The fit structure of bearing and bearing block
Technical field
The present invention relates to field of bearings, more particularly to the fit structure of a kind of bearing and bearing block.
Background technology
Rolling bearing can produce substantial amounts of heat due to rubbing in operation process, in conventional design, these heat meetings
By lubricating oil(Fat)Circulation and the conduction of heat of bearing block outwardly distribute, so as to ensure rolling bearing at the allowed temperature just
Often work.When the load born by rolling bearing is larger, bearing can be sharply increased due to the heat that friction is produced, only by lubrication
Oil(Fat)Circulation and the conduction of heat of bearing block the heat that bearing is produced can not be distributed in time so that bearing
Constant temperature is raised, and ultimately results in the failure of lubricant and the damage of bearing, and cause whole equipment cisco unity malfunction or
Generation major accident.
Conventional radiator structure is that pipeline is arranged on bearing block, then is passed through medium to realize water-cooled in the pipeline.
In order to realize the circulation of medium, the external pumping unit on the pipeline is needed.Which results in water cooling equipment very huge, cost mistake
It is high, it is difficult to be widely used.
The content of the invention
For the deficiencies in the prior art, the invention provides the fit structure of bearing and bearing block.
The present invention is achieved through the following technical solutions:The fit structure of bearing and bearing block, including bearing block and solid
Surely the bearing being arranged in the bearing block, is provided with the water-cooled pipeline for being lowered the temperature to bearing in the bearing block,
The water-cooled pipeline includes an inlet and an outlet, and is connected with elastic bag, is fixed with inside the elastic bag on the entrance
Second magnet, is provided with the first check valve on the elastic bag, and also including water tank, the water tank passes through the second pipeline and institute
State, the outlet is connected with water tank by the first pipeline, is provided with and institute on the bearing inner race
State the first magnet of the second magnet cooperation.
In above-mentioned technical proposal, second magnet is arranged at the one end of the elastic bag away from the entrance.
In above-mentioned technical proposal, on second pipeline, the second check valve is provided with.
In above-mentioned technical proposal, the elastic bag has undulatory side wall.
The present invention has the advantages that:The present invention by bearing block arrange water-cooled pipeline, on water-cooled pipeline
The elastic bag of the second magnet is connected with, the first magnet coordinated with the second magnet is provided with bearing inner race, in bearing
In rotation process, elastic bag is caused ceaselessly to shrink diastole by the second magnet and the mutual intermolecular forces of the first magnet, by water
Coolant in case is constantly blasted in elastic bag, from making cooling medium that circulation is completed in water-cooled pipeline, effectively prevent
The problem of Bearing Temperature occurs.
Description of the drawings
Fig. 1 is the structural representation of the present invention.
Structural representations of the Fig. 2 for elastic bag(First check valve is not shown).
Specific embodiment
The present invention is described in further detail with specific embodiment below in conjunction with the accompanying drawings:Referring to Fig. 1 to Fig. 2, bearing
With the fit structure of bearing block, including bearing block 1 and the bearing 2 being fixedly installed in the bearing block 1, in the bearing block 1
It is interior that the bearing " loaded " position is provided with the water-cooled pipeline 3 for being lowered the temperature to bearing, the water-cooled pipeline 3 include into
Mouth 30 and outlet 31, are connected with elastic bag 4 on the entrance 30, the second magnet 40 are fixed with inside the elastic bag 4,
The first check valve 41 is additionally provided with 4 side wall of the elastic bag.
Also include water tank 5, the water tank 5 is connected with inside the elastic bag 4 by the second pipeline 6, the outlet 31
Connected with water tank 5 by the first pipeline 7, the first magnetic coordinated with second magnet 40 is provided with 2 inner ring of the bearing
Body 20.And second magnet 40 is arranged at the one end of the elastic bag 4 away from the entrance 30.
In bearing inner race rotation process, when the first magnet 20 on its inner ring is close to the second magnet 40 on the air bag
When, second magnet 40 be attracted so that the elastic bag by moment compress, now the cooling medium in water tank is pressed into
Water-cooled channel interior, when the first magnet 20 is away from the second magnet 40 on the air bag, elastic bag diastole, surrounding air edge
The first check valve 41 to enter inside elastic bag, constantly replaced by above-mentioned two process so that the coolant in water tank is not
Disconnected blasts in elastic bag, from making cooling medium that circulation is completed in water-cooled pipeline, effectively prevent Bearing Temperature
Problem occurs.Test proves that, in the case of not high for bearing rotating speed, application effect is ideal for present configuration.
The second check valve 60 is provided with second pipeline 6, prevents elastic bag 4 from shrinking and elastic gas during diastole
Liquid medium in capsule 4 is back to the second pipeline 6.
The elastic bag 4 has undulatory side wall 42, is beneficial to the deformation of elastic bag 4.