CN206561269U - Automatic intelligent high accuracy drill produced equipment - Google Patents
Automatic intelligent high accuracy drill produced equipment Download PDFInfo
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- CN206561269U CN206561269U CN201621449645.4U CN201621449645U CN206561269U CN 206561269 U CN206561269 U CN 206561269U CN 201621449645 U CN201621449645 U CN 201621449645U CN 206561269 U CN206561269 U CN 206561269U
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- 241001609368 Acamptopappus Species 0.000 claims abstract description 13
- 230000001105 regulatory effect Effects 0.000 claims abstract description 6
- 239000010437 gem Substances 0.000 claims abstract description 5
- 229910001751 gemstone Inorganic materials 0.000 claims abstract description 5
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- 241001074085 Scophthalmus aquosus Species 0.000 description 1
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- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical compound [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 description 1
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- 238000007514 turning Methods 0.000 description 1
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Abstract
The utility model discloses the utility model and provides a kind of automatic intelligent high-precision drill produced equipment, include the batch (-type) rotating disk of multiple stations, the rotating disk is provided with multiple tools uniformly at intervals along its periphery, pretreating device is provided with around the rotating disk, including for adjusting the rotating and regulating mechanism and position detecting mechanism of bit location in tool；Grooving apparatus is cut, including for cutting the cutting machine of groove open in drill bit end；Device for dotting, including do the burring mechanism that the opposite left and right striking mechanism for moving back and forth and being got ready on drill bit removes burr in drill bit end grooves；Bonding golden head device, including by the empiecement cylinder and empiecement push rod in alloy head friction jewel cephalic par groove；Device is centered about, it includes the locating piece and positioning cylinder for clamping drill bit end and being centered about to alloy head.The utility model can in high precision, high reliability, it is high-quality, automation assembling is processed to drill bit.
Description
Technical field
The utility model is related to a kind of drill bit processing and manufacturing equipment technical field, and in particular to a kind of automatic intelligent is high-precision
Spend drill produced equipment.
Background technology
During the alloy insert type drill produced of prior art, its drill body end is provided with flat recess, again in groove
Alloy head is inlaid into, the inwall of drill bit end grooves can typically remain burr, it is necessary to first when alloy head mosaic procedure is carried out
Flash removed is first removed, while needing to get the lateral wall of drill bit ready, in addition, in alloy head assembling process, it is fixed often to occur
Position deviation to it, it is necessary to be centered about, and prior art lacks the intelligence for realizing that integration solves above-mentioned multiple processes automatically
Full-automatic high precision drill produced equipment.
Utility model content
Set in view of the deficienciess of the prior art, the utility model provides a kind of high-precision drill produced of automatic intelligent
It is standby, can in high precision, high reliability, it is high-quality, automation assembling is processed to drill bit.
The utility model provides a kind of automatic intelligent high-precision drill produced equipment, includes the batch (-type) of multiple stations
Rotating disk, the rotating disk is provided with multiple tools uniformly at intervals along its periphery, and drill bit feeding device, pre-treatment are provided with around the rotating disk
Device, cutting grooving apparatus, device for dotting, bonding golden head device, it is centered about device, blanking device；
Pretreating device, including for adjusting the rotating and regulating mechanism and position detecting mechanism of bit location in tool；
Grooving apparatus is cut, including for cutting the cutting machine of groove open in drill bit end；
Device for dotting, including do the opposite left and right striking mechanism for moving back and forth and being got ready on drill bit and remove drill bit end
The burring mechanism of burr in groove；
Bonding golden head device, including by the empiecement cylinder and empiecement push rod in alloy head friction jewel cephalic par groove；
Device is centered about, it includes the locating piece and positioning cylinder for clamping drill bit end and being centered about to alloy head.
The utility model is further arranged to, and the feed mechanism includes feeding table and hopper, in addition to presses close to and set side by side
The transition rolled across for drill bit is provided with the top of the rebound and the lifter plate by cam mechanism driving oscilaltion put, the rebound
Provided with the liftout inclined-plane for raising drill bit at the top of inclined-plane, the lifter plate；
The horizontal delivery device includes tumbling the groove of drill bit from intermediate incline at the top of feeding table and for receiving,
The groove it is interior provided with the push rod and the push cylinder of driving push rod that move back and forth in a groove and promote drill bit into chuck；
The feed mechanism is three；
The feeding face that the feed hopper bottom is set down provided with inclination,
The feeding face and the intermediate incline set on adjacent transition plate are coplanar；
The slope parallel with the liftout inclined-plane is additionally provided between the groove and lifter plate；The cam mechanism includes
Cam, feeding belt and feeding gear, feeding motor.
The utility model is further arranged to, the rotating and regulating mechanism, and it includes rotating servo motor and is driven by it
The positioning sleeve of rotation, the positioning sleeve, which is provided with to be used to rotate, entangles and adjusts the neck of bit location, the positioning sleeve with
The drill bit that tool is clamped on the rotating disk is coaxially collinearly set；Tooth is additionally provided between the rotating servo motor and the positioning sleeve
Wheel；The afterbody of the servomotor is additionally provided with the adjustment cylinder for promoting servomotor and positioning sleeve reach, the servo electricity
The bottom of machine is provided with slide rail；
Position detecting mechanism, including measurement drill bit is relative to the position sensor of tool extension elongation, the position sensing
Device is grating scale.
The utility model is further arranged to, and the cutting machine includes to rise on cutting machine head and fuselage, the head
That drops is provided with the cutter plate for making horizontal revolving motion, and the cutter plate is by driving belt and belt pulley with being located at the machine
The the first servomotor connection held after one's death；The movable mechanism that the fuselage bottom advances or retreated provided with driving fuselage, it is preceding
Travel mechanism is connected including the second servomotor afterwards；The cutter plate is at least coaxially disposed two；The top of the fuselage is also
Height adjustment mechanism provided with driving cutterhead lifting, height adjustment mechanism includes the 3rd servomotor；The fuselage is moved with front and rear
The left/right movement device that driving fuselage is moved left and right is additionally provided between motivation structure, left/right movement device includes the 4th servomotor；
Notch beveler or cutting machine are additionally provided with by the side of the cutting machine.
The utility model is further arranged to, and the left striking mechanism gets cylinder ready including a left side and push rod is got on a left side ready, described
A left side, which gets a push rod connection left side ready and gets rack, the left side ready and get rack side ready and get mould ready with a left side, to be connected, and side is synchronous with getting ready
Gear is engaged；The right striking mechanism gets cylinder ready including the right side and push rod is got on the right side ready, and the right side is got the push rod side connection right side ready and beaten
Point mould, opposite side and the right side get that rack is connected, the right side is got rack ready and engaged with the synchromesh gear of getting ready ready；The deburring
Mechanism includes burring knife, and the burring knife is moved back and forth by the driving of deburring cylinder is vertical, and the burring knife is located at institute
State left and right and get overhead between mould ready.
The utility model is further arranged to, and removably empiecement fixture, the empiecement are connected with the empiecement push rod
The front end of fixture is provided with the breach for being used for accommodating alloy head, and the lower section of the breach is provided with the bottom plate for stopping alloy head, the bottom
Plate overhead is provided with the portable sucker for being used for holding and convey alloy head；The sucker be connected with push cylinder and piston rod and by
It drives, the piston rod and empiecement push rod are orthogonal, the side of the sucker be additionally provided with conveying alloy head vibrating disk and
Feeding guide.
The utility model is further arranged to, and the device that is centered about also includes synchromesh gear placed in the middle, described placed in the middle same
Step gear both sides are equipped with rack placed in the middle, and the rack placed in the middle connects the locating piece respectively, described placed in the middle logical with rack one end
Push Rod Rack is crossed to be connected and be driven by it with positioning cylinder.
The utility model is further arranged to, and the blanking device is included on sliding guide and sliding stand, the sliding stand
Provided with the discharging chuck that finished product drill bit is extracted from tool will be assembled.
The utility model is further arranged to, and the rotating disk is index dial or electromagnetism dispenser, and the station is eight；Institute
Stating tool includes pneumatic chuck and the flexible telescopic cylinder of driving pneumatic chuck.
The utility model is further arranged to, and is additionally provided with whether detection drill bit takes between the blanking device and feeding device
The blanking sensor gone out, between the blanking device and pretreating device be provided with feeding sensor, the loading and unloading sensor with
Controller be connected, the controller is also respectively connected with and controls rotating disk, feeding device, pretreating device, cutting grooving apparatus, beat
Point device, bonding golden head device, the operating for being centered about device, blanking device.
The utility model has following beneficial effects：
1. existing multiple stations are integrated into automation equipment, while for the shortcoming of existing process, adding by automation
Get and be centered about automatic function ready, substantially increase production efficiency.
2. high accuracy, whole equipment fully automatic operation control process, machining accuracy is higher, while effectively prevent work
Influence of people's operating experience to machining accuracy.
3. high reliability, by setting multiple sensors, is prevented effectively from mismachining tolerance and processing mistake.
4. automation equipment high-quality, by the present invention, can obtain better quality and higher homogeneity.
5. good energy saving property, by the way that multiple processes are assembled into an equipment, shortens the convergence time between process, reduction
Energy consumption between process, greatlys save the energy and cost.
6. the blank of existing domestic drill bit automated production equipment is compensate for, before wide market prospects and application
Scape.
Brief description of the drawings
Fig. 1 overlooking the structure diagrams of the present utility model.
Fig. 2 is Fig. 1 positive structure diagram.
Fig. 3 is the detailed components figure of feeding device.
Fig. 4 is Fig. 3 detailed components figure.
Fig. 5 is the detailed components figure of pretreating device.
Fig. 6 is the detailed components figure of cutting grooving apparatus.
Fig. 7 is the detailed components figure of device for dotting.
Fig. 8 is the detailed components figure of bonding golden head device.
Fig. 9 is the detailed components figure for being centered about device.
Figure 10 is the detailed components figure of blanking device.
Figure 11 is the partial schematic diagram of positioning sleeve.
Embodiment
Embodiment 1
Include the batch (-type) rotating disk 1 of multiple stations, the rotating disk 1 is provided with multiple tools 2, enclosed uniformly at intervals along its periphery
Around the rotating disk provided with drill bit feeding device 3, pretreating device 4, cutting grooving apparatus 5, device for dotting 6, bonding golden head device
7th, device 8, blanking device 9 are centered about；Pretreating device 4, including adjusted for the rotation for adjusting drill bit 3-5 positions in tool
Complete machine structure and position detecting mechanism；Cut grooving apparatus 5, including the cutting machine for being slotted in drill bit 3-5 end cuts；Get ready
Device 6, including do the opposite left and right striking mechanism for moving back and forth and being got ready on drill bit and remove burr in drill bit end grooves
Burring mechanism；Bonding golden head device 7, including by the empiecement cylinder and empiecement push rod in alloy head friction jewel cephalic par groove；Occupy
Middle positioner 8, it includes the locating piece and positioning cylinder for clamping drill bit end and being centered about to alloy head.
The feed mechanism include feeding table 3-1 and hopper 3-2, in addition to press close to the rebound 3-3 being set up in parallel and by
Cam mechanism drives the intermediate incline 3-31 for being provided with and being rolled across for drill bit 3-5 at the top of the lifter plate 3-4 of oscilaltion, rebound 3-3,
Provided with the liftout inclined-plane 3-41 for raising drill bit at the top of lifter plate 3-4.The horizontal delivery device is included located at the top of feeding table 1 simultaneously
Tumble to be provided with drill bit 3-5 groove 3-6, groove 3-6 from intermediate incline for receiving and move back and forth in a groove and promote brill
Head 3-5 is to the push rod and the push cylinder of driving push rod in chuck 22.（Do not drawn in figure, cylinder and bar are all prior art）
Feed mechanism is three.Structure is identical, and length is different, and staged is set.The lower end of feed mechanism passes through sliding block 3-8 and cam
3-9 is connected.The feeding face 3-21 that hopper 3-2 bottoms are set down provided with inclination, feeding face 3-21 on adjacent transition plate with setting
Intermediate incline 3-31 it is coplanar.The slope 3-61 parallel with liftout inclined-plane is additionally provided between groove and lifter plate.Cam mechanism
Including cam 3-9, feeding belt 3-11 and feeding gear, feeding motor 3-10.
Rotating and regulating mechanism, its positioning sleeve 4-5, the positioning sleeve 4-5 for including servomotor 4-4 and being driven by it rotation
It is provided with to be used to rotate and entangles and adjust the neck 4-51, the positioning sleeve 4-5 of drill bit 3-5 positions with being pressed from both sides on the rotating disk 1
The first 22 drill bit 3-5 clamped are coaxially collinearly set；Gear is additionally provided between the servomotor and the positioning sleeve.The servo
The afterbody of motor is additionally provided with the adjustment cylinder for promoting servomotor and positioning sleeve extension, and the bottom of the servomotor is provided with
Slide rail.As a kind of preferred embodiment, it can also be not provided with.Position detecting mechanism, including measurement drill bit stretch out relative to chuck 22
The position sensor of length.It is not drawn into figure.The position sensor is grating scale.Can also be other position sensors,
It is preferred that grating scale.
Cutting machine includes liftable be provided with cutting machine head 5-8 and fuselage 5-1, head 5-8 and makees horizontal revolving motion
Cutter plate 5-2, cutter plate 5-2 passes through driving belt 5-3 and belt pulley and the first servomotor located at back body
5-4 connections；The movable mechanism that fuselage 5-1 bottoms are advanced or retreated provided with driving fuselage, moving forward and backward mechanism includes second
Servomotor 5-5 is connected.Notch beveler 5-9 or cutting machine are additionally provided with by the side of cutting machine.According to the difference of drill bit, cloth is selected
Put chamfering or do not need chamfering, or whether this needs secondary cutting.Cutter plate 5-2 is at least coaxially disposed two.The top of fuselage
Portion is additionally provided with the height adjustment mechanism of driving cutterhead lifting, and height adjustment mechanism includes the 3rd servomotor 5-6.Cut for adjusting
Disc cutterbar 5-2 vertical position.Can also be by the way of adjusting manually.Driving is additionally provided between fuselage and movable mechanism
The left/right movement device that fuselage is moved left and right, left/right movement device includes the 4th servomotor 5-7.Height adjustment mechanism, left and right
Travel mechanism, movable mechanism are using existing ordinary skill such as ball-screw movement or worm screw travel mechanism.
Left striking mechanism gets cylinder 6-4 ready including a left side and push rod 6-5 is got on a left side ready, and a left side gets a push rod 6-5 connections left side ready and gets tooth ready
Bar 6-6, a left side, which get rack 6-6 sides ready and get mould 6-7 ready with a left side, to be connected, and side is engaged with synchromesh gear 6-3.Right striking mechanism
Get cylinder 6-8 ready including the right side and push rod 6-9 got on the right side ready, the right side gets the push rod 6-9 sides connection right side ready and gets mould 6-10 ready, opposite side with
The right side gets that rack 6-11 is connected, the right side gets rack 6-11 ready and engaged with synchromesh gear 3 ready.Left and right, which is got ready to be additionally provided between mould, does vertical
Move back and forth and be used for the burring mechanism for removing drill trough inwall burr.Burring mechanism includes burring knife 6-12, goes
Deburring cutter 6-12 is driven by deburring cylinder.（Do not indicated in burr cylinder figure）
Empiecement fixture 7-51 is removably connected with empiecement push rod 7-5, empiecement fixture 7-51 front end, which is provided with, to be used to hold
The breach 7-52 of sodium alloy head.Breach 7-52 lower section is provided with the bottom plate 7-10 for stopping alloy head, and bottom plate 7-10 overhead is provided with use
In the portable sucker for holding and conveying alloy head.For holding alloy head 7-15 by sucker, and it is transported on bottom plate 7-10,
Empiecement fixture 7-51 is waited to push.The sucker is connected and is driven by it with push cylinder 7-13 and piston rod 7-14, the work
Stopper rod 7-14 and empiecement push rod 7-5 are orthogonal, and the side of the sucker is additionally provided with conveying alloy head 7-15 vibrating disk 7-11
With feeding guide 7-12.
Centered positioning mechanism also includes synchromesh gear 8-8 placed in the middle, and synchromesh gear 8-8 both sides placed in the middle are equipped with rack 8- placed in the middle
9, rack 8-9 placed in the middle connect locating piece 8-6 respectively, and rack 8-9 one end placed in the middle passes through Push Rod Rack 8-71 and positioning cylinder 8-7 phases
Connect and be driven by it.Positioning cylinder 8-7 can only set one or while set 1.Gear 8-8 presence so that two fixed
Position block 8-6 pace of movement is consistent, prevents both sides pressure and the inconsistent phenomenon of moving displacement.
The blanking device includes sliding guide 9-1 and sliding stand 9-2, and the sliding stand 9-2 will be provided with will assemble into
The discharging chuck that product drill bit is extracted from tool.
The rotating disk is index dial or electromagnetism dispenser, and the station is eight；The tool 2 includes the He of pneumatic chuck 22
The telescopic cylinder for driving pneumatic chuck flexible.
The utility model is further arranged to, and is additionally provided with whether detection drill bit takes between the blanking device and feeding device
The blanking sensor gone out（It is not drawn into figure）, feeding sensor 10 is provided between the blanking device and pretreating device, it is described
Loading and unloading sensor is connected with controller, and the controller is also respectively connected with and controls rotating disk 1, feeding device 3, pretreating device
4th, cutting grooving apparatus 5, device for dotting 6, bonding golden head device 7, be centered about device 8, the operating of blanking device 9.
When specifically used：
The batch (-type) swivel feeding of rotating disk 1, whole equipment automatic operating is to drill bit fluting and bonding golden head, and specific steps are such as
Under：
The first step, feeding.
Drill bit is placed in hopper 3-2, and drill bit is along feeding face 3-21 slide downwards and oblique by transition in hopper 3-2
Face 3-31 is rolled on the liftout inclined-plane 3-41 at the top of lifter plate 3-4；Cam 3-9 drives feed mechanism to move upwards；Liftout inclined-plane
3-41 heads on drill bit and raised and coplanar with the slope 3-61, and drill bit 3-5 is fallen into after slope 3-61 in groove 3-6；
Feeding cylinder pusher cylinder push rod, cylinder push-rod is by the chuck 22 in front of drill bit 3-5 press-ins
Second step, rotational positioning and test position.
During because of alloy bit end grooving, correct cut surface is needed alloy bit（Band external spiral cutting blade）Rotate to spy
Positioning is put and fixed, but the drill bit clamped in chuck is pressed into feeding device 3, and drill bit end position or extension elongation are not to be inconsistent
Close cutting position requirement, it is therefore desirable to positioning sleeve is driven by servomotor, by the neck on positioning sleeve, by alloy bit
Block, while servomotor drives positioning sleeve to rotate to ad-hoc location and is pressed into chuck fixed locking.Pass through position sensing again
Device or optical grating ruler measurement drill bit stretch out the height or length of chuck end face, and by detecting height or length, there is provided to follow-up cutting
Station is used as cutting position information, it is ensured that cutting is accurate.
3rd step, cutting fluting or cutting fluting chamfering
First adjustment cutter plate 5-42 vertical position, drill bit position to be cut is adjusted to by cutter plate 5-42 vertically
Put.The distance of cutter plate 5-42 and drill bit is adjusted, is adjusted by the second servomotor 5-45.First servomotor passes through skin
Band drives cutter plate 5-42 to rotate and start cutting bit end.Controller controls the second servo according to the depth slotted
Motor 5-45 advance nominal distances.Whether start beveler as needed simultaneously.
4th step, gets deburring ready
There is the burr of residual in its outer wall and groove after drill bit end fluting in the 3rd step in drill bit.Need simultaneously
The ad-hoc location of trough rim is got ready, and so-called get ready is by extruding so that the site location deformation of drill bit so that next step bonding gold
Head is more firm, first passes through the deburring cutter 6-12 of burring mechanism, removes the burr in drill bit end grooves；Got ready again by left and right
Mechanism is operated simultaneously, and under the coordination of synchromesh gear, is acted in agreement and got the position that mould is got ready in drill bit needs ready by left and right
Put progress and get removing step ready, left and right is got mould ready and can be the same or different.
5th step, bonding golden head
Vibrating disk 7-11 and feeding guide 7-12 conveying the alloy head 7-15 of feed mechanism；Delivery device is by pushing afterwards
Alloy head 7-15 is simultaneously transported on bottom plate 7-10 by cylinder 7-13 and piston rod 7-14 movement suckers.Alloy head 7-15 rests on bottom
Plate 7-10, which is waited, to be pushed.Rotating disk 1 drives the pneumatic chuck 22 of clamping drill bit to suspend after turning an angle, and causes drill bit and edge
Piece push rod 7-5 is parallel or conllinear, before drill bit and pneumatic chuck 22 stretch out and arrived the one end of bottom plate 10 top or front be adjacent to.Empiecement
Cylinder 7-4 drives empiecement push rod 7-5, empiecement fixture 7-51 to promote in the groove of alloy head 7-15 and friction jewel cephalic par.Pneumatic clamps
First 22 drive drill bit and alloy head 7-15 to retract, and are turned an angle after rotating disk 1 and start to be centered about.
6th step is centered about
Rotating disk 1 suspends, and pneumatic chuck 22 drives drill bit and alloy head 7-15 extensions to be placed between 2 locating piece 8-6, together
When locating piece 8-6 under positioning cylinder 8-7 driving, start to the middle assembling position for extruding and causing alloy head 7-15 and drill bit
Put placed in the middle, prevent previous procedure from alloy head occur and error occur with drill bit assembling, it is ensured that assembly precision.
7th step blanking
The sliding stand 9-2 of the blanking device is slided under cylinder promotion along sliding guide 9-1, going out on sliding stand 9-2
Feed collet head will be assembled that finished product drill bit is extracted from tool and discharged, and whether the drill bit that blanking sensor sensing is assembled afterwards
Success blanking, while the whether successful feeding of feeding sensor detection feeding device.The first to the 7th step is repeated in again.
It the above is only preferred embodiment of the present utility model, protection domain of the present utility model is not limited merely to implement
Example, all technical schemes belonged under the utility model thinking belong to protection domain of the present utility model.It should be pointed out that for this
For the those of ordinary skill of technical field, some improvements and modifications under the premise of the utility model principle is not departed from, these
Improvements and modifications also should be regarded as protection domain of the present utility model.
Claims (10)
1. automatic intelligent high accuracy drill produced equipment, it is characterised in that：Include the batch (-type) rotating disk of multiple stations, it is described
Rotating disk is provided with multiple tools uniformly at intervals along its periphery, and drill bit feeding device, pretreating device, cutting are provided with around the rotating disk
Grooving apparatus, device for dotting, bonding golden head device, it is centered about device, blanking device；
Pretreating device, including for adjusting the rotating and regulating mechanism and position detecting mechanism of bit location in tool；
Grooving apparatus is cut, including for cutting the cutting machine of groove open in drill bit end；
Device for dotting, including do the opposite left and right striking mechanism for moving back and forth and being got ready on drill bit and remove in drill bit end grooves
The burring mechanism of burr；
Bonding golden head device, including by the empiecement cylinder and empiecement push rod in alloy head friction jewel cephalic par groove；
Device is centered about, it includes the locating piece and positioning cylinder for clamping drill bit end and being centered about to alloy head.
2. the high-precision drill produced equipment of automatic intelligent according to claim 1, it is characterised in that：
Feed mechanism include feeding table and hopper, in addition to press close to the rebound being set up in parallel and by cam mechanism drive above and below rise
It is provided with to be provided with the top of the intermediate incline rolled across for drill bit, the lifter plate at the top of the lifter plate of drop, the rebound and raises drill bit
Liftout inclined-plane；
Horizontal delivery device includes tumbling the groove of drill bit, the groove from intermediate incline at the top of feeding table and for receiving
It is interior provided with the push rod and the push cylinder of driving push rod that move back and forth in a groove and promote drill bit into chuck；
The feed mechanism is three；
The feeding face that the feed hopper bottom is set down provided with inclination,
The feeding face and the intermediate incline set on adjacent transition plate are coplanar；
The slope parallel with the liftout inclined-plane is additionally provided between the groove and lifter plate；The cam mechanism includes convex
Wheel, feeding belt and feeding gear, feeding motor.
3. the high-precision drill produced equipment of automatic intelligent according to claim 1, it is characterised in that：
Set on the rotating and regulating mechanism, its positioning sleeve for including rotating servo motor and being driven by it rotation, the positioning sleeve
There is the neck that bit location is lived and adjusted for rotary sleeve, the positioning sleeve and the drill bit that tool is clamped on the rotating disk are coaxial
It is conllinear to set；Gear is additionally provided between the rotating servo motor and the positioning sleeve；The afterbody of the servomotor is additionally provided with
The adjustment cylinder of servomotor and positioning sleeve reach is promoted, the bottom of the servomotor is provided with slide rail；
Position detecting mechanism, including measurement drill bit, relative to the position sensor of tool extension elongation, the position sensor is
Grating scale.
4. the high-precision drill produced equipment of automatic intelligent according to claim 1, it is characterised in that：The cutting machine bag
Include liftable provided with the cutter plate for making horizontal revolving motion, the cutter on cutting machine head and fuselage, the head
Disk is connected by driving belt and belt pulley with the first servomotor located at the back body；The fuselage bottom is provided with drive
The movable mechanism that motivation body advances or retreated, moves forward and backward mechanism and is connected including the second servomotor；The cutter plate
At least it is coaxially disposed two；The height adjustment mechanism of driving cutterhead lifting, height adjustment mechanism are additionally provided with the top of the fuselage
Including the 3rd servomotor；Be additionally provided between the fuselage and movable mechanism driving fuselage move left and right move left and right machine
Structure, left/right movement device includes the 4th servomotor；Notch beveler or cutting machine are additionally provided with by the side of the cutting machine.
5. the high-precision drill produced equipment of automatic intelligent according to claim 1, it is characterised in that：The left dotting machine
Structure gets cylinder ready including a left side and push rod is got on a left side ready, and the left side, which gets a push rod connection left side ready and gets rack, the left side ready, gets rack side ready
Mould is got ready with a left side to be connected, and side is engaged with getting synchromesh gear ready；The right striking mechanism gets cylinder ready including the right side and the right side is beaten
Point push rod, the right side gets the push rod side connection right side ready and gets mould ready, and opposite side gets that rack is connected, rack is got on the right side ready ready with the right side
Engaged with the synchromesh gear of getting ready；The burring mechanism includes burring knife, and the burring knife is driven by deburring cylinder
Dynamic vertical reciprocating motion, the burring knife gets the overhead between mould ready located at the left and right.
6. the high-precision drill produced equipment of automatic intelligent according to claim 1, it is characterised in that：The empiecement push rod
On be removably connected with empiecement fixture, the front end of the empiecement fixture is provided with the breach for being used for accommodating alloy head, the breach
Lower section provided with the bottom plate for stopping alloy head, the bottom plate overhead, which is provided with, to be used to holding and conveying the portable sucker of alloy head；
The sucker is connected and is driven by it with push cylinder and piston rod, the piston rod and empiecement push rod are orthogonal, described to inhale
The side of disk is additionally provided with the vibrating disk and feeding guide of conveying alloy head.
7. the high-precision drill produced equipment of automatic intelligent according to claim 1, it is characterised in that：It is described to be centered about
Device also includes synchromesh gear placed in the middle, and the synchromesh gear both sides placed in the middle are equipped with rack placed in the middle, and the rack placed in the middle connects respectively
The locating piece is connect, it is described to be connected and be driven by it with positioning cylinder by Push Rod Rack with rack one end between two parties.
8. the high-precision drill produced equipment of automatic intelligent according to claim 1, it is characterised in that：The blanking device
Including sliding guide and sliding stand, the sliding stand, which is provided with, will assemble the discharging chuck that finished product drill bit is extracted from tool.
9. the high-precision drill produced equipment of automatic intelligent according to claim 1, it is characterised in that：The rotating disk is to divide
Scale or electromagnetism dispenser, the station are eight；The tool includes pneumatic chuck and drives pneumatic chuck is flexible to stretch
Cylinder.
10. the high-precision drill produced equipment of automatic intelligent according to claim 1, it is characterised in that：The blanking dress
Put and the blanking sensor that whether takes out of detection drill bit be additionally provided between feeding device, the blanking device and pretreating device it
Between be provided with feeding sensor, the loading and unloading sensor is connected with controller, the controller is also respectively connected with and controls rotating disk,
Feeding device, pretreating device, cutting grooving apparatus, device for dotting, bonding golden head device, it is centered about device, blanking device
Operating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621449645.4U CN206561269U (en) | 2016-12-27 | 2016-12-27 | Automatic intelligent high accuracy drill produced equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621449645.4U CN206561269U (en) | 2016-12-27 | 2016-12-27 | Automatic intelligent high accuracy drill produced equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206561269U true CN206561269U (en) | 2017-10-17 |
Family
ID=60029801
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621449645.4U Expired - Fee Related CN206561269U (en) | 2016-12-27 | 2016-12-27 | Automatic intelligent high accuracy drill produced equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206561269U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106670814A (en) * | 2016-12-27 | 2017-05-17 | 杭州斯比特机电有限公司 | Intelligent full-automatic high-precision production equipment for drill bits |
| CN108526904A (en) * | 2018-06-11 | 2018-09-14 | 乐清市三环精密机械有限公司 | A kind of multistation sliding block processing integrated machine structure |
| CN116276119A (en) * | 2023-04-27 | 2023-06-23 | 南通博特锐精密工具有限公司 | Cemented carbide reamer machining device and technology |
-
2016
- 2016-12-27 CN CN201621449645.4U patent/CN206561269U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106670814A (en) * | 2016-12-27 | 2017-05-17 | 杭州斯比特机电有限公司 | Intelligent full-automatic high-precision production equipment for drill bits |
| CN108526904A (en) * | 2018-06-11 | 2018-09-14 | 乐清市三环精密机械有限公司 | A kind of multistation sliding block processing integrated machine structure |
| CN108526904B (en) * | 2018-06-11 | 2023-09-29 | 乐清市三环精密机械有限公司 | Multi-station slide block machining integrated mechanism |
| CN116276119A (en) * | 2023-04-27 | 2023-06-23 | 南通博特锐精密工具有限公司 | Cemented carbide reamer machining device and technology |
| CN116276119B (en) * | 2023-04-27 | 2023-11-21 | 南通博特锐精密工具有限公司 | Cemented carbide reamer machining device and technology |
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| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171017 |