CN203993516U - Superfinishing machine feeding device - Google Patents

Superfinishing machine feeding device Download PDF

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Publication number
CN203993516U
CN203993516U CN201420407899.4U CN201420407899U CN203993516U CN 203993516 U CN203993516 U CN 203993516U CN 201420407899 U CN201420407899 U CN 201420407899U CN 203993516 U CN203993516 U CN 203993516U
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CN
China
Prior art keywords
glassware
bin
plate
lasso
superfinishing
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Withdrawn - After Issue
Application number
CN201420407899.4U
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Chinese (zh)
Inventor
张肖邦
张惠邦
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NINGBO ZHUANGHONGYI BEARING Co Ltd
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NINGBO ZHUANGHONGYI BEARING Co Ltd
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Priority to CN201420407899.4U priority Critical patent/CN203993516U/en
Application granted granted Critical
Publication of CN203993516U publication Critical patent/CN203993516U/en
Withdrawn - After Issue legal-status Critical Current
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Abstract

The utility model relates to a kind of Superfinishing machine feeding device, solve existing bearing ring superfinishing and used the mode of manual material loading, easily there is leaking the defect that superfinishing affects bearing quality, comprise the bin of getting the raw materials ready, be arranged at the material transferring mechanism of bin below, the outlet docking one of material transferring mechanism can be by lasso the pusher from releasing in material transferring mechanism, the exit of material transferring mechanism is provided with feed mechanism; Bin has the hopper that bearing ring is arranged, and material transferring mechanism has one and drives and realize by turning material drive unit the glassware that turns that lasso turns to.The lasso arrangement for the treatment of superfinishing is placed in hopper, the lasso of below can enter into material transferring mechanism one by one, and by material transferring mechanism, lasso is rotated to an angle, by pusher, release material transferring mechanism and deliver to by feed mechanism the ready position that superfinishing picks and places material again, thereby realize automatic charging, and be to carry out one by one material loading, also just can stop follow-up leakage superfinishing phenomenon; Adopt automatic charging, loading efficiency is high, reduces labor strength.

Description

Superfinishing machine feeding device
Technical field
The utility model relates to a kind of Superfinishing machine feeding device, especially a kind ofly can carry out to supplied materials the Superfinishing machine feeding device of auto-steering.
Background technology
In Production of bearing technique, the raceway groove of inner and outer ring, after wheel grinding, also needs to carry out Oilstone super-finishing grinding, just can assemble.Existing fine abrasive generally adopts end face Superfinishing machine and two kinds of machines of roller Superfinishing machine.Although end face Superfinishing machine can be realized automation, complex structure, equipment investment is high, and more modification number and maintenance difficulty are large, frock expense is large, is especially difficult to be applicable to extra-miniature bearing lasso, therefore be generally applicable to larger specifications and models and the Production of bearing that seldom needs to turn in.Therefore in Production of bearing industry, also generally adopt equipment investment few, more modification number and easy to maintenance, the roller Superfinishing machine that frock expense is low, especially extra-miniature bearing production field, can only adopt roller Superfinishing machine at present.
The superfinishing device of roller Superfinishing machine, comprises horizontally disposed two rollers, is located at several oilstone fork groups that decile between two rollers arranges and is connected with oilstone fork group and it is lifted or control stick that spring is depressed and order about the roller motor that two rollers rotate and respectively order about the fork motor that oilstone fork swings.Roller Superfinishing machine is to realize like this bearing ring channel fine abrasive: operating personnel are manipulation bar on the other hand, oilstone fork is lifted, another hand takes lasso to put into superfinishing station, make to be located at oilstone on fork over against ring raceways, then unclamp fork control stick, continue next station manipulation, until all stations are all placed lasso, start roller motor and fork motor, start superfinishing.Because the superfinishing process time is shorter, the time that manually material loading needs is relatively long again, so operating personnel can only operate at most two roller Superfinishing machines.There is following shortcoming in this superfinishing of material loading manually:
1, automaticity is low, needs headcount more, and superfinishing efficiency is lower, and superfinishing cost is high;
The rotation of can only standing or be seated when 2, operating personnel work, both hands cannot stop, and long working labour intensity is very big, easily produces fatigue and even damages health;
Continuous contact station during 3, due to operating personnel's operation, so lathe cannot arrange protection, so that superfinishing oil spatters and flies everywhere in the rotation of roller and lasso, working environment is poor.
Summary of the invention
The utility model has solved the mode that existing bearing ring superfinishing is used manual material loading, easily there is leaking the defect that superfinishing affects bearing quality, a kind of Superfinishing machine blanking device is provided, adopt material transferring mechanism and push away feed mechanism and combine and realize automatic charging, after automatic charging, conveniently transfer to superfinishing station, stop leak superfinishing phenomenon.
The utility model has also solved existing bearing ring superfinishing material loading and has used manual type, efficiency is low, the uncontrollable defect of superfinishing quality, a kind of Superfinishing machine feeding device is provided, adopt material transferring mechanism and push away feed mechanism and combine and realize automatic charging, efficiency is high, and can control the quality of superfinishing, reduces labor strength.
The utility model solves the technical scheme that its technical problem adopts: a kind of Superfinishing machine feeding device, be arranged at the rear of Superfinishing machine roller, comprise the bin of getting the raw materials ready, be arranged at the material transferring mechanism of bin below, the outlet docking one of material transferring mechanism can be by lasso the pusher from releasing in material transferring mechanism, the exit of material transferring mechanism is provided with feed mechanism; Bin has the hopper that bearing ring is arranged, and material transferring mechanism has one and drives and realize by turning material drive unit the glassware that turns that lasso turns to.The lasso arrangement for the treatment of superfinishing is placed in hopper, the lasso of below can enter into material transferring mechanism one by one, and by material transferring mechanism, lasso is rotated to an angle, by pusher, release material transferring mechanism and deliver to by feed mechanism the ready position that superfinishing picks and places material again, thereby realize automatic charging, and be to carry out one by one material loading, also just can stop follow-up leakage superfinishing phenomenon; Adopt automatic charging, loading efficiency is high, reduces labor strength; According to Superfinishing machine, get the requirement that discharge mechanism picks and places, material transferring mechanism can be to turn to for lasso self, such as lasso transfers to vertically from level, also can be that the motion track of lasso is turned to, such as lasso from move forward turn material change moving direction, can be also two kinds of combinations that turn material mode.
As preferably, turn glassware center and be provided with a ball bearing, bearing inner race is fixed on bin bottom by screw rod, turn glassware edge and be provided with an axial storing groove, turn the bearing pin that glassware side is provided with vertical this side, turn material drive unit comprise suitable with bearing pin and allow the bearing pin cage plate of pin sleeve that bearing pin slides up and down, connecting pin axle sleeve and connecting pin shaft sleeve plate turn material cylinder.
As preferably, turn glassware and turning under the driving of material drive unit and can rotate around ball bearing, in rotation process, the storing groove that turns glassware is changed between level and vertical two positions; Pusher is corresponding with storing groove.
As preferably, turn glassware and be provided with baffle plate in a side of storing groove outlet, on baffle plate, be provided with lasso outlet, the position of lasso outlet with turn 90 ° of glassware rotations after the position of storing groove corresponding; The quantity that turns the quantity of glassware and the superfinishing station of Superfinishing machine equates, the distance turning between the superfinishing station of distance between glassware and Superfinishing machine equates.
As preferably, pusher comprises horizontal pulling device and the perpendicular device that pushes away, horizontal pulling device and perpendicularly push away device and be all located at a side that turns glassware lasso entrance, and horizontal pulling device is pushed into lasso to turn in glassware, turn after glassware half-twist, perpendicular push away device lasso is released feed mechanism from turning glassware.
As preferably, horizontal pulling device comprises flat charging ram peace push cylinder, and horizontal sliding cylinder is connected with flat charging ram and drives flat charging ram to move, the position of flat charging ram with turn glassware in storing groove level time position corresponding; The perpendicular device that pushes away comprises perpendicular charging ram and perpendicular push cylinder, and perpendicular push cylinder is connected with perpendicular charging ram and drives perpendicular charging ram to move, and the position when position of perpendicular charging ram is vertical with the storing groove in turning glassware is corresponding.
As preferably, bin comprises bin support, be arranged in pairs in bin left striker plate and the right striker plate supporting, the guiding frock that is arranged at two striker plates belows, two striker plates form the hopper of lasso, two striker plates have at least the side of relative another piece to be provided with the V-shaped groove of depression, guiding frock top is provided with up big and down small conical bore, conical bore and hopper connect, before and after the bottom of guiding frock is provided with, run through the also square groove corresponding with conical bore of opening, square groove connects with the lasso entrance that turns glassware.
As preferably, bin supports and comprises bin base plate, bin strut, the bin upper plate being connected with Superfinishing machine fuselage, bin strut is fixed on position, bin base plate both ends, bin upper plate is connected with bin strut, between bin base plate and bin upper plate, be provided with two adjusting rods, between two adjusting rods, be connected with left gear connecting plate and right gear connecting plate, left striker plate is connected with right gear connecting plate with left gear connecting plate respectively with right striker plate.
As preferably, feed mechanism comprises delivery sheet and feeding cylinder, and feeding cylinder is connected with delivery sheet, and delivery sheet is located at and is turned glassware and export a side, on delivery sheet, corresponding to turning 90 ° of postrotational vertical storing groove exits of glassware, is provided with storing position.
As preferably, on delivery sheet, storing position exports a side and is provided with and accepts the chute that supplied materials glides near turning glassware, and other three limits are equipped with the postive stop baffle of placing restrictions on supplied materials.
The beneficial effects of the utility model are: the lasso arrangement for the treatment of superfinishing is placed in hopper, the lasso of below can enter into material transferring mechanism one by one, and by material transferring mechanism, lasso is rotated to an angle, by pusher, release material transferring mechanism and deliver to by feed mechanism the ready position that superfinishing picks and places material again, thereby realize automatic charging, and be to carry out one by one material loading, also just can stop follow-up leakage superfinishing phenomenon; Adopt automatic charging, loading efficiency is high, reduces labor strength.
Accompanying drawing explanation
Fig. 1 is a kind of perspective view of the utility model;
Fig. 2 is a kind of sectional perspective schematic diagram of the utility model;
Fig. 3 is a kind of local schematic top plan view of the utility model;
Fig. 4 is a kind of material schematic diagram that turns of the utility model;
Fig. 5 is schematic diagram after a kind of feeding of the utility model;
In figure: 1, bin, 2, bin upper plate, 3, adjusting rod, 4, left gear connecting plate, 5, left striker plate, 6, right backgauge version, 7, hopper, 8, V-shaped groove, 9, flat charging ram, 10, guiding frock, 11, turn material cylinder, 12, material transferring mechanism, 13, baffle plate, 14, lasso outlet, 15, perpendicular charging ram, 16, turn glassware, 17, storing position, 18, chute, 19, delivery sheet, 20, feeding cylinder, 21, feed mechanism, 22, bin base plate, 23, bin strut, 24, right gear connecting plate, 25, bearing pin cage plate, 26, slide rail, 27, storing groove, 28, pulley, 29, ball bearing, 30, bearing pin, 31, conical bore, 32, perpendicular push cylinder, 33, horizontal sliding cylinder, 34, square groove, 35, screw rod, 36, pin sleeve, 37, lasso.
The specific embodiment
Below by specific embodiment, and by reference to the accompanying drawings, the technical solution of the utility model is described in further detail.
Embodiment: a kind of Superfinishing machine feeding device (referring to accompanying drawing 1), is arranged at the rear of Superfinishing machine roller.Comprise bin 1, material transferring mechanism 12, pusher and the feed mechanism 21 of getting the raw materials ready.Material transferring mechanism is arranged at the below of bin, and pusher and feed mechanism are arranged at the both sides of material transferring mechanism, the inlet side of pusher in material transferring mechanism, outlet one side of feed mechanism in material transferring mechanism.
Bin (referring to accompanying drawing 2) comprises bin support, be arranged in pairs in bin left striker plate 5 and the right striker plate 6 supporting, the guiding frock 10 that is arranged at two striker plates belows.The side of the relatively left backgauge version of right backgauge version in hopper 7, two striker plates of two striker plates formation placement lassos 37 is provided with the V-shaped groove 8 of depression.Guiding frock is guided out bearing ring be pushed into feed mechanism by pusher from stock shelf, and by feed mechanism, bearing ring is delivered to and got the correct position that discharge mechanism captures, guiding frock is installed on frock base plate, frock base plate is connected with bin base plate by contiguous block, and bin base plate is connected with Superfinishing machine fuselage.The top of guiding frock is provided with up big and down small conical bore 31(referring to accompanying drawing 3), conical bore and hopper connect, and before and after the bottom of guiding frock is provided with, run through the also square groove 34 corresponding with conical bore of opening, and square groove is in horizontal direction.Bin supports and comprises bin base plate 22, bin strut 23, adjusting rod 3 and the bin upper plate 2 being connected with Superfinishing machine fuselage, bin strut is fixed on position, bin base plate both ends, bin upper plate is connected with bin strut, two adjusting rods are arranged between bin base plate and bin upper plate, bin base plate is respectively provided with corresponding through hole adaptive with adjusting rod and that allow adjusting rod to run through with bin upper plate both ends, and adjusting rod end is provided with external screw thread and is fixed by clamp nut.Left striker plate is connected with right gear connecting plate 24 with left gear connecting plate 4 respectively with right striker plate, and the outer surface of adjusting rod is provided with plane of orientation, and left gear connecting plate and right gear connecting plate are fixed on the plane of orientation between two adjusting rods.
Material transferring mechanism 12 is arranged at the port of export place of the square groove of guiding frock, and bearing ring 37 guides out from guiding frock the phase place of being adjusted bearing ring by material transferring mechanism.Material transferring mechanism (referring to accompanying drawing 2 accompanying drawing 3 accompanying drawings 4) comprises turning glassware 16, bearing pin 30, pin sleeve 36, bearing pin cage plate 25 and turning expects cylinder 11.Turn glassware center and be provided with a ball bearing 29 and can rotate around this ball bearing, the inner ring of ball bearing is fixed on frock base plate side by screw rod 35.Turn glassware edge and be provided with an axial storing groove 27, during initial position, storing groove flushes with frock plate upper surface near the one side that turns glassware center, and storing groove width and height are corresponding with guiding frock bottom square groove and dock, and the length of storing groove is more than or equal to width.Bearing pin is vertical at and turns glassware near the one side of frock base plate, pin sleeve and bearing pin are suitable and allow bearing pin to slide up and down, pin sleeve is connected with bearing pin cage plate, bearing pin cage plate with turn material cylinder be connected, turning material cylinder is connected with bin base plate, turning material air cylinder driven bearing pin cage plate moves, pin sleeve strip untie-sell axle sleeve synchronizing moving, pin sleeve is driven and is turned glassware and rotate around ball bearing by bearing pin, control turns the extended length of material cylinder, make to turn glassware and rotate 90 °, storing groove transfers vertical direction to by level to be completed lasso and turns to.Turn glassware and be provided with baffle plate 13 at the port of export place of storing groove, on baffle plate, be provided with lasso outlet 14, the position of lasso outlet with turn 90 ° of glassware rotations after the position of storing groove corresponding.
Pusher is arranged at entrance one end of guiding frock square groove, and pusher comprises the peaceful push cylinder 33 of flat charging ram 9 and perpendicular charging ram 15 and perpendicular push cylinder 32.Flat charging ram is all located at perpendicular charging ram the side that bin base plate is relative with turning glassware, flat charging ram front end is suitable with the square groove of guiding frock bottom, perpendicular charging ram leading portion is suitable with the storing groove turning after glassware half-twist, horizontal sliding material rod rear end is connected with horizontal sliding cylinder, perpendicular charging ram rear end is connected with perpendicular push cylinder, and horizontal sliding cylinder is all connected with bin base plate by contiguous block with perpendicular push cylinder.
Feed mechanism 21 is arranged at and turns glassware and export a side, feed mechanism comprises delivery sheet 19 and feeding cylinder 20, delivery sheet is located at and is turned glassware and export a side, on delivery sheet, corresponding to the vertical storing groove outlet that is turning after glassware half-twist, be provided with storing position 17, storing position is provided with and accepts the chute 18 that supplied materials glides near a side that turns glassware outlet, and another three limits are equipped with the postive stop baffle of spacing supplied materials.Delivery sheet underrun slide unit is connected with fuselage, and delivery sheet is connected with feeding cylinder away from one end of bin, and feeding cylinder is connected with fuselage.
The quantity of quantity, the lasso outlet of quantity, the quantity that turns glassware, flat charging ram and the perpendicular charging ram of the quantity of the hopper of bin, guiding frock, the quantity of the storing position on delivery sheet all equate with the quantity of the superfinishing station of Superfinishing machine.
Above-described embodiment is a kind of preferred version of the present utility model, not the utility model is done to any pro forma restriction, also has other variant and remodeling under the prerequisite that does not exceed the technical scheme that claim records.

Claims (10)

1. a Superfinishing machine feeding device, be arranged at the rear of Superfinishing machine roller, comprise the bin (1) of getting the raw materials ready, characterized by further comprising the material transferring mechanism (12) that is arranged at bin below, the outlet docking one of material transferring mechanism can be by lasso the pusher from releasing in material transferring mechanism, the exit of material transferring mechanism is provided with feed mechanism (21); Bin has the hopper (7) that bearing ring is arranged, material transferring mechanism have one by turn material drive unit drive and realize that lasso turns to turn glassware (16).
2. Superfinishing machine feeding device according to claim 1, it is characterized in that turning glassware center and be provided with a ball bearing (29), bearing inner race is fixed on bin bottom by screw rod (35), turn glassware edge and be provided with an axial storing groove (27), turn the bearing pin (30) that glassware side is provided with vertical this side, turn material drive unit comprise suitable with bearing pin and allow the bearing pin cage plate (25) of pin sleeve (36) that bearing pin slides up and down, connecting pin axle sleeve and connecting pin shaft sleeve plate turn material cylinder (11).
3. Superfinishing machine feeding device according to claim 2, is characterized in that turning glassware and is turning under the driving of material drive unit and can rotate around ball bearing, and in rotation process, the storing groove that turns glassware is changed between level and vertical two positions; Pusher is corresponding with storing groove.
4. Superfinishing machine feeding device according to claim 2, it is characterized in that turning glassware and be provided with baffle plate (13) in a side of storing groove outlet, on baffle plate, be provided with lasso outlet (14), the position of lasso outlet with turn 90 ° of glassware rotations after the position of storing groove corresponding; The quantity that turns the quantity of glassware and the superfinishing station of Superfinishing machine equates, the distance turning between the superfinishing station of distance between glassware and Superfinishing machine equates.
5. according to the Superfinishing machine feeding device described in claim 1 or 2 or 3 or 4, it is characterized in that pusher comprises horizontal pulling device and the perpendicular device that pushes away, horizontal pulling device and perpendicular push away device and be all located at a side that turns glassware lasso entrance, horizontal pulling device is pushed into lasso to turn in glassware, turn after glassware half-twist, perpendicular push away device lasso is released feed mechanism from turning glassware.
6. Superfinishing machine feeding device according to claim 5, it is characterized in that horizontal pulling device comprises the peaceful push cylinder of flat charging ram (9) (33), horizontal sliding cylinder is connected with flat charging ram and drives flat charging ram to move, the position of flat charging ram with turn glassware in storing groove level time position corresponding; Perpendicular push away device and comprise perpendicular charging ram (15) and perpendicular push cylinder (32), perpendicular push cylinder is connected with perpendicular charging ram and drives and erects charging ram and move, and erects the position of the position of charging ram when vertical with storing groove in turning glassware corresponding.
7. according to the Superfinishing machine feeding device described in claim 1 or 2 or 3 or 4, it is characterized in that bin comprises that bin supports, be arranged in pairs in left striker plate (5) and right striker plate (6) that bin supports, be arranged at the guiding frock (10) of two striker plate belows, two striker plates form the hopper of lasso, two striker plates have at least the side of relative another piece to be provided with the V-shaped groove (8) of depression, guiding frock top is provided with up big and down small conical bore (31), conical bore and hopper connect, before and after being provided with, the bottom of guiding frock runs through the also square groove (34) corresponding with conical bore of opening, square groove connects with the lasso entrance that turns glassware.
8. Superfinishing machine feeding device according to claim 7, it is characterized in that bin support comprises bin base plate (22), bin strut (23), the bin upper plate (2) being connected with Superfinishing machine fuselage, bin strut is fixed on position, bin base plate both ends, bin upper plate is connected with bin strut, between bin base plate and bin upper plate, be provided with two adjusting rods (3), between two adjusting rods, be connected with left gear connecting plate (4) and right gear connecting plate (24), left striker plate is connected with right gear connecting plate with left gear connecting plate respectively with right striker plate.
9. according to the Superfinishing machine feeding device described in claim 1 or 2 or 3 or 4, it is characterized in that feed mechanism comprises delivery sheet (19) and feeding cylinder (20), feeding cylinder is connected with delivery sheet, delivery sheet is located at and is turned glassware and export a side, on delivery sheet, corresponding to turning 90 ° of postrotational vertical storing groove exits of glassware, is provided with storing position (17).
10. Superfinishing machine feeding device according to claim 9, is characterized in that on delivery sheet that storing position exports a side and is provided with and accepts the chute (18) that supplied materials glides near turning glassware, and other three limits are equipped with the postive stop baffle of placing restrictions on supplied materials.
CN201420407899.4U 2014-07-23 2014-07-23 Superfinishing machine feeding device Withdrawn - After Issue CN203993516U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201420407899.4U CN203993516U (en) 2014-07-23 2014-07-23 Superfinishing machine feeding device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201420407899.4U CN203993516U (en) 2014-07-23 2014-07-23 Superfinishing machine feeding device

Publications (1)

Publication Number Publication Date
CN203993516U true CN203993516U (en) 2014-12-10

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Application Number Title Priority Date Filing Date
CN201420407899.4U Withdrawn - After Issue CN203993516U (en) 2014-07-23 2014-07-23 Superfinishing machine feeding device

Country Status (1)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104249292A (en) * 2014-07-23 2014-12-31 张肖邦 Feeding device for superfinishing machine
CN104493700A (en) * 2014-12-26 2015-04-08 太仓益鑫机床有限公司 Material charging device of grinding machine
CN105014462A (en) * 2015-07-15 2015-11-04 苏州金牛精密机械有限公司 Take out device suitable for light workpieces

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104249292A (en) * 2014-07-23 2014-12-31 张肖邦 Feeding device for superfinishing machine
CN104493700A (en) * 2014-12-26 2015-04-08 太仓益鑫机床有限公司 Material charging device of grinding machine
CN105014462A (en) * 2015-07-15 2015-11-04 苏州金牛精密机械有限公司 Take out device suitable for light workpieces

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C14 Grant of patent or utility model
AV01 Patent right actively abandoned

Granted publication date: 20141210

Effective date of abandoning: 20171031

AV01 Patent right actively abandoned