CN208944477U

CN208944477U - A kind of mechanical motor processing trickle irrigation type bearing chamber oiling station

Info

Publication number: CN208944477U
Application number: CN201820560132.3U
Authority: CN
Inventors: 吴琦隆
Original assignee: Nanjing Smelting And Casting Heavy Machinery Co Ltd
Current assignee: Jiangsu Hejie Heavy Industry Technology Co.,Ltd.
Priority date: 2018-04-19
Filing date: 2018-04-19
Publication date: 2019-06-07
Anticipated expiration: 2028-04-19

Abstract

The utility model discloses a kind of mechanical motor processing trickle irrigation type bearing chamber oiling stations, including device noumenon, pedestal is arranged in device noumenon, collecting tank is arranged in the lower section of pedestal, support frame is arranged in the top of pedestal, the inside setting support supporting plate of support frame, piggyback pod is arranged in device noumenon, rotation axis is arranged in the inside of piggyback pod, and driven shaft, the bottom setting infiltration plate of driven shaft is arranged in device noumenon, sponge is smeared in the bottom setting for permeating plate, fuel tank is arranged in device noumenon, and device noumenon setting divides oil groove, divides the lower end surface of oil groove that oil distributing pipe is arranged.The utility model structure is simple, pass through the structure of adjustable support supporting plate, facilitate the installation and removal of end cap, fuel feeding is carried out by way of trickle irrigation, grease is sufficient when ensure that oiling and does not need repeatedly to add grease operation, has saved a large amount of time, and device noumenon using when be that multiple groups station works at the same time, working efficiency is effectively increased, it is whole easy to use, it is practical.

Description

A kind of mechanical motor processing trickle irrigation type bearing chamber oiling station

Technical field

The utility model relates to field of machining, specifically a kind of mechanical motor processing is filled with the bearing chamber oiling of trickle irrigation type It sets.

Background technique

A kind of important spare part of the bearing as production equipment, is widely used in the mechanical equipments such as all kinds of water pumps, motor In.In use, because of the difference of service life length, it is often necessary to maintenance or the bearing that more renews, when replacement, because of installation It needs, many bearings and axis are all to need dedicated son of taking off to take off bearing, and since bearing is logical using interference fit Standing on the inside of end cap or casing, need simultaneously to dismantle end cap or casing when removing bearing, therefore the inside of bearing chamber It needs to carry out painting oil processing, increases the lubricity inside bearing chamber in this way, avoid rubbing during use It wipes and noise occurs.

It is all by manually using brush immersion oil, then with brush in the inside of bearing chamber that existing bearing chamber, which applies oil processing, It is smeared, but this mode of operation has following disadvantage:

1, the manual working time is long, the low efficiency of work；

2, grease is easy to be coated onto other positions, there is certain waste to grease.

Therefore it needs to make improvements.

Utility model content

The purpose of this utility model is to provide a kind of mechanical motor processing trickle irrigation type bearing chamber oiling stations, to solve The problems mentioned above in the background art.

To achieve the above object, the utility model provides the following technical solutions:

A kind of mechanical motor processing trickle irrigation type bearing chamber oiling station, including device noumenon, the setting of described device ontology Support column is arranged in the bottom of pedestal, the pedestal, is fixedly connected by welding between the support column and pedestal, described Collecting tank is arranged in the lower section of pedestal, and the top of the pedestal is arranged support frame, passes through welding between support frame as described above and pedestal Mode is fixedly connected, and the inside setting support supporting plate of support frame as described above, the surface of pedestal is arranged in the support supporting plate, described It supports the top of supporting plate that rack is set, is fixed between the rack and support supporting plate by screw, on the support supporting plate The position of corresponding rack is equipped with installing port, and piggyback pod is arranged in described device ontology, and the upper of support frame is arranged in the piggyback pod Side, is fixedly connected between piggyback pod and support frame by the effect of fixing screws, and rotation axis, institute is arranged in the inside of the piggyback pod It states and is rotatablely connected between rotation axis and piggyback pod by the effect of bearing, the second motor is set on support frame as described above, described second It is fixedly connected between motor and support frame by the effect of bracket and screw, the output end of second motor and the bottom of drive shaft Portion is fixedly connected by the effect of shaft coupling, and driven shaft is arranged in described device ontology, is passed through between the driven shaft and piggyback pod The effect of bearing is rotatablely connected, and the bottom setting infiltration plate of the driven shaft is fixedly connected between infiltration plate and the driven shaft, Sponge is smeared in the bottom setting of the infiltration plate, and the effect smeared between sponge and infiltration plate by glue, which is pasted, to be connected, Fuel tank is arranged in described device ontology, and the fuel tank is fixedly connected with the top of piggyback pod by the effect of screw, and device noumenon is set Set a point oil groove, it is described divide through slot is set on oil groove, the driven shaft passes through through slot, it is described divide between oil groove and fuel tank pass through connection The effect of steel pipe connects, and the top of joint steel pipe and the inside of fuel tank are interconnected, the bottom of joint steel pipe with divide the interior of oil groove Portion is interconnected, and the lower end surface setting oil distributing pipe for dividing oil groove, the oil distributing pipe is interconnected with the inside of oil groove is divided, institute The surface of infiltration plate is arranged in the output end for stating oil distributing pipe.

As a further solution of the present invention: traveling wheel, the traveling wheel and receipts are arranged in the two sides of the collecting tank It is fixedly connected between collection slot.

As a further solution of the present invention: knob is set on the end face of the collecting tank, the knob and collection It is fixedly connected between slot by the effect of screw.

As a further solution of the present invention: water proof ring is arranged in the junction of the collecting tank and pedestal, it is described anti- Connection is pasted by the effect of glue between hydrosphere and the bottom surface of pedestal.

As a further solution of the present invention: deflector, the deflector and pedestal is arranged in the inside of the pedestal Between fixed by screw, the bottom of deflector is arranged feed inlet, inside the collecting tank below the feed inlet and pedestal mutually It is connected to, diversion trench is set on the inner wall of the deflector, is integrated formed structure between the diversion trench and deflector.

As a further solution of the present invention: the deflector is at bowl structure.

As a further solution of the present invention: it is described support supporting plate left end be arranged guide rod, the guide rod with It is slidably connected between support supporting plate, is fixedly connected between the bottom and pedestal of the guide rod, it is fixed between top and support frame Connection.

As a further solution of the present invention: it is described support supporting plate right end be arranged threaded rod, the threaded rod with It supports and is connected between supporting plate by screw-type, is rotatablely connected between the bottom and pedestal of the threaded rod by the effect of bearing, It is rotatablely connected between top and support frame by bearing, first motor, the first motor and support is set on support frame as described above It is fixedly connected by bracket with the effect of screw between frame, passes through shaft coupling between the output end and threaded rod of the first motor Effect be fixedly connected.

First bevel gear, the first cone tooth are set in the rotation axis as a further solution of the present invention, Wheel is fixedly connected with the effect between rotation axis by screw, and the inside of the piggyback pod is equipped with drive shaft, the drive shaft and It is rotatablely connected between the inner wall of piggyback pod by the effect of bearing, second bevel gear, second cone is set in the drive shaft It is fixedly connected between gear and drive shaft by the effect of screw, is mutually nibbled between the second bevel gear and first bevel gear It closes, second bevel gear is set on the driven shaft, the position setting first bevel gear of driven shaft is corresponded in the rotation axis, it is described It is intermeshed between first bevel gear and second bevel gear.

Compared with prior art, the utility model has the beneficial effects that the utility model structure is simple, by adjustable Support supporting plate structure, facilitate the installation and removal of end cap, carry out fuel feeding by way of trickle irrigation, oil when ensure that oiling Rouge is sufficient and does not need repeatedly to add grease and operates, and has saved a large amount of time, and device noumenon using when be more Group station works at the same time, and effectively increases working efficiency, whole easy to use, practical.

Detailed description of the invention

Fig. 1 is the structural schematic diagram that trickle irrigation type bearing chamber oiling station is used in mechanical motor processing.

Fig. 2 be mechanical motor processing trickle irrigation type bearing chamber oiling station in deflector B to structural schematic diagram.

Fig. 3 be mechanical motor processing trickle irrigation type bearing chamber oiling station in divide oil groove A to structural schematic diagram.

Specific embodiment

The technical solution of the patent is explained in further detail With reference to embodiment.

Fig. 1-3 is please referred to, a kind of mechanical motor processing trickle irrigation type bearing chamber oiling station, including device noumenon are described Pedestal 1 is arranged in device noumenon, and the bottom of the pedestal 1 is arranged support column 2, passes through welding between the support column 2 and pedestal 1 Mode is fixedly connected, and collecting tank 3 is arranged in the lower section of the pedestal 1, and traveling wheel 4, the walking is arranged in the two sides of the collecting tank 3 It is fixedly connected between wheel 4 and collecting tank 3, the collecting tank 3 is slided on the ground by the effect of traveling wheel 4, the collecting tank 3 End face on setting knob 5, be fixedly connected between the knob 5 and collecting tank 3 by the effect of screw, the collecting tank 3 and Water proof ring 6 is arranged in the junction of pedestal 1, pastes connection by the effect of glue between the water proof ring 6 and the bottom surface of pedestal 1, Deflector 7 is arranged in the inside of the pedestal 1, is fixed between the deflector 7 and pedestal 1 by screw, and the deflector 7 is at bowl Shape structure, the bottom of deflector 7 are arranged feed inlet 9, are interconnected inside the feed inlet 9 and the collecting tank 3 of 1 lower section of pedestal, Diversion trench 8 is set on the inner wall of the deflector 7, is integrated formed structure between the diversion trench 8 and deflector 7, the bottom Support frame 11 is arranged in the top of seat 1, is fixedly connected by welding between support frame as described above 11 and pedestal 1, the support The surface of pedestal 1, a left side for the support supporting plate 10 is arranged in the inside setting support supporting plate 10 of frame 11, the support supporting plate 10 End setting guide rod 12, is slidably connected between the guide rod 12 and support supporting plate 10, the bottom of the guide rod 12 and pedestal 1 Between be fixedly connected, be fixedly connected between top and support frame 11, it is described support supporting plate 10 right end be arranged threaded rod 13, it is described It is connected between threaded rod 13 and support supporting plate 10 by screw-type, passes through bearing between the bottom and pedestal 1 of the threaded rod 13 Effect rotation connection first motor is set on support frame as described above 11 by bearing rotation connection between top and support frame 11 14, it is fixedly connected between the first motor 14 and support frame 11 by the effect of bracket and screw, the first motor 14 It is fixedly connected between output end and threaded rod 13 by the effect of shaft coupling, rack is arranged in the top of the support supporting plate 10 15, it is fixed between the rack 15 and support supporting plate 10 by screw, the position of rack 15 is corresponded on the support supporting plate 10 Installing port is installed, piggyback pod 16 is arranged in described device ontology, and the top of support frame 11, piggyback pod is arranged in the piggyback pod 16 It is fixedly connected between 16 and support frame 11 by the effect of fixing screws, rotation axis 17, institute is arranged in the inside of the piggyback pod 16 It states and is rotatablely connected between rotation axis 17 and piggyback pod 16 by the effect of bearing, first bevel gear is set in the rotation axis 17 18, it is fixedly connected between the first bevel gear 18 and rotation axis 17 by the effect of screw, the inside of the piggyback pod 16 is set There is drive shaft 20, is rotatablely connected between the drive shaft 20 and the inner wall of piggyback pod 16 by the effect of bearing, the drive shaft Second bevel gear 19 is set on 20, is fixedly connected between the second bevel gear 19 and drive shaft 20 by the effect of screw, institute It states and is intermeshed between second bevel gear 19 and first bevel gear 18, the second motor 21 is set on support frame as described above 11, described It is fixedly connected between two motors 21 and support frame 11 by the effect of bracket and screw, the output end of second motor 21 and drive The bottom of moving axis 20 is fixedly connected by the effect of shaft coupling, and described device ontology is arranged driven shaft 22, the driven shaft 22 with It is rotatablely connected between piggyback pod 16 by the effect of bearing, second bevel gear 19, the rotation axis is set on the driven shaft 22 The position setting first bevel gear 18 of driven shaft 22 is corresponded on 17, between the first bevel gear 18 and second bevel gear 19 mutually Engagement, the bottom setting infiltration plate 24 of the driven shaft 22, is fixedly connected, the infiltration between the infiltration plate 24 and driven shaft 22 Sponge 23 is smeared in the bottom setting of saturating plate 24, and the effect smeared between sponge 23 and infiltration plate 24 by glue, which is pasted, to be connected It connects, fuel tank 28 is arranged in described device ontology, and the fuel tank 28 is fixedly connected with the top of piggyback pod 16 by the effect of screw, fills It sets ontology setting and divides oil groove 25, described to divide setting through slot 29 on oil groove 25, the driven shaft 22 passes through through slot 29, described to divide oil groove It is connected between 25 and fuel tank 28 by the effect of joint steel pipe 27, the top of joint steel pipe 27 is mutually interconnected with the inside of fuel tank 28 Logical, the bottom of joint steel pipe 27 is interconnected with the inside of oil groove 25 is divided, the lower end surface setting oil distributing pipe 26 for dividing oil groove 25, The oil distributing pipe 26 is interconnected with the inside of oil groove 25 is divided, and infiltration plate 24 is being arranged in just in the output end of the oil distributing pipe 26 Top.

The working principle of the utility model is: device noumenon using when be that end cap is installed first, installation When be the inside that end cap is mounted on to rack 15, have fixed mounting hole on rack 15, matched by taboo tightening knob The screw hole closed on end cap installs end cap, the height of support supporting plate 10 is adjusted after installing, adjusting height is to allow It is come into full contact between the bearing chamber and smearing sponge 23 of end cap, allows and smear the inside that sponge 23 is located at bearing chamber, the mode of adjusting It is starting first motor 14, drives threaded rod 13 to rotate by the effect of first motor 14, thus drive support supporting plate 10 mobile, Start the second motor 21 after regulating, drive drive shaft 20 to rotate by the effect of the second motor 21 because drive shaft 20 with It is rotation connection between rotation axis 17, therefore rotation axis 17 rotates, passes through the first cone tooth between rotation axis 17 and driven shaft 22 The effect rotation connection that wheel 18 and second bevel gear 19 cooperate drives so that driven shaft 22 be driven to rotate and smears 23 turns of sponge It is dynamic, the grease stored in fuel tank 28 is sent in point oil groove 25 by joint steel pipe 27 in the course of rotation, is then passed through Grease is sent to the top of infiltration plate 24 by oil distributing pipe 26, is then slowly penetrated into and is smeared in sponge 23, and next pair in this way It smears sponge 23 and carries out fuel feeding, painting oil processing is carried out to bearing chamber to realize, the utility model structure is simple, by adjustable The structure of the support supporting plate 10 of formula, facilitates the installation and removal of end cap, carries out fuel feeding by way of trickle irrigation, ensure that oiling When grease it is sufficient and do not need repeatedly add grease and operate, saved a large amount of time, and when device noumenon use It is that multiple groups station works at the same time, effectively increases working efficiency, it is whole easy to use, it is practical.

The preferred embodiment of the patent is described in detail above, but this patent is not limited to above-mentioned embodiment party Formula within the knowledge of one of ordinary skill in the art can also be under the premise of not departing from this patent objective It makes a variety of changes.

Claims

1. a kind of mechanical motor processing trickle irrigation type bearing chamber oiling station, including device noumenon, which is characterized in that described device Pedestal (1) is arranged in ontology, and support column (2) are arranged in the bottom of the pedestal (1), passes through between the support column (2) and pedestal (1) The mode of welding is fixedly connected, and collecting tank (3) are arranged in the lower section of the pedestal (1), and support frame is arranged in the top of the pedestal (1) (11), it is fixedly connected by welding between support frame as described above (11) and pedestal (1), support frame as described above is set on the inside of (11) Support supporting plate (10) is set, support supporting plate (10) setting is set above the surface of pedestal (1), the support supporting plate (10) Placement location frame (15) is fixed between the rack (15) and support supporting plate (10) by screw, on the support supporting plate (10) The position of corresponding rack (15) is equipped with installing port, and piggyback pod (16) are arranged in described device ontology, piggyback pod (16) setting In the top of support frame (11), it is fixedly connected between piggyback pod (16) and support frame (11) by the effect of fixing screws, it is described Rotation axis (17) are arranged in the inside of piggyback pod (16), are turned between the rotation axis (17) and piggyback pod (16) by the effect of bearing It is dynamic to connect, it is arranged the second motor (21) on support frame as described above (11), passes through between second motor (21) and support frame (11) Bracket is fixedly connected with the effect of screw, and the output end of second motor (21) and the bottom of drive shaft (20) pass through shaft coupling Effect be fixedly connected, described device ontology be arranged driven shaft (22), pass through between the driven shaft (22) and piggyback pod (16) The effect of bearing is rotatablely connected, bottom setting infiltration plate (24) of the driven shaft (22), the infiltration plate (24) and driven shaft (22) it is fixedly connected between, sponge (23) are smeared in the bottom setting of infiltration plate (24), the smearing sponge (23) and infiltration Connection is pasted by the effect of glue between plate (24), fuel tank (28) are arranged in described device ontology, the fuel tank (28) and power The top in cabin (16) is fixedly connected by the effect of screw, device noumenon setting divides oil groove (25), it is described divide on oil groove (25) set It sets through slot (29), the driven shaft (22) passes through through slot (29), described to divide between oil groove (25) and fuel tank (28) through connection steel The effect connection of (27) is managed, the top of joint steel pipe (27) and the inside of fuel tank (28) are interconnected, the bottom of joint steel pipe (27) Portion is interconnected with the inside of oil groove (25) is divided, lower end surface setting oil distributing pipe (26) for dividing oil groove (25), the oil distributing pipe (26) be interconnected with the inside of oil groove (25) is divided, the setting of the output end of the oil distributing pipe (26) infiltration plate (24) just on Traveling wheel (4) are arranged in the two sides of side, the collecting tank (3), are fixedly connected between the traveling wheel (4) and collecting tank (3), described Setting knob (5) on the end face of collecting tank (3), the effect between the knob (5) and collecting tank (3) by screw, which is fixed, to be connected It connects.

2. mechanical motor processing trickle irrigation type bearing chamber oiling station according to claim 1, which is characterized in that the receipts Water proof ring (6) are arranged in the junction for collecting slot (3) and pedestal (1), pass through glue between the water proof ring (6) and the bottom surface of pedestal (1) Connection is pasted in the effect of water.

3. mechanical motor processing trickle irrigation type bearing chamber oiling station according to claim 1, which is characterized in that the bottom Deflector (7) are arranged in the inside of seat (1), are fixed between the deflector (7) and pedestal (1) by screw, the bottom of deflector (7) Feed inlet (9) are arranged in portion, are interconnected inside the collecting tank (3) below the feed inlet (9) and pedestal (1), the deflector (7) diversion trench (8) are set on inner wall, are integrated formed structures between the diversion trench (8) and deflector (7).

4. mechanical motor processing trickle irrigation type bearing chamber oiling station according to claim 3, which is characterized in that described to lead Flowing plate (7) is at bowl structure.

5. mechanical motor processing trickle irrigation type bearing chamber oiling station according to claim 1, which is characterized in that the branch Guide rod (12) are arranged in the left end of bracketing plate (10), are slidably connected between the guide rod (12) and support supporting plate (10), described It is fixedly connected between the bottom of guide rod (12) and pedestal (1), is fixedly connected between top and support frame (11).

6. mechanical motor processing trickle irrigation type bearing chamber oiling station according to claim 1, which is characterized in that the branch Threaded rod (13) are arranged in the right end of bracketing plate (10), are connected between the threaded rod (13) and support supporting plate (10) by screw-type Connect, be rotatablely connected between the bottom and pedestal (1) of the threaded rod (13) by the effect of bearing, top and support frame (11) it Between be rotatablely connected by bearing, first motor (14) are set on support frame as described above (11), the first motor (14) and support frame (11) it is fixedly connected by bracket with the effect of screw between, between the output end and threaded rod (13) of the first motor (14) It is fixedly connected by the effect of shaft coupling.

7. mechanical motor processing trickle irrigation type bearing chamber oiling station according to claim 1, which is characterized in that described turn First bevel gear (18) are set on moving axis (17), pass through the effect of screw between the first bevel gear (18) and rotation axis (17) It is fixedly connected, the inside of the piggyback pod (16) is equipped with drive shaft (20), the inner wall of the drive shaft (20) and piggyback pod (16) Between be rotatablely connected by the effect of bearing, second bevel gear (19) are set on the drive shaft (20), the second bevel gear (19) it is fixedly connected between drive shaft (20) by the effect of screw, the second bevel gear (19) and first bevel gear (18) Between be intermeshed, second bevel gear (19) are set on the driven shaft (22), correspond to driven shaft on the rotation axis (17) (22) first bevel gear (18) are arranged in position, are intermeshed between the first bevel gear (18) and second bevel gear (19).