CN206286935U - A kind of numerical control drilling and tapping machine - Google Patents
A kind of numerical control drilling and tapping machine Download PDFInfo
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- CN206286935U CN206286935U CN201621216645.XU CN201621216645U CN206286935U CN 206286935 U CN206286935 U CN 206286935U CN 201621216645 U CN201621216645 U CN 201621216645U CN 206286935 U CN206286935 U CN 206286935U
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Abstract
A kind of numerical control drilling and tapping machine of disclosure, the working condition of many set carriages can be simultaneously controlled using a set of numerical control device using above-mentioned drilling and tapping machine, accordingly, the main spindle box is arranged on the saddle of the carriage, so, the same set of numerical control device is the working condition of controllable multiple main spindle box.Therefore, the drilling and tapping machine can be while completing the on-line machining of two or more part, and this two part operations can also accomplish relatively independent, the setting according to numerical control device different parameters can simultaneously carry out the processing of different operations, be greatly improved production efficiency.In addition, the numerical control drilling and tapping machine only needs a numerical control apparatus and system to be controlled, production cost is minimized.
Description
This application claims in the submission of on November 07th, 2016 Patent Office of the People's Republic of China, Application No. 201621200421.X, invention
A kind of priority of the Chinese patent application of entitled " numerical control drilling and tapping machine ", entire contents are hereby incorporated by reference the application
In.
Technical field
The utility model is related to the technical field at Zuan Gong centers, and in particular to a kind of numerical control drilling and tapping machine.
Background technology
Due to Mobile Industry, communication industry, the rise of panel computer industry in recent years and the replacement is continuously updated, to supporting
Also more and more higher, the particularly demand to drilling and tapping machine are constantly increasing the demand of secondary industry.One very for enterprise for this
Good development opportunity.Numerical control drilling attacks the brisk in the market, in great demand of center, therefore, the Digit Control Machine Tool market of current and future
Technical optimization will be particularly important.
Also, because the 3C consumer goods updated relatively frequently in recent years, new requirement constantly is proposed to process equipment,
Along with domestic drilling and tapping machine market competition is very fierce, it is therefore necessary to upgrading is optimized to existing equipment, client can be met
The demand for constantly proposing.
But, at present, Zuan Gong centers general on the market are all single main shafts, the online of part is can be only done every time and is added
Work, and every lathe processes the processing that can be only done one of operation every time.Therefore, prior art can not solve existing
Problem.
Utility model content
The utility model provides a kind of numerical control drilling and tapping machine, to solve the above-mentioned problems in the prior art.
The utility model provides a kind of numerical control drilling and tapping machine, including：Door type structure, workbench, numerical control device, main spindle box and extremely
Few two sets of carriages；The door type structure includes crossbeam and the base being connected with crossbeam, is provided with along crossbeam on the crossbeam
The slide rail of horizontal direction；The workbench is arranged on the base in a movable manner；
At least two sets carriages are arranged on crossbeam respectively；The output end of the numerical control device connects the slip
The line traffic control interface of device and main spindle box；
The carriage includes：Drive device, transmission device and saddle, the output end connection of the drive device are described
The fixing end of transmission device, is moved in the horizontal direction with the driving end for driving transmission device, and the saddle is arranged on the biography
The driving end of dynamic device, and can be moved horizontally along the slide rail under the drive of the transmission device；
The main spindle box is arranged on the saddle, and can be moved up and down along the track on the saddle.
Optionally, the carriage is two sets, and at least two sets carriages are arranged on crossbeam respectively, bag
Include：The carriage is separately positioned in the end positions of the crossbeam.
Optionally, the carriage includes：Drive device, transmission device and saddle, including：It is arranged on crossbeam wherein
The carriage at end includes first driving means, the first transmission device and the first saddle；It is arranged on the slip dress of the crossbeam other end
Put including the second drive device, the second transmission device and the second saddle；
Accordingly, the main spindle box is arranged on the saddle, including：The first main shaft is set on first saddle
Case, the second main spindle box is set on second saddle.
Optionally, the first driving means include the first motor, and first transmission device is included as fixed
First leading screw and the first screw as driving end at end；
The output end of the drive device connects the fixing end of the transmission device, is existed with the driving end for driving transmission device
Moved in horizontal direction, the saddle is arranged on the driving end of the transmission device, and can under the drive of the transmission device
Moved horizontally along the slide rail, including：
The output shaft of first motor connects one end of first leading screw, first leading screw by shaft coupling
The other end be fixed on the crossbeam, first screw is sleeved on first leading screw as the driving end of transmission device
On, first motor can drive first leading screw to rotate, and then drive first screw along the straight of the first leading screw
Line is moved；
First saddle is arranged on the first screw of first transmission device, and in the drive of first screw
Under can be moved horizontally along the slide rail；
Accordingly, second drive device includes the second motor, and second transmission device is included as fixed
Second leading screw and the second screw as driving end at end.
Optionally, the main spindle box is arranged on the saddle, and can be moved up and down along the track on the saddle, bag
Include：
First main spindle box is arranged on first saddle by the way of the 3rd leading screw and the 3rd screw, and described
Three leading screws are set along the vertical direction of the first saddle, and the 3rd screw connects first main spindle box, and electricity is driven using the 3rd
Machine drives the 3rd leading screw to rotate；
Second main spindle box is arranged on second saddle by the way of the 4th leading screw and the 4th screw, and described
Four leading screws are set along the vertical direction of the second saddle, and the 4th screw connects second main spindle box, and electricity is driven using the 4th
Machine drives the 4th leading screw to rotate.
Optionally, the workbench is two, respectively the first workbench and the second workbench；The workbench is with removable
Dynamic mode is arranged on the base, including：First workbench is arranged on the base and first main spindle box
Corresponding position, second workbench is arranged on the base position corresponding with second main spindle box.
Optionally, be provided with the base with the vertical first base track of plane where the slide rail set on crossbeam and
Second base track, first workbench can be moved along the first base track, and second workbench can be along described
Two base tracks are moved.
Optionally, the move mode of first workbench includes the mode of the 5th leading screw and the 5th screw；Described second
The move mode of workbench includes the mode of the 6th leading screw and the 6th screw.
Optionally, the first turntable is provided with first workbench, the second turntable is provided with second workbench,
The rotating shaft that first turntable and the second turntable can distinguish vertically is rotated relative to the first workbench and the second workbench.
Optionally, the output end of the numerical control device connects the line traffic control interface of the carriage and main spindle box, including：Will
The numerical control device is set to dual-channels communication, and accordingly, the numerical control device has two output ends, described two output ends point
The line traffic control interface of carriage and the main spindle box that with carriage is connected of the other connect setting in crossbeam end positions.
Optionally, the structure that the saddle is used includes stepped construction.
Optionally, the main spindle box is set on saddle using totally enclosed mode.
Optionally, the cutter needed for the bottom of the main spindle box is provided with processing, the release of the cutter and the mode that furthers
By the way of hydraulic oil cylinder driving.
Optionally, the workbench sets the flexible metal plate of steel plate type, horizontal slide rail, cunning on the crossbeam in the direction of movement
The periphery of dynamic device and main spindle box uses organ type extensible cover structure.
Compared with prior art, the utility model has advantages below：
The utility model provides a kind of numerical control drilling and tapping machine, and the drilling and tapping machine includes：Door type structure, workbench, numerical control device, master
Axle box and at least two sets carriages；The door type structure includes crossbeam and the base being connected with crossbeam, is set on the crossbeam
There is the slide rail along crossbeam horizontal direction；The workbench is arranged on the base in a movable manner；At least two sets slips
Device is arranged on crossbeam respectively；The output end of the numerical control device connects the carriage and the line traffic control of main spindle box connects
Mouthful；The carriage includes：Drive device, transmission device and saddle, the output end of the drive device connect the transmission
The fixing end of device, is moved in the horizontal direction with the driving end for driving transmission device, and the saddle is arranged on the transmission dress
The driving end put, and can be moved horizontally along the slide rail under the drive of the transmission device；The main spindle box is arranged on described
On saddle, and can be moved up and down along the track on the saddle.
The working condition of many set carriages can be simultaneously controlled using a set of numerical control device using above-mentioned drilling and tapping machine, accordingly
, the main spindle box is arranged on the saddle of the carriage, so, the same set of numerical control device is controllable multiple main
The working condition of axle box.Therefore, the drilling and tapping machine can be while complete the on-line machining of two or more part, and
And this two part operations can also accomplish relatively independent, the setting according to numerical control device different parameters can simultaneously carry out difference
The processing of operation, is greatly improved production efficiency.In addition, the numerical control drilling and tapping machine only needs a numerical control apparatus and system to be controlled
System, production cost is minimized.
Brief description of the drawings
Fig. 1 is the stereogram of the numerical control drilling and tapping machine that the embodiment of the present application is provided.
Fig. 2 is the front view of the numerical control drilling and tapping machine that the embodiment of the present application is provided.
Fig. 3 is the left view of the numerical control drilling and tapping machine that the embodiment of the present application is provided.
Wherein, 001, door type structure, 001-1, crossbeam, 001-2, base, 002, main spindle box, 002-1, the first main spindle box,
002-2, the second main spindle box, 003, saddle, 003-1, the first saddle, 003-2, the second saddle, 004, workbench, 004-1, first
Workbench, 004-2, the second workbench, 005, slide rail, 006, base track, 006-1, first base track, 006-2, the second bottom
Seat track, 007-1, the first motor, 007-2, the second motor, 008-1, the first leading screw, 008-2, the second leading screw.
Specific embodiment
The application provides a kind of numerical control drilling and tapping machine, and the numerical control drilling and tapping machine is controlled using digital control system to each working equipment
System, to realize the processing and manufacture of workpiece.Also, using the numerical control drilling and tapping machine a set of digital control system can be realized to multiple drilling and tapping machines
The control of main part, is added with alloing the numerical control drilling and tapping machine while completing the online of two or more part
Work, and this two part operations can also accomplish relatively independent, to lift the production efficiency of the numerical control drilling and tapping machine.
The numerical control drilling and tapping machine that the application is provided is described in detail and illustrated below by way of specific embodiment.
Fig. 1 is the stereogram of the numerical control drilling and tapping machine that the embodiment of the present application is provided.Fig. 2 is the numerical control that the embodiment of the present application is provided
The front view of drilling and tapping machine.Fig. 3 is the left view of the numerical control drilling and tapping machine that the embodiment of the present application is provided.Can respectively in connection with Fig. 1, Fig. 2 and
Fig. 3 and the description below are understood the drilling and tapping machine of the application.
The embodiment of the present application provides a kind of numerical control drilling and tapping machine, and the numerical control drilling and tapping machine is included with lower component：Door type structure 001,
Workbench 004, numerical control device (not shown), main spindle box 002 and at least two sets carriages.
The door type structure 001 is introduced first.The door type structure 001 includes crossbeam 001-1 and and crossbeam
The base 001-2 of 001-1 connections, is provided with the slide rail 005 along crossbeam 001-1 horizontal directions, accordingly on the crossbeam 001-1
, the workbench 004 is arranged on the base 001-2 in a movable manner.
Numerical control drilling and tapping machine (below also can abbreviation drilling and tapping machine) majority that the application is provided is to apply the workpiece in 3C Product
In processing and manufacturing.Generally, the carrier structure of the drilling and tapping machine that the processing and manufacturing to the workpiece of 3C Product is used is slided for cross
Platform structure.But, the structure that the application is used is door type structure, and the brill of the door type structure attacks center machine tool to be applied in knot
On the large-scale workpiece of structure, but, the principle of the drilling and tapping machine provided with reference to the application, using the framework of the door type structure 001
The core component (carriage and main spindle box 002) of the drilling and tapping machine can be conveniently set for carrier, so as to must be attacked using a bench drill
Machine can simultaneously complete the processing of multiple workpiece.
Therefore, the application uses door type structure without using conventional cross sliding table structure, and can using door type structure
Facilitate the setting of numerical control device and the setting of corresponding carriage.
The crossbeam 001-1 and base 001-2 to the door type structure 001 are introduced below.The crossbeam 001-1 of gate-type leads to
The screw for crossing some high intensity is connected with base 001-2, and crossbeam 001-1 can use integral structure, using rational muscle
Bar arrangement, so not only alleviates the weight of crossbeam 001-1, but also ensures its rigidity well, can make the He of saddle 003
Main spindle box 002 (be subsequently described and illustrate) will not produce influence when quick mobile on the machining accuracy of part.Base
001-2 is supported by multiple fot screws, generally, can be supported using 12 fot screws, so can be with
The stability of lathe is effectively increased, structure design is analyzed by related software, rigidity is strong.
In addition, the slide rail 005 along crossbeam 001-1 horizontal directions is additionally provided with the crossbeam 001-1, the slide rail 005
It is the dragging track of carriage, the slide rail 005 is the straight rail that two parallel directions are set, its size and specification and the slip
The matching size of the associated components of device is closed, to ensure that the carriage can be moved on the slide rail 005.
Also, the slide rail 005 is generally required from one end of the crossbeam 001-1 and is transitioned into the other end always, to ensure
The carriage can move to any transportable position, for processing workpiece provides facility.But, the slide rail 005
Concrete structure and the needs such as condition of work introduction is combined with the associated components of carriage and is illustrated, therefore, do not do herein in detail
State, specifically partly refer to follow-up explanation.
Above is introduction and explanation to the door type structure 001, on the premise of the door type structure 001, introduce described
Carriage and main spindle box 002, the numerical control device part related to the grade of workbench 004.
The core component of the embodiment of the present application is the corresponding many set carriages of a set of numerical control device, and the numerical control device is
Conventional numerical control device, its core is using the operation of digital control system.
Digital control system is the abbreviation of numerical control system, and English name is Numerical Control System, according to
The control program stored in computer storage, executable portion or whole numerical control functions, and equipped with interface circuit and servo
The dedicated computer system of drive device.One or many is realized by using the digital command of numeral, word and symbol composition
Platform plant equipment action control, typically position, angle, speed etc. mechanical quantity and switching value that it is controlled.
Therefore, the output end of the numerical control device is the line traffic control interface of the connection carriage and main spindle box 002, with
Control the sliding action of carriage and the relevant action of control main spindle box 002.
Due to the way of output and the control mode relatively fixed and setting that routinizes of the numerical control device, therefore, in this Shen
No longer the part please be described in detail and be illustrated in file, it is many that this application file mainly introduces a numerical control device control
Cover the situation of carriage.Some numerical control device the application, can be by way of multichannel to many with the characteristic
The control of equipment, alternatively, it is also possible to setting and modification of program by entering line parameter to the system in numerical control device, by single channel
Numerical control device be set to the numerical control device of multichannel.
Therefore, no matter the numerical control device of application why type, as long as by relative set, alloing the numerical control device same
When the control multiple devices of two or more than two by meet numerical control device applied in the embodiment of the present application.
Above is introduction and explanation to the numerical control device, because the numerical control device is to carriage and main spindle box
002 control, and the carriage falls within the important part of the application with main spindle box 002, therefore, the following is
Introduction and explanation to the carriage and main spindle box 002.
The carriage includes：Drive device, transmission device and saddle 003, the output end connection of the drive device
The fixing end of the transmission device, is moved in the horizontal direction with the driving end for driving transmission device, and the saddle 003 is arranged on
The driving end of the transmission device, and can be moved horizontally along the slide rail 005 under the drive of the transmission device；The main shaft
Case 002 is arranged on the saddle 003, and can be moved up and down along the track on the saddle 003.
The saddle 003 can use stepped construction, therefore, slide can be greatly strengthen using the stepped construction
Rigidity, ensure that head in slide at a high speed, stabilization operation.
In addition, at least two sets carriages are arranged on crossbeam 001-1 respectively, therefore, the carriage is
It is arranged on the crossbeam 001-1, and along the horizontal direction spread configuration one by one of crossbeam 001-1, accordingly, in each cunning
On the base 001-2 of the lower section of dynamic device, corresponding workbench 004 is respectively provided with, to ensure each carriage and main spindle box
The 002 corresponding workbench 004 of correspondence, workpiece setting to be processed on the workbench 004, using on the main spindle box 002
Cutter is processed to the workpiece to be processed.
It is above-mentioned it is stated that the carriage is many sets, but, it is generally the case that if processing efficiency can be doubled
As larger improvement and breakthrough, therefore, set for convenience and introduce, two sets of slips are mainly introduced in the embodiment of the present application
The situation of device, but the situation of set carriage more is appointed so suitable for the embodiment of the present application, the situation of the carriage for covering more
May be referred to facilities and working condition of two sets of carriages etc..
When the carriage is two sets, accordingly, numerical control device is two sets of carriages of control and corresponding master
Axle box 002.And generally set-up mode is two sets of positions of carriage：The carriage is separately positioned on the horizontal stroke
In the end positions of beam 001-1.
Specifically, the carriage can be referred to as the first carriage and the second carriage.Wherein, it is arranged on horizontal stroke
The carriage of beam 001-1 wherein one end includes first driving means, the first transmission device and the first saddle 003-1, is arranged on
The carriage of the crossbeam 001-1 other ends includes the second drive device, the second transmission device and the second saddle 003-2.
Accordingly, the main spindle box 002 can also include the first main spindle box 002-1 and the second main spindle box 002-2.Therefore,
The first main spindle box 002-1 can be set on the first saddle 003-1, second be set on the second saddle 003-2 and is led
Axle box 002-2.
More specifically, following first introduce first driving means, the first saddle 003-1, the first transmission device and the first master
The situation and operating condition of axle box 002-1：
The first driving means include the first motor 007-1, and first transmission device is included as fixing end
The first leading screw 008-1 and the first screw as driving end.
The output end of the drive device connects the fixing end of the transmission device, is existed with the driving end for driving transmission device
Moved in horizontal direction, the saddle 003 is arranged on the driving end of the transmission device, and under the drive of the transmission device
Can be moved horizontally along the slide rail 005, including：
The output shaft of the first motor 007-1 connects one end of the first leading screw 008-1, institute by shaft coupling
The other end for stating the first leading screw 008-1 is fixed on the crossbeam 001-1, first screw as transmission device driving end
It is sleeved on the first leading screw 008-1, the first motor 007-1 can drive the first leading screw 008-1 to rotate, and enter
And first screw is driven along the linear motion of the first leading screw 008-1.The first saddle 003-1 is arranged on described first and passes
On first screw of dynamic device, and can be moved horizontally along the slide rail 005 under the drive of first screw.
Accordingly, the feelings of the second drive device, the second saddle 003-2, the second transmission device and the second main spindle box 002-2
Condition and working condition are identical with above-mentioned situation.
Second drive device includes the second motor 007-2, and second transmission device is included as fixing end
The second leading screw 008-2 and the second screw as driving end.
The output end of the drive device connects the fixing end of the transmission device, is existed with the driving end for driving transmission device
Moved in horizontal direction, the saddle 003 is arranged on the driving end of the transmission device, and under the drive of the transmission device
Can be moved horizontally along the slide rail 005, including：
The output shaft of the second motor 007-2 connects one end of the second leading screw 008-2, institute by shaft coupling
The other end for stating the second leading screw 008-2 is fixed on the crossbeam 001-1, second screw as transmission device driving end
It is sleeved on the second leading screw 008-2, the second motor 007-2 can drive the second leading screw 008-2 to rotate, and enter
And second screw is driven along the linear motion of the second leading screw 008-2.The second saddle 003-2 is arranged on described second and passes
On second screw of dynamic device, and can be moved horizontally along the slide rail 005 under the drive of second screw.
The first saddle 003-1 is to be set on the crossbeam 001-1 with the dragging track of the second saddle 003-2
Slide rail 005, the slide rail 005 is the mobile offer guide of the first saddle 003-1 and the second saddle 003-2, in addition, also acting as support
The effect of the first saddle 003-1 and the second saddle 003-2, and in the first saddle 003-1 and the second saddle 003-2
Be respectively arranged with the first main spindle box 002-1 and the second main spindle box 002-2, therefore, the supporting role is also particularly important.
In addition, the main spindle box 002 can be moved up and down on the saddle 003, the used mode of its movement can
It is similar with the move mode with the saddle 003 on slide rail 005, therefore, the movement of the main spindle box 002 can also be used
The mode of above-mentioned Linear transmission is moved relative to the saddle 003.
Specifically, the main spindle box 002 is arranged on the saddle 003, and can be upper and lower along the track on the saddle 003
It is mobile, including：The first main spindle box 002-1 is arranged on first saddle by the way of the 3rd leading screw and the 3rd screw
On 003-1, the 3rd leading screw is set along the vertical direction of the first saddle 003-1, the 3rd screw connection first master
Axle box 002-1, drives the 3rd leading screw to rotate using the 3rd motor.
Accordingly, the second main spindle box 002-2 is arranged on described second by the way of the 4th leading screw and the 4th screw
On saddle 003-2, the 4th leading screw is set along the vertical direction of the second saddle 003-2, the 4th screw connection described the
Two main spindle box 002-2, drive the 4th leading screw to rotate using the 4th motor.
Above is the annexation and operating condition between the saddle 003 and the main spindle box 002 are carried out
Introduce and illustrate, except being relatively moved between saddle 003 and main spindle box 002, in addition, in the workbench 004 and base
Can also be relatively moved between 001-2.
Specifically, with reference to two sets of settings of carriage in the embodiment of the present application, the workbench 004 is also provided with accordingly
It is two, respectively the first workbench 004-1 and the second workbench 004-2.
The workbench 004 is arranged on the base 001-2 in a movable manner, including：First workbench
004-1 is arranged on the base 001-2 position corresponding with the first main spindle box 002-1, the second workbench 004-2
Position corresponding with the second main spindle box 002-2 is arranged on the base 001-2.
Base track 006 is provided with the base, the workbench 004 may be disposed on the base track 006,
With along being moved on the base track 006.
In addition, it is corresponding, it is provided with the base 001-2 and is hung down with the place plane of slide rail 005 set on crossbeam 001-1
Straight first base track 006-1 and second base track 006-2, the first workbench 004-1 can be along the first base
Track 006-1 is moved, and the second workbench 004-2 can be moved along the second base track 006-2.
The move mode of the first workbench 004-1 can also be specific real-time by the way of above-mentioned Linear transmission
Scheme includes in the following manner：
The 5th leading screw and the 5th screw are set in the first workbench 004-1, accordingly, on second workbench
The mode of the 6th leading screw and the 6th screw.5th leading screw and the 5th screw, and the 6th leading screw and the 6th screw work
Principle is still the principle of Linear transmission, therefore, its operation principle and the course of work are repeated no more, and specifically refer to saddle 003
And the move mode of main spindle box 002.
The workbench is set by the way of above-mentioned Linear transmission, before and after workbench can be caused to be carried out in gantry frame
It is mobile, to complete processing of the drilling and tapping machine to workpiece.
In addition, the manufacturing procedure of some workpiece or step are complicated, it is necessary to when special radian or angle are processed, can increase
The setting of workbench 004.It is specific to include in the following manner in real time：
The first turntable is provided with the first workbench 004-1, second turn is provided with the second workbench 004-2
Platform, first turntable and the second turntable can respectively rotating shaft vertically relative to the first workbench 004-1 and the second work
Make platform 004-2 rotations.
Above is the introduction and explanation of the move mode to workbench 004 on base 001-2.
It is emphasized that two sets of set-up modes of carriage according to the embodiment of the present application, the numerical control device
Output end connects the carriage and the line traffic control interface of main spindle box 002 specifically includes in the following manner by the way of：
The numerical control device is set to dual-channels communication, accordingly, the numerical control device has two output ends, described two
Carriage of the individual output end difference connect setting in crossbeam 001-1 end positions and the main spindle box being connected with carriage
002 line traffic control interface.
In addition, the peripheral protection situation between each several part on the numerical control drilling and tapping machine is illustrated and introduced：
The bottom of the main spindle box 002 is provided with the cutter needed for processing, and the release of the cutter and tension mode are used
The mode of hydraulic oil cylinder driving.The structure of the main spindle box 002 uses fully closed structure so that main spindle box 002 is in the processing that overhangs
When effectively supported, weaken the vibration that produces in process of cutter, substantially increase the machining accuracy of lathe.It is described
Main spindle box 002 is set on saddle 003 using totally enclosed mode.The workbench 004 sets steel plate type and stretches in the direction of movement
Contracting metal plate, the periphery of horizontal slide rail 005, carriage and main spindle box 002 uses organ type extensible cover on the crossbeam 001-1
Structure.
For the mobile status of the carriage, main spindle box 002 and workbench 004, by implementation in detail below
Example is introduced and illustrates to the part：
By the way of Linear transmission, motor directly drives silk by shaft coupling for the saddle 003 and main spindle box 002
Thick stick, so as to drive related components to be moved along a straight line.Its speed of service can reach 60m/min.The supporting way of leading screw is
Two ends are fixed, and are conducive to strengthening the operation rigidity of lathe.Saddle 003 is moved left and right and is defined as X-axis, the first saddle 003- in left side
1 move left and right is X1 axles, and moving left and right for the second saddle 003-2 on right side is X2 axles, and workbench 004 is movable to be defined as
Y-axis, it is Y1 axles that the first workbench 004-1 in left side is moved forward and backward, and it is Y2 axles that the second workbench 004-2 on right side is moved forward and backward,
It is Z axis that main spindle box 002 is moved up and down, and it is Z1 axles, second main shaft on right side that the first main spindle box 002-1 in same left side is moved up and down
It is Z2 axles that case 002-2 is moved up and down.Main shaft in main spindle box 002 is using conventional direct-connected mechanical main shaft, and rotating speed maximum is reachable
24000rpm, on main shaft set handle of a knife form use BT30 specifications, the loose broaching tool of main shaft in the form of hydraulic oil cylinder driving, according to
The different demands of client, can configure more high-revolving electro spindle.Above-mentioned X-axis uses organ type extensible cover structure, and Y-axis is then
Can be protected using the flexible metal plate of steel plate type, metal plate sealed reliable can effectively protect the keys such as screw rod, line rail, bearing
Parts, strengthen the use of lathe, it can be ensured that the operation of lathe fast and stable.
In addition, the control for the numerical control device in the embodiment of the present application carries out following introductions：
Digital control system in the numerical control device supports that two main shafts of binary channels function, lathe can carry out independent adding
Work, does not interfere with each other.Therefore, it can carry out the processing of same production process to two parts simultaneously.In addition, according to the reality of client
Border demand, can also simultaneously carry out processing while distinct program.Drilling and tapping machine in the embodiment of the present application can be substantially increased
The production efficiency of client, enriches the part manufacturing process of client.
In addition, the production cost of product there can also be reduction by a relatively large margin, at present, in the manufacturing cost of drilling and tapping machine, close
The buying of key outsourcing piece accounts for this field of very big ratio, particularly digital control system, and the Digit Control Machine Tool in the application only needs to use
A set of digital control system control, but can be to complete two tasks of independent drilling and tapping machine, and than existing drilling and tapping machine function
It is also more powerful.This has very important effect for consumption electronic product processing industry.It is abnormal especially for competition
Fierce drilling and tapping machine sale present situation, most manufacturer seizes market, causes lathe system again and again by way of malice is made a price reduction
The profit for making enterprise drastically glides, and many small private enterprises are even more and are gone bankrupt one after another because of uncontrollable cost.Therefore, this Shen
Please the release of drilling and tapping machine that provides of embodiment can greatly promote influence power of the company in consumption electronic product processing industry.And
And, the application scenarios of the numerical control drilling and tapping machine are to be mainly used in the products such as non-ferrous metal, 3C consumer electronics industries, aluminium base to add
Work is produced.
The operation lathe of the drilling and tapping machine provided in the application, can be put into two parts and be processed every time, single processing mould
The function of block can also realize the attainable function of separate unit drilling and tapping machine, independent mutually between two operational modules, not only can be simultaneously
Two identical parts of processing, but also two different workpieces can be processed, can be performed respectively not between two processing modules
Same procedure.
In a word, the above-mentioned drilling and tapping machine for being provided using the embodiment of the present application can simultaneously control many sets using a set of numerical control device
The working condition of carriage, accordingly, the main spindle box 002 is arranged on the saddle 003 of the carriage, so, institute
State the working condition that same set of numerical control device can control multiple main spindle box 002.Therefore, the drilling and tapping machine can be to complete two simultaneously
The on-line machining of individual or more than two parts, and this two part operations can also accomplish relatively independent, according to number
Controlling the setting of device different parameters can simultaneously carry out the processing of different operations, be greatly improved production efficiency.In addition, the numerical control drilling
Attacking machine only needs a numerical control apparatus and system to be controlled, and production cost is minimized.
Although the utility model is disclosed as above with preferred embodiment, its be not for limiting the utility model, it is any
Those skilled in the art are not being departed from spirit and scope of the present utility model, can make possible variation and modification, because
The scope that this protection domain of the present utility model should be defined by the utility model claim is defined.
Claims (10)
1. a kind of numerical control drilling and tapping machine, it is characterised in that including：Door type structure, workbench, numerical control device, main spindle box and at least two
Set carriage；The door type structure includes crossbeam and the base being connected with crossbeam, is provided with the crossbeam along crossbeam level
The slide rail in direction；The workbench is arranged on the base in a movable manner；
At least two sets carriages are arranged on crossbeam respectively；The output end of the numerical control device connects the carriage
And the line traffic control interface of main spindle box；
The carriage includes：Drive device, transmission device and saddle, the output end of the drive device connect the transmission
The fixing end of device, is moved in the horizontal direction with the driving end for driving transmission device, and the saddle is arranged on the transmission dress
The driving end put, and can be moved horizontally along the slide rail under the drive of the transmission device；
The main spindle box is arranged on the saddle, and can be moved up and down along the track on the saddle.
2. numerical control drilling and tapping machine according to claim 1, it is characterised in that the carriage is two sets, described at least two
Set carriage is arranged on crossbeam respectively, including：The carriage is separately positioned on the end positions of the crossbeam
On.
3. numerical control drilling and tapping machine according to claim 2, it is characterised in that the carriage includes：Drive device, transmission
Device and saddle, including：Being arranged on the carriage of crossbeam wherein one end includes first driving means, the first transmission device and the
One saddle；The carriage for being arranged on the crossbeam other end includes the second drive device, the second transmission device and the second saddle；
Accordingly, the main spindle box is arranged on the saddle, including：The first main spindle box is set on first saddle,
The second main spindle box is set on second saddle.
4. numerical control drilling and tapping machine according to claim 3, it is characterised in that the first driving means include that first drives electricity
Machine, first transmission device includes the first leading screw as fixing end and the first screw as driving end；
The output end of the drive device connects the fixing end of the transmission device, to drive the driving end of transmission device in level
Side moves up, and the saddle is arranged on the driving end of the transmission device, and can be along institute under the drive of the transmission device
Slide rail is stated to move horizontally, including：
The output shaft of first motor connects one end of first leading screw by shaft coupling, first leading screw it is another
One end is fixed on the crossbeam, and first screw is sleeved on first leading screw as the driving end of transmission device, institute
Stating the first motor can drive first leading screw to rotate, and then drive first screw to be transported along the straight line of the first leading screw
It is dynamic；
First saddle is arranged on the first screw of first transmission device, and can under the drive of first screw
Moved horizontally along the slide rail；
Accordingly, second drive device includes the second motor, and second transmission device is included as fixing end
Second leading screw and the second screw as driving end.
5. numerical control drilling and tapping machine according to claim 4, it is characterised in that the main spindle box is arranged on the saddle, and
Can be moved up and down along the track on the saddle, including：
First main spindle box is arranged on first saddle by the way of the 3rd leading screw and the 3rd screw, described 3rd
Thick stick is set along the vertical direction of the first saddle, and the 3rd screw connects first main spindle box, is driven using the 3rd motor
Dynamic 3rd leading screw is rotated；
Second main spindle box is arranged on second saddle by the way of the 4th leading screw and the 4th screw, described 4th
Thick stick is set along the vertical direction of the second saddle, and the 4th screw connects second main spindle box, is driven using the 4th motor
Dynamic 4th leading screw is rotated.
6. numerical control drilling and tapping machine according to claim 5, it is characterised in that the workbench is two, respectively the first work
Make platform and the second workbench；The workbench is arranged on the base in a movable manner, including：First workbench
Position corresponding with first main spindle box is arranged on the base, and second workbench is arranged on the base and institute
State the corresponding position of the second main spindle box.
7. numerical control drilling and tapping machine according to claim 6, it is characterised in that be provided with the base and set on crossbeam
Plane where slide rail vertical first base track and second base track, first workbench can be along the first base rail
Road is moved, and second workbench can be moved along the second base track.
8. numerical control drilling and tapping machine according to claim 7, it is characterised in that the move mode of first workbench includes the
The mode of five leading screws and the 5th screw；The move mode of second workbench includes the mode of the 6th leading screw and the 6th screw.
9. numerical control drilling and tapping machine according to claim 7, it is characterised in that be provided with first turn on first workbench
Platform, is provided with the second turntable on second workbench, first turntable and the second turntable can turning vertically respectively
Axle is rotated relative to the first workbench and the second workbench.
10. numerical control drilling and tapping machine according to claim 2, it is characterised in that the output end connection of the numerical control device is described
The line traffic control interface of carriage and main spindle box, including：The numerical control device is set to dual-channels communication, accordingly, the numerical control
Device has two output ends, carriage of the described two output ends difference connect settings in crossbeam end positions and with
The line traffic control interface of the main spindle box of carriage connection.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621200421X | 2016-11-07 | ||
| CN201621200421 | 2016-11-07 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206286935U true CN206286935U (en) | 2017-06-30 |
Family
ID=59099153
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621216645.XU Active CN206286935U (en) | 2016-11-07 | 2016-11-11 | A kind of numerical control drilling and tapping machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206286935U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106563978A (en) * | 2016-11-07 | 2017-04-19 | 广东润星科技股份有限公司 | Numerical control drilling and tapping machine |
| CN109702249A (en) * | 2017-10-26 | 2019-05-03 | 富鼎电子科技(嘉善)有限公司 | Double five-axis machining apparatus |
-
2016
- 2016-11-11 CN CN201621216645.XU patent/CN206286935U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106563978A (en) * | 2016-11-07 | 2017-04-19 | 广东润星科技股份有限公司 | Numerical control drilling and tapping machine |
| CN109702249A (en) * | 2017-10-26 | 2019-05-03 | 富鼎电子科技(嘉善)有限公司 | Double five-axis machining apparatus |
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Address after: 523000 Guangdong Province, Dongguan City Industrial Zone Patentee after: Guangdong run Star Technology Co., Ltd. Address before: 523590 Guangdong Province, Dongguan City Industrial Zone Patentee before: Guangdong Harvest Star Technology Co., Ltd. |
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