摘要:
A registering method in an information processing apparatus having a recording medium in which a resource downloader for downloading a resource which is used for an image forming apparatus has been stored has a device searching step of searching for devices serving as administration targets from a plurality of devices connected to a network; and a display control step of display-controlling the device onto which the resource can be downloaded so that the device can be discriminated in correspondence to each resource to be downloaded among the devices searched by the device searching step.
摘要:
A management server obtains, from an image forming apparatus whose counter type set to be displayed therein is determined to be obtainable, the counter information, specifies a counter type to be assigned in a table of commonly displayed counters specified on the basis of a plurality of counter types set to be displayed in a plurality of image forming apparatuses from the plurality of image forming apparatuses, assigns the counter type in the table of commonly displayed counters, and obtains counter information for the counter type assigned as the commonly displayed counter from an image forming apparatus whose counter type set to be displayed is determined to be unobtainable.
摘要:
The present invention provides a hydrogen absorbing alloy containing a phase of a Gd2CO7 type crystal structure, wherein the phase exists at a ratio of 10 weight % or higher in the entire hydrogen absorbing alloy and yttrium is contained at a ratio of 2 mol % or more and 10 mol % or less in the entire hydrogen absorbing alloy.
摘要翻译:本发明提供一种含有Gd 2 CO 7型晶体结构相的吸氢合金,其中,在整个储氢合金中以相对于10重量%以上的比例存在,相的比例为2摩尔%以上的钇 在整个储氢合金中为10摩尔%以下。
摘要:
An ACT generation unit (208) in an access control apparatus generates an ACT in a form in which the ACT includes function restriction information based on the time period. At this time, in response to an ACT request from a client PC, a list (401) which describes function restriction information based on the time period is referred to based on user information (404) and time information (405) representing the request time. A regular time ACT (410) and overtime ACT (411) are generated in accordance with the request time. By replying the ACT to the client PC, a print job is transferred together with the ACT to a printing apparatus, allowing access control based on the time period.
摘要:
A magnesium alloy sheet processing method wherein a magnesium alloy sheet is rolled at a speed of 180 m/min or more. Particularly, a magnesium alloy sheet processing method, wherein the magnesium alloy sheet is rolled at a speed of 450 m/min or more. A magnesium alloy sheet processing method, wherein a rolling tool which is not heated is used. A magnesium alloy sheet processing method, wherein the temperature of the magnesium alloy sheet immediately before the rolling is in the range of 0° C. to 400° C. A magnesium alloy sheet, wherein the sheet has an average crystal grain of 4 μm or less, and does not internally include any unbonded interface in parallel with a direction of rolling. A magnesium alloy sheet, wherein the sheet has an average grain size of 4 μm or less, and has an internal grain boundary formed by a clean grain boundary.
摘要:
When a drawn object displayed on a screen is selected in an image processing system of the present invention, a selection frame and an operation area for performing a particular operation on the drawn object are displayed. When a center of the drawn object is designated with a pointing device and dragged, the center is moved to a dragged position. When a line segment, connecting the center with a predetermined point on the selection frame, is designated with a pointing device and dragged, the selected drawn object is rotated for a dragged amount. Enlargement or reduction in the lateral or longitudinal directions, or skewing are similarly performed. When an operation area corresponding to each operation is designated, editing processing corresponding to the designated operation area is performed on the object of interest.
摘要:
The calcium-aluminum system hydrogen absorbing alloy of the present invention is an alloy which is composed of a mixture P of Ca with Mg and an Al base alloy Q, has a molar ratio P:Q of 1:1.5 to 2.8 and shows a Laves phase with the C15-type structure as the fundamental structure thereof.
摘要:
Disclosed are a hydrogen-occluding alloy electrode comprising an alloy powder wherein the alloy comprises a Ti--V solid solution mother phase and a secondary phase predominantly containing a Ti--Ni phase or an AB.sub.2 Laves phase in which the secondary phase forms a three-dimensional reticulate skeleton in the alloy; said hydrogen-occluding alloy powder surface-treated with hydrofluoric acid to provide a titanium hydride surface and surface-coated with at least one metal of Ni, Cu and Co.
摘要:
A method for driving a gas discharge display panel consists of the steps of applying a writing pulse on a specific display electrode line selected from display electrode lines arranged side by side in the panel, applying a scanning pulse on a specific scanning electrode line selected from scanning electrode lines which are arranged side by side and cross the display electrode lines to produce writing gas discharge in cooperation with the writing pulse in a specific discharge cell arranged at an intersection space between the specific display electrode and the specific scanning electrode line, and applying a series of maintaining pulses subsequent to the scanning pulse on the specific scanning electrode during only a maintaining period to produce maintaining gas discharge subsequent to the writing gas discharge in the specific discharge cell, the maintaining gas discharge being intermittently produced in synchronism with the maintaining pulses. The scanning pulse is applied in synchronism with the writing pulse. The maintaining gas discharge is stopped without applying any pulse after the maintaining period passes.
摘要:
A method for driving a gas discharge display panel consists of the steps of applying a writing pulse on a specific display electrode line selected from display electrode lines arranged side by side in the panel, applying a scanning pulse on a specific scanning electrode line selected from scanning electrode lines which are arranged side by side and cross the display electrode lines to produce writing gas discharge in cooperation with the writing pulse in a specific discharge cell arranged at an intersection space between the specific display electrode and the specific scanning electrode line, and applying a series of maintaining pulses subsequent to the scanning pulse on the specific scanning electrode during only a maintaining period to produce maintaining gas discharge subsequent to the writing gas discharge in the specific discharge cell, the maintaining gas discharge being intermittently produced in synchronism with the maintaining pulses. The scanning pulse is applied in synchronism with the writing pulse. The maintaining gas discharge is stopped without applying any pulse after the maintaining period passes.