CN203032426U - Multifunctional seat integrated control device - Google Patents
Multifunctional seat integrated control device Download PDFInfo
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- CN203032426U CN203032426U CN2012206364050U CN201220636405U CN203032426U CN 203032426 U CN203032426 U CN 203032426U CN 2012206364050 U CN2012206364050 U CN 2012206364050U CN 201220636405 U CN201220636405 U CN 201220636405U CN 203032426 U CN203032426 U CN 203032426U
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Abstract
The utility model discloses a multifunctional seat integrated control device which comprises an intelligent control terminal, a power supply unit, a bus unit, a micro processing unit and a plurality of seat electrical function control units, wherein the power supply unit, the bus unit, the micro processing unit and the plurality of seat electrical function control units are integrated on a circuit board; the bus unit establishes communication with the intelligent control terminal and the micro processing unit, inputted multiple input signals for controlling seat electrical functions are encoded through the intelligent control terminal and then are sent to the micro processing unit in a protocol mode through the bus unit; and each seat electrical function control unit establishes connection with the micro processing unit, receives control signals, aiming at the seat electrical function control unit, sent by the micro processing unit, and controls a seat electrical function execution unit which is connected with the seat electrical function control unit. According to the multifunctional seat integrated control device, all seat electrical function control units are integrated on one circuit board and are controlled by the intelligent control terminal, so that various seat buttons are omitted, and space is released. Therefore, seat manufacturing cost is reduced, and the occurrence of misoperation is avoided.
Description
Technical field
The utility model relate to the seat electric work can the control technology field, particularly a kind of integrated multiple seat electric work can control system, and can cooperate the multifunction seat integrated control device of the intelligent operation control terminal that figure controls.This multifunction seat integrated control device has changed man-machine interface complexity in the present control system, easily maloperation, has taken too much space, and function is difficult for the problem of expansion.
Background technology
Along with development of electronic technology, the electric work of seat can dispose more and more higher, has position regulating system, functions such as seat heating ventilation system; But because these each self-organizing systems of electric works energy have the operation and control interface of electric work energy separately, need many key combination to get up to use, so just caused the button of controlling of present multifunction seat many, complicated operation, easily maloperation; And tied up the space of placing arm.
Moreover some present practical up-to-date technology, as wireless charging, cold and hot saucer etc. in time are not integrated into the seat peripheral position to make things convenient for the client better.
The electric work of the seat in the difference configuration can be different simultaneously, and it is different that the supporting assembly at switch place also needs, and the commonality of spare part is poor like this, need develop a lot of assemblies again and come corresponding with the switch of different configurations; Cost is higher.
The utility model content
Technical problem to be solved in the utility model is to provide a kind of multifunction seat integrated control device at the existing seat electric work energy existing deficiency of actuation means, be used for changing operation and control interface complexity, easily maloperation in this type of control system at present, take too much space, function singleness, the cost problem of higher.
Technical problem to be solved in the utility model can be achieved through the following technical solutions:
A kind of multifunction seat integrated control device comprises a housing and the interior circuit card of described housing is installed, and it is characterized in that, also comprises:
One intelligent operation control terminal;
One is integrated in the power subsystem unit on the described circuit card, and this power subsystem unit is connected with the vehicle body power supply;
One is integrated in the microprocessing unit on the described circuit card;
One is integrated in the bus unit on the described circuit card, described bus unit and described intelligent operation control terminal and microprocessing unit are set up communication, the intelligence operation control terminal is encoded to the multichannel incoming signal of controlling seat electric work energy of input, is sent to microprocessing unit with protocol mode by bus unit again; This bus unit transfers to intelligent operation control terminal with microprocessing unit at the feedback signal of multichannel incoming signal;
Be integrated in the some seat electric works energy control units on the described circuit card, each seat electric work can control unit all connects with an input/output port of described microprocessing unit, receive the control signal that microprocessing unit sends at this seat electric work energy control unit, and control the seat electric work energy performance element that is connected with this seat electric work energy control unit by the control signal that receives; Each seat electric work energy control unit also receives the detection signal of the seat electric work energy performance element feedback that is connected with this seat electric work energy control unit, and detection signal is fed to described microprocessing unit;
Described power subsystem unit can power by control unit for described microprocessing unit, bus unit and some seat electric works.
In a preferred embodiment of the present utility model, described intelligent operation control terminal disposes the figure control system, and described figure control system has an instruction input operation interface.
In a preferred embodiment of the present utility model, described intelligent operation control terminal is to be arranged on the headrest telltale on the headrest or to be arranged on handrail telltale on the armrest, and described headrest telltale or handrail telltale are connected with described bus unit.
In a preferred embodiment of the present utility model, described intelligent operation control terminal is intelligent mobile terminal, an integrated radio communication unit replaces bus unit on described circuit card, set up wireless telecommunications between described radio communication unit and the described intelligent mobile terminal and be connected, this radio communication unit also is connected with described microprocessing unit communication.
In a preferred embodiment of the present utility model, described intelligent operation control terminal is intelligent mobile terminal, setting up wireless telecommunications between the integrated radio communication unit on described circuit card, described radio communication unit and described intelligent mobile terminal, bus unit is connected.
Described radio communication unit is WIFI radio communication unit or blue tooth wireless communication unit or ZIGBEE radio communication unit.
In order to prevent not emergent use the onboard or when damaging of intelligent operation control terminal, in a preferred embodiment of the present utility model, also comprise a quick button, described quick key configurations is on seat or door panel, this quick button is connected with described microprocessing unit, and this quick button has the design attitude of seat and comfortable position regulatory function, charge function etc. at least.
In a preferred embodiment of the present utility model, some seat electric works can comprise seat position control unit, heating ventilation control unit, waist holder and the massage control interface that is integrated on the described circuit card by control unit; Described seat position control unit is controlled motor with headrest positions control motor, position of back in the seat electric work energy performance element, the seat cushion position control motor is connected with leg holder position control motor; Described heating ventilation control unit and the seat electric work heating drafting apparatus in can performance element is connected; Described waist holder and massage control interface and seat electric work waist holder and the massage control unit in can performance element is connected, described waist holder and massage control unit with waist holder air pump, massage the air valve group and be connected, massage the air valve group and be connected with some airbag groups.
In a preferred embodiment of the present utility model, some seat electric works can also comprise charging control unit and saucer control unit by control unit, described charging control unit and the seat electric work wireless charging system in can performance element is connected, and described saucer control unit is connected with saucer heating and cooling system in the seat electric work energy performance element.
Owing to adopted technique scheme, the utility model can all be integrated in a circuit card by control unit with all electric works of seat, and adopt bus and intelligent operation control terminal to control, saved seat assortment of keys occupation space, make the seat manufacturing cost reduce, avoided the phenomenon of maloperation to take place simultaneously.Meet the requirement of seat development tendency.
Description of drawings
Fig. 1 is the functional block diagram of the utility model embodiment 1 multifunction seat integrated control device.
Fig. 2 is the electrical schematic diagram of the utility model embodiment 1 multifunction seat integrated control device.
Fig. 3 is power-up initializing and the instruction classification diagram of circuit of microprocessing unit in the utility model embodiment 1 multifunction seat integrated control device.
Fig. 4 is the seat position regulating step diagram of circuit of microprocessing unit in the utility model embodiment 1 multifunction seat integrated control device.
Fig. 5 is the back of seat regulating step diagram of circuit of microprocessing unit in the utility model embodiment 1 multifunction seat integrated control device.
Fig. 6 is the Chain cushion regulating step diagram of circuit of microprocessing unit in the utility model embodiment 1 multifunction seat integrated control device.
Fig. 7 is the chair headrest regulating step diagram of circuit of microprocessing unit in the utility model embodiment 1 multifunction seat integrated control device.
Fig. 8 is the seat leg holder regulating step diagram of circuit of microprocessing unit in the utility model embodiment 1 multifunction seat integrated control device.
Fig. 9 is the seat cushion temperature adjustment step diagram of circuit of microprocessing unit in the utility model embodiment 1 multifunction seat integrated control device.
Figure 10 is the seat cushion waist holder regulating step diagram of circuit of microprocessing unit in the utility model embodiment 1 multifunction seat integrated control device.
Figure 11 is the cold and hot regulating step diagram of circuit of saucer of microprocessing unit in the utility model embodiment 1 multifunction seat integrated control device.
Figure 12 is the wireless charging flow chart of steps of microprocessing unit in the utility model embodiment 1 multifunction seat integrated control device.
Figure 13 is the functional block diagram of the utility model embodiment 2 multifunction seat integrated control devices.
Figure 14 is the electrical schematic diagram of the utility model embodiment 2 multifunction seat integrated control devices.
Figure 15 is the functional block diagram of the multifunction seat integrated control device parallel operation on 3 two seats of the utility model embodiment.
Figure 16 is the functional block diagram of the multifunction seat integrated control device parallel operation on 4 two seats of the utility model embodiment.
The specific embodiment
Describe the utility model in detail below in conjunction with accompanying drawing.
Embodiment 1
Referring to Fig. 1, the multifunction seat integrated control device that provides among the figure, comprise a housing (not shown) and the interior circuit card 100 of housing is installed, be integrated with power subsystem unit 110, microprocessing unit 120, bus unit 130, seat position control unit 140, heating ventilation control unit 150, waist holder and massage control unit 160, charging control unit 170 and saucer control unit 180 at circuit card 100.Certainly on circuit card, also be not limited to these control units, can increase by demand.
This seat electric work can be controlled by an intelligent operation control terminal 300 by integrated control device, and this intelligence operation control terminal 300 self has a figure control system, and the figure control system has an instruction input operation interface 310.
Intelligence operation control terminal 300 is by bus unit 130 wired connections in vehicle body 210 and the seat electric work energy integrated control device, the manipulator can control seat position control unit 140, heating ventilation control unit 150, waist holder and massage control unit 160, charging control unit 170 and saucer control unit 180 by the instruction input operation interface 310 input instructions on the operative intelligence operation control terminal 300.Bus unit 130 is CAN bus or LIN bus.
The multichannel incoming signal of controlling seat electric work energy of intelligence operation control terminal 300 inputs is encoded, be sent to microprocessing unit 110 with protocol mode by bus unit 130 again, with the multichannel incoming signal input microprocessing unit 110 behind the coding, and microprocessing unit 110 transferred to intelligent operation control terminal 300 at the feedback signal of multichannel incoming signal.Intelligence operation control terminal 300 can be for being arranged on the headrest telltale on the headrest or being arranged on handrail telltale on the armrest.
Seat position control unit 140 is connected with leg holder position control motor 144 with headrest positions control motor 141, position of back control motor 142, seat cushion position control motor 143; Heating ventilation control unit 150 is connected with heating drafting apparatus 150a on the seat; Waist holder and massage control interface 160 are connected with waist holder and massage control unit 160a, and waist holder and massage control unit 160a are connected with waist holder air pump 161a, massage air valve group 162a, and massage air valve group 162a connects some airbag group 163a.The wireless charging system 170a that charging control unit 170 is connected in the seat connects, and saucer control unit 180 is connected with the 180a of heating and cooling system in the saucer.
Referring to Fig. 2, microprocessing unit 110 is a microprocessor U1, and the power supply input port on it is connected to vehicle body 210 by a voltage regulator U2, and microprocessor U1 is connected to vehicle body 210 by the bus driver module U3 in the bus unit 130.Intelligence operation control terminal 300 be connected on the vehicle body 210, and with bus driver module U3 wired connection.On microprocessor U1, also be connected with crystal oscillator module U4, reset and time block U5.
Microprocessor U1 is connected with the 180a of heating and cooling system in the saucer by the driver module U6 in the saucer control unit 180, driver module U6 provides polarity reversible power supply for the saucer heating and cooling 180a of system, finishes heating, refrigeration, the closing function of saucer.
Microprocessor U1 is connected with wireless charging system 170a by the driver module U7 in the charging control unit 170, and driver module U7 provides power supply to finish starting or stoping of wireless charging to wireless charging system 170a.
The heating drafting apparatus 150a that heating ventilation control unit 150 directly drives on the seat finishes the heating ventilation function, the blower fan driver module U9 that wherein heats in the ventilation control unit 150 is connected with microprocessor U1 on the one hand, be connected with blower fan 151a among the heating drafting apparatus 150a on the other hand, heater strip driver module U10 in the heating ventilation control unit 150 is connected with microprocessor U1 on the one hand, is connected with electric heating assembly 152a among the heating drafting apparatus 150a on the other hand, the temperature sensor NTC among the heating drafting apparatus 150a is connected with microprocessor U1 by the analog-to-digital conversion module U11 that heats ventilation control unit 150.
Module U12 in the seat position control unit 140, U13 are connected with microprocessor U1 on the one hand, are connected with headrest positions control motor 141 on the other hand, drive the 141 forward and reverse rotations of headrest position control motor, finish the bidirectional modulation of headrest; Module U14 in the seat position control unit 140, U15 are connected with microprocessor U1 on the one hand, are connected with position of back control motor 142 on the other hand, drive the 142 forward and reverse rotations of position of back control motor, finish the bidirectional modulation of backrest; Module U16 in the seat position control unit 140, U17 are connected with microprocessor U1 on the one hand, are connected with seat cushion position control motor 143 on the other hand, drive the 143 forward and reverse rotations of cushion position control motor, finish the bidirectional modulation of cushion; Module U18 in the seat position control unit 140, U19 are connected with microprocessor U1 on the one hand, are connected on the other hand with leg holder position control motor 144, and the bidirectional modulation of leg holder is finished in the 144 forward and reverse rotations of driving leg holder position control motor.
Microprocessor U1 is connected with waist holder and massage control unit 160a by the interface loop module U20 in waist holder and the massage control interface 160.
The peripheral circuit of microprocessor U1 is the common practise of this area, be not described in detail at this.
Referring to Fig. 1 control mode of the present utility model be: with the control point on the instruction input operation interface 310 of finger touch intelligence operation control terminal 300, as dragging the button figure that back of seat figure or crawl backrest move backward backward, at this moment the software program of intelligent operation control terminal 300 is handled this event, this event is encoded, and the communication data of event correspondence is delivered to microprocessing unit 120 with certain form (by the good communication protocol of predefined) by bus unit 130 valves.
Behind the engine start of vehicle body, power subsystem unit 110 provides power supply by vehicle body 210, and power subsystem unit 110 powers on for microprocessing unit 110, bus unit 130 and seat position control unit 140, heating ventilation control unit 150, waist holder and massage control unit 160, charging control unit 170 and saucer control unit 180.
The principle of work of each control unit is described to diagram of circuit shown in Figure 12 below in conjunction with Fig. 3.
Referring to Fig. 3, after microprocessing unit powers on, enter into step P100 and carry out power-up initializing, mainly finish the demarcation of seat position in the power-up initializing process: rotate as driving the backrest motor, backrest moves to a direction, and after backrest arrived mechanical stop, stall can take place motor, can be increased to 3～5 times of running current by the electric current of this motor this moment, and the position transduser on the backrest motor is no longer exported the location information of variation simultaneously; Microprocessing unit can judge that back of seat has reached mechanical stop according to these information, write down the seat back positions information of this moment, determine the soft stop of seat back positions simultaneously, a position that arrives before the mechanical stop, only arrive this soft stop next time when back of seat moves, to prevent motor stall often takes place.Finish the initialization of another direction of backrest with same method.By that analogy, finish seat cushion, the headrest of seat, the initialization of leg holder all directions.
Simultaneously microprocessing unit on the one hand by the heating ventilation control unit detect the heater strip of heating drafting apparatus and temperature sensor whether exist open circuit, faults such as short circuit, ground connection, on the other hand the heating and cooling system that detects saucer by the saucer control unit whether exist open circuit, faults such as short circuit, ground connection, again on the one hand by charging control unit detect wireless charging system connect whether exist open circuit, faults such as short circuit, ground connection, if fault is arranged, microprocessing unit will keep these information, and send with certain form, notify the client to keep in repair.If faults such as heating drafting apparatus, the heating and cooling system of saucer, wireless charging system do not exist and open circuit, short circuit, ground connection, then initialization is finished.
After power-up initializing was finished, microprocessing unit was in step P105 state, can receive the command information that intelligent operation control terminal sends at any time.After microprocessing unit receives the command information that intelligent operation control terminal sends over, then enter into step P110, the command information that intelligent operation control terminal sends over is decoded.
After the command information that microprocessing unit sends over intelligent operation control terminal is decoded, enter into step P114 decoded command information is judged, the command information that intelligent operation control terminal sends over belongs to that class command information.If seat position is regulated class instruction P125, program jumps to seat position regulating step P200; If heating ventilation class instruction P130, program jumps to seat cushion temperature and ventilation regulating step P300; If waist holder massage class instruction P135, program jumps to waist holder and massage regulating step P400; If cold and hot saucer class instruction P140, program jumps to the cold and hot regulating step P500 of saucer; If wireless charging class instruction P145, program jumps to wireless charging step P600.
Referring to Fig. 4, after microprocessing unit enters into seat position regulating step P200, judge that at first the command information that intelligent operation control terminal sends over is to belong to that class seat position to regulate information, if belong to seat back positions regulating command information, then enter into back of seat regulating step 210, if belong to seat cushion position adjustments command information, then enter into Chain cushion regulating step 220, if belong to chair headrest position adjustments command information, then enter into chair headrest regulating step 230, if belonging to the seat leg restitope puts regulating command information, then enter into chair headrest regulating step 240.
Referring to Fig. 5, after entering into back of seat regulating step 210, at first enter into back of seat regulating command determining step P211, judge that seat back positions regulating command information that intelligent operation control terminal sends over is to move forward command information for back of seat move information backward or for back of seat, if back of seat move information backward, then enter into backrest and whether detected step P212 to the rearmost position, if back of seat is in the rearmost position, program jumps to step P217, microprocessing unit quits work the backrest motor by the seat position control unit, and backrest is the adjusting of mobile end back of seat no longer backward.If back of seat is not to be in the rearmost position, enter step P213, microprocessing unit makes the backrest machine operation by the seat position control unit, and it is mobile backward to drive back of seat.Microprocessing unit is in whether backrest mobile halt instruction receiving step P214 is backward arranged simultaneously.If whether there is backrest to receive backrest backward among the mobile halt instruction receiving step P214 backward during mobile halt instruction, program jumps to step P217, microprocessing unit quits work the backrest motor by the seat position control unit, and backrest is the adjusting of mobile end back of seat no longer backward.If do not receive backrest mobile halt instruction backward, microprocessing unit makes the backrest machine operation by the seat position control unit, drives back of seat and continues mobile backward.Backward in the moving process, microprocessing unit is under the step P216 state, judges that constantly backrest is mobile whether to the rearmost position (soft stop) backward at backrest, if do not have, then repeating step P213 is to step 216.If backrest moves backward to rearmost position (soft stop), then enter step P217, microprocessing unit quits work the backrest motor by the seat position control unit, and backrest is the adjusting of mobile end back of seat no longer backward.
If back of seat moves forward command information, then enter into backrest and whether detected step P212a to the front position, if back of seat is in the front position, program jumps to step P217a, microprocessing unit quits work the backrest motor by the seat position control unit, and backrest no longer moves forward the adjusting that finishes back of seat.If back of seat is not to be in the front position, enter step P213a, microprocessing unit makes the backrest machine operation by the seat position control unit, drives back of seat and moves forward.Whether microprocessing unit is in and has backrest to move forward halt instruction receiving step P214a simultaneously.If when whether having backrest to move forward to receive among the halt instruction receiving step P214a backrest to move forward halt instruction, program jumps to step P217a, microprocessing unit quits work the backrest motor by the seat position control unit, and backrest no longer moves forward the adjusting that finishes back of seat.Do not move forward halt instruction if receive backrest, microprocessing unit makes the backrest machine operation by the seat position control unit, drives back of seat and continues to move forward.Move forward in the process at backrest, microprocessing unit is under the step P216a state, judges that constantly whether backrest moves forward to the front position (soft stop), if do not have, then repeating step P213a is to step 216a.If backrest moves forward to front position (soft stop), then enter step P217a, microprocessing unit quits work the backrest motor by the seat position control unit, and backrest no longer moves forward the adjusting that finishes back of seat.
Referring to Fig. 6, after entering into seat cushion regulating step 220, at first enter into seat cushion regulating command determining step P221, judge that seat cushion position adjustments command information that intelligent operation control terminal sends over is to be move up command information or move down command information for seat cushion of seat cushion.The command information if seat cushion moves up, then enter into seat cushion and whether arrived uppermost position in fig-ure detection step P222, if seat cushion is in uppermost position in fig-ure, program jumps to step P227, microprocessing unit quits work the seat cushion motor by the seat position control unit, and seat cushion no longer moves up and finishes the adjusting of seat cushion.If seat cushion is not to be in uppermost position in fig-ure, enter step P223, microprocessing unit makes the seat cushion machine operation by the seat position control unit, drives seat cushion and moves up.Simultaneously microprocessing unit is in whether the seat cushion halt instruction receiving step P224 that moves up is arranged.If whether there is seat cushion to receive seat cushion backward among the mobile halt instruction receiving step P214 when moving up halt instruction, program jumps to step P227, microprocessing unit quits work the seat cushion motor by the seat position control unit, and seat cushion no longer moves up and finishes the adjusting of seat cushion.If do not receive the seat cushion halt instruction that moves up, microprocessing unit makes the seat cushion machine operation by the seat position control unit, drives seat cushion and continues to move up.In seat cushion moved up process, microprocessing unit was under the step P226 state, judged constantly that seat cushion moves up whether to arrive uppermost position in fig-ure (soft stop), if do not have, then repeating step P223 is to step 226.If seat cushion is moved upwards up to uppermost position in fig-ure (soft stop), then enter step P227, microprocessing unit quits work the cushion motor by the seat position control unit, and seat cushion no longer moves up and finishes the adjusting of back of seat.
If seat cushion moves down command information, whether then enter into seat cushion has arrived upper/lower positions and has detected step P222a, if seat cushion is in upper/lower positions, program jumps to step P227a, microprocessing unit quits work the seat cushion motor by the seat position control unit, and seat cushion no longer moves down the adjusting that finishes seat cushion.If seat cushion is not to be in upper/lower positions, enter step P223a, microprocessing unit makes the seat cushion machine operation by the seat position control unit, drives seat cushion and moves down.Whether microprocessing unit is in and has seat cushion to move down halt instruction receiving step P224a simultaneously.If when whether having seat cushion to move down to receive among the halt instruction receiving step P224a seat cushion to move down halt instruction, program jumps to step P227a, microprocessing unit quits work the seat cushion motor by the seat position control unit, and seat cushion no longer moves down the adjusting that finishes seat cushion.Do not move down halt instruction if receive seat cushion, microprocessing unit makes the seat cushion machine operation by the seat position control unit, drives seat cushion and continues to move down.Move down in the process at seat cushion, microprocessing unit is under the step P226a state, judges constantly that seat cushion moves down whether to arrive upper/lower positions (soft stop), if do not have, then repeating step P223a is to step 226a.If seat cushion is moved down into upper/lower positions (soft stop), then enter step P227a, microprocessing unit quits work the seat cushion motor by the seat position control unit, and seat cushion no longer moves down the adjusting that finishes seat cushion.
Referring to Fig. 7, after entering into chair headrest regulating step 230, at first enter into chair headrest regulating command determining step P231, judge that chair headrest position adjustments command information that intelligent operation control terminal sends over is to be move up command information or move down command information for chair headrest of chair headrest, the command information if chair headrest moves up, then enter into headrest and whether arrived uppermost position in fig-ure detection step P232, if chair headrest is in uppermost position in fig-ure, program jumps to step P237, microprocessing unit quits work the headrest motor by the seat position control unit, and headrest no longer moves up and finishes the adjusting of chair headrest.If chair headrest is not to be in uppermost position in fig-ure, enter step P233, microprocessing unit makes the headrest machine operation by the seat position control unit, drives chair headrest and moves up.Microprocessing unit is in whether the halt instruction receiving step P234 that moves up that rests the head on is arranged simultaneously.If when having whether headrest move up to receive among the halt instruction receiving step P234 headrest to move up halt instruction, program jumps to step P237, microprocessing unit quits work the headrest motor by the seat position control unit, and headrest no longer moves up and finishes the adjusting of chair headrest.If do not receive the halt instruction that moves up of resting the head on, microprocessing unit makes the headrest machine operation by the seat position control unit, drives chair headrest and continues to move up.In headrest moved up process, microprocessing unit was under the step P236 state, judged constantly headrest moves up whether arrive uppermost position in fig-ure (soft stop), if do not have, then repeating step P233 is to step 236.If headrest is moved upwards up to uppermost position in fig-ure (soft stop), then enter step P237, microprocessing unit quits work the headrest motor by the seat position control unit, the headrest adjusting of mobile end chair headrest no longer backward.
If chair headrest moves down command information, whether then enter into headrest has arrived upper/lower positions and has detected step P232a, if chair headrest is in upper/lower positions, program jumps to step P237a, microprocessing unit quits work the headrest motor by the seat position control unit, and headrest no longer moves down the adjusting that finishes chair headrest.If chair headrest is not to be in upper/lower positions, enter step P233a, microprocessing unit makes the headrest machine operation by the seat position control unit, drives chair headrest and moves down.Whether microprocessing unit is in simultaneously has headrest to move down halt instruction receiving step P234a.If when having whether headrest move down to receive among the halt instruction receiving step P224a headrest to move down halt instruction, program jumps to step P237a, microprocessing unit quits work the headrest motor by the seat position control unit, and headrest no longer moves down the adjusting that finishes chair headrest.Do not move down halt instruction if receive headrest, microprocessing unit makes the headrest machine operation by the seat position control unit, drives chair headrest and continues to move down.Move down in the process at headrest, microprocessing unit is under the step P236a state, constantly judges that headrest moves down whether to arrive upper/lower positions (soft stop), if do not have, then repeating step P233a is to step 236a.If headrest is moved down into upper/lower positions (soft stop), then enter step P237a, microprocessing unit quits work the headrest motor by the seat position control unit, and headrest no longer moves down the adjusting that finishes chair headrest.
Referring to Fig. 8, after entering into seat leg holder regulating step 240, at first enter into seat leg holder regulating command determining step P241, judge that it is to move forward command information for seat leg holder move information backward or for the seat leg holder that seat leg restitope that intelligent operation control terminal sends over is put regulating command information, if seat leg holder move information backward, then enter into the leg holder and whether detected step P242 to the rearmost position, if the seat leg holder is in the rearmost position, program jumps to step P247, microprocessing unit quits work leg holder motor by the seat position control unit, and the leg holder is the adjusting of mobile end seat leg holder no longer backward.If the seat leg holder is not to be in the rearmost position, enter step P243, microprocessing unit makes leg holder machine operation by the seat position control unit, and it is mobile backward to drive the seat leg holder.Microprocessing unit is in whether leg holder mobile halt instruction receiving step P244 is backward arranged simultaneously.If whether there is the leg holder to receive the leg holder backward among the mobile halt instruction receiving step P244 backward during mobile halt instruction, program jumps to step P247, microprocessing unit quits work leg holder motor by the seat position control unit, and the leg holder is the adjusting of mobile end seat leg holder no longer backward.If do not receive leg holder mobile halt instruction backward, microprocessing unit makes leg holder machine operation by the seat position control unit, drives the seat leg holder and continues mobile backward.Backward in the moving process, microprocessing unit is under the step P246 state, judges that constantly the leg holder is mobile whether to the rearmost position (soft stop) backward in the leg holder, if do not have, then repeating step P243 is to step 246.If the leg holder moves backward to rearmost position (soft stop), then enter step P247, microprocessing unit quits work leg holder motor by the seat position control unit, and the leg holder is the adjusting of mobile end seat leg holder no longer backward.
If the seat leg holder moves forward command information, then enter into the leg holder and whether detected step P242a to the front position, if the seat leg holder is in the front position, program jumps to step P247a, microprocessing unit quits work leg holder motor by the seat position control unit, and the leg holder no longer moves forward the adjusting that finishes the seat leg holder.If the seat leg holder is not to be in the front position, enter step P243a, microprocessing unit makes leg holder machine operation by the seat position control unit, drives the seat leg holder and moves forward.Whether microprocessing unit is in and has the leg holder to move forward halt instruction receiving step P244a simultaneously.If when whether having the leg holder to move forward to receive among the halt instruction receiving step P244a leg holder to move forward halt instruction, program jumps to step P247a, microprocessing unit quits work leg holder motor by the seat position control unit, and the leg holder no longer moves forward the adjusting that finishes the seat leg holder.Do not move forward halt instruction if receive the leg holder, microprocessing unit makes leg holder machine operation by the seat position control unit, drives the seat leg holder and continues to move forward.Move forward in the process in the leg holder, microprocessing unit is under the step P246a state, judges that constantly whether the leg holder moves forward to the front position (soft stop), if do not have, then repeating step P243a is to step 246a.If the leg holder moves forward to front position (soft stop), then enter step P247a, microprocessing unit quits work leg holder motor by the seat position control unit, and the leg holder no longer moves forward the adjusting that finishes the seat leg holder.
Referring to Fig. 9, after entering seat cushion temperature adjustment step P300, at first enter into seat cushion adjustment instruction determining step P310, judge that the seat cushion adjustment instruction that intelligent operation control terminal sends over is to be seat cushion heating instruction or the instruction of seat cushion Ventilation Control, if be seat cushion heating instruction, then enter seat cushion and add heat control step P320, if for the instruction of seat cushion Ventilation Control, then enter seat cushion Ventilation Control step P330.
After entering seat cushion and adding heat control step P320, judge the seat cushion heating instruction that intelligent operation control terminal sends over.If seat cushion heating instruction then enters and closes seat cushion heating steps P320a for closing seat cushion heating instruction; If seat cushion heating instruction then enters one grade of heating steps P320b of seat cushion for one grade of heating instruction of seat cushion; If seat cushion heating instruction then enters seat cushion second gear heating steps P320c for seat cushion second gear heating instruction; If seat cushion heating instruction then enters seat cushion third gear heating steps P320d for seat cushion third gear heating instruction.
Enter close seat cushion heating steps P320a after, whether the heater strip that at first enters the heating drafting apparatus heats determining step P321a, if the heater strip of heating drafting apparatus is at heated condition, microprocessing unit enters and stops heating steps P322a, disconnect the heater strip power supply by the heating ventilation control unit, stop to be heated to ending step P323a.If the heater strip of heating drafting apparatus is not in heated condition, program jumps to ending step P323a.
After entering one grade of heating steps P320b of seat cushion, microprocessing unit directly enters into one grade of temperature detection step of seat cushion P321b, detect seat cushion by the temperature sensor in heating ventilation control unit and the heating drafting apparatus and whether reach one grade of heating-up temperature, if reach one grade of heating-up temperature, microprocessing unit enters the heater strip that drives the heating drafting apparatus and stops heating steps P324b, and the heater strip that drives the heating drafting apparatus by the heating ventilation control unit stops heating; If do not reach one grade of heating-up temperature, microprocessing unit enters the heater strip that drives the heating drafting apparatus and carries out heating steps P322b, and the heater strip that drives the heating drafting apparatus by the heating ventilation control unit heats; Microprocessing unit is in seat cushion temperature detection step P323b simultaneously, in seat cushion temperature detection step P323b, microprocessing unit constantly detects seat cushion by the temperature sensor in heating ventilation control unit and the heating drafting apparatus and whether reaches one grade of heating-up temperature, do not enter the heater strip that drives the heating drafting apparatus and carry out heating steps P322b if then be back to microprocessor, the heater strip that drives the heating drafting apparatus by the heating ventilation control unit is proceeded heating.If reach one grade of heating-up temperature, microprocessing unit enters the heater strip that drives the heating drafting apparatus and stops heating steps P324b, and the heater strip that drives the heating drafting apparatus by the heating ventilation control unit stops heating.
After entering seat cushion second gear heating steps P320c, microprocessing unit directly enters into seat cushion second gear temperature detection step P321c, detect seat cushion by the temperature sensor in heating ventilation control unit and the heating drafting apparatus and whether reach the second gear heating-up temperature, if reach the second gear heating-up temperature, microprocessing unit enters the heater strip that drives the heating drafting apparatus and stops heating steps P324c, and the heater strip that drives the heating drafting apparatus by the heating ventilation control unit stops heating; If do not reach the second gear heating-up temperature, microprocessing unit enters the heater strip that drives the heating drafting apparatus and carries out heating steps P322c, and the heater strip that drives the heating drafting apparatus by the heating ventilation control unit heats; Microprocessing unit is in seat cushion temperature detection step P323c simultaneously, in seat cushion temperature detection step P323c, microprocessing unit constantly detects seat cushion by the temperature sensor in heating ventilation control unit and the heating drafting apparatus and whether reaches the second gear heating-up temperature, do not enter the heater strip that drives the heating drafting apparatus and carry out heating steps P322c if then be back to microprocessor, the heater strip that drives the heating drafting apparatus by the heating ventilation control unit is proceeded heating.If reach the second gear heating-up temperature, microprocessing unit enters the heater strip that drives the heating drafting apparatus and stops heating steps P324c, and the heater strip that drives the heating drafting apparatus by the heating ventilation control unit stops heating.
After entering seat cushion third gear heating steps P320d, microprocessing unit directly enters into seat cushion third gear temperature detection step P321d, detect seat cushion by the temperature sensor in heating ventilation control unit and the heating drafting apparatus and whether reach the third gear heating-up temperature, if reach the third gear heating-up temperature, microprocessing unit enters the heater strip that drives the heating drafting apparatus and stops heating steps P324d, and the heater strip that drives the heating drafting apparatus by the heating ventilation control unit stops heating; If do not reach the third gear heating-up temperature, microprocessing unit enters the heater strip that drives the heating drafting apparatus and carries out heating steps P322d, and the heater strip that drives the heating drafting apparatus by the heating ventilation control unit heats; Microprocessing unit is in seat cushion temperature detection step P323d simultaneously, in seat cushion temperature detection step P323d, microprocessing unit constantly detects seat cushion by the temperature sensor in heating ventilation control unit and the heating drafting apparatus and whether reaches the third gear heating-up temperature, do not enter the heater strip that drives the heating drafting apparatus and carry out heating steps P322d if then be back to microprocessor, the heater strip that drives the heating drafting apparatus by the heating ventilation control unit is proceeded heating.If reach the third gear heating-up temperature, microprocessing unit enters the heater strip that drives the heating drafting apparatus and stops heating steps P324d, and the heater strip that drives the heating drafting apparatus by the heating ventilation control unit stops heating.
After microprocessing unit enters seat cushion Ventilation Control step P330, microprocessing unit directly enters into the seat cushion ventilation and detects step P331, whether the blower fan that detects the heating drafting apparatus is in running order, if blower fan is in the ventilation operation state, program directly jumps to ending step P335; If blower fan is not in the ventilation operation state, microprocessing unit enters and drives blower fan algorithm P332, drive the blower fan work of heating drafting apparatus by the heating ventilation control unit, whether microprocessing unit is in reception simultaneously ventilation halt instruction receiving step P333.Whether if having when receiving the ventilation halt instruction among the ventilation halt instruction receiving step P333 receiving, program jumps to ending step P335, and microprocessing unit quits work by the blower fan that the heating ventilation control unit drives the heating drafting apparatus.If do not receive the ventilation halt instruction, microprocessing unit works on dish 334 to ending step P335 by the blower fan that the heating ventilation control unit drives the heating drafting apparatus.
Referring to Figure 10, after microprocessing unit enters into waist holder regulating step P400, at first enter into waist holder instruction determining step P410, judge that the waist holder regulating command that intelligent operation control terminal sends over is to be waist holder regulating control command or massage instruction, if be waist holder regulating control command, then enter the waist holder and regulate control step P420, if be the massage instruction, then enter massage control step P430.
After microprocessing unit enters waist holder adjusting control step P420, at first judge the waist holder regulating command that intelligent operation control terminal sends over, if the waist holder moves forward instruction, then enter the waist holder and move forward control step P420a, if waist holder move backward then enters waist holder mobile control step P420b backward, the instruction if the waist holder moves up, then enter the waist holder control step P420c that moves up, if the waist holder moves down instruction, then enter the waist holder and move down control step P420d.
Enter after the waist holder moves forward control step P420a, enter waist holder adjustment state determining step P421a forward, judge whether the waist holder is in adjustment state forward, if the waist holder is in adjustment state forward, program jumps to ending step 423a, if the waist holder is not in adjustment state forward, microprocessing unit enters into the driving interface circuit makes the waist holder move forward step P422a, drives interface loop and makes the waist holder move forward to ending step 423a.
Enter after the waist holder moves forward control step P420b, enter waist holder adjustment state determining step P421b backward, judge whether the waist holder is in adjustment state backward, if the waist holder is in adjustment state backward, program jumps to ending step 423b, if the waist holder is not in adjustment state backward, microprocessing unit enters into the driving interface circuit and makes waist holder mobile step P422a backward, drives interface loop and makes the waist holder move to ending step 423a backward.
Entering the waist holder moves up behind the control step P420c, enter the waist holder adjustment state determining step P421c that makes progress, judge whether the waist holder is in upwards adjustment state, if the waist holder is in upwards adjustment state, program jumps to ending step 423c, if the waist holder is not in upwards adjustment state, microprocessing unit enters into and drives interface circuit and make the waist holder step P422c that moves up, and drives interface loop and makes the waist holder be moved upward to ending step 423c.
Enter after the waist holder moves down control step P420d, enter the downward adjustment state determining step of waist holder P421d, judge whether the waist holder is in downward adjustment state, if the waist holder is in downward adjustment state, program jumps to ending step 423d, if the waist holder is not in downward adjustment state, microprocessing unit enters into the driving interface circuit makes the waist holder move down step P422d, drives interface loop and makes the waist holder be moved downward to ending step 423d.
After entering massage control step P430, enter massage state determining step P431, judge whether the waist holder is in the massage state, if the waist holder is in the massage state, program jumps to ending step 433, if the waist holder is not in the massage state, microprocessing unit enters into the driving interface circuit and makes waist holder massage step P432, drives interface loop and makes the waist holder be massaged into ending step 433.
Referring to Figure 11, after microprocessing unit enters into the cold and hot regulating step P500 of saucer, at first judge the cold and hot saucer class instruction that intelligent operation control terminal sends over, if what send over is that cold and hot saucer class instruction is for closing the cold and hot instruction of saucer, then entering into and close the cold and hot step P510 of saucer, is the heating instruction as if what send over, then enters into saucer heating steps P520, if what send over is the refrigeration instruction, then enter saucer refrigeration step P530.
After microprocessing unit enters into and closes the cold and hot step P510 of saucer, enter saucer state determining step P511, judge whether saucer is in heated condition or refrigerating state, if saucer is not in heating or refrigerating state, then program jumps to ending step P513, if saucer is in heating or refrigerating state, microprocessing unit then enters saucer and stops heating or refrigeration step P512, drives the saucer control unit and stops saucer heating or refrigeration.
After microprocessing unit enters into saucer heating steps P520, enter saucer and whether be in heated condition determining step 521, judge whether the heating cushion in the saucer is in heated condition, if the heating cushion in the saucer is not in heated condition, then program jumps to ending step P523, stop heated condition if the heating cushion in the saucer is in, microprocessing unit then enters the heating cushion heating steps P522 in the saucer, drives the saucer control unit heating cushion in the saucer is heated.
After microprocessing unit enters into saucer refrigeration step P530, enter saucer and whether be in refrigerating state determining step 531, judge whether the cooling module in the saucer is in refrigerating state, if the cooling module in the saucer is not in refrigerating state, then program jumps to ending step P533; Stop refrigerating state if the cooling module in the saucer is in, microprocessing unit then enters the cooling module refrigeration step P532 in the saucer, drives the saucer control unit cooling module in the saucer is freezed.
Referring to Figure 12, after microprocessing unit enters into wireless charging step P600, at first judge the wireless charging class instruction that intelligent operation control terminal sends over, if what send over is that the instruction of wireless charging class is charge closing instruction, then enter into charge closing step P610, if what send over is to start the wireless charging instruction, then enter into wireless charging step P620.
After microprocessing unit enters into charge closing step P610, then enter wireless charging system and whether be in charge condition determining step P611, judge whether wireless charging system is in charge condition, if wireless charging system is in and stops charge condition, program jumps to ending step P613; If wireless charging system is in charge condition, then enter into and stop charge step P612, microprocessing unit drives charging control unit and closes wireless charging system to ending step P613.
After microprocessing unit enters into wireless charging step P620, then enter wireless charging system and whether be in charge condition determining step P621, judge whether wireless charging system is in charge condition, if wireless charging system is in charge condition, program jumps to ending step P623; If wireless charging system is in and stops charge condition, then enter into startup charge step P622, microprocessing unit drives charging control unit startup wireless charging system and charges to ending step P623.
The microprocessing unit 120 of present embodiment can be collected the mode of operation of each functional unit, and the protocol format that these states are stipulated is encoded, and feeds back to control on the intelligent operation control terminal 300, carries out two way communication with intelligent operation control terminal 300; Such instruction input operation interface 310 can be designed more friendlyly, and the manipulator can be well understood to the various mode of operations of seat electric work energy.
Embodiment 2
Referring to Figure 13, the difference of this embodiment and embodiment 1 is: intelligent operation control terminal 300 is mobile intelligent terminal 300a, for example be smart mobile phone or panel computer, the user can utilize smart mobile phone or panel computer to land the official website, download the figure control system, generate an instruction input operation interface 310a on the table.An integrated radio communication unit 190 replaces bus unit 130 on circuit card 100 in addition, this radio communication unit 190 is WIFI radio communication unit or blue tooth wireless communication unit or ZIGBEE radio communication unit, its with intelligent mobile terminal 300a between set up wireless telecommunications and be connected, this radio communication unit 190 also is connected with microprocessing unit 110 communications.
In order to prevent not emergent use the onboard or when damaging of mobile intelligent terminal 300a, the seat electric work of present embodiment can integrated control device also comprise a quick button 200, quick button 200 configurations on the seat, this quick button is connected with microprocessing unit 110, and this quick button 200 has the design attitude of seat and comfortable position regulatory function, charge function etc. at least.
Referring to Figure 14, microprocessing unit 110 is a microprocessor U1, power supply input port on it is connected to vehicle body 210 by a voltage regulator U2, connect a radio communication unit 190 at microprocessor U1, this radio communication unit 190 is WIFI radio communication unit or blue tooth wireless communication unit or ZIGBEE radio communication unit.Mobile intelligent terminal is set up communication with radio communication unit 190 and is connected.On microprocessor U1, also be connected with crystal oscillator module U4, reset and time block U5.
Microprocessor U1 is connected with the 180a of heating and cooling system in the saucer by the driver module U6 in the saucer control unit 180, and driver module U6 provides polarity reversible power supply to the saucer heating and cooling 180a of system, finishes heating, refrigeration, the closing function of saucer.
Microprocessor U1 is connected with wireless charging system 170a by the driver module U7 in the charging control unit 190, and driver module U7 provides power supply to finish starting or stoping of wireless charging to wireless charging system 170a.
The heating drafting apparatus 150a that heating ventilation control unit 150 directly drives on the seat finishes the heating ventilation function, the blower fan driver module U9 that wherein heats in the ventilation control unit 150 is connected with microprocessor U1 on the one hand, be connected with blower fan 151a among the heating drafting apparatus 150a on the other hand, blower fan driver module U10 in the heating ventilation control unit 150 is connected with microprocessor U1 on the one hand, is connected with electric heating assembly 152a among the heating drafting apparatus 150a on the other hand, the temperature sensor NTC among the heating drafting apparatus 150a is connected with microprocessor U1 by the analog-to-digital conversion module U11 that heats ventilation control unit 150.
Module U12 in the seat position control unit 140, U13 are connected with microprocessor U1 on the one hand, are connected with headrest positions control motor 141 on the other hand, drive the 141 forward and reverse rotations of headrest position control motor, finish the bidirectional modulation of headrest; Module U14 in the seat position control unit 140, U15 are connected with microprocessor U1 on the one hand, are connected with position of back control motor 142 on the other hand, drive the 142 forward and reverse rotations of position of back control motor, finish the bidirectional modulation of backrest; Module U16 in the seat position control unit 140, U17 are connected with microprocessor U1 on the one hand, are connected with seat cushion position control motor 143 on the other hand, drive the 143 forward and reverse rotations of cushion position control motor, finish the bidirectional modulation of cushion; Module U18 in the seat position control unit 140, U19 are connected with microprocessor U1 on the one hand, are connected on the other hand with leg holder position control motor 144, and the bidirectional modulation of leg holder is finished in the 144 forward and reverse rotations of driving leg holder position control motor.
The peripheral circuit of microprocessor U1 is the common practise of this area, be not described in detail at this.
The principle of work of above-mentioned each control unit is with embodiment 1.
Embodiment 3
Because back row's center armrest has only one, if can control two seats by integrated control device by two seat electric works, saucer on the center armrest and charging assembly have only one, at this moment can integrated control device finish control to the 180a of heating and cooling system in wireless charging system 170a and the saucer by seat electric work.For convenience of description, two seats are divided into main seat and counter-base chair.
Referring to Figure 15, two seat electric works energy integrated control devices that provide among the figure, wherein the energy of the seat electric work in main seat integrated control device structure is identical with embodiment 1, and the seat electric work in the counter-base chair can be integrated with power subsystem unit 110 ＇, microprocessing unit 130 ＇, bus unit 120 ＇, seat position control unit 140 ＇, heating ventilation control unit 150 ＇, waist holder and massage control interface 160 ＇ at circuit card 100 ＇ by integrated control device.
Power subsystem unit 110 ＇ provide power supply by vehicle body 210, and is too big for preventing the seat current sinking, and the power supply that vehicle body 210 provides is the engine signal driving by vehicle body, and when car engine was not activated, vehicle body was not give power subsystem unit 110 ＇ power supply.
Power subsystem unit 110 ＇ give microprocessing unit 130 ＇, bus unit 120 ＇, seat position control unit 140 ＇, heating ventilation control unit 150 ＇, waist holder and massage control interface 160 ＇ power supply.
The seat electric work of main seat and counter-base chair in can integrated control device bus unit 120,120 ＇ and connect after receive on the vehicle body 210.Enter into the seat electric work energy integrated control device of main seat or counter-base chair at intelligent operation control terminal 300 after, bus unit 120,120 ＇ encode the multichannel incoming signal of controlling seat electric work energy of intelligent operation control terminal 300 inputs respectively, be connected setting up communication between intelligent operation control terminal 300 and microprocessing unit 130,130 ＇ with protocol mode again, multichannel incoming signal behind the coding is imported microprocessing unit 130,130 ＇, and microprocessing unit 130,130 ＇ are transferred to intelligent operation control terminal 300 at the feedback signal of multichannel incoming signal.
The manipulator can control seat position control unit 140, heating ventilation control unit 150, waist holder and massage control interface 160, charging control unit 170 and saucer control unit 180 in the seat electric work energy integrated control device of main seat by the instruction input operation interface 310 input instructions on the operative intelligence operation control terminal 300.Or the seat electric work of counter-base chair seat position control unit 140 ＇, heating ventilation control unit 150 ＇, waist holder and massage control interface 160 ＇ in can integrated control device are controlled.
Seat position control unit 140 in the main seat is connected with leg holder position control motor 144 with headrest positions control motor 141, position of back control motor 142, seat cushion position control motor 143, drive headrest position control motor 141, position of back control motor 142, seat cushion position control motor 143 and the 144 forward and reverse rotations of leg holder position control motor respectively, finish the bidirectional modulation of headrest, backrest, cushion and leg holder in the main seat.
Heating ventilation control unit 150 is connected with heating drafting apparatus 150a on the seat, and the heating drafting apparatus 150a that directly drives on the main seat finishes the heating ventilation function.
Waist holder and massage control interface 160 are connected with waist holder and massage control unit 160a, and waist holder and massage control unit 160a are connected with waist holder air pump 161a, massage air valve group 162a, massage air valve group 162a connects some airbag group 163a, realizes position adjustments and the massage of waist holder.
The wireless charging system 170a that charging control unit 170 is connected in the seat connects, and charging control unit 170 provides power supply to finish starting or stoping of wireless charging to wireless charging system 170a.
Seat position control unit 140 ＇ in the counter-base chair are connected with leg holder position control motor 144 ＇ with headrest positions control motor 141 ＇, position of back control motor 142 ＇, seat cushion position control motor 143 ＇, drive headrest position control motor 141 ＇, position of back control motor 142 ＇, seat cushion position control motor 143 ＇ and the forward and reverse rotation of leg holder position control motor 144 ＇ respectively, finish the bidirectional modulation of headrest, backrest, cushion and leg holder in the counter-base chair.
Heating ventilation control unit 150 ＇ are connected with heating drafting apparatus 150a ＇ on the seat, and the heating drafting apparatus 150a ＇ that directly drives on the counter-base chair finishes the heating ventilation function.
Waist holder and massage control interface 160 ＇ are connected with waist holder and massage control unit 160a ＇, and waist holder and massage control unit 160a ＇ are connected with waist holder air pump 161a ＇, massage air valve group 162a ＇, massage air valve group 162a ＇ connects some airbag group 163a ＇, realizes position adjustments and the massage of the waist holder in the counter-base chair.
The principle of work of each control unit in this embodiment main seat is with embodiment 1, and the principle of work of each control unit in the counter-base chair is with embodiment 1.
Embodiment 4
The difference of this embodiment and embodiment 3 is: referring to Figure 16, intelligence operation control terminal 300 is mobile intelligent terminal 300a, for example be smart mobile phone or panel computer, the user can utilize smart mobile phone or panel computer to land the official website, download the figure control system, generate an instruction input operation interface 310a on the table.An integrated radio communication unit 180 replaces bus unit 130 on the circuit card 100 in the seat electric work energy integrated control device of main seat in addition, this radio communication unit 180 is WIFI radio communication unit or blue tooth wireless communication unit or ZIGBEE radio communication unit, its with intelligent mobile terminal 300a between set up wireless telecommunications and be connected, this radio communication unit 180 also is connected with microprocessing unit 110 communications.
In order to prevent not emergent use the onboard or when damaging of mobile intelligent terminal 300a, the seat electric work of present embodiment main seat can also comprise a quick button 200 in the integrated control device, quick button 200 configurations on the seat, this quick button is connected with microprocessing unit 110, and this quick button 200 has the design attitude of seat and comfortable position regulatory function, charge function etc. at least.
Be connected by bus 130 ＇ between microprocessing unit 100 ＇ in the seat electric work energy integrated control device of the seat electric work of the main seat microprocessing unit 100 in can integrated control device and counter-base chair.
All the other structures of this embodiment are with embodiment 3.The principle of work of each control unit in this embodiment main seat and the principle of work of each control unit in the counter-base chair are with embodiment 1.
Claims (11)
1. a multifunction seat integrated control device comprises a housing and the interior circuit card of described housing is installed, and it is characterized in that, also comprises:
One intelligent operation control terminal;
One is integrated in the power subsystem unit on the described circuit card, and this power subsystem unit is connected with the vehicle body power supply;
One is integrated in the microprocessing unit on the described circuit card;
One is integrated in the bus unit on the described circuit card, and described bus unit and described intelligent operation control terminal and microprocessing unit are set up communication, and this bus unit transfers to intelligent operation control terminal with microprocessing unit at the feedback signal of multichannel incoming signal;
Be integrated in the some seat electric works energy control units on the described circuit card, each seat electric work can control unit all connects with an input/output port of described microprocessing unit, receive the control signal that microprocessing unit sends at this seat electric work energy control unit, and control the seat electric work energy performance element that is connected with this seat electric work energy control unit by the control signal that receives; Each seat electric work energy control unit also receives the detection signal of the seat electric work energy performance element feedback that is connected with this seat electric work energy control unit, and detection signal is fed to described microprocessing unit;
Described power subsystem unit can power by control unit for described microprocessing unit, bus unit and some seat electric works.
2. multifunction seat integrated control device as claimed in claim 1 is characterized in that, described intelligent operation control terminal disposes the figure control system, and described figure control system has an instruction input operation interface.
3. multifunction seat integrated control device as claimed in claim 1 or 2, it is characterized in that, described intelligent operation control terminal is to be arranged on the headrest telltale on the headrest or to be arranged on handrail telltale on the armrest, and described headrest telltale or handrail telltale are connected with described bus unit.
4. multifunction seat integrated control device as claimed in claim 1 or 2, it is characterized in that, described intelligent operation control terminal is intelligent mobile terminal, an integrated radio communication unit replaces bus unit on described circuit card, set up wireless telecommunications between described radio communication unit and the described intelligent mobile terminal and be connected, this radio communication unit also is connected with described microprocessing unit communication.
5. multifunction seat integrated control device as claimed in claim 4 is characterized in that, described radio communication unit is WIFI radio communication unit or blue tooth wireless communication unit or ZIGBEE radio communication unit.
6. multifunction seat integrated control device as claimed in claim 4, it is characterized in that, also comprise a quick button, described quick key configurations on the seat, this quick button is connected with described microprocessing unit, and this quick button has the design attitude of seat and comfortable position regulatory function, charge function at least.
7. multifunction seat integrated control device as claimed in claim 1 or 2, it is characterized in that, described intelligent operation control terminal is intelligent mobile terminal, setting up wireless telecommunications between the integrated radio communication unit on described circuit card, described radio communication unit and described intelligent mobile terminal, bus unit is connected.
8. multifunction seat integrated control device as claimed in claim 7 is characterized in that, described radio communication unit is WIFI radio communication unit or blue tooth wireless communication unit or ZIGBEE radio communication unit.
9. multifunction seat integrated control device as claimed in claim 4, it is characterized in that, also comprise a quick button, described quick key configurations is on seat or door panel, this quick button is connected with described microprocessing unit, and this quick button has the design attitude of seat and comfortable position regulatory function, charge function at least.
10. multifunction seat integrated control device as claimed in claim 7 is characterized in that, some seat electric works can comprise seat position control unit, heating ventilation control unit, waist holder and the massage control interface that is integrated on the described circuit card by control unit; Described seat position control unit is controlled motor with headrest positions control motor, position of back in the seat electric work energy performance element, the seat cushion position control motor is connected with leg holder position control motor; Described heating ventilation control unit and the seat electric work heating drafting apparatus in can performance element is connected; Described waist holder and massage control interface and seat electric work waist holder and the massage control unit in can performance element is connected, described waist holder and massage control unit with waist holder air pump, massage the air valve group and be connected, massage the air valve group and be connected with some airbag groups.
11. multifunction seat integrated control device as claimed in claim 10, it is characterized in that, some seat electric works can also comprise charging control unit and saucer control unit by control unit, described charging control unit and the seat electric work wireless charging system in can performance element is connected, and described saucer control unit is connected with saucer heating and cooling system in the seat electric work energy performance element.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012206364050U CN203032426U (en) | 2012-11-27 | 2012-11-27 | Multifunctional seat integrated control device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012206364050U CN203032426U (en) | 2012-11-27 | 2012-11-27 | Multifunctional seat integrated control device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203032426U true CN203032426U (en) | 2013-07-03 |
Family
ID=48684566
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012206364050U Expired - Fee Related CN203032426U (en) | 2012-11-27 | 2012-11-27 | Multifunctional seat integrated control device |
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| Country | Link |
|---|---|
| CN (1) | CN203032426U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015018251A1 (en) * | 2013-08-03 | 2015-02-12 | Yuan Zhi Xian | Automobile audio/video device |
| CN104825305A (en) * | 2015-03-06 | 2015-08-12 | 上海荣泰健康科技股份有限公司 | Massager device, system and operation method |
| CN104943579A (en) * | 2014-03-26 | 2015-09-30 | 福特全球技术公司 | System for controlling massage operations of a motor vehicle seat |
| CN105411251A (en) * | 2015-12-22 | 2016-03-23 | 深圳爱易瑞科技有限公司 | Novel intelligent housing sofa |
| CN106859113A (en) * | 2017-02-14 | 2017-06-20 | 上海斐讯数据通信技术有限公司 | A kind of Intelligent seat, control system and control method |
| CN107813732A (en) * | 2017-09-20 | 2018-03-20 | 众泰新能源汽车有限公司 | Vehicle power seat and its adjusting method |
-
2012
- 2012-11-27 CN CN2012206364050U patent/CN203032426U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015018251A1 (en) * | 2013-08-03 | 2015-02-12 | Yuan Zhi Xian | Automobile audio/video device |
| CN104943579A (en) * | 2014-03-26 | 2015-09-30 | 福特全球技术公司 | System for controlling massage operations of a motor vehicle seat |
| CN104943579B (en) * | 2014-03-26 | 2019-12-06 | 福特全球技术公司 | System for controlling and selecting massage functions of a motor vehicle seat |
| CN104825305A (en) * | 2015-03-06 | 2015-08-12 | 上海荣泰健康科技股份有限公司 | Massager device, system and operation method |
| CN105411251A (en) * | 2015-12-22 | 2016-03-23 | 深圳爱易瑞科技有限公司 | Novel intelligent housing sofa |
| CN106859113A (en) * | 2017-02-14 | 2017-06-20 | 上海斐讯数据通信技术有限公司 | A kind of Intelligent seat, control system and control method |
| CN107813732A (en) * | 2017-09-20 | 2018-03-20 | 众泰新能源汽车有限公司 | Vehicle power seat and its adjusting method |
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