CN204195203U - Bulb assembles oiling station automatically - Google Patents
Bulb assembles oiling station automatically Download PDFInfo
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- CN204195203U CN204195203U CN201420664116.0U CN201420664116U CN204195203U CN 204195203 U CN204195203 U CN 204195203U CN 201420664116 U CN201420664116 U CN 201420664116U CN 204195203 U CN204195203 U CN 204195203U
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Abstract
The utility model provides a kind of bulb and automatically assembles oiling station, for assembling and the oiling of bulb, comprising: installing mechanism, for bulb is installed to workpiece; Detent mechanism, for the location of workpiece, detent mechanism can carry out moving up and down and horizontally rotating; Oiling mechanism, for being coated to the workpiece after installing bulb by lubricating oil; And connecting gear, workpiece is placed on connecting gear, and workpiece can rotate on the transfer mechanism, and connecting gear can do horizontal movement between installing mechanism and oiling mechanism.Bulb of the present utility model assembles oiling station automatically, reduces the labour intensity of workman, improves production efficiency, ensure that the uniformity of oiling, avoids the waste of oil plant, Energy Saving, reduces production cost.
Description
Technical field
The utility model relates to bulb assembling oiling technical field, particularly relates to a kind of bulb and automatically assembles oiling station.
Background technology
The assembling process of the parts thereof of domestic air conditioner, needs to carry out oiling operation again after in steel ball equal sphere Assembly of the parts to annular workpieces.General operation is after manually steel ball being pressed into workpiece, then carries out oiling one by one, ensures the lubrication of steel ball.Like this, the labour intensity of workman is large, and production efficiency is low; And the situations such as oiling is uneven, oil plant waste may be there is in manual oiling.
Utility model content
In view of the present situation of prior art, the purpose of this utility model is to provide a kind of bulb automatically to assemble oiling station, achieves the automatic assembling of bulb, improves production efficiency, ensure the uniformity of oiling, Energy Saving simultaneously.
For achieving the above object, the utility model adopts following technical scheme:
A kind of bulb assembles oiling station automatically, for assembling and the oiling of bulb, comprising:
Installing mechanism, for being installed to workpiece by bulb;
Detent mechanism, for the location of described workpiece, described detent mechanism can carry out moving up and down and horizontally rotating;
Oiling mechanism, for being coated to the described workpiece after installing bulb by lubricating oil; And
Connecting gear, described workpiece is placed on described connecting gear, and described workpiece can rotate on described connecting gear, and described connecting gear can do horizontal movement between described detent mechanism and described oiling mechanism.
Wherein in an embodiment, described detent mechanism comprises the first lift cylinder, the first guide rod, the first installing plate and the first rotating mechanism for horizontally rotating;
Described first lift cylinder is arranged on described first guide rod, described first installing plate is connected to described first lift cylinder, described first rotating mechanism is arranged on described first installing plate, and described first lift cylinder moves reciprocatingly along the axis of described first guide rod for driving described first rotating mechanism.
Wherein in an embodiment, described first rotating mechanism comprises axle and the first patrix on the first motor, the first shaft coupling, first;
On described first, one end of axle is connected to the rotating shaft of described first motor by described first shaft coupling, and on described first, the other end of axle is connected to described first patrix, and described first motor horizontally rotates for driving described first patrix;
Described first patrix is placed in the below of described first installing plate, and described first patrix is the disk of hollow out, and when described connecting gear moves to below described detent mechanism, described first patrix can compress described workpiece.
Wherein in an embodiment, described detent mechanism also comprises detection module, and described detection module is placed on described first installing plate, for detecting the position, hole on described workpiece;
Described detection module comprises detection cylinder and test rod, and described detection cylinder pumps for driving described test rod; When described in first, patrix compresses described workpiece, described test rod abuts with described workpiece.
Wherein in an embodiment, described oiling mechanism comprises the second lift cylinder, the second guide rod, the second installing plate and the second rotating mechanism for horizontally rotating;
Described second lift cylinder is arranged on described second guide rod, described second installing plate is connected to described second lift cylinder, described second rotating mechanism is arranged on described second installing plate, and described second lift cylinder moves reciprocatingly along the axis of described second guide rod for driving described second rotating mechanism.
Wherein in an embodiment, described second rotating mechanism comprises axle and the second patrix on the second motor, the second shaft coupling, second;
On described second, one end of axle is connected to the rotating shaft of described second motor by described second shaft coupling, and on described second, the other end of axle is connected to described second patrix, and described second motor horizontally rotates for driving described second patrix;
Described second patrix is placed in the below of described second installing plate, and described second patrix is solid disk, and when described connecting gear moves to the below of described oiling mechanism, described second patrix can compress described workpiece.
Wherein in an embodiment, described installing mechanism comprises the first slide rail, the first slide block, the first cylinder and feeding pressure mechanism;
Described first slide block matches with described first slide rail, and described first cylinder does horizontal reciprocating movement for driving described first slide block on described first slide rail;
Described first slide block is provided with discharging fixed head, and described feeding pressure mechanism is arranged on described discharging fixed head, and described feeding pressure mechanism is used for described bulb to load in the hole of described workpiece.
Wherein in an embodiment, described feeding pressure mechanism comprises feeding slip lid, the second cylinder, hopper, hopper and binder post;
Described hopper is communicated with described hopper, described second cylinder is arranged on described feeding slip lid, be fixedly connected with described hopper, described binder post is arranged on described hopper, and be communicated with described hopper, described binder post is for extruding described bulb, and described second cylinder pumps for driving described binder post.
Wherein in an embodiment, described installing mechanism also comprises the 3rd cylinder, and the quantity of described feeding pressure mechanism is two, and two described feeding pressure mechanisms are symmetrical arranged; Described 3rd cylinder is for regulating the spacing of two described feeding pressure mechanisms.
Wherein in an embodiment, described connecting gear comprises the second slide rail, the second slide block, displacement cylinder, shifting mountings, shifting mountings push pedal and rotary module;
Described shifting mountings is arranged on described second slide block, and described second slide block matches with described second slide rail, and one end of described shifting mountings push pedal is connected to described shifting mountings, and the other end of described shifting mountings push pedal is connected to described displacement cylinder; Described displacement cylinder does horizontal reciprocating movement for driving described second slide block on described second slide rail;
Described rotary module is arranged on described shifting mountings.
Wherein in an embodiment, described rotary module comprises lower shaft, counterdie dynamic model and counterdie cover half;
Described lower shaft is arranged on described shifting mountings, and described counterdie dynamic model is fixedly connected with described lower shaft, and described counterdie dynamic model can rotate with described lower shaft, and described workpiece is set on described counterdie cover half;
Described counterdie cover half is arranged on all sides of described counterdie dynamic model.
Wherein in an embodiment, described connecting gear is provided with for the oil spout cylinder to described workpiece lubricating oil spraying, is arranged on described counterdie cover half described in described oil spout cylinder is arranged on; The two ends of described oil spout cylinder are provided with sealing gasket;
The quantity of described oil spout cylinder is two, and two described oil spout cylinders are arranged relative to described axisymmetric.
The beneficial effects of the utility model are:
Bulb of the present utility model assembles oiling station automatically, in the assembling and oiling process of bulb, only workpiece need be placed on the transfer mechanism, and connecting gear can do horizontal movement between installing mechanism and oiling mechanism, when connecting gear moves to the below of detent mechanism, bulb loads in the hole of workpiece by installing mechanism, which decreases the labour intensity of workman, improves production efficiency.After having assembled, connecting gear moves to the below of oiling mechanism, and the lubricating oil on the workpiece installed after bulb applies evenly by oiling mechanism, this ensure that the uniformity of oiling, avoids the waste of oil plant, Energy Saving, reduce production cost.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view that bulb of the present utility model assembles detent mechanism one embodiment of oiling station automatically;
Fig. 2 is the front view of the detent mechanism shown in Fig. 1;
Fig. 3 is the side view of the detent mechanism shown in Fig. 1;
Fig. 4 is the top view of the detent mechanism shown in Fig. 1;
Fig. 5 is the side view of detection module one embodiment in detent mechanism of the present utility model;
Fig. 6 is the schematic perspective view that bulb of the present utility model assembles oiling mechanism one embodiment of oiling station automatically;
Fig. 7 is the front view of oiling mechanism shown in Fig. 6;
Fig. 8 is the side view of oiling mechanism shown in Fig. 6;
Fig. 9 is the top view of oiling mechanism shown in Fig. 6;
Figure 10 is the front view that bulb of the present utility model assembles installing mechanism one embodiment of oiling station automatically;
Figure 11 is the side view of installing mechanism shown in Figure 10;
Figure 12 is the top view of installing mechanism shown in Figure 10;
Figure 13 is the top view that bulb of the present utility model assembles connecting gear one embodiment of oiling station automatically;
Figure 14 is the A-A sectional view of connecting gear in Figure 13;
Figure 15 is the B-B sectional view of connecting gear in Figure 13.
Detailed description of the invention
In order to make the technical solution of the utility model clearly, below in conjunction with accompanying drawing, oiling station being assembled automatically to bulb of the present utility model and is described in further detail.Should be appreciated that specific embodiment described herein only in order to explain the utility model and to be not used in restriction the utility model.
See Fig. 1 to Figure 15, bulb of the present utility model assembles oiling station automatically, for assembling and the oiling of bulb, comprises detent mechanism 100, oiling mechanism 200, installing mechanism 300 and connecting gear 400.Installing mechanism 300 is for being installed to workpiece by bulb; Detent mechanism 100 is for the location of workpiece, and detent mechanism 100 can carry out moving up and down and horizontally rotating.Oiling mechanism 200 is for being applied to the workpiece after installing bulb by lubricating oil; Workpiece is placed on connecting gear 400, and workpiece can rotate on connecting gear 400, and connecting gear 400 can do horizontal movement between installing mechanism 100 and oiling mechanism 200.
During assembling, connecting gear 400 moves to the below of detent mechanism 100, detent mechanism 100 workpiece pressing, and bulb loads in the hole of workpiece by installing mechanism 300; Afterwards, detent mechanism 100 horizontally rotates, and workpiece will not load the hole bit alignment installing mechanism 300 of bulb.Repeat said process, until the porose position on workpiece is all filled with bulb.
After having assembled, detent mechanism 100 unclamps workpiece, and connecting gear 400 moves to oiling mechanism 200.During oiling, connecting gear 400 moves to the below of oiling mechanism 200, oiling mechanism 200 workpiece pressing, and workpiece horizontally rotates on connecting gear 400, and oiling mechanism 200 is for applying lubricating oil evenly.It should be understood that bulb can be the parts such as steel ball, lubricating oil can be silicone grease wet goods.
In the assembling and oiling process of bulb, only workpiece need be placed on the transfer mechanism, and connecting gear can do horizontal movement between installing mechanism and oiling mechanism, when connecting gear moves to the below of detent mechanism, bulb loads in the hole of workpiece by installing mechanism, which decrease the labour intensity of workman, improve production efficiency.After having assembled, connecting gear moves to the below of oiling mechanism, and the lubricating oil on the workpiece installed after bulb applies evenly by oiling mechanism, this ensure that the uniformity of oiling, avoids the waste of oil plant, Energy Saving, reduce production cost.
As shown in Figure 3, as a kind of embodiment, detent mechanism 100 comprises the first lift cylinder 11, first guide rod 12 and the first rotating mechanism 13 for horizontally rotating.First lift cylinder 11 is arranged on the first guide rod 12 by the first cylinder holder 16, first installing plate 15 is connected to the first lift cylinder 11, first rotating mechanism 13 is arranged on the first installing plate 15, and the first lift cylinder 11 moves reciprocatingly along the axis of the first guide rod 12 for driving the first rotating mechanism 13.
In the present embodiment, the bottom of the first guide rod 12 is fixed on workbench by the first flange 18, ensure that the first guide rod 12 can not slide.The top of the first guide rod 12 is provided with the damage of the first guide rod seat 17, first guide rod seat 17 for preventing the first rotating mechanism 13 slippage first guide rod 12 from causing detent mechanism 100.The quantity of the first guide rod 12 is two, and two the first guide rods 12 be arranged in parallel.
When connecting gear 400 moves to the below of detent mechanism 100, the first lift cylinder 11 drives the first rotating mechanism 13 to move downward along the first guide rod 12, until the first rotating mechanism 13 workpiece pressing, bulb loads in the hole on workpiece by installing mechanism 300.Then, the first rotational structure 13 and connecting gear 400 level of synchronization rotate, and make the hole bit alignment installing mechanism 300 workpiece not loading bulb, repeat above operation, until Kong Weijun all on workpiece loads bulb.After positions, hole all on workpiece has been assembled, the first lift cylinder 11 has driven the first rotating mechanism 13 to move upward along the first guide rod 12, and make the first rotating mechanism 13 unclamp workpiece, connecting gear 400 moves to oiling mechanism 200.
More preferably, the first rotating mechanism 13 comprises axle 133 and the first patrix 134 on the first motor 131, first shaft coupling 132, first.On first, one end of axle 134 is connected to the rotating shaft of the first motor 131 by the first shaft coupling 132.First shaft coupling 132 for connect the first motor 131 rotating shaft and first on axle 133, make axle 133 synchronous rotary on the first motor 131 and first.
On first, the other end of axle 133 is connected to the first patrix 134, first motor 131 and horizontally rotates for driving the first patrix 134.In the present embodiment, on first, axle 133 being arranged with the first top chock 137, for supporting axle 133 on first, keeping balance.The top of the first top chock 137 is provided with the first locking nut 136, first locking nut 136 for preventing loosening of the first top chock 137.First patrix 134 is placed in the below of the first installing plate 15, discoid in hollow out of the first patrix 134, makes outside the position, hole on workpiece is exposed to, to facilitate the assembling of bulb.When connecting gear 400 moves to below detent mechanism 100, the first patrix 134 can workpiece pressing.
In the present embodiment, the quantity the first installing plate 15 being provided with the first motor pole 138, first motor pole 138 is four, and four the first motor poles 138 form rectangle.First motor mounting plate 135 is arranged on the first motor pole 138, and the first motor mounting plate 135 is fixedly connected with four the first motor poles 138, first motor 131 is arranged on the first motor mounting plate 135, and the rotating shaft of the first motor 131 runs through the first motor mounting plate 135, the connection of axle 133 in the rotating shaft and first being convenient to realize the first motor 131 like this.
Preferably, stepper motor selected by first motor 131, and the first motor 131 often turns the interval moving a step and should equal on workpiece between position, adjacent two holes, the number of the bulb of each filling can be controlled like this by the step number controlling to rotate, make the control of detent mechanism more accurate like this.
More preferably, detent mechanism 100 also comprises detection module 14, and detection module 14 is placed on the first installing plate 15, for detecting the position, hole on workpiece.As shown in Figure 5, detection module 14 comprises detection cylinder 141 and test rod 142, detects cylinder 141 and pumps for driving test rod 142.In the present embodiment, detect cylinder 141 and be fixedly mounted on detection cylinder mounting plate, detect cylinder mounting plate and be fixedly connected with the first installing plate 15.
Test rod 142 is arranged on and detects on substrate, and test rod 142 runs through detection substrate, and test rod 142 is fixedly connected with detection substrate by detecting copper sheathing.One end of test rod 142 is connected with detection cylinder 141 by detecting nut, and when the first patrix workpiece pressing, test rod 142 abuts with workpiece.When test rod detect workpiece has the position, hole not yet loading bulb time, first motor 131 controls the first patrix 134 and horizontally rotates, make the position, hole workpiece not yet loading bulb turn to the position corresponding with installing mechanism 300, installing mechanism 300 is by bulb load hole.
As shown in Figure 8, as a kind of embodiment, oiling mechanism 200 comprises the second lift cylinder 21, second guide rod 22 and the second rotating mechanism 23 for horizontally rotating.Second lift cylinder 21 is arranged on the second guide rod 22 by the second cylinder holder 25, second installing plate 24 connects the second lift cylinder 21, second rotating mechanism 23 is arranged on the second installing plate 24, and the second lift cylinder 21 moves reciprocatingly along the axis of the second guide rod 22 for driving the second rotating mechanism 23.
In the present embodiment, the second guide rod 22 is fixed on workbench by the second flange 27, ensure that the second guide rod 22 can not slide.The upper end of the second guide rod 22 is provided with the damage of the second guide rod seat 26, second guide rod seat 26 for preventing the second rotating mechanism 23 slippage second guide rod 22 from causing oiling mechanism 200.The quantity of the second guide rod 22 is two, and two the second guide rods 22 be arranged in parallel.
When connecting gear 400 moves to the below of oiling mechanism 200, the second lift cylinder 21 drives the second rotating mechanism 23 to move downward along the second guide rod 22, until the second rotating mechanism 23 workpiece pressing.Then, the second rotating mechanism 23 rotates with connecting gear 400 level of synchronization, and lubricating oil is applied evenly.After oiling completes, the second lift cylinder 21 drives the second rotating mechanism 23 to move upward along the second guide rod 22, makes the second rotating mechanism 23 unclamp workpiece.
More preferably, the second rotating mechanism 23 comprises axle 233 and the second patrix 234 on the second motor 231, second shaft coupling 232, second.On second, one end of axle 233 is connected to the rotating shaft of the second motor 231 by the second shaft coupling 232.Second shaft coupling 232 for connect the second motor 231 rotating shaft and second on axle 233, make axle 233 synchronous rotary on the second motor 231 and second.
On second, the other end of axle 233 is connected to the second patrix 234, second motor 231 and horizontally rotates for driving the second patrix 234.Axle 233 being arranged with the second top chock 237 on second, for supporting axle 233 on second, keeping balance.Second top chock 237 above be provided with the second locking nut 236, second locking nut 236 for prevent the second top chock 237 loosen.
Second patrix 234 is placed in the below of the second installing plate 24, and in order to ensure the uniformity that lubricating oil applies, the second patrix 234 is solid disk.When connecting gear 400 moves to the below of oiling mechanism 200, the second patrix 234 workpiece pressing.Drive the second patrix 234 to rotate by the second motor 231, the Lubricating Oil on the workpiece installed after bulb can be applied evenly, ensure the lubricant effect of each bulb, avoid the waste of oil plant, reduce production cost.
In the present embodiment, the quantity the second installing plate 24 being provided with the second motor pole 238, second motor pole 238 is four, and four the second motor poles 238 form rectangle.Second motor mounting plate 235 is arranged on the second motor pole 238, and the second motor mounting plate 235 is fixedly connected with four the second motor poles 238, second motor 231 is arranged on the second motor mounting plate 235, and the rotating shaft of the second motor 231 runs through the second motor mounting plate 235, the connection of axle in the rotating shaft and second being convenient to realize the second motor like this.
As shown in Figure 10, as a kind of embodiment, installing mechanism 300 comprises the first slide rail 31, first slide block 32, first cylinder 33 and feeding pressure mechanism 35.First slide block 32 matches with the first slide rail 31, and the first cylinder 33 moves reciprocatingly on the first slide rail 31 for driving the first slide block 32.First slide rail is arranged on discharging fixed head 34, and feeding pressure mechanism 35 is arranged on the first slide block 32, and feeding pressure mechanism 35 is for loading bulb in the hole of workpiece.In the present embodiment, the two ends of the first cylinder 31 are provided with the first cylinder mounting block, and the first cylinder mounting block is fixedly connected with discharging fixed head 34, the first cylinder 33 are fixed on the below of the first slide rail 31.
When the position, hole of position relative with installing mechanism 300 on workpiece is unkitted into bulb, the first cylinder 33 drives the first slide block 32 to slide to the direction of detent mechanism 100, and bulb loads in the hole of workpiece by feeding pressure mechanism 35.After assembling completes, the first cylinder 33 drives the first slide block 32 to slide to the direction away from detent mechanism 100.Then, the first rotating mechanism 13 on detent mechanism 100 and connecting gear 400 level of synchronization rotate, and workpiece will not load the hole bit alignment installing mechanism 300 of bulb.Repeat said process, until the porose position on workpiece is all filled with bulb.
More preferably, feeding pressure mechanism 35 comprises the second cylinder 351, binder post 354, hopper 353 and hopper 352.Hopper 352 is communicated with hopper 353, and the second cylinder 351 is fixedly connected with hopper 353, and binder post 354 is arranged on hopper 353, and is communicated with hopper 353, and binder post 354 is for extruding bulb, and the second cylinder 351 up and down reciprocatingly transports merit for driving binder post to do.Second cylinder 351 is arranged on binder air cylinder board, and the quantity of binder air cylinder board is two, and two binder air cylinder boards are setting up and down, and two binder air cylinder boards are all arranged on feeding slip lid 350.
In the present embodiment, binder post is the pipeline of hollow, loads in workpiece through binder post for bulb.Feeding pressure mechanism 35 also comprises binder post guide pad, and binder post runs through binder post guide pad.Be provided with linear bushings between binder post 354 and binder post guide pad, the wearing and tearing of binder post can be avoided like this.Binder post 354 being arranged with interior jump ring, for preventing binder post 354 moving axially in linear bushings, ensure that the accuracy of assembling.
When needs load bulb in workpiece, the second cylinder 351 drives binder post 354 to move downward, and binder post 354 matches with the position, hole in workpiece, is filled to by bulb in position, hole.After filling, the second cylinder 351 drives binder post 354 to move upward, and namely the second cylinder 351 drives binder post 354 to move to the direction away from workpiece.
More preferably, installing mechanism 300 also comprises the 3rd cylinder, and the quantity of feeding pressure mechanism 35 is two, and two feeding pressure mechanisms 35 are symmetrical arranged; 3rd cylinder is for regulating the spacing of two feeding pressure mechanisms.When the spacing on workpiece between adjacent holes position changes, the 3rd air cylinder driven feeding pressure mechanism motion, until feeding pressure mechanism is adjusted to and spacing on workpiece between position, hole matches.
As shown in figure 13, as a kind of embodiment, connecting gear 400 comprises the second slide rail, the second slide block 41, displacement cylinder, shifting mountings 42, shifting mountings push pedal 43 and rotary module 44.Shifting mountings 42 is arranged on the second slide block 41, and the second slide block 41 matches with the second slide rail, and one end of shifting mountings push pedal 43 is connected to shifting mountings 42, and the other end of shifting mountings push pedal 43 is connected to displacement cylinder; Displacement cylinder moves reciprocatingly on the second slide rail for driving the second slide block 41; Rotary module 44 is arranged on shifting mountings 42.In the present embodiment, the quantity of the second slide block 41 is four, and four the second slide blocks 41 are separately positioned on four angles place of shifting mountings 42.
When needing the assembling carrying out bulb, displacement air cylinder driven second slide block 41 moves to the direction of detent mechanism 100, until the rotary module 44 on shifting mountings 42 is corresponding with the first rotating mechanism 13 on detent mechanism 100.After assembling completes, displacement air cylinder driven second slide block 41 moves to the direction of oiling mechanism 200, until rotary module 44 is corresponding with the second rotating mechanism 23 on oiling mechanism 200 on shifting mountings 42.In oiling process, rotary module 44 and the second rotating mechanism 23 level of synchronization rotate.
More preferably, rotary module 44 comprises lower shaft 441, counterdie dynamic model 442 and counterdie cover half 443.Lower shaft 441 is arranged on shifting mountings 42, and counterdie dynamic model 442 is fixedly connected with lower shaft 441 by alignment pin, and counterdie dynamic model 442 can be followed lower shaft 441 and be rotated; Counterdie cover half 443 is arranged on all sides of counterdie dynamic model 442, and workpiece is set on counterdie cover half 443.In the present embodiment, lower shaft 441 is arranged with bearing 46, bearing 46 is for supporting lower shaft 441.Bearing 46 is arranged with step 45, step 45 is for spring bearing 46.Bearing gland 47 is provided with between step 45 and bearing 46.
When the first patrix 131 workpiece pressing on detent mechanism 100, on first, axle 133 abuts with lower shaft 441, and on first, the rotation of axle 133 drives lower shaft 441 synchronous axial system.Because counterdie dynamic model 442 is fixedly connected with lower shaft 441, therefore, counterdie dynamic model 442 can be followed lower shaft 441 and rotated.In the present embodiment, counterdie dynamic model 442 is provided with workpiece template, workpiece is placed in workpiece template.
As a kind of embodiment, connecting gear 400 is provided with for the oil spout cylinder 500 to workpiece ejection lubricating oil, and oil spout cylinder 500 is arranged on counterdie cover half 443.In the present embodiment, counterdie cover half 443 is provided with oil spout cylinder mounting block 51, oil spout cylinder 500 is fixedly connected with oil spout cylinder mounting block 51.One end that oil spout cylinder 500 is connected with counterdie cover half 443 is provided with plug cock 52, and the two ends of oil spout cylinder 500 are provided with sealing gasket.Sealing gasket, for filling up the microscopic void between cylinder block and head, ensures that there is good sealing at the faying face place of cylinder block and cylinder head, prevents cylinder leakage tester.More preferably, the quantity of oil spout cylinder 500 is two, and two oil spout cylinders 500 are symmetrical arranged relative to lower shaft 441.
More preferably, this bulb automatically assembles oiling station and also comprises control module, and control module comprises controller and touch-screen, and touch-screen is connected to controller; Detent mechanism, installing mechanism, oiling mechanism, connecting gear are connected to controller respectively.In the present embodiment, controller is arranged on workbench by pillar.And this control module also comprises tri-colour LED, this tri-colour LED is connected to controller, is used to indicate the duty that this bulb assembles oiling station automatically.
The using method that bulb of the present utility model assembles oiling station is automatically as follows:
A, whether first detecting this bulb, automatically to assemble the startup of oiling station normal, reliable, checks whether cylinder can normally run; The voltage request that this bulb assembles oiling station is automatically 220V, and the air pressure of each cylinder requires as 0.4Mpa ~ 0.6Mpa.Normal operation is started above after situation without exception.
B, workpiece is placed on connecting gear 400, start eletric button, connecting gear 400 moves to the below of detent mechanism 100, and the detection module on detent mechanism 100 finds the position, hole on workpiece automatically accurately, and bulb is pressed into the Kong Weizhong on workpiece by installing mechanism 300.Then, the first rotating mechanism 13 on detent mechanism 100 and counterdie dynamic model 442 level of synchronization on connecting gear 400 rotate, and make the hole bit alignment installing mechanism 300 workpiece not loading bulb, until the Kong Weijun on workpiece fills bulb.
C, connecting gear 400 move to the below of oiling mechanism 200, and oil spout cylinder 500 sprays lubricating oil.Then the second rotating mechanism 23 level of synchronization on the counterdie dynamic model 442 on connecting gear 400 and oiling mechanism 200 rotates, and the lubricating oil coating that oil spout cylinder 500 sprays by oiling mechanism 200 evenly.After oiling completes, take out workpiece, complete operation.
Bulb of the present utility model assembles oiling station automatically, in the assembling and oiling process of bulb, only workpiece need be placed on the transfer mechanism, and connecting gear can do horizontal movement between installing mechanism and oiling mechanism, when connecting gear moves to the below of detent mechanism, bulb loads in the hole of workpiece by installing mechanism, which decreases the labour intensity of workman, improves production efficiency.After having assembled, connecting gear moves to the below of oiling mechanism, and the lubricating oil on the workpiece installed after bulb applies evenly by oiling mechanism, this ensure that the uniformity of oiling, avoids the waste of oil plant, Energy Saving, reduce production cost.
The above embodiment only have expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.
Claims (12)
1. bulb assembles an oiling station automatically, for assembling and the oiling of bulb, it is characterized in that, comprising:
Installing mechanism (300), for being installed to workpiece by bulb;
Detent mechanism (100), for the location of described workpiece, described detent mechanism (100) can carry out moving up and down and horizontally rotating;
Oiling mechanism (200), for being coated to the described workpiece after installing bulb by lubricating oil; And
Connecting gear (400), described workpiece is placed on described connecting gear (400), described workpiece can in the upper rotation of described connecting gear (400), and described connecting gear (400) can do horizontal movement between described detent mechanism (100) and described oiling mechanism (200).
2. bulb according to claim 1 assembles oiling station automatically, it is characterized in that:
Described detent mechanism (100) comprises the first lift cylinder (11), the first guide rod (12), the first installing plate (15) and the first rotating mechanism (13) for horizontally rotating;
Described first lift cylinder (11) is arranged on described first guide rod (12), described first installing plate (15) is connected to described first lift cylinder (11), described first rotating mechanism (13) is arranged on described first installing plate (15), and described first lift cylinder (11) moves reciprocatingly along the axis of described first guide rod (12) for driving described first rotating mechanism (13).
3. bulb according to claim 2 assembles oiling station automatically, it is characterized in that:
Described first rotating mechanism (13) comprises axle (133) and the first patrix (134) on the first motor (131), the first shaft coupling (132), first;
On described first, one end of axle (133) is connected to the rotating shaft of described first motor (131) by described first shaft coupling (132), on described first, the other end of axle (133) is connected to described first patrix (134), and described first motor (131) horizontally rotates for driving described first patrix (134);
Described first patrix (134) is placed in the below of described first installing plate (15), the disk that described first patrix (134) is hollow out, when described connecting gear (400) moves to described detent mechanism (100) below, described first patrix (134) can compress described workpiece.
4. bulb according to claim 3 assembles oiling station automatically, it is characterized in that:
Described detent mechanism (100) also comprises detection module (14), and described detection module (14) is placed on described first installing plate (15), for detecting the position, hole on described workpiece;
Described detection module (14) comprises detection cylinder (141) and test rod (142), and described detection cylinder (141) pumps for driving described test rod (142); When patrix described in first (134) compresses described workpiece, described test rod (142) abuts with described workpiece.
5. bulb according to claim 1 assembles oiling station automatically, it is characterized in that:
Described oiling mechanism (200) comprises the second lift cylinder (21), the second guide rod (22), the second installing plate (24) and the second rotating mechanism (23) for horizontally rotating;
Described second lift cylinder (21) is arranged on described second guide rod (22), described second installing plate (24) is connected to described second lift cylinder (21), described second rotating mechanism (23) is arranged on described second installing plate (24), and described second lift cylinder (21) moves reciprocatingly along the axis of described second guide rod (22) for driving described second rotating mechanism (23).
6. bulb according to claim 5 assembles oiling station automatically, it is characterized in that:
Described second rotating mechanism (23) comprises axle (233) and the second patrix (234) on the second motor (231), the second shaft coupling (232), second;
On described second, one end of axle (233) is connected to the rotating shaft of described second motor (231) by described second shaft coupling (232), on described second, the other end of axle (233) is connected to described second patrix (234), and described second motor (231) horizontally rotates for driving described second patrix (234);
Described second patrix (234) is placed in the below of described second installing plate (24), described second patrix (234) is solid disk, when described connecting gear (400) moves to the below of described oiling mechanism (200), described second patrix (234) can compress described workpiece.
7. bulb according to claim 1 assembles oiling station automatically, it is characterized in that:
Described installing mechanism (300) comprises the first slide rail (31), the first slide block (32), the first cylinder (33) and feeding pressure mechanism (35);
Described first slide block (32) is matched with described first slide rail (31), and described first cylinder (33) does horizontal reciprocating movement for driving described first slide block (32) on described first slide rail (31);
Described first slide block (32) is provided with discharging fixed head (34), described feeding pressure mechanism (35) is arranged on described discharging fixed head (34), and described feeding pressure mechanism (35) is for loading described bulb in the hole of described workpiece.
8. bulb according to claim 7 assembles oiling station automatically, it is characterized in that:
Described feeding pressure mechanism (35) comprises feeding slip lid (350), the second cylinder (351), hopper (352), hopper (353) and binder post (354);
Described hopper (352) is communicated with described hopper (353), described second cylinder (351) is arranged on described feeding slip lid (350), be fixedly connected with described hopper (353), described binder post (354) is arranged on described hopper (353), and be communicated with described hopper (353), described binder post (354) is for extruding described bulb, and described second cylinder (351) pumps for driving described binder post (354).
9. bulb according to claim 8 assembles oiling station automatically, it is characterized in that:
Described installing mechanism (300) also comprises the 3rd cylinder, and the quantity of described feeding pressure mechanism (35) is two, and two described feeding pressure mechanisms (35) are symmetrical arranged; Described 3rd cylinder is for regulating the spacing of two described feeding pressure mechanisms (35).
10. bulb according to claim 1 assembles oiling station automatically, it is characterized in that:
Described connecting gear (400) comprises the second slide rail, the second slide block (41), displacement cylinder, shifting mountings (42), shifting mountings push pedal (43) and rotary module (44);
Described shifting mountings (42) is arranged on described second slide block (41), described second slide block (41) is matched with described second slide rail, one end of described shifting mountings push pedal (43) is connected to described shifting mountings (42), and the other end of described shifting mountings push pedal (43) is connected to described displacement cylinder; Described displacement cylinder does horizontal reciprocating movement for driving described second slide block (41) on described second slide rail;
Described rotary module (44) is arranged on described shifting mountings (42).
11. bulbs according to claim 10 assemble oiling station automatically, it is characterized in that:
Described rotary module (44) comprises lower shaft (441), counterdie dynamic model (442) and counterdie cover half (443);
Described lower shaft (441) is arranged on described shifting mountings (42), described counterdie dynamic model (442) is fixedly connected with described lower shaft (441), described counterdie dynamic model (442) can rotate with described lower shaft (441), and described workpiece is set on described counterdie cover half (443);
Described counterdie cover half (443) is arranged on all sides of described counterdie dynamic model (442).
12. bulbs according to claim 11 assemble oiling station automatically, it is characterized in that:
Described connecting gear (400) is provided with for the oil spout cylinder (500) to described workpiece lubricating oil spraying, is arranged on described counterdie cover half (443) described in described oil spout cylinder (500) is arranged on; The two ends of described oil spout cylinder (500) are provided with sealing gasket;
The quantity of described oil spout cylinder (500) is two, and two described oil spout cylinders (500) are symmetrical arranged relative to described lower shaft (441).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420664116.0U CN204195203U (en) | 2014-11-06 | 2014-11-06 | Bulb assembles oiling station automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420664116.0U CN204195203U (en) | 2014-11-06 | 2014-11-06 | Bulb assembles oiling station automatically |
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| CN204195203U true CN204195203U (en) | 2015-03-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN (1) | CN204195203U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104400395A (en) * | 2014-11-06 | 2015-03-11 | 格力电器（合肥）有限公司 | Automatic assembling and oil-coating device for spherical part |
| CN106625382A (en) * | 2016-12-19 | 2017-05-10 | 兰州空间技术物理研究所 | Precise assembly device for spherical sensor used for detecting space electric field |
| CN107199455A (en) * | 2017-06-29 | 2017-09-26 | 沈阳工业大学 | A kind of automotive gear shifter lifting core bar assembling device |
| CN110064923A (en) * | 2019-04-13 | 2019-07-30 | 烟台三环信和汽车电装有限公司 | A kind of automatic installation torsional spring and last item and the equipment for quantifying oiling |
-
2014
- 2014-11-06 CN CN201420664116.0U patent/CN204195203U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104400395A (en) * | 2014-11-06 | 2015-03-11 | 格力电器（合肥）有限公司 | Automatic assembling and oil-coating device for spherical part |
| CN106625382A (en) * | 2016-12-19 | 2017-05-10 | 兰州空间技术物理研究所 | Precise assembly device for spherical sensor used for detecting space electric field |
| CN106625382B (en) * | 2016-12-19 | 2018-09-14 | 兰州空间技术物理研究所 | A kind of precision assembly device for space electric field detection spherical sensor |
| CN107199455A (en) * | 2017-06-29 | 2017-09-26 | 沈阳工业大学 | A kind of automotive gear shifter lifting core bar assembling device |
| CN107199455B (en) * | 2017-06-29 | 2019-01-22 | 沈阳工业大学 | A kind of automotive gear shifter lifting core bar assembly device |
| CN110064923A (en) * | 2019-04-13 | 2019-07-30 | 烟台三环信和汽车电装有限公司 | A kind of automatic installation torsional spring and last item and the equipment for quantifying oiling |
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