CN207508301U - A kind of ceiling fan lathe Horizontal tool-post structure - Google Patents
A kind of ceiling fan lathe Horizontal tool-post structure Download PDFInfo
- Publication number
- CN207508301U CN207508301U CN201721257934.9U CN201721257934U CN207508301U CN 207508301 U CN207508301 U CN 207508301U CN 201721257934 U CN201721257934 U CN 201721257934U CN 207508301 U CN207508301 U CN 207508301U
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- Prior art keywords
- frame
- vertical
- transverse shifting
- servo motor
- vertically movable
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Abstract
The utility model is related to a kind of ceiling fan lathe Horizontal tool-post structures, its feature is to include fixed seat, cross lead screw, first servo motor, transverse shifting frame, vertical screw, second servo motor, vertically movable frame, cutter mounting frame, first servo motor is arranged in fixed seat, the cross lead screw is rotatably arranged in fixed seat, and cross lead screw is made mutually to be drivingly connected with the first servo motor, the transverse shifting frame can be laterally slidably arranged in fixed seat, second servo motor is arranged on transverse shifting frame, the vertically movable frame is installed on transverse shifting frame in which can slide vertically, and vertically movable frame is made to pass through vertical screw and is mutually sequentially connected with the second servo motor, the cutter mounting frame is arranged on vertically movable frame.The utility model has many advantages, such as that structural strength height, good reliability, stability is good, accuracy is high, uses convenience is good, service life is long.
Description
Technical field
The utility model is related to ceiling fan processing equipment field, particularly a kind of ceiling fan lathe Horizontal tool-post structure.
Background technology
At present, ceiling fan has obtained a large amount of popularization and application.Wherein, ceiling fan is mostly by shell, stator, rotor and fan blade structure
Into.During the stator processing of ceiling fan, lathe can be used, stator is processed, existing lathe is mostly by rack, driving
Motor, swivel mount, knife rest are formed, wherein, what existing knife rest was adjusted mostly by manually mode, the convenience of operation
It is not only relatively low, and the precision and accuracy that adjust are relatively low, significantly affect the processing quality of stator.And existing knife rest
Also there are the problems such as structural strength is low, stability is poor, reliability is low, service life is short.
Utility model content
The purpose of this utility model is that solving the above problems and insufficient, a kind of ceiling fan lathe Horizontal tool-post structure is provided,
The ceiling fan lathe Horizontal tool-post structure has the convenience that structural strength height, good reliability, stability is good, accuracy is high, uses
Well, the advantages that service life is long.
What the technical solution of the utility model was realized in：
A kind of ceiling fan lathe Horizontal tool-post structure, feature are to include fixed seat, cross lead screw, the first servo electricity
It is set on machine, transverse shifting frame, vertical screw, the second servo motor, vertically movable frame, cutter mounting frame, wherein fixed seat top surface
There are two the hydrostatic slideway component being set in parallel, the hydrostatic slideway component includes guide rail, sliding shoe, and the guide rail is mounted on
In fixed seat, the sliding shoe is slidably arranged on guide rail；The transverse shifting frame is equipped with cross section in swallow-tailed vertical
Sliding rail offers movable chamber on the vertical rails outer surface, is offered on the transverse shifting top of support and be through to movable chamber
Perforation；The dovetail shaped sliding slot to match with vertical rails is offered on the vertically movable frame；The first servo motor setting
In fixed seat, the cross lead screw is rotatably arranged between two hydrostatic slideway components, and makes cross lead screw and first
Servo motor is mutually drivingly connected, and the cross lead screw is equipped with the first sliding part with cross lead screw bolt, described laterally to move
Moving frame is arranged in above fixed seat, and transverse shifting frame bottom is made to connect respectively with two sliding shoes, the first sliding part, to pass through
The rotation of cross lead screw makes transverse shifting frame be slid laterally on guide rail, and the vertically movable frame is by dovetail shaped sliding slot with erecting
It matches and is slidably mounted on transverse shifting frame to sliding rail, second servo motor is arranged on transverse shifting top of support
On, described vertical screw one end passes through perforation to stretch in movable chamber, and make the vertical screw other end and the second servo motor phase
It is drivingly connected, the second sliding part with vertical screw bolt is equipped on the vertical screw in movable chamber, and make the second slip
Part connects with vertically movable frame, vertically movable frame is made to be slid vertically in vertical rails with the rotation by vertical screw, institute
Cutter mounting frame is stated to be arranged on vertically movable frame.
On the basis of aforementioned, to advanced optimize the structure of transverse shifting frame, the transverse shifting frame includes substrate, water
Tablet, vertical plate, the vertical plate surface is equipped with cross section in swallow-tailed vertical rails, on the vertical rails outer surface
Movable chamber is offered, the perforation for being through to movable chamber is offered on the vertical plate top surface, the level board is disposed on the substrate,
The vertical plate is arranged on horizontal plate top surface side, and the angle between the level board and vertical plate is equipped with reinforcing rib, described
First sliding part, sliding shoe connect respectively with substrate bottom surface.
On the basis of aforementioned, to advanced optimize the mounting structure of the second servo motor, set on the vertical plate side
There is the supporting rod upwardly extended, the post upper is equipped with installing plate, and the second servo motor setting is on a mounting board.
On the basis of aforementioned, to advanced optimize the structure of cutter mounting frame, in the cutter mounting frame upper and lower surface
Cutting tool installation manner groove is offered respectively, and the screw thread for being through to each Cutting tool installation manner groove is offered respectively on the cutter mounting frame outer surface
Hole.
The beneficial effects of the utility model：The utility model is transverse shifting frame to be driven to move by cross lead screw, and
Cross lead screw is where to obtain kinetic energy from the first servo motor, and cross lead screw be arranged on two hydrostatic slideway components it
Between, this can effectively improve the accuracy of transverse shifting frame movement and reliability and the knot for improving connection structure between them
Structure intensity, and extend their service life.Meanwhile the utility model is vertically movable frame to be driven to move by vertical screw
, and vertical screw is where to obtain kinetic energy from the second servo motor, in addition vertically movable frame be by dovetail shaped sliding slot with
The cooperation of vertical rails and be slidably mounted on transverse shifting frame, this can effectively improve the accuracy of vertically movable frame movement
With reliability and the structural strength of connection structure between them is improved, and extend their service life.The utility model leads to
It crosses and opens up out movable chamber on vertical rails surface, this is minimum on the structural strength influence of vertical rails, and can make the second slip
Part is located on the vertically movable frame back side and between vertical rails side, this can effectively improve vertically movable frame installation knot
The reliability of structure and make being more uniformly stressed for vertically movable frame, part is avoided the situation of process abrasion occur, so as to extend
The service life of vertically movable frame.Pass through above-mentioned design, moreover it is possible to improve ceiling fan lathe Horizontal tool-post structure and fix a cutting tool mounting bracket
Mobile accuracy.In ceiling fan lathe Horizontal tool-post structure, transverse shifting frame with vertically movable frame is watched by first respectively
Take motor, the second servo motor is driven, this can effectively improve the convenience that ceiling fan lathe Horizontal tool-post structure uses.
Description of the drawings
Fig. 1 is one of dimensional structure diagram of the utility model.
Fig. 2 is the two of the dimensional structure diagram of the utility model.
Fig. 3 is the fractionation structural representation of the utility model.
Fig. 4 is the structure diagram of vertically movable frame in the utility model.
Specific embodiment
As shown in Figure 1, a kind of ceiling fan lathe Horizontal tool-post structure described in the utility model, including including fixed seat 1, horizontal stroke
To screw 2, the first servo motor 3, transverse shifting frame 4, vertical screw 5, the second servo motor 6, vertically movable frame 7, cutter peace
8 are shelved, wherein, as shown in Figure 2 and Figure 3, set that there are two the hydrostatic slideway components that are set in parallel on 1 top surface of fixed seat
10, the hydrostatic slideway component 10 includes guide rail 101, sliding shoe 102, and the guide rail 101 is mounted in fixed seat 1, the cunning
Motion block 102 is slidably arranged on guide rail 101；As best shown in figs. 1 and 4, it is in dovetail shaped that the transverse shifting frame 4, which is equipped with cross section,
Vertical rails 41, offer movable chamber 42 on 41 outer surface of vertical rails, offered on 4 top surface of transverse shifting frame
It is through to the perforation 43 of movable chamber 42；As shown in Figure 1, the swallow to match with vertical rails 41 is offered on the vertically movable frame 7
Shape of tail sliding slot 71；As shown in Figure 1 to Figure 3, first servo motor 3 is arranged in fixed seat 1, and the cross lead screw 2 can turn
It is arranged on dynamicly between two hydrostatic slideway components 10, and cross lead screw 2 is made to be drivingly connected with 3 phase of the first servo motor, it is described
Cross lead screw 2 is equipped with the first sliding part 21 with 2 bolt of cross lead screw, and the transverse shifting frame 4 is arranged in fixed seat 1
Side, and 4 bottom of transverse shifting frame is made to connect respectively with two sliding shoes 102, the first sliding part 21, to pass through cross lead screw 2
Rotation makes transverse shifting frame 4 be slid laterally on guide rail 101, and the vertically movable frame 7 is by dovetail shaped sliding slot 71 and vertically
Sliding rail 41 is matched and is slidably mounted on transverse shifting frame 4, and second servo motor 6 is arranged on transverse shifting frame 4
On top surface, described vertical 5 one end of screw passes through perforation 43 to stretch in movable chamber 42, and make vertical 5 other end of screw and second
6 phase of servo motor is drivingly connected, and is equipped on the vertical screw 5 in movable chamber 42 and is slided with the second of vertical 5 bolt of screw
Part 51, and the second sliding part 51 is made to connect with vertically movable frame 7, vertically movable frame 7 is made perpendicular with the rotation by vertical screw 5
It is slid vertically on sliding rail 41, the cutter mounting frame 8 is arranged on vertically movable frame 7.The utility model is to pass through transverse direction
Screw 2 drives 4 movement of transverse shifting frame, and cross lead screw 2 is where to obtain kinetic energy from the first servo motor 3, in addition horizontal stroke
To screw 2 be arranged on two hydrostatic slideway components 10 between, this can effectively improve transverse shifting frame 4 movement accuracy with
Reliability and the structural strength for improving connection structure between them, and extend their service life.Meanwhile this practicality is new
Type is vertically movable frame 7 to be driven to move by vertical screw 5, and vertical screw 5 be where obtained from the second servo motor 6 it is dynamic
Can, in addition vertically movable frame 7 is to be slidably mounted on transverse shifting by the cooperation of dovetail shaped sliding slot 71 and vertical rails 41
On frame 4, this can effectively improve the accuracy of the vertically movable movement of frame 7 and reliability and improve connection knot between them
The structural strength of structure, and extend their service life.The utility model on 41 surface of vertical rails by opening up out activity
Chamber 42, this is minimum on the structural strength influence of vertical rails 41, and the second sliding part 51 can be made to be located at vertically movable 7 back side of frame
It goes up and is located between 41 side of vertical rails, this can effectively improve the reliability of vertically movable 7 mounting structure of frame and make
Vertically movable frame 7 is more uniformly stressed, and part is avoided the situation of process abrasion occur, so as to extend making for vertically movable frame 7
Use the service life.Pass through above-mentioned design, moreover it is possible to improve ceiling fan lathe Horizontal tool-post structure fix a cutting tool mounting bracket movement accuracy.
In ceiling fan lathe Horizontal tool-post structure, transverse shifting frame 4 with vertically movable frame 7 is watched by the first servo motor 3, second respectively
Take what motor 6 was driven, this can effectively improve the convenience that ceiling fan lathe Horizontal tool-post structure uses.Pass through hydrostatic slideway
The setting of component 10 can effectively improve the accuracy and reliability of guide frame, so as to improve the machining accuracy of stator.It should
Structure is mainly that the knife rest on ceiling fan lathe is made to realize transverse shifting, so as to meet processing needs.
It is as shown in Figure 3 and Figure 4, described laterally to move to advanced optimize the structure of transverse shifting frame on the basis of aforementioned
Moving frame 4 includes substrate 44, level board 45, vertical plate 46, and 46 surface of vertical plate is equipped with cross section in swallow-tailed vertical
Sliding rail 41 offers movable chamber 42 on 41 outer surface of vertical rails, is offered on 46 top surface of vertical plate and be through to work
The perforation 43 of dynamic chamber 42, the level board 45 are arranged on substrate 44, and the vertical plate 46 is arranged on 45 top surface side of level board,
Angle between the level board 45 and vertical plate 46 is equipped with reinforcing rib 47, and first sliding part 21, sliding shoe 102 are distinguished
Connect with 44 bottom surface of substrate.In manufacturing process, a plurality of reinforcing rib 47 can be arranged as required to.Vertical plate 46 is by the big gold of thickness
Belong to plate to be fabricated.The structure design very simple of the transverse shifting frame 4 is reliable, helps to reduce the vertical knife rest knot of ceiling fan lathe
The manufacture difficulty of structure and manufacture cost.
Wherein, transverse shifting frame 4 can also be designed in lower structure, and the vertical rails 41 are located at 46 side table of vertical plate
It on face, is offered on 41 outer surface of vertical rails through vertical rails 41, the movable chamber 42 of vertical plate 46, i.e. movable chamber 42 is from perpendicular
It is through on 46 another side surface of vertical plate to 41 outer surface of sliding rail.
It is as shown in Figure 3 and Figure 4, described to advanced optimize the mounting structure of the second servo motor on the basis of aforementioned
46 side of vertical plate is equipped with the supporting rod 48 upwardly extended, and 48 upper end of supporting rod is equipped with installing plate 49, and described second watches
Motor 6 is taken to be arranged on installing plate 49.Such structure design helps to improve the convenience of the second servo motor 6 installation, carries
High integrally-built packaging efficiency.In the fabrication process, multiple supporting rods 48 can be set.
On the basis of aforementioned, to advanced optimize the structure of cutter mounting frame, as shown in Figure 1, the cutter mounting frame 8
Cutting tool installation manner groove 81 is offered in upper and lower surface respectively, is offered respectively on 8 outer surface of cutter mounting frame and is through to each knife
Has the threaded hole 82 of mounting groove 81.During Cutting tool installation manner, by Cutting tool installation manner in Cutting tool installation manner groove 81, then, screw is locked in
In threaded hole 82, and screw end is made to be pressed on cutter, such screw can be just formed to cutter with 81 cell wall of Cutting tool installation manner groove
It squeezes and fixes, the structure is very simple and reliable.
Claims (4)
1. a kind of ceiling fan lathe Horizontal tool-post structure, it is characterised in that：Including fixed seat (1), cross lead screw (2), the first servo
Motor (3), transverse shifting frame (4), vertical screw (5), the second servo motor (6), vertically movable frame (7), cutter mounting frame
(8), the hydrostatic slideway component (10) being set in parallel there are two wherein being set on fixed seat (1) top surface, the hydrostatic slideway component
(10) including guide rail (101), sliding shoe (102), the guide rail (101) is in fixed seat (1), the sliding shoe (102)
It is slidably arranged on guide rail (101)；The transverse shifting frame (4) is equipped with cross section in swallow-tailed vertical rails (41), institute
It states and movable chamber (42) is offered on vertical rails (41) outer surface, offered on transverse shifting frame (4) top surface and be through to work
The perforation (43) of dynamic chamber (42)；The dovetail shaped sliding slot to match with vertical rails (41) is offered on the vertically movable frame (7)
(71)；First servo motor (3) is arranged in fixed seat (1), the cross lead screw (2) be rotatably arranged in two it is quiet
Between pressing guide assembly (10), and cross lead screw (2) is made mutually to be drivingly connected with the first servo motor (3), the cross lead screw (2)
The first sliding part (21) with cross lead screw (2) bolt is equipped with, the transverse shifting frame (4) is arranged in fixed seat (1)
Side, and transverse shifting frame (4) bottom is made to connect respectively with two sliding shoes (102), the first sliding part (21), to pass through transverse wire
The rotation of bar (2) makes transverse shifting frame (4) be slid laterally on guide rail (101), and the vertically movable frame (7) passes through dovetail shaped
Sliding slot (71) is matched with vertical rails (41) and is slidably mounted on transverse shifting frame (4), second servo motor
(6) it is arranged on transverse shifting frame (4) top surface, described vertical screw (5) one end passes through perforation (43) to stretch to movable chamber (42)
In, and vertical screw (5) other end is made mutually to be drivingly connected with the second servo motor (6), the vertical screw in movable chamber (42)
(5) the second sliding part (51) with vertical screw (5) bolt is equipped with, and makes the second sliding part (51) and vertically movable frame
(7) connect, vertically movable frame (7) is made to be slid vertically in vertical rails (41) with the rotation by vertical screw (5), it is described
Cutter mounting frame (8) is arranged on vertically movable frame (7).
2. ceiling fan lathe Horizontal tool-post structure according to claim 1, it is characterised in that：The transverse shifting frame (4) includes
Substrate (44), level board (45), vertical plate (46), it is in swallow-tailed vertical cunning that vertical plate (46) surface, which is equipped with cross section,
Rail (41) offers movable chamber (42) on vertical rails (41) outer surface, offers and pass through on vertical plate (46) top surface
It wears to the perforation of movable chamber (42) (43), the level board (45) is arranged on substrate (44), and the vertical plate (46) is arranged on
Level board (45) top surface side, the angle between the level board (45) and vertical plate (46) is equipped with reinforcing rib (47), described
First sliding part (21), sliding shoe (102) connect respectively with substrate (44) bottom surface.
3. ceiling fan lathe Horizontal tool-post structure according to claim 2, it is characterised in that：It is set on vertical plate (46) side
There is the supporting rod (48) upwardly extended, supporting rod (48) upper end is equipped with installing plate (49), and second servo motor (6) sets
It puts on installing plate (49).
4. ceiling fan lathe Horizontal tool-post structure according to claim 1, it is characterised in that：The cutter mounting frame (8) is up and down
Cutting tool installation manner groove (81) is offered on surface respectively, is offered respectively on cutter mounting frame (8) outer surface and is through to each knife
Has the threaded hole (82) of mounting groove (81).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721257934.9U CN207508301U (en) | 2017-09-28 | 2017-09-28 | A kind of ceiling fan lathe Horizontal tool-post structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721257934.9U CN207508301U (en) | 2017-09-28 | 2017-09-28 | A kind of ceiling fan lathe Horizontal tool-post structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207508301U true CN207508301U (en) | 2018-06-19 |
Family
ID=62533713
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721257934.9U Expired - Fee Related CN207508301U (en) | 2017-09-28 | 2017-09-28 | A kind of ceiling fan lathe Horizontal tool-post structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207508301U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115635014A (en) * | 2022-11-09 | 2023-01-24 | 广州众山紧固件有限公司 | Manipulator and continuous stamping device in mould |
-
2017
- 2017-09-28 CN CN201721257934.9U patent/CN207508301U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115635014A (en) * | 2022-11-09 | 2023-01-24 | 广州众山紧固件有限公司 | Manipulator and continuous stamping device in mould |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20210506 Address after: 528200 Dali zhongfuxin Beiwei District, Nanhai District, Foshan City, Guangdong Province (next to Nanhai Far East Electric Appliance Factory) Patentee after: Foshan Nanhai yuanzuan Electric Appliance Co.,Ltd. Address before: 528200 No.4, South 1st lane, Lizhong Zhouhe village, Dali Town, Nanhai District, Foshan City, Guangdong Province Patentee before: Zhou Qiaoying |
|
| TR01 | Transfer of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180619 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |