mhurhangee/ep-ind-claims huggingface dataset:
A simulation wheel apparatus (2; 3; 4; 5; 6; 7; 8; 9) comprising: a plurality of simulation wheels (211A, 211B; 311A to 311D) each of which is configured for attachment to a hub of a wheel of a vehicle to replace a wheel with tire, and includes a hub-coupled section having on an outer face side a hub attachment structure configured for attachment to the hub to replace the wheel with tire and also having a joint attachment structure to which a joint is attached, and a tire attachment section which surrounds the hub-coupled section about the same axis as the hub-coupled section via a bearing interposed between the hub-coupled section and the tire attachment section, and surrounds a circumferential surface of the hub for receiving attachment of a tire at a portion surrounding the circumferential surface of the hub; characterised by: a plurality of movable stages (212A, 212B; 312A to 312D; 412A to 412D) to each of which each of the plurality of simulation wheels (211A, 211B; 311A to 311D) is fixed in a state in which the rotation of the tire attachment section is controlled, each of the plurality of movable stages (212A, 212B; 312A to 312D; 412A to 412D) is movable in parallel with a floor; and a coupling mechanism (22; 32; 42) which is connected to each of the plurality of movable stages (212A, 212B; 312A to 312D; 412A to 412D), and is operable to move the plurality of movable stages (212A, 212B; 312A to 312D; 412A to 412D) symmetrically with respect to a center line as an axis of the vehicle. a plurality of simulation wheels (211A, 211B; 311A to 311D) each of which is configured for attachment to a hub of a wheel of a vehicle to replace a wheel with tire, and includes a hub-coupled section having on an outer face side a hub attachment structure configured for attachment to the hub to replace the wheel with tire and also having a joint attachment structure to which a joint is attached, and a tire attachment section which surrounds the hub-coupled section about the same axis as the hub-coupled section via a bearing interposed between the hub-coupled section and the tire attachment section, and surrounds a circumferential surface of the hub for receiving attachment of a tire at a portion surrounding the circumferential surface of the hub; a plurality of movable stages (212A, 212B; 312A to 312D; 412A to 412D) to each of which each of the plurality of simulation wheels (211A, 211B; 311A to 311D) is fixed in a state in which the rotation of the tire attachment section is controlled, each of the plurality of movable stages (212A, 212B; 312A to 312D; 412A to 412D) is movable in parallel with a floor; and a coupling mechanism (22; 32; 42) which is connected to each of the plurality of movable stages (212A, 212B; 312A to 312D; 412A to 412D), and is operable to move the plurality of movable stages (212A, 212B; 312A to 312D; 412A to 412D) symmetrically with respect to a center line as an axis of the vehicle.
A manual sheet feeding device comprising: a manual sheet feeding unit; a sheet feeding rotary body configured to separate and feed recording media placed on the manual sheet feeding unit one by one; a shielding unit configured to cover an outer side surface of the sheet feeding rotary body, the shielding unit having an aperture for exposing at least a part of the sheet feeding rotary body to an outside; and an opening and closing unit configured to open and close the aperture of the shielding unit, characterised in that the opening and closing unit is openable and closable along a width direction of the recording media being placed on the manual sheet feeding unit with the width of the recording media facing the sheet feeding rotary body. a manual sheet feeding unit; a sheet feeding rotary body configured to separate and feed recording media placed on the manual sheet feeding unit one by one; a shielding unit configured to cover an outer side surface of the sheet feeding rotary body, the shielding unit having an aperture for exposing at least a part of the sheet feeding rotary body to an outside; and an opening and closing unit configured to open and close the aperture of the shielding unit, characterised in that the opening and closing unit is openable and closable along a width direction of the recording media being placed on the manual sheet feeding unit with the width of the recording media facing the sheet feeding rotary body.
A system for suspending a curtain of a curtain-sided vehicle, which system comprises a rail and a multiplicity of tensioning strap runners arranged to be fixed to tensioning straps attached to an upper part of the curtain, the rail having a first track and a second and a third track which are arranged above said first track and which are facing one another, each of said runners comprising: - a frame; - at least two track rollers which are rotatably mounted on said frame and which are arranged to roll over said first track, which first track is located on a distance from the plane of said curtain when the curtain is suspended on the runners and tensioned vertically so that the suspended curtain exerts a moment of force on the runners; and - at least one auxiliary roller which is rotatably mounted on said frame and arranged to co-operate with said second and said third track to keep the track rollers in an upright position, the auxiliary roller engaging the second track to counteract said moment of force when the curtain is tensioned vertically, wherein said rail comprises a longitudinal chamber for the tensioning strap runners, which longitudinal chamber is arranged to receive the track rollers and the auxiliary rollers of the runners and has a top wall, a bottom wall, a first side wall, and a second side wall situated opposite the first side wall, with a lateral continuous longitudinal opening through which the frames of the runners extend when the curtain is suspended on the runners being provided at least in said first side wall, the bottom wall of the longitudinal chamber being provided with said first track for the track rollers, the top wall of the longitudinal chamber forming above said first track a stop for the track rollers, preventing the track rollers from being lifted out of the first track, and the first side wall being provided above said longitudinal opening with said second track for the auxiliary rollers and the second side wall being provided with said third track for the auxiliary rollers, characterised in that said first track is gutter-shaped and said track rollers are arranged to roll in the gutter-shaped first track, with the track rollers being urged inwards against the upstanding side wall of the gutter-shaped first track by said moment of force when the curtain is tensioned vertically. - a frame; - at least two track rollers which are rotatably mounted on said frame and which are arranged to roll over said first track, which first track is located on a distance from the plane of said curtain when the curtain is suspended on the runners and tensioned vertically so that the suspended curtain exerts a moment of force on the runners; and - at least one auxiliary roller which is rotatably mounted on said frame and arranged to co-operate with said second and said third track to keep the track rollers in an upright position, the auxiliary roller engaging the second track to counteract said moment of force when the curtain is tensioned vertically,
Draining apparatus for draining a room, comprising - water collection means which have an opening through which the collected water can flow out, - a draining device for the at least partial installation in the floor of a room, comprising a draining body having an opening through which water can flow out, and sealing means which have a flexible sealing film having an opening through which waste water can pass, wherein the sealing means have furthermore a connection portion which is connected to the sealing film and can be connected to a part of the draining device, wherein the sealing means are arranged at least partially above the draining body such that water passing through the opening in the sealing film can enter the opening in the draining body, wherein the water flowing out from the opening of the water collection means can pass through the opening in the sealing film into the opening of the draining body, characterised in that the water collection means are designed as a draining rail which has a foundation frame, and that the draining body has a groove on its top side into which the connection portion of the sealing means can be introduced at least in some portions, wherein the groove surrounds the opening of the draining body and is at least partially spaced from the opening of the draining body such that between the opening of the draining body and the groove is an interspace which can serve for displacing the foundation frame set upon the draining body, wherein a lateral compensation of the foundation frame is possible in the interspace perpendicular and parallel to a wall of the room. - water collection means which have an opening through which the collected water can flow out, - a draining device for the at least partial installation in the floor of a room, comprising a draining body having an opening through which water can flow out, and sealing means which have a flexible sealing film having an opening through which waste water can pass, wherein the sealing means have furthermore a connection portion which is connected to the sealing film and can be connected to a part of the draining device, wherein the sealing means are arranged at least partially above the draining body such that water passing through the opening in the sealing film can enter the opening in the draining body, wherein the water flowing out from the opening of the water collection means can pass through the opening in the sealing film into the opening of the draining body,
An electrophotographic photosensitive member comprising a conductive substrate and a photosensitive layer, wherein the photosensitive layer is a single layer, the photosensitive layer contains at least a charge generating material and a compound represented by a general formula shown below: where in the general formula, R 1 represents an aryl group having a carbon number of at least 6 and no greater than 22 and optionally having an alkyl group having a carbon number of at least 1 and no greater than 10, an alkyl group having a carbon number of at least 3 and no greater than 20, an aralkyl group having a carbon number of at least 7 and no greater than 20, a cycloalkyl group having a carbon number of at least 3 and no greater than 20, or an alkoxy group having a carbon number of at least 1 and no greater than 6, and chemical groups R 2 each represent a halogen atom. R 1 represents an aryl group having a carbon number of at least 6 and no greater than 22 and optionally having an alkyl group having a carbon number of at least 1 and no greater than 10, an alkyl group having a carbon number of at least 3 and no greater than 20, an aralkyl group having a carbon number of at least 7 and no greater than 20, a cycloalkyl group having a carbon number of at least 3 and no greater than 20, or an alkoxy group having a carbon number of at least 1 and no greater than 6, and chemical groups R 2 each represent a halogen atom.
An illuminator for control lights used in traffic control, such as traffic lights, railway signal heads or line lights for waterborne traffic, said illuminator having a light source which consists of one or more LEDs fitted in lens holders by means of which they can be connected onto a connection base and further comprising optical feedback wherein one or more light-sensitive detectors are arranged on the connection base in connection with the LEDs used as light sources, some of the light coming from the LEDs being conveyed to said detectors, by means of which an optical feedback is formed for monitoring and/or adjusting the operation of the illuminator, characterized in that the lens holders are at least partly permeable to light so that light emitted laterally from the LEDs can be conveyed to the light-sensitive detectors fitted on the connection base, wherein the light-sensitive detectors have been fitted to monitor only one LED, in which case a separate light- sensitive detector is placed beside each LED, and wherein the lens holders are non-transparent and comprise openings configured to direct laterally emitted light to the light-sensitive detector, and the illuminator comprises a lens dome part and inside it a plate with an aperture opposite to each LED, said plate preventing light coming from outside the illuminator from reaching the light-sensitive detectors.
A method for wireless communication in a system that supports multiple transmission time interval, TTI, lengths, comprising: identifying a control region of a TTI allocated for uplink communication; determining a length of the TTI allocated for uplink communication; adjusting a transmit power for transmitting uplink control information in the control region of the TTI based at least in part on the length of the TTI such that a transmit power used for transmitting uplink control information in each symbol of the TTI is the same as a transmit power used for transmitting uplink control information in each symbol of another TTI having a different length; and transmitting the uplink control information in the control region of the TTI using the adjusted transmit power. identifying a control region of a TTI allocated for uplink communication; determining a length of the TTI allocated for uplink communication; adjusting a transmit power for transmitting uplink control information in the control region of the TTI based at least in part on the length of the TTI such that a transmit power used for transmitting uplink control information in each symbol of the TTI is the same as a transmit power used for transmitting uplink control information in each symbol of another TTI having a different length; and transmitting the uplink control information in the control region of the TTI using the adjusted transmit power.
An axle for wheels of a two-track motor vehicle, comprising a theoretical lower control arm plane which is formed by a transverse control arm and a longitudinal control arm and guides a wheel carrier, and comprising a torsion bar stabiliser, which is rotatable about a rotary axis running substantially in the vehicle transverse direction and is connected at its end region to the end region of the longitudinal control arm remote from the wheel carrier by means of a torque-transmitting connection, wherein the connection is established in that the torsion bar stabiliser is supported with a lever-type support on the longitudinal control arm, characterised in that the lever-type support on the longitudinal control arm is designed with at least one ball joint (54, 56) having a ball socket.
Use of an article of manufacture to catalyse the hydrogenation of a fluoroolefin to a hydrofluorocarbon, said article of manufacture comprising: a. a solid support comprising a metal oxyfluoride or a metal fluoride, wherein said metal fluoride is selected from the group consisting of CrF 3, TiF 4 and ZrF 4; and b. at least one elemental metal disposed on or within said support, wherein said elemental metal is present in an amount from 0.05 to 10 weight percent based upon the total weight of the metal and support; and wherein when the fluoroolefin is CF 3 CF=CF 2, the hydrofluorocarbon is CF 3 CHFCHF 2; when the fluoroolefin is CF 3 CF=CHF (Z/E-1225ye), the hydrofluorocarbon is CF 3 CHFCH 2 F; when the fluoroolefin is CF 3 CH=CF 2, the hydrofluorocarbon is CF 3 CH 2 CHF 2; when the fluoroolefin is CF 3 CH=CHF (trans/cis-1234ze), the hydrofluorocarbon is CF 3 CH 2 CH 2 F; and when the fluoroolefin is CF 3 CF=CH 2, the hydrofluorocarbon is CF 3 CHFCH 3. a. a solid support comprising a metal oxyfluoride or a metal fluoride, wherein said metal fluoride is selected from the group consisting of CrF 3, TiF 4 and ZrF 4; and b. at least one elemental metal disposed on or within said support,
A temperature switch, comprising a housing, a switching system consisting of a first carrier (3.1) with a fixed contact (3.2) and a second carrier (3.3), on which a switching spring (3.4) with a switching contact (3.5) is arranged, and a switching arrangement that causes a positional change of the switching contact (3.5) as a function of the temperature, characterized in that the first carrier (3.1) and the second carrier (3.3) are constructed in a bendable manner, and in that the housing is formed by at least one first housing section (2.1) having at least one housing opening (2.3) and a second housing section (2.2) that closes the housing opening (2.3), wherein the housing opening (2.3) is designed for inserting and positioning adjusting means (10, 10') on the carriers (3.1, 3.3), in that the housing opening (2.3) is provided on the end of the first housing section (2.1) that at least partially accommodates the switching arrangement, and in that the carriers (3.1, 3.3) laterally extend into an interior (2.1.1) formed in the first housing section (2.1).
A device for reworking an injection-moulded component, comprising - a support component, on which an injection-moulded component comes to rest for the reworking in the region of a supporting surface, wherein the support component is formed with a base component and a support element arranged thereto, at which the injection-moulded component comes to rest for reworking in the region of the supporting surface and - a separating tool which is configured for separating one or more sprue sections on the injection-moulded component positioned on the support component, wherein the separating tool is formed with a cutting tool, in which one cutting edge is arranged on the support component and an additional cutting edge assigned to said cutting edge is arranged on a displaceable component which can be displaced relative to the support component and the cutting edge arranged in such a manner that by means of the cutting edge and the additional cutting edge, the one or more sprue sections can be separated, characterized in that the cutting edge is arranged on the support component in a stationary manner and the displaceable component is arranged pivotably with the additional cutting edge formed thereon. - a support component, on which an injection-moulded component comes to rest for the reworking in the region of a supporting surface, wherein the support component is formed with a base component and a support element arranged thereto, at which the injection-moulded component comes to rest for reworking in the region of the supporting surface and - a separating tool which is configured for separating one or more sprue sections on the injection-moulded component positioned on the support component,
A communication method for a home automation actuator comprising an electric motor driving a moving element in a building and two electric terminals (a1, a2) for powering the actuator by a power supply and communication entity and allowing the communication between the actuator and the power supply and communication entity, the method comprising the following steps: - analysis of a power supply signal (U, i) supplied by the power supply and communication entity; - generation of a first time-sequence of a response signal (I, u), representative of a first predetermined calibration information element (bCal), called first calibration sequence (SeqCal); - sending of a series of time-sequences of the response signal (I, u), representative of a series of information elements, each information element of this series, equal to the calibration information element (bCal), being represented by a time-sequence which is an image of the first calibration sequence (SeqCal). - analysis of a power supply signal (U, i) supplied by the power supply and communication entity; - generation of a first time-sequence of a response signal (I, u), representative of a first predetermined calibration information element (bCal), called first calibration sequence (SeqCal); - sending of a series of time-sequences of the response signal (I, u), representative of a series of information elements, each information element of this series, equal to the calibration information element (bCal), being represented by a time-sequence which is an image of the first calibration sequence (SeqCal).
A wind turbine system, wherein the wind turbine system is comprising: - a support structure including a tower, - a plurality of wind turbine modules mounted to the support structure wherein each of the plurality of wind turbine modules comprises a rotor, - a control system, wherein the control system is arranged to execute a shutdown procedure, the shutdown procedure comprising: - applying a first control command to a first subset of wind turbine modules for terminating power production therefrom resulting in a thrust force change with a reduced thrust force from the wind on a first part of the support structure carrying the said first subset of wind turbine modules, and - applying a second control command to a second subset of wind turbine modules (2") positioned at a different vertical position relative to the first subset of wind turbine modules, the second control command enabling thrust control of the second subset of wind turbine modules (2") to oppose a change in bending moment applied to the tower with respect to a horizontal axis intersecting the tower root resulting from the said thrust force change from the wind on the first part of the support structure carrying the said first subset of wind turbine modules - wherein the thrust control of the second subset of wind turbine modules (2") to oppose the thrust force change actively dampens oscillations of the first part of the support structure carrying the first subset of wind turbine modules. - a support structure including a tower, - a plurality of wind turbine modules mounted to the support structure wherein each of the plurality of wind turbine modules comprises a rotor, - a control system, - applying a first control command to a first subset of wind turbine modules for terminating power production therefrom resulting in a thrust force change with a reduced thrust force from the wind on a first part of the support structure carrying the said first subset of wind turbine modules, and - applying a second control command to a second subset of wind turbine modules (2") positioned at a different vertical position relative to the first subset of wind turbine modules, the second control command enabling thrust control of the second subset of wind turbine modules (2") to oppose a change in bending moment applied to the tower with respect to a horizontal axis intersecting the tower root resulting from the said thrust force change from the wind on the first part of the support structure carrying the said first subset of wind turbine modules - wherein the thrust control of the second subset of wind turbine modules (2") to oppose the thrust force change actively dampens oscillations of the first part of the support structure carrying the first subset of wind turbine modules.