CN108907805A - A kind of advanced superhigh precision aluminum processing technology equipment - Google Patents
A kind of advanced superhigh precision aluminum processing technology equipment Download PDFInfo
- Publication number
- CN108907805A CN108907805A CN201810911951.2A CN201810911951A CN108907805A CN 108907805 A CN108907805 A CN 108907805A CN 201810911951 A CN201810911951 A CN 201810911951A CN 108907805 A CN108907805 A CN 108907805A
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- China
- Prior art keywords
- turn trough
- rotating cylinder
- spiral shell
- slot
- fixed
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q3/00—Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine
- B23Q3/02—Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine for mounting on a work-table, tool-slide, or analogous part
- B23Q3/06—Work-clamping means
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23B—TURNING; BORING
- B23B39/00—General-purpose boring or drilling machines or devices; Sets of boring and/or drilling machines
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q1/00—Members which are comprised in the general build-up of a form of machine, particularly relatively large fixed members
- B23Q1/25—Movable or adjustable work or tool supports
- B23Q1/26—Movable or adjustable work or tool supports characterised by constructional features relating to the co-operation of relatively movable members; Means for preventing relative movement of such members
Abstract
The invention discloses a kind of advanced superhigh precision aluminum processing technology equipment,Including frame body,The drilling equipment being set in the frame body and the clamping device being set to below the drilling equipment,The drilling equipment include be set in the frame body and the forward accommodating chamber of notch and with the accommodating chamber inner roof wall sliding be cooperatively connected sliding rack,The sliding rack inner top is equipped with the perforative first communications and liaison slot in left and right,The first turn trough for running through the first communications and liaison slot up and down is equipped in the sliding rack,The first rotating cylinder through first turn trough is rotatably equipped with by bearing in end wall above and below first turn trough,It is fixed on first rotating cylinder in the first rotating cylinder described in the first cone cell wheel in first turn trough and is equipped with the perforative first spiral shell shape hole in left and right,The first spiral shell shape bar is fitted in the first spiral shell shape hole,End extends through the first communications and liaison slot and is fixedly connected with inner wall at left and right sides of the accommodating chamber at left and right sides of the first spiral shell shape bar.
Description
Technical field
The present invention relates to aluminum processing technology field, specifically a kind of advanced superhigh precision aluminum processing technology equipment.
Background technique
High Precision Aluminium hyundai electronics manufacture also in use and its extensively, these high Precision Aluminiums processing when need into
Row punch operation, and the perforating device Setting pattern in tradition is single, and need manpower is excessive to come into operation, while can not be real
Multiple groups drilling operation on existing same vertical line, greatly reduces processing efficiency, there are larger drawback, needs to improve.
Summary of the invention
Deficiency in view of the above technology, the invention proposes a kind of advanced superhigh precision aluminum processing technology equipment.
A kind of advanced superhigh precision aluminum processing technology equipment of the present invention, including frame body, the brill being set in the frame body
Aperture apparatus and the clamping device being set to below the drilling equipment, the drilling equipment include be set in the frame body and
The forward accommodating chamber of notch and the sliding rack being cooperatively connected with accommodating chamber inner roof wall sliding, the interior top of the sliding rack
Portion is equipped with the perforative first communications and liaison slot in left and right, and the first turn trough for running through the first communications and liaison slot up and down is equipped in the sliding rack,
First turn trough is rotatably equipped with the first rotating cylinder through first turn trough by bearing in end wall up and down, and described the
It is fixed on one rotating cylinder in the first rotating cylinder described in the first cone cell wheel in first turn trough and is equipped with left and right perforative the
One spiral shell shape hole is fitted with the first spiral shell shape bar in the first spiral shell shape hole, and end is passed through respectively at left and right sides of the first spiral shell shape bar
It wears the first communications and liaison slot and is fixedly connected with inner wall at left and right sides of the accommodating chamber, the first turn trough inner bottom wall is equipped with second
Turn trough is rotatably equipped with the second rotating cylinder, second turn trough and first turn trough by bearing in second turn trough
Between be rotatably equipped with first and ship and resell on another market axis, the described first axis top of shipping and reselling on another market is protruded into first turn trough and top tip is solid
Fixed to be equipped with the second cone cell wheel being cooperatively connected with the first cone cell wheel, second turn trough is protruded into the described first axis bottom end of shipping and reselling on another market
In and bottom tip and second rotating cylinder at the top of be fixedly connected, the first downward spline of notch is equipped in second rotating cylinder
Slot, the sliding rack bottom end face is interior to be equipped with third turn trough, the sliding between the third turn trough and second turn trough
Left and right, which is extended, in frame is provided with the 4th turn trough, is rotatably installed between the third turn trough and second turn trough by bearing
There is the third rotating cylinder through the 4th turn trough, the second spline is equipped in the third rotating cylinder, is fixed on the third rotating cylinder
Equipped with the third cone cell wheel being located in the third turn trough, it is symmetrically arranged with the first slippage slot in described third turn trough or so inner wall,
Sliding is equipped with the first slipping block in first slippage slot, is equipped with the perforative second spiral shell shape in left and right in first slipping block
Hole is fitted with the second spiral shell shape bar, extension tip and described first on the outside of the second spiral shell shape bar in the second spiral shell shape hole
Slippage slot is rotatably assorted connection far from the end wall of the third turn trough, and extension tip protrudes into described the on the inside of the second spiral shell shape bar
In three turn troughs and inside tip is fixed with the 4th cone cell wheel being cooperatively connected with the third cone cell wheel, on the third rotating cylinder
It is fixed with the first tooth-like wheel being located in the 4th turn trough, it is electronic to be fixed with first for inner roof wall on the left of the 4th turn trough
Machine, the first motor bottom end face is connected by power the second tooth-like wheel being cooperatively connected with first tooth-like wheel, described
Pressure-bearing device is equipped in frame body, the pressure-bearing device includes deep gouge and lead.
Further technical solution, the first slippage slot inner bottom wall are equipped with the second communications and liaison slot outside communications and liaison, and described the
One slipping block bottom is fixed with first protruded into the second communications and liaison slot and connects connection block, and the sliding rack bottom is equipped with the 4th turn
Cylinder is rotatably equipped with the splined shaft to extend up and down by bearing in the 4th rotating cylinder, and the splined shaft extends end upwards
Through second spline and upward extension tip is connect with the first spline spline fitted, and the splined shaft is to downward
It opens up tip to stretch out outside the 4th rotating cylinder top end surface, and bottom tip is fixed with drill bit, the 4th rotating cylinder left and right sides
End bottom is fixed with second and connects connection block, described first connect connection block and described second connect it is hinged by articulated jib between connection block.
Further technical solution, the clamping device include be symmetrical set in the accommodating chamber inner bottom wall
The second slipping block that two slippage slots and sliding are installed in second slippage slot, the second slipping block bottom end face are equipped with
Dentation item and top end surface are fixed with the clamping frame to extend upwards, are equipped with the peace of notch inwardly in the clamping frame inner side end
Chamber is set, sliding is equipped with clamping plate in the placing chamber, and the placing chamber inner roof wall is equipped with the third spiral shell shape hole outside communications and liaison, institute
It states to be fitted in third spiral shell shape hole and tightens screw.
Further technical solution is equipped in the placement cavity wall and leads shifting slot, it is described lead move sliding in slot be equipped with
What the clamping plate was fixedly connected lead shifting block, described lead move that slot inner bottom wall is equipped with and described lead moves the spring element that block offsets.
Further technical solution, the second slippage slot inner bottom wall are equipped with the 5th turn trough, two five turn troughs in left and right
Between the accommodating chamber inner bottom wall in be equipped with the 6th turn trough, be rotatably assorted to be equipped with and run through between two five turn troughs in left and right
The second of 6th turn trough is shipped and resell on another market axis, described second in five turn trough ships and resell on another market be fixed on axis and with the dentation item
The third tooth-like wheel of mating connection, described second in the 6th turn trough, which ships and resell on another market, is fixed with the 4th tooth-like wheel on axis, described
It is fixed with the second motor in inner wall on the right side of 6th turn trough, the second motor left end face has been connected by power and institute
State the 5th tooth-like wheel of the 4th tooth-like wheel mating connection.
Further technical solution, the deep gouge are set to outside the frame body bottom end face, and fixation is set in the deep gouge
There is the lead.
The beneficial effects of the invention are as follows：
Apparatus of the present invention when in use, control second motor rotation first, pass through institute after second motor rotation
Dentation item driving institute can be passed through by stating second and shipping and reselling on another market after axis drives the third tooth-like wheel rotation, the third tooth-like wheel to rotate
It states the second slipping block and drives the clamping frame forward slip, before the second slipping block front end face and second slippage slot
Side inner wall controls second motor and stops operating after offseting, then aluminium alloy plate left and right ends are inserted into left and right two respectively
In the placing chamber, and pass through and tighten screw described in rotation, the screw of tightening is made to press the clamping plate slide downward, thus
It is gripped, controls second motor after the completion of fixed and rotate backward, the clamping frame of left and right two is made to drive aluminium
Alloy sheets are moved to below the drill bit, are then controlled second motor and are stopped operating and open described first simultaneously
Motor can pass through the first tooth-like wheel described in the second dentation wheel drive after first motor rotation and drive the third
Rotating cylinder and splined shaft rotation can drive second drum rotation after the splined shaft rotation, and second rotating cylinder turns
The second cone cell wheel can be driven to drive the first cone cell wheel and the first drum rotation by the described first axis of shipping and reselling on another market after dynamic,
It can be by making the sliding rack move right and being threadedly engaged with the first spiral shell shape bar, with this after first drum rotation
Meanwhile can be rotated by the 4th cone cell wheel described in the third cone cell wheel drive while third drum rotation, it is described
Slideslip in the first slipping block phase can be driven by the second spiral shell shape bar after the rotation of 4th cone cell wheel, when two institutes in left and right
State the first slipping block simultaneously inside Slideslip when can be driven by the articulated jib the 4th rotating cylinder drive the splined shaft with
And the drill bit moves down, and after tip and first spline completely disengage at the top of the splined shaft, the sliding rack
Stop sliding, thus first time punch position is determined, and the 4th rotating cylinder continues to drive the splined shaft and the drill bit
It moves down and punch operation can be completed, after the completion of punching for the first time, control first motor and rotate backward, when the brill
After head completely disengages aluminium alloy plate, tip cooperates with first spline again at the top of the splined shaft, at this point, described first
Rotating cylinder rotates backward, and the sliding rack resets, and then controls second motor rotation, makes the clamping frame that aluminium be driven to close
Golden plate stops second motor after moving backward one end distance, and thus second punch position is determined, and is controlled at this time
First motor, which rotates forward, carries out secondary punch operation, and the mobile punching behaviour in same perpendicular thus back and forth can be realized
Make, apparatus of the present invention structure is simple, and high degree of automation can subtract significantly, it can be achieved that mobile punch operation on same vertical plane
Few labor intensity improves perforating efficiency and punching effect.
Detailed description of the invention
The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.
Fig. 1 is a kind of overall structure diagram of advanced superhigh precision aluminum processing technology equipment of the invention.
Fig. 2 is the structural schematic diagram of sliding rack in Fig. 1.
Fig. 3 is the structural schematic diagram in Fig. 1 at A.
Specific embodiment
As shown in Figure 1-3, a kind of advanced superhigh precision aluminum processing technology equipment of the invention, including frame body 10, setting
Drilling equipment in the frame body 10 and the clamping device being set to below the drilling equipment, the drilling equipment include
Be set in the frame body 10 and the forward accommodating chamber 11 of notch and with 11 inner roof wall of accommodating chamber slide cooperation connect
The sliding rack 13 connect, 13 inner top of sliding rack are equipped with the perforative first communications and liaison slot 39 in left and right, are equipped in the sliding rack 13
Run through the first turn trough 42 of the first communications and liaison slot 39 up and down, it is rotatable to pass through bearing in about 42 end wall of the first turn trough
The first rotating cylinder 37 through first turn trough 42 is installed, is fixed on first rotating cylinder 37 positioned at first turn trough
It is equipped with the perforative first spiral shell shape hole in left and right in first rotating cylinder 37 described in the first cone cell wheel 41 in 42, matches in the first spiral shell shape hole
Conjunction is equipped with the first spiral shell shape bar 38,38 left and right sides end of the first spiral shell shape bar extend through the first communications and liaison slot 39 and with institute
11 left and right sides inner wall of accommodating chamber is stated to be fixedly connected, 42 inner bottom wall of the first turn trough be equipped with the second turn trough 59, described second turn
Second rotating cylinder 60 is rotatably equipped with by bearing in slot 59, can be turned between second turn trough 59 and first turn trough 42
Dynamic to be equipped with first and ship and resell on another market axis 58, the described first 58 top of axis of shipping and reselling on another market is protruded into first turn trough 42 and top tip is fixed
Equipped with the second cone cell wheel 57 being cooperatively connected with the first cone cell wheel 41, the described first 58 bottom end of axis of shipping and reselling on another market protrudes into described second
It is fixedly connected in turn trough 59 and at the top of bottom tip and second rotating cylinder 60, it is downward that notch is equipped in second rotating cylinder 60
First spline, 13 bottom end face of sliding rack is interior to be equipped with third turn trough 19, the third turn trough 19 and second turn trough
Left and right, which is extended, in the sliding rack 13 between 59 is provided with the 4th turn trough 34, the third turn trough 19 and second turn trough 59
Between the third rotating cylinder 20 through the 4th turn trough 34 is rotatably equipped with by bearing, be equipped in the third rotating cylinder 20
Second spline, is fixed with the third cone cell wheel 26 in the third turn trough 19 on the third rotating cylinder 20, and described
The first slippage slot 29 is symmetrically arranged in three turn troughs, 19 or so inner wall, sliding is equipped with the first slipping block in first slippage slot 29
32, it is equipped with the perforative second spiral shell shape hole in left and right in first slipping block 32, is fitted with second in the second spiral shell shape hole
Spiral shell shape bar 28, extension tip and end of first slippage slot 29 far from the third turn trough 19 on the outside of the second spiral shell shape bar 28
Wall is rotatably assorted connection, and extension tip protrudes into the third turn trough 19 on the inside of the second spiral shell shape bar 28 and inside tip is fixed
Equipped with the 4th cone cell wheel 27 being cooperatively connected with the third cone cell wheel 26, it is fixed on the third rotating cylinder 20 described in being located at
The first tooth-like wheel 62 in 4th turn trough 34, the 34 left side inner roof wall of the 4th turn trough is fixed with the first motor 35, described
First motor, 35 bottom end face is connected by power the second tooth-like wheel 33 being cooperatively connected with first tooth-like wheel 62, the frame
Pressure-bearing device is equipped in body 10, the pressure-bearing device includes deep gouge 103 and lead 104.
Valuably, 29 inner bottom wall of the first slippage slot is equipped with the second communications and liaison slot 40 outside communications and liaison, first sliding
32 bottom of block is fixed with first protruded into the second communications and liaison slot 40 and connects connection block 31, and 13 bottom of sliding rack is equipped with the 4th
Rotating cylinder 21 is rotatably equipped with the splined shaft 23 to extend up and down, the splined shaft 23 by bearing in the 4th rotating cylinder 21
Upward extension end is through second spline and upward extension tip is connect with the first spline spline fitted, the flower
The downward extension tip of key axis 23 stretches out outside 21 top end surface of the 4th rotating cylinder, and bottom tip is fixed with drill bit 24, described
4th rotating cylinder, 21 left and right sides end bottom is fixed with second and connects connection block 25, and described first, which connects connection block 31 and described second, connects connection
It is hinged by articulated jib 30 between block 25.
Valuably, the clamping device includes the second slippage slot being symmetrical set in 11 inner bottom wall of accommodating chamber
44 and the second slipping block 45 for being installed in second slippage slot 44 of sliding, 45 bottom end face of the second slipping block be equipped with
Dentation item 46 and top end surface are fixed with the clamping frame 49 to extend upwards, are equipped with notch court in clamping 49 inner side end of frame
Interior placing chamber 50, sliding is equipped with clamping plate 51 in the placing chamber 50, and 50 inner roof wall of placing chamber is equipped with outside communications and liaison
Third spiral shell shape hole 52, be fitted in the third spiral shell shape hole 52 and tighten screw 53.
Valuably, in 50 inner wall of placing chamber be equipped with lead move slot 54, it is described lead move slot 54 in sliding be equipped with it is described
What clamping plate 51 was fixedly connected, which lead, moves block 55, and described lead moves that 54 inner bottom wall of slot is equipped with and described lead moves the spring element that block 55 offsets
56。
Valuably, 44 inner bottom wall of the second slippage slot is equipped with the 5th turn trough 47, controls between two five turn troughs 47
11 inner bottom wall of the accommodating chamber in be equipped with the 6th turn trough 15, be rotatably assorted to be equipped with and pass through between two five turn troughs 47 in left and right
The second of the 6th turn trough 15 is worn to ship and resell on another market axis 14, described second in five turn trough 47 ships and resell on another market be fixed on axis 14 and with
The third tooth-like wheel 48 that the dentation item 46 is cooperatively connected, the in the 6th turn trough 15 described second fixation on axis 14 of shipping and reselling on another market are set
There is the 4th tooth-like wheel 16, is fixed with the second motor 17 in the 15 right side inner wall of the 6th turn trough, described second is electronic
17 left end face of machine is connected by power the 5th tooth-like wheel 18 being cooperatively connected with the 4th tooth-like wheel 16.
Valuably, the deep gouge 103 is set to outside 10 bottom end face of frame body, and is fixed in the deep gouge 103
The lead 104 can increase the stability when frame body 10 support by the lead 104.
When original state, the sliding rack 13 is located at 11 center position of accommodating chamber, outside first slipping block 32
Side end face offsets with 29 outer end wall of the first slippage slot, the 23 top tip of splined shaft and the first spline spline
It is cooperatively connected, under the press of the spring element 56,51 top end surface of clamping plate offsets with 50 inner roof wall of placing chamber.
Rotated in use, controlling second motor 17 first, second motor 17 rotate after by described the
Two axis 14 of shipping and reselling on another market drive the third tooth-like wheel 48 to rotate, and the third tooth-like wheel 48 can be driven after rotating by the dentation item 46
It moves second slipping block 45 and drives 49 forward slip of clamping frame, when 45 front end face of the second slipping block and described the
Two slippage slots, 44 front inner wall controls second motor 17 and stops operating after offseting, then by aluminium alloy plate left and right ends point
In two placing chambers 50 in left and right, and by tightening screw 53 described in rotation, the screw 53 of tightening Cha Ru not be made to press institute
51 slide downward of clamping plate is stated, to be gripped, second motor 17 is controlled after the completion of fixed and rotates backward, make
The clamping frame 49 of left and right two drives aluminium alloy plate to be moved to 24 lower section of drill bit, then controls second motor 17
It stops operating and opens first motor 35 simultaneously, first motor 35 can pass through second tooth after rotating
Shape wheel 33 drives first tooth-like wheel 62 that the third rotating cylinder 20 and the splined shaft 23 is driven to rotate, the splined shaft 23
Second rotating cylinder 60 can be driven to rotate after rotation, second rotating cylinder 60 can be driven after rotating by the described first axis 58 of shipping and reselling on another market
The second cone cell wheel 57 drives the first cone cell wheel 41 and the first rotating cylinder 37 to rotate, and first rotating cylinder 37 can after rotating
By making the sliding rack 13 move right and being threadedly engaged with the first spiral shell shape bar 38, at the same time, in the third
Rotating cylinder 20 can drive the 4th cone cell wheel 27 to rotate by the third cone cell wheel 26 while rotation, the 4th cone cell wheel
Slideslip in 32 phase of the first slipping block can be driven by the second spiral shell shape bar 28 after 27 rotations, when left and right two described the
The 4th rotating cylinder 21 can be driven to drive the splined shaft by the articulated jib 30 when one slipping block 32 while inside Slideslip
23 and the drill bit 24 move down, after the 23 top tip of splined shaft and first spline completely disengage, institute
It states sliding rack 13 and stops sliding, thus first time punch position is determined, and the 4th rotating cylinder 21 continues to drive the splined shaft
23 and the drill bit 24 move down and punch operation can be completed, after the completion of punching for the first time, control first motor
35 rotate backward, and after the drill bit 24 completely disengages aluminium alloy plate, the 23 top tip of splined shaft is again with described first
Spline cooperation, at this point, first rotating cylinder 43 rotates backward, the sliding rack 13 resets, and then controls second electricity
Motivation 17 rotates, and stops second motor 17 after making the clamping frame 49 that aluminium alloy plate be driven to move backward one end distance,
Thus second punch position is determined, and is controlled first motor 35 at this time and is rotated forward the secondary punch operation of progress, thus
The mobile punch operation in same perpendicular back and forth can be realized.
The beneficial effects of the invention are as follows：
Apparatus of the present invention when in use, control second motor rotation first, pass through institute after second motor rotation
Dentation item driving institute can be passed through by stating second and shipping and reselling on another market after axis drives the third tooth-like wheel rotation, the third tooth-like wheel to rotate
It states the second slipping block and drives the clamping frame forward slip, before the second slipping block front end face and second slippage slot
Side inner wall controls second motor and stops operating after offseting, then aluminium alloy plate left and right ends are inserted into left and right two respectively
In the placing chamber, and pass through and tighten screw described in rotation, the screw of tightening is made to press the clamping plate slide downward, thus
It is gripped, controls second motor after the completion of fixed and rotate backward, the clamping frame of left and right two is made to drive aluminium
Alloy sheets are moved to below the drill bit, are then controlled second motor and are stopped operating and open described first simultaneously
Motor can pass through the first tooth-like wheel described in the second dentation wheel drive after first motor rotation and drive the third
Rotating cylinder and splined shaft rotation can drive second drum rotation after the splined shaft rotation, and second rotating cylinder turns
The second cone cell wheel can be driven to drive the first cone cell wheel and the first drum rotation by the described first axis of shipping and reselling on another market after dynamic,
It can be by making the sliding rack move right and being threadedly engaged with the first spiral shell shape bar, with this after first drum rotation
Meanwhile can be rotated by the 4th cone cell wheel described in the third cone cell wheel drive while third drum rotation, it is described
Slideslip in the first slipping block phase can be driven by the second spiral shell shape bar after the rotation of 4th cone cell wheel, when two institutes in left and right
State the first slipping block simultaneously inside Slideslip when can be driven by the articulated jib the 4th rotating cylinder drive the splined shaft with
And the drill bit moves down, and after tip and first spline completely disengage at the top of the splined shaft, the sliding rack
Stop sliding, thus first time punch position is determined, and the 4th rotating cylinder continues to drive the splined shaft and the drill bit
It moves down and punch operation can be completed, after the completion of punching for the first time, control first motor and rotate backward, when the brill
After head completely disengages aluminium alloy plate, tip cooperates with first spline again at the top of the splined shaft, at this point, described first
Rotating cylinder rotates backward, and the sliding rack resets, and then controls second motor rotation, makes the clamping frame that aluminium be driven to close
Golden plate stops second motor after moving backward one end distance, and thus second punch position is determined, and is controlled at this time
First motor, which rotates forward, carries out secondary punch operation, and the mobile punching behaviour in same perpendicular thus back and forth can be realized
Make, apparatus of the present invention structure is simple, and high degree of automation can subtract significantly, it can be achieved that mobile punch operation on same vertical plane
Few labor intensity improves perforating efficiency and punching effect
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, it is any without
The change or replacement that creative work is expected are crossed, should be covered by the protection scope of the present invention.Therefore, protection of the invention
Range should be determined by the scope of protection defined in the claims.
Claims (6)
1. a kind of advanced superhigh precision aluminum processing technology equipment, including frame body, the drilling equipment being set in the frame body with
And it is set to the clamping device below the drilling equipment, it is characterised in that：The drilling equipment includes being set to the frame body
In and the forward accommodating chamber of notch and with the accommodating chamber inner roof wall sliding be cooperatively connected sliding rack, the sliding rack
Inner top is equipped with the perforative first communications and liaison slot in left and right, and first turn for running through the first communications and liaison slot up and down is equipped in the sliding rack
Slot, first turn trough are rotatably equipped with the first rotating cylinder through first turn trough, institute by bearing in end wall up and down
It states in the first rotating cylinder described in the first cone cell wheel being fixed on the first rotating cylinder in first turn trough and runs through equipped with left and right
The first spiral shell shape hole, the first spiral shell shape bar is fitted in the first spiral shell shape hole, end point at left and right sides of the first spiral shell shape bar
It the first communications and liaison slot and Guan Chuan not be fixedly connected with inner wall at left and right sides of the accommodating chamber, the first turn trough inner bottom wall is equipped with
Second turn trough is rotatably equipped with the second rotating cylinder, second turn trough and described first by bearing in second turn trough
It is rotatably equipped with first between turn trough to ship and resell on another market axis, the described first axis top of shipping and reselling on another market is protruded into first turn trough and top end
The tip is fixed with the second cone cell wheel being cooperatively connected with the first cone cell wheel, and the described first axis bottom end of shipping and reselling on another market protrudes into described second
It is fixedly connected at the top of in turn trough and bottom tip and second rotating cylinder, the first downward flower of notch is equipped in second rotating cylinder
Keyway, the sliding rack bottom end face is interior to be equipped with third turn trough, the cunning between the third turn trough and second turn trough
It moves left and right extension in frame and is provided with the 4th turn trough, rotatably pacified between the third turn trough and second turn trough by bearing
Equipped with the third rotating cylinder for running through the 4th turn trough, it is equipped with the second spline in the third rotating cylinder, consolidates on the third rotating cylinder
It is fixed to be equipped with the third cone cell wheel being located in the third turn trough, the first sliding is symmetrically arranged in described third turn trough or so inner wall
Slot, sliding is equipped with the first slipping block in first slippage slot, is equipped with perforative second spiral shell in left and right in first slipping block
Shape hole is fitted with the second spiral shell shape bar in the second spiral shell shape hole, extension tip and described the on the outside of the second spiral shell shape bar
One slippage slot is rotatably assorted connection far from the end wall of the third turn trough, and extension tip protrudes into described on the inside of the second spiral shell shape bar
In third turn trough and inside tip is fixed with the 4th cone cell wheel being cooperatively connected with the third cone cell wheel, the third rotating cylinder
On be fixed with the first tooth-like wheel in the 4th turn trough, inner roof wall is fixed with the first electricity on the left of the 4th turn trough
Motivation, the first motor bottom end face are connected by power the second tooth-like wheel being cooperatively connected with first tooth-like wheel, institute
It states and is equipped with pressure-bearing device in frame body, the pressure-bearing device includes deep gouge and lead.
2. a kind of advanced superhigh precision aluminum processing technology equipment according to claim 1, it is characterised in that：Described first
Slippage slot inner bottom wall is equipped with the second communications and liaison slot outside communications and liaison, and first slipping block bottom is fixed with that protrude into described second logical
First in connection slot connects connection block, and the sliding rack bottom is equipped with the 4th rotating cylinder, and it is rotatable to pass through bearing in the 4th rotating cylinder
The splined shaft to extend up and down is installed, the splined shaft upwards extension end through second spline and upward extension tip with
The first spline spline fitted connection, extension tip stretches out outside the 4th rotating cylinder top end surface splined shaft downwards,
And bottom tip is fixed with drill bit, and end bottom is fixed with second and connects connection block at left and right sides of the 4th rotating cylinder, and described the
One connect connection block and described second connect connection block between by articulated jib it is hinged.
3. a kind of advanced superhigh precision aluminum processing technology equipment according to claim 1, it is characterised in that：It is described clamping
Device includes that the second slippage slot being symmetrical set in the accommodating chamber inner bottom wall and sliding are installed on described second and slide
The second slipping block in slot is moved, the second slipping block bottom end face is equipped with dentation item and top end surface is fixed with upward extension
Clamping frame, the placing chamber of notch inwardly is equipped in the clamping frame inner side end, sliding is equipped with clamping in the placing chamber
Plate, the placing chamber inner roof wall are equipped with the third spiral shell shape hole outside communications and liaison, are fitted in the third spiral shell shape hole and tighten spiral shell
Nail.
4. a kind of advanced superhigh precision aluminum processing technology equipment according to claim 1, it is characterised in that：The placement
Be equipped in cavity wall and lead shifting slot, it is described lead move sliding in slot be equipped be fixedly connected with the clamping plate lead shifting block, it is described to lead
Slot inner bottom wall is moved to be equipped with and the spring element for leading and moving block and offseting.
5. a kind of advanced superhigh precision aluminum processing technology equipment according to claim 1, it is characterised in that：Described second
Slippage slot inner bottom wall is equipped with the 5th turn trough, is equipped with the 6th turn in the accommodating chamber inner bottom wall between two five turn troughs in left and right
Slot is rotatably assorted to be equipped between two five turn troughs in left and right and ship and resell on another market axis through the second of the 6th turn trough, and described five turns
Described second in slot ships and resell on another market the third tooth-like wheel for being fixed on axis and being cooperatively connected with the dentation item, the 6th turn trough
In described second ship and resell on another market and be fixed with the 4th tooth-like wheel on axis, be fixed with second in inner wall on the right side of the 6th turn trough
Motor, the second motor left end face are connected by power the 5th tooth-like wheel being cooperatively connected with the 4th tooth-like wheel.
6. a kind of advanced superhigh precision aluminum processing technology equipment according to claim 1, it is characterised in that：The deep gouge
It is set to outside the frame body bottom end face, and is fixed with the lead in the deep gouge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810911951.2A CN108907805A (en) | 2018-08-10 | 2018-08-10 | A kind of advanced superhigh precision aluminum processing technology equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810911951.2A CN108907805A (en) | 2018-08-10 | 2018-08-10 | A kind of advanced superhigh precision aluminum processing technology equipment |
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| Publication Number | Publication Date |
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| CN108907805A true CN108907805A (en) | 2018-11-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810911951.2A Withdrawn CN108907805A (en) | 2018-08-10 | 2018-08-10 | A kind of advanced superhigh precision aluminum processing technology equipment |
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| Country | Link |
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| CN (1) | CN108907805A (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0461357A2 (en) * | 1990-06-09 | 1991-12-18 | Sauter Feinmechanik GmbH | Tool holding turret |
| CN2578025Y (en) * | 2002-10-25 | 2003-10-08 | 张洪羽 | Automatic hydraulic drill machines |
| CN107520641A (en) * | 2017-10-09 | 2017-12-29 | 南京淳飞怿建筑科技有限公司 | Workpiece boring machine based on rack pinion |
| CN107960177A (en) * | 2017-11-28 | 2018-04-27 | 深圳市晟祥知识产权有限公司 | A kind of gardens tree planting digging apparatus easy to adjust |
| CN108163292A (en) * | 2017-11-23 | 2018-06-15 | 河南高盛企业管理咨询有限公司 | A kind of food packing box side wall cardboard diplopore perforating device |
-
2018
- 2018-08-10 CN CN201810911951.2A patent/CN108907805A/en not_active Withdrawn
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0461357A2 (en) * | 1990-06-09 | 1991-12-18 | Sauter Feinmechanik GmbH | Tool holding turret |
| CN2578025Y (en) * | 2002-10-25 | 2003-10-08 | 张洪羽 | Automatic hydraulic drill machines |
| CN107520641A (en) * | 2017-10-09 | 2017-12-29 | 南京淳飞怿建筑科技有限公司 | Workpiece boring machine based on rack pinion |
| CN108163292A (en) * | 2017-11-23 | 2018-06-15 | 河南高盛企业管理咨询有限公司 | A kind of food packing box side wall cardboard diplopore perforating device |
| CN107960177A (en) * | 2017-11-28 | 2018-04-27 | 深圳市晟祥知识产权有限公司 | A kind of gardens tree planting digging apparatus easy to adjust |
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Application publication date: 20181130 |