CN207945212U - A kind of cast-iron chock of automation equipment - Google Patents

Abstract

The utility model discloses a kind of cast-iron chocks of automation equipment, including bearing block ontology and bearing body, the bearing block ontology is set in the outside of bearing body, the inner cavity of bearing body is connected with shaft, and the top and bottom on the right side of bearing body have been fixedly connected with first bearing pillar.The utility model is covered by using first bearing when countershaft drives bearing body to be rotated, it can make dust, water or sandy soil are brought by shaft in bearing body, and one is also arranged in shaft for stopping that fluid contamination object flows into the annular baffle of bearing with shaft, it can effectively stop fluid contamination object, and object is stained when bearing rotates, it can be discharged by the first spout, make the bearing body of bearing block chamber body from pollution, and the second spout is arranged in the underface of the first spout, when bearing rotates, the outside of bearing block ontology is finally discharged finally by the second spout, extend the service life of bearing.

Description

A kind of cast-iron chock of automation equipment

Technical field

The utility model is related to cast-iron chock technical field, specially a kind of cast-iron chock of automation equipment.

Background technology

The general name for the alloy that cast iron is mainly made of iron, carbon and silicon, cast-iron chock be one kind have cast-iron alloy manufacture and At bearing block, bearing block can receive that combined load, construction be special large-scale and extra large size bearing seat, have construction tight It gathers, turn round the features such as sensitive, convenience for device maintenance, be divided into Split bearing pedestal, plain bearing housing, rolling bearing pedestal, flanged Bearing block, bearing seat with spherical outside surface etc., bearing is that component that is fixed and reducing load friction coefficient is played in mechanical transmission course, It may also be said that when other parts generate relative motion each other on axis, for reducing the friction coefficient in power transmission process With the fixed parts in holding shaft center, bearing is a kind of very important parts in contemporary mechanical equipment, it main Function is the mechanical rotary body of support, to reduce mechanical load friction coefficient of the equipment in transmission process.

The large size bearing to work in some dusts environment more more than heavier, sandy soil and water at present, due to bearing seat shell Its both sides port of the inner cavity surrounded it is poorly sealed, dust seal is poor or sealing ring aging, make dust, water or Sandy soil are easier thus port and enter in the inner cavity of bearing block, and are generally all installed with large size bearing and shaft in the lumen, Thus, pollutant be easy to cause the failures such as the stuck of large size bearing, rupture, so that bearing is damaged, reduces its service life, and And general large size bearing is all more expensive, it is relatively high to be not easy the maintenance cost replaced, replaced, and shutdown maintenance is replaced every time Bearing can all cause very big economic loss.

Invention content

The purpose of this utility model is to provide a kind of cast-iron chocks of automation equipment, have bearing block dust-proof effect Good, in particular surroundings work the advantages of being less likely to be damaged, improve its service life, it is poor to solve bearing block dust-proof effect, The problem of being easily damaged, reduce its service life of particular surroundings work.

To achieve the above object, the utility model provides the following technical solutions：A kind of cast-iron chock of automation equipment, Including bearing block ontology and bearing body, the bearing block ontology is set in the outside of bearing body, the bearing body it is interior Chamber is connected with shaft, and the top and bottom on the right side of the bearing body have been fixedly connected with first bearing pillar, and described First bearing lid is fixedly connected on the inside of one shaft column, the surface of the first bearing pillar offers the first spout, The right side of the bearing body and between the first bearing pillar of both sides and first bearing lid pass on left holder fix connect It is connected to annular baffle, the bottom of the bearing block body surface and offers the second spout below the first spout, The bearing body, first bearing lid and annular baffle are set in the surface of shaft.

Preferably, the top and bottom on the left of the bearing body have been fixedly connected with second bearing lid, second axis The right side opening for holding lid is equipped with groove, and the left side of the shaft runs through bearing body and extends to the inside of groove.

Preferably, the left side of the bearing body and fixation has been fixedly connected at the top and bottom of the second bearing lid Bar is fixedly connected with outer shield on the left of the fixed link, and the outer shield is fixedly connected with second bearing lid.

Preferably, the front-end and back-end of bearing block chamber body bottom offer thread groove, the thread groove Thread in inner cavity is connected with screw rod.

Compared with prior art, the beneficial effects of the utility model are as follows：

1, the utility model is set in bearing block body exterior by bearing block ontology, to which form a protective cover, When shaft rotates, is covered using first bearing when countershaft drives bearing body to be rotated, dust, water or sandy soil can be made It is brought into bearing body by shaft, and is also arranged with one in shaft for stopping that fluid contamination object flows into the annular of bearing with shaft Catch, it can effectively stop fluid contamination object, and stain object when bearing rotates, and can be discharged, be made by the first spout The bearing body of bearing block chamber body is from pollution, and the second spout is arranged in the underface of the first spout, in bearing When rotation, the outside of bearing block ontology is finally discharged finally by the second spout, extends the service life of bearing.

2, the utility model can reinforce the protection to bearing by the setting of second bearing lid, avoid result in bearing damage It is bad, the use of equipment is influenced, by the setting of outer shield, the guarantor to worker can be reinforced to avoid the danger of worker when in use Shield, by the setting of thread groove and screw rod, can increase the practicability of bearing block in order to which bearing block ontology is fixed.

Description of the drawings

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is the utility model bearing block ontology left view structural representation.

In figure：1 bearing block ontology, 2 bearing bodies, 3 shafts, 4 first bearing pillars, 5 first bearing lids, 6 first liquid streams Slot, 7 annular baffles, 8 second spouts, 9 second bearing lids, 10 grooves, 11 fixed links, 12 outer shields, 13 thread grooves, 14 spiral shells Bar.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work The every other embodiment obtained, shall fall within the protection scope of the present invention.

Please refer to Fig.1-2, a kind of cast-iron chock of automation equipment, including bearing block ontology 1 and bearing body 2, axis Bearing ontology 1 is set in the outside of bearing body 2, and the front-end and back-end of 1 intracavity bottom of bearing block ontology offer thread groove 13, the thread in inner cavity of thread groove 13 is connected with screw rod 14, can be in order to bearing block by the setting of thread groove 13 and screw rod 14 Ontology is fixed, and increases the practicability of bearing block, and the inner cavity of bearing body 2 is connected with shaft 3,2 left side of bearing body Top and bottom be fixedly connected with second bearing lid 9, the right side opening of second bearing lid 9 is equipped with groove 10, the left side of shaft 3 Through bearing body 2 and extends to the inside of groove 10 protection to bearing can be reinforced by the setting of second bearing lid 9, Bearing damage is avoided result in, the use of equipment, the left side of bearing body 2 and the top and bottom positioned at second bearing lid 9 are influenced It is fixedly connected with fixed link 11, the left side of fixed link 11 is fixedly connected with outer shield 12, and outer shield 12 is solid with second bearing lid 9 Fixed connection can reinforce the protection to worker, bearing sheet by the setting of outer shield 12 to avoid the danger of worker when in use The top and bottom on the right side of body 2 have been fixedly connected with first bearing pillar 4, and the inside of first bearing pillar 4 is fixedly connected with the One bearing cap 5, the surface of first bearing pillar 4 offer the first spout 6, the right side of bearing body 2 and are located at both sides first Between shaft column 4 and the holder that passes on left of first bearing lid 5 is fixedly connected with annular baffle 7,1 surface of bearing block ontology Bottom and offer the second spout 8, bearing body 2, first bearing lid 5 and annular baffle 7 positioned at the lower section of the first spout 6 It is set in the surface of shaft 3, is set in outside bearing block ontology 1 by bearing block ontology 1, to which form a protections Cover, when shaft 3 rotate, using first bearing lid 5 countershaft 3 drive bearing body 2 rotated when, can make dust, Water or sandy soil are brought by shaft 3 in bearing body 2, and one is also arranged in shaft 3 for stopping fluid contamination object with shaft stream Into the annular baffle 7 of bearing, it can effectively stop fluid contamination object, and stain object when bearing rotates, and can pass through first Spout 6 is discharged, and makes the bearing body 2 of 1 inner cavity of bearing block ontology from pollution, and the second spout 8 is arranged in the first liquid stream The outside of bearing block ontology 1 is finally discharged finally by the second spout 8, extends when bearing is rotated for the underface of slot 6 The service life of bearing.

In use, being set in outside bearing block ontology 1 by bearing block ontology 1, to which form a protective covers, turning When axis 3 rotates, using first bearing lid 5 when countershaft 3 drives bearing body 2 to be rotated, dust, water or sandy soil can be made It is brought into bearing body 2 by shaft 3, and is also arranged with one in shaft 3 for stopping that fluid contamination object flows into bearing sheet with shaft 3 The annular baffle 7 of body 2, it can effectively stop fluid contamination object, and stain object when bearing body 2 rotates, and can pass through One spout 6 is discharged, and makes the bearing body 2 of 1 inner cavity of bearing block ontology from pollution, and the second spout 8 is arranged in the first liquid The outside of bearing block ontology 1 is finally discharged finally by the second spout 8 when bearing body 2 is rotated for the underface of chute 6, Extend the service life of bearing body 2.

In summary：The cast-iron chock of the automation equipment passes through bearing block ontology 1, bearing body 2, shaft 3, One shaft column 4, first bearing lid 5, the first spout 6, annular baffle 7, the second spout 8, second bearing lid 9, groove 10, The cooperation of fixed link 11, outer shield 12, thread groove 13 and screw rod 14, it is poor to solve bearing block dust-proof effect, in particular surroundings work The problem of being easily damaged, reduce its service life of work.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is appreciated that can these embodiments be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaiied Change, replace and modification, the scope of the utility model are defined by the appended claims and the equivalents thereof.

Claims (4)

1. a kind of cast-iron chock of automation equipment, including bearing block ontology（1）And bearing body（2）, it is characterised in that：Institute State bearing block ontology（1）It is set in bearing body（2）Outside, the bearing body（2）Inner cavity be connected with shaft （3）, the bearing body（2）First bearing pillar has been fixedly connected at the top and bottom of right side（4）, the first bearing branch Column（4）Inside be fixedly connected with first bearing lid（5）, the first bearing pillar（4）Surface offer the first spout （6）, the bearing body（2）Right side and be located at both sides first bearing pillar（4）Between and first bearing lid（5）Left side it is logical It crosses holder and is fixedly connected with annular baffle（7）, the bearing block ontology（1）The bottom on surface and be located at the first spout（6）'s Lower section offers the second spout（8）, the bearing body（2）, first bearing lid（5）And annular baffle（7）It is set in and turns Axis（3）Surface.

2. a kind of cast-iron chock of automation equipment according to claim 1, it is characterised in that：The bearing body （2）Second bearing lid has been fixedly connected at the top and bottom of left side（9）, the second bearing lid（9）Right side opening be equipped with it is recessed Slot（10）, the shaft（3）Left side run through bearing body（2）And extend to groove（10）Inside.

3. a kind of cast-iron chock of automation equipment according to claim 1 or 2, it is characterised in that：The bearing sheet Body（2）Left side and be located at second bearing lid（9）Top and bottom be fixedly connected with fixed link（11）, the fixed link （11）Left side be fixedly connected with outer shield（12）, the outer shield（12）With second bearing lid（9）It is fixedly connected.

4. a kind of cast-iron chock of automation equipment according to claim 1, it is characterised in that：The bearing block ontology （1）The front-end and back-end of intracavity bottom offer thread groove（13）, the thread groove（13）Thread in inner cavity be connected with screw rod （14）.