CN207358850U - A kind of tension structure of the thin ring face mill equipment of axle sleeve - Google Patents
A kind of tension structure of the thin ring face mill equipment of axle sleeve Download PDFInfo
- Publication number
- CN207358850U CN207358850U CN201721409312.3U CN201721409312U CN207358850U CN 207358850 U CN207358850 U CN 207358850U CN 201721409312 U CN201721409312 U CN 201721409312U CN 207358850 U CN207358850 U CN 207358850U
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- conduction band
- fixed
- mill equipment
- downlink
- face mill
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Abstract
A kind of tension structure of the thin ring face mill equipment of axle sleeve, end face mill equipment including lasso, the side of end face mill equipment is equipped with base station, towing bracket is fixed with base station, towing bracket is hinged with driving pulley and driven pulley by articulated shaft, leash is connected between driving pulley and driven pulley, the shaft of articulated shaft and driving motor on the driving pulley is affixed, driving motor is fixed on electric machine support, and electric machine support is molded on towing bracket, it is characterised in that：Preceding installation side plate is fixed with the inlet end wall of end face mill equipment, before one end of uplink conduction band and one end of downlink conduction band are bolted in installation side plate, uplink conduction band and downlink conduction band are parallel, the other end of uplink conduction band and the other end of downlink conduction band are fixed on strainer through end face mill equipment, strainer is fixed in rear installation side plate, and rear installation side plate is fixed on the side wall on rear side of the mill equipment port of export of end face.It can meet the grinding for realizing ultra-thin bearing ring.
Description
Technical field：
The technical field of bearing machining equipment is the utility model is related to, more specifically to a kind of thin ring face of axle sleeve
Grind the tension structure of equipment.
Background technology：
Bearing, is the important component of industrial sector, its bearing is generally made of outer ring, inner ring, retainer and ball,
Ball is clamped between outer ring and inner ring and is plugged in retainer.Existing kinds of bearings is various, it is according to bearing ring
Thickness can be divided into heavy wall bearing, thin-wall bearing, ultra-thin-wall bearing etc., and and width relatively thin in processing wall thickness also relatively thin axis
During bearing ring, it generally requires to carry out grinding to the both ends of the surface of bearing ring, but for the ultra-thin bearing holder (housing, cover) of some width
Circle, existing end face mill equipment can not meet its processing request.
Utility model content：
The purpose of the utility model is to solve the deficiencies of the prior art, and provides a kind of thin ring face mill of axle sleeve and set
Standby tension structure, it rectifies and improves existing end face mill equipment, can meet the grinding for realizing ultra-thin bearing ring.
A kind of tension structure of the thin ring face mill equipment of axle sleeve, includes the end face mill equipment of lasso, end face mill equipment
Side is equipped with base station, and towing bracket is fixed with base station, and towing bracket is hinged with driving pulley and driven pulley by articulated shaft,
It is connected with leash between driving pulley and driven pulley, the shaft of articulated shaft and driving motor on the driving pulley is consolidated
Connect, driving motor is fixed on electric machine support, and electric machine support is molded on towing bracket, solid on the inlet end wall of end face mill equipment
Surely there is preceding installation side plate, one end of uplink conduction band and one end of downlink conduction band are bolted in preceding installation side plate, on
Row conduction band and downlink conduction band are parallel, and the other end of uplink conduction band and the other end of downlink conduction band are fixed on through end face mill equipment
On strainer, strainer is fixed in rear installation side plate, and rear installation side plate is fixed on rear side of the mill equipment port of export of end face
On side wall；
The strainer includes being fixed on the front shoe in rear installation side plate, the rear installation on rear side of front shoe
Side plate is equipped with the tensioning plate of bar shaped, forms T-slot on tensioning plate, screw is plugged with the T-slot of tensioning plate, screw passes through
Uplink conduction band and downlink conduction band, which are bolted with, is fixed with locking nut, and be spirally connected tensioning bolt on the tensioning plate, tensioning bolt
Tail end is pressed against on front shoe, and the first waist-shaped hole and the second waist-shaped hole have been separately formed on uplink conduction band and downlink conduction band, fixed
Position bolt is spirally connected and is fixed on front shoe through the first waist-shaped hole of uplink conduction band or the second waist-shaped hole of downlink conduction band.
Preferably, front apron and rear baffle are inserted between the uplink conduction band and downlink conduction band, front apron is fixed on
In the mill equipment of end face, rear baffle is fixed on adjusting fulcrum, adjusts fulcrum and is installed in adjustment seat, and adjustment seat is fixed on end face mill and sets
It is standby upper.
Preferably, for the tensioning bolt at least provided with two, tensioning bolt is distributed in the both ends of tensioning plate.
The beneficial effects of the utility model are：
It optimizes on the basis of existing end surface of bearing ring grinds equipment, adds the conduction band with tension structure,
Transportation work during bearing ring grinding is realized, so as to fulfill grinding operation is realized in bearing ring course of conveying.
Brief description of the drawings：
Fig. 1 is the structure diagram of the utility model；
Fig. 2 is the enlarged diagram of the utility model strainer.
In figure：1st, end face mill equipment；2nd, towing bracket；21st, electric machine support；3rd, driving pulley；4th, driving pulley；5th, drive
Motor；6th, leash；7th, front apron；8th, rear installation side plate；9th, strainer；91st, front shoe；92nd, positioning bolt；93rd, open
Tight plate；94th, tensioning bolt；95th, screw；96th, locking nut；10th, uplink conduction band；101st, the first waist-shaped hole；11st, downlink conduction band；
111st, the second waist-shaped hole；12nd, rear baffle；13rd, adjustment seat；14th, fulcrum is adjusted.
Embodiment：
Embodiment：As shown in Fig. 1,2, a kind of thin ring face of axle sleeve grinds the tension structure of equipment, includes the end face of lasso
Equipment 1 is ground, the side of end face mill equipment 1 is equipped with base station, towing bracket 2 is fixed with base station, towing bracket 2 is cut with scissors by articulated shaft
Driving pulley 3 and driven pulley 4 are connected to, leash 6, the driving pulley 3 are connected between driving pulley 3 and driven pulley 4
On articulated shaft and driving motor 5 shaft it is affixed, driving motor 5 be fixed on electric machine support 21, electric machine support 21 is molded over
On towing bracket 2, preceding installation side plate is fixed with the inlet end wall of end face mill equipment 1, one end of uplink conduction band 10 and downlink are led
Before being bolted on 11 one end in installation side plate, uplink conduction band 10 and downlink conduction band 11 are parallel, uplink conduction band
10 other end and the other end of downlink conduction band 11 are fixed on strainer 9 through end face mill equipment 1, and strainer 9 is fixed
In rear installation side plate 8, rear installation side plate 8 is fixed on the side wall on rear side of mill 1 port of export of equipment of end face；
The strainer 9 includes being fixed on the front shoe 91 in rear installation side plate 8, the rear side of front shoe 91
Installation side plate 8 is equipped with the tensioning plate 93 of bar shaped afterwards, forms T-slot on tensioning plate 93, is plugged with the T-slot of tensioning plate 93
Screw 95, screw 95 are bolted with through uplink conduction band 10 and downlink conduction band 11 and are fixed with locking nut 96, the tensioning plate 93
On be spirally connected tensioning bolt 94, the tail end of tensioning bolt 94 is pressed against on front shoe 91, on uplink conduction band 10 and downlink conduction band 11
The first waist-shaped hole 101 and the second waist-shaped hole 111 are separately formed, positioning bolt 92 passes through the first waist-shaped hole of uplink conduction band 10
101 or the second waist-shaped hole 111 of downlink conduction band 11 be spirally connected and be fixed on front shoe 91.
Preferably, front apron 7 and rear baffle 12, front apron are inserted between the uplink conduction band 10 and downlink conduction band 11
7 are fixed in the mill equipment 1 of end face, and rear baffle 12, which is fixed on, adjusts fulcrum 14, adjusts fulcrum 14 and is installed in adjustment seat 13, adjusts
Seat 13 is fixed in the mill equipment 1 of end face.
Preferably, for the tensioning bolt 94 at least provided with two, tensioning bolt 94 is distributed in the both ends of tensioning plate 93, institute
The thickness for stating uplink conduction band 10 or downlink conduction band 11 is respectively less than the thickness of bearing ring.
Operation principle：The utility model grinds the tension structure of equipment, in particular to thin in axle sleeve for the thin ring face of axle sleeve
Uplink conduction band 10 and downlink conduction band 11 with tension structure 9, its uplink conduction band 10 and downlink are additionally arranged in ring face mill equipment
The thinner thickness of conduction band 11 itself, compared to traditional guide rail, does not possess preferable rigidity, so as to need positioning to be tensioned, and utilizes super
Thin uplink conduction band 10 and downlink conduction band 11 realizes the conveying of thin lasso, meets that existing end face mill equipment is realized and processes thin bearing holder (housing, cover)
Circle.
The embodiment rather than limits the present invention the utility model is illustrated.Any this area
Technical staff can modify the embodiment under the spirit and scope without prejudice to the utility model, therefore this practicality
New rights protection scope, should be as listed by the claim of the utility model.
Claims (3)
1. a kind of tension structure of the thin ring face mill equipment of axle sleeve, includes the end face mill equipment (1) of lasso, end face mill equipment
(1) side is equipped with base station, and towing bracket (2) is fixed with base station, and towing bracket (2) is hinged with driving pulley by articulated shaft
(3) and driven pulley (4) leash (6), the driving pulley (3), are connected between driving pulley (3) and driven pulley (4)
On articulated shaft and driving motor (5) shaft it is affixed, driving motor (5) be fixed on electric machine support (21), electric machine support
(21) it is molded on towing bracket (2), it is characterised in that：Preceding installation side plate is fixed with the inlet end wall of end face mill equipment (1),
Before one end of uplink conduction band (10) and one end of downlink conduction band (11) are bolted in installation side plate, uplink conduction band
(10) and downlink conduction band (11) is parallel, and the other end of uplink conduction band (10) and the other end of downlink conduction band (11) are ground through end face
Equipment (1) is fixed on strainer (9), and strainer (9) is fixed in rear installation side plate (8), and rear installation side plate (8) is fixed
On the side wall on rear side of mill equipment (1) port of export of end face；
The strainer (9) includes being fixed on the front shoe (91) in rear installation side plate (8), after front shoe (91)
The rear installation side plate (8) of side is equipped with the tensioning plate (93) of bar shaped, and T-slot, the T of tensioning plate (93) are formed on tensioning plate (93)
Screw (95) is plugged with type groove, screw (95) is bolted with through uplink conduction band (10) and downlink conduction band (11) and is fixed with locking screw
Female (96), be spirally connected on the tensioning plate (93) tensioning bolt (94), and the tail end of tensioning bolt (94) is pressed against front shoe
(91) on, the first waist-shaped hole (101) and the second waist-shaped hole have been separately formed on uplink conduction band (10) and downlink conduction band (11)
(111), positioning bolt (92) passes through the first waist-shaped hole (101) of uplink conduction band (10) or the second waist-shaped hole of downlink conduction band (11)
(111) it is spirally connected and is fixed on front shoe (91).
A kind of 2. tension structure of the thin ring face mill equipment of axle sleeve according to claim 1, it is characterised in that：Described
Front apron (7) and rear baffle (12) are inserted between uplink conduction band (10) and downlink conduction band (11), front apron (7) is fixed on end face
Grind in equipment (1), rear baffle (12), which is fixed on, adjusts fulcrum (14), adjusts fulcrum (14) and is installed in adjustment seat (13), adjusts
Seat (13) is fixed in end face mill equipment (1).
A kind of 3. tension structure of the thin ring face mill equipment of axle sleeve according to claim 1, it is characterised in that：Described
For tensioning bolt (94) at least provided with two, tensioning bolt (94) is distributed in the both ends of tensioning plate (93).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721409312.3U CN207358850U (en) | 2017-10-30 | 2017-10-30 | A kind of tension structure of the thin ring face mill equipment of axle sleeve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721409312.3U CN207358850U (en) | 2017-10-30 | 2017-10-30 | A kind of tension structure of the thin ring face mill equipment of axle sleeve |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207358850U true CN207358850U (en) | 2018-05-15 |
Family
ID=62344416
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721409312.3U Active CN207358850U (en) | 2017-10-30 | 2017-10-30 | A kind of tension structure of the thin ring face mill equipment of axle sleeve |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207358850U (en) |
-
2017
- 2017-10-30 CN CN201721409312.3U patent/CN207358850U/en active Active
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