CN205497656U - Perforating machine - Google Patents

Perforating machine Download PDF

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Publication number
CN205497656U
CN205497656U CN201620206115.0U CN201620206115U CN205497656U CN 205497656 U CN205497656 U CN 205497656U CN 201620206115 U CN201620206115 U CN 201620206115U CN 205497656 U CN205497656 U CN 205497656U
Authority
CN
China
Prior art keywords
cutter
drives module
cutter drives
head
installing plate
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn - After Issue
Application number
CN201620206115.0U
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Chinese (zh)
Inventor
汤姆·佩廷
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Zhejiang De Mai Machinery Co Ltd
Original Assignee
Zhejiang De Mai Machinery Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Zhejiang De Mai Machinery Co Ltd filed Critical Zhejiang De Mai Machinery Co Ltd
Priority to CN201620206115.0U priority Critical patent/CN205497656U/en
Application granted granted Critical
Publication of CN205497656U publication Critical patent/CN205497656U/en
Withdrawn - After Issue legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model relates to a perforating machine, including frame, cutter driving power device, central controller, cutter selecting arrangement, aircraft nose elevating gear, cutter drive module, cutter drive module mount pad, cutter cooling device, cutter drive module evenly installs on cutter drive module mount pad along aircraft nose mounting panel circumference, and cutter drive module mount pad rotates and installs on the aircraft nose mounting panel, and aircraft nose mounting panel central controller 0 is in the frame, and aircraft nose elevating gear installs and is connected in the frame and with the aircraft nose mounting panel, cutter driving power device is installed and is cooperated on the aircraft nose mounting panel and with cutter drive module, cutter selecting arrangement installs and cooperates on the aircraft nose mounting panel and with cutter drive module mount pad, cutter cooling device passes through cutter drive module mount pad and cutter drive module intercommunication. The utility model discloses a numerical control mode realizes the suitable aircraft nose of perforating machine automatic selection, easy operation, and degree of automation is high, and control is accurate meticulous, low in manufacturing cost, long service life.

Description

Puncher
Technical field
This utility model relates to a kind of perforation processing equipment, especially relates to a kind of bull puncher, is mainly used in the punching work of glass, sheet material etc..
Background technology
Existing perforation processing equipment the most only has a drill bit, inconsistent due to material and application scenario, and bite type, shapes and sizes are the most different so that punching is required to reinstall drill bit every time, wastes a large amount of manpower and time.Additionally, after continuously punched processing, the temperature of diamond bit brought due to high speed rotating raises, it is easily caused mechanical fatigue and damage, thus affects or limit the ability of Continuous maching, effect and precision.Patent name is " bull puncher ", the patent document of Publication No. CN 204711261 U, disclosing a kind of puncher simultaneously can being processed the cylinders such as the nozzle in multiple TOP-TIPs, it is not suitable with the punching of sheet material, it is impossible to enough select suitable drill bit to carry out drilling operation at any time.
Utility model content
Technical problem to be solved in the utility model is to overcome the drawbacks described above in the presence of prior art, and a kind of bull puncher and drilling method thereof are provided, suitable drill bit can be automatically selected be operated, save manpower and time, raise labour efficiency, moreover it is possible to after punching a period of time, automatically change a set of perforating head, make often to overlap perforating head and all can obtain the chance that rest cooling recovers after work a period of time, improve service life and machining accuracy.
The technical scheme that the above-mentioned technical problem of this utility model solution is used includes: a kind of puncher, including frame, cutter drives power set, it is characterized in that being additionally provided with central controller, tool reader, head elevating gear, cutter drives module, cutter drives module mounting seat, cutter cooling device, several cutter drives modules are uniformly arranged in cutter drives module mounting seat along head installing plate circumference, cutter is installed in cutter drives module, cutter drives module mounting seat is rotatably installed on head installing plate, head installing plate is slidably mounted in frame, head elevating gear is arranged in frame and is connected with head installing plate, realize puncher perforation to move up and down in overall;Cutter drives power set are arranged on head installing plate and coordinate with cutter drives module, drive the work of cutter drives module;Tool reader is arranged on head installing plate and coordinates with cutter drives module mounting seat, the cutter set by driving cutter drives module mounting seat to select to the angle position set;Cutter cooling device is connected with cutter drives module by cutter drives module mounting seat and is used for cooling down cutter;Central controller and tool reader, head elevating gear, cutter drives module, cutter cooling device are all connected with and control the operation of these devices.
Can install 8 cutter drives modules in cutter drives module mounting seat described in the utility model, cutter drives module can install different cutter, it is also possible to installs the several identical cutter of several difference.
Head elevating gear described in the utility model is by ball-screw, head lift servo motor, lifting connecting plate, lifting bearing, lowering or hoisting gear installing plate forms, head installing plate is arranged in frame by slide, lifting connecting plate is connected with ball-screw, lifting connecting plate is fixing with head installing plate to be connected, ball-screw is arranged on lowering or hoisting gear installing plate by lifting bearing, lowering or hoisting gear installing plate is arranged in frame, head lift servo motor is connected with ball-screw, realize head by head lift servo motor driven ball screws precisely to move up and down.
Tool reader described in the utility model is provided with gear train, rotary shaft, turnbarrel, cutting tool choice servomotor, cutter drives module mounting seat is installed on the rotary shaft, rotary shaft is arranged on turnbarrel, turnbarrel is arranged on head installing plate, rotary shaft is connected with gearset output, gear train input is connected with cutting tool choice servomotor, cutting tool choice servomotor is arranged on head installing plate and drives rotary shaft to drive cutter drives module mounting seat to rotate by gear train so that sets head and turns to operating position.
Cutter drives power set described in the utility model are provided with main shaft, main drive motor, driving gear, main shaft, main drive motor are installed on head installing plate, main shaft one end is connected with main drive motor, the main shaft other end is provided with driving gear, main shaft is arranged in turnbarrel endoporus by main shaft bearing, and driving gear is tapered and coordinates with cutter drives module.
This utility model is additionally provided with head locking device, head locking device is provided with Handpiece Location lock cylinder, concave block, projection, Handpiece Location lock cylinder is arranged on head installing plate, Handpiece Location lock cylinder one end connects projection, being provided with concave block in cutter drives module mounting seat, concave block, projection coordinate.When puncher needs to switch cutter, Handpiece Location lock cylinder indentation makes concave block projection device separate, and such cutter drives module mounting seat can rotate under cutting tool choice driven by servomotor.When selecting cutter to arrive Working position, Handpiece Location lock cylinder is stretched out so that the occlusion of concave block projection device thus is fixed cutter drives module mounting seat.
Cutter drives module described in the utility model is provided with cutter shaft, tool cylinder, driven gear, spring, tool cylinder turning set is contained in cutter shaft, Handpiece Location lock cylinder connects with tool cylinder, tool cylinder is connected with driven gear one end, the driven gear other end is connected with spring, spring is fixed on cutter shaft rear end, and driven gear coordinates with driving gear.Inside tool cylinder, enter the elongation of compressed air exhaust hood piston thus promote driven gear to move, the driven gear of cutter drives end of module is pushed out and engages with the driving gear being arranged on main shaft.When just cutter being driven to operate by main drive motor after two gear engagements.When Handpiece Location lock cylinder is retracted, tool cylinder can be returned original state by spring-compressed, and corresponding driven gear is also pushed back original state in the lump, so that two gears become released state from engagement.
Cutter cooling device described in the utility model is by separating stand, divide water axle, divide submerged bearing, water-guide rod, water pipe, water pump forms, separating stand is arranged in cutter drives module mounting seat, water axle is divided to be rotatably installed on separating stand by a point submerged bearing, water-guide rod one end is arranged on point water axle, the water-guide rod other end is connected with water pump, separating stand is connected with cutter drives module by water pipe, point water-guiding hole identical and corresponding with cutter drives module number is had on separating stand, water axle is divided to be provided with a total water-guiding hole, total water-guiding hole connects with water-guide rod and coordinates with a point water-guiding hole, the cutter drives module of operating position is connected with total water-guiding hole by a point water-guiding hole for its correspondence.
This utility model realizes automatically selecting suitable head in the puncher course of processing by digital control scheme, can automatically select when this head working time is longer or during perforated material model difference and change a head, have simple to operate, automaticity is high, precise control is fine, low cost of manufacture, service life the advantage such as length.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of this utility model embodiment puncher.
Fig. 2 is the schematic diagram of this utility model embodiment drill bit side.
Fig. 3 is the C-C schematic diagram of Fig. 2.
Fig. 4 is the structural representation of this utility model embodiment puncher.
Fig. 5 is the partial schematic diagram of this utility model embodiment puncher.
Fig. 6 is the structural representation of this utility model embodiment cutter drives module.
Detailed description of the invention
Below by embodiment and compare accompanying drawing this utility model is further described below.
See Fig. 1~Fig. 6, puncher described in the utility model, including frame 1, main shaft 2, main drive motor 3, central controller, tool reader, head elevating gear, cutter drives module 8(head), head installing plate 9, cutter drives module mounting seat 10, cutter cooling device 12, driving gear 13.Cutter drives module 8 is arranged in cutter drives module mounting seat 10, and cutter drives module mounting seat 10 is arranged on head installing plate 9 and can do circumference rotary motion.Head installing plate 9 is arranged on guide rail 7, and guide rail 7 is arranged in frame 1.Head elevating gear is connected with head installing plate 9 and realizes head and move up and down in overall.Main shaft 2 two ends are respectively mounted main drive motor 3 and driving gear 13, three is arranged on head installing plate 9, and Handpiece Location lock cylinder 11 is arranged on head installing plate 9 and drive installation projection 14 on head installing plate 9 is engaged with the concave block 15 being arranged in cutter drives module mounting seat 10 or separates.Cutting tool choice servomotor 4 and gear train 5 are arranged on head installing plate 9, and gear train 5 input connects cutting tool choice servomotor 4, and outfan (end) connects cutter drives module mounting seat 10.Chiller 12 is arranged in cutter drives module mounting seat 10 and is connected with cutter drives module 8 by water pipe 32.Can install eight cutter drives modules 8 in cutter drives module mounting seat 10, each cutter drives module 8 can install different cutter.During production, workman selects a kind of cutter to carry out production and processing by central controller: the first step, Handpiece Location lock cylinder 11 drive concave block 15 projection 14 device to separate, and second step, cutting tool choice servomotor 4 drive cutter drives module mounting seat 10 to be rotated up selecting cutter to stop when arriving Working position by gear train 5.3rd step, Handpiece Location lock cylinder 11 drive concave block 15 projection 14 device to be engaged, and fix cutter drives module mounting seat 10.Meanwhile Handpiece Location lock cylinder 11 can blow out one compressed air and enter into cutter drives module 8 by pipeline, is pushed out by the driven gear 16 of cutter drives module 8 end and engages with the driving gear 13 being arranged on main shaft 2.4th step, by water pump cooling water injected by chiller 12 and flow out from cutter after cutter drives module 8.5th step, main drive motor 3 drive shaft 2 and driven gear 16 rotates and band cutter rotate.6th step, head elevating gear drive head motion to realize part processing.
Described cutter drives module 8 is provided with cutter shaft 33, tool cylinder 26, driven gear 16, spring 27, tool cylinder 26 turning set is contained in cutter shaft 33, Handpiece Location lock cylinder 11 connects with tool cylinder 26, tool cylinder 26 is connected with driven gear 16 one end, driven gear 16 other end is connected with spring 27, spring 27 is fixed on cutter shaft 33 rear end (Fig. 6 left side), and cutter is installed in cutter shaft 33 front end.
This utility model head elevating gear is made up of ball-screw 18, head lift servo motor 19, lifting connecting plate 20, lifting bearing 21, lowering or hoisting gear installing plate 22.Head integral installation is on guide rail 7, guide rail 7 is arranged in frame 1, lifting connecting plate 20 two ends connect ball-screw 18 and head installing plate 9 respectively, and ball-screw 18 is arranged on lowering or hoisting gear installing plate 22 by lifting bearing 21, and lowering or hoisting gear installing plate 22 is arranged in frame 1.Head lift servo motor 19 is arranged in frame 1 and is connected with ball-screw 18, drives ball-screw 18 to realize head by head lift servo motor 19 and precisely moves up and down.
This utility model tool reader: cutter drives module mounting seat 10 is arranged in rotary shaft 23, rotary shaft 23 is arranged on turnbarrel 24, and turnbarrel 24 is arranged on head installing plate 9.Rotary shaft 23 is connected with gear train 5 end gear, and gear train 5 input is connected with cutting tool choice servomotor 4, and cutting tool choice servomotor 4 is arranged on head installing plate 9.Cutting tool choice servomotor 4 drives rotary shaft 23 to drive cutter drives module mounting seat 10 to rotate by gear train 5.
This utility model cutter drives power set: main shaft 2 utilizes main shaft bearing 25 to be arranged in turnbarrel 24 endoporus, one end connects main drive motor 3, and the other end connects driving gear 13, and main drive motor 3 is arranged on head installing plate 9.Main drive motor 3 utilizes main shaft 2 to drive driving gear 13 to rotate.
This utility model head locking device: Handpiece Location lock cylinder 11 is arranged on head installing plate 9, one end connects projection 14 part of concave block 15 projection 14 device, and the concave block 15 of concave block 15 projection 14 device is partially installed in cutter drives module mounting seat 10.When puncher needs to switch cutter, Handpiece Location lock cylinder 11 indentation makes concave block 15 projection 14 device separate, and such cutter drives module mounting seat 10 can rotate under cutting tool choice servomotor 4 drives.When selecting cutter to arrive Working position, Handpiece Location lock cylinder 11 is stretched out so that concave block 15 projection 14 device is engaged, thus fixes cutter drives module mounting seat 10.
This utility model cutter drives attachment means: Handpiece Location lock cylinder 11 can blow out one compressed air and enter into cutter drives module 8 by pipeline when Handpiece Location lock cylinder 11 is stretched out, cutter drives module 8 has a tool cylinder 26, tool cylinder 26 is connected with driven gear 16 one end, and driven gear 16 other end is connected with spring 27.Inside tool cylinder 26, enter tool cylinder 26 piston after compressed air stretch out thus promote driven gear 16 to move, the driven gear 16 of cutter drives module 8 end is pushed out and engages with the driving gear 13 being arranged on main shaft 2.When just cutter being driven to operate by main drive motor 3 after two gear engagements.When Handpiece Location lock cylinder 11 is retracted, cylinder stops blowing out pressurised air, tool cylinder 26 in cutter drives module 8 can be by the spring 27 compression and back original state of driven gear 16 other end, corresponding driven gear 16 is also pushed back original state, in the lump so that two gears become released state from engagement.
This utility model cutter cooling device 12: by separating stand 28, point water axle 29, point submerged bearing 30, water-guide rod 31, water pipe 32, water pump forms.Separating stand 28 is arranged in cutter drives module mounting seat 10, and point water axle 29 is arranged on separating stand 28 by a point submerged bearing 30 and can be rotated around separating stand 28.Water-guide rod 31 one end is arranged on the other end on point water axle 29 and is arranged in frame 1 and is connected with water pump.Separating stand 28 is connected by water pipe 32 and cutter drives module 8.Having point water-guiding hole 281 that position (angle) the same with number of cutters is corresponding on separating stand 28, point water axle 29 has a total water-guiding hole 291, total water-guiding hole 291 connects with water-guide rod 31 and coordinates with a point water-guiding hole 281.Installing time-division water axle 29 utilizes the rigidity of water-guide rod 31 to make the total water-guiding hole 291 on score water axle 29 vertically downward (all the time with the cutter processed on identical graduation axis), thus connects with the cutter drives module 8 of operating position.Point water-guiding hole 281 of separating stand 28 is maintained on identical graduation axis with the cutter in cutter drives module mounting seat 10.When switching cutter, separating stand 28 and cutter drives module mounting seat 10 operate according to same angular velocity, a water route dividing water axle 29--separating stand 28 water pipe 32 cutter from water-guide rod 31--is just formed, such that it is able to utilize pump handle cooling water to be input to cutter provide cooling for cutter when cutter arrives Working position.
Following steps are mainly used during this utility model punching:
One, downhole parameter is set;
Two, controller selects suitable cutter according to downhole parameter;
Three, Handpiece Location lock cylinder 11 is retracted and is discharged cutter drives module mounting seat 10;
This cutter is turned to operating position according to described tool position by tool reader by controller;
Four, Handpiece Location lock cylinder 11 stretches out locking cutter drives module mounting seat 10;
Five, driven gear 16 is engaged by the tool cylinder 26 in cutter drives module 8 with the driving gear 12 on main shaft;
Six, the cutter cooling device 12 cutter in cutter drives module 8 supplies water;
Seven, main drive motor 3 drives cutter to operate;
Eight, head elevating gear drives cutter drives module 8 to move up and down;
Nine, set working time then controller change a cutter drives module 8 according to downhole parameter and turn the 3rd step or shutdown.
This utility model downhole parameter includes head parameter (selecting that cutter), sets the working time, changes knife tools marking, and if desired timing tool changing has, and tool changing tool is labeled as being and setting one cutter with type of working time then rotation;Having if need not timing tool changing, tool changing tool is labeled as no and then shuts down in the setting working time.Described downhole parameter generally uses initial set value, if desired for amendment, can set by the controller working page when start, and controller can use prior art to realize.
Every this utility model embodiment technical scheme and the simple deformation of technical characteristic or combination, be all deemed to fall protection domain of the present utility model.

Claims (7)

1. a puncher, including frame, cutter drives power set, it is characterized in that: be additionally provided with central controller, tool reader, head elevating gear, cutter drives module, cutter drives module mounting seat, cutter cooling device, several cutter drives modules are uniformly arranged in cutter drives module mounting seat along head installing plate circumference, cutter is installed in cutter drives module, cutter drives module mounting seat is rotatably installed on head installing plate, head installing plate is slidably mounted in frame, head elevating gear is arranged in frame and is connected with head installing plate;Cutter drives power set are arranged on head installing plate and coordinate with cutter drives module;Tool reader is arranged on head installing plate and coordinates with cutter drives module mounting seat;Cutter cooling device is connected with cutter drives module by cutter drives module mounting seat;Central controller is all connected with tool reader, head elevating gear, cutter drives module, cutter cooling device.
Puncher the most according to claim 1, it is characterized in that: described head elevating gear is made up of ball-screw, head lift servo motor, lifting connecting plate, lifting bearing, lowering or hoisting gear installing plate, head installing plate is arranged in frame by slide, lifting connecting plate is connected with ball-screw, lifting connecting plate is fixing with head installing plate to be connected, ball-screw is arranged on lowering or hoisting gear installing plate by lifting bearing, lowering or hoisting gear installing plate is arranged in frame, and head lift servo motor is connected with ball-screw.
Puncher the most according to claim 1 or claim 2, it is characterized in that: described tool reader is provided with gear train, rotary shaft, turnbarrel, cutting tool choice servomotor, cutter drives module mounting seat is installed on the rotary shaft, rotary shaft is arranged on turnbarrel, turnbarrel is arranged on head installing plate, rotary shaft is connected with gearset output, and gear train input is connected with cutting tool choice servomotor, and cutting tool choice servomotor is arranged on head installing plate.
Puncher the most according to claim 1 or claim 2, it is characterized in that: described cutter drives power set are provided with main shaft, main drive motor, driving gear, main shaft, main drive motor are installed on head installing plate, main shaft one end is connected with main drive motor, the main shaft other end is provided with driving gear, main shaft is arranged in turnbarrel endoporus by main shaft bearing, and driving gear is tapered and coordinates with cutter drives module.
Puncher the most according to claim 1 and 2, it is characterized in that: be additionally provided with head locking device, head locking device is provided with Handpiece Location lock cylinder, concave block, projection, Handpiece Location lock cylinder is arranged on head installing plate, Handpiece Location lock cylinder one end connects projection, being provided with concave block in cutter drives module mounting seat, concave block, projection coordinate.
Puncher the most according to claim 4, it is characterized in that: described cutter drives module is provided with cutter shaft, tool cylinder, driven gear, spring, tool cylinder turning set is contained in cutter shaft, Handpiece Location lock cylinder connects with tool cylinder, tool cylinder is connected with driven gear one end, the driven gear other end is connected with spring, and spring is fixed on cutter shaft rear end, and driven gear coordinates with driving gear.
Puncher the most according to claim 1 and 2, it is characterized in that: described cutter cooling device is by separating stand, divide water axle, divide submerged bearing, water-guide rod, water pipe, water pump forms, separating stand is arranged in cutter drives module mounting seat, water axle is divided to be rotatably installed on separating stand by a point submerged bearing, water-guide rod one end is arranged on point water axle, the water-guide rod other end is connected with water pump, separating stand is connected with cutter drives module by water pipe, point water-guiding hole identical and corresponding with cutter drives module number is had on separating stand, water axle is divided to be provided with a total water-guiding hole, total water-guiding hole connects with water-guide rod and coordinates with a point water-guiding hole, the cutter drives module of operating position is connected with total water-guiding hole by a point water-guiding hole for its correspondence.
CN201620206115.0U 2016-03-17 2016-03-17 Perforating machine Withdrawn - After Issue CN205497656U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620206115.0U CN205497656U (en) 2016-03-17 2016-03-17 Perforating machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620206115.0U CN205497656U (en) 2016-03-17 2016-03-17 Perforating machine

Publications (1)

Publication Number Publication Date
CN205497656U true CN205497656U (en) 2016-08-24

Family

ID=56728815

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201620206115.0U Withdrawn - After Issue CN205497656U (en) 2016-03-17 2016-03-17 Perforating machine

Country Status (1)

Country Link
CN (1) CN205497656U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105817663A (en) * 2016-03-17 2016-08-03 浙江德迈机械有限公司 Punching machine and punching method

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105817663A (en) * 2016-03-17 2016-08-03 浙江德迈机械有限公司 Punching machine and punching method
CN105817663B (en) * 2016-03-17 2018-02-06 浙江德迈机械有限公司 A kind of puncher and drilling method

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C14 Grant of patent or utility model
GR01 Patent grant
AV01 Patent right actively abandoned
AV01 Patent right actively abandoned

Granted publication date: 20160824

Effective date of abandoning: 20180206