Abstract: An electronic component testing apparatus that tests a DUT (device under test) disposed in a carrier includes: a test head including a socket; and an electronic component handling apparatus that presses the DUT in the carrier against the socket. The socket includes: contactors disposed to correspond to terminals of the DUT that are exposed to the socket via a first opening of the carrier; and a first wall projecting toward the carrier along a pressing direction of the DUT. The electronic component handling apparatus aligns the terminals with the contactors by pressing the DUT against the socket such that a first pressing mechanism of the carrier presses the DUT against the first wall.

Abstract: Provided is a data processing system which includes: a first computer for receiving a processing request for a task processing, executing the processing, and holding data used therein; and a second computer for holding a duplicate of the data held in the first computer, halting the first computer if the first computer is determined to be halted, and receiving and processing the processing request. The first computer receives at least an update request as the processing request including request identification information to which unique numbers assigned to the individual processing requests in an ascending order are allocated, updates the held data, and transmits the update request including the request identification information to the second computer. The second computer stores a transmitted reference request and the update request as the processing requests, and processes the processing requests in an ascending order of the unique numbers included in the individual processing requests.

Abstract: Herein provided are processes for preparing coated printing paper having good print quality by spray coating. Specifically, a coated printing paper is prepared by a process for preparing a coated printing paper having one or more coating layers on at least one side of a base paper, comprising the steps of: preparing a spray coating solution containing a pigment and an binder including a starch, wherein (a) the starch is present at 30-100% by weight of the total amount of the binder, and (b) the Brookfield viscosity measured at 30° C., 100 rpm is 300 mPa·s or less; and applying the coating solution by spray coating to form the outermost coating layer.

Abstract: Stream data is provided for realizing precise calculation processing to keep a constant memory usage of a query including a time-based window, and to take all of input data into consideration. A stream data processing server sections the time-based window into sub-windows each with a smaller width by a query time resolution change unit, and a query processing engine executes the aggregation processing based on the sub-window when receiving the stream data to generate an aggregation tuple, and calculates the calculation result of the query including the time-based window by aggregation processing on the aggregation tuple.

Abstract: It was difficult to examine in which location of which device installation map an icon of a desired network device has been arranged. A link to the device installation map is displayed in correspondence to the network device and the icon indicative of the designated network device is emphasis-displayed.

Abstract: Stream data is provided for realizing precise calculation processing to keep a constant memory usage of a query including a time-based window, and to take all of input data into consideration. A stream data processing server sections the time-based window into sub-windows each with a smaller width by a query time resolution change unit, and a query processing engine executes the aggregation processing based on the sub-window when receiving the stream data to generate an aggregation tuple, and calculates the calculation result of the query including the time-based window by aggregation processing on the aggregation tuple.

Abstract: It was difficult to examine in which location of which device installation map an icon of a desired network device has been arranged. A link to the device installation map is displayed in correspondence to the network device and the icon indicative of the designated network device is emphasis-displayed.

Abstract: Provided is a data processing system which includes: a first computer for receiving a processing request for a task processing, executing the processing, and holding data used therein; and a second computer for holding a duplicate of the data held in the first computer, halting the first computer if the first computer is determined to be halted, and receiving and processing the processing request. The first computer receives at least an update request as the processing request including request identification information to which unique numbers assigned to the individual processing requests in an ascending order are allocated, updates the held data, and transmits the update request including the request identification information to the second computer. The second computer stores a transmitted reference request and the update request as the processing requests, and processes the processing requests in an ascending order of the unique numbers included in the individual processing requests.

Abstract: An inkjet recording medium obtained by forming a coating layer containing a pigment and a binder on the surface of a base material and coating layer is subsequently pressed onto a heated mirror finished surface to dry to form an ink absorbing layer through a cast coating method, wherein pigment contains a colloidal silica that has a primary particle diameter of from 10 nm to 100 nm while the ratio of the secondary particle diameter to primary particle diameter is from 1.5 to 3.0.

Abstract: A network managing method provides a device list with which device information with regard to a plurality of devices is arranged in order and displayed for every device. A type of at least one device information to be displayed in the device list is designated from among a plurality of types of predetermined device information capable of being displayed in the device list. A type of the device information to be used as display criteria is also designated in the case where a plurality of devices are arranged in order in the device list. The device information of the type designated as the display criteria is controlled to be displayed in the device list even if the designated display criteria is not included in the type of information designated for display in the list.

Abstract: The delay of an ongoing configuration change process, which may result from resource insufficiency, is restrained to avoid a great difference between the actual load condition and the load condition predicted before a configuration change, and provide proper service arrangement. A load distribution control device distributes the requests received from client terminals to a plurality of server nodes in order to distribute the load on the server nodes. A configuration change device calculates necessary resource amounts when a configuration change involving a service-start or service-stop is to be made. The load distribution control device references a load management table and allocates necessary amounts of resources to a server node that requires the calculated resource amounts. Subsequently, the configuration change device effects the configuration change.

Abstract: In a management system for managing network devices connected to a network, it is considered to reduce the load of the network and the devices by preserving device information acquired from each device and not acquiring new information from the device for a predetermined period. However, this approach has a problem in that the user cannot know when the displayed information was acquired. In the present invention, when preserving device information, the time of acquisition of the device information is preserved as acquisition-time data, which is displayed within displayed information together with the device information. The above-described probem is thereby solved, and the user can acquire very reliable information.

Abstract: An inkjet recording medium containing an ink absorbing layer the main component of which are fine inorganic particles having an average particle diameter of from 10 nm to 500 nm on a base material and a glossy layer obtained by coating a polymer dispersion over the ink absorbing layer wherein the polymer dispersion is a dispersion of fine, non cross-linked styrene-acrylic type polymer particles obtained by a copolymerization reaction of monomer components containing at least a cationic monomer, (meth)acrylamide, styrene and methyl methacrylate, said glossy layer is formed by having the fine polymer particles in the polymer dispersion present in the ink absorbing layer maintain their particulate shapes.

Abstract: An inkjet recording medium obtained by forming a coating layer containing a pigment and a binder on the surface of a base material and coating layer is subsequently pressed onto a heated mirror finished surface to dry to form an ink absorbing layer through a cast coating method, wherein pigment contains a colloidal silica that has a primary particle diameter of from 10 nm to 100 nm while the ratio of the secondary particle diameter to primary particle diameter is from 1.5 to 3.0.

Abstract: An image communication system can transmit and receive an image via a communication line. The system supplies a self-portrait image from a self-portrait photographing unit and a partner image from a partner photographing unit and displays the self-portrait image on a self-portrait display window and the partner image on a partner display window on the same screen. The system discriminates whether a designated point exists in the self-portrait display window or the partner display window. If the designated point exists in the self-portrait window, self-portrait photographing unit control information is calculated by a self-portrait calculating method and if the designated point exists in the partner display window, partner photographing unit control information is calculated by a partner calculating method.

Abstract: It was difficult to examine in which location of which device installation map an icon of a desired network device has been arranged. A link to the device installation map is displayed in correspondence to the network device and the icon indicative of the designated network device is emphasis-displayed.

Abstract: In a management system for managing network devices connected to a network, it is considered to reduce the load of the network and the devices by preserving device information acquired from each device and not acquiring new information from the device for a predetermined period. However, this approach has a problem in that the user cannot know when the displayed information was acquired. In the present invention, when preserving device information, the time of acquisition of the device information is preserved as acquisition-time data, which is displayed within displayed information together with the device information. The above-described probem is thereby solved, and the user can acquire very reliable information.

Abstract: This disclosure relates to an apparatus which notifies the user of the state of a network device using an e-mail message as needed even when no response is acquired from the network device. A response request command is sent to the network device at a predetermined timing, and the response state of the network device to the response request command is stored. The previous response state is read out from a storage component (S801), and it is checked if a response is received (S802). If a response is received, it is also checked if a response is received in the current process (S803). If no response is received in the current process, an e-mail message indicating that no response is received from the device is generated (S804), and is sent (S807). On the other hand, if a response is returned from the device which returned no response in the previous process (S805), an e-mail message indicating that the device has been recovered is generated (S804), and is sent (S807).

Abstract: A communication system aiming at facilitating a control operation for the photographing state of an image photographing unit is provided. The communication system includes a position designating unit and an area designating unit for designating an arbitrary point and area on an image displayed on an image display unit, a photographing direction control unit, a photographing area control unit, and a focal position control unit respectively for calculating control information for changing the photographing state of a self-portrait photographing unit or a partner portrait photographing unit in accordance with information of a designated point or area, and a control information informing unit for informing the image photographing units of the calculated control information in accordance with the discrimination result of an image photographing unit discriminating unit.

Abstract: An image communication apparatus generates a command, which controls a communication partner to cause a part of the communication partner to move mechanically, to be transmitted through a communication line. The apparatus further prevents the communication partner from operating incorrectly according to the command which is transmitted after a predetermined delay time of the communication line.