CN207629645U - The brill multi-orifice devices of ironware - Google Patents
The brill multi-orifice devices of ironware Download PDFInfo
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- CN207629645U CN207629645U CN201721644192.5U CN201721644192U CN207629645U CN 207629645 U CN207629645 U CN 207629645U CN 201721644192 U CN201721644192 U CN 201721644192U CN 207629645 U CN207629645 U CN 207629645U
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Abstract
The utility model discloses a kind of brill multi-orifice devices of ironware；Including shaking feeder, boring lathe, Workpiece clamping head, drilling machine, drilling machine swing span, drill fixing support, oscillating feed frame, cam drive, the vibrations feeder is mounted on the board of boring lathe, the lower end of oscillating feed frame is hinged on board, drilling machine is mounted on the surface on drilling machine swing span and positioned at Workpiece clamping head, drilling machine swing span slips on drill fixing support, the lower end of drill fixing support is fixed on board, drilling machine swing span and oscillating feed frame are all contacted with cam drive, cam drive drives drilling machine swing span and the action of oscillating feed frame.Since workpiece is sent to the outside of Workpiece clamping head by the utility model, workpiece can be sent into Workpiece clamping head and be clamped by Workpiece clamping head by oscillating feed frame, drilling machine on drilling machine swing span moves down four times in cam drive, complete the drilling of four through-holes of workpiece, the fully automated completion of boring procedure, high degree of automation.
Description
Technical field
The utility model is related to a kind of ironware process equipments, are set more particularly to a kind of brill of ironware is porous
It is standby.
Background technology
Hardware refers to the general designation of metal device and certain small tools on building or furniture, as nail, screw,
Iron wire, lock, hinge, bolt, spring etc..The structure of hardware workpiece is various, and required process equipment is entirely different, because
This, dealer needs to design various process equipments according to the process requirements of workpiece.
Utility model content
The purpose of this utility model is to provide a kind of brill multi-orifice devices of the ironware of high degree of automation.
To achieve the above object, the technical solution of the utility model is：
The utility model is a kind of brill multi-orifice devices of ironware；Including vibrations feeder, boring lathe, workpiece clamp
Head, drilling machine, drilling machine swing span, drill fixing support, oscillating feed frame, cam drive；
The vibrations feeder is mounted on the board of boring lathe, and the lower end of oscillating feed frame is hinged on board,
First station of oscillating feed frame be connected with the discharge end of feeding track of vibrations feeder, the second station of oscillating feed frame and
Workpiece clamping head is connected, and Workpiece clamping head is mounted on the output end of boring lathe main shaft；The drilling machine is mounted on drilling machine swing span
Surface upper and positioned at Workpiece clamping head, drilling machine swing span are slipped on drill fixing support and can be moved down along drill fixing support
It is dynamic so that the drill bit on drilling machine can stretch to Workpiece clamping head, and the lower end of drill fixing support is fixed on board；The drilling machine is swung
Frame and oscillating feed frame are all contacted with cam drive, and cam drive drives drilling machine swing span and oscillating feed frame dynamic
Make, cam drive and the power plant be connected by power on boring lathe.
The drilling machine swing span includes swing seat, gantry column, swings cross bar, swings montant, swings hinged seat, swings bullet
Spring；The inside of the swing seat is slipped on drill fixing support, and drilling machine is equipped on the outside of swing seat, and gantry column is vertically fixed
In the top surface of swing seat, the outer end kink of cross bar is swung on gantry column, and the inner end for swinging cross bar is cut with scissors with the upper end for swinging montant
It connects, the middle part for swinging montant is hinged on by swinging hinged seat on board, is swung on the lower end and cam drive of montant
Drilling machine cam abuts against, and the both ends of swing spring are connected to the outer end for swinging cross bar and swing on hinged seat.
The oscillating feed frame includes cradle ontology, pressing plate, rag iron spring, gag lever post, driving lever, driving lever spring, top
Bar, resetting spring, reset cradle, finger；The lower end of the cradle ontology is hinged on board；The outer end of the pressing plate
It is abutted against with the upper end of cradle ontology, forms the clamping opening of clamping workpiece between the outer end of pressing plate and the upper end of cradle ontology,
The top of cradle ontology is hinged in the middle part of pressing plate, the both ends of rag iron spring are connected to inner end and the cradle sheet of pressing plate
The inner end on the top of body, gag lever post is resisted against the outer end of pressing plate, and the inner end of gag lever post is mounted on board；Under the driving lever
End is hinged on the lower end of cradle ontology, and the upper end of driving lever is stretched into the clamping opening between pressing plate and cradle ontology, so as to by work
Part dials in Workpiece clamping head, and the both ends of driving lever spring are connected to the middle part at the middle part and cradle ontology of driving lever；The top
Activity is set in the lower end of cradle ontology, the drilling machine on one end and cam drive of mandril in the horizontal direction at the middle part of bar
Flank of cam abuts against, and the other end of mandril and the lower end of driving lever abut against, and driving driving lever is swung in the horizontal direction；The reset branch
The lower end of frame is fixed on board, and the both ends of resetting spring are connected under the upper end and cradle ontology of reset cradle
End；The finger is fixed on the lower end of cradle ontology, the pendulum on the outer end and cam drive of finger in the horizontal direction
Moving cam abuts against.
The cam drive includes camshaft, oscillating cam, drilling machine cam, photoelectric wheel；The oscillating cam,
Drilling machine cam, photoelectric wheel are fixedly attached on camshaft successively, and screw rod is fixed in the outer circle of photoelectric wheel.
There are one convex blocks for the side wall tool of the drilling machine cam, and the surface of the convex block is inclined-plane, the excircle of drilling machine cam
There are four grooves for wall tool.
The utility model further includes photoelectric sensor, the photoelectric sensor be mounted on board on and in cam drive
Photoelectric wheel it is opposite, to read the location parameter of screw rod on photoelectric wheel.
There are four notches for the Workpiece clamping head tool, and four through-holes on workpiece are drilled through so as to the drill bit on drilling machine.
After adopting the above scheme, since the utility model includes vibrations feeder, boring lathe, Workpiece clamping head, drilling machine, brill
Machine swing span, drill fixing support, oscillating feed frame, cam drive, oscillating feed frame are inwardly swung, and workpiece is sent to workpiece
Workpiece can be sent into Workpiece clamping head and be clamped by Workpiece clamping head, the drilling machine on drilling machine swing span by the outside of collet, oscillating feed frame
It is moved down four times in cam drive, completes the drilling of four through-holes of workpiece, the fully automated completion of boring procedure, automation
Degree is high.
The utility model is further described in the following with reference to the drawings and specific embodiments.
Description of the drawings
Fig. 1 is the positive axonometric drawing of the utility model；
Fig. 2 is the reversed axonometric drawing of the utility model；
Fig. 3 is the axonometric drawing of the utility model oscillating feed frame；
Fig. 4 is the front view of drilling machine cam on the utility model cam drive；
Fig. 5 is the side view of drilling machine cam on the utility model cam drive.
Specific implementation mode
As shown in Figure 1 and Figure 2, the utility model is a kind of brill multi-orifice devices of ironware；Including vibrations feeder 1, bore
Hole lathe 2, Workpiece clamping head 3, drilling machine 4, drilling machine swing span 5, drill fixing support 6, oscillating feed frame 7, cam drive 8, light
Electric inductor 9.
The vibrations feeder 1 is mounted on the board 21 of boring lathe 2, and the lower end of oscillating feed frame 7 is hinged on machine
On platform 21, the first station of oscillating feed frame 7 is connected with the discharge end of the feeding track 11 of vibrations feeder 1, oscillating feed frame 7
Second station be connected with Workpiece clamping head 3, Workpiece clamping head 3 be mounted on 2 main shaft of boring lathe output end on；The drilling machine 4
Surface on drilling machine swing span 5 and positioned at Workpiece clamping head 3, drilling machine swing span 5 slip on drill fixing support 6 and can
It is moved up and down along drill fixing support 6 so that the drill bit on drilling machine 4 can stretch to Workpiece clamping head 3, and the lower end of drill fixing support 6 is fixed
On board 21；The drilling machine swing span 5 and oscillating feed frame 7 is all contacted with cam drive 8, cam drive 8
Drilling machine swing span 5 and oscillating feed frame 7 is driven to act, cam drive 8 connects with the power plant power on boring lathe 2
It connects.
There are four notches for the tool of Workpiece clamping head 3, and four through-holes on workpiece are drilled through so as to the drill bit on drilling machine 4.
The drilling machine swing span 5 is hinged including swing seat 51, gantry column 52, swing cross bar 53, swing montant 54, swing
Seat 55, swing spring 56.The inside of the swing seat 51 is slipped on drill fixing support 6, and the outside of swing seat 51 is equipped with
Drilling machine 4, gantry column 52 are vertically fixed on the top surface of swing seat 51, swing the outer end kink of cross bar 53 on gantry column 52, swing
The inner end of cross bar 53 is hinged with the upper end for swinging montant 54, and the middle part for swinging montant 54 is hinged on board by swinging hinged seat 55
On 21, the lower end for swinging montant 54 is abutted against with the drilling machine cam 83 on cam drive 8, and the both ends of swing spring 56 connect respectively
It is connected on the outer end for swinging cross bar 53 and swings on hinged seat 55.
As shown in figure 3, the oscillating feed frame 7 includes cradle ontology 71, pressing plate 72, rag iron spring 73, gag lever post
74, driving lever 75, driving lever spring 76, mandril 77, resetting spring 78, reset cradle 79, finger 710.The cradle ontology 71
Lower end be hinged on board 21；The outer end and the upper end of cradle ontology 71 of the pressing plate 72 abut against, in the outer of pressing plate 72
The clamping opening of clamping workpiece is formed between end and the upper end of cradle ontology 71, the middle part of pressing plate 72 is hinged on cradle ontology 71
Top, the both ends of rag iron spring 73 are connected to the top of the inner end and cradle ontology 71 of pressing plate 72, gag lever post 74 it is interior
End is resisted against the outer end of pressing plate 72, and the inner end of gag lever post 74 is mounted on board 21；The lower end of the driving lever 75, which is hinged on, to be sent
The upper end of the lower end of rack ontology 71, driving lever 75 is stretched into the clamping opening between pressing plate 72 and cradle ontology 71, so as to by workpiece
Workpiece clamping head 3 is dialled in, the both ends of driving lever spring 78 are connected to the middle part at the middle part and cradle ontology 71 of driving lever 75；It is described
Activity is set in the lower end of cradle ontology 71, one end and the cam drive machine of mandril 77 in the horizontal direction the middle part of mandril 77
83 side of drilling machine cam on structure 8 abuts against, and the lower end of the other end and driving lever 75 of mandril 77 abuts against, and driving driving lever 75 is along level side
To swing；The lower end of the reset cradle 79 is fixed on board 21, and the both ends of resetting spring 78 are connected to reset branch
The lower end of the upper end and cradle ontology 71 of frame 79；The finger 710 is fixed in the horizontal direction under cradle ontology 71
End, the outer end of finger 710 is abutted against with the oscillating cam 82 on cam drive 8.
In conjunction with shown in Fig. 4, Fig. 5, the cam drive 8 includes camshaft 81, oscillating cam 82, drilling machine cam
83, photoelectric wheel 84；The oscillating cam 82, drilling machine cam 83, photoelectric wheel 84 are fixedly attached to successively on camshaft 81, in light
It is fixed with screw rod 85 in the outer circle of electricity wheel 84.The side wall of the drilling machine cam 83 has there are one convex block 831, the convex block 831
Surface is inclined-plane, which abuts against with the mandril 77 on oscillating feed frame 7, for workpiece to be sent into Workpiece clamping head 3；Drilling machine
There are four grooves 832 for the outer circle wall tool of cam 83.
As shown in Figure 2 and Figure 3, the photoelectric sensor 9 be mounted on board 21 on and with the light in cam drive 8
Electricity wheel 84 is opposite, to read the location parameter of screw rod 85 on photoelectric wheel 84.
The operation principle of the utility model：
As shown in Figure 2 and Figure 3, along blanking track 11, conveying workpieces, workpiece are admitted to pendulum to the vibrations feeder 11 one by one
In the clamping opening of dynamic cradle 7, oscillating feed frame 7 is inwardly swung, and workpiece is sent to the outside of Workpiece clamping head 3, in oscillating feed frame 7
Oscillating cam 82 of the driving lever 75 on cam drive 8 driving under by workpiece be sent into Workpiece clamping head 3 and by Workpiece clamping head 3
It clamps.Drilling machine 4 on drilling machine swing span 5 moves down four times in cam drive 8, completes four through-holes of workpiece
Drilling.
The above, only the utility model preferred embodiment, therefore the utility model implementation cannot be limited with this
Range all should still belong to this reality that is, according to equivalent changes and modifications made by present utility model application the scope of the claims and description
In the range of being covered with new patent.
Claims (7)
1. a kind of brill multi-orifice devices of ironware；It is characterized in that：Including vibrations feeder, boring lathe, Workpiece clamping head, brill
Machine, drilling machine swing span, drill fixing support, oscillating feed frame, cam drive；
The vibrations feeder is mounted on the board of boring lathe, and the lower end of oscillating feed frame is hinged on board, is swung
First station of cradle is connected with the discharge end of the feeding track of vibrations feeder, the second station and workpiece of oscillating feed frame
Collet is connected, and Workpiece clamping head is mounted on the output end of boring lathe main shaft；The drilling machine be mounted on drilling machine swing span on and
Positioned at the surface of Workpiece clamping head, drilling machine swing span is slipped on drill fixing support and can be moved up and down along drill fixing support, is made
The drill bit obtained on drilling machine can stretch to Workpiece clamping head, and the lower end of drill fixing support is fixed on board；The drilling machine swing span and
Oscillating feed frame is all contacted with cam drive, and cam drive drives drilling machine swing span and the action of oscillating feed frame, convex
Wheel drive mechanism and the power plant be connected by power on boring lathe.
2. the brill multi-orifice devices of ironware according to claim 1, it is characterised in that：The drilling machine swing span includes
Swing seat, gantry column swing cross bar, swing montant, swing hinged seat, swing spring；It slips the inside of the swing seat
On drill fixing support, drilling machine is installed on the outside of swing seat, gantry column is vertically fixed on the top surface of swing seat, swings the outer of cross bar
Hold kink on gantry column, the inner end for swinging cross bar is hinged with the upper end for swinging montant, and the middle part for swinging montant is cut with scissors by swinging
Joint chair is hinged on board, and the drilling machine cam swung on the lower end and cam drive of montant abuts against, the both ends of swing spring
It is connected to the outer end for swinging cross bar and swings on hinged seat.
3. the brill multi-orifice devices of ironware according to claim 1, it is characterised in that：The oscillating feed frame includes
Cradle ontology, pressing plate, rag iron spring, gag lever post, driving lever, driving lever spring, mandril, resetting spring, reset cradle, finger；Institute
The lower end for the cradle ontology stated is hinged on board；The outer end of the pressing plate and the upper end of cradle ontology abut against, and are pressing
The clamping opening of clamping workpiece is formed between the outer end and the upper end of cradle ontology of plate, and cradle ontology is hinged in the middle part of pressing plate
Top, the both ends of rag iron spring are connected to the top of the inner end and cradle ontology of pressing plate, and the inner end of gag lever post is resisted against
The inner end of the outer end of pressing plate, gag lever post is mounted on board；The lower end of the driving lever is hinged on the lower end of cradle ontology, dials
The upper end of bar is stretched into the clamping opening between pressing plate and cradle ontology, so that workpiece is dialled in Workpiece clamping head, the two of driving lever spring
End is connected to the middle part at the middle part and cradle ontology of driving lever；Activity is set in the horizontal direction at the middle part of the mandril
The lower end of cradle ontology, the drilling machine flank of cam on one end and cam drive of mandril abut against, the other end of mandril with
The lower end of driving lever abuts against, and driving driving lever is swung in the horizontal direction；The lower end of the reset cradle is fixed on board, resets bullet
The both ends of spring are connected to the lower end of the upper end and cradle ontology of reset cradle；The finger is fixed in the horizontal direction
The lower end of cradle ontology, the oscillating cam on the outer end and cam drive of finger abut against.
4. the brill multi-orifice devices of ironware according to claim 1, it is characterised in that：The cam drive packet
Include camshaft, oscillating cam, drilling machine cam, photoelectric wheel；The oscillating cam, drilling machine cam, photoelectric wheel are fixedly attached successively
On camshaft, screw rod is fixed in the outer circle of photoelectric wheel.
5. the brill multi-orifice devices of ironware according to claim 4, it is characterised in that：The side wall of the drilling machine cam
There are one convex blocks for tool, and the surface of the convex block is inclined-plane, and there are four grooves for the outer circle wall tool of drilling machine cam.
6. the brill multi-orifice devices of ironware according to claim 1, it is characterised in that：Further include photoelectric sensor, it should
Photoelectric sensor is on board and opposite with the photoelectric wheel in cam drive, to read the position of screw rod on photoelectric wheel
Set parameter.
7. the brill multi-orifice devices of ironware according to claim 1, it is characterised in that：The Workpiece clamping head has four
A notch drills through four through-holes on workpiece so as to the drill bit on drilling machine.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721644192.5U CN207629645U (en) | 2017-11-30 | 2017-11-30 | The brill multi-orifice devices of ironware |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721644192.5U CN207629645U (en) | 2017-11-30 | 2017-11-30 | The brill multi-orifice devices of ironware |
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| Publication Number | Publication Date |
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| CN207629645U true CN207629645U (en) | 2018-07-20 |
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| CN201721644192.5U Active CN207629645U (en) | 2017-11-30 | 2017-11-30 | The brill multi-orifice devices of ironware |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111482630A (en) * | 2019-05-06 | 2020-08-04 | 福鼎市福海化油器有限公司 | High-efficient oil drainage screw machine tool |
-
2017
- 2017-11-30 CN CN201721644192.5U patent/CN207629645U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111482630A (en) * | 2019-05-06 | 2020-08-04 | 福鼎市福海化油器有限公司 | High-efficient oil drainage screw machine tool |
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