CN205968379U - From moving first mechanism suitable for mill boring integration lathe - Google Patents
From moving first mechanism suitable for mill boring integration lathe Download PDFInfo
- Publication number
- CN205968379U CN205968379U CN201620911606.5U CN201620911606U CN205968379U CN 205968379 U CN205968379 U CN 205968379U CN 201620911606 U CN201620911606 U CN 201620911606U CN 205968379 U CN205968379 U CN 205968379U
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- Prior art keywords
- head
- cutter
- changeover panel
- boring
- milling
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Abstract
The utility model discloses a from moving first mechanism suitable for mill boring integration lathe relates to the metalworking field, including lifting heads, conversion motor, switching disc, spacing induction system, milling cutter and boring cutter, the conversion motor is fixed and is stretched out lifting heads in lifting heads bottom and pivot, switching disc fixes pivot top, switching disc's edge are provided with two driving motor, milling cutter and boring cutter are respectively by two driving motor drives, spacing induction system is including response piece and inductive head, the inductive head sets up lifting heads's edge, the setting of response piece is in the back of the fixed driving motor position of switching disc, and the position of the position of responding to the piece and inductive head corresponds, this kind from move the simple single -function of first mechanism design comprehensively, can mill the boring cutter head by automatic switching.
Description
Technical field
This utility model is related to milling boring manufacture field, relates in particular to a kind of be applied to the automatic of milling boring integration machine tool
Head exchange mechanism.
Background technology
Milling refers to the multiple-cutting-edge tool cutting workpiece using rotation, is efficient processing method.Cutter rotation during work
(Primary movement), workpiece movement(Make feed motion), workpiece can also be fixed, but the cutter now rotating must also move(With
When complete main motion and feed motion).The lathe of milling has horizontal milling machine or vertical knee-type milling machine, also has large-scale planer-type milling machine.
These lathes can be machine tool or Digit Control Machine Tool, with rotation milling cutter as cutter machining, milling
Typically carry out on milling machine or boring machine, be suitable to process plane, groove, various forming face (as spline, gear and screw thread) and mould
Special form face etc.;Boring is a kind of use cutter expanded hole or the internal diameter Cutting Process of other circular contour, its range of application one
As from half roughing to polish, cutter for same is usually single-blade boring cutter, and boring is typically in boring machine, machining center and building-block machine
On carry out, be mainly used in cylindrical hole on the workpiece such as machining box, support and support, screwed hole, in the hole groove and end face;When adopting
When using ancillary attachment, also can process inside and outside spherical surface, taper hole etc.;In metal processing sectors, Milling Process is mutually auxiliary with boring processing
Coordinate, in order to optimize the course of processing, decontamination and boring price are incorporated in a processing unit (plant), can play very big excellent
Change effect, the switching that it is critical only that milling cutter and boring cutter of milling boring integration, such as Publication No. CN203304585U, the time of disclosure is
On November 27th, 2013, the Chinese utility model patent document of entitled " machine clip variable-position modular milling, boring, drill tool ", public
Opened one kind be made up of modular cutter head and knife bar, modular cutter head and knife bar connected mode has two kinds of forms it is simply that both
With threaded, taper seat positioning or both use threaded, cylinder circular bead surface positioning, according to processing tasks various on workpiece
Require available modular cutter head, have modular angle cutter head;Modular radial dimension adjustable vertical milling cutter head;Modular bores
Cutter head;Modular vertical milling cutter head;Modular plane milling cutter head;Modular boring tool head;Modular cutter head is inserted after knife bar respectively,
The screwed tight that both is matched just can become an overall cutter of rigidity, and this knife can be on various Metal Cutting Machine Tools
Complete various metal cutting process tasks, but in this technical scheme, the replacing of cutter head needs by manually carrying out, and will
The Modulations tools sought unification, the convenience of use is poor.
Content of the invention
The purpose of this utility model be to provide a kind of design simple functions comprehensively, be capable of the suitable of automatic conversion milling cutter head
Achieving automatic head replacement mechanism for milling boring integration machine tool.
The purpose of this utility model is achieved through the following technical solutions:
Be applied to the achieving automatic head replacement mechanism of milling boring integration machine tool it is characterised in that:Including lift head, conversion motor, turn
Change disk, limit induction device, milling cutter and boring cutter;Described conversion motor is fixed on lift head bottom and lift head is stretched out in rotating shaft, institute
State changeover panel and be fixed on described rotating shaft top, the edge of changeover panel is provided with two motors, and described milling cutter and boring cutter are respectively
Driven by two motors, described limit induction device includes sensing chip and inductive head, and described inductive head is arranged on described liter
The edge of fall head, described sensing chip is arranged on the back side of described changeover panel fixed drive motor position, and the position of sensing chip with
The position of inductive head corresponds to.
Described two motors change head rotation every time along the centrosymmetry setting of described changeover panel, described conversion motor
180 degree angle.
Described limit induction device includes multiple sensing chips and at least one inductive head, and described sensing chip is pressed between fixed angle
Every the back side being arranged on described changeover panel.
Described conversion motor is servomotor.
The beneficial effects of the utility model are as follows:
First, the achieving automatic head replacement mechanism being applied to milling boring integration machine tool that this utility model provides, milling cutter and boring cutter setting
On changeover panel, changeover panel completes the conversion to milling cutter and boring cutter position under the driving of conversion motor, realizes achieving automatic head replacement and moves
Make, when changeover panel rotates, the sensing chip being arranged on its back side and the inductive head being arranged on lifting head edge produce current fluctuation, can
To send back control unit as the position signalling rotating, it is easy to the realization of Automated condtrol, the design of the technical program is simple
Complete function and easy realization, the wide prospect of range of application is big.
2nd, the achieving automatic head replacement mechanism being applied to milling boring integration machine tool that this utility model provides, two motor edges
The centrosymmetry setting of changeover panel, so when more changing jobs cutter head, conversion motor drives changeover panel to rotate 180 degree angle, control
System is simple, and under this design, it is real that induction installation can take the form that simple metal approach switchs complexed metal piece to get final product
The function that existing control signal is accurately sampled, metal approach switch produces the once change of " open-close-open " and is considered as completing a knife
The replacing of head.
3rd, the achieving automatic head replacement mechanism being applied to milling boring integration machine tool that this utility model provides, sensing chip presses fixed angles
Degree is disposed on the back side of changeover panel, when needing special angle processing, is induced by the sensing chip of fixed angle
Induction apparatuss induced signal can determine whether the anglec of rotation;Servomotor is easy to precise control, is mature technology.
Brief description
Fig. 1 is a kind of structural representation of preferred version of this utility model;
In figure:
1st, lift head;2nd, conversion motor;3rd, changeover panel;4th, limit induction device;5th, motor.
Specific embodiment
To further illustrate the technical solution of the utility model below by way of several embodiments, it should be noted that realizing
The technical scheme of this utility model purpose includes but is not limited to following examples.
Embodiment 1
As Fig. 1 it is adaptable to the achieving automatic head replacement mechanism of milling boring integration machine tool it is characterised in that:Including lift head 1, conversion
Motor 2, changeover panel 3, limit induction device 4, milling cutter and boring cutter;Described conversion motor 2 is fixed on bottom and the rotating shaft of lift head 1
Stretch out lift head 1, described changeover panel 3 is fixed on described rotating shaft top, the edge of changeover panel 3 is provided with two motors 5, institute
State milling cutter and boring cutter is driven by two motors 5 respectively, described limit induction device 4 includes sensing chip and inductive head, described
Inductive head is arranged on the edge of described lift head 1, and described sensing chip is arranged on described changeover panel 3 fixed drive motor 5 position
The back side, and the position of sensing chip is corresponding with the position of inductive head.
This is a kind of most basic embodiment of the present utility model.Milling cutter and boring cutter are arranged on changeover panel 3, changeover panel 3
Complete the conversion to milling cutter and boring cutter position under the driving of conversion motor 2, realize achieving automatic head replacement action, when changeover panel 3 rotates,
The sensing chip being arranged on its back side and the inductive head being arranged on lift head 1 edge produce current fluctuation, can be used as the position rotating
Confidence number sends back control unit, is easy to the realization of Automated condtrol, and the design simple functions of the technical program are comprehensively and easy
Realize, the wide prospect of range of application is big.
Embodiment 2
As Fig. 1 it is adaptable to the achieving automatic head replacement mechanism of milling boring integration machine tool it is characterised in that:Including lift head 1, conversion
Motor 2, changeover panel 3, limit induction device 4, milling cutter and boring cutter;Described conversion motor 2 is fixed on bottom and the rotating shaft of lift head 1
Stretch out lift head 1, described changeover panel 3 is fixed on described rotating shaft top, the edge of changeover panel 3 is provided with two motors 5, institute
State milling cutter and boring cutter is driven by two motors 5 respectively, described limit induction device 4 includes sensing chip and inductive head, described
Inductive head is arranged on the edge of described lift head 1, and described sensing chip is arranged on described changeover panel 3 fixed drive motor 5 position
The back side, and the position of sensing chip is corresponding with the position of inductive head.
Described two motors 5 change head rotation every time along the centrosymmetry setting of described changeover panel 3, described conversion motor 2
Turnback angle.
This is a kind of preferred embodiment of the present utility model.Milling cutter and boring cutter are arranged on changeover panel 3, changeover panel 3
Complete the conversion to milling cutter and boring cutter position under the driving of conversion motor 2, realize achieving automatic head replacement action, when changeover panel 3 rotates,
The sensing chip being arranged on its back side and the inductive head being arranged on lift head 1 edge produce current fluctuation, can be used as the position rotating
Confidence number sends back control unit, is easy to the realization of Automated condtrol, and the design simple functions of the technical program are comprehensively and easy
Realize, the wide prospect of range of application is big;Two motors 5 along the centrosymmetry setting of changeover panel 3, so in the knife that more changes jobs
During head, conversion motor 2 drives changeover panel 3 to rotate 180 degree angle, controls simple, and under this design, limit induction device 4
The form that simple metal approach switchs complexed metal piece can be taken to can achieve the function that control signal is accurately sampled, metal connects
Nearly switch produces the once change of " open-close-open " and is considered as completing the replacing of a cutter head.
Embodiment 3
As Fig. 1 it is adaptable to the achieving automatic head replacement mechanism of milling boring integration machine tool it is characterised in that:Including lift head 1, conversion
Motor 2, changeover panel 3, limit induction device 4, milling cutter and boring cutter;Described conversion motor 2 is fixed on bottom and the rotating shaft of lift head 1
Stretch out lift head 1, described changeover panel 3 is fixed on described rotating shaft top, the edge of changeover panel 3 is provided with two motors 5, institute
State milling cutter and boring cutter is driven by two motors 5 respectively, described limit induction device 4 includes sensing chip and inductive head, described
Inductive head is arranged on the edge of described lift head 1, and described sensing chip is arranged on described changeover panel 3 fixed drive motor 5 position
The back side, and the position of sensing chip is corresponding with the position of inductive head.
Described two motors 5 change head rotation every time along the centrosymmetry setting of described changeover panel 3, described conversion motor 2
Turnback angle.
Described limit induction device 4 includes multiple sensing chips and at least one inductive head, and described sensing chip presses fixed angle
It is disposed on the back side of described changeover panel 3.
This is a kind of preferred embodiment of the present utility model.Milling cutter and boring cutter are arranged on changeover panel 3, changeover panel 3
Complete the conversion to milling cutter and boring cutter position under the driving of conversion motor 2, realize achieving automatic head replacement action, when changeover panel 3 rotates,
The sensing chip being arranged on its back side and the inductive head being arranged on lift head 1 edge produce current fluctuation, can be used as the position rotating
Confidence number sends back control unit, is easy to the realization of Automated condtrol, and the design simple functions of the technical program are comprehensively and easy
Realize, the wide prospect of range of application is big;Two motors 5 along the centrosymmetry setting of changeover panel 3, so in the knife that more changes jobs
During head, conversion motor 2 drives changeover panel 3 to rotate 180 degree angle, controls simple, and under this design, limit induction device 4
The form that simple metal approach switchs complexed metal piece can be taken to can achieve the function that control signal is accurately sampled, metal connects
Nearly switch produces the once change of " open-close-open " and is considered as completing the replacing of a cutter head;Sensing chip is set by fixed angle interval
Put the back side in changeover panel 3, when needing special angle processing, by the induction apparatuss sense of the sensing chip induction of fixed angle
Induction signal can determine whether the anglec of rotation.
Embodiment 4
As Fig. 1 it is adaptable to the achieving automatic head replacement mechanism of milling boring integration machine tool it is characterised in that:Including lift head 1, conversion
Motor 2, changeover panel 3, limit induction device 4, milling cutter and boring cutter;Described conversion motor 2 is fixed on bottom and the rotating shaft of lift head 1
Stretch out lift head 1, described changeover panel 3 is fixed on described rotating shaft top, the edge of changeover panel 3 is provided with two motors 5, institute
State milling cutter and boring cutter is driven by two motors 5 respectively, described limit induction device 4 includes sensing chip and inductive head, described
Inductive head is arranged on the edge of described lift head 1, and described sensing chip is arranged on described changeover panel 3 fixed drive motor 5 position
The back side, and the position of sensing chip is corresponding with the position of inductive head.
Described two motors 5 change head rotation every time along the centrosymmetry setting of described changeover panel 3, described conversion motor 2
Turnback angle.
Described limit induction device 4 includes multiple sensing chips and at least one inductive head, and described sensing chip presses fixed angle
It is disposed on the back side of described changeover panel 3.
Described conversion motor 2 is servomotor.
This is a kind of preferred embodiment of the present utility model.Milling cutter and boring cutter are arranged on changeover panel 3, changeover panel 3
Complete the conversion to milling cutter and boring cutter position under the driving of conversion motor 2, realize achieving automatic head replacement action, when changeover panel 3 rotates,
The sensing chip being arranged on its back side and the inductive head being arranged on lift head 1 edge produce current fluctuation, can be used as the position rotating
Confidence number sends back control unit, is easy to the realization of Automated condtrol, and the design simple functions of the technical program are comprehensively and easy
Realize, the wide prospect of range of application is big;Two motors 5 along the centrosymmetry setting of changeover panel 3, so in the knife that more changes jobs
During head, conversion motor 2 drives changeover panel 3 to rotate 180 degree angle, controls simple, and under this design, limit induction device 4
The form that simple metal approach switchs complexed metal piece can be taken to can achieve the function that control signal is accurately sampled, metal connects
Nearly switch produces the once change of " open-close-open " and is considered as completing the replacing of a cutter head;Sensing chip is set by fixed angle interval
Put the back side in changeover panel 3, when needing special angle processing, by the induction apparatuss sense of the sensing chip induction of fixed angle
Induction signal can determine whether the anglec of rotation;Servomotor is easy to precise control, is mature technology.
Claims (4)
1. be applied to the achieving automatic head replacement mechanism of milling boring integration machine tool it is characterised in that:Including lift head(1), conversion motor
(2), changeover panel(3), limit induction device(4), milling cutter and boring cutter;Described conversion motor(2)It is fixed on lift head(1)Bottom and
Lift head is stretched out in rotating shaft(1), described changeover panel(3)It is fixed on described rotating shaft top, changeover panel(3)Edge be provided with two drives
Galvanic electricity machine(5), described milling cutter and boring cutter are respectively by two motors(5)Drive, described limit induction device(4)Including sensing
Piece and inductive head, described inductive head is arranged on described lift head(1)Edge, described sensing chip is arranged on described changeover panel(3)
Fixed drive motor(5)The back side of position, and the position of sensing chip is corresponding with the position of inductive head.
2. be applied to the achieving automatic head replacement mechanism of milling boring integration machine tool as claimed in claim 1 it is characterised in that:Described two
Motor(5)Along described changeover panel(3)Centrosymmetry setting, described conversion motor(2)Change head rotation 180 degree angle every time.
3. be applied to the achieving automatic head replacement mechanism of milling boring integration machine tool as claimed in claim 1 it is characterised in that:Described spacing
Induction installation(4)Including multiple sensing chips and at least one inductive head, described sensing chip is disposed on described by fixed angle
Changeover panel(3)The back side.
4. be applied to the achieving automatic head replacement mechanism of milling boring integration machine tool as claimed in claim 1 it is characterised in that:Described conversion
Motor(2)It is servomotor.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201620911606.5U CN205968379U (en) | 2016-08-22 | 2016-08-22 | From moving first mechanism suitable for mill boring integration lathe |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201620911606.5U CN205968379U (en) | 2016-08-22 | 2016-08-22 | From moving first mechanism suitable for mill boring integration lathe |
Publications (1)
Publication Number | Publication Date |
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CN205968379U true CN205968379U (en) | 2017-02-22 |
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ID=58032264
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CN201620911606.5U Expired - Fee Related CN205968379U (en) | 2016-08-22 | 2016-08-22 | From moving first mechanism suitable for mill boring integration lathe |
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CN (1) | CN205968379U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN110586355A (en) * | 2019-10-28 | 2019-12-20 | 河南宝盛精密机械有限公司 | Atomizing dust removal shower nozzle device |
-
2016
- 2016-08-22 CN CN201620911606.5U patent/CN205968379U/en not_active Expired - Fee Related
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN110586355A (en) * | 2019-10-28 | 2019-12-20 | 河南宝盛精密机械有限公司 | Atomizing dust removal shower nozzle device |
CN110586355B (en) * | 2019-10-28 | 2024-05-07 | 河南宝盛精密机械有限公司 | Atomization dust removal spray nozzle device |
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Legal Events
Date | Code | Title | Description |
---|---|---|---|
C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170222 Termination date: 20170822 |
|
CF01 | Termination of patent right due to non-payment of annual fee |