CN204592030U - A kind of full-automatic bearing oil homogenized machine - Google Patents
A kind of full-automatic bearing oil homogenized machine Download PDFInfo
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- CN204592030U CN204592030U CN201520263050.9U CN201520263050U CN204592030U CN 204592030 U CN204592030 U CN 204592030U CN 201520263050 U CN201520263050 U CN 201520263050U CN 204592030 U CN204592030 U CN 204592030U
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Abstract
A kind of full-automatic bearing oil homogenized machine, comprises feeding mechanism, oil homogenized machine structure, array mechanism, and described feeding mechanism comprises turning barrel, the conveying belt connected with the delivery outlet of turning barrel, is positioned at the first pusher cylinder of conveying belt side; The side of even fat passage is provided with multiple bearing draw-in groove, bearing draw-in groove drives the transverse movement to even fat passage by draw-in groove lateral cylinder, then bearing draw-in groove is by the longitudinal air cylinder driven of draw-in groove vertically moving to even fat passage, the lower end of the even fat passage of described oil homogenized machine structure is provided with the bearing push rod of bearing jack-up, bearing jack-up pushes against to bearing inner race and pressing plate by bearing push rod, the opposite side of even fat passage is vertically provided with even fat motor, even fat wheel, even fat support, even fat bracket gas cylinder; Bearing complete for even fat is formed many rows by described array mechanism.Advantage: inner ring fixes that the load adjustable solidating that outer ring rotates even fat, bearing bears when can ensure fully fixing even fat time, even fat is fixed, even fat speed is adjustable, automaticity is high.
Description
Technical field
The utility model relates to a kind of full-automatic bearing oil homogenized machine stuffing box bearing being carried out to even fat, and this oil homogenized machine is applicable to the even fat of some special bearing and uses, and these special bearings are the actual conditions that inner ring fixes outer ring rotation.
Background technique
Stuffing box bearing is after greasing, press-fiting seal ring, and also have together even fat operation to be necessary, because after stuffing box bearing greasing, lubricating grease is uneven in stuffing box bearing inside, if even fat not in time, deposits fat and vibrating noise performance by what affect stuffing box bearing.Traditional oil homogenized machine is manual bearing oil homogenized machine, and manual bearing oil homogenized machine has gyro type oil homogenized machine and Lever type oil homogenized machine two kinds.
Fig. 1 is the even fat schematic diagram of gyro type oil homogenized machine, the output shaft of motor 51 stretches out from table top 52, a gyro 53 is fixed in the upper end of output shaft, the top of gyro 53 is the conical surface, first bearing outer ring is grasped during even fat, depressed by the conical surface that the endoporus of bearing aims at gyro 53, the inner ring of the gyro 53 be rotating with dynamic bearing rotates, and realizes the even fat to bearing; Fig. 2 is the even fat schematic diagram of Lever type oil homogenized machine, bearing 62 is contained on lever 61, bearing inner race and lever 61 are fixed, one end and the fixed body 63 of lever 61 are hinged, the subordinate pressure of the other end of lever 61, bearing 62 is pressed to the even fat wheel 64 being positioned at below by depress lever 61, and the even fat wheel 64 be rotating is rotated by the outer ring of frictional force band dynamic bearing 62, realizes the even fat to bearing 62.These two kinds of bearing oil homogenized machines have following drawback:
The drawback of gyro type oil homogenized machine is: be that outer ring is fixed inner ring and rotated time 1, bearing oil homogenized, not meeting the actual conditions of some bearing, is such as that inner ring fixes outer ring rotation during some special bearing (as motor car engine tension wheel shaft bearing, automobile hub bearing etc.) work; 2, the fully fixing even fat time can not be ensured, because being manual operation, if operator catching up with output, easily reduce the even fat time, affecting even fat effect; 3, the load (pressure) that during even fat, bearing bears has fluctuation, somebody's pressure is larger, and somebody's pressure is smaller, and same person is also sometimes heavy sometimes light, the even fat load that the bearing of same model is born is different, and even like this fat difference on effect is very large; 4, even fat speed is single, and single even fat speed is not suitable for the bearing of all models, because bearing varies in size, required even fat rotating speed is different; 5, labor strength is large, and within one day, all use hand according to even fat, particularly bearing oil homogenized greatly, operator can feel to tire out.
And Lever type oil homogenized machine is inner ring fixes outer ring and rotate even fat, therefore there is not the first problem of gyro type oil homogenized machine, but four problems still exists below, and assembling bearing is also cumbersome on lever, working efficiency is not high.
Model utility content
The utility model, for above-mentioned deficiency of the prior art, provides a kind of inner ring to fix the full-automatic bearing oil homogenized machine that load adjustable solidating is fixed, even fat speed is adjustable, automaticity is high that outer ring rotates even fat, bearing bears when can ensure fully fixing even fat time, even fat.
In order to solve the problems of the technologies described above, the utility model adopts following technological scheme:
A kind of full-automatic bearing oil homogenized machine, comprise the feeding mechanism connected successively, oil homogenized machine structure, array mechanism, described feeding mechanism comprises the first worktable, be positioned at the turning barrel on the first worktable, the conveying belt connected with the delivery outlet of turning barrel, be positioned at the first pusher cylinder of conveying belt side, treat that the bearing of even fat is placed in turning barrel, turning barrel one direction rotates, by bearing by delivery outlet single deliver on conveying belt, when bearing is transported to corresponding first pusher cylinder place by conveying belt, bearing is pushed the even fat passage of the oil homogenized machine structure being positioned at conveying belt opposite side by the first pusher cylinder,
Described oil homogenized machine structure comprises the second worktable, second worktable is provided with even fat passage, bearing promotes by the first pusher cylinder first station entering even fat passage, next station of first station is even fat position, the side of even fat passage is set side by side with multiple bearing draw-in groove, multiple bearing draw-in groove drives the transverse movement to even fat passage by draw-in groove lateral cylinder, the bearing on even fat passage is made to be stuck in bearing draw-in groove, draw-in groove lateral cylinder is fixed on the mounting plate that the longitudinal cylinder of draw-in groove drives, mounting plate is by the longitudinal air cylinder driven of draw-in groove vertically moving to even fat passage, so bearing is delivered to even fat position by first station by bearing draw-in groove, and the bearing that on even fat position, even fat is complete is transported to next station, in even fat passage, bearing is foremost pushed out in the material dropping channel of array mechanism by vertically moving of bearing draw-in groove, the lower end of even fat passage is provided with the bearing push rod of bearing jack-up, bearing push rod is elevated by bearing push rod air cylinder driven, the pressing plate be fixed on bearing fixed support is provided with above bearing, bearing jack-up contacts to bearing inner race with pressing plate by bearing push rod, bearing inner race is pushed against on pressing plate by bearing push rod, thus is fixedly clamped by the inner ring of bearing, the opposite side relative with bearing draw-in groove of described even fat passage is vertically provided with even fat motor, the output shaft of even fat motor is fixedly connected with even fat wheel, even fat motor is fixed on even fat support, even fat support drives the transverse movement to even fat passage by even fat bracket gas cylinder, the height of even fat wheel is consistent with the height of the bearing by bearing push rod jack-up, the end of travel of even fat support is provided with and stops the proal bounding means of even fat support, when even fat support motion is to end of travel, even fat wheel move to contact with the outer ring of bearing and the outer ring giving bearing with certain load, the even fat wheel be rotating realizes the even fat of bearing by the outer ring rotating of frictional force band dynamic bearing,
Described first worktable or the second worktable are provided with control cabinet, control cabinet is provided with even fat motor speed regulate and display unit, even fat Timing and display unit, even fat quantity display unit.Even fat motor speed regulates and display unit regulates the rotating speed of even fat motor by frequency variator and shows, and makes the even fat speed of bearing consistent with the operating rate of bearing; The rotation time that even fat Timing and display unit regulate and control even fat motor by the time relay is also the even fat time of bearing and shows, and adjusts the even fat time even to ensure even fat according to the model size of bearing; Even fat quantity display unit is by the even fat quantity of counter records bearing and show, and control cabinet is also provided with the switch controlling oil homogenized machine start and stop;
Described array mechanism comprises the material dropping channel of the exit lower end being positioned at described even fat passage, and in even fat passage, bearing is foremost pushed out in material dropping channel by vertically moving of bearing draw-in groove, and bearing stands up from keeping flat to become.The downward-sloping setting of material dropping channel, the width of material dropping channel can hold that single row bearings is vertical to be tumbled, the side of the end of material dropping channel is provided with the second pusher cylinder, when bearing tumbles to material dropping channel end along material dropping channel, the first proximity switch being positioned at material dropping channel end signals to the second pusher cylinder, the bearing being positioned at material dropping channel end pushes to after on permutation table top and returns by the second pusher cylinder, next bearing tumbles to material dropping channel end afterwards, push on permutation table top by the second pusher cylinder again, a upper bearing is promoted to move to right by next bearing, continuation like this, until bearing foremost moves to permutation table top foremost, now permutation table top completely row, be positioned at the permutation pusher cylinder that permutation table top the second proximity switch foremost signals to permutation table top side, row's bearing that permutation pusher cylinder promotes full row on permutation table top by permutation plate moves to opposite side, continuation like this forms the many rows bearing after permutation.
Further, described permutation table top is horizontally disposed with, or described permutation table top is obliquely installed, and angle of inclination and the true dip direction of the angle of inclination of permutation table top and true dip direction and described material dropping channel are consistent.
Further, described bearing draw-in groove is set side by side with three, and three bearing draw-in grooves are fixed on one block of level board, and level board drives the transverse movement to even fat passage by two draw-in groove lateral cylinders, even fat passage is provided with four stations.
Further, the angle of inclination of described material dropping channel is 10 degree.
Further, the switch described operating console controlling oil homogenized machine start and stop comprises main switch, enable switch, emergency stop switch.
Further, a worktable being integrated of described first worktable and the second worktable or discrete two worktable; Described array mechanism is positioned on the second worktable, and array mechanism also can arrange separately a worktable.
Working principle of the present utility model: treat that the bearing of even fat is placed in turning barrel, turning barrel one direction rotates, by bearing by its delivery outlet single deliver on conveying belt, when bearing is transported to corresponding first pusher cylinder place by conveying belt, bearing is pushed first station in the even fat passage of oil homogenized machine structure by the first pusher cylinder, on even fat passage, draw-in groove lateral cylinder driving bearing draw-in groove is to the transverse movement of even fat passage, so bearing draw-in groove clamps bearing, rear bearing draw-in groove vertically move a station along even fat passage under the driving of the longitudinal cylinder of draw-in groove, bearing being brought into next station is also in even fat position, rear bearing draw-in groove first laterally return longitudinally to return again and be returned to initial position,
On even fat position, bearing push rod moves upward under the driving of bearing push rod cylinder, is pushed against by the pressing plate above bearing jack-up to bearing inner race and bearing, so bearing inner race is clamped fixing; Even fat bracket gas cylinder promotes the transverse movement of even fat support to even fat passage simultaneously, even fat support is loaded with even fat motor and even fat wheel, even fat wheel is fixedly connected with the output shaft of even fat motor, when even fat support motion is to when conflicting with the bounding means of its end of travel, even fat wheel contact with the outer ring of bearing and also can give the outer ring of bearing with certain load (pressure), and the even fat be rotating is taken turns by the outer ring rotating of frictional force band dynamic bearing to realize the even fat of bearing; The even fat time of the rotation time regulating and controlling even fat motor by the time relay also i.e. bearing, the even fat time can be regulated and display by the even fat Timing on control cabinet and display unit;
After the even fat time of bearing oil homogenized arrival setting, even fat bracket gas cylinder drives even fat support to return toward the transverse direction of even fat passage, so even fat wheel leaves the outer ring of bearing, bearing push rod cylinder carries bearing push rod and declines together with bearing simultaneously, and bearing is got back on even fat position;
Draw-in groove lateral cylinder driving bearing draw-in groove is to the transverse movement of even fat passage, bearing draw-in groove is made to clamp bearing, rear bearing draw-in groove vertically move a station along even fat passage under the driving of the longitudinal cylinder of draw-in groove, also namely bearing complete for even fat on even fat position is delivered to next station by bearing draw-in groove, and the first pusher cylinder first station advancing treats that the bearing of even fat is transported to even fat position, rear bearing draw-in groove first laterally return longitudinally to return again and be returned to initial position, wait on even fat position new bearing oil homogenized after (pushed against by bearing push rod jack-up, even fat is taken turns again by even fat, after even fat, bearing push rod band dynamic bearing declines) conveying of the longitudinal direction of next round,
In even fat passage, bearing is foremost pushed out in material dropping channel by vertically moving of bearing draw-in groove, bearing stands up from keeping flat to become, vertical bearing is taken advantage of a situation along the material dropping channel tilted and is rolled down, in the end stop motion of material dropping channel, the first proximity switch being positioned at material dropping channel end signals to the second pusher cylinder of material dropping channel end side, the bearing being positioned at material dropping channel end pushes to after on permutation table top and returns by the second pusher cylinder, next bearing tumbles to material dropping channel end afterwards, push on permutation table top by the second pusher cylinder again, a upper bearing is promoted reach by next bearing, when bearing foremost by bearing be below pushed to permutation table top foremost time, now permutation table top completely row, be positioned at the permutation pusher cylinder that permutation table top the second proximity switch foremost signals to permutation table top side, row's bearing that permutation pusher cylinder promotes full row on permutation table top by permutation plate moves to opposite side, continuation like this forms the many rows bearing after permutation.
The beneficial effects of the utility model are:
1, this full-automatic bearing oil homogenized machine the bearing of even fat be applicable to the actual conditions that inner ring is fixed, outer ring rotates, be applicable to the even fat of some special bearing (as motor car engine tension wheel shaft bearing, automobile hub bearing etc.) and use.Employing inner ring is fixedly clamped, outer ring is driven to rotate the mode of even fat with even fat wheel, make the bearing actual conditions that bearing oil homogenized operating mode is fixed with inner ring, outer ring rotates consistent, the requirement that just more can adapt to some special bearing (as motor car engine tension wheel shaft bearing, automobile hub bearing etc.) reality use consistent with bearing actual conditions of bearing oil homogenized operating mode.
2, this full-automatic bearing oil homogenized machine integrates feeding mechanism, oil homogenized machine structure, array mechanism, and feeding, even fat, permutation are all automation, and automaticity is high.
3, frequency variator is adopted to regulate and control the rotating speed of even fat wheel, the rotating speed of even fat motor is regulated and controled with frequency variator, also be the rotating speed of even fat wheel, make the even fat rotating speed of bearing adjustable, can ensure that the real work speed under the even fat speed of bearing and this bearing actual conditions is coincide, the even fat speed of bearing can adjust and show on control cabinet.
4, the time relay is adopted to regulate and control the bearing oil homogenized time, according to the delay time of the model size set time relay of bearing, the even fat time that can adjust bearing is like this even to ensure even fat, the fixing bearing oil homogenized time can be adopted to a kind of bearing, to guarantee this kind of bearing oil homogenized conformity, the even fat time of bearing can adjust and show on control cabinet.
5, the load that bounding means control bearing bears is adopted, at the end of travel of even fat support, bounding means is set, even fat support motion to be conflicted afterwards stop motion to bounding means, the load giving bearing outer ring after even fat wheel contacts with bearing outer ring can be limited like this, the load that when regulating the position adjustable of bounding means even fat, bearing outer ring bears, can adopt fixing even fat load to a kind of bearing.
6, adopt counter to record the even fat quantity of bearing automatically, exactly, the even fat quantity of bearing can show on control cabinet.
Accompanying drawing explanation
Fig. 1 is the even fat schematic diagram of gyro type oil homogenized machine;
Fig. 2 is the even fat schematic diagram of Lever type oil homogenized machine;
Fig. 3 is the plan view of the utility model full-automatic bearing oil homogenized machine;
Fig. 4 is the plan view of the utility model full-automatic bearing oil homogenized machine;
Fig. 5 is the sectional view (top is that A-A analyses and observe, and bottom is that B-B analyses and observe) of the utility model full-automatic bearing oil homogenized machine;
Drawing reference numeral: 11-first worktable; 12-turning barrel; 13-delivery outlet; 14-conveying belt; 15-first pusher cylinder; 201-second worktable; The even fat passage of 202-; 203-bearing push rod; 204-bearing push rod cylinder; 205-bearing fixed support; 206-pressing plate; 207-bearing draw-in groove; 208-draw-in groove lateral cylinder; The longitudinal cylinder of 209-draw-in groove; 210-mounting plate; The even fat motor of 211-; The even fat wheel of 212-; The even fat support of 213-; The even fat bracket gas cylinder of 214-; 215-bounding means; The even fat position of 216-; 217-level board; 30-control cabinet; The even fat motor speed of 31-regulates and display unit; The even fat Timing of 32-and display unit; 33-even fat quantity display unit; 34-main switch; 35-enable switch; 36-emergency stop switch; 41-material dropping channel; 42-first proximity switch; 43-second pusher cylinder; 44-permutation table top; 45-second proximity switch; 46-permutation pusher cylinder; 47-permutation plate; 51-motor; 52-table top; 53-gyro; 61-lever; 62-bearing; 63-fixed body; The even fat wheel of 64-.
Embodiment
Below in conjunction with accompanying drawing and embodiment, the utility model is described in further detail:
Embodiment one
With reference to Fig. 3-5: a kind of full-automatic bearing oil homogenized machine, comprise the feeding mechanism connected successively, oil homogenized machine structure, array mechanism, described feeding mechanism comprises the first worktable 11, be positioned at the turning barrel 12 on the first worktable 11, the conveying belt 14 connected with the delivery outlet 13 of turning barrel 12, be positioned at the first pusher cylinder 15 of conveying belt 14 side, treat that the bearing of even fat is placed in turning barrel 13, turning barrel 13 one direction rotates, for clockwise direction rotates in the present embodiment, by bearing by delivery outlet 13 single deliver on conveying belt 14, when bearing is transported to corresponding first pusher cylinder 15 place by conveying belt 14, bearing is pushed the even fat passage 202 of the oil homogenized machine structure being positioned at conveying belt 14 opposite side by the first pusher cylinder 15,
Described oil homogenized machine structure comprises the second worktable 201, second worktable 201 is provided with even fat passage 202, bearing promotes by the first pusher cylinder 15 first station entering even fat passage 202, next station of first station is even fat position 216, the side of even fat passage 202 is set side by side with multiple bearing draw-in groove 207, multiple bearing draw-in groove 207 drives the transverse movement to even fat passage 202 by draw-in groove lateral cylinder 208, the bearing on even fat passage 202 is made to be stuck in bearing draw-in groove 207, draw-in groove lateral cylinder 208 is fixed on the mounting plate 210 that the longitudinal cylinder 209 of draw-in groove drives, mounting plate 210 drives vertically moving to even fat passage 202 by the longitudinal cylinder 209 of draw-in groove, so bearing is delivered to even fat position 216 by first station by bearing draw-in groove 207, and the bearing that on even fat position 216, even fat is complete is transported to next station, in even fat passage 202, bearing is foremost pushed out in the material dropping channel 41 of array mechanism by vertically moving of bearing draw-in groove 207, the lower end of even fat passage 202 is provided with the bearing push rod 203 of bearing jack-up, bearing push rod 203 drives lifting by bearing push rod cylinder 204, the pressing plate 206 be fixed on bearing fixed support 205 is provided with above bearing, bearing fixed support 205 is fixed on the table top of the second worktable 201, bearing jack-up contacts to bearing inner race with pressing plate 206 by bearing push rod 203, bearing inner race is pushed against on pressing plate 206 by bearing push rod 203, thus is fixedly clamped by the inner ring of bearing, the opposite side relative with bearing draw-in groove 207 of even fat passage 202 is vertically provided with even fat motor 211, the output shaft of even fat motor 211 is set with even fat wheel 212, even fat motor 211 is fixed on even fat support 213, even fat support 213 drives the transverse movement of even fat passage 202 by even fat bracket gas cylinder 214, the height of even fat wheel 212 is consistent with the height of the bearing by bearing push rod 203 jack-up, the end of travel of even fat support 213 is provided with and stops the proal bounding means 215 of even fat support 213, when even fat support 213 moves to end of travel, even fat wheel 212 move to contact with the outer ring of bearing and the outer ring giving bearing with certain load, the even fat wheel 212 be rotating realizes the even fat of bearing by the outer ring rotating of frictional force band dynamic bearing, in the utility model, the longitudinal direction of even fat passage 202 refers to the bearing of trend of even fat passage, and the transverse direction of even fat passage 202 refers to the direction vertical with bearing of trend of even fat passage,
Described first worktable 11 or the second worktable 201 have control cabinet 30, control cabinet 30 is provided with even fat motor speed regulate and display unit 31, even fat Timing and display unit 32, even fat quantity display unit 33.Even fat motor speed regulates and display unit 31 regulates the rotating speed of even fat motor 211 by frequency variator and shows, and makes the even fat speed of bearing consistent with the operating rate of bearing; The rotation time that even fat Timing and display unit 32 regulate and control even fat motor 211 by the time relay is also the even fat time of bearing and shows, and adjusts the even fat time even to ensure even fat according to the model size of bearing; Even fat quantity display unit 33 is by the even fat quantity of counter records bearing and show.Control cabinet 30 is also provided with the switch controlling oil homogenized machine start and stop, the switch controlling oil homogenized machine start and stop comprises main switch 34, enable switch 35, emergency stop switch 36, and in the present embodiment, control cabinet 30 is arranged on the second worktable 201;
Described array mechanism is also positioned on the second worktable 201, array mechanism comprises the material dropping channel 41 of the exit lower end being positioned at described even fat passage 202, when bearing is pushed out to after in material dropping channel 41 by bearing draw-in groove 207 in even fat passage 202, bearing stands up from keeping flat to become, the downward-sloping setting of material dropping channel 41, the width of material dropping channel 41 can hold that single row bearings is vertical to be tumbled, the side of the end of material dropping channel 41 is provided with the second pusher cylinder 43, when bearing tumbles to material dropping channel end along material dropping channel 41, the first proximity switch 42 being positioned at material dropping channel end signals to the second pusher cylinder 43, the bearing being positioned at material dropping channel end pushes to after on permutation table top 44 and returns by the second pusher cylinder 43, next bearing tumbles to material dropping channel end afterwards, push on permutation table top 44 by the second pusher cylinder 43 again, a upper bearing is promoted to move to right by next bearing, continuation like this, until bearing foremost moves to permutation table top 44 foremost, the now full row of permutation table top 44, be positioned at the permutation pusher cylinder 46 that permutation table top 44 the second proximity switch 45 foremost signals to permutation table top 44 side, row's bearing that permutation pusher cylinder 46 promotes full row on permutation table top 44 by permutation plate 47 moves to opposite side, continuation like this forms the many rows bearing after permutation, in Fig. 1, on permutation table top 44, permutation has two row's bearings.Array mechanism can be covered with bearing by permutation table top 44, the effect of array mechanism is discharged by rows on permutation table top by bearing, single row bearings after permutation is inserted in charge frame by going here and there after rod to be through in brearing bore serial connection, and object improves the speed of charging.
In the present embodiment, described bearing draw-in groove 207 is set side by side with three, and three bearing draw-in grooves 207 are fixed on one block of level board, and level board drives the transverse movement to even fat passage 202 by two draw-in groove lateral cylinders 208, even fat passage 202 is provided with four stations.Two draw-in groove lateral cylinders 208 are adopted to be to make the transverse movement of level board more stable.
The angle of inclination of described material dropping channel 41 is 10 degree, and described permutation table top 43 is horizontally disposed with.
Described first worktable 11 and the second worktable 201 are two discrete worktable, and the first worktable 11 and the second worktable 201 also can be worktable of one.Array mechanism also can arrange separately a worktable.
The working procedure of the present embodiment is as follows:
1, treat that the bearing of even fat is placed in turning barrel 12, turning barrel 12 clockwise direction rotates, by bearing by its delivery outlet 13 single deliver on conveying belt 14, when bearing is transported to corresponding first pusher cylinder 15 place by conveying belt 14, bearing is pushed first station in the even fat passage 201 of oil homogenized machine structure by the first pusher cylinder 15, on even fat passage 202, draw-in groove lateral cylinder 208 driving bearing draw-in groove 207 is to the transverse movement of even fat passage 202, so bearing draw-in groove 207 clamps bearing, rear bearing draw-in groove 207 vertically move a station along even fat passage 202 under the driving of the longitudinal cylinder 209 of draw-in groove, bearing being brought into next station is also in even fat position 216, rear bearing draw-in groove 207 first laterally return longitudinally to return again and be returned to initial position,
2, on even fat position 216, bearing push rod 203 moves upward under the driving of bearing push rod cylinder 204, pressing plate 206 above bearing jack-up to bearing inner race and bearing is pushed against, so bearing inner race is fixed, even fat bracket gas cylinder 214 promotes the transverse movement of even fat support 213 to even fat passage 202 simultaneously, even fat support 213 is loaded with even fat motor 211 and even fat wheel 212, even fat wheel 212 is fixedly connected with the output shaft of even fat motor 211, when even fat support 213 move to conflict with the bounding means 216 of its end of travel time, even fat wheel 212 contacts with the outer ring of bearing and can give the outer ring of bearing with certain load (pressure), the even fat wheel 212 be rotating by the outer ring rotating of frictional force band dynamic bearing to realize the even fat of bearing, the even fat time of the rotation time regulating and controlling even fat motor 211 by the time relay also i.e. bearing, the even fat time can be regulated and display by the even fat Timing on control cabinet and display unit,
3, after the even fat time of bearing oil homogenized arrival setting, even fat bracket gas cylinder 214 drives even fat support 213 to return toward the transverse direction of even fat passage 202, so even fat wheel 212 leaves the outer ring of bearing, simultaneously bearing push rod cylinder 204 carries bearing push rod 203 and declines together with bearing, and bearing is got back on even fat position 216;
4, draw-in groove lateral cylinder 208 driving bearing draw-in groove 207 is to the transverse movement of even fat passage 202, bearing draw-in groove 207 is made to clamp bearing, rear bearing draw-in groove 207 vertically move a station along even fat passage 202 under the driving of the longitudinal cylinder 209 of draw-in groove, also namely bearing complete for even fat on even fat position 216 is delivered to next station by bearing draw-in groove 207, and the first pusher cylinder 15 advances on first station of coming and treats that the bearing of even fat is transported to even fat position 216, rear bearing draw-in groove 207 first horizontal withdrawing more longitudinal withdrawing be returned to initial position, wait on even fat position 216 new bearing oil homogenized after (pushed against by bearing push rod 203 jack-up, 212 even fat are taken turns again by even fat, after even fat, bearing push rod 203 declines with dynamic bearing) conveying of the longitudinal direction of next round, when next round is longitudinally carried, in even fat passage 202, bearing is foremost pushed out in material dropping channel 41 by vertically moving of bearing draw-in groove 207,
5, in even fat passage 202, bearing is foremost pushed out in material dropping channel 41 by vertically moving of bearing draw-in groove 207, bearing stands up from keeping flat to become, vertical bearing is taken advantage of a situation along the material dropping channel 41 tilted and is rolled down, in the end stop motion of material dropping channel 41, the first proximity switch 42 being positioned at material dropping channel 41 end signals to the second pusher cylinder 43 of material dropping channel 41 end side, the bearing being positioned at material dropping channel 41 end pushes to after on permutation table top 44 and returns by the second pusher cylinder 43, next bearing tumbles to material dropping channel 41 end afterwards, push on permutation table top 44 by the second pusher cylinder 43 again, a upper bearing is promoted reach by next bearing, when bearing foremost by bearing be below pushed to permutation table top 44 foremost time, the full row of permutation table top 44, be positioned at permutation table top 44 the second proximity switch 45 foremost and signal to the permutation pusher cylinder 46 being positioned at permutation table top 44 side, row's bearing that permutation pusher cylinder 46 promotes full row on permutation table top 44 by permutation plate 47 moves to opposite side, continuation like this forms the many rows bearing after permutation.
In the utility model, bearing is fixedly clamped by bearing push rod air cylinder driven bearing push rod, even fat bracket gas cylinder promotes the transverse movement of even fat support to even fat passage simultaneously, and " simultaneously " refers to that these two actions are concurrent workings, but the two start time can be the same or different.In like manner, after even fat, even fat bracket gas cylinder drives even fat support to return toward the transverse direction of even fat passage, and simultaneously bearing push rod cylinder carries bearing push rod and declines together with bearing, these two actions are also concurrent workings, but the two moment started can be the same or different.
Embodiment two
The difference of the present embodiment and embodiment one is: described permutation table top 43 is obliquely installed, and angle of inclination and the true dip direction of the angle of inclination of permutation table top 43 and true dip direction and material dropping channel 41 are consistent.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.
Claims (6)
1. a full-automatic bearing oil homogenized machine, it is characterized in that: comprise the feeding mechanism connected successively, oil homogenized machine structure, array mechanism, described feeding mechanism comprises the first worktable, be positioned at the turning barrel on the first worktable, the conveying belt connected with the delivery outlet of turning barrel, be positioned at the first pusher cylinder of conveying belt side, treat that the bearing of even fat is placed in turning barrel, turning barrel one direction rotates, by bearing by delivery outlet single deliver on conveying belt, when conveying belt bearing is transported to corresponding first pusher cylinder place, bearing is pushed the even fat passage of the oil homogenized machine structure being positioned at conveying belt opposite side by the first pusher cylinder,
Described oil homogenized machine structure comprises the second worktable, second worktable is provided with even fat passage, bearing promotes by the first pusher cylinder first station entering even fat passage, next station of first station is even fat position, the side of even fat passage is set side by side with multiple bearing draw-in groove, multiple bearing draw-in groove drives the transverse movement to even fat passage to make the bearing on even fat passage be stuck in bearing draw-in groove by draw-in groove lateral cylinder, draw-in groove lateral cylinder is fixed on the mounting plate that the longitudinal cylinder of draw-in groove drives, mounting plate is by the longitudinal air cylinder driven of draw-in groove vertically moving to even fat passage, so bearing is delivered to even fat position by first station by bearing draw-in groove, and the bearing that on even fat position, even fat is complete is transported to next station, in even fat passage, bearing is foremost pushed out in the material dropping channel of array mechanism by vertically moving of bearing draw-in groove, the lower end of even fat passage is provided with the bearing push rod of bearing jack-up, bearing push rod is elevated by bearing push rod air cylinder driven, the pressing plate be fixed on bearing fixed support is provided with above bearing, bearing jack-up contacts to bearing inner race with pressing plate by bearing push rod, bearing inner race is pushed against on pressing plate by bearing push rod, thus is fixedly clamped by the inner ring of bearing, the opposite side relative with bearing draw-in groove of described even fat passage is vertically provided with even fat motor, the output shaft of even fat motor is fixedly connected with even fat wheel, even fat motor is fixed on even fat support, even fat support drives the transverse movement to even fat passage by even fat bracket gas cylinder, the height of even fat wheel is consistent with the height of the bearing by bearing push rod jack-up, the end of travel of even fat support is provided with and stops the proal bounding means of even fat support, when even fat support motion is to end of travel, even fat wheel move to contact with the outer ring of bearing and the outer ring giving bearing with certain load, the even fat wheel be rotating realizes the even fat of bearing by the outer ring rotating of frictional force band dynamic bearing,
Described first worktable or the second worktable are provided with control cabinet, control cabinet is provided with even fat motor speed to regulate and display unit, even fat Timing and display unit, even fat quantity display unit, even fat motor speed regulates and display unit regulates the rotating speed of even fat motor by frequency variator and shows, make the even fat speed of bearing consistent with the operating rate of bearing, the rotation time that even fat Timing and display unit regulate and control even fat motor by the time relay is also the even fat time of bearing and shows, the even fat time is adjusted even to ensure even fat according to the model size of bearing, even fat quantity display unit is by the even fat quantity of counter records bearing and show, control cabinet is also provided with the switch controlling oil homogenized machine start and stop,
Described array mechanism comprises the material dropping channel of the exit lower end being positioned at described even fat passage, when bearing is pushed out to after in material dropping channel by bearing draw-in groove in even fat passage, bearing stands up from keeping flat to become, the downward-sloping setting of material dropping channel, the width of material dropping channel can hold that single row bearings is vertical to be tumbled, the side of the end of material dropping channel is provided with the second pusher cylinder, when bearing tumbles to material dropping channel end along material dropping channel, the first proximity switch being positioned at material dropping channel end signals to the second pusher cylinder, the bearing being positioned at material dropping channel end pushes to after on permutation table top and returns by the second pusher cylinder, next bearing tumbles to material dropping channel end afterwards, push on permutation table top by the second pusher cylinder again, bearing is before pushed to move to right, continuation like this, until bearing foremost moves to permutation table top foremost, now permutation table top completely row, be positioned at the permutation pusher cylinder that permutation table top the second proximity switch foremost signals to permutation table top side, row's bearing that permutation pusher cylinder promotes full row on permutation table top by permutation plate moves to opposite side, continuation like this forms the many rows bearing after permutation.
2. a kind of full-automatic bearing oil homogenized machine as claimed in claim 1, it is characterized in that: described permutation table top is horizontally disposed with, or described permutation table top is obliquely installed, angle of inclination and the true dip direction of the angle of inclination of permutation table top and true dip direction and described material dropping channel are consistent.
3. a kind of full-automatic bearing oil homogenized machine as claimed in claim 1 or 2, it is characterized in that: described bearing draw-in groove is set side by side with three, three bearing draw-in grooves are fixed on one block of level board, level board drives the transverse movement to even fat passage by two draw-in groove lateral cylinders, even fat passage is provided with four stations.
4. a kind of full-automatic bearing oil homogenized machine as claimed in claim 1, is characterized in that: the angle of inclination of described material dropping channel is 10 degree.
5. a kind of full-automatic bearing oil homogenized machine as claimed in claim 1, is characterized in that: the switch described operating console controlling oil homogenized machine start and stop comprises main switch, enable switch, emergency stop switch.
6. a kind of full-automatic bearing oil homogenized machine as claimed in claim 1, is characterized in that: the worktable that described first worktable and the second worktable are integrated or discrete two worktable; Described array mechanism is positioned on the second worktable, and array mechanism also can arrange separately a worktable.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520263050.9U CN204592030U (en) | 2015-04-28 | 2015-04-28 | A kind of full-automatic bearing oil homogenized machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520263050.9U CN204592030U (en) | 2015-04-28 | 2015-04-28 | A kind of full-automatic bearing oil homogenized machine |
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| CN204592030U true CN204592030U (en) | 2015-08-26 |
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| CN201520263050.9U Withdrawn - After Issue CN204592030U (en) | 2015-04-28 | 2015-04-28 | A kind of full-automatic bearing oil homogenized machine |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104776124A (en) * | 2015-04-28 | 2015-07-15 | 浙江八环轴承有限公司 | Full-automatic bearing grease evening machine |
| CN106195598A (en) * | 2016-08-29 | 2016-12-07 | 无锡三立轴承股份有限公司 | The bearing feeding assembly of continuous stuffing device |
| CN108533624A (en) * | 2018-06-19 | 2018-09-14 | 中国航发哈尔滨轴承有限公司 | A kind of aero-engine full ball bearing automatic assembling mechanism |
-
2015
- 2015-04-28 CN CN201520263050.9U patent/CN204592030U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104776124A (en) * | 2015-04-28 | 2015-07-15 | 浙江八环轴承有限公司 | Full-automatic bearing grease evening machine |
| CN104776124B (en) * | 2015-04-28 | 2017-05-10 | 浙江八环轴承有限公司 | Full-automatic bearing grease evening machine |
| CN106195598A (en) * | 2016-08-29 | 2016-12-07 | 无锡三立轴承股份有限公司 | The bearing feeding assembly of continuous stuffing device |
| CN108533624A (en) * | 2018-06-19 | 2018-09-14 | 中国航发哈尔滨轴承有限公司 | A kind of aero-engine full ball bearing automatic assembling mechanism |
| CN108533624B (en) * | 2018-06-19 | 2019-12-13 | 中国航发哈尔滨轴承有限公司 | Full ball bearing automatic assembly mechanism of aeroengine |
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Granted publication date: 20150826 Effective date of abandoning: 20170510 |