CN107398578A - Fascia board girder tubule boring method - Google Patents
Fascia board girder tubule boring method Download PDFInfo
- Publication number
- CN107398578A CN107398578A CN201710749353.5A CN201710749353A CN107398578A CN 107398578 A CN107398578 A CN 107398578A CN 201710749353 A CN201710749353 A CN 201710749353A CN 107398578 A CN107398578 A CN 107398578A
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- China
- Prior art keywords
- tubule
- gas electric
- electric type
- head assembly
- fascia board
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Classifications
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- 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
- B23Q3/08—Work-clamping means other than mechanically-actuated
-
- 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
- B23B39/16—Drilling machines with a plurality of working-spindles; Drilling automatons
- B23B39/24—Drilling machines with a plurality of working-spindles; Drilling automatons designed for programme control
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Perforating, Stamping-Out Or Severing By Means Other Than Cutting (AREA)
Abstract
The present invention discloses a kind of fascia board girder tubule boring method, is related to automotive field, it is drilled using fascia board girder tubule drilling special equipment to fascia board girder tubule；Drilling to 12 holes of fascia board girder tubule is carried out in two steps, boring 5 holes of station subdrilling in 5 holes, then remaining 7 holes of station drilling in 7 holes are being bored, by several steps, only need to dismount that fascia board girder tubule can complete the drilling in 12 holes and production efficiency improves about 4 times than existing method twice, product qualification rate improves about 10%.The present invention can solve the problems, such as that hole position positioning precision is not high, cumbersome, drilling efficiency is low, labor strength is big when existing fascia board girder tubule drills.
Description
Technical field
The present invention relates to field of automobile, in particular by a kind of Special drilling equipment to fascia board girder
The process that tubule is drilled.
Background technology
Fascia board girder tubule, it is a metal straight pipe, in fascia board girder as illustrated by figure 1 of the attached drawings
The diverse location of canalicular face needs to bore the hole of 12 different angles, and existing boring method is in fascia board girder tubule table
Determination bore position is got in face line ready, and clamping fascia board girder tubule, is drilled using regular drills in Simple clamp,
After completing a drilling, fascia board girder tubule clamping again is dismantled, carries out the drilling in next hole, is repeated several times similar
Operation, until completing to drill at all 12, subject matter existing for the method is：There is no special boring grab, hole position
Positioning precision is not high, cumbersome, drilling efficiency is low, labor strength is big.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of fascia board girder tubule boring method, and it can be with
Solve that hole position positioning precision during the drilling of existing fascia board girder tubule is not high, cumbersome, drilling efficiency is low, Gong Renlao
The problem of fatigue resistance is big.
In order to solve the above problems, the technical scheme is that：This fascia board girder tubule boring method is adopted
The fascia board girder tubule is drilled with fascia board girder tubule drilling special equipment, the automobile instrument
Plate crossbeam tubule drilling special equipment includes the base that support feet is provided below, and first is respectively arranged with the base both ends
Pneuma-lock component and the second pneuma-lock component；Between the first pneuma-lock component and the second pneuma-lock component
The middle of the base, which is spaced, is provided with 5 positioning seats, is the first positioning seat, the second positioning seat, the 3rd positioning seat, respectively
Four positioning seats, the 5th positioning seat；Corresponded on each positioning seat and be fixedly connected with a pneumatic gripping, be the respectively
One pneumatic gripping, the second pneumatic gripping, the 3rd pneumatic gripping, the 4th pneumatic gripping and the 5th pneumatic gripping；Each positioning
Seat top is provided with a semicircle fascia board girder tubule and places position；Each described pneumatic gripping one end is hinged with clamping gas
Cylinder, the other end are the chuck that there is circular arc to clamp face that semicircle fascia board girder tubule described in face places position；
Two position blocks are fixedly connected with side by side on 3rd positioning seat；One is provided with the side of the 3rd positioning seat to determine
Position pin；11 gas electric types are correspondingly installed on the base edge of these positioning seat both sides and enter the head assembly that drills certainly,
First gas electric type of described positioning seat the same side is mounted in respectively from the head assembly that drills, the second gas electric type is entered from entering drill head group
Part, the 3rd gas electric type enter the head assembly that drills certainly, from the head assembly that drills, the 7th gas electric type is entered, oneself enters the head assembly that drills to the 6th gas electric type
With the 8th gas electric type from enter to drill head assembly and installed in the positioning seat opposite side the 4th gas electric type from entering drill head group
Part, the 5th gas electric type enter the head assembly that drills certainly, from the head assembly that drills, the tenth gas electric type is entered, oneself enters the head assembly that drills to the 9th gas electric type
Enter the head assembly that drills certainly with the 11st gas electric type；Described 9th includes two for drill change from compared with adjacent pores from the head assembly that drills is entered
Double drill bits；Each gas electric type includes servomotor and a drive for being used to drive bit from the head assembly that drills is entered
The cylinder of advance and the retrogressing of dynamic drill head；The side of the base is fixedly connected with an electric cabinet；Another side peace of base
Equipped with control cabinet, control cabinet is provided with " power supply, clamp 1, clamp 2, drilling, open " 5 control buttons；
Drilling comprises the following steps that：
Fascia board girder tubule is put into the semicircle of the first described positioning seat, the second positioning seat, the 3rd positioning seat A,
Place in position, while the end face of fascia board girder tubule is close to the first position block；
B, press and " clamp 1 " button, the locking head of the first pneuma-lock component is to fascia board girder on control cabinet
Tubule is compressed；
C, press and " clamp 2 " buttons, first pneumatic gripping, the second pneumatic gripping, the 3rd pneumatic clamps on the control cabinet
Semicircle screens on pincers is clamped to fascia board girder tubule simultaneously；
D, " drilling " button on the control cabinet is pressed, first gas electric type enters the head assembly that drills, the second gas electric type certainly certainly
Enter the head assembly that drills, the 3rd gas electric type from the head assembly that drills, the 4th gas electric type is entered from the head assembly that drills, the 5th gas electric type is entered from entering
Totally 5 drill bits in drilling head assembly start to drill, and drill head retreats immediately after the completion of drilling；
E, the open button on the control cabinet is pressed, pine moves back immediately for all pneumatic grippings and pneuma-lock component, by hand
Fascia board girder tubule is taken out, using the hole of the low order end drilled out on fascia board girder tubule as positioning hole, is inserted
Enter the alignment pin, fascia board girder tubule is placed on the 3rd positioning seat, the 4th positioning seat, the semicircle of the 5th positioning seat and put
Set, the end face of fascia board girder tubule is close to the second position block；Then the fascia one not drilled again
Crossbeam tubule is put into first positioning seat, the second positioning seat, the semicircle of the 3rd positioning seat and placed in position, i.e. repeat step A；
F, press and " clamp 1 " button, the first pneuma-lock component, the second pneuma-lock component locking head on the control cabinet
To being compressed respectively to two fascia board girder tubules, i.e. repeat step B；
G, press and " clamp 2 " buttons, all pneumatic grippings start small to two fascia board girders on the control cabinet
Pipe is clamped, i.e. repeat step C；
H, " drilling " button on the control cabinet is pressed, all gas electric types advance and right from the drill head for entering the head assembly that drills
Two fascia board girder tubule drillings, the 6th gas electric type enter the head assembly that drills, the 7th gas electric type and enter drill head certainly certainly
Component, the 8th gas electric type enter the head assembly that drills certainly, from the head assembly that drills, the tenth gas electric type is entered, oneself enters drill head group to the 9th gas electric type
Part, the 11st gas electric type bore surplus totally from 7 drill bits for entering the head assembly that drills to the fascia board girder tubule for being drilled 5 holes
Under 7 holes；First gas electric type enters the head assembly that drills, the 3rd gas electric type certainly certainly from the head assembly that drills, the second gas electric type is entered
It is new from entering the head assembly that drills, the 5th gas electric type from 5 drill bits in head assembly of entering to drill and boring to enter the head assembly that drills, the 4th gas electric type
5 holes of the fascia board girder tubule being put into；This step is repeat step D；
I, the open button on the control cabinet is pressed, pine moves back immediately for all pneumatic grippings and pneuma-lock component, by hand
Take out and be drilled the fascia board girder tubule in 12 holes, the step of then repeating E to H.
More specifically scheme can be：The first pneuma-lock component and the second pneuma-lock component include by
The cylindrical locking head installed in front end of cylinder control.
By adopting the above-described technical solution, the present invention has the advantages that：
1. the position of drill head of the present invention and angle are all accurately positioned and fixed in advance according to fascia board girder tubule hole position
Good, fascia board girder tubule is placed on to clamp on positioning seat and can be carried out drilling, and eliminates in existing method and often processes
The process that a piece fascia board girder tubule will be got ready hole position line, saves the plenty of time, improves production efficiency；
2. the present invention is pre-positioned and fixed according to fascia board girder tubule hole position because of the position of drill head and angle
Good, its positioning precision is far above the precision for getting process ready of existing method, improves product quality；
After 3. fascia board girder tubule of the present invention is placed on positioning seat, by pneumatic pinch, then bore simultaneously multiple
Hole, it is only necessary to which the drilling in 12 holes can be completed by dismounting fascia board girder tubule twice, and one is drilled compared to existing method
Hole could bore next hole, need gradually the troublesome operation of clamping dismounting fascia board girder tubule, greatly improve production
Efficiency and reduction labor strength；Position error caused by avoiding multiple clamping fascia board girder tubule simultaneously, is carried
High borehole accuracy and product quality.
4. all clamping devices of the present invention and drilling head assembly are all driven by the cylinder, pressing control button can a step
Respective action is completed, has greatly improved automaticity；
5. being drilled using the present invention to dashboard cross member tubule, production efficiency improves about 4 times than existing method, and product closes
Lattice rate improves about 10%.
Brief description of the drawings
Fig. 1 is fascia board girder Minute Tubule Structures schematic diagram；
Fig. 2 is the dimensional structure diagram of the present invention；
Fig. 3 is the schematic front view of the present invention；
Fig. 4 is schematic top plan view of the present invention；
Fig. 5 is left view schematic diagram of the present invention；
Fig. 6 is the first pneuma-lock component diagram of the invention；
Fig. 7 is the second pneuma-lock component diagram of the invention；
Fig. 8 is the schematic diagram of the first Gas clamp and the first positioning seat of the invention；
Fig. 9 is the schematic diagram of the second Gas clamp and the second positioning seat of the invention；
Figure 10 is the schematic diagram of the 3rd Gas clamp and the 3rd positioning seat of the invention；
Figure 11 is the first position block position view of the invention；
Figure 12 is the second position block position view of the invention；
Figure 13 is the alignment pin position schematic diagram on the 3rd positioning seat of the invention；
Figure 14 is the schematic diagram of the 4th Gas clamp and the 4th positioning seat of the invention；
Figure 15 is the schematic diagram of the 5th Gas clamp and the 5th positioning seat of the invention；
Figure 16 is schematic diagram when fascia board girder tubule is placed on present invention processing.
Label is expressed as in figure：1st, support feet；2nd, base；3rd, electric cabinet；4th, the first gas electric type enters the head assembly that drills certainly；5、
Second gas electric type enters the head assembly that drills certainly；6th, the 3rd gas electric type enters the head assembly that drills certainly；7th, the 6th gas electric type enters drill head group certainly
Part；8th, the 7th gas electric type enters the head assembly that drills certainly；9th, the 8th gas electric type enters the head assembly that drills certainly；10th, the 4th gas electric type enters to bore certainly
Hole head assembly；11st, the 5th gas electric type enters the head assembly that drills certainly；12nd, control cabinet；13rd, the 9th gas electric type enters the head assembly that drills certainly；
14th, the tenth gas electric type enters the head assembly that drills certainly；15th, the 11st gas electric type enters the head assembly that drills certainly；16th, the first pneuma-lock group
Part；17th, the first pneumatic gripping；18th, the first positioning seat；19th, the second pneumatic gripping；20th, the second positioning seat；21st, the 3rd pneumatic clamps
Pincers；22nd, the 3rd positioning seat；23rd, the 4th pneumatic gripping；24th, the 4th positioning seat；25th, the 5th pneumatic gripping；26th, the 5th positioning seat；
27th, the second pneuma-lock component；28th, the first position block；29th, the second position block；30th, alignment pin.
Embodiment
The present invention is further described with reference to the accompanying drawings and examples：
Fig. 1 is a kind of fascia board girder Minute Tubule Structures schematic diagram, and crossbeam tubule is a metal straight pipe, in fascia
The diverse location of crossbeam canalicular face needs to process the hole of 12 different angles.
Fig. 2 to Fig. 5 fascia board girder tubule drilling special equipment includes the bottom that bottom surface is provided with 4 support feets 1
Seat 2, is provided with the first pneuma-lock component 16, it is pneumatic that the left end of the top surface of base 2 is provided with second in the right-hand member of the top surface of base 2
Latch assembly 27, as shown in Figure 6 and Figure 7, the first pneuma-lock component and the second pneuma-lock component by cylinder and are arranged on
The cylindrical locking head by cylinder control of cylinder piston rod front end is formed；In the first pneuma-lock component 16 and the second gas-operated lock
The middle part right-to-left of base 2 between tight component 27, which is sequentially arranged at intervals, is provided with 5 positioning seats, such as Fig. 8, Fig. 9, Figure 10, figure
14 and Figure 15,5 positioning seats be respectively the first positioning seat 18, the second positioning seat 20, the 3rd positioning seat 22, the 4th positioning seat 24,
5th positioning seat 26；Each positioning seat top is provided with a semicircle fascia board girder tubule and places position, each described fixed
It is all corresponding on the seat of position to be fixedly connected with a pneumatic gripping；It is the first pneumatic gripping 17, the second pneumatic gripping 19, the 3rd gas respectively
Dynamic clamp 21, the 4th pneumatic gripping 23 and the 5th pneumatic gripping 25；Each pneumatic gripping one end is hinged with clamping cylinder, the other end
The chuck that circular arc is provided with position and clamps face is placed in semicircle fascia board girder tubule described in face；Such as Figure 11, figure
12 and Figure 13, it is fixedly connected with two position blocks, respectively the first position block 28 and side by side on the 3rd positioning seat 22
Two position blocks 29；The side of 3rd positioning seat 22 is provided with an alignment pin 30.On the side of base 2 of 5 positioning seat both sides
11 gas electric types are correspondingly installed from the head assembly that drills is entered on edge, 6 therein are arranged on positioning seat side, in addition 5 settings
In positioning seat opposite side；First gas electric type of described positioning seat the same side is mounted in respectively from enter to drill head assembly 4, the second gas
Electric-type is from head assembly 5 of entering to drill, the 3rd gas electric type from head assembly 6 of entering to drill, the 6th gas electric type from entering to drill head assembly the 7, the 7th
Gas electric type is from the gas electric type of head assembly 8 and the 8th that enters to drill from entering to drill head assembly 9；And installed in the positioning seat opposite side
4th gas electric type enters drill head group certainly from head assembly 10 of entering to drill, the 5th gas electric type from head assembly 11 of entering to drill, the 9th gas electric type
Part 13, the tenth gas electric type are from the gas electric type of head assembly 14 and the 11st that enters to drill from entering to drill head assembly 15；Wherein the 9th enters to bore certainly
Hole head assembly 13 includes two and is used for drill change from double drill bits compared with adjacent pores；Each drill head can change the brill of different size
Head；The position of drill head and angle are all accurately positioned according to the hole position on crossbeam tubule, while Pneumatic drilling head assembly and base
It is fixedly connected, adjusting rear angle and position will not change again；Each gas electric type enters the head assembly that drills certainly and included
The cylinder of advance and the retrogressing of one servomotor for being used to drive bit and driving drill head.The side of base 2 is fixed
It is connected with an electric cabinet 3；Control cabinet 12 is installed on base 2, control cabinet 12 be provided with " power supply, clamp 1, clamp 2, drilling,
Open " totally 5 control buttons.As shown in figure 16, fascia board girder tubule Drilling operation fashionable dress is clipped in the feelings of special equipment
Condition.
Fascia board girder tubule boring method is to automobile using fascia board girder tubule drilling special equipment
The drilling in 12 holes of dashboard cross member tubule is carried out in two steps, that is, is boring 5 holes of station subdrilling in 5 holes, is then boring 7 holes
Remaining 7 holes of station drilling, are comprised the following steps that：
Fascia board girder tubule is put into the semicircle of the first positioning seat 18, the second positioning seat 20, the 3rd positioning seat 22 A,
Place in position, while small end surfaces, close to the first position block 28, this step is that fascia board girder tubule is put into brill 5
The station in hole；
B, press and " clamp 1 " button, two pneuma-lock components start to act, wherein the first pneuma-lock group on control cabinet 12
The locking head of part 16 compresses to fascia board girder tubule, ensures that fascia board girder tubule will not move axially, and
Bore the second pneuma-lock component 27 on 7 hole stations and do not have fascia board girder tubule compression temporarily, only act；
C, press and " clamp 2 " buttons, all pneumatic grippings start to act, the first pneumatic gripping therein on control cabinet 12
17th, the second pneumatic gripping 19, the semicircle screens on the 3rd pneumatic gripping 21 are pressed from both sides to fascia board girder tubule simultaneously
Tightly, ensure that fascia board girder tubule will not move radially；And the 4th pneumatic gripping the 23, the 5th bored on 7 hole stations is pneumatic
Clamp 25 does not have fascia board girder tubule compression temporarily, only acts；
D, press " drilling " button on control cabinet 12, all gas electric types since the drill head for entering the head assembly that drills advance and
Drilling, wherein boring the first gas electric type on 5 hole stations from head assembly 4 of entering to drill, the second gas electric type from head assembly 5 of entering to drill, the
Three gas electric types are from head assembly 6 of entering to drill, the 4th gas electric type from head assembly 10 of entering to drill, the 5th gas electric type from entering to drill head assembly 11
On totally 5 drill bits start to drill, drill head retreats immediately after the completion of drilling, so far complete 12 holes in 5 holes drilling
Work；Remaining bore 7 hole stations on 6 from enter drill head because temporarily without fascia board girder tubule process, only idle running
Do not drill；
E, the open button on control cabinet 12 is pressed, pine moves back immediately for all pneumatic grippings and pneuma-lock component, takes by hand
Go out fascia board girder tubule, using the hole of the low order end drilled out on fascia board girder tubule as positioning hole, insertion
Alignment pin 30, fascia board girder tubule are placed on the 3rd positioning seat 22, the 4th positioning seat 24, the semicircle of the 5th positioning seat 26
Place position, the end face of fascia board girder tubule is close to the second position block 29, i.e., by fascia board girder tubule from boring 5
The station in hole is transferred to the station for boring 7 holes；Then the fascia board girder not drilled tubule is put into again and bores 5 hole stations
On the first positioning seat 18, the second positioning seat 20, the semicircle of the 3rd positioning seat 22 place in position, i.e. repeat step A；
F, press and " clamp 1 " button, the first pneuma-lock component 16, the locking head of the second pneuma-lock component 27 on control cabinet 12
To being compressed respectively to two fascia board girder tubules, i.e. repeat step B；
G, press and " clamp 2 " buttons, all pneumatic grippings start to two fascia board girder tubules on control cabinet 12
It is clamped, i.e. repeat step C；
H, " drilling " button on control cabinet 12 is pressed, all gas electric types advance and to two from the drill head for entering the head assembly that drills
Individual fascia board girder tubule drilling, head assembly 7, the 7th pneumoelectric wherein the 6th gas electric type bored on 7 hole stations enters to drill certainly
Formula is from head assembly 8 of entering to drill, the 8th gas electric type from head assembly 9 of entering to drill, the 9th gas electric type from entering to drill head assembly 13, the tenth gas
Electric-type is from head assembly 14 of entering to drill, the 11st gas electric type from totally 7 drill bits of head assembly 15 of entering to drill to being drilled the vapour in 5 holes
Car dashboard cross member tubule bores remaining 7 holes；The first gas electric type on 5 hole stations is bored from enter to drill head assembly 4, the second pneumoelectric
Formula is from head assembly 5 of entering to drill, the 3rd gas electric type from head assembly 6 of entering to drill, the 4th gas electric type from entering to drill head assembly 10, the 5th gas
Electric-type bores 5 holes of the fascia board girder tubule being newly put into from 5 drill bits in head assembly 11 of entering to drill；This step is
Repeat step D；
I, the open button on control cabinet 12 is pressed, pine moves back immediately for all pneumatic grippings and pneuma-lock component, takes by hand
Go out to be drilled the fascia board girder tubule in 12 holes, all 12 hole drillings work of a fascia board girder tubule
Complete.Then the fascia board girder tubule for being drilled 5 holes is transferred to the station for boring 7 holes, new fascia is horizontal
Beam tubule is put into the station for boring 5 holes, then pressing operations button, and constantly circulation carries out the process that 7 holes are bored in the hole of subdrilling 5 again.
Claims (2)
- A kind of 1. fascia board girder tubule boring method, using fascia board girder tubule drilling special equipment to described Fascia board girder tubule is drilled, it is characterised in that：The fascia board girder tubule drilling special equipment includes The base of support feet is provided below, the first pneuma-lock component and the second pneuma-lock are respectively arranged with the base both ends Component；The middle of the base between the first pneuma-lock component and the second pneuma-lock component, which is spaced, to be provided with 5 positioning seats, it is the first positioning seat, the second positioning seat, the 3rd positioning seat, the 4th positioning seat, the 5th positioning seat respectively；Each institute State on positioning seat it is all corresponding be fixedly connected with a pneumatic gripping, be the first pneumatic gripping, the second pneumatic gripping, the respectively Three pneumatic grippings, the 4th pneumatic gripping and the 5th pneumatic gripping；Each positioning seat top is provided with a semicircle automotive meter Dash board crossbeam tubule places position；Each described pneumatic gripping one end is hinged with clamping cylinder, and the other end is semicircle described in face Fascia board girder tubule places the chuck that there is circular arc to clamp face of position；It is fixed side by side on the 3rd positioning seat to connect It is connected to two position blocks；The side of 3rd positioning seat is provided with an alignment pin；In these positioning seat both sides The base edge on 11 gas electric types are correspondingly installed from entering the head assembly that drills, it is same to be mounted in the positioning seat respectively First gas electric type of side enters the head assembly that drills certainly, from the head assembly that drills, the 3rd gas electric type is entered, oneself enters drill head group to the second gas electric type Part, the 6th gas electric type are from the head assembly that drills, the 7th gas electric type is entered from enter to drill head assembly and the 8th gas electric type from entering drill head group Part and installed in the positioning seat opposite side the 4th gas electric type from the head assembly that drills, the 5th gas electric type is entered from entering drill head group Part, the 9th gas electric type are from the head assembly that drills, the tenth gas electric type is entered from enter to drill head assembly and the 11st gas electric type from entering drill head Component；Described 9th includes two for drill change from double drill bits compared with adjacent pores from the head assembly that drills is entered；Each gas electric type Include a servomotor for being used to drive bit and the advance and retrogressing for driving drill head from the head assembly that drills is entered Cylinder；The side of the base is fixedly connected with an electric cabinet；Another side of base is provided with control cabinet, and control cabinet is provided with " power supply, clamp 1, clamp 2, drilling, open " 5 control buttons；Drilling comprises the following steps that：Fascia board girder tubule is put into the semicircle of the first described positioning seat, the second positioning seat, the 3rd positioning seat A, Place in position, while the end face of fascia board girder tubule is close to the first position block；B, press and " clamp 1 " button, the locking head of the first pneuma-lock component is to fascia board girder on control cabinet Tubule is compressed；C, press and " clamp 2 " buttons, first pneumatic gripping, the second pneumatic gripping, the 3rd pneumatic clamps on the control cabinet Semicircle screens on pincers is clamped to fascia board girder tubule simultaneously；D, " drilling " button on the control cabinet is pressed, first gas electric type enters the head assembly that drills, the second gas electric type certainly certainly Enter the head assembly that drills, the 3rd gas electric type from the head assembly that drills, the 4th gas electric type is entered from the head assembly that drills, the 5th gas electric type is entered from entering Totally 5 drill bits in drilling head assembly start to drill, and drill head retreats immediately after the completion of drilling；E, the open button on the control cabinet is pressed, pine moves back immediately for all pneumatic grippings and pneuma-lock component, by hand Fascia board girder tubule is taken out, using the hole of the low order end drilled out on fascia board girder tubule as positioning hole, is inserted Enter the alignment pin, fascia board girder tubule is placed on the 3rd positioning seat, the 4th positioning seat, the semicircle of the 5th positioning seat and put Set, the end face of fascia board girder tubule is close to the second position block；Then the fascia one not drilled again Crossbeam tubule is put into first positioning seat, the second positioning seat, the semicircle of the 3rd positioning seat and placed in position, i.e. repeat step A；F, press and " clamp 1 " button, the first pneuma-lock component, the second pneuma-lock component locking head on the control cabinet To being compressed respectively to two fascia board girder tubules, i.e. repeat step B；G, press and " clamp 2 " buttons, all pneumatic grippings start small to two fascia board girders on the control cabinet Pipe is clamped, i.e. repeat step C；H, " drilling " button on the control cabinet is pressed, all gas electric types advance and right from the drill head for entering the head assembly that drills Two fascia board girder tubule drillings, the 6th gas electric type enter the head assembly that drills, the 7th gas electric type and enter drill head certainly certainly Component, the 8th gas electric type enter the head assembly that drills certainly, from the head assembly that drills, the tenth gas electric type is entered, oneself enters drill head group to the 9th gas electric type Part, the 11st gas electric type bore surplus totally from 7 drill bits for entering the head assembly that drills to the fascia board girder tubule for being drilled 5 holes Under 7 holes；First gas electric type enters the head assembly that drills, the 3rd gas electric type certainly certainly from the head assembly that drills, the second gas electric type is entered It is new from entering the head assembly that drills, the 5th gas electric type from 5 drill bits in head assembly of entering to drill and boring to enter the head assembly that drills, the 4th gas electric type 5 holes of the fascia board girder tubule being put into；This step is repeat step D；I, the open button on the control cabinet is pressed, pine moves back immediately for all pneumatic grippings and pneuma-lock component, by hand Take out and be drilled the fascia board girder tubule in 12 holes, the step of then repeating E to H.
- 2. fascia board girder tubule boring method according to claim 1, it is characterised in that：Described first is pneumatic Latch assembly and the second pneuma-lock component include the cylindrical locking head installed in front end controlled by cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710749353.5A CN107398578B (en) | 2017-08-28 | 2017-08-28 | Fascia board girder tubule boring method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710749353.5A CN107398578B (en) | 2017-08-28 | 2017-08-28 | Fascia board girder tubule boring method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107398578A true CN107398578A (en) | 2017-11-28 |
| CN107398578B CN107398578B (en) | 2019-01-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710749353.5A Active CN107398578B (en) | 2017-08-28 | 2017-08-28 | Fascia board girder tubule boring method |
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| CN (1) | CN107398578B (en) |
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| CN104439402A (en) * | 2014-11-18 | 2015-03-25 | 重庆市华青汽车配件有限公司 | Instrument panel transverse beam hole drilling device |
| CN104439387A (en) * | 2014-11-20 | 2015-03-25 | 重庆市华青汽车配件有限公司 | Automatic drilling frame for instrument panel beam drilling device |
| CN104588720A (en) * | 2014-11-20 | 2015-05-06 | 重庆市华青汽车配件有限公司 | Full-automatic drilling tool for instrument panel beam |
| US20160059321A1 (en) * | 2014-08-28 | 2016-03-03 | Hougen Manufacturing, Inc. | Magnetically mountable portable drill assembly |
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| KR100886250B1 (en) * | 2007-09-20 | 2009-02-27 | 조은산업 주식회사 | Hole perforator of plastic drain pipe |
| CN203031319U (en) * | 2012-12-14 | 2013-07-03 | 芜湖市中兴机械技术开发有限公司 | Transverse beam and hollow beam drilling tool of instrument |
| US20160059321A1 (en) * | 2014-08-28 | 2016-03-03 | Hougen Manufacturing, Inc. | Magnetically mountable portable drill assembly |
| CN104439402A (en) * | 2014-11-18 | 2015-03-25 | 重庆市华青汽车配件有限公司 | Instrument panel transverse beam hole drilling device |
| CN104354021A (en) * | 2014-11-20 | 2015-02-18 | 重庆市华青汽车配件有限公司 | Positioning rack capable of automatically clamping instrument panel beam for drilling |
| CN104440668A (en) * | 2014-11-20 | 2015-03-25 | 重庆市华青汽车配件有限公司 | Automatic instrument panel beam clamping and positioning structure |
| CN104439387A (en) * | 2014-11-20 | 2015-03-25 | 重庆市华青汽车配件有限公司 | Automatic drilling frame for instrument panel beam drilling device |
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| CN107398578B (en) | 2019-01-22 |
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