A kind of head that can be used in adverse circumstances
Technical field
The present invention relates to head technical field, more particularly to a kind of head that can be used in adverse circumstances.
Background technology
With the growth of photography demand, current tripod head equipment gradually develops to high stability, but existing head is set
It is standby when in face of adverse circumstances such as dust storm sleet, it is easy to be damaged, can not normal work, it is therefore desirable to which one kind can be severe
Long-term use of head under environment.
The content of the invention
In view of the above-mentioned problems, the present invention provides a kind of head that can be used in adverse circumstances, the present invention is former by electromagnetism
Reason realizes 360 ° of rotary axis module rotations, and camera mounting seat up and down, deflection, whole mechanism lower end be it is open, no
Influenceed by silt sleet, steady operation slightly in environment can disliked.
Technical scheme used in the present invention is:A kind of head that can be used in adverse circumstances, including containment vessel, rotation
Platform, front vertical plate, rotary axis module, upper and lower adjusting module, rubber seal, end cap, it is characterised in that:Described containment vessel is fixed
On the bottom plate of rotation platform, front vertical plate is fixedly mounted on bottom plate upper surface front end;Rotary axis module is arranged on rotation platform
First bearing seat and second bearing seat on;Before the swing base of upper and lower adjusting module is fixedly mounted on the swinging axle of rotary axis module
On the ring flange of end face;End cap is fixedly mounted on front vertical plate front end face, and rubber seal is arranged between end cap and front vertical plate;
Described rotation platform includes bottom plate, first bearing seat, the first electromagnet, fixed disk, second bearing seat, support frame, institute
The first bearing seat stated is fixedly mounted on bottom plate upper surface front portion, and second bearing seat is fixedly mounted on bottom plate upper surface rear portion, bottom
Support frame is provided between plate upper surface first bearing seat and second bearing seat;Described fixed disk is fixedly mounted on supporting framing front end
Face, fixed disk front end face are installed with the first electromagnet;
Described rotary axis module includes rotating shaft, rotating disc, swinging axle, the first swing seat, four the second electromagnet, four the first electricity
Magnet holder, the first swing span, the 3rd electromagnet, the second swing seat, described rotating disc are fixedly mounted in rotating shaft, rotating disc
Rear end face is installed with the 3rd electromagnet;Described roller end is provided with the second swing seat, swings shaft end and is provided with the first pendulum
Dynamic seat, the first swing seat end are provided with two the first electromagnet stents, and the second swing seat end is provided with two the first electromagnet branch
Frame, four the second electromagnet are separately mounted on four the first electromagnet stents;First described swing span one end is fixedly mounted
In the first swing seat, the other end is fixedly mounted in the second swing seat;
Described adjusting module up and down includes swinging base, two the second electromagnet stents, the second swing span, two the 4th electromagnetism
Iron, camera mounting seat, swinging head, two the 5th electromagnet, described two the second electromagnet stents, which are fixedly mounted on, swings bottom
On seat, two the second electromagnet stents are arranged symmetrically, and two the 5th electromagnet are separately mounted on two the second electromagnet stents;
Second swing span one end, which is fixedly mounted on, to be swung on base, and between two the second electromagnet stents, the second swing span is another
One end is fixedly mounted on swinging head, and two the 4th electromagnet are fixedly mounted on swinging head;Described camera mounting seat is fixed
Installed in swing cephalic par.
Further, the first described swing span and the U-shaped elastic sheet metal group of two identicals of each freedom of the second swing span
Into the back-to-back arrangement of sheet metal, sheet metal center joint position welds together.
Beneficial effect of the present invention:
The present invention realizes 360 ° of rotations of rotary axis module, and the upper and lower of camera mounting seat, deflection by electromagnetic principle, entirely
Mechanism lower end is not influenceed by silt sleet to be open, simple in construction, can in slightly environment is disliked steady operation, have very
High reliability.
Brief description of the drawings
Fig. 1 is the overall structure diagram of the present invention.
Fig. 2, Fig. 3 are that the present invention removes the structural representation after containment vessel.
Fig. 4 is rubber seal after present invention removing containment vessel and the structural representation after end cap fractionation.
Fig. 5, Fig. 6 are the structural representation of rotation platform of the present invention.
Fig. 7, Fig. 9 are the structural representation of rotary axis module of the present invention.
Fig. 8 is Fig. 7 partial enlarged drawing.
Figure 10, Figure 11 are the structural representation of adjusting module above and below the present invention.
Drawing reference numeral:1- containment vessels;2- rotation platforms;3- front vertical plates;4- rotary axis modules;Above and below 5- adjusting modules;6- rubbers
Glue sealing ring;7- end caps;201- bottom plates;202- first bearing seats;The electromagnet of 203- first;204- fixed disks;The axles of 205- second
Bearing;206- support frames;401- rotating shafts;402- rotating discs;403- swinging axles;The swing seats of 404- first;The electromagnet of 405- second;
The electromagnet stents of 406- first;The swing spans of 407- first;The electromagnet of 408- the 3rd;The swing seats of 409- second;501- swings base;
The electromagnet stents of 502- second;The swing spans of 503- second;The electromagnet of 504- the 4th;505- camera mounting seats;506- swinging heads;
The electromagnet of 507- the 5th.
Embodiment
Below by embodiment, and with reference to accompanying drawing, technical scheme is described in further detail.
Embodiment
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, one kind can make in adverse circumstances
Head, including containment vessel 1, rotation platform 2, front vertical plate 3, rotary axis module 4, upper and lower adjusting module 5, rubber seal 6, end
Lid 7, it is characterised in that:Described containment vessel 1 is fixedly mounted on the bottom plate 201 of rotation platform 2, and front vertical plate 3 is fixedly mounted on
The upper surface front end of bottom plate 201;Rotary axis module 4 is arranged in the first bearing seat 202 and second bearing seat 205 of rotation platform 2;On
The swing base 501 of lower adjusting module 5 is fixedly mounted on the ring flange of the front end face of swinging axle 403 of rotary axis module 4;End cap 7
It is fixedly mounted on the front end face of front vertical plate 3, rubber seal 6 is arranged between end cap 7 and front vertical plate 3;
Described rotation platform 2 includes bottom plate 201, first bearing seat 202, the first electromagnet 203, fixed disk 204, second bearing
Seat 205, support frame 206, described first bearing seat 202 are fixedly mounted on the upper surface of bottom plate 201 front portion, second bearing seat 205
The upper surface rear portion of bottom plate 201 is fixedly mounted on, is provided between the upper surface first bearing seat 202 of bottom plate 201 and second bearing seat 205
Support frame 206;Described fixed disk 204 is fixedly mounted on the front end face of support frame 206, and the front end face of fixed disk 204 is installed with
First electromagnet 203;
Described rotary axis module 4 includes 404, four rotating shaft 401, rotating disc 402, swinging axle 403, the first swing seat the second electromagnetism
405, four the first electromagnet stents 406 of iron, the first swing span 407, the 3rd electromagnet 408, the second swing seat 409, it is described
Rotating disc 402 is fixedly mounted in rotating shaft 401, and the rear end face of rotating disc 402 is installed with the 3rd electromagnet 408;Described turns
The end of axle 401 is provided with the second swing seat 409, and the end of swinging axle 403 is provided with the first swing seat 404, and the end of the first swing seat 404 is set
There are two the first electromagnet stents 406, the end of the second swing seat 409 is provided with two the first electromagnet stents 406, four second electricity
Magnet 405 is separately mounted on four the first electromagnet stents 406;Described one end of the first swing span 407 is fixedly mounted on
In one swing seat 404, the other end is fixedly mounted in the second swing seat 409;
Described adjusting module up and down 5 includes swinging 501, two the second electromagnet stents 502 of base, the second swing span 503, two
506, two individual 4th electromagnet 504, camera mounting seat 505, swinging head the 5th electromagnet 507, described two the second electromagnetism
Retort stand 502, which is fixedly mounted on, to be swung on base 501, and two the second electromagnet stents 502 are arranged symmetrically, two the 5th electromagnet
507 are separately mounted on two the second electromagnet stents 502;The one end of second swing span 503, which is fixedly mounted on, swings base 501
On, and between two the second electromagnet stents 502, the other end of the second swing span 503 is fixedly mounted on swinging head 506,
Two the 4th electromagnet 504 are fixedly mounted on swinging head 506;Described camera mounting seat 505 is fixedly mounted on swinging head 506
End.
Further, 503 each U-shaped elasticity gold of two identicals of freedom of the first described swing span 407 and the second swing span
Belong to piece composition, the back-to-back arrangement of sheet metal, sheet metal center joint position welds together.
Operation principle of the present invention:Containment vessel 1 is fixed on carrying platform by the present invention at work, and head is vertically-mounted,
Upper and lower adjusting module 5 is located at lower section, and camera is fixedly mounted in camera mounting seat 505, by adjusting the He of the first electromagnet 203
The on-position of 3rd electromagnet 408 and current strength make head realize 360 ° of rotations;When head needs to deflect to the left, left side
Two the second electromagnet 405 produce the opposite magnetic field of magnetic, and the second electromagnet 405 of two, right side produces magnetic same magnetic field, cloud
Platform is deflected to the left around the first swing span 407, and deflection angle is controlled by adjusting magnetic field size;When head needs to deflect up and down,
It is identical with left and right adjusting mode, by adjusting the 4th adjacent electromagnet 504 and the magnetic field of the 5th electromagnet 507, you can realize cloud
The deflection up and down of platform.