CN207656019U - With the high precision gear hobber to tooth debugging functions - Google Patents
With the high precision gear hobber to tooth debugging functions Download PDFInfo
- Publication number
- CN207656019U CN207656019U CN201721294238.5U CN201721294238U CN207656019U CN 207656019 U CN207656019 U CN 207656019U CN 201721294238 U CN201721294238 U CN 201721294238U CN 207656019 U CN207656019 U CN 207656019U
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- tooth
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- lathe
- gear
- column
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Abstract
The utility model discloses a kind of high precision gear hobbers having to tooth debugging functions, including lathe, it include oil circuit in lathe, circuit, gas circuit and intelligent controlling device, moveable column and fixed post are installed on the lathe bed of lathe, workbench, the column mobile motor of driving column movement is also equipped on lathe bed, hobbing device is installed on column, post is equipped with the holder mobile motor that moveable holder and driving arm move, workbench torque motor is installed on workbench, installation site sensor stand on the post, position sensor is installed on the position sensor holder, the position sensor faces the gear tooth of secondary operation and detects the position of the gear tooth of secondary operation, the position sensor is connect by conducting wire with the input end of analog signal mouth of the intelligent controlling device in lathe.The utility model has the beneficial effects that effectively avoiding being driven the influence to tooth precision, the machining accuracy of gear ensure that.
Description
Technical field
The utility model is related to automation technology application field, especially a kind of high-precision rolling having to tooth debugging functions
Tooth machine.
Background technology
With the continuous development of science and technology, accurate chain digital control gear hobbing machine is more and more in the production process of gear
Using accurate chain digital control gear hobbing machine can not only ensure high-precision Gear Processing, while also can significantly reduce worker's
Labor intensity is the important equipment for promoting Gear Processing efficiency.However, in the work of gear secondary operation, it is how accurately complete
What it is at cutter and gear is highly important to tooth, if will inaccurately influence the machining accuracy of gear on tooth, pair before
Tooth work is all controlled by programming, but intelligent controlling device is controlled according to programming language and moved down on post upper bracket
During moving to tooth, since driving error leads to have deviation to tooth, Gear Processing precision is influenced.
Invention content
Purpose of the utility model is to solve the above problems, devise a kind of high-precision having to tooth debugging functions
Gear-hobbing machine.
Realize that above-mentioned purpose the technical solution of the utility model is, a kind of high precision hobbing having to tooth debugging functions
Machine, including lathe, interior lathe includes oil circuit, circuit, gas circuit and intelligent controlling device, is equipped on the lathe bed of lathe moveable
Column and fixed post, workbench are also equipped with the column mobile motor of driving column movement on lathe bed, are installed on column
Hobbing device, post are equipped with the holder mobile motor that moveable holder and driving arm move, are equipped on workbench
Workbench torque motor, installation site sensor stand on the post are equipped with position on the position sensor holder
Sensor, the position sensor face the gear tooth of secondary operation and detect the position of the gear tooth of secondary operation,
The position sensor is connect by conducting wire with the input end of analog signal mouth of the intelligent controlling device in lathe.
The hobbing device is to be mounted on the knife rest angle electrical machinery on slide plate by the slide plate on column, be mounted on column
The slide plate mobile motor of driving slide plate movement and four part of gear hobbing motor being connect respectively with knife rest angle electrical machinery and slide plate are total
With composition.
The main shaft of the knife rest angle electrical machinery is parallel with lathe bed, and skateboarding direction is vertical with lathe bed.
The gear hobbing motor is to install main shaft direct driving motor on knife rest and alter knife motor to constitute.
It is parallel with the main shaft of main shaft direct driving motor that the knife rest alters knife motor.
The post 3 is equipped with automatic charging machinery hand.
Have using what the technical solution of the utility model made, the high-precision of tooth function is rolled automatically in secondary operation
Tooth machine effectively avoids the shadow due to being processed to high class gear to tooth deviation using position sensor amendment to tooth precision
It rings, ensure that the machining accuracy and quality of gear product.
Description of the drawings
Fig. 1 is the structural schematic diagram described in the utility model having to the high precision gear hobber of tooth debugging functions；
Fig. 2 is the vertical view described in the utility model having to the high precision gear hobber of tooth debugging functions；
In figure, 1, lathe；2, column；3, post；4, column mobile motor；5, holder；6, holder mobile motor；7, work
Make platform torque motor；8, knife rest angle electrical machinery；9, slide plate mobile motor；10, knife rest；11, main shaft torque motor；12, workbench；
13, slide plate；14, knife motor is altered；15, position sensor holder；16, position sensor；17, automatic charging machinery hand.
Specific implementation mode
The utility model is specifically described below in conjunction with the accompanying drawings, as shown in Figure 1, a kind of have to tooth debugging functions
High precision gear hobber, including lathe 1, interior lathe includes oil circuit, circuit, gas circuit and intelligent controlling device, is pacified on the lathe bed of lathe
Equipped with moveable column 2 and fixed post 3, workbench 12, the column that driving column movement is also equipped on lathe bed moves
Motor 4 is moved, hobbing device is installed on column, post is equipped with the holder movement that moveable holder 5 and driving arm move
Motor 6, is equipped with workbench torque motor 7 on workbench, installation site sensor stand 15 on the post, the position
Position sensor 16 is installed, the position sensor faces the gear tooth of secondary operation and detects two on sensor stand
The position of the gear tooth of secondary processing, the analog signal that the position sensor passes through the intelligent controlling device in conducting wire and lathe
Input port connects.Wherein, the hobbing device is knife rest corner electricity 8, peace on slide plate by the slide plate 13 on column
The gear hobbing electricity for driving the slide plate mobile motor 9 of slide plate movement on column and being connect respectively with knife rest angle electrical machinery and slide plate
Four part of machine collectively constitutes；The main shaft of the knife rest angle electrical machinery is parallel with lathe bed, and skateboarding direction is vertical with lathe bed；Institute
It is to install main shaft direct driving motor 11 on knife rest 10 and alter knife motor 14 to constitute to state gear hobbing motor；The knife rest alter knife motor with
The main shaft of main shaft direct driving motor is parallel；The post 3 is equipped with automatic charging machinery hand 17.
The characteristics of the technical program is the installation position sensor on post inside the high precision numerical control gear-hobbing machine, uses position
Sensor detects the gear position of secondary operation gear, and automatic to realize in secondary Gear Processing works to tooth, position
Infrared sensor can be used in sensor, and the exact position of the positioning gear teeth, positioning accuracy rank are incuded by infrared external reflection distance
It to be consistent with Gear Processing precision grade.When gear is placed on machining position in secondary processing process, position sensor
Location information feedback is carried out to the gear teeth of secondary operation gear, if holding gears do not reach accurate location, position sensor
There is no face gear position, the reflection interval difference of the position sensor detection gear teeth to be greater than the set value, then intelligent controlling device will
Workbench rotation is adjusted, is corrected to tooth precision, until position sensor feedback meets setting to the electric signal of intelligent controlling device
Value, to ensure secondary Gear Processing precision.
Above-mentioned technical proposal only embodies the optimal technical scheme of technical solutions of the utility model, the technology of the art
Personnel embody the principles of the present invention to some variations that some of which part may be made, and belong to the utility model
Protection domain within.
Claims (4)
1. a kind of high precision gear hobber having to tooth debugging functions, including lathe (1), lathe is interior to include oil circuit, circuit, gas circuit
And intelligent controlling device, moveable column (2) and fixed post (3), workbench (12) are installed on the lathe bed of lathe,
It is also equipped with the column mobile motor (4) of driving column movement on lathe bed, hobbing device is installed, post is equipped with can on column
The holder mobile motor (6) of mobile holder (5) and driving arm movement, is equipped with workbench torque motor (7) on workbench,
It is characterized in that, installation site sensor stand (15) on the post, position is installed on the position sensor holder
Sensor (16), the position sensor face the gear tooth of secondary operation and detect the position of the gear tooth of secondary operation
It sets, the position sensor is connect by conducting wire with the input end of analog signal mouth of the intelligent controlling device in lathe, the rolling
Tooth motor is to install main shaft direct driving motor (11) on knife rest (10) and alter knife motor (14) composition, and the knife rest alters knife motor
It is parallel with the main shaft of main shaft direct driving motor.
2. the high precision gear hobber according to claim 1 having to tooth debugging functions, which is characterized in that the gear hobbing dress
It is slide plate (13) by column to set, and is mounted on the knife rest angle electrical machinery (8) on slide plate, is mounted on driving slide plate movement on column
Slide plate mobile motor (9) and four part of gear hobbing motor that is connect respectively with knife rest angle electrical machinery and slide plate collectively constitute.
3. the high precision gear hobber according to claim 2 having to tooth debugging functions, which is characterized in that the knife rest turns
The main shaft of angle motor is parallel with lathe bed, and skateboarding direction is vertical with lathe bed.
4. the high precision gear hobber according to claim 2 having to tooth debugging functions, which is characterized in that the post
(3) it is equipped with automatic charging machinery hand (17).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721294238.5U CN207656019U (en) | 2017-09-30 | 2017-09-30 | With the high precision gear hobber to tooth debugging functions |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721294238.5U CN207656019U (en) | 2017-09-30 | 2017-09-30 | With the high precision gear hobber to tooth debugging functions |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207656019U true CN207656019U (en) | 2018-07-27 |
Family
ID=62937121
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721294238.5U Active CN207656019U (en) | 2017-09-30 | 2017-09-30 | With the high precision gear hobber to tooth debugging functions |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207656019U (en) |
-
2017
- 2017-09-30 CN CN201721294238.5U patent/CN207656019U/en active Active
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