CN208662519U - A kind of novel double-end lathe - Google Patents
A kind of novel double-end lathe Download PDFInfo
- Publication number
- CN208662519U CN208662519U CN201821547671.XU CN201821547671U CN208662519U CN 208662519 U CN208662519 U CN 208662519U CN 201821547671 U CN201821547671 U CN 201821547671U CN 208662519 U CN208662519 U CN 208662519U
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- China
- Prior art keywords
- slide unit
- servo motor
- bracket
- table top
- seat
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Abstract
A kind of novel double-end lathe, including rack, the rack upper surface bilateral symmetry is fixedly connected with adjustable slide rest device, the adjustable slide rest device includes slid platform base, table top mechanism and slipway mechanism, the slid platform base is fixed on rack upper surface, the slid platform base is connected with table top mechanism, slipway mechanism is connected in the table top mechanism, the table top is equipped with and fixes to clamp mechanism, the mechanism that fixes to clamp is located on rear side of slipway mechanism, the rack is equipped with feed device, the feed device is located on rear side of adjustable slide rest device, the feed device lower end is equipped with splicing plate, the splicing plate is oblique to be connected to discharge flapper I, on discharge flapper II, the discharge flapper I and discharge flapper II are fixed in rack.The novel double-end lathe of the utility model realizes shaft-like work both ends simultaneous processing, has the effect of two lathe process, and high production efficiency, machining accuracy is high, without manual clamping repeatedly, realizes automation processing.
Description
Technical field
The utility model relates to lathe-techniques field, in particular to a kind of novel double-end lathe.
Background technique
For axial workpiece due to more demanding, processing program is complicated, needs multiple tracks processing program that could complete, adds on lathe
Work axis class needs repeatedly clamping that could complete, and not only machining accuracy cannot be guaranteed, simultaneous processing efficiency is relatively low, existing vehicle
Bed needs manual operation to axial workpiece clamping loading and unloading, and laborious and efficiency is lower.
Summary of the invention
The utility model will solve technical problem and be to provide a kind of novel double-end lathe, and machining accuracy is high, high production efficiency,
Realize automation processing.
The technical scheme in the invention for solving the above technical problem are as follows:
A kind of novel double-end lathe, including rack, the rack upper surface bilateral symmetry are fixedly connected with adjustable slide unit
Device, the adjustable slide rest device include slid platform base, table top mechanism and slipway mechanism, and the slid platform base is fixed on rack
Upper surface, the slid platform base are connected with table top mechanism, the table top mechanism include table top, servo motor, servo motor seat and
Screw rod connecting mechanism, the table top is set to that slid platform base upper surface connect with slid platform base can be along x to moving, the slid platform base
Side surface is fixed with servo motor seat, and the servo motor seat is connected with servo motor, and the servo motor is connected with screw rod
Bindiny mechanism, the screw rod connecting mechanism are connect with table top, and the table top upper surface is connected with slipway mechanism, are set on the table top
Mechanism is fixed to clamp, the mechanism that fixes to clamp is located on rear side of slipway mechanism, and the rack is equipped with feed device, described to send
Expect that device is located on rear side of adjustable slide rest device, the feed device lower end is equipped with splicing plate, and the splicing plate is oblique to be connected to
On discharge flapper I, discharge flapper II, the discharge flapper I and discharge flapper II are fixed in rack.
The mechanism that fixes to clamp includes top, top support, cylinder, backing plate, power head, belt housing, motor, connection
Belt and pressing device, the top support are located on rear side of slipway mechanism, and the top support is equipped with top, the top branch
Seat is connected with cylinder, the cylinder be fixedly installed in top support and with top connection, on the top support symmetrical side table top
Equipped with backing plate, the backing plate is located on rear side of slipway mechanism, and the backing plate is equipped with power head, and the power head lateral surface is equipped with skin
With housing, motor is connected on the belt housing, the motor is located at power head top, and the motor and power head pass through company
Lace connection, the connection belt are located in belt housing, and the top side surface of power head face is equipped with pressing device.
The pressing device includes knife handle, cutterhead and tool shank nut, and the tool shank nut is connected on power head, the knife
Handle is located at power head face center point, is equipped with cutterhead on the knife handle.
The cutterhead is removably mounted on knife handle.
The feed device includes bracket I, bracket II, bracket bottom plate, discharge baffle I, discharge baffle II, marker board, turns
Axis, feed rotary table, feed appliance spindle drive motor seat, driving motor, band bearing fixed seat, feeding main shaft synchronous pulley I, feeding
Main shaft synchronous pulley II and belt, the bracket bottom plate are symmetrical set in rack, fix respectively on the bracket bottom plate
Side surface equipped with identical bracket I, bracket II, the bracket I, bracket II is respectively equipped with discharge baffle I, discharge baffle II,
The discharge baffle I and discharge baffle II are connect with marker board, are equipped with and are turned on the marker board front-end bracket I and bracket II
Axis, the both ends of the shaft pass through band bearing fixed seat respectively and are connected on bracket I and bracket II, and the shaft protrusion band bearing is solid
Reservation is equipped with feeding main shaft synchronous pulley I and is located at the end bracket I, and the bracket I is equipped with feed appliance spindle drive motor seat, described to send
Glassware spindle drive motor seat is equipped with driving motor, and the driving motor connects feeding main shaft synchronous pulley II, the feeding
Main shaft synchronous pulley I is connect with feeding main shaft synchronous pulley II by belt, and the shaft is equipped at least two feed rotary tables,
The feed rotary table between bracket I and bracket II, be laid on the feed rotary table excircle at least two get stuck it is scarce
Mouthful.
The marker board is oblique to be fixedly connected with discharge baffle I, discharge baffle II.
The slipway mechanism includes lower slide unit mechanism and upper slide unit mechanism, and the lower slide unit mechanism includes servo motor I, watches
Motor cabinet I, lower slide unit screw body, lower slide unit pedestal and lower slide unit are taken, lower slide unit pedestal, institute are fixedly connected on the table top
Lower slide unit base upper surface is stated equipped with lower slide unit and connect and can be moved along the x-axis direction with lower slide unit, the lower slide unit base side table
Face is fixedly connected with servo motor seat I, and the servo motor seat I is connected with servo motor I, and the servo motor I is connected with down
Slide unit screw body, the lower slide unit screw body is connect with lower slide unit, longitudinally perpendicular in the lower slide unit to be connected with upper slide unit
Mechanism, the upper slide unit mechanism include upper slide unit pedestal, servo motor seat II, servo motor II, upper slide unit screw body and on
Slide unit, the upper slide unit pedestal is longitudinally perpendicular to be fixed in lower slide unit, and the upper slide unit pedestal is connected with upper slide unit and can be along y-axis
Direction is mobile, and the upper slide unit front surface is fixed with servo motor seat II, and servo electricity is connected on the servo motor seat II
Machine II, the servo motor II are connected with upper slide unit screw body, and the upper slide unit screw body is connect with upper slide unit.
The upper slide unit upper surface is fixed with gang feed tool rack, is equipped with lathe tool on the gang feed tool rack.
The beneficial effects of the utility model are:
Compared with prior art, using the novel double-end lathe of the utility model structure, high production efficiency, machining accuracy
Height, it is not necessary that clamping, realization automation are processed repeatedly manually.
Detailed description of the invention
Fig. 1 is the novel double-end lathe structure schematic diagram 1 of the utility model.
Fig. 2 is the novel double-end lathe structure schematic diagram 2 of the utility model.
Specific embodiment
Utility model will be further described in detail below with reference to the attached drawings and specific embodiments:
Fig. 1, Fig. 2 are please referred to, the utility model provides a kind of novel double-end lathe, including rack 1, table in the rack 1
Face bilateral symmetry is fixedly connected with adjustable slide rest device, and the adjustable slide rest device includes slid platform base 2, table top mechanism 3
With slipway mechanism 4, the slid platform base 2 is fixed on 1 upper surface of rack, and the slid platform base 2 is connected with table top mechanism 3, described
Table top mechanism 3 includes table top 5, servo motor 6, servo motor seat 7 and screw rod connecting mechanism 8, and the table top 5 is set to slid platform base
2 upper surfaces are connect with slid platform base 2 can be along x to moving, and 2 side surface of slid platform base is fixed with servo motor seat 7, described
Servo motor seat 7 is connected with servo motor 6, and the servo motor 6 is connected with screw rod connecting mechanism 8, the screw rod connecting mechanism 8
It is connect with table top 5,5 upper surface of table top is connected with slipway mechanism 4, and the table top 5 is equipped with and fixes to clamp mechanism 9, described
It fixes to clamp mechanism 9 and is located at 4 rear side of slipway mechanism, the rack 1 is equipped with feed device 10, and the feed device 10 is located at can
It adjusts on rear side of slide rest device, 10 lower end of feed device is equipped with splicing plate 11, and the splicing plate 11 is oblique to be connected to blanking gear
On plate I12, discharge flapper II13, the discharge flapper I12 and discharge flapper II13 are fixed in rack 1.
The mechanism 9 that fixes to clamp includes top 14, top support 15, cylinder 16, backing plate 17, power head 18, belt housing
Shell 19, motor 20, connection belt (not indicating in figure) and pressing device 21, the top support 15 are located at 4 rear side of slipway mechanism,
The top support 15 is equipped with top 14, and the top support 15 is connected with cylinder 16, and the cylinder 16 is fixedly installed in top
Apical branch seat 15 is simultaneously connect with top 14, and the top 15 symmetrical side table top 5 of support is equipped with backing plate 17, and the backing plate 17, which is located at, to be slided
4 rear side of platform mechanism, the backing plate 17 are equipped with power head 18, and 18 lateral surface of power head is equipped with belt housing 19, the skin
Motor 20 is connected on band housing 19, the motor 20 is located at 18 top of power head, and the motor 20 passes through company with power head 18
Lace (not indicating in figure) connection, the connection belt (not indicating in figure) are located in belt housing 19, the power head 18
Top 14 side surface of face is equipped with pressing device 21.
The pressing device 21 includes knife handle 22, cutterhead 23 and tool shank nut 24, and the tool shank nut 24 is connected to power
On first 18, the knife handle 22 is located at top 14 end of 18 face of power head, is equipped with cutterhead 23 on the knife handle 22.
The cutterhead 23 is removably mounted on knife handle 22.
The feed device 10 includes bracket I25, bracket II26, bracket bottom plate 27, discharge baffle I28, discharge baffle
II29, marker board 30, shaft 31, feed rotary table 32, feed appliance spindle drive motor seat 33, driving motor 34, band bearing are fixed
Seat 35, feeding main shaft synchronous pulley I36, feeding main shaft synchronous pulley II37 and belt (not indicated in figure), the bracket bottom plate
27 are symmetrical set in rack 1, are fixed with identical bracket I25, bracket II26, institute on the bracket bottom plate 27 respectively
State bracket I25, the side surface of bracket II26 is respectively equipped with discharge baffle I28, discharge baffle II29, the discharge baffle I28 and
Discharge baffle II29 is connect with marker board 30, is equipped with shaft 31, institute on the marker board 30 front-end bracket I25 and bracket II26
It states 31 both ends of shaft and passes through band bearing fixed seat 35 respectively and be connected on bracket I25 and bracket II26, the shaft 31 protrudes band
Bearing fixed seat 35 is equipped with feeding main shaft synchronous pulley I36 and is located at the end bracket I25, and the bracket I25 drives equipped with feed appliance main shaft
Dynamic motor cabinet 33, the feed appliance spindle drive motor seat 33 are equipped with driving motor 34, and the driving motor 34 connects feeding
Main shaft synchronous pulley II37, the feeding main shaft synchronous pulley I36 and feeding main shaft synchronous pulley II37 pass through belt (in figure not
Mark) it connects, the shaft 31 is equipped at least two feed rotary tables 32, and the feed rotary table 32 is located at bracket I25 and bracket
Between II26, it is laid at least two on 32 excircle of feed rotary table and gets stuck notch 38.
The marker board 30 is oblique to be fixedly connected with discharge baffle I28, discharge baffle II29.
The slipway mechanism 4 includes lower slide unit mechanism 39 and upper slide unit mechanism 40, and the lower slide unit mechanism 39 includes servo
Motor I41, servo motor seat I42, lower slide unit screw body 43, lower slide unit pedestal 44 and lower slide unit 45, it is fixed on the table top 5
It is connected with lower slide unit pedestal 44,44 upper surface of lower slide unit pedestal is equipped with lower slide unit 45 and connect with lower slide unit 45 can be along x-axis
Direction is mobile, and 44 side surface of lower slide unit pedestal is fixedly connected with servo motor seat I42, the servo motor seat I42 connection
There are servo motor I41, the servo motor I41 to be connected with lower slide unit screw body 43, the lower slide unit screw body 43 is under
Slide unit 45 connects, and longitudinally perpendicular in the lower slide unit 45 to be connected with upper slide unit mechanism 40, the upper slide unit mechanism 40 includes upper cunning
Platform pedestal 46, servo motor seat II47, servo motor II48, upper slide unit screw body 49 and upper slide unit 50, the upper slide unit bottom
Seat 46 is longitudinally perpendicular to be fixed in lower slide unit 45, and the upper slide unit pedestal 46 is connected with upper slide unit 50 and can move along the y-axis direction,
50 front surface of upper slide unit is fixed with servo motor seat II47, is connected with servo motor on the servo motor seat II47
II48, the servo motor II48 are connected with upper slide unit screw body 49, and the upper slide unit screw body 49 connects with upper slide unit 50
It connects.
50 upper surface of upper slide unit is fixed with gang feed tool rack 51, is equipped with lathe tool 52 on the gang feed tool rack 51.
Utility model works principle is further illustrated below:
When double end turning lathe work, adjustable slide rest device is adjusted according to the length of axis and the position to be processed first, is led to
The adjusting of servo motor 6 is crossed, the control of servo motor 6 drives screw rod connecting mechanism 8, and screw rod connecting mechanism 8 drives table top 5 mobile, leads to
It crosses adjustable the distance between slide rest device and adjustable slide rest device and determines the position for fixing to clamp mechanism 9, table top 5, which drives, to be slided
Platform mechanism 4 is mobile, adjusts upper slide unit mechanism 40 and lower slide unit mechanism 39 respectively to determine the position of 52 turning of lathe tool, toward marker board
Place shaft-like work on 30, shaft-like work is caught in the getting stuck in notch 38 of feed rotary table 32, passes through driving motor 34 and controls feeding main shaft
Synchronous pulley II37 simultaneously drives feeding main shaft synchronous pulley I36 to rotate shaft 31 by belt (not indicating in figure), shaft 31
It drives feed rotary table 32 that shaft-like work is placed between top 14 and pressing device 21, is controlled respectively by cylinder 16 and motor 20
Top 14 and 21 pairs of pressing device need the shaft-like works processed to compress, while adjacent shaft-like work is caught in the adjacent card of feed rotary table 32
Expect in notch 38, is controlled by servo motor II48 and upper slide unit screw body 49 is driven to control the movement of upper slide unit 50, upper slide unit 50
Control gang feed tool rack 51 processes lathe tool 52 to shaft-like work, after processing is completed, controls top 14 by cylinder 16 and motor 20
The shaft-like work for needing to process with 21 pairs of pressing device unclamps, and controls feeding main shaft synchronous pulley II37 by driving motor 34 and leads to
Crossing belt (not indicating in figure) drives feeding main shaft synchronous pulley I36 to rotate shaft 31, falls into the shaft-like work processed and connects
Flitch 11, the adjacent axis workpiece to be added to get stuck in notch 38 are placed between top 14 and pressing device 21, pass through cylinder 16 respectively
Top 14 and 21 pairs of the pressing device shaft-like works compressions for needing to process are controlled with motor 20, are processed according to above-mentioned turning step, no
The disconnected above-mentioned procedure of processing of circulation is until complete the processing to all shaft-like works.The double end turning lathe of the utility model can be realized adjustable
Section slide rest device is mobile simultaneously to realize that fixing to clamp mechanism 9 clamps positioning, realizes shaft-like work both ends simultaneous processing, has two trolleys
The effect of bed processing, high production efficiency, machining accuracy is high, without manual clamping repeatedly, high degree of automation.
Cutterhead 23 is removably mounted on knife handle 22, can be corresponding to replace according to processing needs and corresponding workpiece
Cutterhead 23.
Marker board 30 is oblique to be fixedly connected with discharge baffle I28, discharge baffle II29, is conducive to workpieces processing and is caught in get stuck
In notch 38.
A kind of novel double-end lathe provided by the utility model embodiment is described in detail above, is answered herein
The principles of the present invention and embodiment are expounded with specific case, the explanation of above example is only intended to sides
Assistant solves the revealed technical solution of the utility model；At the same time, for those skilled in the art, according to the utility model
Thought, there will be changes in the specific implementation manner and application range, in conclusion the content of the present specification should not be understood
For the limitation of the utility model.
Claims (8)
1. a kind of novel double-end lathe, including rack, it is characterised in that: the rack upper surface bilateral symmetry is fixedly connected with can
Slide rest device is adjusted, the adjustable slide rest device includes slid platform base, table top mechanism and slipway mechanism, and the slid platform base is solid
Due to rack upper surface, the slid platform base is connected with table top mechanism, and the table top mechanism includes table top, servo motor, servo
Motor cabinet and screw rod connecting mechanism, the table top is set to that slid platform base upper surface connect with slid platform base can be described along x to moving
Slid platform base side surface is fixed with servo motor seat, and the servo motor seat is connected with servo motor, and the servo motor connects
It is connected to screw rod connecting mechanism, the screw rod connecting mechanism is connect with table top, and the table top upper surface is connected with slipway mechanism, described
Table top, which is equipped with, fixes to clamp mechanism, and the mechanism that fixes to clamp is located on rear side of slipway mechanism, and the rack is filled equipped with feeding
It sets, the feed device is located on rear side of adjustable slide rest device, and the feed device lower end is equipped with splicing plate, and the splicing plate is oblique
To being connected on discharge flapper I, discharge flapper II, the discharge flapper I and discharge flapper II are fixed in rack.
2. a kind of novel double-end lathe as described in claim 1, it is characterised in that: it is described fix to clamp mechanism include it is top,
Top support, cylinder, backing plate, power head, belt housing, motor, connection belt and pressing device, the top support, which is located at, to be slided
On rear side of platform mechanism, the top support is equipped with top, and the top support is connected with cylinder, and the cylinder is fixedly installed in top
Apical branch seat and with top connection, the top support symmetrical side table top be equipped with backing plate, the backing plate be located at slipway mechanism rear side,
The backing plate is equipped with power head, and the power head lateral surface is equipped with belt housing, is connected with motor on the belt housing, institute
It states motor and is located at power head top, the motor and power head by connection belt connection, the connection belt is located at belt housing
In shell, the top side surface of power head face is equipped with pressing device.
3. a kind of novel double-end lathe as claimed in claim 2, it is characterised in that: the pressing device includes knife handle, cutterhead
And tool shank nut, the tool shank nut are connected on power head, the knife handle is located at power head face center point, on the knife handle
Cutterhead is installed.
4. a kind of novel double-end lathe as claimed in claim 3, it is characterised in that: the cutterhead is removably mounted to knife handle
On.
5. a kind of novel double-end lathe as described in claim 1, it is characterised in that: the feed device includes bracket I, bracket
II, it bracket bottom plate, discharge baffle I, discharge baffle II, marker board, shaft, feed rotary table, feed appliance spindle drive motor seat, drives
Dynamic motor, band bearing fixed seat, feeding main shaft synchronous pulley I, feeding main shaft synchronous pulley II and belt, the bracket bottom plate are left
The right side is symmetrically disposed in rack, is fixed with identical bracket I, bracket II, the bracket I, branch on the bracket bottom plate respectively
The side surface of frame II is respectively equipped with discharge baffle I, discharge baffle II, the discharge baffle I and discharge baffle II and marker board and connects
It connects, is equipped with shaft on the marker board front-end bracket I and bracket II, the both ends of the shaft passes through band bearing fixed seat respectively and connects
It being connected on bracket I and bracket II, the shaft protrusion band bearing fixed seat is equipped with feeding main shaft synchronous pulley I and is located at the end bracket I,
The bracket I is equipped with feed appliance spindle drive motor seat, and the feed appliance spindle drive motor seat is equipped with driving motor, described
Driving motor connects feeding main shaft synchronous pulley II, and the feeding main shaft synchronous pulley I passes through with feeding main shaft synchronous pulley II
Belt connection, the shaft are equipped at least two feed rotary tables, and the feed rotary table is between bracket I and bracket II, institute
It states and is laid at least two on feed rotary table excircle and gets stuck notch.
6. a kind of novel double-end lathe as claimed in claim 5, it is characterised in that: the marker board it is oblique with discharge baffle I,
Discharge baffle II is fixedly connected.
7. a kind of novel double-end lathe as described in claim 1, it is characterised in that: the slipway mechanism includes lower slide unit mechanism
With upper slide unit mechanism, the lower slide unit mechanism includes servo motor I, servo motor seat I, lower slide unit screw body, lower slide unit bottom
Seat and lower slide unit, are fixedly connected with lower slide unit pedestal on the table top, the lower slide unit base upper surface be equipped with lower slide unit and with
Lower slide unit connection can move along the x-axis direction, and lower slide unit pedestal side surface is fixedly connected with servo motor seat I, the servo
Motor cabinet I is connected with servo motor I, and the servo motor I is connected with lower slide unit screw body, the lower slide unit screw body with
Lower slide unit connection, it is longitudinally perpendicular in the lower slide unit to be connected with upper slide unit mechanism, the upper slide unit mechanism include upper slide unit pedestal,
Servo motor seat II, servo motor II, upper slide unit screw body and upper slide unit, the upper slide unit pedestal is longitudinally perpendicular be fixed under
On slide unit, the upper slide unit pedestal is connected with upper slide unit and can move along the y-axis direction, and the upper slide unit front surface, which is fixed with, to be watched
Motor cabinet II is taken, servo motor II is connected on the servo motor seat II, the servo motor II is connected with upper slide unit screw rod
Mechanism, the upper slide unit screw body are connect with upper slide unit.
8. a kind of novel double-end lathe as claimed in claim 7, it is characterised in that: the upper slide unit upper surface is fixed with row
Knife rest is equipped with lathe tool on the gang feed tool rack.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821547671.XU CN208662519U (en) | 2018-09-21 | 2018-09-21 | A kind of novel double-end lathe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821547671.XU CN208662519U (en) | 2018-09-21 | 2018-09-21 | A kind of novel double-end lathe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208662519U true CN208662519U (en) | 2019-03-29 |
Family
ID=65841974
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821547671.XU Expired - Fee Related CN208662519U (en) | 2018-09-21 | 2018-09-21 | A kind of novel double-end lathe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208662519U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111468745A (en) * | 2020-04-13 | 2020-07-31 | 安徽宝立华机械设备有限公司 | Continuous feeding auxiliary device of oil drill pipe |
-
2018
- 2018-09-21 CN CN201821547671.XU patent/CN208662519U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111468745A (en) * | 2020-04-13 | 2020-07-31 | 安徽宝立华机械设备有限公司 | Continuous feeding auxiliary device of oil drill pipe |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190329 Termination date: 20190921 |