CN207448057U

CN207448057U - A kind of building stirring motor production rotor processing unit

Info

Publication number: CN207448057U
Application number: CN201720913598.2U
Authority: CN
Inventors: 王彬
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-07-26
Filing date: 2017-07-26
Publication date: 2018-06-05
Anticipated expiration: 2027-07-26

Abstract

The utility model discloses a kind of building stirring motor production rotor processing units, including device body, device body sets pedestal, the top of pedestal sets support column, support column is followed successively by three A columns, B columns and C columns parts from left to right, the top of support column sets support beam, device body sets sliding block, device body sets screw A, and the right end of sliding block sets fixing piece, and the right end of fixing piece sets supporting rod, device body sets screw B, the bottom of screw B sets installing plate, and the top of installing plate sets motor, the end set emery wheel of right side output shaft；The utility model is simple in structure, whole stable structure, being more firmly mounted for rotor is made by the effect of device body during operation, processing is convenient, ensure that the effect of processing, it is and safe when device body use, slipping phenomenon is avoided the occurrence of, avoids the occurrence of industrial injury, improves security performance, it is very easy to use, it is highly practical.

Description

A kind of building stirring motor production rotor processing unit

Technical field

The utility model is related to building machinery association areas, are specifically that a kind of building stirring motor production handles dress with rotor It puts.

Background technology

Building machinery is the general name of mechanical equipment used in engineering construction and town and country construction, it includes excavating machinery, shovels soil fortune Defeated machinery, compacting machinary, crane tool, piling machinery, pavement construction machinery, concreting machinery, concrete product machinery, reinforcing bar A variety of mechanical compositions such as grade prestressing force machinery, finishing machinery, aerial operation machine.

Mixer, is a kind of constructional engineering machinery, master be for mixing cement, the Building woods such as sandstone, all kinds of dry powder and mortars Material, is that a kind of blade-carrying axis rotates in cylinder or slot, plurality of raw materials is stirred mixing, makes a kind of mixing Object or the machine suitable for denseness.Mixer is divided into a lot of kinds, there is forced mixer, single horizontal shaft mixer, twin-shaft mixer Etc..

Motor is one of indispensable building block in mixer, and motor is with letter M (old plant D) in circuit It represents, its main function is to generate driving torque, is used in circuit as electrical appliance or the power source of various machineries, generator Alphabetical G represents that its main function is to be converted into mechanical energy using electric energy.

Rotor needs to handle its edge and end face when production, and the operation of processing is mainly to turning The edge and end face of son carry out grinding process, and polishing when cannot polish excessively, can not polish very few, and sanding operation needs Stability contorting, existing rotor polishing mode are all largely to grind pen using gas by hand-held to polish, and this polishing mode is steady Determine poor performance, the poor quality of polishing causes the effect that rotor is produced bad, and during polishing due to It is single-handedly to carry out, therefore security performance is not also high, therefore need to be improved for existing this processing equipment and mode.

Utility model content

It is above-mentioned to solve the purpose of this utility model is to provide a kind of building stirring motor production rotor processing unit The problem of being proposed in background technology.

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

A kind of building stirring motor production rotor processing unit, including device body, described device body sets pedestal, The bottom of the pedestal sets stent, is fixedly connected between the stent and pedestal by the effect of fixing screws, the pedestal Top support column is set, be fixedly connected by welding between the support column and pedestal, the support column is from left past The right side is followed successively by three A columns, B columns and C columns parts, and the top of the support column sets support beam, the support beam and support It is fixedly connected between column by the effect of fixing screws, described device body sets sliding block, sliding between the sliding block and support column Dynamic connection, the centre position of the support column set slideway, pass through fixing screws between the slideway and the inner wall of support column Effect is fixedly connected, and the sliding block is arranged on A columns and B columns, described device body set screw A, the screw A and sliding block it Between screw-type connect, be rotatablely connected between the screw A and pedestal and support beam, the right end of the sliding block sets fixing piece, The fixing piece is fixedly connected with the end of sliding block by the effect of pin for suppressing metal, and the right end of the fixing piece sets supporting rod, The supporting rod and fixing piece are integrated formed structures, position-limiting drum are set on the supporting rod, the position-limiting drum is socketed in support On bar, the right part of the supporting rod, which is set, is stably connected with bar, the inner end portion for being stably connected with bar and being plugged on supporting rod, institute It states to be stably connected between bar and support column and be slidably connected, setting mounting groove A, described to be stably connected on the slideway outer wall on the inside of C columns It is fastenedly connected between bar and C columns by the effect of fixed card buckle and mounting groove A, described device body sets screw B, the screw The bottom of B sets installing plate, is fixedly connected between the installing plate and screw B, and the top of the installing plate sets motor, described It is fixedly connected between motor and installing plate by the effect of fixing screws, the right side output shaft of the motor passes through screw B, right side The end set emery wheel of output shaft, is fastened between the emery wheel and right side output shaft by the effect of tightening knob.

As further program of the utility model：The lower section of the stent sets bottom plate, between the bottom plate and stent Damping spring is set, is fixedly connected between one end of the damping spring and bottom plate, is fixedly connected between the other end and stent.

As the utility model further scheme：The front of the A columns and B columns sets mounting groove, the sliding block with It is fixedly connected between support column by mounting groove with the effect of bolt.

As the utility model further scheme：The top of the screw A sets rolled round one, the rolled round one and silk It is fixedly connected between bar A by the effect of fixing screws.

As the utility model further scheme：Frosted line is set on the outer wall of the supporting rod.

As the utility model further scheme：The outside of the screw B sets sleeve, the sleeve and screw B Between screw-type connect, be rotatablely connected between the sleeve and support beam by the effect of bearing, on the outer wall of the sleeve Ring gear is set, is fixedly connected between the ring gear and sleeve, the left side of screw B sets rotation axis, and the rotation axis is horizontal with support Be rotatablely connected between beam, the upper setting gear of the rotation axis is fixedly connected between the gear and rotation axis, the gear with It is intermeshed between ring gear, the top of the rotation axis sets rolled round two, passes through fixed spiral shell between the rolled round two and rotation axis The effect of nail is fixedly connected.

As the utility model further scheme：The position-limiting drum is divided into fiber part, fixed part and fastening nail Three parts structure, the fiber part and fixed part are all cyclic structures, and the diameter of the fiber part is more than fixed part Diameter, be integrated formed structure between fiber part and fixed part, the upper end of the fixed part sets fastening nail, described It is connected between fastening nail and fixed part by the effect of screw thread.

As the utility model further scheme：On the sliding block set two mounting holes, the fixed hole position in The inside of slideway, the mounting hole are acted on bolt mutual cooperation, and the centre position of the sliding block sets through hole, the through hole It is threaded on inner wall, the screw A is plugged on the inside of through hole, and the right end of the sliding block sets mounting hole, the mounting hole It interacts between pin for suppressing metal.

As the utility model further scheme：Mounting groove B, the mounting groove B growth are set on the supporting rod List structure interacts between the mounting groove B and fastening nail.

As the utility model further scheme：The left side output shaft end of the motor sets rolled round three, described It is fixedly connected between rolled round three and the left side output shaft of motor by the effect of fixing screws.

Compared with prior art, the beneficial effects of the utility model are：The utility model is simple in structure, and whole structure is steady It is fixed, being more firmly mounted for rotor is made by the effect of device body during operation, deal with it is more convenient, thus It ensure that the effect of processing, and it is safe when device body use, slipping phenomenon is avoided the occurrence of, avoids the occurrence of work Wound, improves security performance, very easy to use, highly practical.

Description of the drawings

Fig. 1 is the structure diagram of building stirring motor production rotor processing unit.

Fig. 2 is the structure diagram of position-limiting drum in building stirring motor production rotor processing unit.

Fig. 3 be building stirring motor production rotor processing unit in A-A to sectional view.

Fig. 4 is the schematic diagram in post upper face in building stirring motor production rotor processing unit.

Specific embodiment

The technical solution of this patent is described in more detail With reference to embodiment.

- 4 are please referred to Fig.1, a kind of building stirring motor production rotor processing unit, including device body, described device Body sets pedestal 1, and the bottom of the pedestal 1 sets stent 2, passes through the effect of fixing screws between the stent 2 and pedestal 1 It is fixedly connected, the top of the pedestal 1 sets support column 5, is fixed by welding between the support column 5 and pedestal 1 Connection, the support column 5 are followed successively by three A columns, B columns and C columns parts from left to right, and the top of the support column 5 sets support Crossbeam 6 is fixedly connected between the support beam 6 and support column 5 by the effect of fixing screws, and described device body, which is set, to be slided Block 7 is slidably connected between the sliding block 7 and support column 5, and the centre position of the support column 5 sets slideway 17, the slideway 17 It is fixedly connected between the inner wall of support column 5 by the effect of fixing screws, the sliding block 7 is arranged on A columns and B columns, the A The front of column and B columns sets mounting groove 8, is fixed and connected by the effect of mounting groove 8 and bolt 9 between the sliding block 7 and support column 5 It connects, described device body sets screw A10, and screw-type connects between the screw A10 and sliding block 7, the screw A10 and pedestal It is rotatablely connected between 1 and support beam 6, the right end of the sliding block 7 sets fixing piece 12, the end of the fixing piece 12 and sliding block 7 Portion is fixedly connected by the effect of pin for suppressing metal 13, and the right end of the fixing piece 12 sets supporting rod 14, the supporting rod 14 with Fixing piece 12 is integrated formed structure, and position-limiting drum 15 is set on the supporting rod 14, and the position-limiting drum 15 is socketed in supporting rod 14 On, frosted line is set on the outer wall of the supporting rod 14, and the right part of the supporting rod 14, which is set, is stably connected with bar 16, described steady Determine the inner end portion that connecting rod 16 is plugged on supporting rod 14, described be stably connected between bar 16 and support column 5 is slidably connected, C columns Setting mounting groove A19 on 17 outer wall of slideway of inside, it is described to be stably connected between bar 16 and C columns through fixed card buckle 18 and installation The effect of slot A19 is fastenedly connected, and described device body sets the outside of screw B20, the screw B20 to set sleeve 21, described Screw-type connects between sleeve 21 and screw B20, is rotated and connected by the effect of bearing between the sleeve 21 and support beam 6 It connects, ring gear 22 on the outer wall of the sleeve 21 is set, is fixedly connected between the ring gear 22 and sleeve 21, the left side of screw B20 Rotation axis 23 is set, is rotatablely connected between the rotation axis 23 and support beam 6, the upper setting gear 24 of the rotation axis 23, It is fixedly connected between the gear 24 and rotation axis 23, is intermeshed between the gear 24 and ring gear 22, the rotation axis 23 Top set rolled round 2 25, be fixedly connected between the rolled round 2 25 and rotation axis 23 by the effect of fixing screws, it is described The bottom of screw B20 sets installing plate 26, is fixedly connected between the installing plate 26 and screw B20, the installing plate 26 it is upper Side sets motor 27, is fixedly connected between the motor 27 and installing plate 26 by the effect of fixing screws, the motor 27 Right side output shaft passes through screw B20, and the end set emery wheel 28 of right side output shaft leads between the emery wheel 28 and right side output shaft The effect for crossing tightening knob 29 is fastened, and the left side output shaft end of the motor 27 sets rolled round 3 30, the rolled round three It is fixedly connected between 30 and the left side output shaft of motor 27 by the effect of fixing screws.

The lower section of the stent 2 sets bottom plate 3, and damping spring 4, the damping bullet are set between the bottom plate 3 and stent 2 It is fixedly connected between one end of spring 4 and bottom plate 3, is fixedly connected between the other end and stent 2.

The top of the screw A10 sets rolled round 1, passes through fixing screws between the rolled round 1 and screw A10 Effect is fixedly connected.

The position-limiting drum 15 divides for fiber part 31, fixed part 32 and fastening 33 three parts structures of nail, the fiber portion Points 31 and fixed part 32 be all cyclic structure, the diameter of the fiber part 31 is more than the diameter of fixed part 32, fiber portion It is integrated formed structure between 31 and fixed part 32 to divide, and the upper end of the fixed part 32 sets fastening nail 33, the fastening It is connected between nail 33 and fixed part 32 by the effect of screw thread.

Two mounting holes 34 are set on the sliding block 7, and the mounting hole 34 is located at the inside of slideway 17, the mounting hole 34 It being acted on 9 mutual cooperation of bolt, the centre position of the sliding block 7 sets through hole 35, is threaded on the inner wall of the through hole 35, The screw A10 is plugged on the inside of through hole 35, and the right end of the sliding block 7 sets mounting hole 36, the mounting hole 36 and fastening It interacts between pin 13.

Mounting groove B37, the mounting groove B37 is set to grow up list structure on the supporting rod 14, the mounting groove B37 with It interacts between fastening nail 33.

The operation principle of the utility model：When device body uses by the effect of supporting rod 14 to rotor punching or Person's rotor core is supported, and needs to be adjusted the height of supporting rod 14 before the use, so as to facilitate rotor punching or The installation of person's rotor core, adjustment when are to shake rolled round 1, and the effect for passing through rolled round 1 drives turning for screw A10 It is dynamic, between screw A10 and sliding block 7 connected by screw-type when screw A10 is rotated, therefore with movable slider 7 It moving up and down, i.e. rotor punching or rotor core will not touch the end face of pedestal 1 after being adjusted to suitable height, The position of sliding block 7 is fixed by the effect of bolt 9, rotor punching or rotor core are installed to the upper of supporting rod 14 Side, the position of rotor punching or rotor core is fixed by the effect of position-limiting drum 15, pays attention to treat when fixed The position of processing is corresponded with the position of emery wheel 28, is installed between rotor punching or rotor core, will be stably connected with Bar 16 is inserted into from the right side of C columns, and the end for being stably connected with bar 16 is inserted into the inside of 14 right end of supporting rod, then passes through fixing card The position for being stably connected with bar 16 is fixed in the effect of button 18, and it is exactly afterwards to emery wheel 28 to fix rotor punching or rotor core It is adjusted, emery wheel 28 is to be mounted on by the effect of tightening knob 29 on 27 right end output shaft of motor, and adjusting when leads to Cross rotation rolled round 2 25, by rolled round 2 25 rotation axis 23 driven to rotate, so as to the rotation with moving gear 24, due to gear 24 with It is intermeshing between ring gear 22, therefore the rotation of ring gear 22 is driven by gear 24, is driven when ring gear 22 rotates The rotation of sleeve 21, due to being that screw-type connects between the inner wall of sleeve 21 and screw B20, when sleeve 21 rotates It waits and screw B20 is driven to move up and down, by adjusting the height of screw B20 so as to adjust the position of emery wheel 28, when adjusting makes Just contact with each other between emery wheel 28 and rotor punching or rotor core, then can be carried out handling, processing when It waits and systematic processing is carried out by the effect of motor 27, motor 27 is being closed after system processing, by shaking rolled round The mode that 3 30 drive emery wheels 28 rotate is further processed, so as to reach better effect, the letter of the utility model structure Single, whole stable structure, makes being more firmly mounted for rotor by the effect of device body during operation, handles It is next more convenient, so as to ensure that the effect of processing, and also it is safe when device body use, it is existing to avoid the occurrence of skidding As, industrial injury is avoided the occurrence of, improves security performance, it is very easy to use, it is highly practical.

The better embodiment of this patent is explained in detail above, but this patent is not limited to above-mentioned embodiment party Formula, can also be on the premise of this patent objective not be departed from the knowledge that one skilled in the relevant art possesses It makes a variety of changes.

Claims

1. a kind of building stirring motor production rotor processing unit, which is characterized in that including device body, described device body Pedestal (1) is set, and the bottom of the pedestal (1) sets stent (2), passes through fixing screws between the stent (2) and pedestal (1) Effect be fixedly connected, the top of the pedestal (1) sets support column (5), passes through between the support column (5) and pedestal (1) The mode of welding is fixedly connected, and the support column (5) is followed successively by three A columns, B columns and C columns parts, the support column from left to right (5) top sets support beam (6), is fixed between the support beam (6) and support column (5) by the effect of fixing screws Connection, described device body set sliding block (7), are slidably connected between the sliding block (7) and support column (5), the support column (5) Centre position set slideway (17), consolidated between the slideway (17) and the inner wall of support column (5) by the effect of fixing screws Fixed connection, the sliding block (7) are arranged on A columns and B columns, and described device body sets screw A (10), the screw A (10) with Screw-type connects between sliding block (7), is rotatablely connected between the screw A (10) and pedestal (1) and support beam (6), the cunning The effect that the end of the right end setting fixing piece (12) of block (7), the fixing piece (12) and sliding block (7) passes through pin for suppressing metal (13) It is fixedly connected, the right end of the fixing piece (12) sets supporting rod (14), and the supporting rod (14) is one with fixing piece (12) Molding structure sets position-limiting drum (15) on the supporting rod (14), and the position-limiting drum (15) is socketed on supporting rod (14), described The right part of supporting rod (14) sets and is stably connected with bar (16), the end for being stably connected with bar (16) and being plugged on supporting rod (14) Inside, described be stably connected between bar (16) and support column (5) are slidably connected, and peace is set on slideway (17) outer wall on the inside of C columns Tankage A (19), described be stably connected between bar (16) and C columns are fastened by the effect of fixed card buckle (18) and mounting groove A (19) Connection, described device body set screw B (20), and the bottom of the screw B (20) sets installing plate (26), the installing plate (26) it is fixedly connected between screw B (20), the top of the installing plate (26) sets motor (27), the motor (27) and peace Loading board is fixedly connected between (26) by the effect of fixing screws, and the right side output shaft of the motor (27) passes through screw B (20), The end set emery wheel (28) of right side output shaft passes through the work of tightening knob (29) between the emery wheel (28) and right side output shaft With being fastened.

2. building stirring motor production rotor processing unit according to claim 1, which is characterized in that the stent (2) lower section sets bottom plate (3), and damping spring (4), the damping spring (4) are set between the bottom plate (3) and stent (2) One end and bottom plate (3) between be fixedly connected, be fixedly connected between the other end and stent (2).

3. building stirring motor production rotor processing unit according to claim 1, which is characterized in that the A columns and B The front of column sets mounting groove (8), passes through the effect of mounting groove (8) and bolt (9) between the sliding block (7) and support column (5) It is fixedly connected.

4. building stirring motor production rotor processing unit according to claim 1, which is characterized in that the screw A (10) top sets rolled round one (11), is fixed between the rolled round one (11) and screw A (10) by the effect of fixing screws Connection.

5. building stirring motor production rotor processing unit according to claim 1, which is characterized in that the supporting rod (14) frosted line is set on outer wall.

6. building stirring motor production rotor processing unit according to claim 1, which is characterized in that the screw B (20) outside sets sleeve (21), and screw-type is connected between the sleeve (21) and screw B (20), the sleeve (21) and branch It is rotatablely connected between support crossbeam (6) by the effect of bearing, ring gear (22), the ring gear is set on the outer wall of the sleeve (21) (22) it is fixedly connected between sleeve (21), the left side of screw B (20) sets rotation axis (23), the rotation axis (23) and support Crossbeam is rotatablely connected between (6), the upper setting gear (24) of the rotation axis (23), the gear (24) and rotation axis (23) it Between be fixedly connected, be intermeshed between the gear (24) and ring gear (22), the top of the rotation axis (23) sets rolled round two (25), it is fixedly connected between the rolled round two (25) and rotation axis (23) by the effect of fixing screws.

7. building stirring motor production rotor processing unit according to claim 1, which is characterized in that the position-limiting drum (15) be divided into fiber part (31), fixed part (32) and fastening nail (33) three parts structure, the fiber part (31) and consolidate Fixed part (32) is all cyclic structure, and the diameter of the fiber part (31) is more than the diameter of fixed part (32), fiber part (31) it is integrated formed structure between fixed part (32), the upper end of the fixed part (32) sets fastening nail (33), institute It states and is connected between fastening nail (33) and fixed part (32) by the effect of screw thread.

8. building stirring motor production rotor processing unit according to claim 1, which is characterized in that the sliding block (7) two mounting holes (34) are set on, and the mounting hole (34) is located at the inside of slideway (17), the mounting hole (34) and bolt (9) mutual cooperation acts on, and the centre position of the sliding block (7) sets through hole (35), and spiral shell is set on the inner wall of the through hole (35) Line, the screw A (10) are plugged on the inside of through hole (35), and the right end of the sliding block (7) sets mounting hole (36), the peace It interacts between dress hole (36) and pin for suppressing metal (13).

9. building stirring motor production rotor processing unit according to claim 1, which is characterized in that the supporting rod (14) mounting groove B (37), mounting groove B (37) the growth list structure, the mounting groove B (37) and fastening nail (33) are set on Between interact.

10. building stirring motor production rotor processing unit according to claim 1, which is characterized in that the motor (27) left side output shaft end sets rolled round three (30), leads between the rolled round three (30) and the left side output shaft of motor (27) The effect for crossing fixing screws is fixedly connected.