CN118046806A - Automobile electric seat system and control method - Google Patents
Automobile electric seat system and control method Download PDFInfo
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- CN118046806A CN118046806A CN202410189453.7A CN202410189453A CN118046806A CN 118046806 A CN118046806 A CN 118046806A CN 202410189453 A CN202410189453 A CN 202410189453A CN 118046806 A CN118046806 A CN 118046806A
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- 238000000034 method Methods 0.000 title claims abstract description 13
- 238000010438 heat treatment Methods 0.000 claims abstract description 83
- 238000009423 ventilation Methods 0.000 claims abstract description 82
- 230000006870 function Effects 0.000 claims abstract description 26
- 230000005484 gravity Effects 0.000 claims abstract description 23
- 230000001276 controlling effect Effects 0.000 description 67
- 230000033764 rhythmic process Effects 0.000 description 12
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 8
- 230000036544 posture Effects 0.000 description 6
- 238000007654 immersion Methods 0.000 description 4
- 230000029058 respiratory gaseous exchange Effects 0.000 description 4
- 238000004891 communication Methods 0.000 description 3
- 230000007547 defect Effects 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 230000001105 regulatory effect Effects 0.000 description 3
- 230000003238 somatosensory effect Effects 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 1
- 230000007717 exclusion Effects 0.000 description 1
- 230000005055 memory storage Effects 0.000 description 1
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Abstract
The invention relates to the technical field of mobile terminals, in particular to an automobile electric seat system and a control method, wherein the automobile electric seat system comprises a seat assembly, a seat control module, an atmosphere control module, a touch switch module, a ventilation control module, a heating control module, a massage control module, a charging module, a music headrest module, a zero gravity control module and an EZE switch module, and the use of different functions of a user can be met through the operation of a plurality of different modules, and meanwhile, the seat posture can be adjusted and moved according to the requirements of the user.
Description
Technical Field
The invention relates to the technical field of mobile terminals, in particular to an automobile electric seat system and a control method.
Background
Most of modern automobile electric seat adjustment is controlled by traditional switch control or whole automobile central control screen; with the progress of technology, individual car middle row seats start to be provided with a middle armrest control screen control; the back passenger can control the seat to realize the adjustment of the seat posture (the horizontal waist support of the back of the leg support headrest has zero gravity), ventilation heating and massage by utilizing the touch control function of the armrest central control screen; in future development of automobiles, more and more personalized functions are integrated on the handrail central control screen, such as atmosphere lamps, 5D video MAX seats and the like.
However, the existing design has the defects that the control screen in the seat armrest is mainly fixedly installed based on the CAN/LIN communication principle, has single function and cannot move.
Disclosure of Invention
The invention aims to provide an automobile electric seat system and a control method, and aims to solve the problems that the prior design has the defects that a control screen in a seat armrest is mainly fixedly installed, has single function and cannot move based on the development of a CAN/LIN communication principle.
In order to achieve the above purpose, the invention provides an automobile electric seat system, which comprises a seat assembly, a seat control module, an atmosphere control module, a touch switch module, a ventilation control module, a heating control module, a massage control module, a charging module, a music headrest module, a zero gravity control module and an EZE switch module;
The seat control module is connected with the seat assembly, the atmosphere control module is connected with the seat assembly, the touch switch module is connected with the seat assembly, the ventilation control module is connected with the seat assembly, the heating control module is connected with the seat assembly, the massage control module is connected with the seat assembly, the charging module is connected with the seat assembly, the music headrest module is connected with the seat assembly, the zero gravity control module is connected with the seat assembly, and the EZE switch module is connected with the seat assembly;
The seat control module is used for adjusting nine positions of the seat, such as front and back, up and down, inclination and the like, so as to obtain optimal sitting posture and comfort level;
The atmosphere control module is used for controlling the headrest lamp, the running water lamp, the starry sky lamp and the foot switch, adjusting the color of the atmosphere lamp, adjusting the brightness gear of the atmosphere lamp, and controlling the switching selection among a normally-on mode, a running water mode, a breathing mode, a gradual change mode, an immersion rhythm, a somatosensory rhythm and a color rhythm;
The touch switch module is used for controlling the switch of the overall function of the seat;
The ventilation control module is used for controlling the cushion ventilation switch and the gear, controlling the backrest ventilation switch and the gear and controlling the cushion and backrest ventilation to be opened in a linkage manner.
The heating control module is used for controlling the cushion heating switch and the gear, controlling the backrest heating switch and the gear, and controlling the cushion and backrest heating to be opened in a linkage manner;
the massage control module is used for controlling back massage and whole body massage, adjusting and controlling the massage force gear, and controlling switching selection among a wave mode, a butterfly mode, a relaxation mode, a waist-hip mode, a shoulder-leg mode and a jump mode;
The charging module is used for providing wireless charging and USB/TypeC hard wire charging for the mobile phone terminal;
the music headrest module is used for controlling the playing of headrest music;
The zero gravity control module is used for controlling the rear seat controller to adjust to a corresponding recommended position state or a personalized customization state;
and the EZE switch module is used for controlling the seat to realize the getting-on and getting-off avoidance of front and rear passengers.
The seat control module comprises a headrest unit, a shoulder unit, a backrest unit, a waist support unit, a seat back lifting unit, a seat front lifting unit, a leg support unit, a rotating unit, a cup support unit and a seat front and back unit; the headrest unit is connected with the seat assembly, the shoulder unit is connected with the seat assembly, the backrest unit is connected with the seat assembly, the lumbar support unit is connected with the seat assembly, the seat rear lifting unit is connected with the seat assembly, the seat front lifting unit is connected with the seat assembly, the leg support unit is connected with the seat assembly, the rotating unit is connected with the seat assembly, the cup support unit is connected with the seat assembly, and the seat front and rear units are connected with the seat assembly;
the headrest unit is used for controlling the headrest to be adjusted up and down and left and right;
The shoulder unit is used for controlling the left and right adjustment of the seat shoulder back;
The backrest unit is used for controlling the front-back adjustment of the backrest of the seat;
the waist support unit is used for controlling the waist support to be adjusted up and down and left and right;
the seat rear lifting unit is used for controlling the seat rear lifting to be adjusted up and down;
the seat front lifting unit is used for controlling the seat front lifting to be adjusted up and down;
The leg support unit is used for controlling the leg support to be adjusted up and down and front and back;
the rotating unit is used for controlling the seat to rotate;
the cup stand unit is used for controlling a cup stand switch;
the seat front-rear unit is used for controlling seat front-rear adjustment.
The atmosphere control module comprises an atmosphere switch unit, an atmosphere lamp switch unit, an atmosphere adjustment unit, an atmosphere lamp brightness unit and an atmosphere lamp mode unit, wherein the atmosphere switch unit is connected with the seat assembly, the atmosphere lamp switch unit is connected with the seat assembly, the atmosphere adjustment unit is connected with the seat assembly, the atmosphere lamp brightness unit is connected with the seat assembly, and the atmosphere lamp mode unit is connected with the seat assembly;
an atmosphere switch unit for controlling the atmosphere switch;
The atmosphere lamp switch unit is used for controlling the switch of the headrest lamp, the running water lamp, the starry sky lamp and the pedal lamp;
an atmosphere adjusting unit for adjusting the color of the atmosphere lamp;
the atmosphere lamp brightness unit is used for adjusting the atmosphere lamp gear;
And the atmosphere lamp mode unit is used for switching and selecting an atmosphere lamp normally-on mode, a flowing water mode, a breathing mode, a gradual change mode, an immersion rhythm, a somatosensory rhythm and a color rhythm.
The touch switch module comprises a comfort adjusting unit and a seat control adjusting unit, wherein the comfort adjusting unit is connected with the seat assembly, and the seat control adjusting unit is connected with the seat assembly;
The comfort adjusting unit is used for controlling ventilation, heating, massage and waist support adjusting four functions;
the seat control and adjustment unit is used for seat adjustment and control.
The ventilation control module comprises a cushion ventilation unit, a backrest ventilation unit and a linkage ventilation unit, wherein the cushion ventilation unit is connected with the seat assembly, the backrest ventilation unit is connected with the seat assembly, and the linkage ventilation unit is connected with the seat assembly;
the cushion ventilation unit is used for controlling a cushion ventilation switch and a gear;
the backrest ventilation unit is used for controlling a backrest ventilation switch and a gear;
And the linkage ventilation unit is used for controlling the linkage opening of the ventilation of the cushion and the backrest.
The heating control module comprises a cushion heating unit, a backrest heating unit and a linkage heating unit, wherein the cushion heating unit is connected with the seat assembly, the backrest heating unit is connected with the seat assembly, and the linkage heating unit is connected with the seat assembly;
the cushion heating unit is used for controlling a cushion heating switch and a gear;
The backrest heating unit is used for controlling a backrest heating switch and a gear;
And the linkage heating unit is used for controlling the linkage opening of the heating of the cushion and the backrest.
The control method of the automobile electric seat system is suitable for the automobile electric seat adjusting system and comprises the following steps:
operating an APP control seat on a right armrest central control screen of the seat assembly to realize an electric 12-way adjusting function;
Operating an APP control seat on a right armrest central control screen of the seat assembly to realize atmosphere lamp adjustment;
Operating a ventilation touch key of the seat assembly or an APP control seat on a right armrest central control screen to realize ventilation adjustment, wherein all ventilation states need a seat ECU to return to the central control screen through Bluetooth;
An APP control seat ECU on a heating touch key or a right handrail central control screen of the seat assembly is operated to respectively realize heating adjustment;
an APP control seat on a right armrest central control screen of the seat assembly is operated to realize the adjustment of a massage mode and the intensity, and the massage state requires a seat ECU to return to the central control screen through Bluetooth;
the method comprises the steps that on an APP on a right armrest central control screen of the seat assembly, a seat is controlled to realize telescopic adjustment of a cup holder, and the cup holder state requires a seat ECU to return to the central control screen through Bluetooth;
operating a control screen lifting key of the seat assembly to control the seat to realize the lifting adjustment of the central control screen;
zero gravity can be entered and exited by operating a zero gravity touch key of the seat assembly, and zero gravity function adjustment and memory position update are realized by operating an APP control seat on a right armrest central control screen;
And operating the EZE key positions of the left side of the cushion and the backrest of the seat assembly, and controlling the seat to realize quick opening and exit functions by operating the EZE key.
According to the automobile electric seat system, through the seat assembly, the seat control module, the atmosphere control module, the touch switch module, the ventilation control module, the heating control module, the massage control module, the charging module, the music headrest module, the zero gravity control module and the EZE switch module, different functions of a user can be used by operating a plurality of different modules, and meanwhile, the seat posture can be adjusted and moved according to the requirements of the user.
Drawings
In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below.
Fig. 1 is a schematic structural view of an automotive power seat system according to a first embodiment of the invention.
Fig. 2 is a schematic structural view of a seat control module according to a first embodiment of the present invention.
Fig. 3 is a schematic structural view of an atmosphere control module according to a first embodiment of the present invention.
Fig. 4 is a schematic structural view of a touch switch module according to a first embodiment of the present invention.
Fig. 5 is a schematic structural view of a ventilation control module according to a first embodiment of the present invention.
Fig. 6 is a schematic structural view of a heating control module according to a first embodiment of the present invention.
Fig. 7 is a step diagram of a control method of an automobile power seat according to a second embodiment of the present invention.
In the figure: 101-seat assembly, 102-seat control module, 103-atmosphere control module, 104-touch switch module, 105-ventilation control module, 106-heating control module, 107-massage control module, 108-charging module, 109-music headrest module, 110-zero gravity control module, 111-EZE switch module, 112-headrest unit, 113-shoulder unit, 114-backrest unit, 115-lumbar support unit, 116-seat back lifting unit, 117-seat front lifting unit, 118-leg support unit, 119-rotation unit, 120-cup support unit, 121-seat front and back unit, 122-atmosphere switch unit, 123-atmosphere lamp switch unit, 124-atmosphere adjustment unit, 125-atmosphere lamp brightness unit, 126-atmosphere linked lamp mode unit, 127-comfort adjustment unit, 128-seat control adjustment unit, 129-cushion ventilation unit, 130-backrest ventilation unit, 131-cushion heating unit, 132-cushion heating unit, 133-backrest heating unit, 134-heating unit.
Detailed Description
The following detailed description of embodiments of the invention, examples of which are illustrated in the accompanying drawings and, by way of example, are intended to be illustrative, and not to be construed as limiting, of the invention.
The first embodiment of the application is as follows:
Referring to fig. 1 to 6, fig. 1 is a schematic structural diagram of an electric seat system for a vehicle according to a first embodiment of the present invention. Fig. 2 is a schematic structural view of a seat control module according to a first embodiment of the present invention. Fig. 3 is a schematic structural view of an atmosphere control module according to a first embodiment of the present invention. Fig. 4 is a schematic structural view of a touch switch module according to a first embodiment of the present invention. Fig. 5 is a schematic structural view of a ventilation control module according to a first embodiment of the present invention. Fig. 6 is a schematic structural view of a heating control module according to a first embodiment of the present invention.
The invention provides an automobile electric seat system, which comprises a seat assembly 101, a seat control module 102, an atmosphere control module 103, a touch switch module 104, a ventilation control module 105, a heating control module 106, a massage control module 107, a charging module 108, a music headrest module 109, a zero gravity control module 110 and an EZE switch module 111, wherein the seat control module 102 comprises a headrest unit 112, a shoulder unit 113, a backrest unit 114, a waist support unit 115, a seat rear lifting unit 116, a seat front lifting unit 117, a leg support unit 118, a rotating unit 119, a cup support unit 120 and a seat front and rear unit 121, the atmosphere control module 103 comprises an atmosphere switch unit 122, an atmosphere lamp switch unit 123, an atmosphere regulating unit 124, an atmosphere lamp brightness unit 125 and an atmosphere lamp mode unit 126, the touch switch module 104 comprises a comfort regulating unit 127 and a seat control regulating unit 128, the ventilation control module 105 comprises a cushion heating unit 132, a backrest unit 130 and a linkage ventilation unit 131, and the heating control module 106 comprises a cushion heating unit 132, a backrest heating unit 133 and a linkage heating unit 134. The technical scheme solves the problems that the prior design has the defects that the control screen in the seat armrest is mainly fixedly installed based on the CAN/LIN communication principle, has single function and cannot move, and CAN be used under the conditions of multifunctional operation and remote control of the automobile electric seat.
In this embodiment, the use of multiple functions of the seat assembly 101 can be controlled by control outputs to an external terminal.
The seat control module 102 is connected with the seat assembly 101, the atmosphere control module 103 is connected with the seat assembly 101, the touch switch module 104 is connected with the seat assembly 101, the ventilation control module 105 is connected with the seat assembly 101, the heating control module 106 is connected with the seat assembly 101, the massage control module 107 is connected with the seat assembly 101, the charging module 108 is connected with the seat assembly 101, the music headrest module 109 is connected with the seat assembly 101, the zero gravity control module 110 is connected with the seat assembly 101, the EZE switch module 111 is connected with the seat assembly 101, and the seat control module 102 is used for adjusting nine positions of front and back, up and down, inclination and the like of a seat so as to obtain optimal sitting postures and comfort. The atmosphere control module 103 is used for controlling a headrest lamp, a running water lamp, a starry sky lamp and a foot switch, adjusting the color of the atmosphere lamp, adjusting the brightness gear of the atmosphere lamp, and controlling switching selection among a normally-on mode, a running water mode, a breathing mode, a gradual change mode, an immersion rhythm, a somatosensory rhythm and a color rhythm; the touch switch module 104 is used for controlling the switch of the overall function of the seat; the ventilation control module 105 is used for controlling the cushion ventilation switch and the gear, controlling the backrest ventilation switch and the gear, and controlling the cushion and backrest ventilation to be opened in a linkage manner. The heating control module 106 is used for controlling the cushion heating switch and the gear, controlling the backrest heating switch and the gear, and controlling the cushion and backrest heating to be opened in a linkage manner; the massage control module 107 is used for controlling back massage and whole body massage, adjusting and controlling the massage force gear, and controlling switching selection among a wave mode, a butterfly mode, a relaxation mode, a waist-hip mode, a shoulder-leg mode and a jump mode; the charging module 108 is configured to provide wireless charging and USB/TypeC hard-wire charging for the mobile phone terminal; the music headrest module 109 is configured to control playing of headrest music; the zero gravity control module 110 is configured to control the rear seat controller to adjust to a corresponding recommended position state or a personalized customization state; the EZE switch module 111 is configured to control the seat to realize the boarding and alighting of the front and rear passengers, so that the operation of a plurality of different modules can satisfy the use of different functions of the user, and simultaneously, the posture of the seat can be adjusted and moved according to the requirements of the user.
Secondly, controlling the headrest unit 112 helps the user to control the headrest up and down, left and right adjustment; controlling the shoulder units 113 helps the user control the left and right adjustment of the seat back; controlling the backrest unit 114 assists the user in controlling the back of the seat back to adjust back and forth; controlling the lumbar support unit 115 helps the user control the adjustment of the lumbar support up and down, left and right; controlling the rear seat lift unit 116 assists the user in controlling the rear seat lift up and down adjustment; controlling the seat front lifting unit 117 assists a user in controlling the seat front lifting up and down adjustment; controlling the leg rest unit 118 assists the user in controlling the leg rest up and down and back and forth adjustments; controlling the user the rotation unit 119 assists the user in controlling the seat rotation; controlling the cup holder unit 120 helps a user to control a cup holder switch; controlling the seat front-rear unit 121 helps a user to control the seat front-rear adjustment, which can be performed when the seat adjustment switch is continuously pressed; when the seat moves in place or the adjusting switch is released, the seat stops moving, the seat is configured with memory, the seat ECU needs to record the adjusted position, if the seat is not operated to perform memory storage, the current position is recorded, and before each action of the rail motor, the seat ECU needs to control the locking motor to be unlocked; after stopping the operation, the seat ECU must control the lock motor to lock
Meanwhile, the atmosphere switching unit 122 is controlled to help the user to control the atmosphere switching; the atmosphere lamp switching unit 123 assists a user in controlling the switching of the headrest lamp, the running water lamp, the starry sky lamp and the foot lamp; the atmosphere adjusting unit 124 assists the user in adjusting the color of the atmosphere lamp; the atmosphere lamp brightness unit 125 assists the user in adjusting the atmosphere lamp gear; the atmosphere lamp mode unit 126 helps the user to switch and select the normal lighting mode, the flowing water mode, the breathing mode, the gradual change mode, the immersion rhythm, the body feeling rhythm and the color rhythm of the atmosphere lamp, when the seat ECU receives an effective atmosphere lamp control signal sent by the central control large screen APP when the seat ECU is electrified, the seat ECU forwards the relevant signal to the atmosphere lamp, the ECU memorizes the atmosphere lamp state when the seat ECU is electrified, and when the seat ECU is electrified again, the ECU sends memory configuration to the atmosphere lamp, and keeps consistent before the electrification, and meanwhile, the ECU returns the atmosphere lamp memory configuration to the central control screen APP.
In addition, the comfort adjusting unit 127 assists the user in controlling four functions of ventilation, heating, massage, and lumbar support adjustment; the seat control adjusting unit 128 is used for assisting a user in seat adjustment control, wherein the inner side touch key of the right armrest of the seat assembly 101 is the comfort adjusting unit 127, and the inner side touch key of the left armrest of the seat assembly 101 is the seat control adjusting unit 128; (the functions of ventilation, heating, massage and waist support adjustment can be controlled by the central control screen APP and the right touch switch, and the seat adjustment (except for the waist support and the cup support) can be controlled by the central control screen APP and the left touch switch).
Finally, the cushion ventilation unit 129 assists the user in controlling the cushion ventilation switch and the gear; the backrest ventilation unit 130 assists a user in controlling the backrest ventilation switch and the gear; the linkage ventilation unit 131 helps a user to control the linkage of the ventilation of the cushion and the backrest to turn ON the cushion heating unit 132, when the whole seat harness is electrified, the seat ECU controls the ventilation fan to be sequentially switched from first gear to second gear to third gear to close according to the detected operating condition of the effective seat ventilation switch (LIN or Bluetooth), and when the whole seat power supply is in a non-ON gear or the ventilation of the seat is closed, the ventilation of the seat is cancelled; mutual exclusion: the seat ventilation heating cannot be operated at the same time, and when the seat heating is started, if the seat ventilation is started, the seat ventilation is stopped; the cushion heating unit 132 helps the user to control the cushion heating switch and the gear when the seat ventilation is turned on, if the seat heating is turned on and the seat ventilation is stopped; the backrest heating unit 133 assists a user in controlling the backrest heating switch and the gear; the linkage heating unit 134 helps a user to control linkage opening of cushion and backrest heating, when the whole chair harness is electrified, the seat ECU controls the heating wire to be sequentially switched in a first gear- > second gear- > third gear- > closing gear according to the detected operating condition of the effective seat heating switch (LIN), and when the whole chair power supply is in a non-ON gear or the seat heating is closed, the seat heating is canceled.
When the electric seat system for the automobile is used, through the seat assembly 101, the seat control module 102, the atmosphere control module 103, the touch switch module 104, the ventilation control module 105, the heating control module 106, the massage control module 107, the charging module 108, the music headrest module 109, the zero gravity control module 110 and the EZE switch module 111, the use of different functions of a user can be met through the operation of a plurality of different modules, and meanwhile, the seat posture can be adjusted and moved according to the requirements of the user.
The first embodiment of the application is as follows:
Referring to fig. 7, fig. 7 is a step diagram of a control method of an electric seat for an automobile according to a second embodiment of the invention.
The invention provides a control method of an automobile electric seat, which comprises the following steps:
s201, operating an APP control seat on a right armrest central control screen of the seat assembly 101 to realize an electric 12-way adjusting function;
s202, operating an APP control seat on a right armrest central control screen of the seat assembly 101 to realize atmosphere lamp adjustment;
S203, operating a ventilation touch key of the seat assembly 101 or an APP control seat on a right armrest central control screen to realize ventilation adjustment, wherein all ventilation states need a seat ECU to return to the central control screen through Bluetooth;
S204, operating a heating touch key of the seat assembly 101 or an APP control seat ECU on a right armrest central control screen to respectively realize heating adjustment;
S205, operating an APP control seat on a right armrest central control screen of the seat assembly 101 to realize massage mode and force adjustment, wherein the massage state requires a seat ECU to return to the central control screen through Bluetooth;
s206, operating the APP on the right armrest central control screen of the seat assembly 101 to control the seat to realize telescopic adjustment of the cup stand, wherein the cup stand state requires the seat ECU to return to the central control screen through Bluetooth;
s207, operating a control screen lifting key of the seat assembly 101 to control the seat to realize the lifting adjustment of the central control screen;
s208, operating a zero gravity touch key of the seat assembly 101 to enter and exit zero gravity, and operating an APP control seat on a right armrest central control screen to realize zero gravity function adjustment and memory position update;
S209, operating the EZE key positions of the left side of the cushion and the backrest of the seat assembly 101, and operating the EZE key to control the seat to realize quick opening and exit of the gift function.
The foregoing disclosure is only illustrative of one or more preferred embodiments of the present application, and it is not intended to limit the scope of the claims hereof, as persons of ordinary skill in the art will understand that all or part of the processes for practicing the embodiments described herein may be practiced with equivalent variations in the claims, which are within the scope of the application.
Claims (7)
1. The automobile electric seat system is characterized by comprising a seat assembly, a seat control module, an atmosphere control module, a touch switch module, a ventilation control module, a heating control module, a massage control module, a charging module, a music headrest module, a zero gravity control module and an EZE switch module;
The seat control module is connected with the seat assembly, the atmosphere control module is connected with the seat assembly, the touch switch module is connected with the seat assembly, the ventilation control module is connected with the seat assembly, the heating control module is connected with the seat assembly, the massage control module is connected with the seat assembly, the charging module is connected with the seat assembly, the music headrest module is connected with the seat assembly, the zero gravity control module is connected with the seat assembly, and the EZE switch module is connected with the seat assembly;
The seat control module is used for adjusting nine positions of the seat, such as front and back, up and down, inclination and the like;
The atmosphere control module is used for controlling the on-off of the atmosphere lamp, adjusting the color of the atmosphere lamp, adjusting the brightness gear of the atmosphere lamp and switching and selecting various magic;
The touch switch module is used for controlling the switch of the overall function of the seat;
The ventilation control module is used for controlling the cushion ventilation switch and the gear, controlling the backrest ventilation switch and the gear and controlling the cushion and backrest ventilation to be opened in a linkage manner.
The heating control module is used for controlling the cushion heating switch and the gear, controlling the backrest heating switch and the gear, and controlling the cushion and backrest heating to be opened in a linkage manner;
the massage control module is used for controlling back massage and whole body massage, adjusting and controlling the massage force gear, and controlling switching selection among a wave mode, a butterfly mode, a relaxation mode, a waist-hip mode, a shoulder-leg mode and a jump mode;
The charging module is used for providing charging for the mobile phone terminal;
the music headrest module is used for controlling the playing of headrest music;
The zero gravity control module is used for controlling the rear seat controller to adjust to a corresponding recommended position state or a personalized customization state;
and the EZE switch module is used for controlling the seat to realize the getting-on and getting-off avoidance of front and rear passengers.
2. The power seat system of claim 1, wherein,
The seat control module comprises a headrest unit, a shoulder unit, a backrest unit, a waist support unit, a seat rear lifting unit, a seat front lifting unit, a leg support unit, a rotating unit, a cup support unit and a seat front and rear unit, wherein the headrest unit is connected with the seat assembly, the shoulder unit is connected with the seat assembly, the backrest unit is connected with the seat assembly, the waist support unit is connected with the seat assembly, the seat rear lifting unit is connected with the seat assembly, the seat front lifting unit is connected with the seat assembly, the leg support unit is connected with the seat assembly, the rotating unit is connected with the seat assembly, the cup support unit is connected with the seat assembly, and the seat front and rear unit is connected with the seat assembly;
the headrest unit is used for controlling the headrest to be adjusted up and down and left and right;
The shoulder unit is used for controlling the left and right adjustment of the seat shoulder back;
The backrest unit is used for controlling the front-back adjustment of the backrest of the seat;
the waist support unit is used for controlling the waist support to be adjusted up and down and left and right;
the seat rear lifting unit is used for controlling the seat rear lifting to be adjusted up and down;
the seat front lifting unit is used for controlling the seat front lifting to be adjusted up and down;
The leg support unit is used for controlling the leg support to be adjusted up and down and front and back;
the rotating unit is used for controlling the seat to rotate;
the cup stand unit is used for controlling a cup stand switch;
the seat front-rear unit is used for controlling seat front-rear adjustment.
3. The power seat system of claim 1, wherein,
The atmosphere control module comprises an atmosphere switch unit, an atmosphere lamp switch unit, an atmosphere adjustment unit, an atmosphere lamp brightness unit and an atmosphere lamp mode unit, wherein the atmosphere switch unit is connected with the seat assembly, the atmosphere lamp switch unit is connected with the seat assembly, the atmosphere adjustment unit is connected with the seat assembly, the atmosphere lamp brightness unit is connected with the seat assembly, and the atmosphere lamp mode unit is connected with the seat assembly;
The atmosphere switch unit is used for controlling the atmosphere switch;
the atmosphere lamp switch unit is used for controlling the switch of the lamp light in the vehicle;
The atmosphere adjusting unit is used for adjusting the color of the atmosphere lamp;
The atmosphere lamp brightness unit is used for adjusting the atmosphere lamp gear;
And the atmosphere lamp mode unit is used for switching and selecting the atmosphere lamp mode.
4. The power seat system of claim 1, wherein,
The touch switch module comprises a comfort adjusting unit and a seat control adjusting unit, wherein the comfort adjusting unit is connected with the seat assembly, and the seat control adjusting unit is connected with the seat assembly;
The comfort adjusting unit is used for controlling adjustment of a plurality of functions;
The seat control adjustment unit is used for adjusting and controlling the seat assembly.
5. The power seat system of claim 1, wherein,
The ventilation control module comprises a cushion ventilation unit, a backrest ventilation unit and a linkage ventilation unit, wherein the cushion ventilation unit is connected with the seat assembly, the backrest ventilation unit is connected with the seat assembly, and the linkage ventilation unit is connected with the seat assembly;
the cushion ventilation unit is used for controlling a cushion ventilation switch and a gear;
the backrest ventilation unit is used for controlling a backrest ventilation switch and a gear;
And the linkage ventilation unit is used for controlling the linkage opening of the ventilation of the cushion and the backrest.
6. The power seat system of claim 1, wherein,
The heating control module comprises a cushion heating unit, a backrest heating unit and a linkage heating unit, wherein the cushion heating unit is connected with the seat assembly, the backrest heating unit is connected with the seat assembly, and the linkage heating unit is connected with the seat assembly;
the cushion heating unit is used for controlling a cushion heating switch and a gear;
The backrest heating unit is used for controlling a backrest heating switch and a gear;
And the linkage heating unit is used for controlling the linkage opening of the heating of the cushion and the backrest.
7. A control method of an automobile power seat, which is applied to the automobile power seat system according to any one of claims 1 to 6, characterized by comprising the steps of:
operating an APP control seat on a right armrest central control screen of the seat assembly to realize an electric 12-way adjusting function;
Operating an APP control seat on a right armrest central control screen of the seat assembly to realize atmosphere lamp adjustment;
Operating a ventilation touch key of the seat assembly or an APP control seat on a right armrest central control screen to realize ventilation adjustment, wherein all ventilation states need a seat ECU to return to the central control screen through Bluetooth;
An APP control seat ECU on a heating touch key or a right handrail central control screen of the seat assembly is operated to respectively realize heating adjustment;
an APP control seat on a right armrest central control screen of the seat assembly is operated to realize the adjustment of a massage mode and the intensity, and the massage state requires a seat ECU to return to the central control screen through Bluetooth;
the method comprises the steps that on an APP on a right armrest central control screen of the seat assembly, a seat is controlled to realize telescopic adjustment of a cup holder, and the cup holder state requires a seat ECU to return to the central control screen through Bluetooth;
operating a control screen lifting key of the seat assembly to control the seat to realize the lifting adjustment of the central control screen;
zero gravity can be entered and exited by operating a zero gravity touch key of the seat assembly, and zero gravity function adjustment and memory position update are realized by operating an APP control seat on a right armrest central control screen;
And operating the EZE key positions of the left side of the cushion and the backrest of the seat assembly, and controlling the seat to realize quick opening and exit functions by operating the EZE key.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202410189453.7A CN118046806A (en) | 2024-02-20 | 2024-02-20 | Automobile electric seat system and control method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202410189453.7A CN118046806A (en) | 2024-02-20 | 2024-02-20 | Automobile electric seat system and control method |
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| Publication Number | Publication Date |
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| CN118046806A true CN118046806A (en) | 2024-05-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202410189453.7A Pending CN118046806A (en) | 2024-02-20 | 2024-02-20 | Automobile electric seat system and control method |
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| Country | Link |
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| CN (1) | CN118046806A (en) |
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- 2024-02-20 CN CN202410189453.7A patent/CN118046806A/en active Pending
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