WO2013131347A1 - 一种多触摸屏加载程序的系统和方法 - Google Patents

一种多触摸屏加载程序的系统和方法 Download PDF

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Publication number
WO2013131347A1
WO2013131347A1 PCT/CN2012/079023 CN2012079023W WO2013131347A1 WO 2013131347 A1 WO2013131347 A1 WO 2013131347A1 CN 2012079023 W CN2012079023 W CN 2012079023W WO 2013131347 A1 WO2013131347 A1 WO 2013131347A1
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Prior art keywords
touch screen
loading
touch screens
nodes
read
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PCT/CN2012/079023
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English (en)
French (fr)
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陈天乐
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福兴达科技实业(深圳)有限公司
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Publication of WO2013131347A1 publication Critical patent/WO2013131347A1/zh

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    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00Arrangements for program control, e.g. control units
    • G06F9/06Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/44Arrangements for executing specific programs
    • G06F9/445Program loading or initiating

Definitions

  • the present invention relates to a touch screen loading program, and more particularly to a system and method for a multi-touch screen loading program.
  • Most of the current mobile smart devices are equipped with a touch screen, and the user interface can be brought to the user by touching the user interface.
  • the touch screen must have its corresponding driver to work properly.
  • the touch screen is typically loaded with drivers based on the device ID and address of the touch screen currently in use.
  • the supplier of the touch screen will change at any time. Since the device ID, I2C address and driving method of the touch screen provided by different vendors are different, the touch screen loading driver provided by different vendors will be caused. The method is not compatible, which will affect the system upgrade maintenance of the same type of touch screen.
  • the technical problem to be solved by the present invention is to provide a system and method for implementing a multi-touch screen loading program for loading drivers of various touch screens compatible with different driving ICs of different manufacturers.
  • a multi-touch screen loading program system comprising: a loading device, a plurality of touch screens, wherein the loading device comprises a loading module and a management module; and the management module is configured to create a plurality of nodes corresponding thereto according to the plurality of touch screens, And initializing the touch screen corresponding to the plurality of nodes, and establishing communication by the device address of the plurality of nodes with the integrated circuit IC in the touch screen corresponding to the node, to read the device ID of the touch screen; And configured to load a corresponding driver for the touch screen according to the device ID of the read touch screen according to the device ID of the touch screen read by the management module.
  • the loading module is further configured to store multiple Drivers with the same manufacturer and multiple different touch screens.
  • the loading module is further configured to read, according to the device ID of the touch screen, the corresponding one of the touch screens from the stored drivers of the plurality of different manufacturers and the plurality of different types of touch screens. Driver, and load the appropriate driver for the touch screen.
  • the plurality of touch screens are communicably connected to the loading module and the management module in the loading device by an I2C bus mode through the plurality of nodes.
  • the number of the plurality of nodes is equal to the number of the plurality of touch screens.
  • a method for loading a program by a multi-touch screen comprising:
  • Creating a plurality of nodes initializing a plurality of touch screens on the plurality of nodes; establishing communication with an integrated circuit IC in the touch screen on the node by a device address of the plurality of nodes to read a device ID of the touch screen; When the device ID of the touch screen is successfully read, the corresponding driver is loaded for the touch screen according to the device ID of the read touch screen.
  • the above method for loading a program by a multi-touch screen wherein: reading a corresponding driver of the touch screen from a stored driver of a plurality of different manufacturers and a plurality of different types of touch screens according to a device ID of the touch screen, and The touch screen loads the corresponding driver.
  • the above multi-touch screen loading program method wherein: the number of the plurality of nodes is equal to the number of the plurality of touch screens.
  • the system and method for applying the multi-touch screen loading program integrates a plurality of different manufacturers and a plurality of different types of drivers into the loading device, and when loading the driver to the plurality of touch screens, through a plurality of different nodes
  • the IC in the touch screen establishes communication to obtain the corresponding device ID, and then reads the corresponding driver from multiple different vendors and multiple different types of drivers according to the device ID. Preface, and load the driver for the touch screen, thereby implementing a variety of touch screen loading drivers compatible with different driver ICs of different manufacturers, and upgrading and maintaining the system for the subsequent touch screen.
  • FIG. 1 is a schematic structural diagram of a system applied to a multi-touch screen loading program according to the present invention.
  • FIG. 2 is a flow chart showing a method of applying the multi-touch screen loading program of the present invention.
  • FIG. 1 is a schematic structural diagram of a system applied to a multi-touch screen loading program according to the present invention.
  • the system applied to the multi-touch screen loading program includes a loading device 10, a first touch screen 11, a second touch screen 12, and an Nth touch screen 1N.
  • the loading device 10 includes a loading module 100 and a management module 102.
  • the management module 102 in the loading device 10 is configured to establish a plurality of nodes according to the number of the plurality of touch screens, respectively, node 1, node 2 node N.
  • each node will have a corresponding device address on the loading device to identify the node.
  • the first touch screen 11 and the second touch screen 1N are respectively connected to the loading module 100 and the management module 102 in the loading device 10 through corresponding nodes, and in this embodiment, the communication is connected.
  • the way can be connected through the I2C bus.
  • the number of nodes is equal to the number of touch screens of the driver to be loaded.
  • the management module 102 is configured to initialize the touch screens on the node 1 and the node 2 node N, respectively.
  • the touch screen on node 1 and node 2 node N can be initialized separately by reset foot or awake foot.
  • the management module 102 After the management module 102 initializes the touch screens on the node 1 and node 2 nodes N respectively, the management module 102 attempts to integrate with the integrated circuit in the touch screen on the node 1, node 2 node N.
  • the IC establishes communication to read the device ID of the touch screen on node 1, node 2, node N.
  • the management module 102 attempts to establish communication with the integrated circuit IC in the corresponding touch screen through different device addresses to read the device ID of the touch screen.
  • the management module 102 can successfully establish communication with the integrated circuit IC in the touch screen, and successfully read the device ID of the touch screen; if there is no corresponding touch screen on the node Then, the management module 102 attempts to establish communication with the integrated circuit IC in the corresponding touch screen, and the device ID cannot be read, and the device ID cannot be read on the node corresponding to the device address. The corresponding node.
  • the loading module 100 is notified to load the driver for the touch screen on the node.
  • the loading module 100 since the loading module 100 stores a plurality of drivers of different manufacturers and a plurality of different types of touch screens, the loading module 100 reads its corresponding driver according to the device ID of the touch screen, and The touch screen loads the driver.
  • the load module 100 loads the driver of the touch screen on the node
  • the node is unloaded when the load device 10 is powered off.
  • the system for applying the multi-touch screen loading program of the present invention integrates a plurality of different manufacturers and a plurality of different types of drivers into the loading device, and when loading the driver to the plurality of touch screens,
  • the IC in the touch screen establishes communication to obtain the corresponding device ID, and then reads the corresponding driver from a plurality of different manufacturers and a plurality of different types of drivers according to the device ID, and loads the driver for the touch screen, thereby realizing It is compatible with the loading drivers of various touch screens of different driver ICs of different manufacturers, and is upgraded and maintained for the subsequent touch screen system.
  • FIG. 2 is a flow chart showing a method of applying the multi-touch screen loading program of the present invention.
  • step S200 a plurality of nodes are created. In this embodiment, it is node 1, node 2 node N, respectively. When multiple nodes are established, each node will have a corresponding device address on the loading device to identify the node.
  • Step S202 Initialize a touch screen on the plurality of nodes.
  • Step S204 integrating the device address corresponding to the different node with the touch screen on the node
  • the circuit IC establishes communication to read the device ID of the touch screen.
  • Step S206 When the device ID of the touch screen is successfully read, the corresponding driver is loaded for the touch screen according to the device ID of the read touch screen.
  • the corresponding driver is read from a plurality of different manufacturers and a plurality of different types of drivers stored according to the device ID, and the driver is loaded for the touch screen.
  • Step S208 After the driver is loaded, the node is uninstalled when the loading device is powered off.
  • the method for applying the multi-touch screen loading program provided by the invention integrates a plurality of different manufacturers and a plurality of different types of drivers into the loading device, and when loading the driver to the plurality of touch screens, by using a plurality of different nodes
  • the IC in the touch screen establishes communication to obtain the corresponding device ID, and then reads the corresponding driver from a plurality of different manufacturers and a plurality of different types of drivers according to the device ID, and loads the driver for the touch screen, thereby realizing It is compatible with the loading drivers of various touch screens of different driver ICs of different manufacturers, and is upgraded and maintained for the subsequent touch screen system.

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  • Engineering & Computer Science (AREA)
  • Software Systems (AREA)
  • Theoretical Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • General Engineering & Computer Science (AREA)
  • General Physics & Mathematics (AREA)
  • Information Transfer Between Computers (AREA)
  • Stored Programmes (AREA)

Abstract

本发明涉及一种多触摸屏加载程序的系统,其包括:加载设备、多个触摸屏,其中,所述加载设备包括加载模块及管理模块;所述管理模块用于根据多个触摸屏创建与其对应的多个节点,并初始化所述多个节点对应的触摸屏,及通过所述多个节点的设备地址与其所述节点对应的触摸屏中的集成电路IC建立通信,以读取所述触摸屏的设备ID;所述加载模块用于根据所述管理模块读取的触摸屏的设备ID,根据所述读取的触摸屏的设备ID为所述触摸屏加载相应的驱动程序,从而实现兼容不同厂家的不同驱动IC的多种触摸屏的加载驱动程序,并为后续触摸屏的系统升级维护。

Description

一种多触摸屏加载程序的系统和方法
【技术领域】
本发明涉及一种触摸屏加载程序, 尤其涉及一种多触摸屏加载程序的系统 和方法。
【背景技术】
当前的移动智能设备绝大多数都配有触摸屏, 通过触摸来自由的操作用户 界面可以给使用者带来 ^艮好的用户体验。
当然,触摸屏必须有其对应的驱动程序才能正常工作。通常在产品开发时, 通常根据当前所使用的触摸屏的设备 ID以及地址来对该触摸屏加载驱动程序。
但是, 在产品开发时, 触摸屏的供应商会随时发生变化, 由于不同的供应 商提供的触摸屏的设备 ID 、 I2C地址以及驱动方法都是不同的, 会导致不同供 应商的提供的触摸屏的加载驱动程序的方法不兼容, 从而会影响同一型号的触 摸屏的系统升级维护。
【发明内容】
本发明要解决的技术问题是提供一种实现兼容不同厂家的不同驱动 IC的多 种触摸屏的加载驱动程序的多触摸屏加载程序的系统和方法。
本发明的发明目的是通过以下技术方案来实现的:
一种多触摸屏加载程序的系统, 其包括: 加载设备、 多个触摸屏, 其中, 所述加载设备包括加载模块及管理模块; 所述管理模块用于根据多个触摸屏创 建与其对应的多个节点, 并初始化所述多个节点对应的触摸屏, 及通过所述多 个节点的设备地址与其所述节点对应的触摸屏中的集成电路 IC建立通信, 以读 取所述触摸屏的设备 ID; 所述加载模块用于根据所述管理模块读取的触摸屏的 设备 ID, 根据所述读取的触摸屏的设备 ID为所述触摸屏加载相应的驱动程序。
上述的多触摸屏加载程序的系统, 其中: 所述加载模块还用于存储多个不 同厂商和多个不同型号的触摸屏的驱动程序。
上述的多触摸屏加载程序的系统, 其中: 所述加载模块还用于根据所述触 摸屏的设备 ID从存储的多个不同厂商和多个不同型号的触摸屏的驱动程序中读 取所述触摸屏的相应的驱动程序, 并为所述触摸屏加载相应的驱动程序。
上述的多触摸屏加载程序的系统, 其中: 所述多个触摸屏通过所述多个节 点与所述加载设备中的加载模块及管理模块以 I2C总线方式通信相连。
上述的多触摸屏加载程序的系统, 其中: 所述多个节点的数量与所述多个 触摸屏的数量是对等的。
一种多触摸屏加载程序的方法, 所述方法包括:
创建多个节点; 初始化所述多个节点上的多个触摸屏;通过所述多个节点的 设备地址与该节点上的触摸屏中的集成电路 IC建立通信, 以读取所述触摸屏的 设备 ID; 当成功读取到所述触摸屏的设备 ID时,根据所述读取的触摸屏的设备 ID为所述触摸屏加载相应的驱动程序。
上述的多触摸屏加载程序的方法, 其中: 根据所述触摸屏的设备 ID从存储 的多个不同厂商和多个不同型号的触摸屏的驱动程序中读取所述触摸屏的相应 的驱动程序, 并为所述触摸屏加载相应的驱动程序。
上述的多触摸屏加载程序的方法, 其中: 所述多个节点的数量与所述多个 触摸屏的数量是对等的。
上述的通多触摸屏加载程序的方法, 其中: 当加载完驱动程序后, 所述节 点在加载设备关机时被卸载。
上述的多触摸屏加载程序的方法, 其中: 当没有读取到所述触摸屏的设备 ID时, 卸载该相应的节点。
本发明提供的应用于多触摸屏加载程序的系统和方法, 将多个不同厂商和 多个不同型号的驱动程序整合在加载设备中, 当对多个触摸屏加载驱动程序时, 通过与多个不同节点上的触摸屏中的 IC建立通信, 以获取相应的设备 ID,再根 据设备 ID从多个不同厂商和多个不同型号的驱动程序中读取其相应的驱动程 序, 并为该触摸屏加载驱动程序, 从而实现兼容不同厂家的不同驱动 IC的多种 触摸屏的加载驱动程序, 并为后续触摸屏的系统升级维护。 【附图说明】
为了易于说明, 本发明由下述的较佳实施例及附图作以详细描述。
图 1所示为本发明的应用于多触摸屏加载程序的系统结构示意图。
图 2所示为本发明的应用于多触摸屏加载程序的方法流程图。
【具体实施方式】
图 1所示为本发明的应用于多触摸屏加载程序的系统结构示意图。
在本实施例中, 应用于多触摸屏加载程序的系统包括加载设备 10、 第一触 摸屏 11、 第二触摸屏 12 第 N触摸屏 1N。 加载设备 10包括加载模块 100 及管理模块 102。 当加载设备 10需要对多个触摸屏节进行加载程序时, 在加载 设备 10开机的时候, 加载设备 10中的管理模块 102用于根据多个触摸屏的数 量建立多个节点, 分别为节点 1、 节点 2 节点 N。 当建立多个节点后, 每 个节点在加载设备上会一个相应的设备地址, 以标识该节点。
在本实施例中, 第一触摸屏 11、 第二触摸屏 12 第 N触摸屏 1N分别 通过对应的节点与加载设备 10中的加载模块 100及管理模块 102通信相连, 并 在本实施例中, 通信相连的方式可以是通过 I2C总线相连接。 在本实施例中, 节点的数量与待加载驱动程序的触摸屏的数量是对等的。
在本实施例中, 需要对多个触摸屏进行加载程序时, 管理模块 102用于对 节点 1、节点 2 节点 N上的触摸屏分别进行初始化。在具体的实际操作中, 可以通过 reset脚或 awake脚对节点 1、 节点 2 节点 N上的触摸屏分别进 行初始化。
当管理模块 102对节点 1、 节点 2 节点 N上的触摸屏分别进行初始化 后, 管理模块 102尝试与节点 1、 节点 2 节点 N上的触摸屏中的集成电路
IC建立通信, 以读取节点 1、 节点 2 节点 N上的触摸屏的设备 ID。 在本 实施例中, 由于不同的节点有一个其对应的设备地址, 因而, 管理模块 102通 过不同的设备地址尝试与其对应的触摸屏中的集成电路 IC建立通信, 以读取该 触摸屏的设备 ID。
在本实施例中, 如果节点上存在相应的触摸屏, 则管理模块 102就可以与 该触摸屏中的集成电路 IC成功建立通信, 并成功读取该触摸屏的设备 ID; 如果 节点上不存在相应的触摸屏, 则管理模块 102 尝试与其对应的触摸屏中的集成 电路 IC建立通信的操作就无法获得成功, 就无法读取设备 ID,也可以认为该设 备地址对应的节点上不存在触摸屏蔽, 则需要卸载该相应的节点。
在本实施例中, 当管理模块 102读取节点上的触摸屏的设备 ID后, 通知加 载模块 100 为该节点上的触摸屏加载驱动程序。 在本实施例中, 由于加载模块 100中存储了多个不同厂商和多个不同型号的触摸屏的驱动程序, 因而, 加载模 块 100根据该触摸屏的设备 ID读取其相应的驱动程序, 并为该触摸屏加载驱动 程序。
在本实施例中, 当加载模块 100加载该节点上的触摸屏的驱动程序后, 该 节点在加载设备 10关机时被卸载。
本发明提供的应用于多触摸屏加载程序的系统, 将多个不同厂商和多个不 同型号的驱动程序整合在加载设备中, 当对多个触摸屏加载驱动程序时, 通过 与多个不同节点上的触摸屏中的 IC建立通信, 以获取相应的设备 ID,再根据设 备 ID从多个不同厂商和多个不同型号的驱动程序中读取其相应的驱动程序, 并 为该触摸屏加载驱动程序, 从而实现兼容不同厂家的不同驱动 IC的多种触摸屏 的加载驱动程序, 并为后续触摸屏的系统升级维护。
图 2所示为本发明的应用于多触摸屏加载程序的方法流程图。
在本实施例中, 步骤 S200,创建多个节点。在本实施例中, 分别为节点 1、 节点 2 节点 N。 当建立多个节点后, 每个节点在加载设备上会一个相应的 设备地址, 以标识该节点。
步骤 S202, 初始化该多个节点上的触摸屏。
步骤 S204 , 通过不同的节点对应的设备地址与该节点上的触摸屏中的集成 电路 IC建立通信, 以读取该触摸屏的设备 ID。
步骤 S206, 当成功读取到该触摸屏的设备 ID时, 根据该读取的触摸屏的 设备 ID为该触摸屏加载相应的驱动程序。 在本实施例中, 根据设备 ID从存储 的多个不同厂商和多个不同型号的驱动程序中读取其相应的驱动程序, 并为该 触摸屏加载驱动程序。
步骤 S208, 当加载完驱动程序后, 该节点在加载设备关机时被卸载。 步骤 S210, 当没有读取到该触摸屏的设备 ID时, 卸载该相应的节点。 本发明提供的应用于多触摸屏加载程序的方法, 将多个不同厂商和多个不 同型号的驱动程序整合在加载设备中, 当对多个触摸屏加载驱动程序时, 通过 与多个不同节点上的触摸屏中的 IC建立通信, 以获取相应的设备 ID,再根据设 备 ID从多个不同厂商和多个不同型号的驱动程序中读取其相应的驱动程序, 并 为该触摸屏加载驱动程序, 从而实现兼容不同厂家的不同驱动 IC的多种触摸屏 的加载驱动程序, 并为后续触摸屏的系统升级维护。 以上所述之具体实施方式为本发明的较佳实施方式, 并非以此限定本发明 的具体实施范围, 本发明的范围包括并不限于本具体实施方式。 凡依照本发明 之形状、 结构所作的等效变化均包含本发明的保护范围内。

Claims

权利要求
1. 一种多触摸屏加载程序的系统, 其特征在于, 其包括: 加载设备、 多个 触摸屏, 其中, 所述加载设备包括加载模块及管理模块;
所述管理模块用于根据多个触摸屏创建与其对应的多个节点, 并初始化所 述多个节点对应的触摸屏, 及通过所述多个节点的设备地址与其所述节点对应 的触摸屏中的集成电路 IC建立通信, 以读取所述触摸屏的设备 ID;
所述加载模块用于根据所述管理模块读取的触摸屏的设备 ID, 根据所述读 取的触摸屏的设备 ID为所述触摸屏加载相应的驱动程序。
2. 根据权利要求 1所述的多触摸屏加载程序的系统, 其特征在于: 所述加 载模块还用于存储多个不同厂商和多个不同型号的触摸屏的驱动程序。
3. 根据权利要求 2所述的多触摸屏加载程序的系统, 其特征在于: 所述加 载模块还用于根据所述触摸屏的设备 ID从存储的多个不同厂商和多个不同型号 的触摸屏的驱动程序中读取所述触摸屏的相应的驱动程序, 并为所述触摸屏加 载相应的驱动程序。
4. 根据权利要求 1所述的多触摸屏加载程序的系统, 其特征在于: 所述多 个触摸屏通过所述多个节点与所述加载设备中的加载模块及管理模块以 I2C总 线方式通信相连。
5. 根据权利要求 1所述的多触摸屏加载程序的系统, 其特征在于: 所述多 个节点的数量与所述多个触摸屏的数量是对等的。
6. 一种多触摸屏加载程序的方法, 其特征在于, 所述方法包括:
创建多个节点;
初始化所述多个节点上的多个触摸屏;
通过所述多个节点的设备地址与该节点上的触摸屏中的集成电路 IC建立通 信, 以读取所述触摸屏的设备 ID;
当成功读取到所述触摸屏的设备 ID时, 根据所述读取的触摸屏的设备 ID 为所述触摸屏加载相应的驱动程序。
7. 根据权利要求 6所述的多触摸屏加载程序的方法, 其特征在于: 还包括: 根据所述触摸屏的设备 ID从存储的多个不同厂商和多个不同型号的触摸屏 的驱动程序中读取所述触摸屏的相应的驱动程序, 并为所述触摸屏加载相应的 驱动程序。
8. 根据权利要求 6所述的多触摸屏加载程序的方法, 其特征在于: 所述多 个节点的数量与所述多个触摸屏的数量是对等的。
9. 根据权利要求 6所述的多触摸屏加载程序的方法, 其特征在于: 还包括: 当加载完驱动程序后, 所述节点在加载设备关机时被卸载。
10. 根据权利要求 6所述的多触摸屏加载程序的方法, 其特征在于: 当没有 读取到所述触摸屏的设备 ID时, 卸载该相应的节点。
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