CN208263035U - A kind of numerical control bevelled tenon both-end machine - Google Patents
A kind of numerical control bevelled tenon both-end machine Download PDFInfo
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- CN208263035U CN208263035U CN201820817861.2U CN201820817861U CN208263035U CN 208263035 U CN208263035 U CN 208263035U CN 201820817861 U CN201820817861 U CN 201820817861U CN 208263035 U CN208263035 U CN 208263035U
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- bevelled tenon
- linear guide
- screw rod
- numerical control
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- HKPHPIREJKHECO-UHFFFAOYSA-N butachlor Chemical compound CCCCOCN(C(=O)CCl)C1=C(CC)C=CC=C1CC HKPHPIREJKHECO-UHFFFAOYSA-N 0.000 claims description 6
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Abstract
The utility model discloses a kind of numerical control bevelled tenon both-end machine, including linear guide, linear guide is equipped with left bevelled tenon device and right bevelled tenon device, and left feed device is equipped on the inside of left bevelled tenon device, is equipped with right feed device on the inside of right bevelled tenon device；Linear guide left end is equipped with left regulating wheel, and left regulating wheel connects left bevelled tenon device by screw rod；Linear guide right end is equipped with right regulating wheel, and right regulating wheel connects right bevelled tenon device by screw rod；Controller is separately connected left bevelled tenon device, right bevelled tenon device, left feed device and right feed device.The utility model has the characteristics that structure is simple, low cost, easy to use, speed is fast, high-quality, precision is high and safety is good.
Description
Technical field
The utility model relates to wood processing machinery technology, a kind of specifically numerical control bevelled tenon both-end machine.
Background technique
Existing equipment when making joinery and its construction, be all made of bench drill and sawing machine single tenon (mortise) and
The fourth of the twelve Earthly Branches (tenon) when needing a variety of different structures, needs replacing different model drill bit or equipment if tenon, the fourth of the twelve Earthly Branches on workpiece,
It can complete.
When operating equipment, hand is needed close to drill bit or blade to push workpiece, it is easy to safety accident is caused,
It cuts off the hands and refers to and see that blood is ordinary affair.
Frame structure both-end oblique angle joinery and its construction in furniture industry processes oblique angle Tenon at a workpiece both ends.On the market
Existing type can only time processing single head, manual feeding.It completes a workpiece and needs clamping twice.Clamping is from efficiency and essence twice
Degree is all too low, and a machine needs staff on duty.The client used repeatedly reflects problems.And antique traditional furniture surface frame angle is spliced
Precision and length requirement are high, such workpiece be again measured in furniture it is very big.
Utility model content
The purpose of the utility model is to overcome the shortcomings of the prior art and to provide a kind of structures simply, makes
The numerical control bevelled tenon both-end machine that valence is cheap, easy to use, speed is fast, high-quality, precision is high and safety is good.
In order to achieve the above object, the utility model uses a kind of following technical scheme: numerical control bevelled tenon both-end machine, including straight
Line guide rail, linear guide are equipped with left bevelled tenon device and right bevelled tenon device, and left feed device is equipped on the inside of left bevelled tenon device, right oblique
Right feed device is equipped on the inside of tenon device；Linear guide left end is equipped with left regulating wheel, and left regulating wheel connects left bevelled tenon by screw rod
Device；Linear guide right end is equipped with right regulating wheel, and right regulating wheel connects right bevelled tenon device by screw rod；Controller is separately connected a left side
Bevelled tenon device, right bevelled tenon device, left feed device and right feed device.
The left bevelled tenon device and right bevelled tenon device include the seat of honour, and seat of honour bottom is connect with linear guide, seat of honour top
Equipped with horizontal revolving stage, horizontal revolving stage is connect with Y-axis linear guide, and Y-axis linear guide one end is connected with Y-axis servo motor, Y-axis
Servo motor connects Y-axis screw rod one end, and the Y-axis screw rod other end connects Z axis bracket, and Z axis bracket is equipped with vertical turntable, vertical to turn
Platform is connect with Z axis linear guide, and Z axis linear guide one end is connected with Z axis servo motor, and Z axis servo motor connects Z axis screw rod
One end, the Z axis screw rod other end connect X-axis linear guide, and X-axis linear guide outer end is equipped with X-axis driving motor, X-axis driving electricity
Machine connects X-axis screw rod one end, and the X-axis screw rod other end connects main shaft tool apron, and double main axle cutters are connected on main shaft tool apron.
The horizontal revolving stage adjusts screw rod with horizontal revolving stage and connect, and horizontal revolving stage side is equipped with levelling block.
The vertical turntable adjusts screw rod with vertical turntable and connect, and vertical turntable side is equipped with vertical briquetting.
The seat of honour side is equipped with angular display unit.
Double main axle cutters are inclined to set, and machete and pocket knife are in upper and lower arrangement mode.
The left feed device and right feed device include main body base, and material feeding seat, material feeding seat end are connected on main body base
Portion is equipped with feeding servo motor, and feeding servo motor connects feeding screw mandrel one end, and the feeding screw mandrel other end connects delivery sheet, feeding
Plate slides on feeding sliding rail, and material feeding seat side is equipped with material folding cylinder, and delivery sheet outlet end is equipped with splicing plate.
The material feeding seat side is longitudinally equipped with deflector chute, and guide trench bottom, which is equipped with, lacks material inductor, controller and scarce material sense
Device is answered to connect.
The implementation method of above-mentioned numerical control bevelled tenon both-end machine, comprising the following steps:
(1), wooden workpiece is put between left feed device and right feed device, due to being provided with left regulating wheel and the right side
Regulating wheel processing dimension is adjusted according to actual requirement；
(2), wooden workpiece, due to the effect of feeding servo motor and feeding screw mandrel, drives wooden workpiece on delivery sheet
Movement, and fixation is clamped by material folding cylinder；
(3), after the completion of fixed, the data of X, Y, Z axis are adjusted first, then carry out horizontal revolving stage angle tune as needed
Section, finally carries out vertical angular adjustment；
(4), after the completion of adjusting, main axle cutter is started to work, and carries out bevelled tenon processing, and machete processes tenon, and pocket knife processes tenon
Eye；
(5), material folding cylinder is unclamped after processing is completed, and wooden workpiece discharges from splicing plate.
The left bevelled tenon device and right bevelled tenon device include the seat of honour, and seat of honour bottom is connect with linear guide, seat of honour top
Equipped with horizontal revolving stage, horizontal revolving stage is connect with Y-axis linear guide, and Y-axis linear guide one end is connected with Y-axis servo motor, Y-axis
Servo motor connects Y-axis screw rod one end, and the Y-axis screw rod other end connects Z axis bracket, and Z axis bracket is equipped with vertical turntable, vertical to turn
Platform is connect with Z axis linear guide, and Z axis linear guide one end is connected with Z axis servo motor, and Z axis servo motor connects Z axis screw rod
One end, the Z axis screw rod other end connect X-axis linear guide, and X-axis linear guide outer end is equipped with X-axis driving motor, X-axis driving electricity
Machine connects X-axis screw rod one end, and the X-axis screw rod other end connects main shaft tool apron, and double main axle cutters are connected on main shaft tool apron；The water
Flat turn platform adjusts screw rod with horizontal revolving stage and connect, and horizontal revolving stage side is equipped with levelling block；The vertical turntable and vertical turntable
Screw rod connection is adjusted, vertical turntable side is equipped with vertical briquetting；The seat of honour side is equipped with angular display unit；Double main shaft knives
Tool is inclined to set, and machete and pocket knife are in upper and lower arrangement mode；The left feed device and right feed device include main body base,
Material feeding seat is connected on main body base, material feeding seat end is equipped with feeding servo motor, and feeding servo motor connects feeding screw mandrel one end,
The feeding screw mandrel other end connects delivery sheet, and delivery sheet slides on feeding sliding rail, and material feeding seat side is equipped with material folding cylinder, delivery sheet
Outlet end is equipped with splicing plate；The material feeding seat side is longitudinally equipped with deflector chute, and guide trench bottom, which is equipped with, lacks material inductor, controller
It is connect with scarce material inductor.
The utility model compared with the existing technology, have following advantages and effects
1, the utility model includes linear guide, and linear guide is equipped with left bevelled tenon device and right bevelled tenon device, left bevelled tenon
It is equipped with left feed device on the inside of device, is equipped with right feed device on the inside of right bevelled tenon device；Linear guide left end is equipped with left regulating wheel,
Left regulating wheel connects left bevelled tenon device by screw rod；Linear guide right end is equipped with right regulating wheel, and right regulating wheel is connected by screw rod
Right bevelled tenon device；Controller is separately connected left bevelled tenon device, right bevelled tenon device, left feed device and right feed device, has knot
The features such as structure is simple, low cost, easy to use, speed is fast, high-quality, precision is high and safety is good.
2, the left bevelled tenon device in the utility model and right bevelled tenon device include the seat of honour, and seat of honour bottom and linear guide connect
It connects, seat of honour top is equipped with horizontal revolving stage, and horizontal revolving stage is connect with Y-axis linear guide, and Y-axis linear guide one end is connected with Y-axis
Servo motor, Y-axis servo motor connect Y-axis screw rod one end, and the Y-axis screw rod other end connects Z axis bracket, and Z axis bracket is equipped with perpendicular
To turntable, vertical turntable is connect with Z axis linear guide, and Z axis linear guide one end is connected with Z axis servo motor, Z axis servo electricity
Machine connects Z axis screw rod one end, and the Z axis screw rod other end connects X-axis linear guide, and X-axis linear guide outer end is equipped with X-axis driving electricity
Machine, X-axis driving motor connect X-axis screw rod one end, and the X-axis screw rod other end connects main shaft tool apron, and double masters are connected on main shaft tool apron
Axis cutter；Both ends can be achieved, and high-precision, same to angular adjustment, tri- axis of X, Y, Z are arbitrarily adjusted simultaneously.
3, the horizontal revolving stage in the utility model adjusts screw rod with horizontal revolving stage and connect, and horizontal revolving stage side is equipped with horizontal pressure
Block；Vertical turntable adjusts screw rod with vertical turntable and connect, and vertical turntable side is equipped with vertical briquetting；Angular adjustment can be carried out, is fitted
Answer different situations.
4, the left feed device in the utility model and right feed device include main body base, are connected with feeding on main body base
Seat, material feeding seat end are equipped with feeding servo motor, and feeding servo motor connects feeding screw mandrel one end, the connection of the feeding screw mandrel other end
Delivery sheet, delivery sheet slide on feeding sliding rail, and material feeding seat side is equipped with material folding cylinder, and delivery sheet outlet end is equipped with splicing plate；
Realize self-feeding and discharging, high degree of automation.
Detailed description of the invention
Fig. 1 is a kind of overall structure diagram of numerical control bevelled tenon both-end machine；
Fig. 2 is the structural schematic diagram of left bevelled tenon device in the utility model；
Fig. 3 is the structural schematic diagram of left feed device in the utility model.
Figure label is as follows with title:
Specific embodiment
In order to facilitate the understanding of those skilled in the art, the utility model is made with reference to the accompanying drawings and embodiments further detailed
It describes in detail bright.
Embodiment 1:
As shown in Figures 1 to 3, a kind of numerical control bevelled tenon both-end machine, including linear guide, linear guide are equipped with left bevelled tenon device
With right bevelled tenon device, left bevelled tenon device inside is equipped with left feed device, is equipped with right feed device on the inside of right bevelled tenon device；Straight line is led
Rail left end is equipped with left regulating wheel, and left regulating wheel connects left bevelled tenon device by screw rod；Linear guide right end is equipped with right regulating wheel, right
Regulating wheel connects right bevelled tenon device by screw rod；Controller be separately connected left bevelled tenon device, right bevelled tenon device, left feed device and
Right feed device.Controller in the present embodiment uses PLC controller, plug-in, the control produced using Siemens Company
Device.
Left bevelled tenon device and right bevelled tenon device in the present embodiment include the seat of honour, and seat of honour bottom is connect with linear guide,
Seat of honour top is equipped with horizontal revolving stage, and horizontal revolving stage is connect with Y-axis linear guide, and Y-axis linear guide one end is connected with Y-axis servo
Motor, Y-axis servo motor connect Y-axis screw rod one end, and the Y-axis screw rod other end connects Z axis bracket, and Z axis bracket is equipped with vertical turn
Platform, vertical turntable are connect with Z axis linear guide, and Z axis linear guide one end is connected with Z axis servo motor, and Z axis servo motor connects
Z axis screw rod one end is connect, the Z axis screw rod other end connects X-axis linear guide, and X-axis linear guide outer end is equipped with X-axis driving motor, X
Axis driving motor connects X-axis screw rod one end, and the X-axis screw rod other end connects main shaft tool apron, and double main shaft knives are connected on main shaft tool apron
Tool；Horizontal revolving stage adjusts screw rod with horizontal revolving stage and connect, and horizontal revolving stage side is equipped with levelling block；Vertical turntable and vertical turntable
Screw rod connection is adjusted, vertical turntable side is equipped with vertical briquetting；Seat of honour side is equipped with angular display unit, and angular display unit is Beijing
Magnetic transports to the M-10L-M10 magnetic railings ruler of Science and Technology Ltd.'s production；Double main axle cutters are inclined to set, and machete and pocket knife are in up and down
Arrangement mode.Controller connects Y-axis servo motor, Z axis servo motor, X-axis driving motor.
Left feed device and right feed device in the present embodiment include main body base, are connected with material feeding seat on main body base,
Material feeding seat end is equipped with feeding servo motor, and feeding servo motor connects feeding screw mandrel one end, and the connection of the feeding screw mandrel other end is sent
Flitch, delivery sheet slide on feeding sliding rail, and material feeding seat side is equipped with material folding cylinder, and delivery sheet outlet end is equipped with splicing plate；It send
Material seat side is longitudinally equipped with deflector chute, and guide trench bottom, which is equipped with, lacks material inductor, and controller is connect with material inductor is lacked.Controller
Connect feeding servo motor and material folding cylinder.Of course for stability, compression cylinder can be set in material folding cylinder side.
The implementation method of above-mentioned numerical control bevelled tenon both-end machine, comprising the following steps:
(1), wooden workpiece is put between left feed device and right feed device, due to being provided with left regulating wheel and the right side
Regulating wheel processing dimension is adjusted according to actual requirement；
(2), wooden workpiece, due to the effect of feeding servo motor and feeding screw mandrel, drives wooden workpiece on delivery sheet
Movement, and fixation is clamped by material folding cylinder；
(3), after the completion of fixed, the data of X, Y, Z axis are adjusted first, then carry out horizontal revolving stage angle tune as needed
Section, finally carries out vertical angular adjustment；
(4), after the completion of adjusting, main axle cutter is started to work, and carries out bevelled tenon processing, and machete processes tenon, and pocket knife processes tenon
Eye；
(5), material folding cylinder is unclamped after processing is completed, and wooden workpiece discharges from splicing plate.
It can realize that high-precision, same to angular adjustment, tri- axis of X, Y, Z are arbitrarily adjusted simultaneously at both ends with method using the above structure,
Realize self-feeding and discharging, high degree of automation.
Above-mentioned specific embodiment is the preferred embodiment of the utility model, can not be defined to the utility model,
Other any changes made without departing from the technical solution of the utility model or other equivalent substitute modes, are included in
Within the protection scope of the utility model.
Claims (8)
1. a kind of numerical control bevelled tenon both-end machine, it is characterised in that: including linear guide, linear guide is equipped with left bevelled tenon device and the right side
Bevelled tenon device, left bevelled tenon device inside are equipped with left feed device, are equipped with right feed device on the inside of right bevelled tenon device；Linear guide is left
End is equipped with left regulating wheel, and left regulating wheel connects left bevelled tenon device by screw rod；Linear guide right end is equipped with right regulating wheel, right adjusting
Wheel connects right bevelled tenon device by screw rod；Controller is separately connected left bevelled tenon device, right bevelled tenon device, left feed device and the right side and send
Expect device.
2. numerical control bevelled tenon both-end machine according to claim 1, it is characterised in that: the left bevelled tenon device and right bevelled tenon device
It include the seat of honour, seat of honour bottom is connect with linear guide, and seat of honour top is equipped with horizontal revolving stage, horizontal revolving stage and Y-axis linear guide
Connection, Y-axis linear guide one end are connected with Y-axis servo motor, and Y-axis servo motor connects Y-axis screw rod one end, and Y-axis screw rod is another
One end connects Z axis bracket, and Z axis bracket is equipped with vertical turntable, and vertical turntable is connect with Z axis linear guide, Z axis linear guide one
End is connected with Z axis servo motor, and Z axis servo motor connects Z axis screw rod one end, and Z axis screw rod other end connection X-axis straight line is led
Rail, X-axis linear guide outer end are equipped with X-axis driving motor, and X-axis driving motor connects X-axis screw rod one end, the X-axis screw rod other end
Main shaft tool apron is connected, double main axle cutters are connected on main shaft tool apron.
3. numerical control bevelled tenon both-end machine according to claim 2, it is characterised in that: the horizontal revolving stage and horizontal revolving stage are adjusted
Screw rod connection, horizontal revolving stage side are equipped with levelling block.
4. numerical control bevelled tenon both-end machine according to claim 2, it is characterised in that: the vertical turntable and vertical turntable are adjusted
Screw rod connection, vertical turntable side are equipped with vertical briquetting.
5. numerical control bevelled tenon both-end machine according to claim 2, it is characterised in that: the seat of honour side is equipped with angle and shows
Device.
6. numerical control bevelled tenon both-end machine according to claim 2, it is characterised in that: double main axle cutters are inclined to set,
Machete and pocket knife are in upper and lower arrangement mode.
7. numerical control bevelled tenon both-end machine according to claim 1, it is characterised in that: the left feed device and right feed device
Include main body base, material feeding seat is connected on main body base, material feeding seat end is equipped with feeding servo motor, the connection of feeding servo motor
Feeding screw mandrel one end, the feeding screw mandrel other end connect delivery sheet, and delivery sheet slides on feeding sliding rail, and material feeding seat side is equipped with folder
Expect cylinder, delivery sheet outlet end is equipped with splicing plate.
8. numerical control bevelled tenon both-end machine according to claim 7, it is characterised in that: the material feeding seat side is longitudinally equipped with guide
Slot, guide trench bottom, which is equipped with, lacks material inductor, and controller is connect with material inductor is lacked.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820817861.2U CN208263035U (en) | 2018-05-29 | 2018-05-29 | A kind of numerical control bevelled tenon both-end machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820817861.2U CN208263035U (en) | 2018-05-29 | 2018-05-29 | A kind of numerical control bevelled tenon both-end machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208263035U true CN208263035U (en) | 2018-12-21 |
Family
ID=64684994
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820817861.2U Expired - Fee Related CN208263035U (en) | 2018-05-29 | 2018-05-29 | A kind of numerical control bevelled tenon both-end machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208263035U (en) |
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2018
- 2018-05-29 CN CN201820817861.2U patent/CN208263035U/en not_active Expired - Fee Related
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|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181221 |