CN108213182A - Steel door doorframe lock hole count control alignment system - Google Patents
Steel door doorframe lock hole count control alignment system Download PDFInfo
- Publication number
- CN108213182A CN108213182A CN201810125292.XA CN201810125292A CN108213182A CN 108213182 A CN108213182 A CN 108213182A CN 201810125292 A CN201810125292 A CN 201810125292A CN 108213182 A CN108213182 A CN 108213182A
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- Prior art keywords
- screw
- positioning
- lock hole
- steel door
- sliding block
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- 229910000831 Steel Inorganic materials 0.000 title claims abstract description 85
- 239000010959 steel Substances 0.000 title claims abstract description 85
- 230000003287 optical effect Effects 0.000 claims abstract description 30
- 238000004080 punching Methods 0.000 claims abstract description 26
- 239000000203 mixture Substances 0.000 claims description 27
- 230000015572 biosynthetic process Effects 0.000 claims description 18
- 229920002994 synthetic fiber Polymers 0.000 claims description 7
- 238000009434 installation Methods 0.000 claims description 6
- 230000005611 electricity Effects 0.000 claims description 5
- 239000002184 metal Substances 0.000 abstract description 13
- 238000004519 manufacturing process Methods 0.000 abstract description 7
- 238000000034 method Methods 0.000 abstract description 5
- 238000003825 pressing Methods 0.000 abstract 1
- 238000010586 diagram Methods 0.000 description 18
- 230000000694 effects Effects 0.000 description 5
- 238000005516 engineering process Methods 0.000 description 4
- 238000011017 operating method Methods 0.000 description 4
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D28/00—Shaping by press-cutting; Perforating
- B21D28/24—Perforating, i.e. punching holes
- B21D28/26—Perforating, i.e. punching holes in sheets or flat parts
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D43/00—Feeding, positioning or storing devices combined with, or arranged in, or specially adapted for use in connection with, apparatus for working or processing sheet metal, metal tubes or metal profiles; Associations therewith of cutting devices
- B21D43/003—Positioning devices
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Sewing Machines And Sewing (AREA)
Abstract
Steel door doorframe lock hole count control alignment system, is made of steel door doorframe lock hole count control positioning optical control device and steel door doorframe lock hole NC positioning devices.Using the present invention, only need to be in the PLC control panels of steel door doorframe lock hole count control positioning optical control device the numerical value of foot is hung to program input, the positioning pin of steel door doorframe lock hole NC positioning devices arranged on left and right sides detent mechanism will be automatically moved to corresponding position, pressing operation button again can both complete to operate, improve so same size repeatedly punching cut sheet metal component rush cut efficiency, reduce operating personnel, reduce operating process in mistake, improve rushing for product cut precision, improve dimensional accuracy.Also, it is not necessary to professional person's both practicable operations, for sheet metal component it is longer in the case of also need only individually be completed with a people.The present invention can both realize that repeatedly punching was cut, man-machine complex, efficiently complete operation, can also realize full-automatic production.Meanwhile be for most sheet metal component can be general.
Description
Technical field
The invention belongs to Machine Manufacturing Technologies, are related to mold manufacturing, Machine Manufacturing Technology and sheet metal component punching location technology
It is promoted, and in particular to a kind of steel door doorframe lock hole count control alignment system.
Background technology
Rushing for sheet metal component is cut and the positioning of doorframe lockhole is substantially with steel ruler or with several locating rods in existing industry（Positioning
Pin）Or full-automatic numerical control system is realized, it can only by seeing for the major part when multiple sheet metal component is cut in punching on same mold
Steel ruler is realized with many a positioning pins, and can run behaviour with steel ruler to realize that punching cuts positioning and has to professional person
Make, meanwhile, this so-called professional person then needs to cultivate the operation that more than half a year can be on duty.But even professional people
Scholar also can should easily misunderstand and precision is not high in this way, in addition, for sheet metal component it is longer in the case of must use two people
It could complete；The method realized with positioning pin only needs one man operation that can complete longer sheet metal component, but for quantity
The quantity that position positioning pin is cut in more and different punchings is pretty troublesome when can much operate, easily with mispointing pin, if the size that punching is cut
It is that inadequate position is put that doorframe lockhole is positioned when smaller.
Full-automatic numerical control system cost is high, cannot be general for most sheet metal component.
Currently, a other strong producer is realized or with automatic punching machine, NC turret punch machine using manipulator come complete
It is cut into multiple punching, this can completely dispense with steel ruler or positioning pin.Man-machine complex can be achieved, efficiently complete operation, it is maximum insufficient
Point is without that can realize full-automatic production.
Invention content
The purpose of the present invention is exactly to overcome insufficient possessed by the prior art and equipment and provide a kind of completely new steel door
Doorframe lock hole count control alignment system.It specifically includes：The system is by steel door doorframe lock hole count control positioning optical control device
（A1）With steel door doorframe lock hole NC positioning devices（A2）Composition.
The present invention is achieved through the following technical solutions：
Steel door doorframe lock hole count control alignment system is in technical solution：The system is determined by steel door doorframe lock hole count control
Position electrical control gear（A1）With steel door doorframe lock hole NC positioning devices（A2）Composition；
The steel door doorframe lock hole count control positioning optical control device（A1）It is by steel door doorframe lock hole numerical control positioning electricity
Gas control device（A1）It is by the man-machine touch screen of prestige synthetic fibre（-1）, PLC controller（-2）, Switching Power Supply（-3）, servo motor driving
Device one（-4）, servo motor one（-5）, motor servo driver two（-6）, servo motor two（-7）, solenoid valve（-8）, left and right lock
Hole selecting switch（-9）, radiator fan（-10）, power supply indicator（-11）, power safety（-12）, short-circuiting device switch（-13）With
Power cord（-14）Composition；Wherein, power cord（-14）L pass through killer switch（13）And power safety（-12）With power cord
（-14）N enter PLC controller（-2）, power cord（-14）L be also by killer switch（13）And power safety（-12）
With power cord（-14）N access switch power supplys（-3）Power input, power cord（-14）L pass through killer switch（13）
And power safety（-12）With power cord（-14）N simultaneously parallel connection power supply indicator light（-11）With radiator fan（-10）, power cord
（-14）L pass through killer switch（13）, power safety（-12）With left and right lockhole selecting switch（-9）With power cord（-14）'s
N also solenoid valves in parallel simultaneously（-8）；The man-machine touch screen of prestige synthetic fibre（-1）It is connected respectively to PLC controller（-2）, servo motor driving
Device one（-4）With motor servo driver two（-6）；PLC controller（-2）It is connected respectively to motor servo driver one（-4）With
Motor servo driver two（-6）；Switching Power Supply（-3）It is also connected to motor servo driver one（-4）It is driven with servo motor
Dynamic device two（-6）, motor servo driver one（-4）Connect servo motor one（-5）, motor servo driver two（-6）Connection is watched
Take motor two（-7）；Steel door doorframe lock hole count control positioning optical control device entirety is consequently formed.
The steel door doorframe lock hole NC positioning devices（A2）It is by left detent mechanism（1）, right detent mechanism（2）With
Mold（3）Composition；Left detent mechanism（1）It is by stent（4）And mobile position-fixed module（5）Composition；Stent（4）It is by front stall（6）
And back seat（7）Composition；Mobile position-fixed module（5）It is by screw rodb base（8）, line rail（9）, screw（10）, sliding block（11）, positioning cylinder
（12）, cylinder block（13）, servo motor（14）Composition, wherein, line rail（9）It is placed in screw rodb base（8）Bottom formed screw
Seat（8）With line rail（9）Assembly；Cylinder block（13）Mounted on sliding block（11）Upper formation cylinder block（13）And sliding block（11）Combination
Body；Positioning cylinder（12）Mounted on cylinder block（13）Upper formation cylinder block（13）, sliding block（11）And positioning cylinder（12）Combination
Body；Screw（10）It covers across cylinder block（13）Middle formation cylinder block（13）, sliding block（11）, positioning cylinder（12）And screw（10）
Assembly；Cylinder block（13）, sliding block（11）, positioning cylinder（12）With line rail（9）Assembly is placed in screw rodb base（8）With line rail
（9）It is sliding block during placement in assembly（11）Sliding slot be set with online rail（9）Dragging track on, screw（10）Two
Head is set in screw rodb base（8）Screw rodb base is formed on the mounting of the right and left（8）, line rail（9）, screw（10）, sliding block（11）、
Positioning cylinder（12）And cylinder block（13）Assembly；Servo motor（14）It is installed to screw rodb base（8）, line rail（9）, screw
（10）, sliding block（11）, positioning cylinder（12）And cylinder block（13）It is servo motor during installation in assembly（14）It is installed to
Screw rodb base（8）On the mounting of rear end, and in screw（10）It is connected, forms mobile position-fixed module（5）It is whole；Above-mentioned stent（4）
And mobile position-fixed module（5）It is mobile position-fixed module when combining（5）Mounted on stent（4）Back seat（7）On, thus
Form left detent mechanism（1）It is whole；Right detent mechanism（2）It is by stent one（15）With mobile position-fixed module one（16）Composition；Branch
Frame one（15）It is by front stall one（17）With back seat one（18）Composition；Mobile position-fixed module one（16）It is by screw rodb base one（19）, line
Rail one（20）, screw one（21）, sliding block one（22）, positioning cylinder one（23）, cylinder block one（24）, servo motor one（25）Group
Into, wherein, line rail one（20）It is placed in screw rodb base one（19）Bottom formed screw rodb base one（19）With line rail one（20）Combination
Body；Cylinder block one（24）Mounted on sliding block one（22）Upper formation cylinder block one（24）With sliding block one（22）Assembly；Positioning
Cylinder one（23）Mounted on cylinder block one（24）Upper formation cylinder block one（24）, sliding block one（22）With positioning cylinder one（23）Combination
Body；Screw one（21）It covers across cylinder block one（24）Middle formation cylinder block one（24）, sliding block one（22）, positioning cylinder one（23）
With screw one（21）Assembly；Cylinder block one（24）, sliding block one（22）, positioning cylinder one（23）With line rail one（20）Assembly
It is placed in screw rodb base one（19）With line rail one（20）It is sliding block one during placement in assembly（22）Sliding slot be set with online rail
One（20）Dragging track on, screw one（21）Both ends be set in screw rodb base one（19）Shape on the mounting of the right and left
Into screw rodb base one（19）, line rail one（20）, screw one（21）, sliding block one（22）, positioning cylinder one（23）With cylinder block one（24）
Assembly；Servo motor one（25）It is installed to screw rodb base one（19）, line rail one（20）, screw one（21）, sliding block one（22）, it is fixed
Position cylinder one（23）With cylinder block one（24）It is servo motor one during installation in assembly（25）It is installed to screw rodb base one
（19）On the mounting of rear end, and in screw one（21）It is connected, forms mobile position-fixed module one（16）It is whole；Above-mentioned stent one
（15）With mobile position-fixed module one（16）It is mobile position-fixed module one when combining（16）Mounted on stent one（15）After
Seat one（18）On, right detent mechanism is consequently formed（2）It is whole；Mold（3）It is conventional punching die；Above-mentioned left detent mechanism
（1）, right detent mechanism（2）And mold（3）It is left detent mechanism when combining（1）With right detent mechanism（2）It disposes respectively
In mold（3）The right and left, it is whole that steel door doorframe lock hole NC positioning devices are consequently formed；
Above-mentioned steel door doorframe lock hole count control positioning optical control device（A1）With steel door doorframe lock hole NC positioning devices
（A2）It is steel door doorframe lock hole count control positioning optical control device when combining（A1）With steel door doorframe lock hole count control
Positioning device（A2）It is correspondingly connected with, steel door doorframe lock hole count control alignment system entirety is consequently formed.
Application principle of the present invention and process：
In the present invention, steel door doorframe lock hole count control positioning optical control device（A1）For controlling steel door doorframe lock hole count control
Positioning device（A2）Operation.
Steel door doorframe lock hole NC positioning devices（A2）Left detent mechanism（1）Left side doorframe lock is cut for positioning punching
Hole, steel door doorframe lock hole NC positioning devices（A2）Right detent mechanism（2）The right doorframe lockhole, punching are cut for positioning punching
Mold（3）Steel door doorframe lockhole is cut for rushing.
Left detent mechanism（1）Accessory used and effect are as follows：Stent（4）For fixing mobile position-fixed module（5）；Screw rodb base
（8）For fixing line rail（9）, screw（10）And servo motor（14）；Sliding block（11）For fixing cylinder block（13）With positioning gas
Cylinder（12）；Screw（10）Servo motor（14）The kinetic energy of rotation is converted into the kinetic energy that line rail sliding block carries out translation；Line rail
（9）Ensure line rail sliding block（11）The direction of motion.
Right detent mechanism（2）Accessory used and effect are as follows：Stent one（15）For fixing mobile position-fixed module one（16）；
Screw rodb base one（19）For fixing line rail one（20）, screw one（21）With servo motor one（25）；Sliding block one（22）For fixing
Cylinder block one（24）With positioning cylinder one（23）；Screw one（21）Servo motor one（25）The kinetic energy of rotation is converted into line rail cunning
Block carries out the kinetic energy of translation；Line rail one（20）Ensure line rail sliding block one（22）The direction of motion.
Left detent mechanism（1）With right detent mechanism（2）Operation principle, motion mode be the same, two are mutually symmetrical with.
Present invention application and operating procedure：
Lock-hole of door board position is essentially all to fix a size, and the lockhole position of doorframe is determined by following several situations：User
Whether threshold is had（Bottom frame）, user dress in front of the door whether Pu floor tile, Pu floor tile thickness.Substantially it floats the position of doorframe lockhole
Dynamic, range is in 5--120MM.So left detent mechanism（1）With right detent mechanism（2）Positioning cylinder movement range just
It wants in the range of this.
Operating procedure：
（1）When steel door doorframe lock hole count control positioning optical control device（A1）After energization, power supply warning light is bright；
（2）In steel door doorframe lock hole count control positioning optical control device（A1）PLC control panels in " hang foot number：" sides
The numerical value of foot is hung in input in frame；
（3）By steel door doorframe lock hole count control positioning optical control device（A1）Green on panel：' operation ' button, servo electricity
Machine drives positioning cylinder to move to designated position；
（4）Rotate steel door doorframe lock hole count control positioning optical control device（A1）Rotary switch to corresponding position,（Punching is left
The doorframe on side branches to the side on ' left side ', and the doorframe for rushing the right branches to the side on ' right side '）；
（5）Steel door doorframe lock hole NC positioning devices（A2）Startup lathe can carry out punching and cut；
（6）When rushing second workpiece, repetition the 2nd, the 3rd, the operation of the 4th step both may be used.
The beneficial effects of the invention are as follows：
1st, its of the invention structure composition is novel in design unique, scientific and reasonable, and each modular construction is simple, but the cooperation of each component it is consistent,
Measure is unique, effect is notable.
It 2nd, with the application of the invention, only need to be in steel door doorframe lock hole count control positioning optical control device（A1）PLC control planes
The numerical value that foot is hung to program input in plate, steel door doorframe lock hole NC positioning devices（A2）Arranged on left and right sides detent mechanism
Positioning pin will be automatically moved to corresponding position, then press operation button can both complete to operate, it is multiple to improve same size in this way
Punching cut sheet metal component rush cut efficiency, reduce operating personnel, reduce operating process in mistake, improve rushing for product cut precision, carry
High dimensional accuracy.
3rd, application of the invention, does not need to professional person's both practicable operations, for sheet metal component it is longer in the case of also only
It must individually be completed with a people.
4th, it is current, a other strong producer using manipulator come realize or with automatic punching machine, NC turret punch machine come
It completes repeatedly punching to cut, this can completely dispense with steel ruler or positioning pin, it can be achieved that man-machine complex, efficiently completes operation, most very much not
Foot point is without that can realize full-automatic production.Full-automatic numerical control system cost height is that cannot lead to for most sheet metal component
.With the application of the invention, can both realize that repeatedly punching was cut, man-machine complex, efficiently complete operation, full-automatic production can be also realized.
Meanwhile be for most sheet metal component can be general.
Description of the drawings
Fig. 1 is the structure diagram of the present invention.
Fig. 2 is steel door doorframe lock hole count control positioning optical control device in the present invention（A1）Structure diagram.
Fig. 3 is steel door doorframe lock hole NC positioning devices in the present invention（A2）Structure diagram.
Fig. 4 is steel door doorframe lock hole NC positioning devices in the present invention（A2）Its left detent mechanism（1）Structural representation
Figure.
Fig. 5 is left detent mechanism in the present invention（1）Its stent（4）Structure diagram.
Fig. 6 is left detent mechanism in the present invention（1）Its mobile position-fixed module（5）Structure diagram.
Fig. 7 is left detent mechanism in the present invention（1）Its mobile position-fixed module（5）Middle screw rodb base（8）Structure diagram.
Fig. 8 is left detent mechanism in the present invention（1）Its mobile position-fixed module（5）Center line rail（9）Structure diagram.
Fig. 9 is left detent mechanism in the present invention（1）Its mobile position-fixed module（5）Middle screw（10）Structure diagram.
Figure 10 is left detent mechanism in the present invention（1）Its mobile position-fixed module（5）Middle sliding block（11）Structure diagram.
Figure 11 is left detent mechanism in the present invention（1）Its mobile position-fixed module（5）Middle positioning cylinder（12）Structural representation
Figure.
Figure 12 is left detent mechanism in the present invention（1）Its mobile position-fixed module（5）Middle cylinder block（13）Structure diagram.
Figure 13 is left detent mechanism in the present invention（1）Its mobile position-fixed module（5）Middle screw rodb base（8）, line rail（9）And sliding block
（11）Structure diagram during combination.
Figure 14 is steel door doorframe lock hole NC positioning devices in the present invention（A2）Its right detent mechanism（2）Structural representation
Figure.
Figure 15 is right detent mechanism in the present invention（2）Its stent one（15）Structure diagram.
Figure 16 is right detent mechanism in the present invention（2）Its mobile position-fixed module one（16）Structure diagram.
Figure 17 is right detent mechanism in the present invention（2）Its mobile position-fixed module one（16）Middle screw rodb base one（19）Structure show
It is intended to.
Figure 18 is right detent mechanism in the present invention（2）Its mobile position-fixed module one（16）Center line rail one（20）Structural representation
Figure.
Figure 19 is right detent mechanism in the present invention（2）Its mobile position-fixed module one（16）Middle screw one（21）Structural representation
Figure.
Figure 20 is right detent mechanism in the present invention（2）Its mobile position-fixed module one（16）Middle sliding block one（22）Structural representation
Figure.
Figure 21 is right detent mechanism in the present invention（2）Its mobile position-fixed module one（16）Middle positioning cylinder one（23）Structure
Schematic diagram.
Figure 22 is right detent mechanism in the present invention（2）Its mobile position-fixed module one（16）Middle cylinder block one（24）Structure show
It is intended to.
Figure 23 is right detent mechanism in the present invention（2）Its mobile position-fixed module one（16）Middle screw rodb base one（19）, line rail one
（20）With sliding block one（22）Structure diagram during combination.
Figure 24 is steel door doorframe lock hole NC positioning devices in the present invention（A2）Its mold（3）Structure diagram.
In Fig. 1, A1 is steel door doorframe lock hole count control positioning optical control device, and A2 is steel door doorframe lock hole count control
Positioning device.
In fig. 2, A1 is steel door doorframe lock hole count control positioning optical control device, and -1 is the man-machine touch screen of prestige synthetic fibre, -2
It is PLC controller, -3 be Switching Power Supply, and -4 be motor servo driver one, and -5 be servo motor one, and -6 be servo motor driving
Device two, -7 be servo motor two, and -8 be solenoid valve, and -9 be left and right lockhole selecting switch, and -10 be radiator fan, and -11 be that power supply refers to
Show lamp, -12 be power safety, and -13 be short-circuiting device switch, and -14 be power cord.
In figure 3, A2 is steel door doorframe lock hole NC positioning devices, and 1 is left detent mechanism, and 2 be right detent mechanism, 3
It is mold.
In Fig. 4,1 is left detent mechanism, and 4 be stent, and 5 be mobile position-fixed module.
In Figure 5,4 be stent, and 6 be front stall, and 7 be back seat.
In figure 6,5 be mobile position-fixed module, and 8 be screw rodb base, and 9 be line rail, and 10 be screw, and 11 be sliding block, and 12 be positioning
Cylinder, 13 be cylinder block, and 14 be servo motor.
In the figure 7,8 be screw rodb base.
In fig. 8,9 be line rail.
In fig.9,10 be screw.
In Fig. 10,11 be sliding block.
In fig. 11,12 be positioning cylinder.
In fig. 12,13 be cylinder block.
In fig. 13,8 be screw rodb base, and 9 be line rail, and 11 be sliding block.
In fig. 14,2 be right detent mechanism, and 15 be stent one, and 16 be mobile position-fixed module one.
In fig.15,15 be stent one, and 17 be front stall one, and 18 be back seat one.
In figure 16,16 be mobile position-fixed module one, and 19 be screw rodb base one, and 20 be line rail one, and 21 be screw one, and 22 be sliding
Block one, 23 be positioning cylinder one, and 24 be cylinder block one, and 25 be servo motor one.
In fig. 17,19 be screw rodb base one.
In figure 18,20 be line rail one.
In Figure 19,21 be screw one.
In fig. 20,22 be sliding block one.
In figure 21,23 be positioning cylinder one.
In fig. 22,24 be cylinder block one.
In fig 23,19 be screw rodb base one, and 20 be line rail one, and 22 be sliding block one.
In fig. 24,3 be mold.
Specific embodiment
In conjunction with attached drawing, the present invention will be described in detail：
The present invention is by steel door doorframe lock hole count control positioning optical control device（A1）With steel door doorframe lock hole numerical control positioning
Device（A2）Composition.
Shown in FIG. 1 is the structure diagram of the present invention.Wherein, 1 is left detent mechanism, and 2 be right detent mechanism, and 3 be mould
Tool.
Shown in Fig. 2 is steel door doorframe lock hole count control positioning optical control device in the present invention（A1）Structural representation
Figure.Steel door doorframe lock hole count control positioning optical control device（A1）It is by the man-machine touch screen of prestige synthetic fibre（-1）, PLC controller（-
2）, Switching Power Supply（-3）, motor servo driver one（-4）, servo motor one（-5）, motor servo driver two（-6）, servo
Motor two（-7）, solenoid valve（-8）, left and right lockhole selecting switch（-9）, radiator fan（-10）, power supply indicator（-11）, power supply
Insurance（-12）, short-circuiting device switch（-13）And power cord（-14）Composition；Wherein, power cord（-14）L pass through killer switch
（13）And power safety（-12）With power cord（-14）N enter PLC controller（-2）, power cord（-14）L be also by disconnected
Road device switch（13）And power safety（-12）With power cord（-14）N access switch power supplys（-3）Power input, power supply
Line（-14）L pass through killer switch（13）And power safety（-12）With power cord（-14）N simultaneously parallel connection power supply indicator light
（-11）With radiator fan（-10）, power cord（-14）L pass through killer switch（13）, power safety（-12）With left and right lockhole
Selecting switch（-9）With power cord（-14）N also solenoid valves in parallel simultaneously（-8）；The man-machine touch screen of prestige synthetic fibre（-1）It is connected respectively to
PLC controller（-2）, motor servo driver one（-4）With motor servo driver two（-6）；PLC controller（-2）Connect respectively
It is connected to motor servo driver one（-4）With motor servo driver two（-6）；Switching Power Supply（-3）It is also connected to servo electricity
Machine driver one（-4）With motor servo driver two（-6）, motor servo driver one（-4）Connect servo motor one（-5）,
Motor servo driver two（-6）Connect servo motor two（-7）；The control of steel door doorframe lock hole count control positioning optical is consequently formed
Device is whole.
Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17,
Shown in Figure 18, Figure 19, Figure 20, Figure 21, Figure 22 and Figure 23 is steel door doorframe lock hole NC positioning devices in the present invention（A2）
And its structure diagram of each component.Steel door doorframe lock hole NC positioning devices（A2）It is by left detent mechanism（1）, right positioning
Mechanism（2）And mold（3）Composition；Left detent mechanism（1）It is by stent（4）And mobile position-fixed module（5）Composition；Stent（4）It is
By front stall（6）And back seat（7）Composition；Mobile position-fixed module（5）It is by screw rodb base（8）, line rail（9）, screw（10）, sliding block
（11）, positioning cylinder（12）, cylinder block（13）, servo motor（14）Composition, wherein, line rail（9）It is placed in screw rodb base（8）'s
Screw rodb base is formed on bottom（8）With line rail（9）Assembly；Cylinder block（13）Mounted on sliding block（11）Upper formation cylinder block（13）With
Sliding block（11）Assembly；Positioning cylinder（12）Mounted on cylinder block（13）Upper formation cylinder block（13）, sliding block（11）And positioning
Cylinder（12）Assembly；Screw（10）It covers across cylinder block（13）Middle formation cylinder block（13）, sliding block（11）, positioning cylinder
（12）And screw（10）Assembly；Cylinder block（13）, sliding block（11）, positioning cylinder（12）With line rail（9）Assembly is placed in
Screw rodb base（8）With line rail（9）It is sliding block during placement in assembly（11）Sliding slot be set with online rail（9）Dragging track
On, screw（10）Both ends be set in screw rodb base（8）Screw rodb base is formed on the mounting of the right and left（8）, line rail（9）、
Screw（10）, sliding block（11）, positioning cylinder（12）And cylinder block（13）Assembly；Servo motor（14）It is installed to screw rodb base
（8）, line rail（9）, screw（10）, sliding block（11）, positioning cylinder（12）And cylinder block（13）It is watching during installation in assembly
Take motor（14）It is installed to screw rodb base（8）On the mounting of rear end, and in screw（10）It is connected, forms mobile position-fixed module（5）
It is whole；Above-mentioned stent（4）And mobile position-fixed module（5）It is mobile position-fixed module when combining（5）Mounted on stent（4）
Back seat（7）On, left detent mechanism is consequently formed（1）It is whole；Right detent mechanism（2）It is by stent one（15）With running fix mould
Block one（16）Composition；Stent one（15）It is by front stall one（17）With back seat one（18）Composition；Mobile position-fixed module one（16）Be by
Screw rodb base one（19）, line rail one（20）, screw one（21）, sliding block one（22）, positioning cylinder one（23）, cylinder block one（24）, watch
Take motor one（25）Composition, wherein, line rail one（20）It is placed in screw rodb base one（19）Bottom formed screw rodb base one（19）With
Line rail one（20）Assembly；Cylinder block one（24）Mounted on sliding block one（22）Upper formation cylinder block one（24）With sliding block one（22）
Assembly；Positioning cylinder one（23）Mounted on cylinder block one（24）Upper formation cylinder block one（24）, sliding block one（22）And positioning
Cylinder one（23）Assembly；Screw one（21）It covers across cylinder block one（24）Middle formation cylinder block one（24）, sliding block one（22）、
Positioning cylinder one（23）With screw one（21）Assembly；Cylinder block one（24）, sliding block one（22）, positioning cylinder one（23）And line
Rail one（20）Assembly is placed in screw rodb base one（19）With line rail one（20）It is sliding block one during placement in assembly（22）'s
Sliding slot is set with online rail one（20）Dragging track on, screw one（21）Both ends be set in screw rodb base one（19）Left and right
Screw rodb base one is formed on the mounting on both sides（19）, line rail one（20）, screw one（21）, sliding block one（22）, positioning cylinder one（23）
With cylinder block one（24）Assembly；Servo motor one（25）It is installed to screw rodb base one（19）, line rail one（20）, screw one
（21）, sliding block one（22）, positioning cylinder one（23）With cylinder block one（24）It is servo motor one during installation in assembly
（25）It is installed to screw rodb base one（19）On the mounting of rear end, and in screw one（21）It is connected, forms mobile position-fixed module one
（16）It is whole；Above-mentioned stent one（15）With mobile position-fixed module one（16）It is mobile position-fixed module one when combining（16）
Mounted on stent one（15）Back seat one（18）On, right detent mechanism is consequently formed（2）It is whole；Mold（3）It is conventional punching
Mold；Above-mentioned left detent mechanism（1）, right detent mechanism（2）And mold（3）It is left detent mechanism when combining（1）And the right side
Detent mechanism（2）It is respectively disposed on mold（3）The right and left, it is whole that steel door doorframe lock hole NC positioning devices are consequently formed
Body.
Above-mentioned steel door doorframe lock hole count control positioning optical control device（A1）It is filled with steel door doorframe lock hole numerical control positioning
It puts（A2）It is steel door doorframe lock hole count control positioning optical control device when combining（A1）With steel door doorframe lock hole count
Control positioning device（A2）It is correspondingly connected with, steel door doorframe lock hole count control alignment system entirety is consequently formed.
Application principle of the present invention and process：
In the present invention, steel door doorframe lock hole count control positioning optical control device（A1）For controlling steel door doorframe lock hole count control
Positioning device（A2）Operation.
Steel door doorframe lock hole NC positioning devices（A2）Left detent mechanism（1）Left side doorframe lock is cut for positioning punching
Hole, steel door doorframe lock hole NC positioning devices（A2）Right detent mechanism（2）The right doorframe lockhole, punching are cut for positioning punching
Mold（3）Steel door doorframe lockhole is cut for rushing.
Left detent mechanism（1）Accessory used and effect are as follows：Stent（4）For fixing mobile position-fixed module（5）；Screw rodb base
（8）For fixing line rail（9）, screw（10）And servo motor（14）；Sliding block（11）For fixing cylinder block（13）With positioning gas
Cylinder（12）；Screw（10）Servo motor（14）The kinetic energy of rotation is converted into the kinetic energy that line rail sliding block carries out translation；Line rail
（9）Ensure line rail sliding block（11）The direction of motion.
Right detent mechanism（2）Accessory used and effect are as follows：Stent one（15）For fixing mobile position-fixed module one（16）；
Screw rodb base one（19）For fixing line rail one（20）, screw one（21）With servo motor one（25）；Sliding block one（22）For fixing
Cylinder block one（24）With positioning cylinder one（23）；Screw one（21）Servo motor one（25）The kinetic energy of rotation is converted into line rail cunning
Block carries out the kinetic energy of translation；Line rail one（20）Ensure line rail sliding block one（22）The direction of motion.
Left detent mechanism（1）With right detent mechanism（2）Operation principle, motion mode be the same, two are mutually symmetrical with.
Present invention application and operating procedure：
Lock-hole of door board position is essentially all to fix a size, and the lockhole position of doorframe is determined by following several situations：User
Whether threshold is had（Bottom frame）, user dress in front of the door whether Pu floor tile, Pu floor tile thickness.Substantially it floats the position of doorframe lockhole
Dynamic, range is in 5--120MM.So left detent mechanism（1）With right detent mechanism（2）Positioning cylinder movement range just
It wants in the range of this.
Operating procedure：
（1）When steel door doorframe lock hole count control positioning optical control device（A1）After energization, power supply warning light is bright；
（2）In steel door doorframe lock hole count control positioning optical control device（A1）PLC control panels in " hang foot number：" sides
The numerical value of foot is hung in input in frame；
（3）By steel door doorframe lock hole count control positioning optical control device（A1）Green on panel：' operation ' button, servo electricity
Machine drives positioning cylinder to move to designated position；
（4）Rotate steel door doorframe lock hole count control positioning optical control device（A1）Rotary switch to corresponding position,（Punching is left
The doorframe on side branches to the side on ' left side ', and the doorframe for rushing the right branches to the side on ' right side '）；
（5）Steel door doorframe lock hole NC positioning devices（A2）Startup lathe can carry out punching and cut；
（6）When rushing second workpiece, repetition the 2nd, the 3rd, the operation of the 4th step both may be used.
Claims (1)
1. steel door doorframe lock hole count control alignment system, it is characterised in that：The system is by steel door doorframe lock hole numerical control positioning
Electrical control gear（A1）With steel door doorframe lock hole NC positioning devices（A2）Composition；
The steel door doorframe lock hole count control positioning optical control device（A1）It is by the man-machine touch screen of prestige synthetic fibre（-1）, PLC control
Device processed（-2）, Switching Power Supply（-3）, motor servo driver one（-4）, servo motor one（-5）, motor servo driver two（-
6）, servo motor two（-7）, solenoid valve（-8）, left and right lockhole selecting switch（-9）, radiator fan（-10）, power supply indicator（-
11）, power safety（-12）, short-circuiting device switch（-13）And power cord（-14）Composition；Wherein, power cord（-14）L by disconnected
Road device switch（13）And power safety（-12）With power cord（-14）N enter PLC controller（-2）, power cord（-14）L also
It is by killer switch（13）And power safety（-12）With power cord（-14）N access switch power supplys（-3）Power input
End, power cord（-14）L pass through killer switch（13）And power safety（-12）With power cord（-14）N electricity in parallel simultaneously
Source indicator light（-11）With radiator fan（-10）, power cord（-14）L pass through killer switch（13）, power safety（-12）With
Left and right lockhole selecting switch（-9）With power cord（-14）N also solenoid valves in parallel simultaneously（-8）；The man-machine touch screen of prestige synthetic fibre（-1）Point
PLC controller is not connected to it（-2）, motor servo driver one（-4）With motor servo driver two（-6）；PLC controller（-
2）It is connected respectively to motor servo driver one（-4）With motor servo driver two（-6）；Switching Power Supply（-3）Also it connects respectively
To motor servo driver one（-4）With motor servo driver two（-6）, motor servo driver one（-4）Connect servo motor
One（-5）, motor servo driver two（-6）Connect servo motor two（-7）；Steel door doorframe lock hole numerical control positioning is consequently formed
Electrical control gear is whole；
The steel door doorframe lock hole NC positioning devices（A2）It is by left detent mechanism（1）, right detent mechanism（2）And mold
（3）Composition；Left detent mechanism（1）It is by stent（4）And mobile position-fixed module（5）Composition；Stent（4）It is by front stall（6）With it is rear
Seat（7）Composition；Mobile position-fixed module（5）It is by screw rodb base（8）, line rail（9）, screw（10）, sliding block（11）, positioning cylinder
（12）, cylinder block（13）, servo motor（14）Composition, wherein, line rail（9）It is placed in screw rodb base（8）Bottom formed screw
Seat（8）With line rail（9）Assembly；Cylinder block（13）Mounted on sliding block（11）Upper formation cylinder block（13）And sliding block（11）Combination
Body；Positioning cylinder（12）Mounted on cylinder block（13）Upper formation cylinder block（13）, sliding block（11）And positioning cylinder（12）Combination
Body；Screw（10）It covers across cylinder block（13）Middle formation cylinder block（13）, sliding block（11）, positioning cylinder（12）And screw（10）
Assembly；Cylinder block（13）, sliding block（11）, positioning cylinder（12）With line rail（9）Assembly is placed in screw rodb base（8）With line rail
（9）It is sliding block during placement in assembly（11）Sliding slot be set with online rail（9）Dragging track on, screw（10）Two
Head is set in screw rodb base（8）Screw rodb base is formed on the mounting of the right and left（8）, line rail（9）, screw（10）, sliding block（11）、
Positioning cylinder（12）And cylinder block（13）Assembly；Servo motor（14）It is installed to screw rodb base（8）, line rail（9）, screw
（10）, sliding block（11）, positioning cylinder（12）And cylinder block（13）It is servo motor during installation in assembly（14）It is installed to
Screw rodb base（8）On the mounting of rear end, and in screw（10）It is connected, forms mobile position-fixed module（5）It is whole；Above-mentioned stent（4）
And mobile position-fixed module（5）It is mobile position-fixed module when combining（5）Mounted on stent（4）Back seat（7）On, thus
Form left detent mechanism（1）It is whole；Right detent mechanism（2）It is by stent one（15）With mobile position-fixed module one（16）Composition；Branch
Frame one（15）It is by front stall one（17）With back seat one（18）Composition；Mobile position-fixed module one（16）It is by screw rodb base one（19）, line
Rail one（20）, screw one（21）, sliding block one（22）, positioning cylinder one（23）, cylinder block one（24）, servo motor one（25）Group
Into, wherein, line rail one（20）It is placed in screw rodb base one（19）Bottom formed screw rodb base one（19）With line rail one（20）Combination
Body；Cylinder block one（24）Mounted on sliding block one（22）Upper formation cylinder block one（24）With sliding block one（22）Assembly；Positioning
Cylinder one（23）Mounted on cylinder block one（24）Upper formation cylinder block one（24）, sliding block one（22）With positioning cylinder one（23）Combination
Body；Screw one（21）It covers across cylinder block one（24）Middle formation cylinder block one（24）, sliding block one（22）, positioning cylinder one（23）
With screw one（21）Assembly；Cylinder block one（24）, sliding block one（22）, positioning cylinder one（23）With line rail one（20）Assembly
It is placed in screw rodb base one（19）With line rail one（20）It is sliding block one during placement in assembly（22）Sliding slot be set with online rail
One（20）Dragging track on, screw one（21）Both ends be set in screw rodb base one（19）Shape on the mounting of the right and left
Into screw rodb base one（19）, line rail one（20）, screw one（21）, sliding block one（22）, positioning cylinder one（23）With cylinder block one（24）
Assembly；Servo motor one（25）It is installed to screw rodb base one（19）, line rail one（20）, screw one（21）, sliding block one（22）, it is fixed
Position cylinder one（23）With cylinder block one（24）It is servo motor one during installation in assembly（25）It is installed to screw rodb base one
（19）On the mounting of rear end, and in screw one（21）It is connected, forms mobile position-fixed module one（16）It is whole；Above-mentioned stent one
（15）With mobile position-fixed module one（16）It is mobile position-fixed module one when combining（16）Mounted on stent one（15）After
Seat one（18）On, right detent mechanism is consequently formed（2）It is whole；Mold（3）It is conventional punching die；Above-mentioned left detent mechanism
（1）, right detent mechanism（2）And mold（3）It is left detent mechanism when combining（1）With right detent mechanism（2）It disposes respectively
In mold（3）The right and left, it is whole that steel door doorframe lock hole NC positioning devices are consequently formed；
Above-mentioned steel door doorframe lock hole count control positioning optical control device（A1）With steel door doorframe lock hole NC positioning devices
（A2）It is steel door doorframe lock hole count control positioning optical control device when combining（A1）With steel door doorframe lock hole count control
Positioning device（A2）It is correspondingly connected with, steel door doorframe lock hole count control alignment system entirety is consequently formed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810125292.XA CN108213182A (en) | 2018-02-08 | 2018-02-08 | Steel door doorframe lock hole count control alignment system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810125292.XA CN108213182A (en) | 2018-02-08 | 2018-02-08 | Steel door doorframe lock hole count control alignment system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108213182A true CN108213182A (en) | 2018-06-29 |
Family
ID=62669866
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810125292.XA Pending CN108213182A (en) | 2018-02-08 | 2018-02-08 | Steel door doorframe lock hole count control alignment system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108213182A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4565358A (en) * | 1982-03-12 | 1986-01-21 | Nihon Early Kabushiki Kaisha (Japan Early Co., Ltd.) | Plate positioning apparatus |
| CN102233377A (en) * | 2011-03-02 | 2011-11-09 | 浙江博雷重型机床制造有限公司 | Numerical control punching machine tool |
| CN103869745A (en) * | 2012-12-18 | 2014-06-18 | 襄阳科威电气有限公司 | Automatic molding numerical control system for steel pipe molding machine |
| CN205464011U (en) * | 2016-02-29 | 2016-08-17 | 广西平果铝安福门业有限责任公司 | Outer automatic positioning device of door plant numerical control |
| WO2018014462A1 (en) * | 2016-07-20 | 2018-01-25 | 江苏亚威机床股份有限公司 | Apparatus for automatic adjustment of sheet material pressing mold of edge folding machine |
| CN208628235U (en) * | 2018-02-08 | 2019-03-22 | 广西富信门业有限公司 | Steel door doorframe lock hole numerical control positioning system |
-
2018
- 2018-02-08 CN CN201810125292.XA patent/CN108213182A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4565358A (en) * | 1982-03-12 | 1986-01-21 | Nihon Early Kabushiki Kaisha (Japan Early Co., Ltd.) | Plate positioning apparatus |
| CN102233377A (en) * | 2011-03-02 | 2011-11-09 | 浙江博雷重型机床制造有限公司 | Numerical control punching machine tool |
| CN103869745A (en) * | 2012-12-18 | 2014-06-18 | 襄阳科威电气有限公司 | Automatic molding numerical control system for steel pipe molding machine |
| CN205464011U (en) * | 2016-02-29 | 2016-08-17 | 广西平果铝安福门业有限责任公司 | Outer automatic positioning device of door plant numerical control |
| WO2018014462A1 (en) * | 2016-07-20 | 2018-01-25 | 江苏亚威机床股份有限公司 | Apparatus for automatic adjustment of sheet material pressing mold of edge folding machine |
| CN208628235U (en) * | 2018-02-08 | 2019-03-22 | 广西富信门业有限公司 | Steel door doorframe lock hole numerical control positioning system |
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Application publication date: 20180629 |
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