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    • 1. 发明申请
    • Drink sleeve
    • 喝套
    • US20070138188A1
    • 2007-06-21
    • US11300791
    • 2005-12-15
    • Tamara MaceRodney McKeeCecilia SharpMichael BrunnerStephen Bradley
    • Tamara MaceRodney McKeeCecilia SharpMichael BrunnerStephen Bradley
    • B65D25/00
    • B65D81/3876B31D5/0086
    • The present invention relates to a drink sleeve that includes a first layer, a second layer and a tab. The first layer includes a top end, a bottom end and lateral edges. The second layer also includes a top end, a bottom end and lateral edges. The lateral edges of the first layer are bonded to the lateral edges of the second layer such that a pocket is formed between the first and second layers. The pocket is adapted to receive a beverage container that is inserted between the top ends of the first and second layers. The tab extends between the bottom end of the first layer and the bottom end of the second layer. The tab includes a fold which unfolds as the beverage container is inserted into the pocket. Once the beverage container is fully inserted into the pocket, the tab forms a coaster.
    • 本发明涉及一种饮料套筒,其包括第一层,第二层和突片。 第一层包括顶端,底端和侧边缘。 第二层还包括顶端,底端和侧边缘。 第一层的横向边缘被结合到第二层的侧边缘,使得在第一和第二层之间形成袋。 口袋适于容纳插入在第一和第二层的顶端之间的饮料容器。 突片在第一层的底端和第二层的底端之间延伸。 标签包括当饮料容器插入口袋时展开的褶皱。 一旦饮料容器完全插入口袋中,则突片形成过山车。
    • 3. 发明授权
    • Method for connecting several welding devices and corresponding welding device
    • 多种焊接装置与相应焊接装置的连接方法
    • US07041936B2
    • 2006-05-09
    • US10416956
    • 2001-12-06
    • Friedrich OberzaucherMichael Brunner
    • Friedrich OberzaucherMichael Brunner
    • B23K9/10
    • B23K9/0953B23K9/1006B23K9/1062B23K9/1075B23K9/1735
    • The invention relates to a method of linking several current sources, in particular several welding devices (1; 27; 28), plasma current sources or similar. Operating individually and independently of one another, a process control and/or regulating system (4; 31; 32) in every welding device (1; 27; 28) transmits desired values to a voltage-to-current controller of a power component (3; 29; 30). The power component (3; 29; 30) supplies a consumer connected to output jacks (38, 39; 40, 41; 42, 43) with power on the basis of the desired values. For the purposes of the invention, several welding devices (1, 27, 28) of the same and/or a different power rating or having the same and/or different machine specifications, are linked to one another on the secondary-side via the output jacks (38 to 43) to form a welding device (1, 27, 28) with a physically higher power output, whereby the interconnected welding devices (1, 27, 28) are digitally interconnected via a digital interface (44, 45, 46) which is known per se and/or a special digital connecting interface (47, 48, 49) for a data exchange. A process control and/or regulating system (4, 32, 33) of one welding device (1, 27, 28) assumes process control for all the other connected welding devices (1; 27; 28).
    • 本发明涉及一种连接多个电流源,特别是数个焊接装置(1; 27; 28),等离子体电流源或类似物的方法。 每个焊接装置(1; 27; 28)中的过程控制和/或调节系统(4; 31; 32)独立地并且彼此独立地操作,将期望的值发送到功率部件的电压 - 电流控制器 3; 29; 30)。 功率部件(3; 29; 30)根据所需的值提供连接到输出插座(38,39; 40,41,42,43)的消耗电源。 为了本发明的目的,具有相同和/或不同功率额定值或具有相同和/或不同机器规格的几个焊接装置(1,27,28)经由次级侧经由 输出千斤顶(38至43)以形成具有物理上更高功率输出的焊接装置(1,27,28),由此相互连接的焊接装置(1,27,28)经由数字接口(44,45,28)进行数字互连, 46),和/或用于数据交换的专用数字连接接口(47,48,49)。 一个焊接装置(1,27,28)的过程控制和/或调节系统(4,32,33)对所有其他连接的焊接装置(1; 27; 28)采取过程控制。
    • 7. 发明授权
    • Method for transmitting data and/or synchronizing at least two welding devices and device therefor
    • 用于传送数据和/或同步至少两个焊接装置的方法及其装置
    • US07049547B1
    • 2006-05-23
    • US10129154
    • 2000-10-17
    • Michael BrunnerFriedrich Oberzaucher
    • Michael BrunnerFriedrich Oberzaucher
    • B23K9/10
    • B23K9/1062
    • The invention relates to a method of transmitting data between and/or synchronising at least two welding devices (1, 27) or current sources or with another component and another device, which are supplied with energy via a supply network (35), whereby the functions of the welding process are controlled and/or regulated by means of a control system (4, 30) of the welding device (1, 27). The data, signals and welding parameters or synchronisation signals to be transmitted from a welding device (1, 27) or a welding current source or another component and another device, in particular by a processor, a PLC controller, a data module or a computer, etc., are converted by means of a communication unit (36, 37) into a data protocol which is then modulated by a communication unit (36, 37), in particular a modulation module (42, 43), across the supply network (35). The modulated data protocol is demodulated and processed by means of the preferably integrated communication unit (36, 37), in particular by means of a demodulation module (44, 45), of another welding device (1, 27) or a current source or another component or another device, and another data exchange, in particular a two-way data transfer, is optionally run.
    • 本发明涉及一种在至少两个焊接设备(1,27)或电流源之间传输数据和/或同步数据的方法,或者与通过供电网络(35)供应能量的另一个组件和另一个设备同步,其中 通过焊接装置(1,27)的控制系统(4,30)来控制和/或调节焊接过程的功能。 要从焊接装置(1,27)或焊接电流源或另一部件和另一装置(特别是处理器,PLC控制器,数据模块或计算机)传送的数据,信号和焊接参数或同步信号 等等通过通信单元(36,37)转换成数据协议,然后由通信单元(36,37)调制,特别是调制模块(42,43),跨越供应网络 (35)。 调制数据协议通过优选集成通信单元(36,37)被解调和处理,特别是借助于另一个焊接设备(1,27)或电流源的解调模块(44,45),或者 可选地运行另一个组件或另一设备,以及另一数据交换,特别是双向数据传输。