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    • 3. 发明申请
    • A SYSTEM FOR DISPENSING OF GARMENTS
    • 用于配送服装的系统
    • WO2006032972A1
    • 2006-03-30
    • PCT/IB2005/002767
    • 2005-09-19
    • S. BERENDSEN ABANDREASEN, PeterERIKSSON, Joakim
    • ANDREASEN, PeterERIKSSON, Joakim
    • G06K17/00
    • G06K19/07758G06K17/00G06K2017/0051G06K2017/0074
    • The present invention relates to a system for dispensing of at least one specific clean garment requested by a user. Said system comprises a loading unit (2), wherein the garments are loaded onto at least one stock conveyor at a predetermined position of the stock conveyor (3), a reading unit (4), which is adapted to read a RFID transponder, preferably being incorporated in the garments. The system further comprises a control unit (5), which is adapted to control the location of the specific garments on the stock conveyor at a specific time, a display unit (6), wherein the user is requesting the garments and which is adapted to communicate with the control unit, and a dispensing unit (7), wherein the requested garments are dispensed to the user. The system comprises also a delivery conveyor (8), which is arranged between the stock conveyor and the dispensing unit.
    • 本发明涉及一种用于分配用户要求的至少一种特定清洁衣服的系统。 所述系统包括装载单元(2),其中,所述服装被装载到所述原料输送机(3)的预定位置处的至少一个原料输送机上,读取单元(4)适于读取RFID应答器 被纳入服装。 该系统还包括控制单元(5),该控制单元(5)适于在特定时间控制特定服装在原料输送机上的位置,显示单元(6),其中用户正在请求服装,并且适于 与控制单元通信,以及分配单元(7),其中所请求的服装被分配给用户。 该系统还包括布置在原料输送机和分配单元之间的输送输送机(8)。
    • 4. 发明申请
    • FUNCTION CONTROL DEVICE FOR MACHINES
    • 机器功能控制装置
    • WO1990004670A1
    • 1990-05-03
    • PCT/SE1989000576
    • 1989-10-19
    • A C G NYSTRÖMERIKSSON, Joakim
    • A C G NYSTRÖM
    • D05B69/14
    • G05B19/108D05B69/18G05B19/075
    • A functional control device (1), designed to be used in primarily textile machines (20), in which the speed must be varied in a simple fashion. Its function involves a conversion of a pressure of a gaseous or liquid medium to a code, which is adapted to the machine. When speed control means, having plates (2, 3), designed to be depressed, e.g. in a sewing machine (20), are used, one of the pedals corresponds to a forward depressing movement and the other a backward depressing movement. When a nozzle (4) is used, said functions can also be provided. The so-called forward depressing movement comprises a presser foot downwards and 12 speed steps, from zero to a maximum rotational speed, which can be as high as 400-9,000 rev./min. A backward depressing movement comprises a presser foot as well as a cutting/controlling function. The function of the pressure error interface can be varied in a simple way, for various types of machine control means, and for varying pressure sensitivities. The output signals can be changed in a simple manner.
    • 功能性控制装置(1),设计用于主要纺织机械(20),其中速度必须以简单的方式变化。 其功能包括将气体或液体介质的压力转换成适用于机器的代码。 当速度控制装置具有设计成被压下的板(2,3)时,例如, 在缝纫机(20)中,其中一个踏板对应于前进的按压运动,另一个是向后按压的运动。 当使用喷嘴(4)时,还可以提供所述功能。 所谓的向前按压运动包括从0到最大转速的压脚向下和12个速度级,可以高达400-9,000转/分。 后退运动包括压脚以及切割/控制功能。 压力误差界面的功能可以以简单的方式进行变化,对于各种类型的机器控制装置,并且可以改变压力敏感度。 可以简单的方式改变输出信号。
    • 5. 发明申请
    • ADAPTIVE ANTENNA MATCHING
    • 自适应天线匹配
    • WO2009033510A1
    • 2009-03-19
    • PCT/EP2007/064027
    • 2007-12-17
    • SONY ERICSSON MOBILE COMMUNICATIONS ABJÖRGENSEN, FilipERIKSSON, Joakim
    • JÖRGENSEN, FilipERIKSSON, Joakim
    • H04B1/18H04B1/38H01Q1/24
    • H01Q1/243
    • The present invention relates to a portable communication device and a method of controlling the matching of an antenna in such a portable communication device. The device includes an antenna (18), a radio circuit (26) feeding the antenna (18) with a radio frequency signal, a first matching network (24) comprising a number of network components (31, 32) and provided in a signal path between the antenna (18) and the radio circuit (26), a control unit (28) and a detector (30) detecting the electromagnetic field radiated by the antenna (18). The control unit (28) controls the matching of the antenna (18) through influencing the matching network (24) and/or the antenna (18) based on the detected field. In this way the antenna performance may be improved, for instance in relation to different use cases.
    • 本发明涉及便携式通信装置和控制这种便携式通信装置中的天线的匹配的方法。 该装置包括天线(18),向天线(18)馈送射频信号的无线电电路(26),包括多个网络组件(31,32)的第一匹配网络(24),并且以信号 天线(18)和无线电电路(26)之间的路径,控制单元(28)和检测由天线(18)辐射的电磁场的检测器(30)。 控制单元(28)通过基于检测到的场来影响匹配网络(24)和/或天线(18)来控制天线(18)的匹配。 以这种方式,可以改善天线性能,例如关于不同的使用情况。
    • 8. 发明申请
    • ARRANGEMENT IN OVERHEAD CONVEYOR
    • OVERHEAD输送机的安装
    • WO1998016448A1
    • 1998-04-23
    • PCT/SE1997001725
    • 1997-10-15
    • S. BERENDSEN ABGEDDA, MartinERIKSSON, Joakim
    • S. BERENDSEN AB
    • B65G17/38
    • B65G17/385B65G17/20B65G21/22B65G2201/02B65G2201/0229
    • An arrangement in an overhead conveyor, which has a chain part (1), a guide part (2), and load carriers (9) connected or connectible to the chain part. The chain part is formed of a plurality of rotationally symmetrical driver bodies (3A) arranged in a row and flexible connecting means (4) interconnecting the driver bodies. The guide part is formed of a substantially U-shaped section opening upwards, through the groove (2) of which the chain part is adapted to travel and be guided by inwardly directed sliding surfaces (5', 6') formed of slide elements (5, 6), slide elements (6) also being arranged on the tops of the U section legs (7a, 7b), the load carrier resting with an arm (11) against one of said tops. A second arm (13) of the load carrier extends outside the leg (7b) of the U section for connecting a load. The load carrier (9) engages the driver body in such a manner as to on the one hand rotatably support the driver body or the connecting means (4) in positions adjacent to the driver body (3A) about the rotational symmetry axis thereof extending in the longitudinal direction of the guide part (2) and, on the other hand, lock the driver body against the movement in the transverse direction of the guide part (2).
    • 架空输送机中的一种布置,其具有连接或连接到链条部分的链条部件(1),引导部件(2)和负载托架(9)。 链条部分由排列成一列的多个旋转对称的驱动体(3A)和互连驱动体的柔性连接装置(4)形成。 引导部分由向上开口的大致U形部分形成,通过该凹槽(2),链条部分适于行进并被由滑动元件形成的向内指向的滑动表面(5',6')引导 5,6),滑动元件(6)也布置在U形部分腿部(7a,7b)的顶部上,所述负载承载件用臂(11)抵靠在所述顶部之一上。 负载托架的第二臂(13)延伸到U部分的腿部(7b)的外部,用于连接负载。 负载载体(9)以这样的方式接合驱动器主体,即一方面可将驱动器主体或连接装置(4)围绕其旋转对称轴线可旋转地支撑在与驱动器主体(3A)相邻的位置 导向部分(2)的纵向方向,另一方面,锁定驾驶员身体抵抗引导部分(2)的横向移动。