Abstract: An object of the present invention is to provide an ultraviolet light irradiation system and an ultraviolet light irradiation method which can perceive a state of a region where ultraviolet light is irradiated to output/block the ultraviolet light. An ultraviolet light irradiation system 301 according to the present invention includes an ultraviolet light source unit 11 that produces ultraviolet light, an N (N is a natural number) irradiation unit 13 that irradiates an irradiation target region Ar with the ultraviolet light, a sensor unit 31 that detects whether or not an object that should avoid exposure is present in the irradiation target region Ar, and a blocking unit 30 that stops, in a case where the object that should avoid exposure is present in the irradiation target region Ar, irradiation of the ultraviolet light from the irradiation unit 13 to the irradiation target region Ar.

Abstract: Disclosed herein is an apparatus that includes a plurality of cell capacitors arranged in a memory cell array region of a semiconductor substrate, each of the plurality of cell capacitors having a first electrode, a second electrode and an insulating film therebetween to electrically disconnect the first and second electrodes, a first conductive member including the plurality of cell capacitors therein, the first conductive member being electrically connected in common to the first electrodes of the plurality of cell capacitors, and a second conductive member formed on an upper surface of the first conductive member, a material of the second conductive member being different from that of the first conductive member. A side surface of the first conductive member is free from the second conductive member.

Abstract: Some embodiments include a method of patterning a target material. An assembly is provided which has a masking material over the target material. First lines are formed over the assembly. The first lines extend along a first direction and are laterally spaced from one another by first spaces. Second lines are formed over the first lines. The second lines extend along a second direction which crosses the first direction, and are laterally spaced from one another by second spaces. The second lines cross the first lines at first crossing regions. The second spaces cross the first spaces at second crossing regions. A pattern includes the first and second crossing regions. The pattern is transferred into the masking material to form holes in the masking material in locations directly under the first and second crossing regions. The holes are extended into the target material.

Abstract: Some embodiments include a method of patterning a target material. An assembly is provided which has a masking material over the target material. First lines are formed over the assembly. The first lines extend along a first direction and are laterally spaced from one another by first spaces. Second lines are formed over the first lines. The second lines extend along a second direction which crosses the first direction, and are laterally spaced from one another by second spaces. The second lines cross the first lines at first crossing regions. The second spaces cross the first spaces at second crossing regions. A pattern includes the first and second crossing regions. The pattern is transferred into the masking material to form holes in the masking material in locations directly under the first and second crossing regions. The holes are extended into the target material.

Abstract: A drawing software causes a computer to function as a wizard control unit and a highlighting-shift control unit. The wizard control unit stores, in a storage unit, function-dependency relation data that indicates the setting order of a plurality of sub-functions included in a function of a programmable display device, stores, in the storage unit, setting-item dependency relation data that indicates the setting order of respective setting items on a setting screen of a sub-function, displays, on a display unit, a list of a plurality of sub-functions having assigned numbers based on the function-dependency relation data, and displays, on the display unit, a setting screen of a sub-function selected from among the displayed list of the sub-functions. The highlighting-shift control unit sequentially highlights respective setting items on the setting screen of the sub-function on the basis of the setting-item dependency relation data.

Abstract: A project-data creation apparatus includes a project-data decomposing unit decomposing project data being created into resources, a resource-data managing unit generating index information for resource management and causing a data storing unit to store actual data of resources, a screen configuring unit creating blocks in the project data being created and generating screen configuration information defining a transition relation between screens included in the project data being created and the blocks, an import-data decomposing unit decomposing data to be imported into blocks into resources, a consistency checking unit determining whether redundancy among resources occurs when data is imported, and an import-data integrating unit that, when redundancy among resources does not occur, rebuilds the screen configuration information and causes the data storing unit to store the actual data of the resources of the imported data.

Abstract: A screen data generating apparatus for a programmable display device includes a graphic-information recording unit in which keywords are stored, a first data recording unit that records therein setting information of screen data in association with the keywords, a second data recording unit that records therein determination reference data indicating a level of difficulty set in each operation regarding graphic software and user data, an information searching unit that searches for the setting information associated with the keyword matching a word input, a characteristic determination unit that determines a learning level and preferences of a user based on the determination reference data and the user data, a control unit that assigns a rank to the setting information based on a determination result of the characteristic determination unit, and an information presenting unit that displays the setting information to which a rank is assigned on a display unit.

Abstract: An engine control device with a reverse control function including: reverse control means for performing reverse control including a process of excessively advancing an ignition position of an engine for reversing a rotational direction of the engine when a reverse switch is operated; and a light emitting display device that displays that the reverse control is performed, wherein the reverse control means further includes light emitting display device blinking means for blinking the light emitting display device when the reverse switch is once operated, and operating error preventing means for starting the reverse control when the reverse switch is again operated within a set time after the one operation of the reverse switch, and stopping the reverse control when the reverse switch is not again operated within the set time after the one operation of the reverse switch.

Abstract: An engine control device with a reverse control function including: reverse control means for performing reverse control including a process of excessively advancing an ignition position of an engine for reversing a rotational direction of the engine when a reverse switch is operated; and a light emitting display device that displays that the reverse control is performed, wherein the reverse control means further includes light emitting display device blinking means for blinking the light emitting display device when the reverse switch is once operated, and operating error preventing means for starting the reverse control when the reverse switch is again operated within a set time after the one operation of the reverse switch, and stopping the reverse control when the reverse switch is not again operated within the set time after the one operation of the reverse switch.

Abstract: A control system for a reversible internal combustion engine comprising an AC magneto generator to generate an AC output voltage and a signal generator to generate pulse signals of polarity different from each other with a relation between the phases of the AC output and the pulse signals set so that the half waves of the output voltage having the same polarity when the two pulse signals of different polarities are generated whereby the rotational direction of the engine is judged from the polarity of the half wave of the output voltage of the magneto generator when the signal generator generates the pulse signal of either polarity and the engine is ignited at the low speed ignition position after it is confirmed that the rotational direction of the engine is reversed.