CN201483031U - glass drilling machine - Google Patents

glass drilling machine Download PDF

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Publication number
CN201483031U
CN201483031U CN2009201612423U CN200920161242U CN201483031U CN 201483031 U CN201483031 U CN 201483031U CN 2009201612423 U CN2009201612423 U CN 2009201612423U CN 200920161242 U CN200920161242 U CN 200920161242U CN 201483031 U CN201483031 U CN 201483031U
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China
Prior art keywords
main shaft
drilling machine
drive unit
push piece
glass drilling
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Expired - Lifetime
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CN2009201612423U
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Chinese (zh)
Inventor
张振堂
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Hexin Machinery Co Ltd
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Hexin Machinery Co Ltd
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Priority to CN2009201612423U priority Critical patent/CN201483031U/en
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Abstract

The utility model relates to a glass drilling machine, which is provided with an upper main shaft device, a lower main shaft device, detecting devices and a driving device, wherein the upper and the lower main shaft devices, which are provided with a drill respectively, are symmetrically arranged at the upper end and the lower end of an operating platform; the detecting devices, which are provided with a push part and a position-sensing device respectively, are actuated with the upper and the lower main shaft devices synchronously; the driving device can move up and down and is arranged opposite to the push parts; the detecting devices are in conductive connection with a programmable controller and a detection button to form a control loop; the position-sensing devices and the push parts can move along with the upper and the lower main shaft devices; the push parts can be controlled by the driving device to stop actuation and return to the normal position; the position-sensing devices can transmit a value that shows that the drills of the upper and the lower main shaft devices move to contact the surface of a workpiece to the programmable controller; and at the same time, the calculation of the drill length of the upper and lower main shaft devices and the safety machining distance between the drills and the surface of the workpiece is performed and the hole drilling operation is executed; and thus, a fully-automatic accurate detection operation can be realized.

Description

A kind of glass drilling machine
Technical field
The utility model relates to a kind of drilling machine that is used for glass processing, particularly relates to a kind of glass drilling machine that can reach automatic precision detecting operation and boring.
Background technology
As shown in Figures 1 and 2, at present the general glass drilling machine 10 upper and lower sides symmetry that lies in workbench 11 establish a tool drill bit 121 on, following drilling equipment 12/12 ', and utilize one manually to install in 13 controls, the start about in the of 12/12 ' of following drilling equipment, in last, one side of following drilling equipment 12/12 ' is established a speed regulator 14 that constitutes with the Null oil-pressure bar and tool retaining 151 and can be gone up, the moving screw 15 of bottom offset, opposite side is established on the tool, the standing screw 16 of following induction pieces 161/162, speed regulator 14 and standing screw 16 and last, following drilling equipment 12/12 ' synchronous start, and be provided with at interval in a side of standing screw 16, limit inferior switch 17/17 ', make limes superiors switch 17 just be subjected to the conflict of induction pieces 161 and make, the drill bit 121 of following drilling equipment 12/12 ' is inactive state, and induction pieces 162 is positioned at down, between the limit inferior switch 17/17 ', and the distance difference that each drill bit 121 length and thickness of glass produce when using, the startup button of drilling equipment 12 drives and goes up drilling equipment 12 in the startup, speed regulator 14 and standing screw 16 are towards workbench 11 displacements, when the operating bar 141 of speed regulator 14 touches to the retaining of moving screw 15 151, as drill bit 121 still with glass surface keep one greatly apart from the time, after must adjusting the suitable distance of 15 times spiral shells to of moving screw, restart the startup button of going up drilling equipment 12, and measure the distance of drill bit 121 and glass surface in the range estimation mode, by starting the startup button of going up drilling equipment 12 repeatedly and adjusting moving screw 15 remains in 1mm to drill bit 121 and glass surface distance, and the operating bar 141 that makes speed regulator 14 just kept off a contact of 151, and the drill bit 121 of finishing drilling equipment 12 is displaced downwardly to the safe distance detecting of glass surface.
Restart the moving drilling equipment 12 of going up of the startup tie of going up drilling equipment 12 subsequently, voltage-stablizer 14 and standing screw 16 move down towards workbench 11, make induction pieces 161 break away from limes superiors switches 17 and start drill bit 121 and turn round to conflict retaining 151 o'clock of operating bar 141, still continue to be displaced downwardly in the contact that operating bar 141 is subjected to shelves 151 and contract, drill bit 121 is holed on glass surface contact at that limit inferior switch 17 ' drill bit 121 promptly shuts down and the involution original position to following induction pieces 162, a half that surpasses or do not reach thickness of glass when drilling depth, need to descend induction pieces 162 toward rising or down after the distance of the whole and limit inferior switch 17 ' of spiral shell falling tone in the mode of range estimation, the startup button of restarting last drilling equipment 12 repeats the adjustment action of drilling depth, when adjusting down induction pieces 162 to induction pieces 162 down and contact at limit inferior switch 17 ' by startup button that start to go up drilling equipment 12 repeatedly and range estimation, drilling depth just be positioned at thickness of glass half, promptly finish the safety test work of the drilling depth of drilling equipment 12.
Restart manual correction and the range estimation that drilling equipment 12 ' under the startup button band of following drilling equipment 12 ' repeats above process safety distance and drilling depth subsequently and adjust action, cause glass breakage to avoid upper and lower drilling equipment 12,12 ' to start because of acceleration of gravity contact glass in the very first time, or because of the drill bit inequality at two ends up and down, if surpass and then cause glass breakage, if deficiency then can't reach the boring purpose, so need to measure in advance an optimum distance.
On existing glass drilling machine 10 necessary end users constantly start, the startup button of following drilling equipment 12/12 ' reaches the distance of adjusting moving screw 15 and speed regulator 14 repeatedly, and the distance of following induction pieces 162 and limit inferior switch 17 ', use and cooperate the length of drill bit 121 to test, and also must or change and according to the consume of drill bit 121 with the difference of thickness of glass, again carry out drill bit 121 and the adjustment of glass surface safe distance and the adjustment of drilling depth, cause the traditional glass bore operation consuming time, take a lot of work and reduce the market competitiveness, and there is no any numerical basis and, cause improving glass drilling and process the bad mortality in the operation and then cause material unaccounted-for (MUF) easily because of artificial error on judging in the mode that range estimation measures.
Summary of the invention
Main purpose of the present utility model be to solve existing glass drilling machine consuming time relevant for aforementioned glass drilling operation, take a lot of work and be easy to generate the not enough and restriction of mismachining tolerance, a kind of glass drilling machine invention is provided.
Glass drilling machine of the present utility model, it mainly is last, the lower main axis device is established the arrangement for detecting of a start synchronously respectively and is detected the control loop that button matches and forms with the program-controlled device of a tool guidance panel with one, on can carrying out simultaneously, the safety processing distance of the drill bit length of lower main axis device and surface of the work and the computing work of drilling depth, with drive unit and last, the lower main axis device makes up in order to the separate type start, it is reached more than the drive unit usefulness, the detecting of lower main axis device and processing start and last, the more perfect combination of the manually any lifting start of lower main axis device, and then reach full automatic accurate detecting operation, use and improve manual check and correction complicated and consuming time of traditional glass drilling machine and range estimation adjustment operation, improve the operating efficiency of glass drilling machine.
The utility model realizes that the technical scheme that purpose adopts is to propose a kind of glass drilling machine, it is on a workbench, downside is arranged with on one main shaft device and main shaft device once, on being somebody's turn to do, the lower main axis device respectively is provided with a drill bit, it is characterized in that: this glass drilling machine is on this, each combination of lower main axis device is provided with one along with on this, the arrangement for detecting of the synchronous start of lower main axis device, each arrangement for detecting includes a push piece and a position sensing apparatus, and be conducted with a program-controlled device and a detecting button and be connected and form a control loop, this program-controlled device is provided with a guidance panel; But this glass drilling machine is provided with the drive unit of a upper and lower displacement, and this drive unit and this push piece are up and down and are oppositely arranged.
The utility model realizes that the technical scheme that purpose adopts also can be to propose a kind of glass drilling machine, it is on a workbench, downside is arranged with on one main shaft device and main shaft device once, on being somebody's turn to do, the lower main axis device respectively is provided with a drill bit, it is characterized in that: this glass drilling machine is provided with an arrangement for detecting along with last main shaft device or the synchronous start of lower main axis device in last main shaft device or the combination of lower main axis device, this arrangement for detecting includes a push piece and a position sensing apparatus, and be conducted with a program-controlled device and a detecting button and be connected and form a control loop, this program-controlled device is provided with a guidance panel; But this glass drilling machine is provided with the drive unit of a upper and lower displacement, and this drive unit and this push piece are up and down and are oppositely arranged.
The utility model is compared with prior art has tangible advantage and beneficial effect, comprising:
1. the utility model control loop of utilizing arrangement for detecting and constituting with program-controlled device, can carry out drill bit length and the safety processing distance of surface of the work and the computing work of drilling depth of upper and lower main shaft device simultaneously, reach and allow glass drilling machine automation carry out precision detecting operation, effectively improve manual check and correction complicated and consuming time of existing glass drilling machine and range estimation and adjust operation, significantly improve the working (machining) efficiency and the market competitiveness of glass drilling machine.
2. the utility model can be under the situation of not replacing drill bit, only need import another thickness of workpiece does the internal arithmetic processing for program-controlled device, get final product the commentaries on classics distance of accessory drive, allow the ball screw rotation adjust to corresponding safety processing distance, reach effectively according to the length and the thickness of workpiece of drill bit and adjust the effect of locating and carrying out bore operation automatically, reach full automatic accurate detecting effect.
Above-mentioned explanation only is the general introduction of technical solutions of the utility model, for can clearer understanding technological means of the present utility model, and can be implemented according to the content of specification, below with preferred embodiment of the present utility model and conjunction with figs. describe in detail as after.
The specific embodiment of the present utility model is provided in detail by following examples and accompanying drawing thereof.
Description of drawings
Fig. 1 is the stereogram of existing glass drilling machine.
Fig. 2 is the partial enlarged drawing of existing glass drilling machine.
Fig. 3 is a stereogram of the present utility model.
Fig. 4 is a plane of the present utility model.
Fig. 5 is the stereogram of the utility model arrangement for detecting.
Fig. 6 is the flat body figure of the utility model arrangement for detecting.
Fig. 7 is that the utility model platen presses down and detects state diagram.
Fig. 8 is the illustrative view that the upper and lower main shaft device displacement of the utility model arrangement for detecting is detected.
Fig. 9 is the schematic diagram on the drill bit contact workpiece surface of the upper and lower main shaft device of the utility model.
Figure 10 is the bore state figure of the utility model lower main axis device.
Figure 11 is the bore state figure of main shaft device on the utility model.
Figure 12 is that the upper and lower main shaft device of the utility model is finished the Workpiece boring state diagram.
Figure 13 is the arrangement for detecting stereogram of another embodiment of the utility model.
Figure 14 is the arrangement for detecting stereogram of the another embodiment of the utility model.
Figure 15 is the utility model plane of an embodiment again.
Figure 16 is that perspective view is amplified in the part of Figure 15.
Figure 17 is the plane of the arrangement for detecting of Figure 15.
Figure 18 is that Figure 15 finishes the actuator state figure that detecting is holed.
The specific embodiment
Preferred embodiment such as Fig. 3 of glass drilling machine that the utility model provides, shown in 4, this glass drilling machine 20 is established on one main shaft device 22 and main shaft device 22 ' once in the bilateral symmetry up and down of the workbench 21 of a tool machining hole 211, on being somebody's turn to do, lower main axis device 22/22 ' is respectively established has a drill bit 23, one sparge pipe 24, one platen 25 and a cover body 26 and be subjected to manually device 27 controls, but below workbench 21, be respectively equipped with the discharging device 201 and a material returned frame guide rail 202 of a horizontal displacement, and on workbench 21, following both sides are respectively established one and are laid respectively at, the support 203 of lower main axis device 22/22 ' inboard.
As Fig. 5,6 and shown in Figure 3, this glass drilling machine 20 is in last, lower main axis device 22/22 ' respectively is provided with one with last, the arrangement for detecting 30 of lower main axis device 22/22 ' synchronous start, each arrangement for detecting 30 has a mechanical arm 31, and be conducted with the program-controlled device 40 of a tool guidance panel 41 and a detecting button 204 and be connected and form a control loop, and group is established one and can be electronic ruler between support 203 and mechanical arm 31, the position sensing apparatus 32 of line traffic control decoder or digital and electronic chi, be provided with in a side of mechanical arm 31 and present, a following relative push piece 33 and a drive unit 34, this push piece 33 can be for having the speed stabilizing oil hydraulic cylinder of an operating bar 331, and this drive unit 34 can be servo motor, stepper motor, gear motor, the motor of inverter motor or tool decoder.
Aforesaid drive unit 34 is established a coupling piece 341 in end face, shore for a tool and to cover 342 ball screw and establish for 343 groups, sidewall in drive unit 34 sets firmly one in order to guide on the drive unit 34, the slide guide part 35 of following straight-line displacement, the fixed block 36 of this ball screw 343 and a tool screw 361 screws togather, this fixed block 36 is fixedly arranged on a frame plate and allows shore and covers 342 tops that are stretched on frame plate, on one side of this slide guide part 35, the lower end respectively establishes one can be first sensing apparatus 37 and second sensing apparatus 37 ' of limit switch or metal sensor, use match with the moving part 344 of drive unit 34 1 sides and accessory drive 34 on, following displacement, the opposite side of this slide guide part 35 is provided with one can be the safety device 37 of limit switch "; use restriction drive unit 34 according to the slide guide part 35 outer extreme positions that move; and between push piece 33 and drive unit 34, establish an induction installation 38, use accessory drive 34 starts.
As Fig. 3,5, shown in 7, when operation, place a workpiece 50 prior to workbench 21, for example glass or plate, make the boring anchor cursor position for the treatment of of workpiece 50 just be positioned at drill bit 23 opposite positions, again in the thickness and the startup detecting button 204 of guidance panel 41 these workpiece 50 of input, platen 25 is moved down be pressed against workpiece 50 surfaces, drive ball screw 343 along screw 361 and slide guide part 35 with rear drive equipment 34, be moved to second sensing apparatus 37 ' and stop start toward push piece 33 by first sensing apparatus 37, make to shore and cover 342 and be stretched on a level altitude (being second initial point), as shown in Figure 8, and on driving simultaneously and rapidly, lower main axis device 22/22 ', mechanical arm 31, position sensing apparatus 32 and push piece 33, relatively the operating bar 331 that moves to push piece 33 towards workbench 21 be resisted against shore cover 342 after, as shown in Figure 9, induction installation 38 promptly detects to shore and covers 342 and message is conveyed to, lower main axis device 22/22 ' drive unit 34, drive ball screw 343 with middling speed and be moved to drill bit 23 contact workpieces 50 surfaces by second sensing apparatus 37 ' toward first sensing apparatus 37 along screw 361 and slide guide part 35 and promptly stop start, allow, lower main axis device 22/22 ' and drive unit 34 involution original positions; And the distance values that position sensing apparatus 32 is moved to work 50 surfaces in the very first time with drill bit 23 is sent to drill bit 23 length and the safety processing distance on workpiece 50 surfaces and the computing work of drilling depth that program-controlled device 40 carries out upper and lower main shaft device 22/22 ' simultaneously, and the commentaries on classics of output detecting gained apart from and the drive unit 34 that is diverted to lower main axis device 22 ' drive ball screws 343 and be moved to the height of being detected along screw 361 and slide guide part 35.
Simultaneously, as shown in figure 10, platen 25 compresses to be processed 50 downwards, and lower main axis device 22 ' fast offset to the operating bar 331 of push piece 33 is limited by to shore and covers 342, allow drill bit 23 just can keep the safety processing distance of about 1mm with workpiece 50, program-controlled immediately device 40 transmits the drive unit 34 of the data of a drilling depth to lower main axis device 22 ', drive ball screw 343 along screw 361 and slide guide part 35 with displacement at a slow speed, make operating bar 331 cover 342 and drive drill bits 23 and continue past workpiece 50 displacements and carry out bore operation with shoring; When drive unit 34 stopped start, drill bit 23 just was drilled into half of workpiece 50 thickness, and lower main axis device 22 ' is the involution original position.
In aforementioned detecting, as Fig. 3 to 5 and shown in Figure 11, program-controlled device 40 transmits another and processes the drive unit 34 of the supreme main shaft device 22 of data of distance safely, drive ball screw 343 and be moved to the height of being detected along screw 361 and slide guide part 35, as shown in figure 11, last main shaft device 22 fast offsets to the operating bar 331 of push piece 33 is limited by to shore and covers 342, allow drill bit 23 just can keep the safety processing distance of about 1mm with workpiece 50, the drive unit 34 of the supreme main shaft device 22 of data that program-controlled immediately device 40 is sent to a drilling depth, drive ball screw 343 and make operating bar 331 with displacement at a slow speed, cover 342 and drive drill bits 23 and continue past workpiece 50 displacements and carry out bore operation with shoring along screw 361 and slide guide part 35; As shown in figure 12, when drive unit 34 stopped start, drill bit 23 just was drilled into half of workpiece 50 thickness and forms an open-work 51, and last main shaft device 22 is the involution original position.
The utility model is by the drill bit 23 and the safety processing distance on workpiece 50 surfaces and the adjustment of drilling depth of glass drilling machine 20, can reach full automatic accurate detecting operation by arrangement for detecting 30, use and improve manual check and correction complicated and consuming time of traditional glass drilling machine and range estimation adjustment operation, and then raise the efficiency and the market competitiveness.And the utility model can be under the situation of not replacing drill bit 23, only need import another thickness of workpiece does the internal arithmetic processing for program-controlled device 40, get final product the commentaries on classics distance of accessory drive 34, allowing ball screw 343 adjust to safety processes distance and need not restart arrangement for detecting 30 detecting drill bits 23 length, formation one can be adjusted the glass drilling machine 20 of locating and carrying out bore operation automatically according to the length and workpiece 50 thickness of drill bit 23, uses to reach full automatic accurate detecting operation.Certainly on the implementation, the utility model also can be only in the arrangement for detecting 30 of last main shaft device 22 or the 22 ' setting of lower main axis device and last main shaft device 22 or 22 ' the synchronous start of lower main axis device, and the precision detecting operation that allows main shaft device 22 or lower main axis device 22 ' reach automation gets final product.
As shown in figure 13, push piece 33 ' wherein is made as the body of rod of a tool suitable length.
As shown in figure 14, push piece 33 wherein " be made as a lower end tool screw the body of rod and for the adjustment part 331 of a tool external thread section " spiral shell establishes, allow glass drilling machine 20 in the upright process of group, can provide operating personnel's appropriate amount of fine-tuning this adjustment part 331 " and shore and cover 342 maintenance optimum distances.
Shown in Figure 15 to 17, the arrangement for detecting 60 of glass drilling machine 20 is established a position sensing apparatus 62 with last in mechanical arm 61 and 203 of supports, 22/22 ' the synchronous start of lower main axis device, mechanical arm 61 1 sides are provided with a middling speed push piece 63 and a push piece 64 at a slow speed at interval, this middling speed push piece 63 reaches at a slow speed, and push piece 64 is the speed stabilizing oil hydraulic cylinder that respectively has an operating bar 631/641, and shore with a tool respectively and cover 651 pneumatic cylinder 65 and the drive unit 66 of a tool coupling piece 661 and ball screw 662 is presented, under be oppositely arranged, the motor that this drive unit 66 is a tool driving gear 663 and with the decoder 664 mutual interlocks of a tool driven gear 6641, use the instruction of carrying out program-controlled device 40, and set firmly a slide guide part 67 with on the guiding drive unit 66, bottom offset, fixed block 68 and the ball screw 662 of establishing a tool screw 681 on frame plate respectively are screwed, and on a through hole 69 confession shores 651, bottom offset, and establish one and can be the sensing apparatus 691 of limit switch, use the extreme position that restriction shore 651 rises or descends.
Shown in Figure 15 to 17, when manipulating, import the thickness of a workpiece 50 prior to the guidance panel 41 of program-controlled device 40, and start detecting button 204 and platen 25 is moved down be pressed against workpiece 50 surfaces, the pneumatic cylinder 65 of arrangement for detecting 60 drives shore 651 fast and up protrudes into a level altitude along through hole 69 subsequently, and on driving simultaneously and rapidly, lower main axis device 22/22 ', mechanical arm 61, position sensing apparatus 62, middling speed push piece 63 and at a slow speed push piece 64 relatively towards workbench 21, after the operating bar 631 that moves to middling speed push piece 63 pastes and replaces strut 651, middling speed push piece 63 in the mode of the operating bar 631 that contracts in continuing related on, lower main axis device 22/22 ', move to drill bit 23 contact workpieces 50 surfaces to workpiece 50 and promptly stop start and involution original position, and position sensing apparatus 62 will be detected the range data that drill bit 23 is moved to contact work 50 surfaces in the very first time and be sent to program-controlled device 40, on carrying out simultaneously, the safety processing distance on drill bit 23 length of lower main axis device 22/22 ' and workpiece 50 surfaces and the computing work of drilling depth, and the commentaries on classics of output detecting gained apart from and the decoder 664 that is diverted to lower main axis device 22 ' calculate the data that program-controlled device 40 is assigned, the driven gear 6641 that allows the driving gear 663 of drive unit 66 drive decoders 664 calculates to change and stops start apart to the data that received the time, makes ball screw 662 be able to drive drive units 66 along screw 681 and is moved to the height of being detected.
Simultaneously, shown in Figure 15 to 18, platen 25 compresses to be processed 50 downwards, and lower main axis device 22 ' the fast offset operating bar 641 of push piece 64 extremely at a slow speed is limited by ball screw 662, allow 50 of drill bit 23 and workpiece produce the safe distances of the about 1mm of a proper maintenance, program-controlled immediately device 40 transmits the position sensing apparatus 62 of the data of a drilling depth to lower main axis device 22 ', lower main axis device 22 ' is continued toward workpiece 50 displacements and operating bar 641, be subjected to shoring of ball screw 662 and contract at a slow speed and carry out bore operation for drill bit 23, when the data that distance that records when position sensing apparatus 62 and program-controlled device 40 transmit are identical, drill bit 23 just be drilled into workpiece 50 thickness half be the involution original position, the decoder 664 that main shaft device 22 is gone up in program-controlled subsequently device 40 orders calculates the commentaries on classics distance of drive unit 66, safety processing distance after making ball screw 662 spiral shells go out calculating to program-controlled device 40, last main shaft device 22 promptly continues displacements towards workpiece 50 and carries out data that distance that boring work to position sensing apparatus 62 records and program-controlled device 40 transmit when identical, drill bit 23 just be drilled into workpiece 50 thickness half form an open-work 51, last main shaft device 22 is the processing operation that the involution original position is finished boring.

Claims (10)

1. glass drilling machine, its upper and lower side at a workbench are arranged with on one main shaft device and main shaft device once, and described upper and lower main shaft device respectively is provided with a drill bit, it is characterized in that:
Described glass drilling machine is provided with an arrangement for detecting along with the synchronous start of described upper and lower main shaft device in each combination of this upper and lower main shaft device, each arrangement for detecting includes a push piece and a position sensing apparatus, and be conducted with a program-controlled device and a detecting button and be connected and form a control loop, described program-controlled device is provided with a guidance panel; But described glass drilling machine is provided with the drive unit of a upper and lower displacement, and described drive unit and described push piece go to upper and lower and be oppositely arranged.
2. glass drilling machine according to claim 1, it is characterized in that: respectively establish a support that lays respectively at described upper and lower main shaft device inboard in the upper and lower both sides of described glass drilling machine, and in described upper and lower main shaft device each in conjunction with being provided with a mechanical arm, described position sensing apparatus and described push piece are to be located at described mechanical arm.
3. glass drilling machine according to claim 2 is characterized in that: described drive unit is a servo motor, and described push piece is a body of rod.
4. glass drilling machine according to claim 2 is characterized in that: described drive unit is a servo motor, and described push piece is one to have the speed stabilizing oil hydraulic cylinder of an operating bar, and described position sensing apparatus is an electronic ruler.
5. glass drilling machine according to claim 2, it is characterized in that: described drive unit is a servo motor, described push piece is the body of rod of a lower end tool screw, is combined with an adjustment part in this body of rod with screw thread, and described position sensing apparatus is an electronic ruler.
6. according to claim 1 or 2 or 3 or 4 or 5 described glass drilling machines, it is characterized in that: described drive unit is provided with a coupling piece, be combined with a ball screw in described coupling piece, described ball screw combines with screw thread with a fixed block and shores lid in the end in conjunction with one, described fixed block is fixedly arranged on a frame plate and described shoring covered the top that is stretched on described frame plate, described drive unit sets firmly a slide guide part at a sidewall, described slide guide part is on a side, one first sensing apparatus and second sensing apparatus are respectively established in the lower end, and establish a safety device, and between described push piece and described drive unit, be provided with an induction installation in a side of described slide guide part.
7. glass drilling machine according to claim 1, it is characterized in that: described push piece is the middling speed push piece and that is provided with at interval push piece at a slow speed, and go to upper and lower with the pneumatic cylinder of a tool shore and described drive unit respectively and be oppositely arranged, described drive unit is the motor of a tool driving gear, and links transmission with the decoder of a tool driven gear.
8. glass drilling machine according to claim 7 is characterized in that: described middling speed push piece and described push piece at a slow speed are the speed stabilizing oil hydraulic cylinder with an operating bar; Described drive unit is provided with a coupling piece, be combined with a ball screw in described coupling piece, a described ball screw and a tool screw fixed block are screwed, described fixed block is fixedly arranged on a frame plate and described ball screw can be stretched on described frame plate top, and described drive unit sets firmly a slide guide part at a sidewall.
9. glass drilling machine, its upper and lower side at a workbench are arranged with on one main shaft device and main shaft device once, and this upper and lower main shaft device respectively is provided with a drill bit, it is characterized in that:
Described glass drilling machine is provided with one along with the described arrangement for detecting of going up the synchronous start of main shaft device in the combination of described upward main shaft device, described arrangement for detecting includes a push piece and a position sensing apparatus, and be conducted with a program-controlled device and a detecting button and be connected and form a control loop, described program-controlled device is provided with a guidance panel; But described glass drilling machine is provided with the drive unit of a upper and lower displacement, and described drive unit and described push piece go to upper and lower and be oppositely arranged;
Establish one in the upside of described glass drilling machine and be positioned at the described support of going up the main shaft device inboard, and in the described main shaft device of going up in conjunction with being provided with a mechanical arm, described position sensing apparatus and described push piece are to be located at described mechanical arm, described push piece is a body of rod, and described drive unit is a servo motor.
10. glass drilling machine, its upper and lower side at a workbench are arranged with on one main shaft device and main shaft device once, and described upper and lower main shaft device respectively is provided with a drill bit, it is characterized in that:
Described glass drilling machine is provided with an arrangement for detecting along with the synchronous start of described lower main axis device in described lower main axis device combination, described arrangement for detecting includes a push piece and a position sensing apparatus, and be conducted with a program-controlled device and a detecting button and be connected and form a control loop, described program-controlled device is provided with a guidance panel; But described glass drilling machine is provided with the drive unit of a upper and lower displacement, and described drive unit and this push piece go to upper and lower and be oppositely arranged;
Establish a support that is positioned at described lower main axis device inboard in the downside of described glass drilling machine, and in described lower main axis device in conjunction with being provided with a mechanical arm, described position sensing apparatus and described push piece are to be located at described mechanical arm, described push piece is a body of rod, and described drive unit is a servo motor.
CN2009201612423U 2009-07-16 2009-07-16 glass drilling machine Expired - Lifetime CN201483031U (en)

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Application Number Priority Date Filing Date Title
CN2009201612423U CN201483031U (en) 2009-07-16 2009-07-16 glass drilling machine

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Application Number Priority Date Filing Date Title
CN2009201612423U CN201483031U (en) 2009-07-16 2009-07-16 glass drilling machine

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Publication Number Publication Date
CN201483031U true CN201483031U (en) 2010-05-26

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Application Number Title Priority Date Filing Date
CN2009201612423U Expired - Lifetime CN201483031U (en) 2009-07-16 2009-07-16 glass drilling machine

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102728864A (en) * 2011-03-31 2012-10-17 维嘉数控科技(苏州)有限公司 Quick drilling equipment of printed circuit board drilling machine
CN108189248A (en) * 2017-12-14 2018-06-22 浙江德迈机械有限公司 A kind of plate material processing method
CN108772751A (en) * 2018-06-12 2018-11-09 江苏飞达钻头股份有限公司 Bit performance test method and automatic testing machine

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102728864A (en) * 2011-03-31 2012-10-17 维嘉数控科技(苏州)有限公司 Quick drilling equipment of printed circuit board drilling machine
CN108189248A (en) * 2017-12-14 2018-06-22 浙江德迈机械有限公司 A kind of plate material processing method
CN108772751A (en) * 2018-06-12 2018-11-09 江苏飞达钻头股份有限公司 Bit performance test method and automatic testing machine
CN108772751B (en) * 2018-06-12 2023-09-29 江苏飞达钻头股份有限公司 Drill performance test method and automatic test machine

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