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    • 3. 发明申请
    • RANDOM INTERVAL INVENTORY SYSTEM
    • 随机间隔库存系统
    • WO1998000945A2
    • 1998-01-08
    • PCT/US1997010657
    • 1997-06-19
    • NORTHROP GRUMMAN CORPORATION
    • NORTHROP GRUMMAN CORPORATIONGUTHRIE, Warren, E.GORHAM, Kenneth, D.
    • H04L00/00
    • H04Q9/00G01D4/004G06K7/0008G06K7/10059G06K7/10356G06K17/0022G06K19/0716G06K2017/0045G06K2017/0051G06Q10/087G08C17/02Y02B90/242Y04S20/322
    • A method for accounting for individual ones of a plurality of items based upon random time that occur as a function of a first specified time interval, and a random interval inventory system that operates in accordance with the method. The method includes a first step of transmitting information signals based upon random times from individual ones of a plurality of tags (5a1-5xx) to at least one master transceiver and at least one transceiver (4a-4n). The individual tags (5a1-5xx) are affixed to respective individual ones of a plurality of items. The information signals transmitted from each tag (5a1-5xx) correspond at least to the respective item to which the tag (5a1-5xx) is affixed. The random times occur as a function of a first specified time interval. For a case wherein the information signals are transmitted to the at least one remote transceiver, each at least one remote transceiver (4a-4n) receives information signals from at least one of the tags (4a-4n), and in response to receiving each information signal, relays the signal to the master transceiver (3). In response to the master transceiver (3) receiving an information signal, a next step includes supplying the signal to an associated confirmation device (2). Within the confirmation device (2), in response to receiving an information signal from the master transceiver (3), a next step includes confirming that the item corresponding to the information signal is accounted for.
    • 一种用于基于作为第一指定时间间隔的函数而发生的随机时间来计算多个项目中的个体项目的方法,以及根据该方法操作的随机间隔库存系统。 该方法包括:第一步骤,基于随机时间将信息信号从多个标签(5a1-5xx)中的各个标签发送到至少一个主收发器和至少一个收发器(4a-4n)。 各个标签(5a1-5xx)被固定到多个项目中的各个标签。 从每个标签(5a1-5xx)发送的信息信号至少对应于标签(5a1-5xx)附加到的各个项目。 随机时间作为第一指定时间间隔的函数发生。 对于其中信息信号被发送到至少一个远程收发器的情况,每个至少一个远程收发器(4a-4n)从至少一个标签(4a-4n)接收信息信号,并且响应于接收每个 信息信号,将信号中继到主收发器(3)。 响应于主收发器(3)接收信息信号,下一步骤包括将信号提供给相关联的确认装置(2)。 在确认装置(2)内,响应于从主收发器(3)接收到信息信号,下一步包括确认对应于信息信号的项目。
    • 5. 发明申请
    • APPLICATION USER INTERFACE REDIRECTOR
    • 应用用户界面重定向器
    • WO1997028623A2
    • 1997-08-07
    • PCT/IL1997000022
    • 1997-01-15
    • MENTA SOFTWARE LTD.GOLAN, GiladZANGVIL, AvnerZANGVIL, Arnon
    • MENTA SOFTWARE LTD.
    • H04L00/00
    • G06F9/542G06F9/451G06F9/547H04L29/06H04L67/40H04L67/42H04Q2213/13003H04Q2213/1305H04Q2213/13106H04Q2213/13152H04Q2213/13204
    • A novel application user interface redirector is disclosed that operates to extend an operating system, like Windows 95 or Windows NT, to allow applications to be used on one machine while actually executing on another machine. Most elements of the application execute on the server while the user interface elements of the application execute on the client. The result is that applications perform most operations, including input/output (I/O) intensive and CPU intensive operations, on the server but interact with the user on the local machine like any local application would. Multi-user capabilities are extended to support execution of applications, supporting multiple concurrent remote users. Utilizing the present invention, applications can execute on mixed architectures. Performance is further improved by providing a user interface skeleton or virtual user interface that locally generates the calls to the callback functions of the application. Any callback function return values are passed to the client. This improves the performance of the application user interface redirector over slow connections such as modems over dial up lines.
    • 公开了一种新颖的应用程序用户界面重定向器,用于扩展诸如Windows 95或Windows NT的操作系统,以允许在一台机器上使用应用程序,而在另一台机器上实际执行。 应用程序的大多数元素在服务器上执行,同时应用程序的用户界面元素在客户端上执行。 结果是,应用程序在服务器上执行大多数操作,包括输入/​​输出(I / O)密集型和CPU密集型操作,但与本地机器上的用户进行交互,就像任何本地应用程序一样。 扩展多用户功能以支持应用程序的执行,支持多个并发远程用户。 利用本发明,应用可以在混合架构上执行。 通过提供本地生成对应用程序的回调函数的调用的用户界面框架或虚拟用户界面,进一步改进了性能。 任何回调函数返回值都传递给客户机。 这通过拨号线在慢速连接(如调制解调器)上提高了应用程序用户界面重定向器的性能。
    • 7. 发明申请
    • INFRARED LASER DIODE WIRELESS LOCAL AREA NETWORK
    • 红外激光二极管无线本地区网络
    • WO1996011539A2
    • 1996-04-18
    • PCT/US1995013301
    • 1995-10-04
    • SDL, INC.
    • SDL, INC.SCIFRES, Donald, R.
    • H04L00/00
    • H04B10/1149H04W84/12
    • An infrared laser diode wireless local area network for communication between spatially dispersed terminals (22, 30, 40; 56, 58, 60, 62) such as computers which may be located in a single room (20) or in adjacent rooms (50, 52, 64). The lasers (90, 120, 140, 157) may be tuned to emit at varying frequencies for wavelength multiplexing, or a plurality of lasers (138) each having a different output frequency can be connected with each terminal. A receiver (26, 34, 44; 72, 80, 76, 84) connected to each terminal may similarly detect only a single narrow waveband or may detect a plurality of such wavebands. A transceiver (68, 70) may be employed for signal transmission between separate rooms. High speed data modulation of the carrier waves is provided with MOPA (90) or similar lasers, and broad angular dispersion of the output is achieved by such lasers along with dispersive lenses (132).
    • 一种用于在空间分散的终端(22,30,40; 56,58,60,62)之间进行通信的红外激光二极管无线局域网,诸如可以位于单个房间(20)或相邻房间(50, 52,64)。 可以将激光器(90,120,140,​​157)调谐为以波长多路复用的变化频率发射,或者可以与每个终端连接每个具有不同输出频率的多个激光器(138)。 连接到每个终端的接收器(26,34,44,72,80,96,84)可以类似地仅检测单个窄波段或者可以检测多个这样的波段。 可以采用收发器(68,70)来在分开的房间之间进行信号传输。 载波的高速数据调制具有MOPA(90)或类似的激光器,并且通过这种激光器与色散透镜(132)一起实现了输出的宽角度色散。
    • 9. 发明申请
    • A SPREAD-SPECTRUM BASED CELLULAR MOBILE RADIO SYSTEM, AND A CONTROL ARRANGEMENT, A RADIO BASE STATION, AND A MOBILE RADIO STATION
    • 基于传播频谱的蜂窝移动无线电系统和控制装置,无线电基站和移动无线电台
    • WO1995026598A2
    • 1995-10-05
    • PCT/IB1995000147
    • 1995-03-09
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN ABPHILIPS PATENTVERWALTUNG GMBH
    • PHILIPS ELECTRONICS N.V.PHILIPS NORDEN ABPHILIPS PATENTVERWALTUNG GMBHDUQUE-ANTON, Jesus-ManuelKUNZ, DietmarRÜBER, Bernhard, JakobULLRICH, Meinhard, Dieter
    • H04L00/00
    • H04W16/06
    • Known are spread-spectrum based cellular mobile radio systems (1). Due to interference from calls in neighbouring radio zones (j') with respect to given radio zones (j), too much traffic per radio zone (Z1, Z2) could easily lead to system overload to the effect that the quality of calls becomes unacceptable. It is proposed to overcome this problem by resolving average mutual interferences (I (j)av, I (j)av) between radio zones (j, j') from a total interference experienced in a radio zone (j), using statistical methods. First, interference measurements are carried out in the radio zones (Z1, Z2), and data is transmitted to a central control arrangement (CA) which resolves the average mutual interferences. Then, these average mutual interferences (I (j)av, I (j)av) are used in an optimization process for acquiring access control parameters (x) for controlling traffic per radio zone (Z1, Z2). In the optimizing process various objective functions may be applied so as to fulfil system operator demands. Thus, system overload is avoided, and further, a flexible tool is provided for satisfying operator demands.
    • 已知是基于扩频的蜂窝移动无线电系统(1)。 由于来自相邻无线电区域(j)的相邻无线电区域(j')中的呼叫的干扰,每个无线电区域(Z1,Z2)的太多业务可能容易导致系统过载,使得呼叫质量变得不可接受 。 提出通过解决无线电区域(j,j')中的无线电区域(j,j')之间的平均相互干扰(I(j)av,I d(j)av) j),使用统计方法。 首先,在无线电区域(Z1,Z2)中执行干扰测量,并且将数据传送到解决平均相互干扰的中央控制装置(CA)。 然后,在用于获取用于控制每个无线电区域(Z1,Z2)的业务的访问控制参数(x))的优化处理中使用这些平均相互干扰(I(j)av,I d(j)av) 。 在优化过程中,可以应用各种目标函数,以满足系统操作者的需求。 因此,避免了系统过载,此外,提供了一种灵活的工具来满足操作人员的需求。
    • 10. 发明申请
    • SYNCHRONIZATION OF A CLIENT AND A SERVER IN A PREFETCHING RESOURCE ALLOCATION SYSTEM
    • 客户和服务器在预选资源分配系统中的同步化
    • WO1998056132A2
    • 1998-12-10
    • PCT/US1998011572
    • 1998-06-05
    • MICROSOFT CORPORATION
    • MICROSOFT CORPORATIONPAL, Shankar
    • H04L00/00
    • G06F9/5011G06F9/5016G06F9/5022Y10S707/99933Y10S707/99938Y10S707/99952Y10S707/99953
    • A prefetching resource allocation system is provided. Although performance improvements are realized through the use of prefetching, the use of prefetching introduces a problem where the client and the server may become unsynchronized with respect to their understanding of whether a resource is allocated. The improved resource allocation system prevents this synchronization problem from occurring by maintaining a counter for the client as well as a counter for the server. Each time that the server allocates a resource to the client, the server increments its counter. Similarly, each time that the client receives an indication that the resource has been allocated on its behalf, the client increments its counter. When the client requests the deallocation of a resource, it provides the current value of its counter. Hence, upon receiving a deallocation request, the server determines if the client's counter value received in the deallocation request is less than the server's counter value. If this condition is true, the synchronization problem has been detected because the resource has been allocated to the client while the deallocation request was in transit to the client. Under these circumstances, the improved resource allocation system ignores the deallocation request so that the client and server do not become unsynchronized.
    • 提供预取资源分配系统。 虽然通过使用预取来实现性能改进,但是使用预取引入了一个问题,即客户端和服务器可能会因为对资源是否被分配的理解而变得不同步。 改进的资源分配系统通过维护客户端的计数器以及服务器的计数器来防止发生同步问题。 每当服务器向客户端分配资源时,服务器会增加其计数器。 类似地,每当客户机接收到代表资源被分配的指示时,客户端递增其计数器。 当客户端请求资源的释放时,它提供其计数器的当前值。 因此,在接收到解除分配请求时,服务器确定在解除分配请求中接收的客户端计数器值是否小于服务器的计数器值。 如果此条件为真,则检测到同步问题,因为资源已分配给客户端,而解除分配请求正在传输到客户端。 在这种情况下,改进后的资源分配系统将忽略释放请求,以使客户端和服务器不会成为不同步的。