330
Upper and lower level band body between, the both ends of lifters 3334 are slidably installed respectively with rack, and lifters 3334 are along sub-material conveyer belt
330 bandwidth direction arrangement, each follower 3332 along lifters 3334 length direction arranged for interval, in same trigger unit
Each triggering block distinguish corresponding arrangement with each follower 3332.
If the spacing between each discharge port is smaller, multiple discharge ports can be adjusted by one inclined-plane driving mechanism of setting
It discharges.If the spacing between each discharge port is larger, needs to be arranged multiple groups inclined-plane driving mechanism and carry out driving tune respectively
Section discharging.
In order to adapt to the conveying of different dimensioned bearings, it is preferred to use following scheme is implemented.Edge on sub-material conveyer belt 330
Its conveying direction setting interval setting maintains component 331, and maintaining component 331 includes the clamping plate of two vertical shape arrangements, the width of clamping plate
Direction and the width direction of sub-material conveyer belt 330 are consistent, and clamping plate includes fixed plate body 3311 and movable plate body 3312, activity
Plate body 3312 is arranged in the plate face that two clamping plates are arranged in opposite directions, and movable plate body 3312 is matched with 3311 detachable connection of fixed plate body
It closes, replaces the spacing between different active plates adjusting clamping plates.By replacing the movable plate body 3312 of different models, thus suitable
Answer the conveying of the annular element of different model.
Clamping plate one outside be respectively arranged with baffle 332, baffle 332 is fixed on the rack, the arrangement range of baffle 332 with
The footprint that annular element conveys on sub-material conveyer belt 330 is consistent, and the vertical shape of annular element constrains in clamping plate and baffle 332 encloses
Discharge port for maintaining the annular element in component 331 to remove is set in the clamping zone of conjunction, on the baffle 332 at discharge end, out
Discharge component 333 is provided at material mouth, discharge component 333 adjusts the open/close states of discharge port, and movable plate body 3312 is far from discharging
The end of mouth side is extended folded plate section to the side away from fixed plate body 3311, and folded plate section is for hindering annular element from the side
Clamping zone is skidded off and adjusted in the size of 330 bandwidth direction of sub-material conveyer belt.
In order to prevent annular element maintain component 331 interior rolling, and during transportation with the contact of baffle 332
Friction is rolled on sub-material conveyer belt 330 by being provided with constraint annular element on maintaining the sub-material conveyer belt 330 in component 331
The latent slot of dynamic placement places annular element and the separated arrangement of baffle 332 in latent slot.
Latent slot is placed as the composition of strip piece 334, strip piece 334 is arranged close to side and the sub-material conveyer belt 330 of discharge port
Articulated connection, the middle part of strip piece 334 are arranged to the upward arc of nock, and the other end of strip piece 334 extends to maintenance component
331 outside, strip piece 334 have the freedom degree rotated around its articulated shaft, are provided with adjusting at discharge port relative position
The impeller that strip piece 334 is rotated.Impeller is a mandril 3338 composition, and mandril 3338 is connected with lifters 3334.
In this way while opening discharge port, it is lifted strip piece 334, so that annular element is rolled out from discharge port.
Backgauge part 3337 and mandril 3338 are separately fixed at the both ends of lifters 3334, set between idler wheel and lifters 3334
It is equipped on stroke amplification bar 3335, stroke amplifies the middle part of bar 3335 and gantry rotation is cooperatively connected, and stroke amplification bar 3335 is in
Skewed arrangement, stroke amplification bar 3335 are arranged vertically with lifters 3334, and stroke amplifies the low side and lifters of bar 3335
3334 articulated connections, idler wheel are rotatably installed in the high-end of stroke amplification bar 3335, and triggering block is mounted on the interior of sub-material conveyer belt 330
On zone face, the height of driving inclined-plane is gradually reduced along the conveying direction of sub-material conveyer belt 330.A touching thus may be implemented
Start to make, adjusts and open discharge port and annular element is pushed to roll out, kill two birds with one stone.It is single to maintain to arrange in component 331 m
Annular element, m annular element are set along the bandwidth direction of conveyer belt in an arrangement, and m is positive integer.m=1.
Detailed scheme is that strip is arranged on fixed plate body 3311, and card slot, movable plate body are arranged on movable plate body 3312
3312 and fixed plate body 3311 detachable connection cooperation, movable plate body 3312 and sub-material conveyer belt constituted by strip and card slot
The separated arrangement of 330 zone face.Movable plate body 3312 is light material composition, and sub-material conveyer belt 330 is chain plate conveyor belt, chain
The drive sprocket at sheet conveying belt both ends and each triggering block are in evacuation state arrangement.Striker plate is a lever or the baffle for being provided with through-hole
332 are constituted, and backgauge part 3337 is moved up to a high position, and bearing outer ring is rolled out from discharge port, and backgauge part 3337 is in low level, bearing outer ring
It can not be rolled out from discharge port.
Receiving unit is specifically implemented using following scheme.It is respectively set including rack, 360 discharge side of each burnishing device
Discharging mechanism and the cutting agency 390 of blanking is carried out to the annular element of collection for operator, each discharging mechanism and blanking
It is provided between mechanism 390 and receives the annular element on each discharging mechanism always to the collecting mechanism 380 on cutting agency 390.Gather materials
Mechanism 380 includes the horizontally disposed conveyer belt that gathers materials, and the feed end for the conveyer belt that gathers materials is opposite with the discharge port of each cutting agency 390
It should arrange, the discharge end for the conveyer belt that gathers materials arrangement corresponding with the feed inlet of cutting agency 390, annular element lying type is in conveying of gathering materials
Take conveying.
Each cutting agency 390 is arranged along the conveying direction interval for the conveyer belt that gathers materials.Gather materials and is provided with above conveyer belt
Spacing on material toggling part 381, material toggling part 381 and the conveyer belt that gathers materials between zone face only allows annular element lying type to pass through, material toggling part
381 settings corresponding with the delivery end of discharging mechanism.The gather materials discharging end of conveyer belt is provided with material collecting tank 391, material collecting tank 391
With conveyer belt cross-like arrangement of gathering materials, annular element rolls conveying in material collecting tank 391.The feed end of material collecting tank 391, which is provided with, leads
Expect section, cell wall of the material guiding section close to the conveyer belt side that gathers materials is arranged to the arcuation to turn up, the end of the arcuation and the conveyer belt that gathers materials
Shape with body overturning is consistent and the corresponding arrangement of the two.The conveyer belt that gathers materials is latent flute profile conveyer belt.
Specifically, discharging mechanism is that C forms roller feeding mechanism, C is on one end of roller feeding mechanism and burnishing device 360
Polishing mechanism postpone arrangement, C is to the other end of roller feeding mechanism arrangement corresponding with the conveyer belt that gathers materials, and C is to roller feeding mechanism
With conveyer belt cross-like arrangement of gathering materials.Cutting agency 390 is that D forms roller feeding mechanism, and D is to roller feeding mechanism, and D is to roller feeding
One end of mechanism arrangement corresponding with the outlet of material collecting tank 391, D is to the other end of roller feeding mechanism for operator to collection
Annular element carries out blanking.
The utility model additionally provides a kind of distribution feed process of bearing outer ring polishing, by sub-material conveyer belt
Each discharge port of arrangement corresponding with each 360 feed inlet of burnishing device is respectively set in 330 delivery end, and bearing outer ring is defeated in sub-material
The conveying that is intervally arranged on band 330 is sent, and pattern of rows and columns of bearing outer ring and pattern of rows and columns of each discharge port are consistent, and work as bearing
When outer ring reaches the discharge port position accordingly specified, adjusts bearing outer ring and thrown from discharge port removal into burnishing device 360
Light processing.
Specifically, pattern of rows and columns includes at least arrangement spacing.
Bearing outer ring founds shape on sub-material conveyer belt 330 and is conveyed.
Bearing outer ring is consistent from the quantity that each discharge port is drawn off.
It carries out rolling security protection shallow slot when bearing outer ring conveying is placed in setting on sub-material conveyer belt 330.
By the way that the trigger member 3331 of arrangement corresponding with bearing outer ring is arranged on sub-material conveyer belt 330, discharge outlet is set
Set backgauge part 3337, by 330 fed bearings outer ring of sub-material conveyer belt in place after, trigger member 3331 trigger backgauge part 3337 carry out
Blowing.
Discharge outlet is additionally provided with the impeller that housing washer is rolled, and trigger member 3331 triggers impeller and pushes
Bearing outer ring rolls discharging.
Bearing outer ring is by maintaining component 331 to maintain vertical shape arrangement.
Pass through the sub-material conveying for maintaining component 331 for realizing the bearing outer ring of different model with changing different model.
The sub-material conveying of bearing outer ring is realized by feed unit.
In short, the utility model provides scheme, charging of two people to multiple annular element burnishing devices 360 may be implemented
Rewinding substantially reduces personnel cost.And charging and rewinding operation are reliable.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without departing from the principle of this utility model, can also make several improvements and retouch, these improve and
Retouching also should be regarded as the protection scope of the utility model.The structure that does not specifically describe and illustrate in the utility model, device
And operating method, it unless otherwise instructed and limits, is implemented according to the conventional means of this field.
Claims (10)
1. a kind of burnishing device, it is characterised in that: including bearing outer ring is polished polishing unit, for polishing unit
The feed unit of charging and the collection material unit that discharging is carried out for the bearing outer ring after polishing, polishing unit are filled by each polishing
(360) composition is set, for burnishing device (360) in arrangement shape arrangement, feed unit sum aggregate material unit, which is placed in, polishes the two sides of unit.
2. burnishing device according to claim 1, it is characterised in that: burnishing device (360) includes polishing mechanism, polishing machine
Structure includes buffing wheel and guide wheel, and buffing wheel is parallel with guide wheel positioned opposite, and bearing outer ring clamping is in buffing wheel and guide wheel
Between, the outer ring of polishing sand wheel set bearing is polished, and bearing outer ring is moved along the length direction of guide wheel.
3. burnishing device according to claim 2, it is characterised in that: two outside setting B, C of polishing mechanism are to roller feeding
Mechanism, B successively postpone arrangement to roller feeding mechanism, polishing mechanism, C to roller feeding mechanism, and A, B, C, D are to roller feeding mechanism feeding
Principle is identical, and B is made of roller feeding mechanism B1 feed roller and B2 feed roller, and B1, B2 feed roller are driven by synchronous drive mechanism
It rotates in same direction.
4. burnishing device according to claim 3, it is characterised in that: buffing wheel floats or adjustable type is mounted on rack
On.
5. burnishing device according to claim 3, it is characterised in that: the side of buffing wheel is provided with for dispensing cooling
The liquid-jet device of liquid.
6. burnishing device according to claim 5, it is characterised in that: liquid-jet device includes spray head and liquid distribution plate (361), spray
The outlet arrangement corresponding with the upside plate face of liquid distribution plate (361) of head, length model of the liquid distribution plate (361) at least along buffing wheel
Cloth is set, and the lower end of liquid distribution plate (361) is in concordant blade-like.
7. burnishing device according to claim 3, it is characterised in that: feed unit includes being arranged in rack for operator
Member adds respectively arranged feeding mechanism (350) on front side of the feed mechanism (310) and each burnishing device (360) of annular element, on
Feeding distribution mechanism is provided between material mechanism (310) and feeding mechanism (350), and feeding distribution mechanism is by the annular on feed mechanism (310)
Part distribution is delivered to each B on roller feeding mechanism.
8. burnishing device according to claim 7, it is characterised in that: feeding distribution mechanism includes horizontally disposed sub-material conveyer belt
(330), the feed end of sub-material conveyer belt (330) arrangement corresponding with the discharge port of feed mechanism (310), sub-material conveyer belt (330)
Discharge end each discharge port is set, each discharge port is corresponding with feed inlet of each B to roller feeding mechanism respectively to be arranged, each discharge outlet
Be respectively arranged with discharge component (333), discharge component (333) promote the annular element by way of the discharge port from the discharge port draw off into
Enter corresponding feeding distribution mechanism.
9. burnishing device according to claim 3, it is characterised in that: receiving unit includes being arranged in rack for operator
Member carries out the cutting agency (390) of blanking to the annular element of collection, and each C is set between roller feeding mechanism and cutting agency (390)
It is equipped with and receives the annular element on each discharging mechanism always to the collecting mechanism (380) on cutting agency (390).
10. burnishing device according to claim 9, it is characterised in that: collecting mechanism (380) includes horizontally disposed gathers materials
Conveyer belt, the feed end for the conveyer belt that gathers materials arrangement corresponding with the discharge port of each cutting agency (390), the discharging for the conveyer belt that gathers materials
Hold it is corresponding with the feed inlet of cutting agency (390) arranges, annular element lying type is conveyed on conveyer belt gathering materials.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822262741.3U CN209380498U (en) | 2018-12-30 | 2018-12-30 | A kind of Production of bearing burnishing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822262741.3U CN209380498U (en) | 2018-12-30 | 2018-12-30 | A kind of Production of bearing burnishing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209380498U true CN209380498U (en) | 2019-09-13 |
Family
ID=67863014
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822262741.3U Active CN209380498U (en) | 2018-12-30 | 2018-12-30 | A kind of Production of bearing burnishing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209380498U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115284082A (en) * | 2022-08-04 | 2022-11-04 | 潍坊雷腾动力机械有限公司 | Grinding device for motor rotor and implementation method thereof |
-
2018
- 2018-12-30 CN CN201822262741.3U patent/CN209380498U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115284082A (en) * | 2022-08-04 | 2022-11-04 | 潍坊雷腾动力机械有限公司 | Grinding device for motor rotor and implementation method thereof |
| CN115284082B (en) * | 2022-08-04 | 2023-11-17 | 潍坊雷腾动力机械有限公司 | Motor rotor polishing device and implementation method thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN109773422A (en) | A kind of bearing outer ring roughing system | |
| CN209380498U (en) | A kind of Production of bearing burnishing device | |
| US3222110A (en) | Cigarette transfer apparatus | |
| CN209380514U (en) | Bearing polishing feed unit | |
| CN105139068B (en) | A kind of automatic gem stone counting device based on image | |
| CN109748099A (en) | Bearing outer ring clamping device | |
| CN209157893U (en) | A kind of centerless grinding machine blanking device | |
| CN205500203U (en) | Imitative leather film feeding mechanism | |
| CN109664196A (en) | Burnishing device | |
| CN109514438A (en) | A kind of bearing continuous production system | |
| CN109748031A (en) | A kind of sub-material conveyer belt for Production of bearing | |
| CN209601372U (en) | Bearing outer ring material transfering device and bearing outer ring system of processing | |
| CN209777549U (en) | Bearing inner race feedway and bearing inner race rough machining system | |
| CN209337567U (en) | A kind of belt conveyor transports device for discharging on pears formula discharger | |
| CN109748067A (en) | Bearing outer ring feeding device | |
| CN109732285A (en) | A kind of bearing outer ring rough machining method | |
| CN203833292U (en) | Iron sheet feeding and collecting apparatus | |
| CN109748075A (en) | Bearing outer ring device for discharging | |
| CN209382793U (en) | Sub-material conveyer belt for Production of bearing | |
| CN209396408U (en) | Conveying device is used in a kind of more dimensioned bearings production | |
| CN204896728U (en) | Shoe material part conveyor | |
| CN109623636A (en) | The distribution feed process of bearing outer ring polishing | |
| CN109623619A (en) | A kind of surface treatment method of workpiece | |
| CN204565874U (en) | A kind of roller ball transfer | |
| CN210336152U (en) | Cutting device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |