CN206677231U - A kind of pentahedron digitally controlled multifunctional Ni Zhifu drill - Google Patents
A kind of pentahedron digitally controlled multifunctional Ni Zhifu drill Download PDFInfo
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- CN206677231U CN206677231U CN201720472377.6U CN201720472377U CN206677231U CN 206677231 U CN206677231 U CN 206677231U CN 201720472377 U CN201720472377 U CN 201720472377U CN 206677231 U CN206677231 U CN 206677231U
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Abstract
It the utility model is related to a kind of pentahedron digitally controlled multifunctional Ni Zhifu drill, including the work top by supporting leg on ground, the frame being fixed on work top is provided with above work top, workpiece ejection mouth is provided with the middle part of work top, on front side of workpiece ejection mouth, rear side, flat drill device is respectively equipped with the work top on left side and right side, the rack before and after the two bottom sides of each flat drill device are respectively equipped with one, position corresponding to each flat drill device on work top is equipped with horizontally disposed first power transmission shaft, one end of first power transmission shaft is connected with the first motor.The utility model uses such scheme, according to the position in parts to be processed hole and number, adjust number and the position of horizontal drilling device and vertical drilling hole device, one-time positioning can be achieved and complete five-face drilling task, operating efficiency is high, and machining accuracy is high, and the processing tasks can simultaneously be bored, attacked, reamed, work-yard, equipment investment quantity and investment amount are effectively saved, reduces production cost.
Description
Technical field：
It the utility model is related to a kind of pentahedron digitally controlled multifunctional Ni Zhifu drill.
Background technology：
Existing common driller and numerical control drilling machine are in processing hole is more and hole is in Different Plane part (such as engine
Casing, hydraulic pressure, pneumatic valve parts) when, it is necessary to by parts to be processed rotational positioning several times, can just complete multiaspect drilling
Processing work, operation positioning trouble, wastes time and energy, machining accuracy is low, and operating efficiency is low.
Utility model content：
The utility model is in order to make up the deficiencies in the prior art, there is provided a kind of pentahedron digitally controlled multifunctional Ni Zhifu drill, it is tied
Structure is reasonable in design, and one-time positioning can be achieved and complete five-face drilling task, easy to operate, operating efficiency is high, and machining accuracy is high, solves
Problems of the prior art.
The utility model is that technical scheme is used by solving above-mentioned technical problem：
A kind of pentahedron digitally controlled multifunctional Ni Zhifu drill, including the work top by supporting leg on ground, in work top
Top is provided with the frame being fixed on work top, and workpiece ejection mouth is provided with the middle part of work top, mouth is ejected in workpiece
Front side, rear side, left side and right side work top on be respectively equipped with a flat drill device, in the two bottom sides point of each flat drill device
Horizontally disposed first transmission She You not be equipped with rack, the position corresponding to each flat drill device on work top before and after one
Axle, one end of the first power transmission shaft are connected with the first motor, and the position point of rack before and after two is corresponded at the both ends of the first power transmission shaft
Not She You a front and rear gear that be meshed with front and rear rack, flat drill bottom of device is by sliding block active card loaded on being arranged on workbench
On horizontally disposed first slideway on face, the upper rack above workpiece ejection mouth is provided with vertical drill device, is set in frame
Have four the first leading screws being vertically arranged, be provided with the second motor in the frame on the first leading screw top, the main shaft of the second motor with
First leading screw is connected, and the position corresponding to four the first leading screws on vertical drill device is provided with four the first screws, the first nut sleeve
On the first leading screw, the second slideway being vertically arranged is provided with frame, vertical drill device is loaded on second by sliding block active card
On slideway, workpiece inlet/outlet mechanism is provided with below work top.
The workpiece inlet/outlet mechanism includes the disengaging support below work top, at left and right sides of workpiece ejection mouth
Feeding conveying belt and discharging conveyor belts are respectively equipped with disengaging support, one is provided with the disengaging support immediately below workpiece ejection mouth
Raising plate, a jacking hydraulic cylinder is provided with the lower section of raising plate, the piston rod and raising plate for jacking hydraulic cylinder are connected, in raising plate
Upper surface be provided with magnet plate, on front side of raising plate, rear side, left side and right side disengaging support on be respectively equipped with a correction liquid
Cylinder pressure, each tailpiece of the piston rod for correcting hydraulic cylinder towards raising plate, are equipped with the piston rod end of each correction hydraulic cylinder
One scraping wings, on the left of raising plate and right side correction hydraulic cylinder be located at respectively feeding conveying belt and discharging conveyor belts top and
It is movably arranged at by oscilaltion mechanism on disengaging support, one is provided with the top of raising plate and is fixed on standing on disengaging support
Post, column are stretched into frame, and the lead being vertically arranged is provided with column, and raising plate is set on lead.
The oscilaltion mechanism includes the stand on disengaging support, and lower tooth on one is respectively equipped with the both sides of stand
Article and the 3rd slideway, the sliding seat active card that correction hydraulic cylinder is set by both sides be loaded on the 3rd slideway, horizontally disposed the
The both ends of two power transmission shafts are movably arranged on two sliding seats respectively by bearing, and the 3rd motor, the 3rd horse are provided with a sliding seat
The main shaft reached is connected with second driving shaft, the position corresponding to about two racks on second driving shaft be respectively equipped with one with it is upper and lower
The upper lower gear that rack is meshed.
The flat drill device includes the first framework, the rack before and after the two bottom sides of the first framework are respectively equipped with one, and first
Base of frame is loaded on the first slideway being arranged on work top by sliding block active card, and several are provided with the first framework
Upper and lower spaced drill bit group, it is total that the drill bit group including several intervals sets the drill bit positioned at sustained height in a row
Into being respectively equipped with one second screw in the both sides of drill bit group, set respectively corresponding to the positions of two second screws on the first framework
There is the second leading screw, one end of the second leading screw is connected with the 4th motor on the first framework by bevel gear transmission, the
For two nut sleeves on the second leading screw, sliding block active card that drill bit group is set by its both sides, which is loaded on, is arranged on the of the first framework
On four slideways.
The vertical drill device includes the second framework, and the first screw is provided with the second framework, and the second framework is lived by sliding block
It is dynamic to be installed on the second slideway, the spaced drill bit group in several left and right is provided with the second framework, the drill bit group includes
Dry interval sets drill bit assembly in a row, and one second screw is respectively equipped with the both sides of drill bit group, corresponding on the second framework
The 4th leading screw is respectively equipped with the position of two second screws, one end of the 4th leading screw leads to the 6th motor on the second framework
Cross bevel gear transmission to be connected, for the second nut sleeve on the 4th leading screw, the sliding block that drill bit group is set by its both sides is movable
It is installed on the 5th slideway for being arranged on the second framework.
The drill bit group includes drill bit support, the second screw and sliding block is respectively equipped with the both sides of drill bit support, in drill bit
The front end of support is provided with about two clamping plates being oppositely arranged, and is equipped with chute on two relative medial surfaces of two clamping plates, is boring
The rear end of head bracket moves horizontally end fixed plate provided with one, and corresponding to each drill bit assembly on end fixed plate is moved horizontally distinguishes
Provided with one the 3rd leading screw, one end of the 3rd leading screw is connected with the 5th motor, and the drill bit assembly includes being sheathed on the 3rd leading screw
The 3rd screw, drilling rod rotation motor is provided with the 3rd screw, the main shaft of drilling rod rotation motor is connected with a drilling rod, the brill
Bar includes rear drilling rod and preceding drilling rod, and the rear end of preceding drilling rod is in the six rib holes that drilling rod front end is set after six prisms insert, in preceding brill
The feeding beam barrel of outer hollow setting of the outer circumference surface provided with helical groove that be slidingly connected by bearing of bar, in feeding beam barrel overcoat
If an inner peripheral surface is provided with the sleeve for the spiral salient being engaged with helical groove, sliding plate is provided with bush outer sleeve, is slid
Axle sleeve is provided between plate and sleeve, is respectively equipped with the draw runner being engaged with chute in the upper and lower surface of sliding plate, sliding plate passes through
The cooperation of chute and draw runner is movably arranged between two clamping plates, and the rear end of sleeve stretches out sliding plate and end is provided with driven gear,
A horizontally disposed feed shaft is provided between sliding plate and the 3rd screw, a feeding motor is provided with the 3rd screw, feeds horse
Be connected between the main shaft reached and feed shaft by belt gear, on feed shaft be provided with one it is relative with driven gear position and
The driving gear being meshed.
The universal hydraulic cylinder of a binder is respectively equipped with frame corner below vertical drill device.
The utility model uses such scheme, reasonable in design, according to the position in parts to be processed hole and number, adjustment
The number and position of horizontal drilling device and vertical drilling hole device, one-time positioning can be achieved and complete five-face drilling task, work effect
Rate is high, and machining accuracy is high, and the processing tasks that can simultaneously be bored, attacked, reamed by installing different drill bits, effectively save
Work-yard, equipment investment quantity and investment amount, reduce production cost.
Brief description of the drawings：
Fig. 1 is structural representation of the present utility model.
Fig. 2 is Fig. 1 main structure diagram.
Fig. 3 is Fig. 1 left view structural representation.
Fig. 4 is the structural representation of workpiece inlet/outlet mechanism.
Fig. 5 is Fig. 4 main structure diagram.
Fig. 6 is Fig. 4 left view structural representation.
Fig. 7 is the structural representation of work top.
Fig. 8 is Fig. 7 main structure diagram.
Fig. 9 is Fig. 7 overlooking the structure diagram.
Figure 10 is the structural representation of flat drill device.
Figure 11 is Figure 10 right side structural representation.
Figure 12 is the structural representation of drill bit group.
Figure 13 is Figure 12 overlooking the structure diagram.
Figure 14 is the structural representation of drill bit assembly.
Figure 15 is the structural representation of another angle of drill bit assembly.
Figure 16 is Figure 14 left view structural representation.
Figure 17 is the structural representation of preceding segment of drillpipe.
Figure 18 is A-A to cross section structure diagram.
Figure 19 is the structural representation of vertical drill device.
Figure 20 is Figure 19 left view structural representation.
In figure, 1, supporting leg, 2, work top, 3, frame, 4, workpiece ejection mouth, 5, flat drill device, 6, front and rear rack, 7, the
One power transmission shaft, the 8, first motor, 9, front and rear gear, the 10, first slideway, 11, vertical drill device, the 12, first leading screw, the 13, second horse
Reach, the 14, first screw, the 15, second slideway, 16, workpiece inlet/outlet mechanism, 17, disengaging support, 18, feeding conveying belt, 19, discharging
Conveyer belt, 20, raising plate, 21, jacking hydraulic cylinder, 22, magnet plate, 23, correction hydraulic cylinder, 24, scraping wings, 25, column, 26,
Lead, 27, stand, 28, upper and lower rack, the 29, the 3rd slideway, 30, sliding seat, 31, second driving shaft, the 32, the 3rd motor,
33rd, upper lower gear, the 34, first framework, 35, drill bit group, 36, drill bit assembly, the 37, second screw, the 38, second leading screw, the 39, the 4th
Motor, the 40, the 4th slideway, the 41, second framework, the 42, the 4th leading screw, the 43, the 6th motor, the 44, the 5th slideway, 45, drill bit support,
46th, clamping plate, 47, chute, 48, move horizontally end fixed plate, the 49, the 3rd leading screw, the 50, the 5th motor, the 51, the 3rd screw, 52, bore
Bar rotation motor, 53, rear drilling rod, 54, preceding drilling rod, 55, feeding beam barrel, 56, sleeve, 57, sliding plate, 58, axle sleeve, 59, draw runner,
60th, driven gear, 61, feed shaft, 62, feeding motor, 63, driving gear, 64, universal hydraulic cylinder.
Embodiment：
For the technical characterstic for illustrating this programme can be understood, below by embodiment, and its accompanying drawing is combined, to this reality
It is described in detail with new.
As shown in Fig. 1-2 0, a kind of pentahedron digitally controlled multifunctional Ni Zhifu drill, including the workbench by supporting leg 1 on ground
Face 2, the frame 3 being fixed on work top 2 is provided with above work top 2, a workpiece top is provided with the middle part of work top 2
Outlet 4, a flat drill device 5 is respectively equipped with the work top 2 on workpiece ejection mouth 4 front side, rear side, left side and right side, every
Rack 6 before and after the two bottom sides of individual flat drill device 5 are respectively equipped with one, the position of each flat drill device 5 is corresponded on work top 2
Put and be equipped with horizontally disposed first power transmission shaft 7, one end of the first power transmission shaft 7 is connected with the first motor 8, in the first power transmission shaft 7
Both ends correspond to two before and after the position of rack 6 be respectively equipped with a front and rear gear 9 being meshed with front and rear rack 6, flat drill device 5
Bottom is loaded on horizontally disposed first slideway 10 being arranged on work top 2 by sliding block active card, and mouth 4 is ejected in workpiece
The top of frame 3 of top is provided with vertical drill device 11, four the first leading screws 12 being vertically arranged is provided with frame 3, at first
The frame 3 on the top of thick stick 12 is provided with the second motor 13, and the main shaft of the second motor 13 is connected with the first leading screw 12, in vertical drill device 11
The upper position corresponding to four the first leading screws 12 is provided with four the first screws 14, and the first screw 14 is sheathed on the first leading screw 12,
The second slideway 15 being vertically arranged is provided with frame 3, vertical drill device 11 is loaded on the second slideway 15 by sliding block active card,
The lower section of work top 2 is provided with workpiece inlet/outlet mechanism 16.
The workpiece inlet/outlet mechanism 16 includes the disengaging support 17 positioned at the lower section of work top 2, and mouth 4 or so is ejected in workpiece
Feeding conveying belt 18 and discharging conveyor belts 19 are respectively equipped with the disengaging support 17 of both sides, entering immediately below workpiece ejection mouth 4
Go out support 17 and be provided with a raising plate 20, a jacking hydraulic cylinder 21 is provided with the lower section of raising plate 20, jacks the work of hydraulic cylinder 21
Stopper rod is connected with raising plate 20, magnet plate 22 is provided with the upper surface of raising plate 20, in the front side of raising plate 20, rear side, left side
With a correction hydraulic cylinder 23 is respectively equipped with the disengaging support 17 on right side, each tailpiece of the piston rod for correcting hydraulic cylinder 23 is towards top
Lift slab 20, a scraping wings 24 is equipped with the piston rod end of each correction hydraulic cylinder 23, in the left side of raising plate 20 and right side
Correction hydraulic cylinder 23 is set positioned at the top of feeding conveying belt 18 and discharging conveyor belts 19 and by the activity of oscilaltion mechanism respectively
In on disengaging support 17, being provided with a column 25 being fixed on disengaging support 17 in the top of raising plate 20, column 25 stretches into machine
In frame 3, the lead 26 being vertically arranged is provided with column 25, raising plate 20 is set on lead 26.
The oscilaltion mechanism includes the stand 27 on disengaging support 17, and one is respectively equipped with the both sides of stand 27
The upper and lower slideway 29 of rack 28 and the 3rd, the active card of sliding seat 30 that correction hydraulic cylinder 23 is set by both sides are loaded on the 3rd slideway 29
On, the both ends of horizontally disposed second driving shaft 31 are movably arranged on two sliding seats 30 respectively by bearing, in a sliding seat 30
The 3rd motor 32 is provided with, the main shaft of the 3rd motor 32 is connected with second driving shaft 31, and two are corresponded on second driving shaft 31
The position of upper and lower rack 28 is respectively equipped with a upper lower gear 33 being meshed with upper and lower rack 28.
The flat drill device 5 includes the first framework 34, the rack before and after the two bottom sides of the first framework 34 are respectively equipped with one
6, the bottom of the first framework 34 is loaded on the first slideway 10 being arranged on work top 2 by sliding block active card, in the first framework
34 are provided with several, and spaced drill bit group 35, the drill bit group 35 set in a row be located at including several intervals up and down
The drill bit assembly 36 of sustained height, one second screw 37 is respectively equipped with the both sides of drill bit group 35, it is corresponding on the first framework 34
The second leading screw 38 is respectively equipped with the position of two second screws 37, one end of the second leading screw 38 and the on the first framework 34
Four motors 39 are connected by bevel gear transmission, and the second screw 37 is sheathed on the second leading screw 38, drill bit group 35 by its two
The sliding block active card that side is set is loaded on and is arranged on the 4th slideway 40 of the first framework 34.
The vertical drill device includes the second framework 41, and the first screw 14 is provided with the second framework 41, and the second framework 41 is logical
Sliding block active card is crossed loaded on the second slideway 15, the spaced drill bit group 35 in several left and right is provided with the second framework 41,
The drill bit group 35 includes dry interval and sets drill bit assembly 36 in a row, and one second is respectively equipped with the both sides of drill bit group 35
Mother 37, the position corresponding to two second screws 37 on the second framework 41 are respectively equipped with the 4th leading screw 42, and the one of the 4th leading screw 42
Hold and be connected with the 6th motor 43 on the second framework 41 by bevel gear transmission, the second screw 37 is sheathed on the 4th
On thick stick 42, sliding block active card that drill bit group 35 is set by its both sides is loaded on being arranged on the 5th slideway 44 of the second framework 42.
The drill bit group includes drill bit support 45, and the second screw 37 and sliding block are respectively equipped with the both sides of drill bit support 45,
About two clamping plates 46 being oppositely arranged are provided with the front end of drill bit support 45, are all provided with two relative medial surfaces of two clamping plates 46
There is chute 47, end fixed plate 48 is moved horizontally provided with one in the rear end of drill bit support 45, it is right on end fixed plate 48 is moved horizontally
One the 3rd leading screw 49 should be respectively equipped with each drill bit assembly 36, one end of the 3rd leading screw 49 is connected with the 5th motor 50, described
Drill bit assembly 36 includes the 3rd screw 51 being sheathed on the 3rd leading screw 49, and drilling rod rotation motor is provided with the 3rd screw 51
52, the main shaft of drilling rod rotation motor 52 is connected with a drilling rod, and the drilling rod includes rear drilling rod 53 and preceding drilling rod 54, preceding drilling rod 54
Rear end is in the six rib holes that the front end of drilling rod 53 is set after the insertion of six prisms, preceding drilling rod 54 it is outer be slidingly connected by bearing it is one cylindrical
Side face is provided with the feeding beam barrel 55 of the hollow setting of helical groove, is arranged on an inner peripheral surface and is provided with and spiral shell outside feeding beam barrel 55
The sleeve 56 of the spiral salient of fit depressions is revolved, sliding plate 57 is arranged with outside sleeve 56, between sliding plate 57 and sleeve 56
Provided with axle sleeve 58, the draw runner 59 being engaged with chute 47 is respectively equipped with the upper and lower surface of sliding plate 57, sliding plate 57 passes through cunning
The cooperation of groove 47 and draw runner 59 is movably arranged between two clamping plates 49, and sliding plate 57 is stretched out in the rear end of sleeve 56 and end is provided with driven
Gear 60, a horizontally disposed feed shaft 61 is provided between the screw 51 of sliding plate 57 and the 3rd, is provided with the 3rd screw 51
One feeding motor 62, is connected between the main shaft and feed shaft 61 of feeding motor 62 by belt gear, on feed shaft 61
Provided with and the driving gear 53 that is meshed relative with the position of driven gear 60.
The universal hydraulic cylinder 64 of a binder is respectively equipped with 3 four jiaos of the frame below vertical drill device 11.
Flat drill device 5 and vertical drill device 11 are determined according to the number in the hole that each face needs to process on workpiece to be processed in advance
35 numbers of drill bit group and often in row drill bit group 35 drill bit assembly 36 number, and drill bit is installed on preceding drilling rod 54.Workpiece
It is transported on raising plate 20 by feeding conveying belt 18, then by controlling the action of each correction hydraulic cylinder 23, workpiece is entered
Row is placed in the middle, and magnet plate 23 is powered carries out absorption positioning to workpiece.Workpiece passes through from the lower section of correction hydraulic cylinder 23 in the left side of raising plate 20
Cross when entering raising plate 20, the correction hydraulic cylinder 23 in the left side of raising plate 20, rise under the drive of oscilaltion mechanism, workpiece warp
Later the return again of hydraulic cylinder 23 is corrected.Then control jacking hydraulic cylinder 21 acts rises to height set in advance by workpiece, and ten thousand
Stretched out to the piston rod of hydraulic cylinder 64 and compression positioning is carried out to four angles of workpiece, then by controlling the first motor 8, drive the
One power transmission shaft 7 rotates, and by engaging for front and rear gear 9 and front and rear rack 6, carries out the adjustment of the front and back position of flat drill device 5, passes through
The second motor 13 is controlled, drives the first leading screw 12 to rotate, by the cooperation of the first screw 14 and the first leading screw 12, realizes that vertical drill fills
The adjustment of 11 upper-lower heights is put, the second leading screw 38 and the 4th leading screw 42 are driven by the 4th motor 39 and the 6th motor 43 respectively
Rotation, the position adjustment of drill bit group 35 in drill bit group 35 and vertical drill device 11 in flat drill device 5 is carried out, passes through and controls the 5th motor
50 the 3rd leading screws 49 of drive rotate, and pass through the 3rd leading screw 49 and the cooperation with the 3rd screw 51, the position of progress drill bit assembly 36
Adjustment.After the position adjustment of above-mentioned all parts is good, control drilling rod rotation motor 52, after drive drilling rod 53 and with rear drilling rod 53
Connected preceding drilling rod 54 rotates, in practical application, the drill bit of definite shape and size can be selected as needed.Feed motor 62
Start, drive feed shaft 61 to rotate by belt gear, then drive is engaged by driving gear 63 and driven gear 60
Sleeve 56 rotates, and sleeve 56 and the feeding threaded engagement of beam barrel 55, the advance of feeding beam barrel 55 is realized, so as to realize preceding drilling rod 54
Feeding, that is, realize being rotationally advancing for drill bit.Process after the completion of hole, feeding motor 62 is inverted, and preceding drilling rod 54, which retreats, to be resetted, Ran Houjin
To motor 62 and the break-off of drilling rod rotation motor 52, jacking hydraulic cylinder 21, which acts, transfers workpiece, and ejects mouth 4 by workpiece
Workpiece presumption is arrived discharging conveyor belts by the correction hydraulic cylinder 23 in left side by the workpiece ejection processed to discharging conveyor belts 19
When 19, the correction hydraulic cylinder 23 on the right side of raising plate 20 rises in the presence of oscilaltion mechanism, and discharging conveyor belts 19 are by workpiece
Send out, then feeding conveying belt 18 delivers to next workpiece on raising plate 20, starts next fabrication cycles.
Part is not described in detail for the utility model, is the known technology of those skilled in the art of the present technique.
Claims (7)
- A kind of 1. pentahedron digitally controlled multifunctional Ni Zhifu drill, it is characterised in that：Including the work top by supporting leg on the ground, The frame being fixed on work top is provided with above work top, workpiece ejection mouth is provided with the middle part of work top, in work Part ejects and is respectively equipped with a flat drill device on the work top on mouth front side, rear side, left side and right side, at the bottom of each flat drill device Rack before and after portion both sides are respectively equipped with one, the position corresponding to each flat drill device on work top are equipped with horizontally disposed First power transmission shaft, one end of the first power transmission shaft are connected with the first motor, rack before and after corresponding to two at the both ends of the first power transmission shaft Position be respectively equipped with a front and rear gear being meshed with front and rear rack, flat drill bottom of device is by sliding block active card loaded on setting On horizontally disposed first slideway on work top, the upper rack above workpiece ejection mouth is provided with vertical drill device, Frame is provided with four the first leading screws being vertically arranged, and the second motor, the second motor are provided with the frame on the first leading screw top Main shaft be connected with the first leading screw, be provided with four the first screws corresponding to the positions of four the first leading screws on vertical drill device, the One nut sleeve is provided with the second slideway being vertically arranged on the first leading screw in frame, and vertical drill device passes through sliding block active card Loaded on the second slideway, workpiece inlet/outlet mechanism is provided with below work top.
- A kind of 2. pentahedron digitally controlled multifunctional Ni Zhifu drill according to claim 1, it is characterised in that：The workpiece inlet/outlet mechanism Including the disengaging support below work top, it is defeated on the disengaging support at left and right sides of workpiece ejection mouth to be respectively equipped with feeding Band and discharging conveyor belts are sent, a raising plate is provided with the disengaging support immediately below workpiece ejection mouth, is set below raising plate There is a jacking hydraulic cylinder, the piston rod and raising plate for jacking hydraulic cylinder are connected, and magnet plate is provided with the upper surface of raising plate, Raising plate front side, rear side, left side and right side disengaging support on be respectively equipped with a correction hydraulic cylinder, each work for correcting hydraulic cylinder Stopper rod end is equipped with a scraping wings towards raising plate, in the piston rod end of each correction hydraulic cylinder, on the left of raising plate and The correction hydraulic cylinder on right side is set positioned at the top of feeding conveying belt and discharging conveyor belts and by the activity of oscilaltion mechanism respectively In on disengaging support, being provided with a column being fixed on disengaging support in the top of raising plate, column is stretched into frame, in column The lead being vertically arranged is provided with, raising plate is set on lead.
- A kind of 3. pentahedron digitally controlled multifunctional Ni Zhifu drill according to claim 2, it is characterised in that：The oscilaltion mechanism Including the stand on disengaging support, about one rack and the 3rd slideway are respectively equipped with the both sides of stand, corrects hydraulic cylinder By the sliding seat active card that both sides are set loaded on the 3rd slideway, the both ends of horizontally disposed second driving shaft pass through bearing point It is not movably arranged on two sliding seats, the 3rd motor is provided with a sliding seat, the main shaft of the 3rd motor is connected with second driving shaft, Position corresponding to about two racks on second driving shaft is respectively equipped with a upper lower gear being meshed with upper and lower rack.
- A kind of 4. pentahedron digitally controlled multifunctional Ni Zhifu drill according to claim 1, it is characterised in that：The flat drill device includes First framework, the rack before and after the two bottom sides of the first framework are respectively equipped with one, the first base of frame are clamped by sliding block activity In on the first slideway being arranged on work top, spaced drill bit group above and below several, institute are provided with the first framework State drill bit group and set the drill bit assembly positioned at sustained height in a row including several intervals, be respectively equipped with the both sides of drill bit group One second screw, the position corresponding to two second screws on the first framework are respectively equipped with the second leading screw, one end of the second leading screw It is connected with the 4th motor on the first framework by bevel gear transmission, the second nut sleeve bores on the second leading screw The sliding block active card that head group is set by its both sides, which is loaded on, to be arranged on the 4th slideway of the first framework.
- A kind of 5. pentahedron digitally controlled multifunctional Ni Zhifu drill according to claim 1, it is characterised in that：The vertical drill device includes Second framework, the first screw is provided with the second framework, the second framework is loaded on the second slideway by sliding block active card, second Framework is provided with the spaced drill bit group in several left and right, and the drill bit group includes dry interval, and to set drill bit in a row total Into being respectively equipped with one second screw in the both sides of drill bit group, set respectively corresponding to the positions of two second screws on the second framework There is the 4th leading screw, one end of the 4th leading screw is connected with the 6th motor on the second framework by bevel gear transmission, the For two nut sleeves on the 4th leading screw, sliding block active card that drill bit group is set by its both sides, which is loaded on, is arranged on the of the second framework On five slideways.
- A kind of 6. pentahedron digitally controlled multifunctional Ni Zhifu drill according to claim 4 or 5, it is characterised in that：The drill bit group bag Drill bit support is included, the second screw and sliding block are respectively equipped with the both sides of drill bit support, is provided with the front end of drill bit support on two Under the clamping plate that is oppositely arranged, be equipped with chute on two relative medial surfaces of two clamping plates, a water be provided with the rear end of drill bit support Moved end fixed plate is translated, one the 3rd leading screw is respectively equipped with corresponding to each drill bit assembly on end fixed plate is moved horizontally, the 3rd One end of leading screw is connected with the 5th motor, and the drill bit assembly includes the 3rd screw being sheathed on the 3rd leading screw, at the 3rd Mother is provided with drilling rod rotation motor, and the main shaft of drilling rod rotation motor is connected with a drilling rod, and the drilling rod includes rear drilling rod and preceding brill Bar, the rear end of preceding drilling rod is in the six rib holes that drilling rod front end is set after six prisms insert, and passes through bearing movable sleeve outside preceding drilling rod If an outer circumference surface is provided with the feeding beam barrel of the hollow setting of helical groove, sets in feeding beam barrel overcoat and be provided with an inner peripheral surface The sleeve for the spiral salient being engaged with helical groove, sliding plate is provided with bush outer sleeve, axle is provided between sliding plate and sleeve Cover, the draw runner being engaged with chute is respectively equipped with the upper and lower surface of sliding plate, the cooperation that sliding plate passes through chute and draw runner is lived Dynamic to be located between two clamping plates, the rear end of sleeve stretches out sliding plate and end is provided with driven gear, sliding plate and the 3rd screw it Between be provided with a horizontally disposed feed shaft, a feeding motor is provided with the 3rd screw, feed the main shaft of motor and feed shaft it Between be connected by belt gear, and the driving gear that is meshed relative with driven gear position is provided with feed shaft.
- A kind of 7. pentahedron digitally controlled multifunctional Ni Zhifu drill according to claim 1, it is characterised in that：Below vertical drill device The universal hydraulic cylinder of a binder is respectively equipped with frame corner.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720472377.6U CN206677231U (en) | 2017-04-28 | 2017-04-28 | A kind of pentahedron digitally controlled multifunctional Ni Zhifu drill |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720472377.6U CN206677231U (en) | 2017-04-28 | 2017-04-28 | A kind of pentahedron digitally controlled multifunctional Ni Zhifu drill |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206677231U true CN206677231U (en) | 2017-11-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720472377.6U Withdrawn - After Issue CN206677231U (en) | 2017-04-28 | 2017-04-28 | A kind of pentahedron digitally controlled multifunctional Ni Zhifu drill |
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| CN (1) | CN206677231U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106925805A (en) * | 2017-04-28 | 2017-07-07 | 姚风亭 | A kind of pentahedron digitally controlled multifunctional Ni Zhifu drill |
| CN112620703A (en) * | 2020-12-11 | 2021-04-09 | 芜湖恩之伟汽车零部件有限公司 | Drilling equipment for automobile wheel hub |
-
2017
- 2017-04-28 CN CN201720472377.6U patent/CN206677231U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106925805A (en) * | 2017-04-28 | 2017-07-07 | 姚风亭 | A kind of pentahedron digitally controlled multifunctional Ni Zhifu drill |
| CN112620703A (en) * | 2020-12-11 | 2021-04-09 | 芜湖恩之伟汽车零部件有限公司 | Drilling equipment for automobile wheel hub |
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Legal Events
| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20171128 Effective date of abandoning: 20181102 |
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| AV01 | Patent right actively abandoned |