CN105171932B - A kind of full-automatic glass drilling machine applied to glass production processing - Google Patents
A kind of full-automatic glass drilling machine applied to glass production processing Download PDFInfo
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- CN105171932B CN105171932B CN201510615825.9A CN201510615825A CN105171932B CN 105171932 B CN105171932 B CN 105171932B CN 201510615825 A CN201510615825 A CN 201510615825A CN 105171932 B CN105171932 B CN 105171932B
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Abstract
The invention discloses a kind of full-automatic glass drilling machines applied to glass production processing, including base and conveying device, conveying device is located on base, the two sides of conveying device are equipped with vertical support frame, the upper end of vertical support frame is equipped with upper crossbearer, the lower end of vertical support frame is equipped with lower cross frame, upper crossbearer is equipped with the first guide rail, borehole drill construction is connected on first guide rail, upper borehole drill construction includes upper drilling seat and upper drilling frame, lower cross frame is equipped with the second guide rail, is connected with lower borehole drill construction on the second guide rail, lower borehole drill construction includes lower drilling seat and lower drilling frame.Glass pieces are inputted from the front end of machine, bore operation is then carried out by upper borehole drill construction and lower borehole drill construction in the centre of machine, finally export hole-drilled glass pieces in the rear end of machine by conveying device.Upper borehole drill construction is installed on crossbearer, and lower borehole drill construction is installed on lower cross frame, and borehole space is equipped between upper borehole drill construction and lower borehole drill construction, carries out bore operation.
Description
Technical field
The present invention relates to glass production processing technique field, refer specifically to it is a kind of applied to glass production processing it is complete from
Dynamic glass drilling machine.
Background technique
Glass drilling machine is used exclusively for the machine of glass drilling.The bore diameter of glass drilling machine is big, and base overhangs empty
Position is big, and large-size glass can be processed, and is indispensable mechanical equipment in glass processing production.But the drilling machine of the prior art
Be with single machine it is more, this equipment operation is more complicated, cannot be fully automated complete assembly line drilling operation, be by several workers
By on machine, the position that glass needs drill, which is moved to below drill bit to fix, can just carry out glass drilling, brill on glass platform
Behind a complete hole, other holes are bored if necessary, and need to lift glass again, retighten glass, then carry out drilling behaviour again
Make, until completing all drilling according to above-mentioned step.It finally also needs manually by hole-drilled glass again from rack
It carries off to be stored, can not be transmitted and be positioned automatically, pile line operation can not be carried out, it is extremely inconvenient, and working efficiency
Low, process velocity and precision can not meet the needs of people.
Summary of the invention
The purpose of the present invention is to provide a kind of full-automatic glass drilling machine applied to glass production processing, the machine knots
Structure is simple, scientific convenient, with strong points, high degree of automation, and processing registration is convenient and efficient, and work is greatly improved
Efficiency has well solved the drilling problems of glass production processing.Conveying device is used for transporting glass workpiece, and glass pieces are transported
It transports between borehole drill construction and lower borehole drill construction, carries out bore operation.Conveying device is longitudinally disposed, and upper crossbearer and lower cross frame are horizontal
To setting, upper borehole drill construction and lower borehole drill construction can be for linear motion on upper crossbearer and lower cross frame, in this way before machine
End input glass pieces, then carry out bore operation by upper borehole drill construction and lower borehole drill construction in the centre of machine, finally will
Hole-drilled glass pieces are exported by conveying device in the rear end of machine.Upper borehole drill construction is installed on crossbearer, lower drilling
Mechanism is installed on lower cross frame, and borehole space is equipped between upper borehole drill construction and lower borehole drill construction, carries out bore operation.
In order to solve the above-mentioned technical problem, it adopts the following technical scheme that
A kind of full-automatic glass drilling machine applied to glass production processing, including base and conveying device, conveying device
On base, the two sides of conveying device are equipped with vertical support frame, and the upper end of vertical support frame is equipped with upper crossbearer, and upper crossbearer is fixed
Be installed in vertical support frame, the lower end of vertical support frame is equipped with lower cross frame, and lower cross frame is fixedly installed in base, upper crossbearer and
Lower cross frame is laterally arranged, and conveying device is longitudinally disposed, and upper crossbearer is equipped with the first guide rail, and the first guide rail is equipped with the first sliding block,
First guide rail matches with the first sliding block, is connected with borehole drill construction on the first sliding block, upper borehole drill construction include upper drilling seat and
Upper drilling frame, upper drilling seat connect the first sliding block, and upper drilling frame is movably installed on drilling seat, and lower cross frame is equipped with second and leads
Rail, the second guide rail are equipped with the second sliding block, and the second guide rail matches with the second sliding block, and lower drilling machine is connected on the second sliding block
Structure, lower borehole drill construction include lower drilling seat and lower drilling frame, and lower drilling seat connects the second sliding block, and lower drilling frame is movably installed in
It drills on seat, horizontal mobile device is equipped between upper borehole drill construction and lower borehole drill construction.Conveying device is used for transporting glass workpiece,
Glass pieces are transported between supreme borehole drill construction and lower borehole drill construction, bore operation is carried out.Conveying device is longitudinally disposed, upper cross
Frame and lower cross frame are laterally arranged, and upper borehole drill construction and lower borehole drill construction can be for linear motion on upper crossbearer and lower cross frame, this
Sample inputs glass pieces from the front end of machine, is then drilled in the centre of machine by upper borehole drill construction and lower borehole drill construction
Operation is finally exported hole-drilled glass pieces by conveying device in the rear end of machine.Upper borehole drill construction is installed on cross
On frame, lower borehole drill construction is installed on lower cross frame, and borehole space is equipped between upper borehole drill construction and lower borehole drill construction, is drilled
Operation.
Further, upper drilling frame is connected with crankshaft, and one end of upper crankshaft is connected with the first lever, the first lever it is another
End is connected with the first cylinder, and the other end of upper crankshaft is connected with upper connecting rod, and the other end of upper connecting rod is connected with connecting shaft,
The other end of upper connecting shaft is connected with upper connecting base, and upper connecting base is connected with third sliding block, and third sliding block is connected with third guide rail,
Third sliding block matches with third guide rail, and third guide rail is fixedly installed on drilling seat, and the lower end of upper connecting base is equipped with upper brill
Hole motor, upper bore motor are connected with auger spindle, and the other end of upper auger spindle is connected with drill bit.When upper drill bit is needed in vertical side
To when moving up and down linearly, by starting the first cylinder, the first cylinder makees flexible linear motion, the first lever is driven to agitate
Crankshaft rotation.Upper drilling frame is equipped with the through hole (not marking in figure) for making upper connecting rod make linear slide up and down, finally upper
Under the linkage effect of connecting shaft, upper connecting base is driven to move up and down linearly in the vertical direction.Is fixed on upper drilling seat
Three sliding blocks and third guide rail, during such upper connecting base moves up and down linearly in the vertical direction, pass through third sliding block
With the mutual cooperation of third guide rail, preferably drive upper connecting base moves up and down linearly in the vertical direction.Using cylinder
The mode that driving upper connecting base moves up and down linearly in the vertical direction, energy conservation and environmental protection, transmission fast with operating rate is surely
It is fixed, maintenance is convenient, it is cheap, occupy little space, action noise is small, power resources are convenient and low power consumption and other advantages.On
The lower end of attachment base is equipped with upper bore motor, drives upper drill bit to make high speed rotary motion by upper bore motor, completes drilling and make
Industry.
Further, lower drilling frame is connected with lower crankshaft, and one end of lower crankshaft is connected with the second lever, the second lever it is another
End is connected with the second cylinder, and the other end of lower crankshaft is connected with lower connecting rod, and the other end of lower connecting rod is connected with lower connecting shaft,
The other end of lower connecting shaft is connected with lower connecting base, and lower connecting base is connected with Four-slider, and Four-slider is connected with the 4th guide rail,
Four-slider matches with the 4th guide rail, and the 4th guide rail is fixedly installed on lower drilling seat, and the upper end of lower connecting base is equipped with lower brill
Hole motor, lower bore motor are connected with lower auger spindle, and the other end of lower auger spindle is connected with lower drill bit.Instantly drill bit is needed in vertical side
To when moving up and down linearly, by starting the second cylinder, the second cylinder makees flexible linear motion, the second lever is driven to agitate down
Crankshaft rotation.Lower drilling frame is equipped with the through hole (not marking in figure) for making lower connecting rod make linear slide up and down, finally under
Under the linkage effect of connecting shaft, lower connecting base is driven to move up and down linearly in the vertical direction.Is fixed on lower drilling seat
Four-slider and the 4th guide rail pass through Four-slider during such lower connecting base moves up and down linearly in the vertical direction
With the mutual cooperation of the 4th guide rail, preferably drive lower connecting base moves up and down linearly in the vertical direction.Using cylinder
The mode that driving lower connecting base moves up and down linearly in the vertical direction, energy conservation and environmental protection, transmission fast with operating rate is surely
It is fixed, maintenance is convenient, it is cheap, occupy little space, action noise is small, power resources are convenient and low power consumption and other advantages.Under
The lower end of attachment base is equipped with lower bore motor, drives lower drill bit to make high speed rotary motion by lower bore motor, completes drilling and make
Industry.
Further, horizontal mobile device includes horizontal drive motor, drive shaft, transmission shaft and drive lead screw, transmission shaft packet
Transmission shaft and lower drive shaft are included, drive lead screw includes upper drive lead screw and underdrive screw rod, and horizontal drive motor is fixedly mounted
In in base, upper transmission shaft and lower drive shaft are vertically arranged, and drive shaft, upper drive lead screw and underdrive screw rod are laterally arranged, on
The centre of drive lead screw is equipped with upper transmission nut, and upper transmission nut is connected with transmission nut seat, on upper transmission nut seat connects
Drill seat, and the both ends of upper drive lead screw are equipped with upper drive lead screw fixing seat, and the centre of underdrive screw rod is equipped with underdrive nut, under
Transmission nut is connected with underdrive nut seat, and the lower seat that drills of underdrive nut seat connection, the both ends of underdrive screw rod pass under being equipped with
Dynamic screw rod fixing seat.
Further, horizontal drive motor is connected with horizontal drive motor output shaft, and horizontal drive motor output shaft is equipped with
Drive pulley, drive shaft are equipped with driven pulley, and transmission belt is equipped between drive pulley and driven pulley.
Further, drive shaft is equipped with active drive wheel, and the lower end of upper transmission shaft is equipped with upper driven driving wheel, active drive
Wheel is meshed with upper driven driving wheel, and the upper end of lower drive shaft is equipped with down driven driving wheel, the driven driving under of active drive wheel
Wheel is meshed.
Further, the upper end of upper transmission shaft is equipped with upper initiative driver, and the left end of upper drive lead screw is equipped with upper slave drive
Wheel, upper initiative driver are meshed with upper driven transmission wheel, and the lower end of lower drive shaft is equipped with lower initiative driver, underdrive screw rod
Left end be equipped with lower driven transmission wheel, lower initiative driver is meshed with lower driven transmission wheel.Horizontal mobile device first passes through cross
Driving force is provided to driving motor, horizontal drive motor output shaft is driven to make high speed rotary motion.Then lateral drive will be installed on
The drive pulley of dynamic motor output shaft is linked together with the driven pulley for being installed on drive shaft by transmission belt, is existed in this way
Under the action of conveyer belt, transfer a driving force in drive shaft.Then work is engaged in active drive wheel and upper driven driving wheel
Under the engagement of driven driving wheel, driving force is transferred to the upper and lower biography of upper transmission shaft respectively under with lower and active drive wheel
On moving axis.Finally under the engagement of upper initiative driver and upper driven transmission wheel and lower initiative driver and lower slave drive
Under the engagement of wheel, driving force is transferred to respectively on upper drive lead screw and underdrive screw rod, in this way in upper transmission nut and
Under the action of underdrive nut, so that it may which drilling seat and lower drilling seat are made on the first guide rail and the second guide rail respectively in drive
Laterally move along a straight line, the relative position in adjusting in the transverse direction of drill bit and lower drill bit, to help upper drill bit and lower drill bit
Complete bore operation.Such driving mounting means only needs to install a motor in a lateral direction, so that it may bore in realization
Hole seat and lower drilling seat make laterally linear motion on the first guide rail and the second guide rail respectively, while adjusting upper drill bit and lower drill bit
In a lateral direction, working efficiency is not only greatly increased, but also reduces a driving equipment, is realizing identical work
Meanwhile reducing the part of machine, save the energy.
Further, conveying device includes guide rails fixing support, conveys truss and table top lath, is equipped with and leads between guide rails fixing support
Rail support, guide rails fixing support are equipped with conveying, and conveying is equipped with conveying truss, and conveying truss is equipped with deck plate
Item, table top lath are fixedly installed on conveying truss.Conveying device is equipped with by conveying truss and table top lath, table top lath
The fixture (being not drawn into figure) of glass is placed, glass pieces are clamped.The lower end for conveying truss is equipped with conveying, and conveying makes
Conveying truss can slide above it, help transporting glass workpiece.
Further, the side for conveying truss is equipped with feed drive device, and feed drive device includes feed drive motor,
Feed drive motor is connected with conveyance screw rod, and conveyance screw rod is equipped with conveyance nut, on conveyance nut
Equipped with conveying attachment base is equipped with, conveying attachment base connection conveys truss.It is driven by feed drive device feed drive motor defeated
It send drive lead screw to make high speed rotary motion, under the action of conveyance nut, slides conveying truss on conveying, help
Help transporting glass workpiece.
Further, the lower end of lower cross frame is equipped with the first support, and the lower end of vertical support frame is equipped with the second support, the first support
It is fixedly installed in base with the second support.By the first support and the second support, lower cross frame and vertical support are supported respectively
Frame keeps the structure of body stronger.
As a result of the above technical solution, the following beneficial effects are obtained:
The present invention is a kind of full-automatic glass drilling machine applied to glass production processing, and the machine construction is simple, scientific
Convenient, with strong points, high degree of automation processes registration, convenient and efficient, working efficiency is greatly improved, well
Solve the drilling problems of glass production processing.Conveying device is used for transporting glass workpiece, and glass pieces are transported supreme drilling
Between mechanism and lower borehole drill construction, bore operation is carried out.Conveying device is longitudinally disposed, and upper crossbearer and lower cross frame are laterally arranged, on
Borehole drill construction and lower borehole drill construction can be for linear motion on upper crossbearer and lower cross frame, input glass from the front end of machine in this way
Then workpiece carries out bore operation by upper borehole drill construction and lower borehole drill construction in the centre of machine, finally by hole-drilled glass
Glass workpiece is exported by conveying device in the rear end of machine.Upper borehole drill construction is installed on crossbearer, and lower borehole drill construction is installed on
On lower cross frame, it is equipped with borehole space between upper borehole drill construction and lower borehole drill construction, carries out bore operation.
When upper drill bit is needed when vertical direction moves up and down linearly, by starting the first cylinder, the first cylinder is stretched
Contracting linear motion drives the first lever to agitate crankshaft rotation.Upper drilling frame, which is equipped with, makes upper connecting rod make linear slide up and down
Through hole (not marked in figure) driven on upper connecting base makees in the vertical direction finally under the linkage effect of upper connecting shaft
Lower linear motion.Third sliding block and third guide rail are fixed on upper drilling seat, such upper connecting base is made up and down in the vertical direction
During linear motion, by the mutual cooperation of third sliding block and third guide rail, preferably drive upper connecting base is in vertical side
It moves up and down linearly upwards.In such a way that the driving upper connecting base of cylinder moves up and down linearly in the vertical direction, section
Can environmental protection, have operating rate fast, stable transmission, maintenance it is convenient, it is cheap, occupy little space, action noise is small, dynamic
Power convenient sources and low power consumption and other advantages.The lower end of upper connecting base is equipped with upper bore motor, is driven and is bored by upper bore motor
Head makees high speed rotary motion, completes bore operation.Instantly drill bit is needed when vertical direction moves up and down linearly, and passes through starting
Second cylinder, the second cylinder make flexible linear motion, and the second lever is driven to agitate lower crankshaft rotation.Lower drilling frame is equipped under making
Connecting rod makees the through hole (not marking in figure) of linear slide up and down, finally under the linkage effect of lower connecting shaft, connects under drive
Joint chair moves up and down linearly in the vertical direction.It is fixed with Four-slider and the 4th guide rail on lower drilling seat, connection lower in this way
During seat moves up and down linearly in the vertical direction, by the mutual cooperation of Four-slider and the 4th guide rail, preferably
Lower connecting base is driven to move up and down linearly in the vertical direction.On being made in the vertical direction using the driving lower connecting base of cylinder
The mode of lower linear motion, energy conservation and environmental protection have that operating rate fast, stable transmission, maintenance be convenient, cheap, occupancy
Space is small, action noise is small, power resources are convenient and low power consumption and other advantages.The lower end of lower connecting base is equipped with lower bore motor, leads to
Crossing down bore motor drives lower drill bit to make high speed rotary motion, completes bore operation.
Horizontal mobile device first passes through horizontal drive motor and provides driving force, and horizontal drive motor output shaft is driven to make high speed
Rotary motion.Then the drive pulley of horizontal drive motor output shaft will be installed on and be installed on the driven pulley of drive shaft
It is linked together by transmission belt, in this way under the action of conveyer belt, is transferred a driving force in drive shaft.Then it is driven in active
Under the engagement of driving wheel and upper driven driving wheel and active drive wheel and under driven driving wheel engagement under, by driving force
It is transferred on the upper and lower transmission shaft of transmission shaft respectively.Finally under the engagement of upper initiative driver and upper driven transmission wheel
With under the engagement of lower initiative driver and lower driven transmission wheel, driving force is transferred to upper drive lead screw and underdrive respectively
On screw rod, in this way in upper transmission nut and under the action of with underdrive nut, so that it may drill seat in drive and lower drilling seat divides
Make laterally linear motion, the opposite position in adjusting in the transverse direction of drill bit and lower drill bit not on the first guide rail and the second guide rail
It sets, so that upper drill bit and lower drill bit be helped to complete bore operation.Such driving mounting means only needs to pacify in a lateral direction
Fill a motor, so that it may which drilling seat and lower drilling seat make lateral straight line fortune on the first guide rail and the second guide rail respectively in realization
It is dynamic, while adjusting upper drill bit and lower drill bit in a lateral direction, working efficiency is not only greatly increased, but also reduce one
Driving equipment reduces the part of machine, has saved the energy while realizing identical work.
Conveying device by conveying truss and table top lath, (do not draw in figure by the fixture that table top lath is equipped with placement glass
Out), glass pieces are clamped.The lower end for conveying truss is equipped with conveying, and conveying slides conveying truss above it
It is dynamic, help transporting glass workpiece.Conveyance screw rod is driven to make high speed rotation fortune by feed drive device feed drive motor
It is dynamic, under the action of conveyance nut, slides conveying truss on conveying, help transporting glass workpiece.Pass through
One support and the second support, support lower cross frame and vertical support frame respectively, keep the structure of body stronger.
Detailed description of the invention
The present invention will be further explained below with reference to the attached drawings:
Fig. 1 is a kind of structural schematic diagram of the full-automatic glass drilling machine applied to glass production processing in the present invention；
Fig. 2 is that upper borehole drill construction is installed on the schematic perspective view on crossbearer in the present invention；
Fig. 3 is that the first guide rail and upper drive lead screw are installed on the schematic perspective view on crossbearer in the present invention；
Fig. 4 is that the second guide rail and underdrive screw rod are installed on the schematic perspective view on lower cross frame in the present invention；
Fig. 5 is the schematic perspective view of conveying device in the present invention；
Fig. 6 is the structural schematic diagram of upper borehole drill construction in the present invention；
Fig. 7 is the structural schematic diagram of lower borehole drill construction in the present invention；
Fig. 8 is that upper connecting base is installed on the structural schematic diagram on drilling seat in the present invention；
Fig. 9 be in the present invention in Fig. 8 A to structural schematic diagram；
Figure 10 is that lower connecting base is installed on the structural schematic diagram on lower drilling seat in the present invention；
Figure 11 be in the present invention in Figure 10 B to structural schematic diagram；
Figure 12 is the structural schematic diagram of upper drilling frame in the present invention；
Figure 13 is the structural schematic diagram of upper crankshaft in the present invention；
Figure 14 is the structural schematic diagram of horizontal mobile device in the present invention.
Specific embodiment
As shown in figs. 1 to 14, a kind of full-automatic glass drilling machine applied to glass production processing, including 1 He of base
Conveying device 3, conveying device 3 are located on base 1.The two sides of conveying device 3 be equipped with vertical support frame 2, vertical support frame 2 it is upper
End is equipped with upper crossbearer 9, and upper crossbearer 9 is fixedly installed in vertical support frame 2, and the lower end of vertical support frame 2 is equipped with lower cross frame 10, under
Crossbearer 10 is fixedly installed in base 1.The lower end of lower cross frame 10 is equipped with the first support 8, and the lower end of vertical support frame 2 is equipped with second
Support 5, the first support 8 and the second support 5 are fixedly installed in base 1.By the first support 8 and the second support 5, prop up respectively
Lower cross frame 10 and vertical support frame 2 are supportted, keeps the structure of body stronger.Upper crossbearer 9 and the laterally setting of lower cross frame 10, conveying dress
It is longitudinally disposed to set 3.Upper crossbearer 9 is equipped with the first guide rail 11, and the first guide rail 11 is equipped with the first sliding block 13, the first guide rail 11 and the
One sliding block 13 matches, and is connected with borehole drill construction 4 on the first sliding block 13.Lower cross frame 10 is equipped with the second guide rail 12, and second leads
Rail 12 is equipped with the second sliding block 14, and the second guide rail 12 matches with the second sliding block 14, is connected with lower drilling machine on the second sliding block 14
Structure 6.Conveying device 3 is used for transporting glass workpiece, and glass pieces are transported between supreme borehole drill construction 4 and lower borehole drill construction 6, into
Row bore operation.Conveying device 3 is longitudinally disposed, upper crossbearer 9 and the laterally setting of lower cross frame 10, upper borehole drill construction 4 and lower drilling machine
Structure 6 can be for linear motion on upper crossbearer 9 and lower cross frame 10, glass pieces is inputted from the front end of machine in this way, then in machine
The centre of device carries out bore operation by upper borehole drill construction 4 and lower borehole drill construction 6, finally passes through hole-drilled glass pieces defeated
Device 3 is sent, is exported in the rear end of machine.Upper borehole drill construction 4 is installed on crossbearer 9, and lower borehole drill construction 6 is installed on lower cross frame 10
On, it is equipped with borehole space between upper borehole drill construction 4 and lower borehole drill construction 6, carries out bore operation.
Upper borehole drill construction 4 includes upper drilling seat 41 and upper drilling frame 42, and upper drilling seat 41 connects the first sliding block 13, upper drilling
Frame 42 is movably installed on drilling seat 41.Upper drilling frame 42 is connected with crankshaft 43, and one end of upper crankshaft 43 is connected with first
Lever 45, the other end of the first lever 45 are connected with the first cylinder 46, and the other end of upper crankshaft 43 is connected with upper connecting rod 44, on
The other end of connecting rod 44 is connected with connecting shaft 47, and the other end of upper connecting shaft 47 is connected with upper connecting base 48, upper connecting base
48 are connected with third sliding block 53, and third sliding block 53 is connected with third guide rail 52, and third sliding block 53 matches with third guide rail 52, the
Three guide rails 52 are fixedly installed on drilling seat 41, and the lower end of upper connecting base 48 is equipped with upper bore motor 49, upper bore motor 49
It is connected with auger spindle 50, the other end of upper auger spindle 50 is connected with drill bit 51.When upper drill bit 51 needs to make up and down in vertical direction
When linear motion, by starting the first cylinder 46, the first cylinder 46 makees flexible linear motion, the first lever 45 is driven to agitate song
Axis 43 rotates.Upper drilling frame 42 is equipped with the through hole (not marking in figure) for making upper connecting rod 44 make upper and lower linear slide, finally
Under the linkage effect of upper connecting shaft 47, upper connecting base 48 is driven to move up and down linearly in the vertical direction.Upper drilling seat 41
On be fixed with third sliding block 53 and third guide rail 52, the process that such upper connecting base 48 moves up and down linearly in the vertical direction
In, by the mutual cooperation of third sliding block 53 and third guide rail 52, on preferably drive upper connecting base 48 is made in the vertical direction
Lower linear motion.In such a way that the driving upper connecting base 48 of cylinder moves up and down linearly in the vertical direction, energy conservation and environmental protection,
With operating rate fast, stable transmission, maintenance it is convenient, it is cheap, occupy little space, action noise is small, power resources
Convenient and low power consumption and other advantages.The lower end of upper connecting base 48 is equipped with upper bore motor 49, is driven and is bored by upper bore motor 49
First 51 make high speed rotary motion, complete bore operation.
Lower borehole drill construction 6 includes lower drilling seat 61 and lower drilling frame 62, and lower drilling seat 61 connects the second sliding block 14, lower drilling
Frame 62 is movably installed on drilling seat 41.Lower drilling frame 62 is connected with lower crankshaft 63, and one end of lower crankshaft 63 is connected with second
Lever 65, the other end of the second lever 65 are connected with the second cylinder 66, and the other end of lower crankshaft 63 is connected with lower connecting rod 64, under
The other end of connecting rod 64 is connected with lower connecting shaft 67, and the other end of lower connecting shaft 67 is connected with lower connecting base 68, lower connecting base
68 are connected with Four-slider 93, and Four-slider 93 is connected with the 4th guide rail 92, and Four-slider 93 matches with the 4th guide rail 92, the
Four guide rails 92 are fixedly installed on lower drilling seat 61, and the upper end of lower connecting base 68 is equipped with lower bore motor 69, lower bore motor 69
It is connected with lower auger spindle 70, the other end of lower auger spindle 70 is connected with lower drill bit 91.Instantly drill bit 91 needs to make up and down in vertical direction
When linear motion, by starting the second cylinder 66, the second cylinder 66 makees flexible linear motion, the second lever 65 is driven to agitate lower song
Axis 63 rotates.Lower drilling frame 62 is equipped with the through hole (not marking in figure) for making lower connecting rod 64 make upper and lower linear slide, finally
Under the linkage effect of lower connecting shaft 67, lower connecting base 68 is driven to move up and down linearly in the vertical direction.Lower drilling seat 61
On be fixed with Four-slider 93 and the 4th guide rail 92, the process that such lower connecting base 68 moves up and down linearly in the vertical direction
In, by the mutual cooperation of Four-slider 93 and the 4th guide rail 92, on preferably drive lower connecting base 68 is made in the vertical direction
Lower linear motion.In such a way that the driving lower connecting base 68 of cylinder moves up and down linearly in the vertical direction, energy conservation and environmental protection,
With operating rate fast, stable transmission, maintenance it is convenient, it is cheap, occupy little space, action noise is small, power resources
Convenient and low power consumption and other advantages.The lower end of lower connecting base 68 is equipped with lower bore motor 69, drives lower bore by lower bore motor 69
First 91 make high speed rotary motion, complete bore operation.
Horizontal mobile device 7 is equipped between upper borehole drill construction 4 and lower borehole drill construction 6.Horizontal mobile device 7 includes laterally driving
Dynamic motor 71, drive shaft 76, transmission shaft and drive lead screw, transmission shaft include upper transmission shaft 77 and lower drive shaft 78, drive lead screw
Including upper drive lead screw 79 and underdrive screw rod 80, horizontal drive motor 71 is fixedly installed in base 1, and upper transmission shaft 77 is under
Transmission shaft 78 is vertically arranged, the laterally setting of drive shaft 76, upper drive lead screw 79 and underdrive screw rod 80, in upper drive lead screw 79
Between be equipped with upper transmission nut 83, upper transmission nut 83 is connected with transmission nut seat 85, and upper transmission nut seat 85 is connected and drilled
Seat 41, the both ends of upper drive lead screw 79 are equipped with upper drive lead screw fixing seat 81, and the centre of underdrive screw rod 80 is equipped with underdrive spiral shell
Mother 84, underdrive nut 84 are connected with underdrive nut seat 86, the lower seat 61 that drills of the connection of underdrive nut seat 86, underdrive screw rod
80 both ends are equipped with underdrive screw rod fixing seat 82.Horizontal drive motor 71 is connected with horizontal drive motor output shaft 72, laterally
Driving motor output shaft 72 is equipped with drive pulley 73, and drive shaft 76 is equipped with driven pulley 75,73 He of drive pulley
Transmission belt 74 is equipped between driven pulley 75.Drive shaft 76 is equipped with active drive wheel 95, and the lower end of upper transmission shaft 77 is equipped with
Upper driven driving wheel 96, active drive wheel 95 are meshed with upper driven driving wheel 96, and the upper end of lower drive shaft 78 is equipped with down driven
Driving wheel 87, the driven driving wheel 87 under of active drive wheel 95 are meshed.The upper end of upper transmission shaft 77 is equipped with upper initiative driver
88, the left end of upper drive lead screw 79 is equipped with upper driven transmission wheel 89, and upper initiative driver 88 is meshed with upper driven transmission wheel 89,
The lower end of lower drive shaft 78 is equipped with lower initiative driver 97, and the left end of underdrive screw rod 80 is equipped with lower driven transmission wheel 98, lower master
Dynamic driving wheel 97 is meshed with lower driven transmission wheel 98.Horizontal mobile device 7 first passes through horizontal drive motor 71 and provides driving force,
Horizontal drive motor output shaft 72 is driven to make high speed rotary motion.Then the active of horizontal drive motor output shaft 72 will be installed on
Belt pulley 73 is linked together with the driven pulley 75 for being installed on drive shaft 76 by transmission belt 74, in this way in the work of conveyer belt
Under, transfer a driving force in drive shaft 76.Then under the engagement of active drive wheel 95 and upper driven driving wheel 96
Under the engagement of driven driving wheel 87, it is upper and lower that driving force is transferred to upper transmission shaft 77 respectively under with active drive wheel 95
On transmission shaft 78.Finally under the engagement of upper initiative driver 88 and upper driven transmission wheel 89 and lower initiative driver 97 and
Under the engagement of lower driven transmission wheel 98, driving force is transferred to respectively on upper drive lead screw 79 and underdrive screw rod 80, this
Sample is in upper transmission nut 83 and under the action of with underdrive nut 84, so that it may drill seat 41 in drive and lower drilling seat 61 is distinguished
Make laterally linear motion on the first guide rail 11 and the second guide rail 12, in adjusting in the transverse direction of drill bit 51 and lower drill bit 91
Relative position, so that upper drill bit 51 and lower drill bit 91 be helped to complete bore operation.Such driving mounting means is only needed in cross
One motor is installed on direction, so that it may which drilling seat 41 and lower drilling seat 61 are led in the first guide rail 11 and second respectively in realization
Make laterally linear motion on rail 12, while adjusting upper drill bit 51 and lower drill bit 91 in a lateral direction, not only greatly increases
Working efficiency, and reduce a driving equipment, while realizing identical work, reduce the part of machine, saves
The energy.
Conveying device 3 includes guide rails fixing support 31, conveys truss 33 and table top lath 34, is equipped between guide rails fixing support 31
Guide supporting 38, guide rails fixing support 31 are equipped with conveying 32, and conveying 32 is equipped with conveying truss 33, conveys truss 33
It is equipped with table top lath 34, table top lath 34 is fixedly installed on conveying truss 33.Conveying device 3 passes through conveying truss 33 and platform
Panel item 34, table top lath 34 are equipped with the fixture (being not drawn into figure) for placing glass, clamp glass pieces.Convey truss 33
Lower end is equipped with conveying 32, and conveying 32 slides conveying truss 33 above it, helps transporting glass workpiece.It is defeated
Send the side of truss 33 that feed drive device is installed, feed drive device includes feed drive motor 39, feed drive motor
39 are connected with conveyance screw rod 37, and conveyance screw rod 37 is equipped with conveyance nut 35, sets on conveyance nut 35
Have and is equipped with conveying attachment base 36, the conveying connection conveying truss 33 of attachment base 36.Pass through feed drive device feed drive motor 39
It drives conveyance screw rod 37 to make high speed rotary motion, under the action of conveyance nut 35, is conveying conveying truss 33
It is slided on guide rail 32, helps transporting glass workpiece.
The present invention it is a kind of applied to glass production processing full-automatic glass drilling machine working principle: when start carry out glass
When glass bore operation, first glass pieces are fixed on conveying truss 33, starts feed drive motor 39, glass pieces is passed through
Conveying device 3 is transported from the front end of machine to upper borehole drill construction 4 and lower borehole drill construction 6, and horizontal mobile device is then passed through
7, so that borehole drill construction 4 and lower borehole drill construction 6 is made laterally linear motion on the first guide rail 11 and the second guide rail 12 respectively, adjusts
Relative position in the horizontal direction of upper drill bit 51 and lower drill bit 91 and glass pieces.Then the first cylinder 46 and is respectively started
Two cylinders 66 drive upper borehole drill construction 4 and lower the borehole drill construction 6 vertical side on upper drilling seat 41 and lower drilling seat 61 respectively
Upward linear motion, the relative position in adjusting on drill bit 51 and lower drill bit 91 and the vertical direction of glass pieces.It is to be regulated
Well when the relative position of upper drill bit 51 and lower drill bit 91 and glass pieces, bore motor 49 and lower bore motor 69 in starting, into
Row bore operation completes a drilling operation.Above-mentioned method is finally installed, the other positions in glass pieces are respectively completed
Bore operation.After all drilling operations to be done, by conveying device 3, after the glass pieces that completion is drilled are by machine
End output, to complete entire bore operation.
The above is only specific embodiments of the present invention, but technical characteristic of the invention is not limited thereto.It is any with this hair
Based on bright, to solve essentially identical technical problem, essentially identical technical effect is realized, made ground simple change, etc.
With replacement or modification etc., all it is covered by among protection scope of the present invention.
Claims (8)
1. a kind of full-automatic glass drilling machine applied to glass production processing, including base and conveying device, the conveying dress
Setting on the base, it is characterised in that: the two sides of the conveying device are equipped with vertical support frame, the vertical support frame
Upper end is equipped with upper crossbearer, and the upper crossbearer is fixedly installed in the vertical support frame, and the lower end of the vertical support frame is equipped with
Lower cross frame, the lower cross frame are fixedly installed in the base, and the upper crossbearer and the lower cross frame are laterally arranged, the conveying
Device is longitudinally disposed, and the upper crossbearer is equipped with the first guide rail, and first guide rail is equipped with the first sliding block, first guide rail
Match with first sliding block, be connected with borehole drill construction on first sliding block, upper borehole drill construction include upper drilling seat and
Upper drilling frame, the upper drilling seat connect first sliding block, and the upper drilling frame is movably installed on the upper drilling seat, institute
It states drilling frame and is connected with crankshaft, one end of the upper crankshaft is connected with the first lever, and the other end of first lever connects
It is connected to the first cylinder, the other end of the upper crankshaft is connected with upper connecting rod, and the other end of the upper connecting rod is connected with company
Spindle, the other end of the upper connecting shaft are connected with upper connecting base, and the upper connecting base is connected with third sliding block, and the third is sliding
Block is connected with third guide rail, and the third sliding block matches with the third guide rail, and the third guide rail is fixedly installed in described
On upper drilling seat, the lower end of the upper connecting base is equipped with upper bore motor, and the upper bore motor is connected with auger spindle, it is described on
The other end of auger spindle is connected with drill bit, and the lower cross frame is equipped with the second guide rail, and second guide rail is equipped with the second sliding block,
Second guide rail matches with second sliding block, and lower borehole drill construction, the lower drilling machine are connected on second sliding block
Structure includes lower drilling seat and lower drilling frame, and the lower drilling seat connects second sliding block, and the lower drilling frame is movably installed in
On the upper drilling seat, the lower drilling frame is connected with lower crankshaft, and one end of the lower crankshaft is connected with the second lever, and described
The other end of two levers is connected with the second cylinder, and the other end of the lower crankshaft is connected with lower connecting rod, the lower connecting rod
The other end is connected with lower connecting shaft, and the other end of the lower connecting shaft is connected with lower connecting base, and the lower connecting base is connected with
Four-slider, the Four-slider are connected with the 4th guide rail, and the Four-slider matches with the 4th guide rail, and the described 4th leads
Rail is fixedly installed on the lower drilling seat, and the upper end of the lower connecting base is equipped with lower bore motor, and the lower bore motor connects
It is connected to lower auger spindle, the other end of the lower auger spindle is connected with drill bit, between the upper borehole drill construction and the lower borehole drill construction
Equipped with horizontal mobile device.
2. a kind of full-automatic glass drilling machine applied to glass production processing according to claim 1, it is characterised in that: institute
Stating horizontal mobile device includes horizontal drive motor, drive shaft, transmission shaft and drive lead screw, and the transmission shaft includes upper transmission shaft
And lower drive shaft, the drive lead screw include upper drive lead screw and underdrive screw rod, the horizontal drive motor is fixedly installed in
In the base, the upper transmission shaft and the lower drive shaft are vertically arranged, the drive shaft, the upper drive lead screw and described
Underdrive screw rod is laterally arranged, and the centre of the upper drive lead screw is equipped with upper transmission nut, and the upper transmission nut is connected with
Transmission nut seat, the upper transmission nut seat connect the upper drilling seat, and the both ends of the upper drive lead screw are equipped with upper driving wire
The centre of bar fixing seat, the underdrive screw rod is equipped with underdrive nut, and the underdrive nut is connected with underdrive nut seat,
The underdrive nut seat connects the lower drilling seat, and the both ends of the underdrive screw rod are equipped with underdrive screw rod fixing seat.
3. a kind of full-automatic glass drilling machine applied to glass production processing according to claim 2, it is characterised in that: institute
It states horizontal drive motor and is connected with horizontal drive motor output shaft, the horizontal drive motor output shaft is equipped with drive pulley
Wheel, the drive shaft are equipped with driven pulley, and transmission belt is equipped between the drive pulley and the driven pulley.
4. a kind of full-automatic glass drilling machine applied to glass production processing according to claim 2, it is characterised in that: institute
Drive shaft is stated equipped with active drive wheel, the lower end of the upper transmission shaft is equipped with upper driven driving wheel, the active drive wheel with
The upper driven driving wheel is meshed, and the upper end of the lower drive shaft is equipped with down driven driving wheel, the active drive wheel and institute
Driven driving wheel is stated down to be meshed.
5. a kind of full-automatic glass drilling machine applied to glass production processing according to claim 2, it is characterised in that: institute
The upper end for stating transmission shaft is equipped with upper initiative driver, and the left end of the upper drive lead screw is equipped with upper driven transmission wheel, it is described on
Initiative driver is meshed with the upper driven transmission wheel, and the lower end of the lower drive shaft is equipped with lower initiative driver, under described
The left end of drive lead screw is equipped with lower driven transmission wheel, and the lower initiative driver is meshed with the lower driven transmission wheel.
6. a kind of full-automatic glass drilling machine applied to glass production processing according to claim 1, it is characterised in that: institute
Stating conveying device includes guide rails fixing support, conveys truss and table top lath, is equipped with guide supporting, institute between the guide rails fixing support
Guide rails fixing support is stated equipped with conveying, the conveying is equipped with the conveying truss, and the conveying truss is equipped with
The table top lath, the table top lath are fixedly installed on the conveying truss.
7. a kind of full-automatic glass drilling machine applied to glass production processing according to claim 6, it is characterised in that: institute
The side for stating conveying truss is equipped with feed drive device, and the feed drive device includes feed drive motor, the conveying
Driving motor is connected with conveyance screw rod, and the conveyance screw rod is equipped with conveyance nut, the conveyance spiral shell
Mother is equipped with conveying attachment base, and the conveying attachment base connects the conveying truss.
8. a kind of full-automatic glass drilling machine applied to glass production processing according to claim 1, it is characterised in that: institute
The lower end for stating lower cross frame is equipped with the first support, and the lower end of the vertical support frame is equipped with the second support, first support and institute
The second support is stated to be fixedly installed in the base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510615825.9A CN105171932B (en) | 2015-09-23 | 2015-09-23 | A kind of full-automatic glass drilling machine applied to glass production processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510615825.9A CN105171932B (en) | 2015-09-23 | 2015-09-23 | A kind of full-automatic glass drilling machine applied to glass production processing |
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| CN105171932A CN105171932A (en) | 2015-12-23 |
| CN105171932B true CN105171932B (en) | 2019-09-20 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107186896B (en) * | 2017-07-25 | 2019-02-12 | 重庆华瑞玻璃有限公司 | A kind of automatic drilling machine for glass |
| CN107322817B (en) * | 2017-07-25 | 2019-02-05 | 重庆华瑞玻璃有限公司 | A kind of glass automatic drilling machine with deceleration |
| CN107856200A (en) * | 2017-12-19 | 2018-03-30 | 芜湖金三氏数控科技有限公司 | A kind of glass drilling machine positioning conveyer structure |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN203779703U (en) * | 2014-01-03 | 2014-08-20 | 新昌县奇鹏自动化设备有限公司 | Automatic stone punching device |
| CN103802221B (en) * | 2014-02-27 | 2016-01-06 | 董君良 | The movable table structure of two-way digital control glass automatic drilling machine |
| CN203818344U (en) * | 2014-03-19 | 2014-09-10 | 湖南三星磊洋玻璃机械有限公司 | Horizontal glass-drilling machine |
| CN103862582B (en) * | 2014-03-19 | 2015-10-28 | 湖南三星玻璃机械有限公司 | Glass drilling machine transport unit and glass drilling machine thereof |
| CN203844018U (en) * | 2014-05-12 | 2014-09-24 | 黄光明 | Full-automatic bridge cutting machine |
| CN204123535U (en) * | 2014-09-15 | 2015-01-28 | 吴永评 | Full automatic stone slab side pin all-in-one |
| CN104369044A (en) * | 2014-11-12 | 2015-02-25 | 桐乡胜辉精密机械有限公司 | Vertical machining device |
| CN104669364B (en) * | 2015-02-15 | 2016-09-28 | 合肥国源展览展示有限公司 | A kind of all automatic borehole device and processing method thereof |
| CN104647479B (en) * | 2015-02-16 | 2016-08-24 | 陈菁菁 | A kind of full-automatic board two dimension drilling equipment and processing method thereof |
| CN104626285B (en) * | 2015-02-16 | 2016-08-24 | 陈明辉 | A kind of hypotenuse sheet material automatically two dimension drilling equipment and processing method thereof |
| CN205009411U (en) * | 2015-09-23 | 2016-02-03 | 嵊州市寰鼎玻璃科技有限公司 | Be applied to full -automatic glass drilling machine of glass production and processing |
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Effective date of registration: 20190826 Address after: 528226 Warehouse of Intermodal Transport Corporation in Zhangchaicheng West Industrial Development Zone, Chancheng District, Foshan City, Guangdong Province Applicant after: Foshan Jin Yaohua Glass Co., Ltd. Address before: 312400 Shengzhou, Zhejiang, Sanjiang city street, the new village water separation Applicant before: SHENGZHOU HUANDING GLASS SCIENCE & TECHNOLOGY CO., LTD. |
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