CN108288373B - Infrared configuration system and operation method and application thereof - Google Patents
Infrared configuration system and operation method and application thereof Download PDFInfo
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Abstract
The invention relates to an infrared configuration system, a method for operating the infrared configuration system and use in a vehicle, in particular a vehicle instrument panel. The infrared configuration system includes: the system comprises a database storage unit, an infrared configuration control unit and a vehicle-mounted instrument unit. The method of operation of the system comprises: establishing infrared wireless connection between the database storage unit and the infrared configuration control unit, and establishing infrared wireless connection between the infrared configuration control unit and the vehicle-mounted instrument unit; the database storage unit and the infrared configuration control unit realize one-way data transmission or two-way data transmission; the infrared configuration control unit and the vehicle-mounted instrument unit realize one-way data transmission or two-way data transmission. The system and the operation method can utilize infrared ray configuration and data transmission, so as to carry out automatic production and configuration of the vehicle-mounted instrument, adjustment and update of equipment data and firmware upgrade.
Description
Technical Field
The invention belongs to the technical field of vehicle accessories and systems, and particularly relates to an infrared configuration system, an operation method of the infrared configuration system and application of the infrared configuration system in a vehicle, particularly a vehicle instrument platform.
Background
The vehicle instrument panel is a device for reflecting the working conditions of each system of the vehicle. If data in a traditional vehicle instrument platform needs to be adjusted, firmware upgrading and whole vehicle system upgrading of the instrument platform are carried out, an instrument panel needs to be taken to a dealership or a manufacturer to detach the whole instrument panel, and then data adjustment and updating are carried out. Moreover, data modification or updating of an instrument panel on the vehicle is completed by using a data line, namely, the instrument terminal is connected with a computer by using the data line, and then subsequent related work is carried out. Therefore, the labor cost, the time cost and the cost in the hardware aspect are increased, and the resources are wasted. Although the smart meter is developed at present, the cost is high, the data transmission mode of the meter is still complex and tedious, and the function of the smart meter cannot be maximized.
Some prior arts also have certain research and improvement on data acquisition and transmission modes in vehicle instrument terminals. For example, chinese patent application CN201610864391.0 discloses a data control method, which comprises: establishing communication connection with the vehicle-mounted instrument equipment in a preset connection mode; acquiring state data of the vehicle-mounted instrument equipment based on the communication connection and by adopting a vehicle-mounted control application; and sending the state data to a server so that the server performs data processing on the state data. Chinese patent application CN201510288039.2 discloses a data collector for dashboard of vehicle, which comprises multiple patch cords, analog collection module, pulse collection module and switching collection module, wherein multiple collection circuits are provided in each collection module, each collection circuit is connected to one patch cord, the other end of the patch cord is installed at an interface end of the dashboard interface, the interface end is connected to one harness of dashboard, the harness is installed in a designated electronic control unit, and the electronic control unit outputs a collection amount of dashboard data. Chinese patent application CN201610165087.7 discloses a vehicle instrument interface theme updating system, which includes a server, a client and an instrument terminal. The server provides a vehicle instrument interface theme database; the client accesses and searches the vehicle instrument interface theme database according to the input instruction to determine an instrument interface theme pre-downloaded by the user, acquires identification information of the pre-downloaded instrument interface theme and provides the identification information to the user; the instrument terminal establishes network connection with the server, acquires the identification information, selects an instrument interface theme according to the identification information, and downloads the selected instrument interface theme so as to update the current interface theme of the instrument terminal to the downloaded instrument interface theme. Chinese patent application CN201610874975.6 discloses a data transmission method and system based on automobile instrument equipment, wherein the data transmission method includes: the automobile instrument equipment establishes a network connection relation with the cloud server through the Internet equipment; the automobile instrument equipment collects automobile instrument data in real time and sends the automobile instrument data to the cloud server; the cloud server generates automobile analysis response data according to the automobile instrument data and returns the automobile analysis response data to the automobile instrument equipment; and the automobile instrument equipment displays the automobile analysis response data. Chinese patent application CN201510504548.4 relates to a wireless interaction control method for automobile instruments and intelligent terminals, comprising the steps of: the automobile instrument and the intelligent terminal are in wireless connection; the automobile instrument and the intelligent terminal realize one-way data transmission or two-way data transmission. The prior art solves the data acquisition problem of the vehicle instrument terminal, solves the transmission problem, does not solve the problems of data adjustment, update and firmware upgrade of the vehicle instrument, and does not realize the automatic production and configuration of instrument products. Especially, in the transmission process of vehicle instrument data, a server, even a cloud server is required to support, and some intelligent terminal devices are used, so that the system setting and transmission method are complex, and the required resources and cost are high.
Infrared is light in the visible spectrum that is outside of the red light. Although such light is invisible to the naked eye, infrared communication is performed by transmitting and receiving an infrared signal using an infrared transmitting and receiving device. By utilizing the infrared communication, the data can be transmitted only by aligning the infrared devices of the two devices without connecting wires. The infrared communication has strong directivity and is suitable for short-distance wireless transmission. A complete set of infrared communication systems can be divided into three parts: an infrared transmitter, an infrared receiver, and a communication protocol. At present, no related technology applies the infrared technology to data acquisition, transmission, adjustment, updating and firmware upgrading of a vehicle-mounted instrument terminal and automatic production and configuration of instrument products.
Therefore, if a set of infrared configuration system can be developed, the infrared configuration can be used for wirelessly collecting and transmitting data, so that the data of the vehicle instrument equipment can be adjusted, updated and upgraded, the automatic production and configuration of the instrument product can be realized, and great economic significance and application value can be realized.
Disclosure of Invention
In order to solve the above technical problems, an object of the present invention is to provide an infrared configuration system. The system can use infrared configuration and data transmission to automatically produce and configure the vehicle-mounted instrument, adjust and update the equipment data and upgrade the firmware.
In order to achieve the above object, the present invention provides an infrared configuration system comprising: the system comprises a database storage unit, an infrared configuration control unit and a vehicle-mounted instrument unit;
the database storage unit is used for storing data;
the database storage unit is also used for sending data to a calling and sending end of the infrared configuration control unit;
or the database storage unit is also a receiving end for receiving the data sent by the infrared configuration control unit;
the infrared configuration control unit is a receiving end for receiving data sent by the database storage unit or data sent by the vehicle instrument unit and stores the data;
wherein, the infrared configuration control unit is also used for sending data to a database storage unit or a sending end of a vehicle instrument unit;
the infrared ray configuration control unit includes: the device comprises an infrared transmitting module, an infrared receiving module and a memory module;
the vehicle-mounted instrument unit is used for displaying instrument information;
or the vehicle-mounted instrument unit is also a receiving end for receiving data sent by the infrared configuration control unit;
the vehicle-mounted instrument unit is also a transmitting end for uploading instrument information;
and the infrared configuration control unit is used for directly connecting the database storage unit with the vehicle-mounted instrument unit to perform data acquisition, transmission, adjustment, update and firmware upgrade and automatically produce and configure instrument products.
Further, the data in the database storage unit are the technical standards or parameters of the meter configuration of each vehicle manufacturer, or the actual information data of the meter.
As one of the preferable technical solutions, the infrared configuration system provided by the present invention further includes: a first infrared adapter and/or a second infrared adapter.
As one preferable technical scheme, an infrared transmitting module and an infrared receiving module are arranged in the database storage unit; and/or an infrared transmitting module and an infrared receiving module are arranged in the vehicle-mounted instrument unit.
Wherein the first infrared adapter is mounted on the database storage unit, and the second infrared adapter is mounted on the vehicle instrument unit.
The first infrared adapter is used for establishing a wireless connection relation between the database storage unit and the infrared configuration control unit.
The second infrared adapter is used for establishing a wireless connection relation between the infrared configuration control unit and the vehicle-mounted instrument unit.
Another object of the present invention is to provide a method for operating any one of the above infrared configuration systems, comprising:
establishing infrared wireless connection between the database storage unit and an infrared configuration control unit, and establishing infrared wireless connection between the infrared configuration control unit and a vehicle-mounted instrument unit;
the database storage unit and the infrared configuration control unit realize one-way data transmission or two-way data transmission;
the infrared configuration control unit and the vehicle-mounted instrument unit realize one-way data transmission or two-way data transmission.
Preferably, the present invention provides a method of operating an infrared configuration system, comprising:
collecting a data source and importing the data of the data source into the database storage unit;
establishing infrared wireless connection between the database storage unit and an infrared configuration control unit, and establishing infrared wireless connection between the infrared configuration control unit and a vehicle-mounted instrument unit;
the data information in the database storage unit is called and sent to the infrared configuration control unit, and the infrared configuration control unit receives and stores the data information called by the database storage unit;
and the data information stored in the infrared configuration control unit is sent to the vehicle-mounted instrument unit, and the vehicle-mounted instrument unit receives the data information sent by the infrared configuration control unit, so that the data called in the database storage unit is configured to the vehicle-mounted instrument unit by one key.
Preferably, the present invention provides a method of operating an infrared configuration system, comprising:
establishing infrared wireless connection between the database storage unit and an infrared configuration control unit, and establishing infrared wireless connection between the infrared configuration control unit and a vehicle-mounted instrument unit;
the vehicle-mounted instrument unit is used for calling instrument information in the vehicle-mounted instrument unit and sending the instrument information to the infrared configuration control unit, and the infrared configuration control unit receives and stores the instrument information;
and the meter information stored by the infrared configuration control unit is sent to a database storage unit, and the database storage unit receives the meter information sent by the infrared configuration control unit, so that the uploading of the meter information in the vehicle-mounted meter unit is realized.
The operating method of any one of the above infrared configuration systems, wherein the data source is a technical standard or parameter for the configuration of the instruments of each entire vehicle manufacturer.
Further, if the data of the data source changes, the data in the database storage unit is upgraded and updated correspondingly.
In the above method, the database storage unit and the infrared configuration control unit establish an infrared wireless connection through the first infrared adapter or an infrared transmitting module and an infrared receiving module built in the database storage unit.
In the operating method of any of the above infrared configuration systems, the infrared configuration control unit and the vehicle instrument unit establish infrared wireless connection through a second infrared adapter, or an infrared transmitting module and an infrared receiving module that are built in the vehicle instrument unit.
In the above preferred method of operating the infrared configuration system, when the infrared wireless connection is established using the first infrared adapter, the data information in the database storage unit is called and sent to the infrared configuration control unit via the first infrared adapter.
In the above-described preferred method of operating the infrared configuration system, when the infrared wireless connection is established using the first infrared adapter, the meter information stored by the infrared configuration control unit is transmitted to the database storage unit via the first infrared adapter.
When the infrared wireless connection is established using the second infrared adapter, in the above-described preferred operating method of the infrared configuration system, the data information stored by the infrared configuration control unit is transmitted to the in-vehicle instrument unit via the second infrared adapter.
When an infrared wireless connection is established using a second infrared adapter, in the above-described preferred method of operating an infrared configuration system, meter information in the in-vehicle meter unit is retrieved and sent to the infrared configuration control unit via the second infrared adapter.
It is a further object of the present invention to provide an application of any of the above infrared configuration systems.
The infrared configuration system can be applied to motorcycle instruments, electric vehicle instruments or automobile instruments.
The infrared configuration system and the operation method of the system provided by the invention have the following characteristics:
(1) the technical (configuration) standards of each whole vehicle manufacturer are collected and arranged to be used as data sources, and the data sources are imported into a database storage unit for storage. The data directly provides reliable and effective guarantee for the data management of the production of the vehicle instrument products; through the system, each instrument product can inquire the production record of the instrument product.
(2) Due to the strong data support of the database, the system can be called according to the requirements and standards of all vehicle manufacturers, and one-key automatic configuration is carried out during the production of instrument products, so that the production efficiency of the products and the reliability of technical standards are greatly improved.
(3) The configuration equipment (infrared configuration control unit) is in infrared wireless connection with the vehicle-mounted instrument, so that the information reading of the instrument and the operation of calibrating the configuration parameters and standards of the instrument can be realized without disassembling the instrument shell.
(4) By means of the infrared wireless connection between the configuration equipment (infrared configuration control unit) and the vehicle-mounted instrument, the upgrading and updating of functions such as reading vehicle information, configuring parameters, debugging standards, correcting and the like can be achieved even under the condition of a whole vehicle.
(5) After the infrared configuration system is used, the configuration parameters such as one-key downloading, one-key importing, one-key configuration, one-key correction and the like do not need to be directly contacted, so that convenience is provided for realizing automatic production, and adjusting, updating and upgrading of equipment data.
Drawings
FIG. 1 is a schematic diagram of the components of the infrared configuration system according to the present invention.
Detailed Description
The following examples are intended to illustrate the invention but are not intended to limit the scope of the invention.
Operations not mentioned in the present invention are all conventional operations in the art; the infrared adapter used in the invention is a conventional infrared adapter which can be purchased from the market; the instruments used in the vehicle-mounted instrument unit can be motorcycle instruments, electric vehicle instruments and automobile instruments, and are provided with odometers, tachometers, oil pressure meters, water temperature meters, fuel meters, charging meters and the like, and correspondingly required data are displayed; the infrared transmitting module, the infrared receiving template and the memory module can be obtained in the market; the database storage unit of the invention is a device provided with a database.
Example 1
An infrared configuration system comprising: a database storage unit, an infrared configuration control unit and a vehicle-mounted instrument (motorcycle instrument) unit; and a first infrared adapter and a second infrared adapter; the first infrared adapter is installed on the database storage unit, and the second infrared adapter is installed on the vehicle-mounted instrument unit;
the database storage unit is used for storing data and sending the data to a calling and sending end of the infrared configuration control unit;
the infrared configuration control unit comprises an infrared transmitting module, an infrared receiving module and a memory module; a receiving end for receiving the data sent by the database storage unit and storing the data; also the sending end for sending data to the vehicle instrument unit;
and the vehicle-mounted instrument unit is used for displaying instrument information and is also a receiving end for receiving data sent by the infrared configuration control unit.
The operation method of the infrared configuration system of the embodiment comprises the following steps:
step S101, collecting the instrument configuration technical standards of each whole vehicle manufacturer, arranging the instrument configuration technical standards to serve as a data source, and importing the collected instrument configuration technical standards into a database storage unit for storage after the instrument configuration technical standards are summarized;
step S102, respectively connecting the database storage unit and the vehicle-mounted instrument unit to infrared adapters (namely a first infrared adapter and a second infrared adapter), establishing infrared wireless connection between the database storage unit and the infrared configuration control unit through the first infrared adapter, and establishing infrared wireless connection between the infrared configuration control unit and the vehicle-mounted instrument unit through the second infrared adapter;
step S103, calling data information in the database storage unit, sending the called data information to the infrared configuration control unit through the first infrared adapter, and receiving and storing the data information called by the database storage unit by the infrared configuration control unit;
and step S104, the data information stored by the infrared configuration control unit is sent to the vehicle-mounted instrument unit through the second infrared adapter, and the vehicle-mounted instrument unit receives the data information sent by the infrared configuration control unit, so that the data called from the database storage unit is configured to the vehicle-mounted instrument unit in a one-key mode.
Example 2
An infrared configuration system comprising: a database storage unit, an infrared configuration control unit and a vehicle-mounted instrument (motorcycle instrument) unit; and a first infrared adapter and a second infrared adapter; the first infrared adapter is installed on the database storage unit, and the second infrared adapter is installed on the vehicle-mounted instrument unit;
the database storage unit is used for storing data and is also used as a receiving end for receiving the data sent by the infrared configuration control unit;
the infrared configuration control unit comprises an infrared transmitting module, an infrared receiving module and a memory module; a receiving end for receiving data sent by the vehicle instrument unit and storing the data; also is the sending end which sends the data to the database storage unit;
and the vehicle-mounted instrument unit is used for displaying the instrument information and is also a transmitting end for uploading the instrument information.
The operation method of the infrared configuration system of the embodiment comprises the following steps:
step S201, respectively connecting a database storage unit and a vehicle-mounted instrument unit to infrared adapters (namely a first infrared adapter and a second infrared adapter), establishing infrared wireless connection between the database storage unit and an infrared configuration control unit through the first infrared adapter, and establishing infrared wireless connection between the infrared configuration control unit and the vehicle-mounted instrument unit through the second infrared adapter;
step S202, meter information in the vehicle-mounted meter unit is called, the called meter information is sent to an infrared configuration control unit through a second infrared adapter, and the infrared configuration control unit receives and stores the meter information;
step S203, the meter information stored by the infrared configuration control unit is sent to the database storage unit via the first infrared adapter, and the database storage unit receives the meter information sent by the infrared configuration control unit, so that the uploading of the meter information in the vehicle-mounted meter unit is realized.
It can be seen from embodiment 1 that the database storage unit and the infrared configuration control unit of the present invention can implement unidirectional data transmission, and the infrared configuration control unit and the vehicle-mounted instrument unit can implement unidirectional data transmission.
It can be seen from the combination of embodiment 1 and embodiment 2 that the database storage unit and the infrared configuration control unit can realize bidirectional data transmission, and the infrared configuration control unit and the vehicle-mounted instrument unit can realize bidirectional data transmission.
Example 3
An infrared configuration system comprising: a database storage unit, an infrared configuration control unit and a vehicle-mounted instrument (electric vehicle instrument) unit; an infrared transmitting module and an infrared receiving module are arranged in the database storage unit, and an infrared transmitting module and an infrared receiving module are arranged in the vehicle-mounted instrument unit;
the database storage unit is used for storing data and sending the data to a calling and sending end of the infrared configuration control unit;
the infrared configuration control unit comprises an infrared transmitting module, an infrared receiving module and a memory module; a receiving end for receiving the data sent by the database storage unit and storing the data; also the sending end for sending data to the vehicle instrument unit;
and the vehicle-mounted instrument unit is used for displaying instrument information and is also a receiving end for receiving data sent by the infrared configuration control unit.
Step S301, collecting the instrument configuration technical standards of each whole vehicle manufacturer, arranging the instrument configuration technical standards to serve as a data source, and importing the collected instrument configuration technical standards into a database storage unit for storage after the instrument configuration technical standards are summarized;
step S302, establishing infrared wireless connection between a database storage unit and an infrared configuration control unit through an infrared transmitting module and an infrared receiving module, and establishing infrared wireless connection between the infrared configuration control unit and a vehicle-mounted instrument unit through the infrared transmitting module and the infrared receiving module;
step S303, calling data information in the database storage unit, sending the called data information to the infrared configuration control unit, and receiving and storing the data information called by the database storage unit by the infrared configuration control unit;
and step S304, the data information stored in the infrared configuration control unit is sent to the vehicle-mounted instrument unit, and the vehicle-mounted instrument unit receives the data information sent by the infrared configuration control unit, so that the data called in the database storage unit is configured to the vehicle-mounted instrument unit in a key mode.
Example 4
An infrared configuration system comprising: a database storage unit, an infrared configuration control unit and a vehicle-mounted instrument (electric vehicle instrument) unit; an infrared transmitting module and an infrared receiving module are arranged in the database storage unit, and an infrared transmitting module and an infrared receiving module are arranged in the vehicle-mounted instrument unit;
the database storage unit is used for storing data and is also used as a receiving end for receiving the data sent by the infrared configuration control unit;
the infrared configuration control unit comprises an infrared transmitting module, an infrared receiving module and a memory module; a receiving end for receiving data sent by the vehicle instrument unit and storing the data; also is the sending end which sends the data to the database storage unit;
and the vehicle-mounted instrument unit is used for displaying the instrument information and is also a transmitting end for uploading the instrument information.
The operation method of the infrared configuration system of the embodiment comprises the following steps:
step S401, establishing infrared wireless connection between a database storage unit and an infrared configuration control unit through an infrared transmitting module and an infrared receiving module, and establishing infrared wireless connection between the infrared configuration control unit and a vehicle-mounted instrument unit through the infrared transmitting module and the infrared receiving module;
step S402, instrument information in the vehicle-mounted instrument unit is called, the called instrument information is sent to an infrared configuration control unit, and the infrared configuration control unit receives and stores the instrument information;
and S403, transmitting the meter information stored by the infrared configuration control unit to a database storage unit, and uploading the meter information in the vehicle-mounted meter unit when the database storage unit receives the meter information transmitted by the infrared configuration control unit.
Although the invention has been described in detail hereinabove with respect to a general description and specific embodiments thereof, it will be apparent to those skilled in the art that modifications or improvements may be made thereto based on the invention. Accordingly, such modifications and improvements are intended to be within the scope of the invention as claimed.
Claims (5)
1. A method of operating an infrared configuration system, the infrared configuration system comprising: the system comprises a database storage unit, an infrared configuration control unit and a vehicle-mounted instrument unit;
the database storage unit is used for storing data;
the database storage unit is also used for sending data to a calling and sending end of the infrared configuration control unit; and/or the database storage unit is also a receiving end for receiving the data sent by the infrared configuration control unit;
the infrared configuration control unit is a receiving end for receiving data sent by the database storage unit and/or data sent by the vehicle instrument unit and stores the data;
the infrared configuration control unit is also used for sending data to a database storage unit and/or a sending end of a vehicle instrument unit;
the infrared ray configuration control unit includes: the vehicle-mounted instrument unit is used for displaying instrument information;
the vehicle-mounted instrument unit is also a receiving end for receiving data sent by the infrared configuration control unit; and/or the vehicle-mounted instrument unit is also a transmitting end for uploading instrument information;
the infrared configuration control unit is used for directly connecting the database storage unit with the vehicle-mounted instrument unit to perform data acquisition, transmission, adjustment, update and firmware upgrade as well as automatic production and configuration of instrument products;
the operating method of the infrared configuration system comprises the following steps:
the database storage unit and the infrared configuration control unit realize one-way data transmission or two-way data transmission;
the infrared configuration control unit and the vehicle-mounted instrument unit realize one-way data transmission or two-way data transmission;
collecting a data source and importing the data of the data source into the database storage unit;
establishing infrared wireless connection between the database storage unit and an infrared configuration control unit, and establishing infrared wireless connection between the infrared configuration control unit and a vehicle-mounted instrument unit;
the data information in the database storage unit is called and sent to the infrared configuration control unit, and the infrared configuration control unit receives and stores the data information called by the database storage unit;
the data information stored in the infrared configuration control unit is sent to the vehicle-mounted instrument unit, and the vehicle-mounted instrument unit receives the data information sent by the infrared configuration control unit, so that the data called in the database storage unit is configured to the vehicle-mounted instrument unit in a key mode;
the vehicle-mounted instrument unit is used for calling instrument information in the vehicle-mounted instrument unit and sending the instrument information to the infrared configuration control unit, and the infrared configuration control unit receives and stores the instrument information;
and the meter information stored by the infrared configuration control unit is sent to a database storage unit, and the database storage unit receives the meter information sent by the infrared configuration control unit, so that the uploading of the meter information in the vehicle-mounted meter unit is realized.
2. The method of claim 1, wherein the data stored in the database storage unit is vehicle manufacturer meter configuration specifications or parameters, or actual meter information.
3. The method of claim 1, further comprising: a first infrared adapter and/or a second infrared adapter;
or an infrared transmitting module and an infrared receiving module are arranged in the database storage unit; and/or an infrared transmitting module and an infrared receiving module are arranged in the vehicle-mounted instrument unit;
the wireless connection relation between the database storage unit and the infrared configuration control unit is established, and the wireless connection relation between the infrared configuration control unit and the vehicle-mounted instrument unit is established.
4. The operating method of an infrared configuration system as set forth in claim 3, wherein the database storage unit and the infrared configuration control unit establish an infrared wireless connection through the first infrared adapter, or an infrared transmitting module and an infrared receiving module built in the database storage unit;
and the infrared configuration control unit and the vehicle-mounted instrument unit are in infrared wireless connection through a second infrared adapter or an infrared transmitting module and an infrared receiving module which are arranged in the vehicle-mounted instrument unit.
5. Use of the method of operation of an infrared deployment system according to any one of claims 1 to 4, characterized in that the infrared deployment system is used in motormeter, motormeter or motormeter.
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| US10402184B2 (en) * | 2014-05-20 | 2019-09-03 | Ford Global Technologies, Llc | Module interface for vehicle updates |
| US10282194B2 (en) * | 2014-10-07 | 2019-05-07 | Ford Global Technologies, Llc | Methods and systems to update a vehicle computing system |
| CN106850241A (en) * | 2015-12-03 | 2017-06-13 | 联车（上海）信息科技有限公司 | A kind of vehicle-mounted OBD terminals and its remote upgrade method |
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