CN108991717A - Two, which bore one, plants formula heavy duty disc glass brush drilling and hair-planting device and method - Google Patents
Two, which bore one, plants formula heavy duty disc glass brush drilling and hair-planting device and method Download PDFInfo
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- CN108991717A CN108991717A CN201810869993.4A CN201810869993A CN108991717A CN 108991717 A CN108991717 A CN 108991717A CN 201810869993 A CN201810869993 A CN 201810869993A CN 108991717 A CN108991717 A CN 108991717A
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- sale
- reduced prices
- glass brush
- motor
- drilling
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- A—HUMAN NECESSITIES
- A46—BRUSHWARE
- A46D—MANUFACTURE OF BRUSHES
- A46D3/00—Preparing, i.e. Manufacturing brush bodies
- A46D3/06—Machines for both drilling bodies and inserting bristles
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- Processing Of Stones Or Stones Resemblance Materials (AREA)
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Abstract
One is bored the invention discloses one kind two and plants formula heavy duty disc glass brush drilling and hair-planting device, is related to two brill one of one kind and is planted formula heavy duty disc glass brush drilling and hair-planting device.It includes machine body base, feather planting machine structure, borehole drill construction and sale at reduced prices mechanism, the sale at reduced prices mechanism includes sale at reduced prices pedestal and rotary base, the sale at reduced prices pedestal lower end is connect by fuselage sliding block with fuselage wire rod thread, sale at reduced prices pedestal upper end is equipped with sale at reduced prices motor and sale at reduced prices screw rod, the output end of sale at reduced prices motor is connect with sale at reduced prices screw rod, the rotary base lower end is connect with sale at reduced prices wire rod thread, sale at reduced prices pedestal upper end rotatably install there are two spaced apart glass brush disk, each glass brush disk lower end is respectively connected with the rotary tray motor being mounted on rotary base.The present invention can be realized the mechanization production to heavy duty disc glass brush, and not only the labor intensity of staff is small, and work efficiency is high.
Description
Technical field
The present invention relates to a kind of for processing the device of heavy duty disc glass brush, and specifically it is big to bore a plant formula for one kind two
Type disk glass brush drilling and hair-planting device.One, which is bored, the invention further relates to one kind two plants formula heavy duty disc glass brush drilling and hair-planting side
Method.
Background technique
When the prior art needs to polish large glass, needs to use heavy duty disc glass brush and handled.
Since with the heavy duty disc glass brush of machine production, there are tightening force lesser problem (existing disc brush at present
In, the maximum disc brush of tightening force also only has 10-20 kilograms, is more than 20 kilograms there is presently no discovery tightening force and is made with mechanical
The disk glass brush of work), hence it is evident that do not meet the tightening force demand of disk glass brush；Simultaneously as heavy duty disc glass drilling
Quantity is more (drilling hole amount has 2000-3000), and the tightening force of the heavy duty disc glass of machinery production is smaller, therefore, when
When being processed by shot blasting using the heavy duty disc glass brush that machine makes to glass surface, disk glass brush often appears in brush
The case where hair loss or spur are fallen when hair, thus will greatly affect the polishing effect of glass surface, easily formation substandard products, even
Sometimes scrap the glass handled by hairbrush, therefore, the prior art is essentially all using production heavy duty disc glass brush.
But since there is only the larger problems of labor intensity (to need work people for manual manufacture heavy duty disc glass brush
Member successively carries out plant hair in each drilling of disk glass brush using hammer), but also there is a problem of that working efficiency is lower
(average time needed for staff carries out plant hair on one borehole is about 6-8 seconds), it is therefore necessary to improve.
Summary of the invention
The first object of the present invention is the shortcoming in order to overcome background technique, and provides one kind two and bore a plant formula large size
Disk glass brush drilling and hair-planting device, can not only make the tightening force of heavy duty disc glass brush reach 50 kilograms or more, Er Qieyuan
Bristle and spur on disk glass brush is more not easy to fall off.
The second object of the present invention is the shortcoming in order to overcome background technique, and provides one kind two and bore a plant formula large size
Disk glass brush drilling and hair-planting method, can not only make the tightening force of heavy duty disc glass brush reach 50 kilograms or more, Er Qieyuan
Bristle and spur on disk glass brush is more not easy to fall off.
In order to realize above-mentioned first purpose, the technical solution of the present invention is as follows: two bore a plant formula heavy duty disc glass brush drilling
Plant hair device, it is characterised in that: have two including machine body base, feather planting machine structure, borehole drill construction and sale at reduced prices mechanism, the borehole drill construction
A to be installed in machine body base, the feather planting machine structure is located between two borehole drill constructions and is mounted in machine body base；
Fuselage motor and fuselage screw rod are installed, the output end and fuselage screw rod of fuselage motor connect in the machine body base
It connects；
The sale at reduced prices mechanism includes sale at reduced prices pedestal and rotary base, and the sale at reduced prices pedestal lower end passes through fuselage sliding block and fuselage
Wire rod thread connection, sale at reduced prices pedestal upper end are equipped with sale at reduced prices motor and sale at reduced prices screw rod, the output end and sale at reduced prices screw rod of motor of selling at reduced prices
Connection, the rotary base lower end with sale at reduced prices wire rod thread connect, sale at reduced prices pedestal upper end rotatably install there are two interval cloth
The glass brush disk set, each glass brush disk lower end are respectively connected with the rotary tray motor being mounted on rotary base；
The borehole drill construction includes bottom plate, the first support, the second support and V-type driving lever, is provided on first support
Line shaft, one end that line shaft passes through the first support are provided with the first eccentric wheel；One end of the V-type driving lever passes through connecting rod and the
One eccentric wheel is hinged, and the V-type driving lever bearing and clamping plate that the other end is equipped with by V-type driving lever fixed both ends of the shaft are hinged；
The bottom plate is provided with motor fixing plate, is fixed with eccentric motor on motor fixing plate；The eccentric motor it is defeated
Shaft is connect with the second eccentric wheel, and the second eccentric wheel is fixedly connected with camshaft bearing；The camshaft bearing passes through connecting plate and pendulum
Movable plate is fixedly connected；The connecting plate is fluted close to the setting of the side of camshaft bearing, and camshaft bearing is located in groove；The pendulum
The left side of movable plate is slidably connected with sliding rail is swung, and swings sliding rail and is fixed in sliding rail fixed plate by swinging sliding rail limiting slot；
The first aperture is provided on the oscillating deck, the clamping plate passes through aperture, and passes through Boards wall plate and lifter plate
It is fixedly connected；The right side of the lifter plate and lifting sliding rail, lifting sliding rail are fixed on oscillating deck by lifting sliding rail limiting slot
Right side；
The lifter plate is by the fixed electric main shaft of electric main shaft positioning plate, and the output end of fixed electric main shaft is straight down
It is provided with bit.
In the above-mentioned technical solutions, sale at reduced prices sliding rail is also equipped in the machine body base, sale at reduced prices pedestal lower end passes through fuselage
Sliding block is slidably mounted on sale at reduced prices sliding rail.
In the above-mentioned technical solutions, the output shaft side of the eccentric motor is fixed with motor mainboard；The motor mainboard
The first mainboard including being fixed on the output shaft side of eccentric motor, and be located at the top of the first mainboard, be arranged far from eccentric motor
The second mainboard；First mainboard is provided centrally with the second aperture.
In the above-mentioned technical solutions, second mainboard is far from being provided with hoodle in the middle part of eccentric motor one end；The institute
It states hoodle to be arranged straight down, and runs through the second mainboard；Second eccentric wheel is located at below hoodle, and is provided with and matches with hoodle
The location at spherical surface hole of set.
In the above-mentioned technical solutions, the quantity of the electric main shaft positioning plate is 1 to 4 piece.
In the above-mentioned technical solutions, the bit includes sequentially connected first cylinder, the second cylinder and brill from top to bottom
Hole cutter head, the diameter of second cylinder is less than the diameter of the first cylinder and the diameter for the cutter head that drills, the two sides of the second cylinder
It is provided with slot of giving up the throne, the section of the drilling cutter head lower end edge vertical direction is inverted V-shape or the font of falling W, and drill cutter head upper end edge
The interface of horizontal direction is I-shaped.
In order to realize above-mentioned second purpose, the technical solution of the present invention is as follows: two bore a plant formula heavy duty disc glass brush drilling
Plant hair, it is characterised in that: it comprises the technical steps that,
Step 1: the sale at reduced prices pedestal in sale at reduced prices mechanism is made to move to machine body base for the first time by fuselage motor and fuselage screw rod
On suitable position, so that the first glass brush disk be made to be located at immediately below feather planting machine structure, the second glass brush disk is located at second and bores
Immediately below holes mechanism；
Step 2: the second borehole drill construction drills to the second glass brush disk；
Step 3: continuing through fuselage motor and fuselage screw rod makes the sale at reduced prices pedestal sold at reduced prices in mechanism be re-moved to fuselage
Suitable position on pedestal, so that it is located at the first glass brush disk immediately below the first borehole drill construction, the second glass brush disk position
Immediately below feather planting machine structure；
Step 4: the second glass brush disk that feather planting machine structure handles be located at immediately below it and process drilling, meanwhile, the
One borehole drill construction drills to the first glass brush disk, will be on the second glass brush disk after feather planting machine structure is completed to plant hair
Disk glass brush is removed from sale at reduced prices mechanism；
Step 5: continuing through fuselage motor and fuselage screw rod makes the sale at reduced prices pedestal sold at reduced prices in mechanism be re-moved to fuselage
Suitable position on pedestal is located at the first glass brush disk immediately below feather planting machine structure, and the second glass brush disk is located at second and bores
Immediately below holes mechanism；
Step 6: the first glass brush disk that feather planting machine structure handles be located at immediately below it and process drilling, meanwhile, the
Two borehole drill constructions drill to the second glass brush disk, will be on the first glass brush disk after feather planting machine structure is completed to plant hair
Disk glass brush is removed from sale at reduced prices mechanism；
Step 7: step 3 is repeated to step 7, until obtaining multiple disk glass brushs；
Wherein, the boring method of the first borehole drill construction (B31) and the second borehole drill construction (B32) comprises the following steps,
Step 1: line shaft passes sequentially through the first eccentric wheel, connecting rod, V-type driving lever, V-type driving lever fixing axle and clamping plate and incites somebody to action first
Lifter plate moves up and down along lifting sliding rail；Lifter plate drives electric main shaft and bit whole by electric main shaft positioning plate simultaneously
It moves up and down, electric main shaft drives bit to make rotating motion at this time, completes boring work from top to bottom；
Step 2: eccentric motor drives camshaft bearing to be eccentrically rotated by the second eccentric wheel, and camshaft bearing passes through connecting plate band
The side-to-side movement on swinging sliding rail of movable pendulum movable plate, while the reaming of electric main shaft and bit completion to the left and to the right is driven, and shape
At inverted T font hole；
Step 3: after the completion of inverted T font hole, bit moves to the middle position in inverted T font hole, and is made by line shaft electronic
Main shaft is moved upwards along lifting sliding rail, is exited the inverted T font hole being drilled, that is, is completed the boring work in an inverted T font hole.
The present invention can be realized the mechanization production to heavy duty disc glass brush, and not only the labor intensity of staff is small
(no longer needing manually to hammer spur), work efficiency is high, and (average time needed for the application carries out plant hair on one borehole is about
0.5 second), and the tightening force of heavy duty disc glass brush can be made to reach 50 kilograms or more, bristle and spur are more not easy
It falls off, is worth a wide range of and promotes.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of hairbrush borehole drill construction of the present invention for boring inverted T font hole.
Fig. 2 is the structural schematic diagram that eccentric motor drives electric main shaft or so drilling in the present invention.
Fig. 3 is the structural schematic diagram that line shaft drives electric main shaft to drill up and down by V-arrangement dead man in the present invention.
Fig. 4 is the structural representation of lifting sliding rail and swing sliding rail and eccentric motor, electric main shaft and V-arrangement dead man in the present invention
Figure.
Fig. 5 is the structural schematic diagram of eccentric motor and transmission mechanism and oscillating deck in the present invention.
Fig. 6 .1 is the schematic view of the front view of the second eccentric wheel and camshaft bearing in invention.
Fig. 6 .2 is the structural schematic diagram of the second eccentric wheel and camshaft bearing in invention.
Fig. 7 .1 is the bit structural schematic diagram to drill suitable for metal.
Fig. 7 .2 is the bit structural schematic diagram to drill suitable for plastics.
Fig. 7 .3 is the bit structural schematic diagram to drill suitable for timber.
Fig. 8 .1 and Fig. 8 .2 are existing spur, bristle and the attachment structure schematic diagram of drilling.
Fig. 8 .3, Fig. 8 .4 and Fig. 8 .5 are to be made in the application using different drill heads, spur, bristle and the connection of drilling
Structural schematic diagram.
Fig. 9 is the structural schematic diagram of the application.
Figure 10 is the structural schematic diagram of sale at reduced prices mechanism.
A1- bottom plate in figure, A11- line shaft, the first support of A12-, the first eccentric wheel of A121-, the second support of A13-, A14-
V-type driving lever, A141- connecting rod, A142-V type driving lever fixing axle, A143-V type driving lever locating shaft, A144-V type driving lever bearing, A15-
Clamping plate, A16- lifter plate, A161- lifting sliding rail, A162- sliding rail limiting slot, A21- motor fixing plate, A22- eccentric motor,
A23- camshaft bearing, the second eccentric wheel of A24-, A25- connecting plate, A251- groove, A26- oscillating deck, the first aperture of A261-,
A27- swings sliding rail, A271- sliding rail limiting slot, A272- sliding rail fixed plate, A28- motor mainboard, the first mainboard of A281-, A282-
Second mainboard, A291- hoodle, A292- location at spherical surface hole, A31- electric main shaft positioning plate, A32- electric main shaft, A4- bit,
The first cylinder of A41-, the second cylinder of A42-, A421- give up the throne slot, and A43- drills cutter head, B1- machine body base, B11- fuselage motor,
B12- fuselage screw rod, B13- sale at reduced prices sliding rail, B14- sale at reduced prices sliding block, B2- feather planting machine structure, B3- borehole drill construction, the first drilling machine of B31-
Structure, the second borehole drill construction of B32-, B4- sale at reduced prices mechanism, B41- sale at reduced prices pedestal, B42- rotary base, B43- fuselage sliding block, B44- are put
Coil motor, B45- sale at reduced prices screw rod, B46- glass brush disk, B47- rotary tray motor, B48- the first glass brush disk, the first glass of B49-
Glass brush disk.
Specific embodiment
The performance that the invention will now be described in detail with reference to the accompanying drawings, but they and do not constitute a limitation of the invention, only
It is for example.Keep advantages of the present invention more clear by explanation simultaneously and is readily appreciated that.
Refering to known to attached drawing: two, which bore one, plants formula heavy duty disc glass brush drilling and hair-planting device, it is characterised in that: including fuselage
There are two be installed in machine body base by pedestal B1, feather planting machine structure B2, borehole drill construction B3 and sale at reduced prices mechanism B4, the borehole drill construction B3
On B1, the feather planting machine structure B2 is located between two borehole drill construction B3 and is mounted on machine body base B1；
Fuselage motor B11 and fuselage screw rod B2, the output end and machine of fuselage motor B11 are installed on the machine body base B1
The B2 connection of body screw rod；
The sale at reduced prices mechanism B4 includes that sale at reduced prices pedestal B41 and the lower end rotary base B42, the sale at reduced prices pedestal B41 pass through machine
Body slide block B 43 is threadedly coupled with fuselage screw rod B2, and the sale at reduced prices upper end pedestal B41 is equipped with sale at reduced prices motor B44 and sale at reduced prices screw rod B45,
The output end of sale at reduced prices motor B44 is connect with sale at reduced prices screw rod B45, and the lower end the rotary base B42 and sale at reduced prices screw rod B45 screw thread connect
Connect, sale at reduced prices the upper end pedestal B41 rotatably install there are two spaced apart glass brush disk B46, each glass brush disk B46
Lower end is respectively connected with the rotary tray motor B47 being mounted on rotary base B42.
In actual work, two borehole drill construction B3 are respectively the first borehole drill construction B3 being located on the left of feather planting machine structure B2, and
The second borehole drill construction B32, two glass brush disk B46 on the right side of feather planting machine structure B2 is respectively to be located at the left side rotary base B42
First glass brush disk B48 of side, and the second glass brush disk B49 on the right side of rotary base B42.
In the above-mentioned technical solutions, sale at reduced prices sliding rail is also equipped on the machine body base B1, the sale at reduced prices lower end pedestal B41 passes through
Fuselage sliding block is slidably mounted on sale at reduced prices sliding rail.
The borehole drill construction B3 include including bottom plate A1, the first support A12, the second support A13 and V-type driving lever A14, it is described
Line shaft A11 is provided on first support A12, line shaft A11 is provided with the first eccentric wheel across one end of the first support A12
A121；One end of the V-type driving lever A14 is hinged by connecting rod A141 and the first eccentric wheel A 121, and the other end is solid by V-type driving lever
V-type the driving lever bearing A144 and clamping plate A15 that the both ends dead axle A142 are equipped with are hinged；
It is characterized by: the bottom plate A1 is provided with motor fixing plate A21, eccentric electricity is fixed on motor fixing plate A21
Machine A22；The output shaft of the eccentric motor A22 is connect with the second eccentric wheel A 24, and the second eccentric wheel A 24 and camshaft bearing A23 is solid
Fixed connection；The camshaft bearing A23 is fixedly connected by connecting plate A25 with oscillating deck A26；The connecting plate A25 is close to cam
Fluted A251 is arranged in the side of bearing A23, and camshaft bearing A23 is located in groove A251；The left side of the oscillating deck A26 and pendulum
Dynamic sliding rail A27 is slidably connected, and swings sliding rail A27 and is fixed on sliding rail fixed plate A272 by swinging sliding rail limiting slot A271；
The first aperture A261 is provided on the oscillating deck A26, the clamping plate A15 passes through aperture A261, and passes through clamping plate
Fixed plate A151 is fixedly connected with lifter plate A16；The right side of the lifter plate A16 and lifting sliding rail A161, lifting sliding rail A161
The right side of oscillating deck A26 is fixed on by lifting sliding rail limiting slot A162；
For the lifter plate A16 by the fixed electric main shaft A32 of electric main shaft positioning plate A31, fixed electric main shaft A32's is defeated
Outlet is provided with bit A4 straight down.
The output shaft side of the eccentric motor A22 is fixed with motor mainboard A28；The motor mainboard A28 includes fixing
The first mainboard A281 in the output shaft side of eccentric motor A22, and be located at the top of the first mainboard A281, far from eccentric motor
Second mainboard A282 of A22 setting；The first mainboard A281's is provided centrally with the second aperture A283.
The second mainboard A282 is far from being provided with hoodle A291 in the middle part of the one end eccentric motor A22；The hoodle
A291 is arranged straight down, and runs through the second mainboard A282；Second eccentric wheel A 24 is located at below hoodle A291, and is arranged
There is location at spherical surface matched with hoodle A291 hole A292.
The quantity of the electric main shaft positioning plate A31 is 1 to 4 piece.
The bit A4 includes sequentially connected first cylinder A41, the second cylinder A42 from top to bottom and drilling cutter head A43,
The diameter of diameter of the diameter of the second cylinder A42 less than the first cylinder A41 and the cutter head A43 that drills, the second cylinder A42's
Two sides are provided with the slot A421 that gives up the throne, and the section of the drilling lower end cutter head A43 along the vertical direction is inverted V-shape or the font of falling W, drilling
The interface of the upper end cutter head A43 in the horizontal direction is I-shaped.
In actual work, the present invention comprises the technical steps that,
Step 1: move the sale at reduced prices pedestal B41 on sale at reduced prices mechanism B4 for the first time by fuselage motor B11 and fuselage screw rod B2
Suitable position onto machine body base B1, so that it is located at the first glass brush disk B48 immediately below feather planting machine structure B2, the second glass
Brush disk B49 is located at immediately below the second borehole drill construction B32；
Step 2: the second borehole drill construction B32 drills to the second glass brush disk B49；
Step 3: continuing through fuselage motor B11 and fuselage screw rod B2 makes the sale at reduced prices pedestal B41 to sell at reduced prices on mechanism B4 again
The suitable position on machine body base B1 is moved to, thus under making the first glass brush disk B48 be located at the first borehole drill construction B31 just
Side, the second glass brush disk B49 are located at immediately below feather planting machine structure B2；
Step 4: feather planting machine structure B2 is to the second glass brush disk B49 being located at immediately below it and by drilling processing, together
When, the first borehole drill construction B31 drills to the first glass brush disk B48, after feather planting machine structure B2 completes to plant hair, by the second glass
Disk glass brush on glass brush disk B49 is removed from sale at reduced prices mechanism B4；
Step 5: continuing through fuselage motor B11 and fuselage screw rod B2 makes the sale at reduced prices pedestal B41 to sell at reduced prices on mechanism B4 again
The suitable position on machine body base B1 is moved to, is located at the first glass brush disk B48 immediately below feather planting machine structure B2, the second glass
Brush disk B49 is located at immediately below the second borehole drill construction B32；
Step 6: feather planting machine structure B2 is to the first glass brush disk B48 being located at immediately below it and by drilling processing, together
When, the second borehole drill construction B32 drills to the second glass brush disk B49, after feather planting machine structure B2 completes to plant hair, by the first glass
Disk glass brush on glass brush disk B48 is removed from sale at reduced prices mechanism B4；
Step 7: step 3 is repeated to step 7, until obtaining multiple disk glass brushs；
Wherein, the boring method of the first borehole drill construction (B31) and the second borehole drill construction (B32) comprises the following steps,
Step 1: line shaft A11 first passes sequentially through the first eccentric wheel A 121, connecting rod A141, V-type driving lever A14, V-type driving lever
Fixing axle A142 and clamping plate A15 moves up and down lifter plate A16 along lifting sliding rail A161；Lifter plate A16 passes through electronic simultaneously
Main shaft orientation plate A31 drives electric main shaft A32 and bit A4 to move up and down in overall, and electric main shaft A32 drives bit A4 to do at this time
Boring work from top to bottom is completed in rotary motion；
Step 2: eccentric motor A22 drives camshaft bearing A23 to be eccentrically rotated by the second eccentric wheel A 24, camshaft bearing A23
Oscillating deck A26 side-to-side movement on swinging sliding rail A27 is driven by connecting plate A25, while driving electric main shaft A32 and bit A4
Reaming to the left and to the right is completed, and forms inverted T font hole；
Step 3: after the completion of inverted T font hole, bit A4 moves to the middle position in inverted T font hole, and is made by line shaft A11
Electric main shaft A32 is moved upwards along lifting sliding rail A161, is exited the inverted T font hole being drilled, that is, is completed an inverted T font hole
Boring work.
In actual work, the line shaft A11 drives the rotation of the first eccentric wheel A 121, and the first eccentric wheel A 121 drives connecting rod
A141 and V-type driving lever A14 movement, V-type driving lever A14 are fixed on the bit A4 of the lower end electric main shaft A32 by clamping plate A15 drive
Lower movement, lifting sliding rail A161 therein drive electric main shaft A32 to move up and down in overall by electric main shaft positioning plate A31；
There are multiple electric main shaft positioning plate A31 to be convenient for changing different bit A4, eccentric motor A22 therein and passes through the second eccentric wheel
A24 drives camshaft bearing A23 rotation, and camshaft bearing A23 drives oscillating deck A26 left on swinging sliding rail A27 by connecting plate A25
Right movement, wherein electric main shaft A32 drives bit A4 to make rotating motion.When the section of the drilling lower end cutter head A43 along the vertical direction
When for inverted V-shape (such as Fig. 7 .2), bit A4 drills suitable for plastics at this time；When the drilling lower end cutter head A43 cutting along the vertical direction
Face is the font of falling W, and the minimum point of the drilling cutter head A43, when being located at the bit side A4 (such as Fig. 7 .3), bit A4 is applicable at this time
It drills in timber；When the drilling lower end cutter head A43 section along the vertical direction is the font of falling W, and the drilling cutter head A43 is most
Low spot is located at when in the middle part of bit A4 (such as Fig. 7 .1), and bit A4 drills suitable for metal at this time.The two sides of second cylinder A42 are provided with
Give up the throne slot A421, and the slot A421 that gives up the throne plays the function of moving back bits in boring procedure；Drill the boundary of the upper end cutter head A43 in the horizontal direction
Face be it is I-shaped, play allowing bit function；It is returned back in drilling when bit A4 starts to drill from top to bottom, and after completing left and right drilling
Between position when exiting bit A4, hoodle A291 plays auxiliary positioning, i.e., when hoodle A291 is located at location at spherical surface hole A292, bores
Mouth A4 is in beginning bore state or bit A4 exits the state of drilling after drilling is completed.
Other unaccounted parts belong to the prior art.
Claims (7)
1. a liang brill one plants formula heavy duty disc glass brush drilling and hair-planting device, including machine body base (B1), feather planting machine structure (B2), drilling
Mechanism (B3) and sale at reduced prices mechanism (B4), there are two the borehole drill constructions (B3) is installed on machine body base (B1), the plant hair
Mechanism (B2) is located between two borehole drill constructions (B3) and is mounted on machine body base (B1)；
Fuselage motor (B11) and fuselage screw rod (B2), the output end of fuselage motor (B11) are installed on the machine body base (B1)
It is connect with fuselage screw rod (B2)；
It is characterized by:
The sale at reduced prices mechanism (B4) includes sale at reduced prices pedestal (B41) and rotary base (B42), and the sale at reduced prices pedestal lower end (B41) is logical
Fuselage sliding block (B43) is crossed to be threadedly coupled with fuselage screw rod (B2), sale at reduced prices the upper end pedestal (B41) be equipped with sale at reduced prices motor (B44) and
It sells at reduced prices screw rod (B45), the output end of sale at reduced prices motor (B44) is connect with sale at reduced prices screw rod (B45), rotary base (B42) lower end
With sale at reduced prices screw rod (B45) is threadedly coupled, sale at reduced prices the upper end pedestal (B41) rotatably install there are two spaced apart glass brush justify
Disk (B46), each glass brush disk (B46) lower end are respectively connected with the rotary tray motor being mounted on rotary base (B42)
(B47)；
The borehole drill construction (B3) includes bottom plate (A1), the first support (A12), the second support (A13) and V-type driving lever (A14), institute
It states and is provided on the first support (A12) line shaft (A11), line shaft (A11) is provided with the across the one end of the first support (A12)
One eccentric wheel (A121)；One end of the V-type driving lever (A14) passes through connecting rod (A141) and the first eccentric wheel (A121) hingedly, separately
The V-type driving lever bearing (A144) and clamping plate (A15) that one end is equipped with by the both ends V-type driving lever fixing axle (A142) are hinged；
The bottom plate (A1) is provided with motor fixing plate (A21), and eccentric motor (A22) is fixed on motor fixing plate (A21)；Institute
The output shaft for stating eccentric motor (A22) is connect with the second eccentric wheel (A24), and the second eccentric wheel (A24) and camshaft bearing (A23) are solid
Fixed connection；The camshaft bearing (A23) is fixedly connected by connecting plate (A25) with oscillating deck (A26)；The connecting plate (A25)
Fluted (A251) is set close to the side of camshaft bearing (A23), camshaft bearing (A23) is located in groove (A251)；The pendulum
The left side of movable plate (A26) is slidably connected with sliding rail (A27) is swung, and swings sliding rail (A27) by swinging sliding rail limiting slot (A271)
It is fixed on sliding rail fixed plate (A272)；
It is provided with the first aperture (A261) on the oscillating deck (A26), the clamping plate (A15) passes through aperture (A261), and passes through
Boards wall plate (A151) is fixedly connected with lifter plate (A16)；The right side of the lifter plate (A16) and lifting sliding rail (A161),
Lifting sliding rail (A161) is fixed on the right side of oscillating deck (A26) by lifting sliding rail limiting slot (A162)；
The lifter plate (A16) is fixed electric main shaft (A32) by electric main shaft positioning plate (A31), fixed electric main shaft (A32)
Output end be provided with bit (A4) straight down.
2. according to claim 1 two, which bore one, plants formula heavy duty disc glass brush drilling and hair-planting device, it is characterised in that: described
Sale at reduced prices sliding rail (B13) is also equipped in machine body base (B1), the sale at reduced prices pedestal lower end (B41) is by selling sliding block (B14) at reduced prices slidably
Be mounted on sale at reduced prices sliding rail (B13) on.
3. according to claim 2 two, which bore one, plants formula heavy duty disc glass brush drilling and hair-planting device, it is characterised in that: described
The output shaft side of eccentric motor (A22) is fixed with motor mainboard (A28)；The motor mainboard (A28) includes being fixed on bias
The first mainboard (A281) of the output shaft side of motor (A22), and be located at the top of the first mainboard (A281), far from eccentric motor
(A22) the second mainboard (A282) being arranged；Being provided centrally with of first mainboard (A281) can allow the defeated of eccentric motor (A22)
The second aperture (A283) that shaft passes through.
4. according to claim 3 two, which bore one, plants formula heavy duty disc glass brush drilling and hair-planting device, it is characterised in that: described
Second mainboard (A282) is provided with hoodle (A291) in the middle part of separate one end eccentric motor (A22)；The hoodle (A291)
It is arranged straight down, and runs through the second mainboard (A282)；Second eccentric wheel (A24) is located at hoodle A291) lower section, and be arranged
Have and hoodle (A291) matched location at spherical surface hole (A292).
5. according to claim 4 two, which bore one, plants formula heavy duty disc glass brush drilling and hair-planting device, it is characterised in that: described
The quantity of electric main shaft positioning plate (A31) is 1 to 4 piece.
6. according to claim 5 two, which bore one, plants formula heavy duty disc glass brush drilling and hair-planting device, it is characterised in that: described
Bit (A4) includes sequentially connected first cylinder (A41), the second cylinder (A42) and drilling cutter head (A43) from top to bottom；It is described
The diameter of second cylinder (A42) is less than the diameter of the first cylinder (A41) and the diameter of drilling cutter head (A43), the second cylinder
(A42) two sides are provided with slot of giving up the throne (A421)；Drilling lower end cutter head (A43) section along the vertical direction be inverted V-shape or
The font of falling W, the section of drilling upper end cutter head (A43) in the horizontal direction is I-shaped.
7. liang boring one and planting formula heavy duty disc glass brush drilling and hair-planting method, it is characterised in that: it comprises the technical steps that,
Step 1: the sale at reduced prices pedestal (B41) sold at reduced prices on mechanism (B4) is made for the first time by fuselage motor (B11) and fuselage screw rod (B2)
The suitable position on machine body base (B1) is moved to, thus under making the first glass brush disk (B48) be located at feather planting machine structure (B2) just
Side, the second glass brush disk (B49) are located at immediately below the second borehole drill construction (B32)；
Step 2: the second borehole drill construction (B32) drills to the second glass brush disk (B49)；
Step 3: continuing through fuselage motor (B11) and fuselage screw rod (B2) makes the sale at reduced prices pedestal (B41) sold at reduced prices on mechanism (B4)
The suitable position being re-moved on machine body base (B1), so that the first glass brush disk (B48) be made to be located at the first borehole drill construction
(B31) immediately below, the second glass brush disk (B49) is located at immediately below feather planting machine structure (B2)；
Step 4: feather planting machine structure (B2) is to the second glass brush disk (B49) being located at immediately below it and by drilling processing, together
When, the first borehole drill construction (B31) drills to the first glass brush disk (B48), will after feather planting machine structure (B2) completes to plant hair
Disk glass brush on second glass brush disk (B49) is removed from sale at reduced prices mechanism (B4)；
Step 5: continuing through fuselage motor (B11) and fuselage screw rod (B2) makes the sale at reduced prices pedestal (B41) sold at reduced prices on mechanism (B4)
The suitable position being re-moved on machine body base (B1), under making the first glass brush disk (B48) be located at feather planting machine structure (B2) just
Side, the second glass brush disk (B49) are located at immediately below the second borehole drill construction (B32)；
Step 6: feather planting machine structure (B2) is to the first glass brush disk (B48) being located at immediately below it and by drilling processing, together
When, the second borehole drill construction (B32) drills to the second glass brush disk (B49), will after feather planting machine structure (B2) completes to plant hair
Disk glass brush on first glass brush disk (B48) is removed from sale at reduced prices mechanism (B4)；
Step 7: step 3 is repeated to step 7, until obtaining multiple disk glass brushs；
Wherein, the boring method of the first borehole drill construction (B31) and the second borehole drill construction (B32) comprises the following steps,
Step 1: line shaft (A11) passes sequentially through the first eccentric wheel (A121), connecting rod (A141), V-type driving lever (A14), V-type first
Driving lever fixing axle (A142) and clamping plate (A15) move up and down lifter plate (A16) along lifting sliding rail (A161)；Lifter plate simultaneously
(A16) electric main shaft (A32) and bit (A4) is driven to move up and down in overall by electric main shaft positioning plate (A31), it is electronic at this time
Main shaft (A32) drives bit (A4) to make rotating motion, and completes boring work from top to bottom；
Step 2: eccentric motor (A22) drives camshaft bearing (A23) to be eccentrically rotated by the second eccentric wheel (A24), camshaft bearing
(A23) oscillating deck (A26) side-to-side movement on swinging sliding rail (A27) is driven by connecting plate (A25), while drives electric main shaft
(A32) and bit (A4) completes reaming to the left and to the right, and forms inverted T font hole；
Step 3: after the completion of inverted T font hole, bit (A4) moves to the middle position in inverted T font hole, and passes through line shaft (A11))
It moves upwards electric main shaft (A32) along lifting sliding rail (A161), exits the inverted T font hole being drilled, that is, complete a word of falling T
The boring work of type hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810869993.4A CN108991717B (en) | 2018-08-02 | 2018-08-02 | Two-drill one-planting type large disc glass brush drilling and hair planting device and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810869993.4A CN108991717B (en) | 2018-08-02 | 2018-08-02 | Two-drill one-planting type large disc glass brush drilling and hair planting device and method |
Publications (2)
| Publication Number | Publication Date |
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| CN108991717A true CN108991717A (en) | 2018-12-14 |
| CN108991717B CN108991717B (en) | 2020-01-17 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110833254A (en) * | 2019-11-21 | 2020-02-25 | 湖北智丰数控机械有限公司 | Fur-planting process and device for white leather strips and rubber wires through two-hole drilling |
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| GB221589A (en) * | 1923-06-22 | 1924-09-18 | Arthur Hammond Shipley | Improvements in or relating to brush making machines |
| GB649075A (en) * | 1940-06-05 | 1951-01-17 | Carlson Tool & Machine Co | Improvements in or relating to brush making machines |
| CN2482336Y (en) * | 2001-06-22 | 2002-03-20 | 中国科学院合肥智能机械研究所 | Multi-station drilling and hair planting machine |
| CN206079553U (en) * | 2016-08-31 | 2017-04-12 | 扬州市海星数控制刷设备有限公司 | Five drilling tufter of double -end |
| CN107890195A (en) * | 2017-11-01 | 2018-04-10 | 湖北智丰数控机械有限公司 | Full-automatic big disk paints lower handle drilling and hair-planting cropping all-in-one |
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB221589A (en) * | 1923-06-22 | 1924-09-18 | Arthur Hammond Shipley | Improvements in or relating to brush making machines |
| GB649075A (en) * | 1940-06-05 | 1951-01-17 | Carlson Tool & Machine Co | Improvements in or relating to brush making machines |
| CN2482336Y (en) * | 2001-06-22 | 2002-03-20 | 中国科学院合肥智能机械研究所 | Multi-station drilling and hair planting machine |
| CN206079553U (en) * | 2016-08-31 | 2017-04-12 | 扬州市海星数控制刷设备有限公司 | Five drilling tufter of double -end |
| CN107890195A (en) * | 2017-11-01 | 2018-04-10 | 湖北智丰数控机械有限公司 | Full-automatic big disk paints lower handle drilling and hair-planting cropping all-in-one |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110833254A (en) * | 2019-11-21 | 2020-02-25 | 湖北智丰数控机械有限公司 | Fur-planting process and device for white leather strips and rubber wires through two-hole drilling |
| CN110833254B (en) * | 2019-11-21 | 2021-05-28 | 湖北智丰数控机械有限公司 | Fur-planting process and device for white leather strips and rubber wires through two-hole drilling |
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|---|---|
| CN108991717B (en) | 2020-01-17 |
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