CN101625938B - Induction module of circuit boards - Google Patents
Induction module of circuit boards Download PDFInfo
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- CN101625938B CN101625938B CN2008101356183A CN200810135618A CN101625938B CN 101625938 B CN101625938 B CN 101625938B CN 2008101356183 A CN2008101356183 A CN 2008101356183A CN 200810135618 A CN200810135618 A CN 200810135618A CN 101625938 B CN101625938 B CN 101625938B
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Abstract
The invention discloses an induction module of circuit boards, comprising a plurality of circuit boards and a ball body, wherein the multiple circuit boards surround to form a hollow polyhedral body provided with a plurality of faces, and respectively have a plurality of included angles. When the ball body is positioned in any included angle, any circuit board can be regulated and controlled to be electrically conducted, and other multiple circuit boards are in open circuit simultaneously. Furthermore, the invention also discloses a polyhedral operation device formed by the induction module of the circuit boards. The polyhedral operation device comprises a plurality of control interfaces and at least one induction module of the circuit boards. When any control interface is operated, the induction module of the circuit boards can start a switch of the control interface to be operated, and the other switches of the control interface are closed simultaneously.
Description
Technical field
The invention relates to a kind of induction module, particularly about a kind of induction module of circuit boards.
Background technology
Progress along with the epoch; Most home appliance also all gradually this remote wireless control of widespread technology (as: cold air conditioner equipment, audio-visual equipment, telecommunication apparatus .... or the like); And owing to the attention of modern for quality of life, almost all there are several audio-visual equipment (as: televisor, sound equipment, video recorder, video disc player, light units etc.) of outfit in each family, and the utilization of telecontrol engineering no doubt makes the consumer that the operation of each item home appliance is brought many facilities; But still the some disappearances that exist; As generally speaking each controlled plant must set independently telepilot, so under the various situation of related audio-visual device, the consumer must be simultaneously in the face of the telepilot of several different sizes; So except space puzzlement and use inconvenience that increase is stored; Because the basic outward appearance kenel of telepilot is very approaching, therefore often takes telepilot by mistake and uncontrollable situation, in order to solve above-mentioned puzzlement; Promptly impel the appearance that what is called " universal controller " arranged on the market; Its fundamental purpose all is to desire can operate the home appliance that all possess distant control function simultaneously with single remote controller, and its conception is kindhearted no doubt unquestionable, and with regard to operation ease and practicality, still has weak point.
General universal remote controller is in response to the function that satisfies various home appliances; Except sharing basal keystroke; Other function button that can't share of need arranging in pairs or groups; Make to be covered with various buttons on the telepilot, but it is too various and trifling to share button, often causes the user to push the wrong button so that malfunction or signal and produce.
For attractive in appearance and ergonomic; Can various different classes of buttons be installed on the different plane according to its function; Each plane respectively is operation-interface independently, the operation-interface of its each face can for household appliance remote control interface (TV remote controller, cold air telepilot, fan telepilot, audio-visual devices telepilot or the like), dialing interface, multimedia shadow answer playback interface, steam turbine car electronics or door electronic lock control interface, touch-control screen interface, light control interface, automatically control interface, graphic operation interface, computer operating interface, mouse action control interface, keyboard operation interface, save that antitheft interface, temperature sensing interface, pressure-sensing and operation-interface, touch switch interface, speed sensitive interface, balance sensing interface, light sensation detecting interface, humidity are detectd sense interface, screen display interface, rotary manipulation interface, door and window operation-interface, positioning action interface, range operation interface, acoustic control operation interface, supervisory work interface, magnetic control operation-interface, electric power ring control operation-interface, billboard are controlled detecting interface, optical projection system operation-interface or the like automatically from damage.In addition, but because of button is installed on the different plane, the action that may the incorrect button of false touch when operation leads to errors produces.
Summary of the invention
The object of the present invention is to provide a kind of induction module of circuit boards; With the problem that solves touch of key-press by accident in the background technology and simplify the polyhedron connection line; With reach on a plurality of control panels arbitrarily the operation difference independently button but can touch of key-press by accident or interferes with each other; To improve the convenience and the practicality of operation, more promote industry applications.
Be the realization above-mentioned purpose, induction module of circuit boards provided by the invention, it comprises:
One plurality of circuits plate, this plurality of circuits plate surround one and have a plurality of hollow polyhedron, and this plurality of circuits plate presss from both sides an angle that pluralizes respectively; And
One spheroid when spheroid is positioned at arbitrary this angle, then can be regulated and control arbitrary this circuit board and electrically conduct, and simultaneously, other this plural circuit board is then opened a way.
Described induction module of circuit boards wherein, also comprises at least two inductive components on the foregoing circuit plate.
Described induction module of circuit boards, wherein, the foregoing circuit plate module comprises:
Three circuit boards; Be respectively a first circuit board, a second circuit board and a tertiary circuit plate; Three circuit boards surround a hollow trihedral, and wherein, first circuit board and second circuit plate holder become one first angle; Second circuit board and tertiary circuit plate holder become one second angle, and tertiary circuit plate and first circuit board press from both sides into one the 3rd angle; And
One spheroid, when spheroid was positioned at first angle, the inboard and the second circuit board of spheroid contact first circuit board were inboard; Spheroid electrically conducts the tertiary circuit plate, when spheroid is positioned at second angle, and the inboard of spheroid contact second circuit board and the inboard of tertiary circuit plate; Spheroid electrically conducts first circuit board; When spheroid is positioned at the 3rd angle, the inboard of spheroid contact tertiary circuit plate and the inboard of first circuit board, spheroid electrically conducts second circuit board.
Described induction module of circuit boards wherein, also comprises at least two inductive components on above-mentioned first circuit board, second circuit board and the tertiary circuit plate.
Described induction module of circuit boards, wherein, the foregoing circuit plate module comprises:
Four circuit boards; Difference one the 4th circuit board, one the 5th circuit board, one the 6th circuit board and one the 7th circuit board; Wherein, The 4th circuit board, the 5th circuit board and the 6th circuit board surround a hollow trihedral, and the 7th circuit board bridges at the 5th circuit board inboard respectively and the 6th circuit board is inboard and the 7th circuit board is parallel with the 4th circuit board, and the 5th circuit board and the 7th circuit plate holder become one the 4th angle; The 5th circuit board and the 6th circuit plate holder become one the 5th angle, and the 6th circuit board and the 7th circuit plate holder become one the 6th angle; And
One spheroid; When spheroid was positioned at the 4th angle, inboard and the 7th circuit board of spheroid contact the 5th circuit board was inboard, and this spheroid electrically conducts the 6th circuit board; When this spheroid is positioned at the 5th angle; The inboard of inboard and the 6th circuit board of this spheroid contact the 5th circuit board, this spheroid electrically conducts the 4th circuit board, when spheroid is positioned at the 6th angle; The inboard of inboard and the 7th circuit board of this spheroid contact the 6th circuit board, this spheroid electrically conducts the 5th circuit board.
Described induction module of circuit boards wherein, also comprises at least two inductive components on above-mentioned the 5th circuit board, the 6th circuit board, the 7th circuit board.
Described induction module of circuit boards, wherein, the foregoing circuit plate module comprises:
Four circuit boards are respectively one the 8th circuit board, one the 9th circuit board, 1 the tenth circuit board and 1 the 11 circuit board, and four circuit boards surround a hollow tetrahedron; And four circuit boards are parallel to each other in twos; Wherein, the 8th circuit board becomes one the 8th angle with the 9th circuit plate holder, and the 9th circuit board becomes one the 9th angle with the tenth circuit plate holder; The tenth circuit board becomes 1 the tenth angle with the 11 circuit plate holder, and the 11 circuit board becomes 1 the 11 angle with the 8th circuit plate holder;
Four control circuit boards; Four control circuit boards are enclosed in four circuit board outsides; Be respectively first control circuit plate, second control circuit plate, the 3rd control circuit board and the 4th control circuit board; Four control circuit boards are parallel to each other in twos, and wherein, the 11 angle points to the first control circuit plate; The 8th angle points to the second control circuit plate; The 9th angle points to the 3rd control circuit board and the tenth angle points to the 4th control circuit board, and the 11 angle is vertical with first control circuit plate and the 3rd control circuit board respectively with the summit line of the 9th angle, and the 8th angle is vertical with second control circuit plate and the 4th control circuit board respectively with the summit line of the tenth angle; And
One spheroid, when spheroid was positioned at the 9th angle, spheroid contacted the inboard of the 9th circuit board and the tenth circuit board inboard; Spheroid electrically conducts the first control circuit plate, and when spheroid was positioned at the tenth angle, spheroid contacted the inboard of the 11 circuit board and the tenth circuit board inboard; Spheroid electrically conducts the second control circuit plate, and when spheroid was positioned at the 11 angle, spheroid contacted the inboard of the 11 circuit board and the 8th circuit board inboard; Spheroid electrically conducts the 3rd control circuit board; When spheroid was positioned at the 8th angle, spheroid contacted the inboard of the 8th circuit board and the 9th circuit board inboard, and spheroid electrically conducts the 4th control circuit board.
Described induction module of circuit boards wherein, also comprises at least two inductive components on above-mentioned the 8th circuit board, the 9th circuit board, the tenth circuit board and the 11 circuit board.
Described induction module of circuit boards, wherein, the foregoing circuit plate module comprises:
Five circuit boards; Be respectively 1 the 12 circuit board, 1 the tenth three-circuit plate, 1 the 14 circuit board, 1 the 15 circuit board and the 16 circuit board; Five circuit boards surround a hollow pentahedron, and wherein, the 12 circuit board becomes 1 the 12 angle with the tenth three-circuit plate holder; The tenth three-circuit plate becomes 1 the 13 angle with the 14 circuit plate holder; The 14 circuit board becomes 1 the 14 angle with the 15 circuit plate holder, and the 15 circuit board becomes 1 the 15 angle with the 16 circuit plate holder, and the 16 circuit board becomes 1 the 16 angle with the 12 circuit plate holder;
Five control circuit boards; Five control circuit boards are enclosed in five circuit board outsides; Be respectively one the 5th control circuit board, one the 6th control circuit board, one the 7th control circuit board, one the 8th control circuit board and one the 9th control circuit board, five control circuit boards surround a hollow pentahedron;
One spheroid, when spheroid was positioned at the 12 angle, spheroid contacted the inboard of the 12 circuit board and the tenth three-circuit plate inboard; Spheroid electrically conducts the 5th control circuit board, and when spheroid was positioned at the 13 angle, spheroid contacted the inboard of the tenth three-circuit plate and the 14 circuit board inboard; Spheroid electrically conducts the 6th control circuit board; When spheroid was positioned at the 14 angle, spheroid contacted the inboard of the 14 circuit board and the 15 circuit board inboard, and spheroid electrically conducts the 7th control circuit board; When spheroid is positioned at the 15 angle; Spheroid contacts the inboard of the 15 circuit board and the 16 circuit board inboard, and spheroid electrically conducts the 8th control circuit board, when spheroid is positioned at the 16 angle; Spheroid contacts the inboard of the 16 circuit board and the 12 circuit board inboard, and spheroid electrically conducts the 9th control circuit board.
Described induction module of circuit boards wherein, also comprises at least two inductive components on above-mentioned the 12 circuit board, the tenth three-circuit plate, the 14 circuit board, the 15 circuit board and the 16 circuit board.
Described induction module of circuit boards, wherein, the foregoing circuit plate module can be used in a plurality of connections arranged side by side.
The multiaspect operating means that is constituted by foregoing circuit plate induction module provided by the invention, it comprises:
A plurality of control interfaces, these a plurality of control interfaces surround a polyhedron, and this polyhedron has on each face respectively independently controls button; And
It is inner that at least one induction module of circuit boards, this induction module are installed in this polyhedron, and when arbitrary this control interface of operation, this induction module of circuit boards can start the switch of the control interface of desire operation, closes the switch of other this control interface simultaneously.
Described multiaspect operating means; Wherein, above-mentioned control interface is selected from one of following or its combination: household appliance remote control interface, dialing interface, multimedia video playback interface, Touch Screen interface, light control interface, graphic operation interface, computer operating interface, save that antitheft interface, temperature sensing interface, pressure-sensing and operation-interface, touch switch interface, speed sensitive interface, balance sensing interface, light sensation detecting interface, humidity are detectd sense interface, screen display interface, rotary manipulation interface, door and window operation-interface, positioning action interface, range operation interface, acoustic control operation interface, supervisory work interface, magnetic control operation-interface, electric power ring control operation-interface, billboard are controlled detecting interface, optical projection system operation-interface automatically from damage.
Described multiaspect operating means wherein, also comprises a rotatable screen, and its left and right rotation angles respectively is 120 degree, and this rotatable screen can be switched screen by this induction module of circuit boards.
Effect of the present invention is:
1) by a kind of multiaspect operating means of induction module of circuit boards construction, it is with being intended to have individually independently control interface on the Different Plane, and each control interface is not shared each other and respectively taken charge of its duty, can let the user operate more easily and uses.
2) utilize serial connection plurality of circuits plate induction module to simplify the connection line on the multiaspect operating means.
3) button that utilizes induction module of circuit boards to solve on a plurality of control interfaces operation different keys arbitrarily and other interface of the false touch signal that but can not lead to errors produces.
Description of drawings
Fig. 1 is the synoptic diagram according to the induction module of circuit boards of first embodiment of the invention institute construction;
Fig. 2 A, 2B and 2C are the synoptic diagram according to the induction module of circuit boards of second embodiment of the invention institute construction;
Fig. 3 is the synoptic diagram according to the induction module of circuit boards of third embodiment of the invention institute construction;
Fig. 4 is the synoptic diagram according to the induction module of circuit boards of fourth embodiment of the invention institute construction;
Fig. 5 is the synoptic diagram according to the induction module of circuit boards of fifth embodiment of the invention institute construction;
Fig. 6 A, 6B, 6C and 6D are three operating means according to the preferable example institute construction in the sixth embodiment of the invention; And
Fig. 7 is the induction module of circuit boards synoptic diagram arranged side by side of institute of the present invention construction.
Primary clustering symbol description in the accompanying drawing:
100 induction module of circuit boards, 110 circuit boards
120 spheroids, 200 induction module of circuit boards
210 first circuit boards, 212 inductive components
214 inductive components, 220 second circuit boards
222 inductive components, 224 inductive components
230 tertiary circuit plates, 232 inductive components
234 inductive components, 240 spheroids
300 induction module of circuit boards 310 the 4th circuit board
320 the 5th circuit boards, 332 inductive components
334 inductive components 330 the 6th circuit board
332 inductive components, 334 inductive components
340 the 7th circuit boards, 342 inductive components
344 inductive components, 350 spheroids
360 batteries, 370 control interfaces
400 induction module of circuit boards 410 the 8th circuit board
412 inductive components, 414 inductive components
420 the 9th circuit boards, 422 inductive components
424 inductive components 430 the tenth circuit board
432 inductive components, 434 inductive components
440 the 11 circuit board 442 inductive components
444 inductive components, 450 spheroids
460 first control circuit plates, 470 second control circuit plates
480 the 3rd control circuit boards 490 the 4th control circuit board
500 induction module of circuit boards 510 the 12 circuit board
512 inductive components, 514 inductive components
520 the tenth three-circuit plates, 522 inductive components
524 inductive components 530 the 14 circuit board
532 inductive components, 534 inductive components
540 the 15 circuit board 542 inductive components
544 inductive components 550 the 16 circuit board
552 inductive components, 554 inductive components
560 spheroids 572 the 5th control circuit board
574 the 6th control circuit boards 756 the 7th control circuit board
578 the 8th control circuit boards 580 the 9th control circuit board
600 screens, 700 multiaspect operating means
Embodiment
The present invention is a kind of induction module of circuit boards in this direction of inquiring into.In order to understand the present invention up hill and dale, detailed step and composition thereof will be proposed in following description.Apparently, the execution of the present invention specific details that is not defined in those skilled in the art and is familiar with.On the other hand, well-known composition or step are not described in the details, with the restriction of avoiding causing the present invention unnecessary.Preferred embodiment meeting of the present invention is described in detail as follows, yet except these were described in detail, the present invention can also be implemented among other the embodiment widely, and scope of the present invention constrained not, and it is as the criterion with the claim scope of applying for.
Consult shown in Figure 1; The first embodiment of the present invention is described a kind of induction module of circuit boards 100; It comprises a plurality of circuits plate 110 and a spheroid 120, and wherein above-mentioned plurality of circuits plate 110 surrounds one and has a plurality of hollow polyhedron, and the plurality of circuits plate presss from both sides an angle that pluralizes respectively.When a spheroid 120 is positioned at arbitrary angle, then can regulate and control arbitrary particular circuit boards and electrically conduct, simultaneously, other plural circuit board is then opened a way.Also comprise at least two inductive components on the above-mentioned circuit board, when a spheroid 120 is positioned at the angle of the folded one-tenth of arbitrary two circuit boards, and contact the inductive component on two circuit boards simultaneously, then can make specific circuit board energising, then other circuit board open circuit.Above-mentioned induction module of circuit boards 100 can connect use side by side.
Consult shown in Fig. 2 A; The second embodiment of the present invention is described a kind of induction module of circuit boards 200; It comprises three circuit boards and 240, three circuit boards of a spheroid and is respectively a first circuit board 210, a second circuit board 220 and 230, three circuit boards of a tertiary circuit plate and surrounds a hollow trihedral; Wherein, First circuit board 210 and second circuit board 220 press from both sides into one first angle, and second circuit board 220 and tertiary circuit plate 230 press from both sides into one second angle, and tertiary circuit plate 230 and first circuit board 210 press from both sides into one the 3rd angle.
When spheroid 240 is positioned at first angle; The inboard of spheroid 240 contact first circuit boards 210 and the inboard of second circuit board 220; Spheroid 240 electrically conducts tertiary circuit plate 230, when spheroid 240 is positioned at second angle, and the inboard of spheroid 240 contact second circuit boards 220 and the inboard of tertiary circuit plate 230; Spheroid 240 electrically conducts first circuit board 210; When spheroid 240 is positioned at the 3rd angle, the inboard of spheroid 240 contact tertiary circuit plates 230 and the inboard of first circuit board 210, spheroid 240 electrically conducts second circuit board 220.Above-mentioned induction module of circuit boards 200 can connect use side by side.
Consult shown in Fig. 2 B; In present embodiment; Above-mentioned circuit board also comprises at least two inductive components, wherein, has two inductive components (212,214) on the first circuit board 210; Have two inductive components (222,224) on the second circuit board 220, have two inductive components (232,234) on the tertiary circuit plate 230.
Consult shown in Fig. 2 C; The described a kind of induction module of circuit boards of present embodiment; It is applied to the remote control telecommunication installation; Many now telechiric devices are integrated the function of plural number on same telechiric device, for example electric equipment products telepilot, dialing key and multimedia function key are integrated on the telechiric device simultaneously.In order to distinguish function, nearly like function key be arranged on the same flat panel.With this figure is example, when we will press the button directly over pressing, very big may pressing by the button to both sides is arranged, and causes the circuit entanglement.Therefore, the described induction module of circuit boards of present embodiment and can addressing the above problem.The location-controlled of spheroid influences in terrestrial attraction, and spheroid is bound to fall within the angle of below, the panel directly over starting this moment.In addition, may rock when holding telechiric device, figure is unlikely to have error detection it is thus clear that the angle that double swerve is allowed is quite big thus.
Consult shown in Figure 3ly, the third embodiment of the present invention is described a kind of induction module of circuit boards 300, comprises four circuit boards and a spheroid 350.Wherein, Four circuit boards are one the 4th circuit board 310, one the 5th circuit board 320, one the 6th circuit board 330 and one the 7th circuit board 340 respectively; Wherein, The 4th circuit board 310, the 5th circuit board 320 and the 6th circuit board 330 surround a hollow trihedral, and it is inboard and the 6th circuit board 330 is inboard and the 7th circuit board 340 is parallel with the 4th circuit board 310 that the 7th circuit board 340 bridges at the 5th circuit board 320 respectively, and the 5th circuit board 320 and the 7th circuit board 340 press from both sides into one the 4th angle; The 5th circuit board 320 and the 6th circuit board 330 press from both sides into one the 5th angle, and the 6th circuit board 330 and the 7th circuit board 340 press from both sides into one the 6th angle.
When above-mentioned spheroid 350 is positioned at the 4th angle; Inboard and the 7th circuit 340 plates of spheroid 350 contacts the 5th circuit board 320 are inboard; Spheroid 350 electrically conducts the 6th circuit board 330, when spheroid 350 is positioned at the 5th angle, and the inboard of inboard and the 6th circuit board 330 of spheroid 350 contacts the 5th circuit board 320; Spheroid 350 electrically conducts the 4th circuit board 310; When spheroid 350 is positioned at the 6th angle, the inboard of inboard and the 7th circuit board 340 of spheroid 350 contacts the 6th circuit board 330, spheroid 350 electrically conducts the 5th circuit board 320.Above-mentioned induction module of circuit boards 300 can connect use side by side.
The foregoing circuit plate also comprises at least two inductive components, wherein, has two inductive components (322,324) on the 5th circuit board 320, has two inductive components (332,334) on the 6th circuit board 330, has two inductive components (342,344) on the 7th circuit board 340.
Also comprise a battery case in the described induction module of circuit boards 300 of present embodiment; Battery case is positioned at the 4th circuit board 310, the 5th circuit board 320 and the 6th circuit board 330 and surrounds a hollow trihedral; The space that battery case structure can become a groove and the 7th circuit board 240 to be constituted by two circuit plate holders, this space is in order to set battery 360.In addition, induction module of circuit boards 300 can also comprise at least one control interface 370, and control interface 370 is in the 4th circuit board 310, the 5th circuit board 320 and the 6th circuit board 330 outsides.
Consult shown in Figure 4ly, the fourth embodiment of the present invention is described a kind of induction module of circuit boards 400, comprises four circuit boards, four control circuit boards and a spheroid.Four circuit boards are respectively one the 8th circuit board 410, one the 9th circuit board 420,1 the tenth circuit board 430 and 1 the 11 circuit board 440; Four circuit boards surround a hollow tetrahedron; And four circuit boards are parallel to each other in twos; Wherein, the 8th circuit board 410 presss from both sides into one the 8th angle with the 9th circuit board 420, and the 9th circuit board 420 presss from both sides into one the 9th angle with the tenth circuit board 430; 440 one-tenth 1 the tenth angles of the tenth circuit board 430 and the 11 circuit plate holder, the 11 circuit board 440 presss from both sides into 1 the 11 angle with the 8th circuit board 410.Four control circuit boards; Four control circuit boards are enclosed in four circuit board outsides; Be respectively first control circuit plate 460, second control circuit plate 470, the 3rd control circuit board 480 and the 4th control circuit board 490; Four control circuit boards are parallel to each other in twos, and wherein, the 11 angle points to first control circuit plate 460; The 8th angle points to second control circuit plate 470; The 9th angle points to the 3rd control circuit board 480 and the tenth angle, and to point to the 4th control circuit board 490, the 11 angles vertical with first control circuit plate 460 and the 3rd control circuit board 480 respectively with the summit line of the 9th angle, and the 8th angle is vertical with the 4th control circuit board 490 with second control circuit plate 470 respectively with the summit line of the tenth angle.
When spheroid 450 is positioned at the 9th angle; Spheroid contacts inboard and the tenth circuit board 430 inboards of the 9th circuit board 420, and spheroid electrically conducts first control circuit plate 460, when spheroid 450 is positioned at the tenth angle; Inboard and the tenth circuit board 430 inboards of spheroid 450 contacts the 11 circuit board 440; Spheroid 450 electrically conducts second control circuit plate 470, and when spheroid 450 was positioned at the 11 angle, spheroid contacted inboard and the 8th circuit board 470 inboards of the 11 circuit board 440; Spheroid electrically conducts the 3rd control circuit board 480; When spheroid 450 is positioned at the 8th angle, inboard and the 9th circuit board 420 inboards of spheroid 450 contacts the 8th circuit board 410, spheroid electrically conducts the 4th control circuit board 490.Above-mentioned induction module of circuit boards 400 can connect use side by side.
The foregoing circuit plate also comprises at least two inductive components; Wherein, Have two inductive components (412,414) on the 7th circuit board 410; Have two inductive components (422,424) on the 8th circuit board 420, have two inductive components (432,434) on the 9th circuit board 430, have two inductive components (442,444) on the tenth circuit board 440.
Consult shown in Figure 5ly, the fifth embodiment of the present invention is described a kind of induction module of circuit boards 500, comprises five circuit boards, five control circuit boards and a spheroid.Five circuit boards are respectively 1 the 12 circuit board 510,1 the tenth three-circuit plate 520,1 the 14 circuit board 530,1 the 15 circuit board 540 and 1 the 16 circuit board 550; Five circuit boards surround a hollow pentahedron; Wherein, The 12 circuit board 510 presss from both sides into 1 the 12 angle with the tenth three-circuit plate 520, and the tenth three-circuit plate 520 presss from both sides into 1 the 13 angle with the 14 circuit board 530, and the 14 circuit board 530 presss from both sides into 1 the 14 angle with the 15 circuit board 540; The 15 circuit board 540 presss from both sides into 1 the 15 angle with the 16 circuit board 550, and the 16 circuit board 550 presss from both sides into 1 the 16 angle with the 12 circuit board 510.Five control circuit boards are enclosed in five circuit board outsides; Be respectively one the 5th control circuit board 572, one the 6th control circuit board 574, one the 7th control circuit board 756, one the 8th control circuit board 578 and 580, five control circuit boards of one the 9th control circuit board and surround a hollow pentahedron;
When spheroid 560 was positioned at the 12 angle, spheroid contacted inboard and the tenth three-circuit plate 520 inboards of the 12 circuit board 510, and spheroid 560 electrically conducts the 5th control circuit board 578; When spheroid 560 is positioned at the 13 angle; Inboard and the 14 circuit board 530 inboards of spheroid 560 contacts the tenth three-circuit plate 520, spheroid 560 electrically conducts the 6th control circuit board 580, when spheroid 560 is positioned at the 14 angle; Inboard and the 15 circuit board 540 inboards of spheroid 560 contacts the 14 circuit board 530; Spheroid 560 electrically conducts the 7th control circuit board 572, when spheroid 560 is positioned at the 15 angle, and inboard and the 16 circuit board 550 inboards of spheroid 560 contacts the 15 circuit board 540; Spheroid 560 electrically conducts the 8th control circuit board 574; When spheroid 560 was positioned at the 16 angle, inboard and the 12 circuit 510 plates of spheroid 560 contacts the 16 circuit board 550 were inboard, and spheroid electrically conducts the 9th control circuit board 576.Above-mentioned induction module of circuit boards 500 can connect use side by side.
The foregoing circuit plate also comprises at least two inductive components; Wherein, Have two inductive components (512,514) on the 11 circuit board 510, have two inductive components (522,524) on the 12 circuit board 520, have two inductive components (532,534) on the tenth three-circuit plate 530; Have two inductive components (542,544) on the 14 circuit board 540, have two inductive components (552,554) on the 15 circuit board 550.
The sixth embodiment of the present invention is described a kind of by the multiaspect operating means that induction module of circuit boards constituted, and it comprises a plurality of control interfaces and at least one induction module of circuit boards.Wherein, above-mentioned a plurality of control interfaces surround a polyhedron, and polyhedron has on each face respectively independently controls button.It is inner that induction module is installed in the open circuit polyhedron, and when the arbitrary open circuit control interface of operation, open-circuit plate induction module can start the switch of the control interface of desire operation, closes the switch of other open circuit control interface simultaneously.Above-mentioned control interface is selected from one of following or its combination: the household appliance remote control interface; The dialing interface; The multimedia video playback interface; The electronic lock control interface at steam turbine car or door; Touch-control screen interface; The light control interface; Automatic control interface; The graphic operation interface; The computer operating interface; The mouse action control interface; The keyboard operation interface; Save the antitheft interface from damage; The temperature sensing interface; Pressure-sensing and operation-interface; The touch switch interface; The speed sensitive interface; Balance sensing interface; Light sensation detecting interface; Humidity is detectd the sense interface; Screen display interface; Automatic rotary manipulation interface; The door and window operation-interface; The positioning action interface; The range operation interface; The acoustic control operation interface; The supervisory work interface; The magnetic control operation-interface; Electric power ring control operation-interface; Billboard is controlled the detecting interface; The optical projection system operation-interface.
Consult shown in Fig. 6 A, 6B, 6C and the 6D; Be the preferable example in the foregoing description; Described induction module of circuit boards is to be applied to three operating means; Can electric equipment products telepilot, dialing key and multimedia function key be integrated on the same device simultaneously, and be arranged on the Different control face version according to its different qualities.This design can reach maximum function on the volume of minimum, and ergonomic has more the telechiric device of economic benefit.In addition; Above-mentioned three operating means can also comprise a rotatable screen 600; Its left and right rotation angles respectively is 120 degree, can switch screen by induction module of circuit boards equally, and screen can be telephone displays, clock, multimedia display device or the like; So design can reach more polynary combination, makes telepilot have more intention and industry applications.
Consult shown in Figure 7ly, by three operating means 700 that induction module of circuit boards constituted, above-mentioned induction module of circuit boards can connect use side by side, and has dividing plate between each induction module, makes induction module like the triangle etui.As long as for example each operating surface has 24 buttons then must have the 3x8 trace wiring to need 11 lines, that is to say that three faces will 33, uses 11 induction module of circuit boards of this device to be connected to MCU side by side relatively 11 connecting lines, and saving reaches 22 wiring.And each induction module of circuit boards use mechanism contact conduction mode, need not to use power supply and supply with, more can effectively reduce the loss of power.In addition, 11 above-mentioned induction module of circuit boards do not limit to side by side in same angle, can arbitrary combination be scattered on three angles.
Apparently, according to the description among the top embodiment, the present invention has many corrections and difference.Therefore need in its additional claim scope, understand, except above-mentioned detailed description, the present invention can also implement in other embodiment widely.Above-mentionedly being merely preferred embodiment of the present invention, is not in order to limit claim of the present invention; All other do not break away from the equivalence of being accomplished under the disclosed spirit and changes or modification, all should be included in the claim scope of application.
Claims (14)
1. induction module of circuit boards, it comprises:
One plurality of circuits plate, this plurality of circuits plate surround one and have a plurality of hollow polyhedron, and this plurality of circuits plate presss from both sides an angle that pluralizes respectively; And
One spheroid when spheroid is positioned at arbitrary this angle, then can be regulated and control arbitrary this circuit board and electrically conduct, and simultaneously, other this plural circuit board is then opened a way.
2. induction module of circuit boards as claimed in claim 1 wherein, comprises at least two inductive components on the foregoing circuit plate.
3. induction module of circuit boards as claimed in claim 1, wherein, foregoing circuit plate induction module comprises:
Three circuit boards; Be respectively a first circuit board, a second circuit board and a tertiary circuit plate; Three circuit boards surround a hollow trihedral, and wherein, first circuit board and second circuit plate holder become one first angle; Second circuit board and tertiary circuit plate holder become one second angle, and tertiary circuit plate and first circuit board press from both sides into one the 3rd angle; And
One spheroid, when spheroid was positioned at first angle, the inboard and the second circuit board of spheroid contact first circuit board were inboard; Spheroid electrically conducts the tertiary circuit plate, when spheroid is positioned at second angle, and the inboard of spheroid contact second circuit board and the inboard of tertiary circuit plate; Spheroid electrically conducts first circuit board; When spheroid is positioned at the 3rd angle, the inboard of spheroid contact tertiary circuit plate and the inboard of first circuit board, spheroid electrically conducts second circuit board.
4. induction module of circuit boards as claimed in claim 3 wherein, also comprises at least two inductive components on above-mentioned first circuit board, second circuit board and the tertiary circuit plate.
5. induction module of circuit boards as claimed in claim 1, wherein, foregoing circuit plate induction module comprises:
Four circuit boards; Difference one the 4th circuit board, one the 5th circuit board, one the 6th circuit board and one the 7th circuit board; Wherein, The 4th circuit board, the 5th circuit board and the 6th circuit board surround a hollow trihedral, and the 7th circuit board bridges at the 5th circuit board inboard respectively and the 6th circuit board is inboard and the 7th circuit board is parallel with the 4th circuit board, and the 5th circuit board and the 7th circuit plate holder become one the 4th angle; The 5th circuit board and the 6th circuit plate holder become one the 5th angle, and the 6th circuit board and the 7th circuit plate holder become one the 6th angle; And
One spheroid; When spheroid was positioned at the 4th angle, inboard and the 7th circuit board of spheroid contact the 5th circuit board was inboard, and this spheroid electrically conducts the 6th circuit board; When this spheroid is positioned at the 5th angle; The inboard of inboard and the 6th circuit board of this spheroid contact the 5th circuit board, this spheroid electrically conducts the 4th circuit board, when spheroid is positioned at the 6th angle; The inboard of inboard and the 7th circuit board of this spheroid contact the 6th circuit board, this spheroid electrically conducts the 5th circuit board.
6. induction module of circuit boards as claimed in claim 5 wherein, also comprises at least two inductive components on above-mentioned the 5th circuit board, the 6th circuit board, the 7th circuit board.
7. induction module of circuit boards as claimed in claim 1, wherein, foregoing circuit plate induction module comprises:
Four circuit boards are respectively one the 8th circuit board, one the 9th circuit board, 1 the tenth circuit board and 1 the 11 circuit board, and four circuit boards surround a hollow tetrahedron; And four circuit boards are parallel to each other in twos; Wherein, the 8th circuit board becomes one the 8th angle with the 9th circuit plate holder, and the 9th circuit board becomes one the 9th angle with the tenth circuit plate holder; The tenth circuit board becomes 1 the tenth angle with the 11 circuit plate holder, and the 11 circuit board becomes 1 the 11 angle with the 8th circuit plate holder;
Four control circuit boards; Four control circuit boards are enclosed in four circuit board outsides; Be respectively first control circuit plate, second control circuit plate, the 3rd control circuit board and the 4th control circuit board; Four control circuit boards are parallel to each other in twos, and wherein, the 11 angle points to the first control circuit plate; The 8th angle points to the second control circuit plate; The 9th angle points to the 3rd control circuit board and the tenth angle points to the 4th control circuit board, and the 11 angle is vertical with first control circuit plate and the 3rd control circuit board respectively with the summit line of the 9th angle, and the 8th angle is vertical with second control circuit plate and the 4th control circuit board respectively with the summit line of the tenth angle; And
One spheroid, when spheroid was positioned at the 9th angle, spheroid contacted the inboard of the 9th circuit board and the tenth circuit board inboard; Spheroid electrically conducts the first control circuit plate, and when spheroid was positioned at the tenth angle, spheroid contacted the inboard of the 11 circuit board and the tenth circuit board inboard; Spheroid electrically conducts the second control circuit plate, and when spheroid was positioned at the 11 angle, spheroid contacted the inboard of the 11 circuit board and the 8th circuit board inboard; Spheroid electrically conducts the 3rd control circuit board; When spheroid was positioned at the 8th angle, spheroid contacted the inboard of the 8th circuit board and the 9th circuit board inboard, and spheroid electrically conducts the 4th control circuit board.
8. induction module of circuit boards as claimed in claim 7 wherein, comprises at least two inductive components on above-mentioned the 8th circuit board, the 9th circuit board, the tenth circuit board and the 11 circuit board.
9. induction module of circuit boards as claimed in claim 1, wherein, foregoing circuit plate induction module comprises:
Five circuit boards; Be respectively 1 the 12 circuit board, 1 the tenth three-circuit plate, 1 the 14 circuit board, 1 the 15 circuit board and the 16 circuit board; Five circuit boards surround a hollow pentahedron, and wherein, the 12 circuit board becomes 1 the 12 angle with the tenth three-circuit plate holder; The tenth three-circuit plate becomes 1 the 13 angle with the 14 circuit plate holder; The 14 circuit board becomes 1 the 14 angle with the 15 circuit plate holder, and the 15 circuit board becomes 1 the 15 angle with the 16 circuit plate holder, and the 16 circuit board becomes 1 the 16 angle with the 12 circuit plate holder;
Five control circuit boards; Five control circuit boards are enclosed in five circuit board outsides; Be respectively one the 5th control circuit board, one the 6th control circuit board, one the 7th control circuit board, one the 8th control circuit board and one the 9th control circuit board, five control circuit boards surround a hollow pentahedron;
One spheroid, when spheroid was positioned at the 12 angle, spheroid contacted the inboard of the 12 circuit board and the tenth three-circuit plate inboard; Spheroid electrically conducts the 5th control circuit board, and when spheroid was positioned at the 13 angle, spheroid contacted the inboard of the tenth three-circuit plate and the 14 circuit board inboard; Spheroid electrically conducts the 6th control circuit board; When spheroid was positioned at the 14 angle, spheroid contacted the inboard of the 14 circuit board and the 15 circuit board inboard, and spheroid electrically conducts the 7th control circuit board; When spheroid is positioned at the 15 angle; Spheroid contacts the inboard of the 15 circuit board and the 16 circuit board inboard, and spheroid electrically conducts the 8th control circuit board, when spheroid is positioned at the 16 angle; Spheroid contacts the inboard of the 16 circuit board and the 12 circuit board inboard, and spheroid electrically conducts the 9th control circuit board.
10. induction module of circuit boards as claimed in claim 9 wherein, comprises at least two inductive components on above-mentioned the 12 circuit board, the tenth three-circuit plate, the 14 circuit board, the 15 circuit board and the 16 circuit board.
11. induction module of circuit boards as claimed in claim 1, wherein, foregoing circuit plate induction module can use in a plurality of connections arranged side by side.
12. a multiaspect operating means that is made up of the said induction module of circuit boards of claim 1, it comprises:
A plurality of control interfaces, these a plurality of control interfaces surround a polyhedron, and this polyhedron has on each face respectively independently controls button; And
It is inner that at least one induction module of circuit boards, this induction module are installed in this polyhedron, and when arbitrary this control interface of operation, this induction module of circuit boards can start the switch of the control interface of desire operation, closes the switch of other this control interface simultaneously.
13. multiaspect operating means as claimed in claim 12; Wherein, above-mentioned control interface is selected from one of following or its combination: household appliance remote control interface, dialing interface, multimedia video playback interface, Touch Screen interface, light control interface, graphic operation interface, computer operating interface, save that antitheft interface, temperature sensing interface, pressure-sensing and operation-interface, touch switch interface, speed sensitive interface, balance sensing interface, light sensation detecting interface, humidity are detectd sense interface, screen display interface, rotary manipulation interface, door and window operation-interface, positioning action interface, range operation interface, acoustic control operation interface, supervisory work interface, magnetic control operation-interface, electric power ring control operation-interface, billboard are controlled detecting interface, optical projection system operation-interface automatically from damage.
14. multiaspect operating means as claimed in claim 12 wherein, comprises a rotatable screen, its left and right rotation angles respectively is 120 degree, and this rotatable screen is switched screen by this induction module of circuit boards.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101356183A CN101625938B (en) | 2008-07-07 | 2008-07-07 | Induction module of circuit boards |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101356183A CN101625938B (en) | 2008-07-07 | 2008-07-07 | Induction module of circuit boards |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101625938A CN101625938A (en) | 2010-01-13 |
| CN101625938B true CN101625938B (en) | 2012-01-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2008101356183A Expired - Fee Related CN101625938B (en) | 2008-07-07 | 2008-07-07 | Induction module of circuit boards |
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| Country | Link |
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| CN (1) | CN101625938B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103118510A (en) * | 2013-01-28 | 2013-05-22 | 江苏惠通集团有限责任公司 | Multifunctional remote controller |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0373407B1 (en) * | 1988-12-02 | 1994-08-03 | Nokia (Deutschland) GmbH | Remote control device for the transmission of commands |
| US5941836A (en) * | 1996-06-12 | 1999-08-24 | Friedman; Mark B. | Patient position monitor |
| CN1405814A (en) * | 2001-09-14 | 2003-03-26 | 魏荣宗 | Induction device to automatically reset and free from mounting direction restriction at 360 degrees |
| EP1734550A1 (en) * | 2004-03-12 | 2006-12-20 | Gunma Prefecture | Sensor having switch function, manufacturing method thereof and electronic device with the sensor built therein |
-
2008
- 2008-07-07 CN CN2008101356183A patent/CN101625938B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0373407B1 (en) * | 1988-12-02 | 1994-08-03 | Nokia (Deutschland) GmbH | Remote control device for the transmission of commands |
| US5941836A (en) * | 1996-06-12 | 1999-08-24 | Friedman; Mark B. | Patient position monitor |
| CN1405814A (en) * | 2001-09-14 | 2003-03-26 | 魏荣宗 | Induction device to automatically reset and free from mounting direction restriction at 360 degrees |
| EP1734550A1 (en) * | 2004-03-12 | 2006-12-20 | Gunma Prefecture | Sensor having switch function, manufacturing method thereof and electronic device with the sensor built therein |
Non-Patent Citations (2)
| Title |
|---|
| JP特开2006-260849A 2006.09.28 |
| JP特开平10－149753A 1998.06.02 |
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| CN101625938A (en) | 2010-01-13 |
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