mhurhangee/ep-ind-claims huggingface dataset:
Device for fastening a wheel to a frame comprising: - retention means for a wheel; - a bar comprising a first end and a second end, on said first end coupling means with said frame being provided, said retention means being arranged near said second end of said bar; - an actuation mechanism adapted to move relative to each other along a direction (r) said retention means and said coupling means between: - a fixing position for said wheel wherein said retention means and said coupling means are close together; and - a disengagement position for said wheel wherein said retention means and said coupling means are spaced apart from each other with respect to the fixing position; wherein said actuation mechanism comprises a control lever adapted to rotate around a rotation axis (x), said actuation mechanism being adapted to move relative to each other said retention means and said coupling means, between said fixing position and said disengagement position, following a rotation of said control lever; characterized in that the retention means comprise a connection portion, adapted to be rotatably connected with said control lever, at a connecting end, said connection portion comprising a hole adapted to interact with a respective pin to form the rotatable connection with the control lever. - retention means for a wheel; - a bar comprising a first end and a second end, on said first end coupling means with said frame being provided, said retention means being arranged near said second end of said bar; - an actuation mechanism adapted to move relative to each other along a direction (r) said retention means and said coupling means between: - a fixing position for said wheel wherein said retention means and said coupling means are close together; and - a disengagement position for said wheel wherein said retention means and said coupling means are spaced apart from each other with respect to the fixing position; wherein said actuation mechanism comprises a control lever adapted to rotate around a rotation axis (x), said actuation mechanism being adapted to move relative to each other said retention means and said coupling means, between said fixing position and said disengagement position, following a rotation of said control lever; characterized in that the retention means comprise a connection portion, adapted to be rotatably connected with said control lever, at a connecting end, said connection portion comprising a hole adapted to interact with a respective pin to form the rotatable connection with the control lever.
2-oxo-1,3-oxazolidinyl imidazothiadiazole derivatives according to formula, their geometrical isomers, enantiomers, diastereomers, isotopes and mixtures, or a pharmaceutically acceptable salt thereof, wherein R 1 is a C 1-4 alkyl optionally substituted by one or more halogen substituents; R 2 is a halogen atom, or a C 1-4 alkyl optionally substituted by one or more halogen atoms; R 3 is a C 1-4 alkyl substituted by an alkoxy substituent. R 1 is a C 1-4 alkyl optionally substituted by one or more halogen substituents; R 2 is a halogen atom, or a C 1-4 alkyl optionally substituted by one or more halogen atoms; R 3 is a C 1-4 alkyl substituted by an alkoxy substituent.
A projector comprising: a solid-state light source that emits excitation light; a rotating phosphor plate that converts the excitation light into phosphor light; a light modulating device that modulates the light from the rotating phosphor plate; a projection optical system that projects the light modulated by the light modulating device onto a screen; and a control device that controls the solid-state light source and the rotating phosphor plate so that any one of the following conditional expressions is satisfied: A = 2 B; |A-B| is greater than or equal to 20 and |A-2B| is greater than or equal to 20; where A represents a pulse width modulation control frequency in hertz of the solid-state light source and B represents a rotation frequency in hertz of the rotating phosphor plate, wherein the rotating phosphor plate includes a single phosphor material that converts the excitation light into the phosphor light and that is provided in a circumferential direction of a disc to be rotated by a motor. a solid-state light source that emits excitation light; a rotating phosphor plate that converts the excitation light into phosphor light; a light modulating device that modulates the light from the rotating phosphor plate; a projection optical system that projects the light modulated by the light modulating device onto a screen; and a control device that controls the solid-state light source and the rotating phosphor plate so that any one of the following conditional expressions is satisfied: A = 2 B; |A-B| is greater than or equal to 20 and |A-2B| is greater than or equal to 20; where A represents a pulse width modulation control frequency in hertz of the solid-state light source and B represents a rotation frequency in hertz of the rotating phosphor plate, wherein the rotating phosphor plate includes a single phosphor material that converts the excitation light into the phosphor light and that is provided in a circumferential direction of a disc to be rotated by a motor.
A hydride secondary battery comprising: a pressure vessel; a positive electrode disposed in the pressure vessel; a negative electrode disposed in the pressure vessel; and characterized in that the hydride secondary battery comprises hydrogen gas with which the pressure vessel is filled, wherein the negative electrode contains a hydrogen-absorbing alloy, and in a pressure-composition-temperature diagram, a desorption curve at 25°C of the hydrogen-absorbing alloy has a plateau pressure of 0.15 MPa or more and 10 MPa or less, and wherein the hydrogen gas has a pressure equal to or higher than the plateau pressure at 25°C of the hydrogen-absorbing alloy, wherein the pressure-composition-temperature diagram is measured according to JIS H 7201 with a Sievert's instrument manufactured by Suzuki Shokan Co., Ltd, and wherein the hydrogen-absorbing alloy is at least one selected from the group consisting of a AB 5 type alloy expressed by MmNi 5-x1 B x1, provided that Mm represents a mischmetal, B represents at least one selected from the group consisting of Fe, Cr, Mn, and Al, and x1 is 0 or more and 0.6 or less, a AB 5 type alloy expressed by MmNi 5-x2 Co x2, provided that Mm represents a mischmetal and x2 is more than 0 and is equal to or less than 1.0, and LaNi 5. a pressure vessel; a positive electrode disposed in the pressure vessel; a negative electrode disposed in the pressure vessel; and characterized in that the hydride secondary battery comprises hydrogen gas with which the pressure vessel is filled, wherein the negative electrode contains a hydrogen-absorbing alloy, and in a pressure-composition-temperature diagram, a desorption curve at 25°C of the hydrogen-absorbing alloy has a plateau pressure of 0.15 MPa or more and 10 MPa or less, and wherein the hydrogen gas has a pressure equal to or higher than the plateau pressure at 25°C of the hydrogen-absorbing alloy, wherein the pressure-composition-temperature diagram is measured according to JIS H 7201 with a Sievert's instrument manufactured by Suzuki Shokan Co., Ltd, and wherein the hydrogen-absorbing alloy is at least one selected from the group consisting of a AB 5 type alloy expressed by MmNi 5-x1 B x1, provided that Mm represents a mischmetal, B represents at least one selected from the group consisting of Fe, Cr, Mn, and Al, and x1 is 0 or more and 0.6 or less, a AB 5 type alloy expressed by MmNi 5-x2 Co x2, provided that Mm represents a mischmetal and x2 is more than 0 and is equal to or less than 1.0, and LaNi 5.
An image forming apparatus adapted to communicate with a network apparatus through a network after conducting Internet Key Exchange processing to exchange cryptographic communication information including an encryption key, so that it is made possible for each of the image forming apparatus and the network apparatus to store the cryptographic communication information therein to perform cryptographic communication therebetween, the image forming apparatus comprising: a power source section for supplying electric power so as to activate the image forming apparatus; a communication interface section that is adapted to be coupled to the network so as to transmit the cryptographic communication information to the network apparatus through the network; and a power OFF detecting section for detecting a power OFF sequence of the image forming apparatus; characterized in that, the image forming apparatus is configured such that in response to detection of the power OFF sequence by the power OFF detecting section, the communication interface transmits, to the network apparatus, a request for deleting the cryptographic communication information stored in the network apparatus, the request being transmitted before the power source section of the image forming apparatus is turned OFF. a power source section for supplying electric power so as to activate the image forming apparatus; a communication interface section that is adapted to be coupled to the network so as to transmit the cryptographic communication information to the network apparatus through the network; and a power OFF detecting section for detecting a power OFF sequence of the image forming apparatus;
A computer-implemented method for displaying information, comprising, under control of one or more computer systems configured with executable instructions: detecting, using one or more sensors located on a same side of a computing device as a screen of the computing device, that at least a portion of a physical object is within a determined distance from an interface element displayed on the screen, the interface element configured to display data on the screen upon detection that the object is within the determined distance from the interface element; determining a first region of the screen for displaying an indication of input received to the computing device; determining, using the one or more sensors a second region of the screen that is occluded, with respect to a line of sight of a user directed toward the screen, by the object; and displaying at least a portion of the data outside the first region and the second region of the screen. detecting, using one or more sensors located on a same side of a computing device as a screen of the computing device, that at least a portion of a physical object is within a determined distance from an interface element displayed on the screen, the interface element configured to display data on the screen upon detection that the object is within the determined distance from the interface element; determining a first region of the screen for displaying an indication of input received to the computing device; determining, using the one or more sensors a second region of the screen that is occluded, with respect to a line of sight of a user directed toward the screen, by the object; and displaying at least a portion of the data outside the first region and the second region of the screen.
A circuit comprising: a wireless power signal input to provide a wireless power input signal; a switch network (210, 404) coupled to the wireless power signal input, the switch network comprising switches (212, 214, 216, 218) arranged to rectify the wireless power input signal to provide a wireless power output signal; control circuitry (220, 406) in communication with the switch network, the control circuitry configured to: receive the wireless power input signal; respond to a current wireless power transfer operating goal by determining an impedance to implement; purposefully introduce the impedance to the wireless power input signal via the switch network; cause the switches to rectify the wireless power input signal to produce the wireless power output signal; determine desired timing for the switch network responsive to the operating goal; generate a comparison voltage responsive to the desired timing; and change switch timing of the switch network responsive to a comparison of the wireless power input signal and the comparison voltage. a wireless power signal input to provide a wireless power input signal; a switch network (210, 404) coupled to the wireless power signal input, the switch network comprising switches (212, 214, 216, 218) arranged to rectify the wireless power input signal to provide a wireless power output signal; control circuitry (220, 406) in communication with the switch network, the control circuitry configured to: receive the wireless power input signal; respond to a current wireless power transfer operating goal by determining an impedance to implement; purposefully introduce the impedance to the wireless power input signal via the switch network; cause the switches to rectify the wireless power input signal to produce the wireless power output signal; determine desired timing for the switch network responsive to the operating goal; generate a comparison voltage responsive to the desired timing; and change switch timing of the switch network responsive to a comparison of the wireless power input signal and the comparison voltage. receive the wireless power input signal; respond to a current wireless power transfer operating goal by determining an impedance to implement; purposefully introduce the impedance to the wireless power input signal via the switch network; cause the switches to rectify the wireless power input signal to produce the wireless power output signal; determine desired timing for the switch network responsive to the operating goal; generate a comparison voltage responsive to the desired timing; and change switch timing of the switch network responsive to a comparison of the wireless power input signal and the comparison voltage.
Method for manufacturing a packaging unit, in which a film web is formed by a longitudinal welding device into a circumferentially closed film tube which is transversely welded with a first transverse welding jaw for forming a leading transverse weld, is filled with articles to be packed and is then welded with a second transverse welding jaw for the formation of a trailing transverse weld, characterized in that the first transverse welding jaw is moved during formation of the leading transverse weld in longitudinal direction of the film tube in a direction opposite to the conveying direction of the film web.
A vehicle-drive assisting apparatus comprising: a wheel position storing section storing a position of a wheel (2, 3) when a vehicle effects traveling; a road surface information acquiring section acquiring road surface information indicating a road surface condition of a road surface on which the vehicle has traveled; and a display image generating section generating a display image displaying the position of the wheel (2, 3) stored in the wheel position storing section and of the road surface information stored in the wheel position storing section and relating to the wheel position at the position of the wheel (2, 3) on a displaying unit provided in the vehicle; characterized in that the display image generating section superposes the road surface information with the wheel position stored in the wheel position storing section. a wheel position storing section storing a position of a wheel (2, 3) when a vehicle effects traveling; a road surface information acquiring section acquiring road surface information indicating a road surface condition of a road surface on which the vehicle has traveled; and a display image generating section generating a display image displaying the position of the wheel (2, 3) stored in the wheel position storing section and of the road surface information stored in the wheel position storing section and relating to the wheel position at the position of the wheel (2, 3) on a displaying unit provided in the vehicle;
An apparatus for verifying whether an emergency situation occurs and controlling the contact of the load in the off state when an emergency situation occurs through an isolated switch, the apparatus comprising: a first current source (11, 110); an isolated switch (15, 150) having an input terminal and being maintained in the off state when current from the first current source does not flow on the input terminal and then, being in the on state when current from the first current source flows on the input terminal; and a contact control unit (16, 160) connected to an output of the isolated switch, and maintaining a contact of a load in the on state when the isolated switch is in the off state and controlling the contact of the load in the off state as the isolated switch becomes in the on state, characterized in that the apparatus further comprises an event signal generating unit (12, 120) configured to verify whether an emergency situation occurs and to generate a low signal when an emergency situation occurs and a high signal otherwise; a transistor switch (13, 130) connected with the first current source and the event signal generating unit and being in an off state when receiving the high signal from the event signal generating unit and being in an on state when receiving the low signal, wherein the input terminal of the isolated switch is connected with the transistor switch and wherein current from the first current source flows on the input terminal as the transistor switch becomes in the on state. a first current source (11, 110); an isolated switch (15, 150) having an input terminal and being maintained in the off state when current from the first current source does not flow on the input terminal and then, being in the on state when current from the first current source flows on the input terminal; and a contact control unit (16, 160) connected to an output of the isolated switch, and maintaining a contact of a load in the on state when the isolated switch is in the off state and controlling the contact of the load in the off state as the isolated switch becomes in the on state, characterized in that the apparatus further comprises an event signal generating unit (12, 120) configured to verify whether an emergency situation occurs and to generate a low signal when an emergency situation occurs and a high signal otherwise; a transistor switch (13, 130) connected with the first current source and the event signal generating unit and being in an off state when receiving the high signal from the event signal generating unit and being in an on state when receiving the low signal, wherein the input terminal of the isolated switch is connected with the transistor switch and wherein current from the first current source flows on the input terminal as the transistor switch becomes in the on state.
An oil passage structure of an engine including: a connecting rod swingably coupled to a crankshaft by a plurality of crankpins, the plurality of crankpins being disposed between a plurality of crank journals; and a plurality of support portions for rotatably supporting the crankshaft by the plurality of crank journals in a cylinder block, in which the crankshaft has a first oil passage formed therein, the first oil passage supplying oil from an opening formed in one end face thereof to sliding surfaces of the plurality of crankpins, the plurality of support portions have a second oil passage formed therein, the second oil passage supplying the oil to a sliding surface of each of the plurality of crank journals, characterized in that the first oil passage and the second oil passage communicate with each other in the support portion and the crank journal which are disposed at a position which is apart farthest from the one end face of the crankshaft. a connecting rod swingably coupled to a crankshaft by a plurality of crankpins, the plurality of crankpins being disposed between a plurality of crank journals; and a plurality of support portions for rotatably supporting the crankshaft by the plurality of crank journals in a cylinder block, in which the crankshaft has a first oil passage formed therein, the first oil passage supplying oil from an opening formed in one end face thereof to sliding surfaces of the plurality of crankpins, the plurality of support portions have a second oil passage formed therein, the second oil passage supplying the oil to a sliding surface of each of the plurality of crank journals, characterized in that the first oil passage and the second oil passage communicate with each other in the support portion and the crank journal which are disposed at a position which is apart farthest from the one end face of the crankshaft.
An induction heating fusing device comprising: a serial resonance circuit having an induction coil and a condenser (113, 114); a phase comparator, a phase controller, a resonance frequency tracking oscillator, and a pulse width modulation PWM signal generator, wherein the phase comparator is arranged to compare a phase of a pulse outputted by the PWM signal generator with a phase of current flowing through the induction coil and to selectively output the comparison result to the phase controller when controlling the phase, or to the resonance frequency tracking oscillator directly without passing through the phase controller when performing PWM control, wherein the phase controller is arranged to output a frequency control signal which has a predetermined phase value, to the resonance frequency tracking oscillator based on an output of the phase comparator and a predetermined coil current phase amount, wherein the resonance frequency tracking oscillator is arranged to change an oscillation frequency by using an output of the phase controller such that a driving frequency of the serial resonance circuit tracks the resonance frequency, wherein the PWM signal generator is arranged to generate a pulse to drive the serial resonance circuit based on the resonance frequency by the resonance frequency tracking oscillator, and wherein the phase comparator, the phase controller, the resonance frequency tracking oscillator, and the PWM signal generator are digitally controlled. a serial resonance circuit having an induction coil and a condenser (113, 114); a phase comparator, a phase controller, a resonance frequency tracking oscillator, and a pulse width modulation PWM signal generator, wherein the phase comparator is arranged to compare a phase of a pulse outputted by the PWM signal generator with a phase of current flowing through the induction coil and to selectively output the comparison result to the phase controller when controlling the phase, or to the resonance frequency tracking oscillator directly without passing through the phase controller when performing PWM control, wherein the phase controller is arranged to output a frequency control signal which has a predetermined phase value, to the resonance frequency tracking oscillator based on an output of the phase comparator and a predetermined coil current phase amount, wherein the resonance frequency tracking oscillator is arranged to change an oscillation frequency by using an output of the phase controller such that a driving frequency of the serial resonance circuit tracks the resonance frequency, wherein the PWM signal generator is arranged to generate a pulse to drive the serial resonance circuit based on the resonance frequency by the resonance frequency tracking oscillator, and wherein the phase comparator, the phase controller, the resonance frequency tracking oscillator, and the PWM signal generator are digitally controlled.