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    • 32. 发明公开
    • ANGLE SHAPING DEVICE
    • EP4260962A1
    • 2023-10-18
    • EP22729010.3
    • 2022-01-27
    • Zhang, JianWu, Wei
    • LI, XuedongZHANG, JianWU, Wei
    • B21F1/00A61M25/09
    • The present invention relates to a device for shaping an angle, including a support platform (2) and an angled cutter head (31). The support platform is configured to serve as a support surface for placing a guide wire. The angled cutter head is configured to press and bend the guide wire at an accurate angle. The present invention also relates to a method for shaping with a device for shaping an angle, including the following steps: placing a guide wire on a support platform, extending out the guide wire by a certain bending length, pressing down on the guide wire with an angled cutter head of which the bottom surface is provided with a certain angle, and preparing the guide wire of which one end has an angle of required accuracy. The present invention relates to a device for shaping a guide wire. A guide wire entry platform (4) is provided on a support platform. The guide wire entry platform is provided thereon with a guide wire entry hole (37) so that a guide wire is guided to be below an angled cutter head. The device for shaping the angle is capable of rapidly and reliably providing a guide wire having a certain bending angle according to requirements.
    • 33. 发明申请
    • OVER THE AIR MODEM FIRMWARE UPGRADE BASED ON MESH NETWORK
    • 基于网状网络的空中调制解调器固件升级
    • WO2018049580A1
    • 2018-03-22
    • PCT/CN2016/098970
    • 2016-09-14
    • HONEYWELL INTERNATIONAL INC.WU, WeiSU, FengZHANG, XiaozhongWANG, Zhiyu
    • WU, WeiSU, FengZHANG, XiaozhongWANG, Zhiyu
    • G06F9/445
    • G06F8/65
    • Systems and methods for upgrading the firmware of a wireless communication device (202). A wireless communication device (202) may comprise a first processor (204) and a first memory (206) configured to receive monitored data from one or more sensors (210), and wirelessly communicate the received monitored data. The device may comprise a modem (220) comprising a second processor (224) and a second memory (226) configured to wirelessly send an identifier for the current firmware stored in the second memory (226); when a firmware upgrade is available, receive an upgrade for the firmware stored in the second memory (226); upgrade the firmware stored in the second memory (226), wherein upgrading the firmware comprises temporarily interrupting wireless communication to and from the wireless communication device (202); reestablish wireless communication to and from the wireless communication device (202); and forward any monitored data received by the first processor (204) and the first memory (206) during the temporary interruption.
    • 用于升级无线通信设备的固件的系统和方法(202)。 无线通信设备(202)可以包括被配置为接收来自一个或多个传感器(210)的监测数据的第一处理器(204)和第一存储器(206),并且无线地传送接收到的监测数据。 该设备可以包括调制解调器(220),该调制解调器包括被配置为无线地发送存储在第二存储器(226)中的当前固件的标识符的第二处理器(224)和第二存储器(226); 当固件升级可用时,接收对存储在第二存储器(226)中的固件的升级; 升级存储在所述第二存储器(226)中的所述固件,其中升级所述固件包括临时中断去往和来自所述无线通信设备(202)的无线通信; 重新建立去往和来自无线通信设备(202)的无线通信; 并在临时中断期间转发由第一处理器(204)和第一存储器(206)接收的任何监视数据。
    • 37. 发明申请
    • CONFIGURING MASTER DATA BASED UPON SCENARIOS
    • 配置基于场景的主数据
    • WO2012075623A1
    • 2012-06-14
    • PCT/CN2010/079529
    • 2010-12-07
    • SAP AGGE, CunhuiWU, WeiDING, JiranYU, HaiyangDU, JianfengZENG, Ying
    • GE, CunhuiWU, WeiDING, JiranYU, HaiyangDU, JianfengZENG, Ying
    • G06F17/00
    • G06F17/30292Y02D10/45
    • Various embodiments of systems and methods for configuring a master data based upon a scenario are described herein. A method includes rendering a list of predefined master data, receiving a user's selection of a master data from the list of predefined master data, displaying a list of scenarios defined for the selected master data, receiving a user's selection of a scenario from the list of scenarios, and configuring the master data based upon the user selected scenario. The configuration of master data based upon the scenario, selected or defined by the user, makes the system very flexible, efficient, and user friendly. Further, the modification/configuration of the master data as per the requirement of the application (scenario) saves time and energy of the user (developer) in developing the application.
    • 这里描述了用于基于场景配置主数据的系统和方法的各种实施例。 一种方法包括呈现预定义的主数据的列表,从预定义的主数据的列表接收用户对主数据的选择,显示为所选主数据定义的场景的列表,从列表中接收用户对场景的选择 场景,并根据用户选择的场景配置主数据。 基于由用户选择或定义的场景的主数据的配置使得系统非常灵活,高效和用户友好。 此外,根据应用需求(场景)的主数据的修改/配置可以节省用户(开发人员)开发应用程序的时间和精力。