Abstract: A time chart creation apparatus for providing control data to a machine control system controlling an operation conversion apparatus includes circuitry which receives an input of a travel distance of a mechanical element of the operation conversion apparatus, receives an input of one or more of an acceleration time, a deceleration time, an acceleration rate and a deceleration rate of the mechanical element of the operation conversion apparatus, calculates a time chart based on the travel distance and one or more of the acceleration time, the deceleration time, the acceleration rate and the deceleration rate such that the time chart includes a velocity transition of the mechanical element of the operation conversion apparatus, and outputs the control data to the machine control system, which controls the mechanical element of the operation conversion apparatus based on the time chart represented in the control data.

Abstract: A device control system includes a controller to control a device including a motor drive shaft. An operation terminal is communicably coupled to the controller. An external instruction synchronized drive command device notifies the controller of a drive command for external instruction synchronized drive of the motor drive shaft. A periodic communication device communicates with the controller at a predetermined period at least during the external instruction synchronized drive. An external instruction synchronized drive execution device executes the external instruction synchronized drive based on the drive command. The external instruction synchronized operation execution stopping device monitors communication from the periodic communication device at least during the external instruction synchronized drive, and stops the external instruction synchronized drive when the communication is interrupted.

Abstract: A controller that controls a device on the basis of a time chart, which controls a servo axis on the basis of a velocity chart that plots a velocity of the servo axis and/or a position chart that plots a position of the servo axis, with respect to a time axis; executes return operation for returning the servo axis to an initial position set in the time chart in advance after operation described in the time chart has been executed; and executes regress operation for regressing to a start point of the time chart, and repetitively executing the time chart after the return operation has been completed.

Abstract: According to one embodiment, a paper sheet processing apparatus includes a supply unit, a pick-up mechanism, an inspection device, a stacking device, and a wrapping device configured to wind a band around a stacked paper sheet bundle and wrap the stacked paper sheet bundle. The wrapping device includes a clamp mechanism configured to curve the stacked paper sheet bundle by pressing both side portions of the stacked paper sheet bundle, a band winding device configured to wind a wrapper band around the curved stacked paper sheet bundle, and a heater configured to heat-seal an end of the wrapper band. The clamp mechanism includes a press member configured to adjust a degree of curvature of the stacked paper sheet bundle.

Abstract: Provided is a machine control program generation device for generating a machine control program to be executed on a controller for controlling a machine component, including: a connected device selector for selecting a connected device to be connected to the controller; and a connector identifier assignor for assigning, when the connected device selector selects the connected device, a new connector identifier for identifying a connector for connecting the controller and the selected connected device to each other to the selected connected device.

Abstract: A polymer electrolyte composition comprising a component (A) defined below, and at least one kind of a component (B) selected from the group consisting of a component (B1) defined below and a component (B2) defined below: (A) a polymer electrolyte; (B1) a compound having a degree of affinity for platinum of 10% or more; and (B2) a compound having at least two kinds of atoms having an unshared electron pair, selected from the group consisting of a nitrogen atom, a phosphorus atom, and a sulfur atom in the molecule.

Abstract: A small switch having a liquid crystal display includes an operation button; a liquid crystal display device having a liquid crystal panel for displaying information including characters and/or pictures on the operation button and a printed circuit board on which an IC chip, which serves as a driver circuit for the liquid crystal panel, is mounted, the liquid crystal display device being housed in the operation button; a switch body including a contact mechanism for opening and closing an electrical path by vertically moving the operation button; and backlight sources having different colors. The liquid crystal panel is an antiferroelectric liquid crystal panel. The backlight sources are sequentially turned on at high speed below the antiferroelectric liquid crystal panel, and liquid crystal screens having different display contents for every color are displayed in synchronization with the turning on of the backlight sources to achieve multicolor display.

Abstract: A battery storage case including a main body and a lid portion. In one embodiment, the case includes first and second projection trains formed on the main body and a third projection train formed on the lid portion, wherein the third projection train is adapted to engage one of the first projection train and the second projection train. In one embodiment, a through-hole is formed through a head portion of the lid portion.

Abstract: A small switch having a liquid crystal display includes an operation button; a liquid crystal display device having a liquid crystal panel for displaying information including characters and/or pictures on the operation button and a printed circuit board on which an IC chip, which serves as a driver circuit for the liquid crystal panel, is mounted, the liquid crystal display device being housed in the operation button; a switch body including a contact mechanism for opening and closing an electrical path by vertically moving the operation button; and backlight sources having different colors. The liquid crystal panel is an antiferroelectric liquid crystal panel. The backlight sources are sequentially turned on at high speed below the antiferroelectric liquid crystal panel, and liquid crystal screens having different display contents for every color are displayed in synchronization with the turning on of the backlight sources to achieve multicolor display.

Abstract: A battery storage case including a main body having a body portion, an opening portion of one end of the body portion and a bottom surface portion of the other end of the body portion and a lid portion having a body portion, an opening portion of one end of the body portion and a head portion of the other end of the body portion wherein projection trains are provided on the outer surface of the body portion of the main body, projection trains are provided on the inner surface of the body portion of the lid portion so as to be engaged with the projection trains of the main body, the head portion of the lid portion has a through-hole bored therein, a circumference portion of one opening portion of the through-hole is shaped like a concave portion and a part of the circumference of the through-hole is shaped like a cylindrical portion A battery storage case can be used to display batteries stored therein for sale and to carry them as spare batteries by a user.

Abstract: Dielectric-barrier discharge lamp light source equipment having a plurality of dielectric-barrier discharge lamps (B), each of which has a discharge plasma space (G) filled with a discharge gas in which a dielectric-barrier discharge will produce excimer molecules and a dielectric (D) located between the discharge gas and at least one of two electrodes (E) to induce the discharge phenomenon in the discharge gas, and also a power supply to impress a high voltage on the electrodes (E) of the dielectric-barrier discharge lamps, in which the power supply means is divided into a single power supply front stage (M) and multiple power supply back stages (S), one for each of the dielectric-barrier discharge lamps (B), with the power supply front stage (M) providing a common direct current power supply voltage (1) to each of the power supply back stages (S) and each of the power supply back stages (S) transforming the direct current power supply voltage (1) to an alternating current high voltage (H) of roughly periodi

Abstract: To provide dielectric-barrier discharge lamp light source equipment that can produce eximer molecules efficiently and operate efficiently as a vacuum ultraviolet radiation source a dielectric-barrier discharge lamp 1 is lit by impressing high-frequency, alternating current voltage from a power supply 8 that comprises a transformer and a high-frequency power supply of the bridge, push-pull or fly-back type. At that time, the voltage is impressed so that after passing the point in time when the voltage value to start a dielectric-barrier discharge is reached, there is period of less than 3 &mgr;s from the largest voltage value to the next largest voltage value. It is also possible to impress the voltage on the dielectric-barrier discharge lamp 1 for a period of less than 2.1 &mgr;s from the voltage value at which the dielectric-barrier discharge commences until the maximum voltage value in the next round of voltage impression.

Abstract: A dielectric-barrier discharge lamp light source with a dielectric-barrier discharge lamp, the light source including a discharge plasma space filled with a discharge gas in which excimer molecules are formed by dielectric-barrier discharge, two electrodes adapted to induce a discharge phenomenon in the discharge gas, at least one of the two electrodes being separated from the discharge gas by a dielectric, and a power supply for impressing a substantially cyclical, high-voltage alternating current on the two electrodes of the dielectric-barrier discharge lamp in a manner that when the power supply completes a discharge in the dielectric-barrier discharge lamp and the voltage impressed on the dielectric-barrier discharge lamp changes for a subsequent discharge, there is a period of gradual change in a lamp voltage waveform (Vs(t)) before reaching a voltage required for beginning of the subsequent discharge, wherein subsequent to the period of gradual change, the voltage impressed on the dielectric-barrier dis

Abstract: A feed device (7), via a set-up transformer (8), applies a high voltage with an essentially periodic waveform to a dielectric barrier discharge lamp (1), and the condition Vy/Vx≦1.

Abstract: A tape cassette having such a structure that a pattern is printed on a surface of a transparent or semi-transparent cassette housing, a scale display portion which becomes a yardstick for a remaining volume for a tape is formed on the lowest layer of this pattern printing portion and this scale display portion can penetratingly be seen from a surface of an opposite side of the cassette housing.

Abstract: To maintain the relative positional relationship between an inner tube and an inner electrode of a dielectric barrier discharge tube having a roughly cylindrical, double tube arrangement of an outer tube coaxially arranged about an inner tube with a discharge space defined therebetween, an outer electrode on an outer surface of the outer tube, an inner electrode on an inner surface of the inner tube, and a discharge gas which forms excimer molecules by a dielectric barrier discharge filling said discharge space, despite repeated expansion and contraction of the inner electrode due to the dielectric barrier discharge lamp being repeatedly turned on and off, according to the invention, the inner electrode is formed of a substantially tubular metal component or the like, and a motion preventing component is provided at opposite ends of the inner electrode for maintaining an axial position of the inner electrode relative to the inner tube.

Abstract: A dielectric barrier discharge lamp having a generally cylindrical double-tube arrangement of an outer tube coaxially disposed about an inner tube, with an outer electrode disposed on an outside surface of the outer tube, an inner electrode disposed on an inside surface of the inner tube, and a discharge space provided between the outer tube and the inner tube which is filled with a discharge gas for formation of excimer molecules by dielectric barrier discharge achieves firm engagement of the inner electrode against the inner tube and a stable discharge over a long time even if part of the electrode corrodes due to the ozone produced or it wears. This is achieved by embodiments in which the inner electrode is a generally tubular part which is slit in an axial direction along the full length thereof. The tubular part can be a single cylindrically sheet having opposite longitudinally extending edges spaced from each other by a gap or overlapped.

Abstract: A process for connecting a molybdenum foil to a lead portion with sufficient strength and reliability in which an expensive binder, such as platinum, platinum clad molybdenum, or the like, is not used. According to the invention, a carbon containing or carbon coated molybdenum part is placed between the molybdenum foil and the molybdenum lead portion and then the two are resistance welded to one another. Furthermore, a hermetically enclosed part of a lamp can be produced by this process.