CN209520349U - Automatic control high speed roller bearing machine - Google Patents
Automatic control high speed roller bearing machine Download PDFInfo
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- CN209520349U CN209520349U CN201920236719.3U CN201920236719U CN209520349U CN 209520349 U CN209520349 U CN 209520349U CN 201920236719 U CN201920236719 U CN 201920236719U CN 209520349 U CN209520349 U CN 209520349U
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Abstract
A kind of automatic control high speed roller bearing machine, including main body rack, the first roller being rotatably dispose on main body rack, second tin roller, it is set to the first support base of the first side of main body rack, be set to the first roller towards the first side of main body rack first end the first belt pulley, it is set to the second belt pulley of the first end of second tin roller, the first sliding block and the second sliding block being slideably positioned in the first support base, for adjusting the first regulating device of the position of the first sliding block, for adjusting the second regulating device of the position of the second sliding block, it is used to support the first bearing bracket of the second end of the first roller, for the third regulating device of the position of first bearing bracket to be arranged, it is used to support the second bearing bracket of the second end of second tin roller, for the 4th regulating device of the position of second bearing bracket to be arranged.So it is able to produce steel-based copper alloy bearing, the lower production costs of sizes specification.
Description
Technical field
The utility model relates to sliding bearing manufacture technology field, especially a kind of automatic control high speed roller bearing machine.
Background technique
Referring to FIG. 6, steel base copper alloy axle sleeve is a kind of common sliding bearing, have external steel housing 91 and
The middle part of the copper liner 92 being compound on the inner sidewall of steel housing 91, copper liner 92 is cavity 93, and copper liner 92 exists
Play the role of lubrication support when use.Copper water is poured into steel housing 91, then the both ends of closed steel housing 91, pass through
Roller bearing machine rolls steel housing 91, and copper water is made to be evenly applied to be formed on the inner sidewall of steel housing 91 under the action of the centrifugal force
Copper liner 92.Existing roller bearing machine can only produce the steel base copper alloy axle sleeve of single size, cannot produce sizes specification
Steel base copper alloy axle sleeve, production sizes specification steel base copper alloy axle sleeve need more roller bearing machines, production cost is higher.
Utility model content
In view of this, the present invention provides a kind of steel-based copper alloy bearings for being able to produce sizes specification, life
Lower-cost automatic control high speed roller bearing machine is produced, to solve the above problems.
A kind of automatic control high speed roller bearing machine, including main body rack (10), the first rolling being rotatably dispose on main body rack (10)
Cylinder (20), second tin roller (30), are set to the first support base (40) of (10) first side of main body rack, are set to the first roller
(20) towards (10) first side of main body rack first end the first belt pulley (21), be set to the first end of second tin roller (30)
The second belt pulley (31), the first sliding block (22) and the second sliding block (32) being slideably positioned in the first support base (40) be used for
The first regulating device of the position of the first sliding block (22) is adjusted, adjusts dress for adjusting the second of position of the second sliding block (32)
It sets, the first bearing bracket (23) of the second end of the first roller (20) is used to support, for first bearing bracket (23) to be arranged
The third regulating device of position is used to support the second bearing bracket (33) of the second end of second tin roller (30), for being arranged the
4th regulating device of the position of two supports of bearing (33) is set to the first sliding block (22), the second sliding block (32), first bearing branch
Pointer (25) on frame (23) and second bearing bracket (33) is set to first scale (51) of main body rack (10) second side,
It is set to the second scale (52) of (10) first side of main body rack, passes through belt and the first belt pulley (21) and the second belt pulley
(31) first end of the drum drive (60) being all connected with, the first roller (20) and second tin roller (30) is connected with first turn
The second end of axis, the first roller (20) and second tin roller (30) is connected with the second shaft, and the first rotating shaft of the first roller (20) is worn
It crosses the first sliding block (22), the first rotating shaft of second tin roller (30) passes through the second sliding block (32), first bearing bracket (23) and second
The support of bearing (33) supports the second shaft of the first roller (20) and second tin roller (30) respectively.
Further, first regulating device and the second regulating device include the first screw rod (221), are sheathed on first
It is the first gear (222) that is threadedly coupled on screw rod (221) and with the first screw rod (221), disposed in parallel with the first screw rod (221)
It adjusts shaft (223) and is sheathed on the second gear (224) for adjusting and engaging on shaft (223) and with first gear (222), first
The end of screw rod (221) is fixedly connected with the first sliding block (22) or the second sliding block (32).
Further, second scale (52) is vertically provided at the outside of the first support base (40).
Further, run through on first support base (40) and offer sliding groove (41), the first sliding block (22) or second
Sliding block (32) is located in sliding groove (41), is additionally provided with cover board (42) on the outside of the both ends of sliding groove (41), the middle part of cover board (42)
It offers along its length strip groove (421), first rotating shaft passes through strip groove (421).
Further, the threaded hole being connected to sliding groove (41), screw thread are offered at the top of first support base (40)
Locking stud (26) is provided at hole, locking stud (26) is movably pushed against with the first sliding block (22) or the second sliding block (32).
Further, the bottom level of the main body rack (10) is provided with bottom plate (602), passes through one on bottom plate (602)
First cradle head (603) is rotatably connected to a mounting plate (61), offers on mounting plate (61) several strip-shaped holes (611), rolling
The bottom of cylinder driving device (60) is provided with several stabilizer blades (601), and stabilizer blade (601) passes through strip-shaped hole (611) and stabilizer blade (601)
Circumferential side wall is equipped with external screw thread, is threaded with nut (605) at external screw thread, and mounting plate (61) is towards drum drive
(60) side is fixedly installed link block (612), and screw hole is offered on link block (612), and abutting stud (62) screw thread is worn
It crosses the screw hole of link block (612) and is abutted with the side of drum drive (60) towards the first cradle head (603).
Further, the mounting plate (61) offers through-hole far from the one end of the first cradle head (603), connects in through-hole
It is connected to a supporting studs (64), supporting studs (64) are threadedly coupled in mounting plate (61) far from the side of drum drive (60)
Have nut (65), the bottom of supporting studs (64) is rotatablely connected by one second cradle head (604) and bottom plate (602).
Further, the third regulating device and the 4th regulating device include the tune being set on main body rack (10)
Bracket (241) are saved, second screw rod (24) of adjusting bracket (241) is passed through and is set to first bearing bracket (23) and second bearing
The bottom end of the third sliding block (27) of bracket (33) bottom, first bearing bracket (23) or second bearing bracket (33) is along its length
It opens up fluted (231), through-thickness offers among the bottom of first bearing bracket (23) or second bearing bracket (33)
With the clamping groove (232) of groove (231) vertical connection, third sliding block (27) is located in clamping groove (232), third sliding block (27)
Top offers threaded hole (271), and the second screw rod (24) is thread through the threaded hole (271) of third sliding block (27).
Further, first scale (51) is horizontally placed on main body rack (10) second side and is located at first bearing branch
The outside of frame (23) or second bearing bracket (33).
Further, the both ends of the main body rack (10) are also respectively provided with back side panel (71) and front side board (72), after
The top rotation of side plate (71) is provided with overhead guard (73), its outer ledge protrudes from front side board (72) after overhead guard (73) lid closes, preceding
The inductor (77) of the outer ledge for incuding overhead guard (73) is provided on the outside of side plate (72), the outside of front side board (72) turns
It is dynamic to be provided with hook (74), it links up with and is connected with spring (75) between the middle part and front side board (72) of (74), the outside of overhead guard (73)
The bottom at edge is provided with snap ring (76).
Compared with prior art, the automatic control high speed roller bearing machine of the utility model includes main body rack (10), is rotatably dispose in
The first roller (20), second tin roller (30) on main body rack (10) are set to the first support of (10) first side of main body rack
Seat (40), be set to the first roller (20) towards (10) first side of main body rack first end the first belt pulley (21), setting
In the second belt pulley (31) of the first end of second tin roller (30), the first sliding block being slideably positioned in the first support base (40)
(22) and the second sliding block (32), the first regulating device of the position for adjusting the first sliding block (22) are used to adjust the second sliding block
(32) the second regulating device of position is used to support the first bearing bracket (23) of the second end of the first roller (20), is used for
The third regulating device of the position of first bearing bracket (23) is set, the second axis of the second end of second tin roller (30) is used to support
Bracket (33) are held, the 4th regulating device of the position for second bearing bracket (33) to be arranged is set to the first sliding block (22),
Pointer (25) on two sliding blocks (32), first bearing bracket (23) and second bearing bracket (33), is set to main body rack (10)
First scale (51) of second side is set to the second scale (52) of (10) first side of main body rack, passes through belt and the first skin
The drum drive (60) that belt wheel (21) and the second belt pulley (31) are all connected with, the first roller (20) and second tin roller (30)
First end is connected with first rotating shaft, and the second end of the first roller (20) and second tin roller (30) is connected with the second shaft, the first rolling
The first rotating shaft of cylinder (20) passes through the first sliding block (22), and the first rotating shaft of second tin roller (30) passes through the second sliding block (32), and first
The support of bearing (23) and second bearing bracket (33) support the second shaft of the first roller (20) and second tin roller (30) respectively.Such as
This is able to produce the steel-based copper alloy bearing of sizes specification, lower production costs.
Detailed description of the invention
The embodiments of the present invention are described below in conjunction with attached drawing, in which:
Fig. 1 is the schematic top plan view of automatic control high speed roller bearing machine provided by the utility model.
Fig. 2 is the side schematic view of the first side of automatic control high speed roller bearing machine provided by the utility model.
Fig. 3 is the scheme of installation of the sliding block in Fig. 2.
Fig. 4 is the side schematic view of second side of automatic control high speed roller bearing machine provided by the utility model.
Fig. 5 is the scheme of installation of the support of bearing in Fig. 4.
Fig. 6 is the structural schematic diagram of steel-based copper alloy bearing.
Specific embodiment
Specific embodiment of the utility model is further elaborated below based on attached drawing.It should be understood that
The explanation of the utility model embodiment is not used to herein to limit the protection scope of the utility model.
Fig. 1 and Fig. 2 is please referred to, automatic control high speed roller bearing machine provided by the utility model includes main body rack 10, rotation setting
In the first roller 20, second tin roller 30 on main body rack 10, it is set to the first support base 40 of 10 first side of main body rack, if
The first roller 20 is placed in close to the first belt pulley 21 of the first end of 10 first side of main body rack, is set to the of second tin roller 30
Second belt pulley 31 of one end, the first sliding block 22 and the second sliding block 32 being slideably positioned in the first support base 40, for adjusting
First regulating device of the position of the first sliding block 22, the second regulating device of the position for adjusting the second sliding block 32, for branch
The first bearing bracket 23 for supportting the second end of the first roller 20 adjusts dress for the third of position of first bearing bracket 23 to be arranged
It sets, is used to support the second bearing bracket 33 of the second end of second tin roller 30, for the position of second bearing bracket 33 to be arranged
4th regulating device, the finger being set on the first sliding block 22, the second sliding block 32, first bearing bracket 23 and second bearing bracket 33
Needle 25 is set to first scale 51 of 10 second side of main body rack, is set to the second scale 52 of 10 first side of main body rack, leads to
Cross the drum drive 60 that belt and the first belt pulley 21 and the second belt pulley 31 are all connected with.
The first end of first roller 20 and second tin roller 30 is connected with first rotating shaft, the first roller 20 and second tin roller 30
Second end is connected with the second shaft.
The first rotating shaft of first roller 20 passes through the first sliding block 22, and the first rotating shaft of second tin roller 30 passes through the second sliding block
32.The bearing for being used to support first rotating shaft is equipped in first sliding block 22 and the second sliding block 32.
First bearing bracket 23 and second bearing bracket 33 support second turn of the first roller 20 and second tin roller 30 respectively
Axis.
First regulating device and the second regulating device include the first screw rod 221, be sheathed on the first screw rod 221 and with
The first gear 222 and the adjusting shaft 223 disposed in parallel of the first screw rod 221 and be sheathed on tune that first screw rod 221 is threadedly coupled
The second gear 224 engaged in section shaft 223 and with first gear 222.In present embodiment, the inner sidewall of first gear 222
It is equipped with internal screw thread 2221, the first screw rod 221 is threadedly coupled with first gear 222.Adjust the circumferential side wall at the middle part of shaft 223
Several flat keys 2231 outstanding are equipped with, flat key slot corresponding with flat key is offered on the inner sidewall of second gear 224, adjusts and turns
The flat key 2231 of axis 223 is extend into the flat key slot of second gear 224.First gear 222 and second gear 224, which are realized to adjust, to be turned
The gearshift adjustment of the rotation connection of axis 223 and the first screw rod 221.
Screw hole is offered on first sliding block 22 and the second sliding block 32, the first screw rod 221 is solid far from the end for adjusting shaft 223
Surely be provided with connecting plate, connecting plate is equipped with through-hole, several screws pass through the through-hole of connecting plate and with the first sliding block 22 or the second
The screw hole of sliding block 32 is fixedly connected.
It adjusts shaft 223 by driving to rotate, so that the first screw rod 221 rotates, so that the first sliding block 22 or the second
Sliding block 32 along the first screw rod 221 axial movement, to adjust the position of the first end of the first roller 20 and second tin roller 30.
Second scale 52 is vertically provided at the outside of the first support base 40, passes through the first sliding block 22 of observation and the second sliding block
The position that pointer 25 on 32 is directed toward on the second scale 52 can accurately learn the first end of the first roller 20 and second tin roller 30
Position.
Sliding groove 41, the first sliding block 22 or the second sliding block 32 are offered referring to FIG. 3, running through on the first support base 40 or so
In sliding groove 41, it is additionally provided with cover board 42 on the outside of the both ends of sliding groove 41, the middle part of cover board 42 offers along its length
Strip groove 421, first rotating shaft pass through strip groove 421.Cover board 42 is for preventing the first sliding block 22 or the second sliding block 32 from sliding groove
41 two sides skid off.
The top of first support base 40 offers the threaded hole being connected to sliding groove 41, and locking stud is provided at threaded hole
26, locking stud 26 precession and can push against in threaded hole with the first sliding block 22 or the second sliding block 32, thus to the first sliding block 22
Or second sliding block 32 carry out locking positioning.
Referring again to Fig. 2, the bottom level of main body rack 10 is provided with bottom plate 602, passes through the first rotation on bottom plate 602
Joint 603 is rotatably connected to a mounting plate 61, and several strip-shaped holes 611, the bottom of drum drive 60 are offered on mounting plate 61
Portion is provided with several stabilizer blades 601, and stabilizer blade 601 passes through strip-shaped hole 611, and the circumferential side wall of stabilizer blade 601 is equipped with external screw thread, external screw thread
Place is threaded with nut 605.The side of mounting plate 61 towards drum drive 60 is fixedly installed link block 612, connection
Offer screw hole on block 612, an abutting stud 62 is thread through the screw hole of link block 612 and with drum drive 60 towards the
The side of one cradle head 603 abuts.62 adjustable rollers driving device 60 of stud is abutted on mounting plate 61 by adjusting
Position.
Mounting plate 61 offers through-hole far from one end of the first cradle head 603, and a supporting studs 64 are connected in through-hole,
Supporting studs 64 are threaded with the first nut 65 far from the side of drum drive 60 in mounting plate 61, supporting studs 64 in
The side of mounting plate 61 towards drum drive 60 is threaded with the second nut 66, between the second nut 66 and mounting plate 61
It is provided with gasket 67, the bottom of supporting studs 64 is rotatablely connected by one second cradle head 604 with bottom plate 602.When the first rolling
When the position of the first end of cylinder 20 and second tin roller 30 changes or needs to adjust, the first belt pulley 21 and the second belt pulley
The distance between 31 and drum drive 60 will change, and pass through the position-adjustable mounting plate 61 of adjusting nut 65
Tilt angle so may make by adjusting the position for abutting 62 adjustable rollers driving device 60 of stud on mounting plate 61
First belt pulley 21 and the second belt pulley 31 is corresponding with the distance between drum drive 60 is adjusted, and after making adjusting
Belt is in tensioning state.
It please also refer to Fig. 1 and Fig. 4, third regulating device and the 4th regulating device include being set on main body rack 10
Adjusting bracket 241, across adjusting bracket 241 the second screw rod 24 and be set to first bearing bracket 23 and second bearing bracket
The third sliding block 27 of 33 bottoms.
Referring to FIG. 5, offering through-hole on first bearing bracket 23 and second bearing bracket 33, bearing is equipped in through-hole
28, the second shaft of the first roller 20 and second tin roller 30 is protruded into from the side of first bearing bracket 23 or second bearing bracket 33
Into bearing 28.
The thickness of bearing 28 is less than the thickness of first bearing bracket 23 or second bearing bracket 33, first bearing bracket 23 or
The other side of second bearing bracket 33 is provided with card cap 29, and one end of card cap 29 is provided with convex block 291, and convex block 291 extend into logical
Kong Zhong.Card cap 29 is for preventing bearing 28 from falling off from through-hole, and the installation and disassembly of convenient bearing 28.
The bottom end of first bearing bracket 23 or second bearing bracket 33 opens up fluted 231 along its length, first bearing
Through-thickness offers the clamping groove 232 with 231 vertical connection of groove among the bottom of bracket 23 or second bearing bracket 33,
The shape of clamping groove 232 is "convex" shaped.Third sliding block 27 is located in clamping groove 232 and shape and clamping groove 232 are adapted,
For "convex" shaped.The depth of clamping groove 232 is identical as the depth of groove 231, and the top of third sliding block 27 offers threaded hole
271, the second screw rod 24 is thread through the threaded hole 271 of third sliding block 27.Second screw rod 24 will drive third sliding block 27 when rotating
And first bearing bracket 23 or second bearing bracket 33 be along the axial movement of the second screw rod 24, to adjust the first roller 20 and the
The position of the second end of two rollers 30.
Referring again to Fig. 1, the first scale 51 is horizontally placed on 10 second side of main body rack and is located at first bearing bracket
23 or second bearing bracket 33 outside.It is directed toward by the pointer 25 on observation first bearing bracket 23 and second bearing bracket 33
Position on first scale 51 can accurately learn the position of the second end of the first roller 20 and second tin roller 30.
Copper water 921 is poured into steel housing 91, then the both ends of closed steel housing 91, steel housing 91 is placed in
Between first roller 20 and second tin roller 30, the first roller 20 and second tin roller 30 drive steel housing 91 to rotate when rotating, and make
Copper water 921 is obtained to be evenly applied to form copper liner 92 on the inner sidewall of steel housing 91.
When needing to adjust the spacing between the first roller 20 and second tin roller 30 to produce the base steel copper of different dimensions
When alloy bearing, the position that third regulating device adjusts first bearing bracket 23 is first passed through, or adjust by the 4th regulating device
The position of second bearing bracket 33, then adjusted by the position of the first regulating device the first sliding block 22 of adjusting, or by second
Device adjusts the position of the second sliding block 32, and makes the distance adjusted twice identical, and the position for avoiding both ends from adjusting is different and leads
Cause inclination.
Referring again to Fig. 4, the both ends of main body rack 10 are also respectively provided with back side panel 71 and front side board 72, back side panel 71
Top rotation be provided with overhead guard 73.Its outer ledge protrudes from front side board 72 after the lid of overhead guard 73 closes, and the outside of front side board 72 is set
It is equipped with inductor 77, inductor 77 is for incuding whether overhead guard 73 covers conjunction.In present embodiment, inductor 77 is optoelectronic induction
Device.
The outer ledge of overhead guard 73 is provided with handle 78, convenient for the user to operate.
The outside rotation of front side board 72 is provided with hook 74, links up with and is connected with spring between 74 middle part and front side board 72
75.The bottom of the outer ledge of overhead guard 73 is provided with snap ring 76.73 Gai Hehou of overhead guard, snap ring 76 contact with hook 74 and overcome bullet
It after the elastic force of spring 75, links up with 74 end and extend into snap ring 76, realize the automatically lock of overhead guard 73.
It is additionally provided with the controller connecting with inductor 77 and drum drive 60,73 Gai Hehou of overhead guard, inductor 77 is sent out
Inductive signal controls drum drive 60 and works to controller, controller out.
Compared with prior art, the automatic control high speed roller bearing machine of the utility model includes main body rack 10, is rotatably dispose in master
The first roller 20, second tin roller 30 on body support frame 10 are set to the first support base 40 of 10 first side of main body rack, are set to
First roller 20 is set to the first end of second tin roller 30 close to the first belt pulley 21 of the first end of 10 first side of main body rack
The second belt pulley 31, the first sliding block 22 and the second sliding block 32 being slideably positioned in the first support base 40, for adjust first
First regulating device of the position of sliding block 22, the second regulating device of the position for adjusting the second sliding block 32 are used to support
The first bearing bracket 23 of the second end of one roller 20, the third regulating device of the position for first bearing bracket 23 to be arranged,
It is used to support the second bearing bracket 33 of the second end of second tin roller 30, the 4th of the position for second bearing bracket 33 to be arranged the
Regulating device, the pointer being set on the first sliding block 22, the second sliding block 32, first bearing bracket 23 and second bearing bracket 33
25, it is set to first scale 51 of 10 second side of main body rack, the second scale 52 of 10 first side of main body rack is set to, passes through
The drum drive 60 that belt and the first belt pulley 21 and the second belt pulley 31 are all connected with, the first roller 20 and second tin roller 30
First end be connected with first rotating shaft, the second end of the first roller 20 and second tin roller 30 is connected with the second shaft, the first roller
20 first rotating shaft passes through the first sliding block 22, and the first rotating shaft of second tin roller 30 passes through the second sliding block 32, first bearing bracket 23
And second bearing bracket 33 supports the second shaft of the first roller 20 and second tin roller 30 respectively.So it is able to produce sizes
The steel-based copper alloy bearing of specification, lower production costs.
The above is only the preferred embodiments of the utility model, are not used to the limitation protection scope of the utility model, any
Modification, equivalent replacement or improvement within the spirit of the present invention etc. are all covered in the scope of the claims of the utility model.
Claims (10)
1. a kind of automatic control high speed roller bearing machine, it is characterised in that: including main body rack (10), be rotatably dispose on main body rack (10)
The first roller (20), second tin roller (30), be set to the first support base (40) of (10) first side of main body rack, be set to
One roller (20) towards (10) first side of main body rack first end the first belt pulley (21), be set to second tin roller (30)
The second belt pulley (31) of first end, the first sliding block (22) and the second sliding block being slideably positioned in the first support base (40)
(32), for adjusting the first regulating device of the position of the first sliding block (22), it is used to adjust the of the position of the second sliding block (32)
Two regulating devices are used to support the first bearing bracket (23) of the second end of the first roller (20), for first bearing branch to be arranged
The third regulating device of the position of frame (23) is used to support the second bearing bracket (33) of the second end of second tin roller (30), uses
The 4th regulating device in the position of setting second bearing bracket (33) is set to the first sliding block (22), the second sliding block (32), the
Pointer (25) on one support of bearing (23) and second bearing bracket (33) is set to first mark of main body rack (10) second side
Ruler (51) is set to the second scale (52) of (10) first side of main body rack, passes through belt and the first belt pulley (21) and second
The first end of the drum drive (60) that belt pulley (31) is all connected with, the first roller (20) and second tin roller (30) is connected with
The second end of one shaft, the first roller (20) and second tin roller (30) is connected with the second shaft, and first turn of the first roller (20)
Axis passes through the first sliding block (22), and the first rotating shaft of second tin roller (30) passes through the second sliding block (32), first bearing bracket (23) and
Second bearing bracket (33) supports the second shaft of the first roller (20) and second tin roller (30) respectively.
2. automatic control high speed roller bearing machine as described in claim 1, it is characterised in that: first regulating device and the second adjusting dress
Set the first tooth for including the first screw rod (221), being sheathed on the first screw rod (221) and being threadedly coupled with the first screw rod (221)
Wheel (222), with the first screw rod (221) adjustings shaft (223) disposed in parallel and be sheathed in adjusting shaft (223) and with first
The second gear (224) of gear (222) engagement, the end of the first screw rod (221) and the first sliding block (22) or the second sliding block (32)
It is fixedly connected.
3. automatic control high speed roller bearing machine as claimed in claim 2, it is characterised in that: second scale (52) is vertically provided at
The outside of first support base (40).
4. automatic control high speed roller bearing machine as claimed in claim 2, it is characterised in that: run through on first support base (40) and open up
Have sliding groove (41), the first sliding block (22) or the second sliding block (32) are located in sliding groove (41), on the outside of the both ends of sliding groove (41)
It is additionally provided with cover board (42), the middle part of cover board (42) offers strip groove (421) along its length, and first rotating shaft passes through strip groove
(421)。
5. automatic control high speed roller bearing machine as claimed in claim 4, it is characterised in that: opened up at the top of first support base (40)
Have the threaded hole being connected to sliding groove (41), be provided at threaded hole locking stud (26), locking stud (26) movably with
First sliding block (22) or the second sliding block (32) push against.
6. automatic control high speed roller bearing machine as described in claim 1, it is characterised in that: the bottom level of the main body rack (10) is set
It is equipped with bottom plate (602), a mounting plate (61), mounting plate is rotatably connected to by one first cradle head (603) on bottom plate (602)
(61) it is offered on several strip-shaped holes (611), the bottom of drum drive (60) is provided with several stabilizer blades (601), stabilizer blade
(601) circumferential side wall for passing through strip-shaped hole (611) and stabilizer blade (601) is equipped with external screw thread, is threaded with nut at external screw thread
(605), the side of mounting plate (61) towards drum drive (60) is fixedly installed link block (612), on link block (612)
Offer screw hole, one, which abuts stud (62), is thread through the screw hole of link block (612) and with drum drive (60) towards the
The side of one cradle head (603) abuts.
7. automatic control high speed roller bearing machine as claimed in claim 6, it is characterised in that: the mounting plate (61) is closed far from the first rotation
One end of section (603) offers through-hole, is connected in through-hole a supporting studs (64), and supporting studs (64) are remote in mounting plate (61)
Side from drum drive (60) is threaded with nut (65), and the bottom of supporting studs (64) is closed by one second rotation
(604) and bottom plate (602) are saved to be rotatablely connected.
8. automatic control high speed roller bearing machine as described in claim 1, it is characterised in that: the third regulating device and the 4th adjusting dress
Set include be set on main body rack (10) adjusting bracket (241), pass through adjusting bracket (241) the second screw rod (24) and
Be set to the third sliding block (27) of first bearing bracket (23) and second bearing bracket (33) bottom, first bearing bracket (23) or
The bottom end of second bearing bracket (33) opens up fluted (231) along its length, first bearing bracket (23) or second bearing branch
Through-thickness offers and the clamping groove (232) of groove (231) vertical connection, third sliding block (27) among the bottom of frame (33)
It in clamping groove (232), is offered at the top of third sliding block (27) threaded hole (271), the second screw rod (24) is thread through
The threaded hole (271) of three sliding blocks (27).
9. automatic control high speed roller bearing machine as claimed in claim 8, it is characterised in that: first scale (51) is horizontally placed on master
Body support frame (10) second side and the outside for being located at first bearing bracket (23) or second bearing bracket (33).
10. automatic control high speed roller bearing machine as described in claim 1, it is characterised in that: the both ends of the main body rack (10) are also divided
It is not provided with back side panel (71) and front side board (72), the top rotation of back side panel (71) is provided with overhead guard (73), overhead guard (73) lid
Its outer ledge protrudes from front side board (72) after conjunction, and the outer side edges for incuding overhead guard (73) are provided on the outside of front side board (72)
The outside rotation of the inductor (77) of edge, front side board (72) is provided with hook (74), links up with the middle part and front side board (72) of (74)
Between be connected with spring (75), the bottom of the outer ledge of overhead guard (73) is provided with snap ring (76).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920236719.3U CN209520349U (en) | 2019-02-22 | 2019-02-22 | Automatic control high speed roller bearing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109702167A (en) * | 2019-02-22 | 2019-05-03 | 平湖市凯丰机械制造有限公司 | Automatic control high speed roller bearing machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109702167A (en) * | 2019-02-22 | 2019-05-03 | 平湖市凯丰机械制造有限公司 | Automatic control high speed roller bearing machine |
| CN109702167B (en) * | 2019-02-22 | 2024-03-26 | 平湖市凯丰机械制造有限公司 | Self-control high-speed roller machine |
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