mhurhangee/patent-ind-claim-en huggingface dataset:
A device for reducing nitrogen oxides (NO x ) in exhaust gas from a drive unit for a vehicle, the device comprising a. the drive unit for providing drive energy, b. a first storage container for at least partially loaded hydrogen carrier material, c. a dehydrogenation reactor connected to the first storage container for releasing hydrogen from the hydrogen carrier material, d. a reduction reactor connected to the dehydrogenation reactor for utilizing the released hydrogen as a reducing agent for nitrogen oxides (NO x ), e. a control unit which is in signal communication with the drive unit and with the dehydrogenation reactor , characterized in that the control unit is embodied to control the timing of the addition of the hydrogen into the reduction reactor such that the addition occurs after a peak of a fuel combustion in the drive unit has been exceeded, wherein the peak of the fuel combustion is a point in time during the combustion in the engine process at which 50% of the calorific value stored in the fuel has been released as heat. a. the drive unit for providing drive energy, b. a first storage container for at least partially loaded hydrogen carrier material, c. a dehydrogenation reactor connected to the first storage container for releasing hydrogen from the hydrogen carrier material, d. a reduction reactor connected to the dehydrogenation reactor for utilizing the released hydrogen as a reducing agent for nitrogen oxides (NO x ), e. a control unit which is in signal communication with the drive unit and with the dehydrogenation reactor ,
Device for retracting a telescopic structure such as a swimming pool cover, the device comprising: - an attachment element capable of being attached to the telescopic structure , - a wheel rotatably mounted on the attachment element , and capable of resting on the ground when the attachment element is attached to the telescopic structure , - a motor for rotating the wheel relative to the attachment element , when the attachment element is attached to the telescopic structure , so as to translate the attachment element relative to the ground in a translational direction (X), and thus cause a retraction of the telescopic structure , - a casing containing the motor, the casing having a shape that is elongate along a longitudinal axis, characterized in that the casing is rotatable relative to the attachment element when the attachment element is attached to the telescopic structure. - an attachment element capable of being attached to the telescopic structure , - a wheel rotatably mounted on the attachment element , and capable of resting on the ground when the attachment element is attached to the telescopic structure , - a motor for rotating the wheel relative to the attachment element , when the attachment element is attached to the telescopic structure , so as to translate the attachment element relative to the ground in a translational direction (X), and thus cause a retraction of the telescopic structure , - a casing containing the motor, the casing having a shape that is elongate along a longitudinal axis, characterized in that the casing is rotatable relative to the attachment element when the attachment element is attached to the telescopic structure.
Portable hand-held device for receiving and transporting food or a beverage, comprising - a thermal container (2; 30) which is configured to receive food or a beverage in a receiving space and which has an inner and an outer wall surrounding the receiving space as well as an insulating space arranged between said walls, which insulating space is closed and sealed and evacuated; and - a container closure which is configured to close a container opening of the thermal container (2; 30); a working medium being arranged in the insulating space , which working medium, by supplying thermal energy from the outside via the outer wall , can be reversibly converted between - a thermally insulating initial state, in which the working medium is in the solid state and is in contact with the outer wall and is arranged so as not to be in contact with the inner wall , and - a thermally conductive state in which at least part of the working medium is in the liquid state and is expanded and is in thermally conductive contact with both the outer wall and the inner wall , and characterized in that the outer wall has a wall material at least in portions at the bottom (10; 31) that has a higher heat transfer coefficient than another wall material, which is different from said wall material, in the region outside the bottom (10; 31) of the outer wall . - a thermal container (2; 30) which is configured to receive food or a beverage in a receiving space and which has an inner and an outer wall surrounding the receiving space as well as an insulating space arranged between said walls, which insulating space is closed and sealed and evacuated; and - a container closure which is configured to close a container opening of the thermal container (2; 30); a working medium being arranged in the insulating space , which working medium, by supplying thermal energy from the outside via the outer wall , can be reversibly converted between - a thermally insulating initial state, in which the working medium is in the solid state and is in contact with the outer wall and is arranged so as not to be in contact with the inner wall , and - a thermally conductive state in which at least part of the working medium is in the liquid state and is expanded and is in thermally conductive contact with both the outer wall and the inner wall , and characterized in that the outer wall has a wall material at least in portions at the bottom (10; 31) that has a higher heat transfer coefficient than another wall material, which is different from said wall material, in the region outside the bottom (10; 31) of the outer wall .
A laundry treating apparatus comprising: a cabinet ; a drum accommodated in the cabinet ; a tub accommodating the drum; and a dynamic absorber provided to absorb oscillation of the cabinet during use of the laundry treating apparatus, wherein the dynamic absorber comprises: a support plate coupled to the cabinet ; a moving mass disposed on the support plate ; and a slider interposed between the moving mass and the support plate to allow the moving mass to be reciprocated with attenuation due to frictional force on the support plate , wherein the support plate comprises a projection , and a moving mass seating part recessed by a predetermined depth downward from the inside of the projection , characterized in that the support plate further comprises a cabinet seating part configured to be seated on an upper end of the cabinet , wherein the projection protrudes upward from a position spaced a predetermined distance from the cabinet seating part . a cabinet ; a drum accommodated in the cabinet ; a tub accommodating the drum; and a dynamic absorber provided to absorb oscillation of the cabinet during use of the laundry treating apparatus, wherein the dynamic absorber comprises: a support plate coupled to the cabinet ; a moving mass disposed on the support plate ; and a slider interposed between the moving mass and the support plate to allow the moving mass to be reciprocated with attenuation due to frictional force on the support plate , a support plate coupled to the cabinet ; a moving mass disposed on the support plate ; and a slider interposed between the moving mass and the support plate to allow the moving mass to be reciprocated with attenuation due to frictional force on the support plate , wherein the support plate comprises a projection , and a moving mass seating part recessed by a predetermined depth downward from the inside of the projection , characterized in that the support plate further comprises a cabinet seating part configured to be seated on an upper end of the cabinet , wherein the projection protrudes upward from a position spaced a predetermined distance from the cabinet seating part .
A baffle for a shell and tube heat exchanger comprising a helical flight extending from a central core , successive turns of the helical flight having a plurality of aligned openings therethrough for forming a plurality of fluid flow passages through the flight ; characterised in that the helical flight is a one piece helical flight, the helical flight being integrally formed with the core .
A media support , comprising a sheet of suction cups each having a port through which air may be evacuated from the cup ; and wherein the sheet includes a front surface and a back surface and each suction cup includes a rim that protrudes above the front surface of the sheet; and characterized in that : wherein the rim is formed at the perimeter of a flexible ring surrounding the port in space such that the ring may flex into the space away from the front surface of the sheet when a media supported on the sheet is sucked onto the rim .
Agricultural attachment with a cutter bar that can be driven in an oscillating manner by a hydraulic motor via an eccentric gear mechanism , wherein the hydraulic motor can be connected via a supply line and a return line to a hydraulic circuit that is supplied with a hydrostatic fluid by a hydraulic pump , wherein a changeover valve is integrated into the hydraulic circuit , which has at least two different switching positions (A, B) between which the changeover valve can be adjusted back and forth, and the hydraulic motor is driven in a first direction of rotation in the first switching position (A) of the changeover valve and in a second direction of rotation opposite to the first direction of rotation in the second switching position (B) of the changeover valve , characterized in that the changeover valve switches in a pressure-dependent manner.
A catheter for use in determining the presence and location of obstructions in an upper airway , the catheter comprising: a plurality of acoustic transducer elements (S1, S2) positioned at different points along a length section of the catheter so as to coincide with different points along the length of said upper airway upon insertion therein, each element adapted to emit an acoustic signal; and a plurality of acoustic sensor elements (M1, M2, M3) positioned at different points along said length section of the catheter , each adapted to detect one or more of said acoustic signals, characterised in that the acoustic transducer elements (S1, S2) and/or acoustic sensor elements (M1, M2, M3) are arranged such that, upon insertion in an upper airway , the spaces between them are positionable to coincide with one or more of: the velum , the oropharynx , the tongue and the epiglottis , and wherein the catheter comprises three acoustic sensor elements (M1, M2, M3) separated by and interleaved with two acoustic transducer elements (S1, S2). a plurality of acoustic transducer elements (S1, S2) positioned at different points along a length section of the catheter so as to coincide with different points along the length of said upper airway upon insertion therein, each element adapted to emit an acoustic signal; and a plurality of acoustic sensor elements (M1, M2, M3) positioned at different points along said length section of the catheter , each adapted to detect one or more of said acoustic signals,
Heating device, in particular an oven, with a housing surrounding a heatable interior , wherein the interior is bounded by a rear wall at the rear and at the front by a door which, in a closed position, closes a housing opening permitting access to the interior , wherein there is accommodated in the housing at least one shelf for material to be heated, removable from the housing after opening of the door , with a guiding device for guiding a shelf in a housing , with at least two guide units , each attached to the housing on one side with lateral clearance from one another and on the other side connected to the shelf , and which guide the shelf by means of a traversing movement between a pushed-in operating position and a pulled-out position , at least partly withdrawn from the housing , wherein there is provided a synchronisation device for synchronising the movement of the guide units in the traversing movement of the shelf connected to the guide units , wherein the guide units are fastened by mounting means to a rear wall of the housing , and wherein the guide units each have a guide linkage , 26b) comprised of several guiding arms and movable in the manner of an accordion and at the same time guiding the shelf between the operating and the pulled-out position , wherein the synchronisation device has synchronisation means through which the guide units are positively coupled to one another, characterised in that the guiding arms are in the form of swivel arms able to pivot around body-side and/or shelf-side pivot axes , wherein the synchronisation means are provided on the one hand on the shelf-side swivel arm of the one guide unit and on the other hand on the shelf-side swivel arm of the other guide unit , and wherein the synchronisation means are in the form of toothed segments , so mounted on the shelf-side swivel arms of the guide units that they are in meshing engagement with one another.
Range-change gearbox for a motor vehicle, in particular a commercial vehicle, with a main gearbox and a splitter group upstream of the main gearbox , characterised in that the splitter group is synchronised for upshifting the splitter group and unsynchronised for downshifting the splitter group .
A vehicle control device comprising: a first integrated circuit (IC) unit for receiving an output from a camera mounted in a vehicle, performing image processing on the output from the camera , and outputting image data obtained through the image processing; a second IC unit for receiving the image data output from the first IC unit , performing recognition processing of an external environment of the vehicle based on the image data, and outputting external environment data obtained through the recognition processing; and a third IC unit for receiving the external environmental data output from the second IC unit , and performing judgment processing for cruise control of the vehicle based on the external environment data, wherein a control flow is provided so as to allow the third IC unit to transmit a control signal to each of the first and second IC units , characterized in that the control flow is provided separately from a data flow configured to transmit the output from the camera , the image data output from the first IC unit , and the external environment data output from the second IC unit . a first integrated circuit (IC) unit for receiving an output from a camera mounted in a vehicle, performing image processing on the output from the camera , and outputting image data obtained through the image processing; a second IC unit for receiving the image data output from the first IC unit , performing recognition processing of an external environment of the vehicle based on the image data, and outputting external environment data obtained through the recognition processing; and a third IC unit for receiving the external environmental data output from the second IC unit , and performing judgment processing for cruise control of the vehicle based on the external environment data, wherein a control flow is provided so as to allow the third IC unit to transmit a control signal to each of the first and second IC units , characterized in that the control flow is provided separately from a data flow configured to transmit the output from the camera , the image data output from the first IC unit , and the external environment data output from the second IC unit .
Display device for a monitoring system of a monitoring area , wherein the monitoring system has a plurality of sensors and has video cameras , wherein the sensors and video cameras each monitor a section of the monitoring area , wherein the sensors provide sensor data and the video cameras provide video data , with at least one input interface for acquiring the sensor data and the video data , with a display device , with a data combination unit , wherein the data combination unit is designed to combine the video data and the sensor data from one and the same time of recording into combination data, with a time selection module , wherein the time selection module is designed to interactively select a freely selectable time as a selected time , characterized by a model module and a location selection module, wherein the model module provides a model of the monitoring area for displaying on the display device , wherein the location selection module is designed to interactively select a freely selectable location in the displayed model as a selected location, wherein the display device is designed to display the combination data for the selected location and for the selected time , wherein a graphical profile of the sensor data is shown.
An information carrier comprising an electrically non-conductive substrate with an electrically conductive layer arranged as a pattern which encodes information wherein said electrically conductive pattern is formed from at least one connecting line , at least one contact area and one input region comprising at least two sub areas , characterized in that at least one sub area of the input region is electrically connected to the contact area via the connecting line , the sub areas of the input region and the contact area have an outline enclosing a defined area, wherein the sub areas of the input region have an area coverage in a range of 20 to 80 % and/or the contact area has an area coverage in a range of 5 to 80 %.
A method for operating an image display apparatus, the method comprising: receiving (S610) a pairing request signal from a first remote controller ; performing (S620) pairing with the first remote controller; receiving (S630) a pairing request signal from a second remote controller ; and confirming (S640) attributes of content which is being used, characterized by : determining (S650) whether pairing with the second remote controller is performed based on the confirmed attributes of the content, wherein pairing with the second remote controller is performed (S660, S670) when the confirmed attributes of the content indicate a game content which may be used by a plurality of players; and controlling two objects on a screen , for playing the game content, from the paired first and second remote controllers when the confirmed attributes of the content indicate the game content which may be used by a plurality of players. receiving (S610) a pairing request signal from a first remote controller ; performing (S620) pairing with the first remote controller; receiving (S630) a pairing request signal from a second remote controller ; and confirming (S640) attributes of content which is being used, characterized by : determining (S650) whether pairing with the second remote controller is performed based on the confirmed attributes of the content, wherein pairing with the second remote controller is performed (S660, S670) when the confirmed attributes of the content indicate a game content which may be used by a plurality of players; and controlling two objects on a screen , for playing the game content, from the paired first and second remote controllers when the confirmed attributes of the content indicate the game content which may be used by a plurality of players. determining (S650) whether pairing with the second remote controller is performed based on the confirmed attributes of the content, wherein pairing with the second remote controller is performed (S660, S670) when the confirmed attributes of the content indicate a game content which may be used by a plurality of players; and controlling two objects on a screen , for playing the game content, from the paired first and second remote controllers when the confirmed attributes of the content indicate the game content which may be used by a plurality of players.
A plate segment (52, ...) comprising: a substrate having a front side and a back side , wherein the back side is configured to be mounted to a support disc of a disperser ; rows of teeth protruding from the front side of the substrate , wherein each of the rows are arranged along an arc extending from one side of the plate segment (52, ...) to an opposite side of the plate segment (52, ...); characterized in that in at least one of the rows of teeth , adjacent teeth are joined by a bridge (56, ...) spanning a gap between the adjacent teeth , wherein the bridge (56, ...) is elevated above the front side of the substrate such that the bridge (56, ...) is separated from the front side by an open space in the gap . a substrate having a front side and a back side , wherein the back side is configured to be mounted to a support disc of a disperser ; rows of teeth protruding from the front side of the substrate , wherein each of the rows are arranged along an arc extending from one side of the plate segment (52, ...) to an opposite side of the plate segment (52, ...); characterized in that in at least one of the rows of teeth , adjacent teeth are joined by a bridge (56, ...) spanning a gap between the adjacent teeth , wherein the bridge (56, ...) is elevated above the front side of the substrate such that the bridge (56, ...) is separated from the front side by an open space in the gap .
An agent comprising D-psicose as an active ingredient for use in prevention and treatment of diseases involving low basal metabolism and low body temperature by accelerating the energy expenditure and/or improving the diminished energy expenditure functionality.
A method performed by a roadside unit or a base station , for managing a predetermined area in a radio-assisted road traffic management scenario, the method comprising detecting (S41) a specific road traffic condition in said predetermined area, wherein said specific road traffic condition is at least one of: an identified road traffic danger spot in said predetermined area, an identified road traffic accident scene in said predetermined area, and an identified unexpected driving maneuver of a vehicle in said predetermined area, and transmitting (S42), to at least one user equipment or vehicular machine type communication device , configuration signaling instructing a configuration of at least one radio communication related parameter, wherein said configuration of said at least one radio communication related parameter is indicative of a vehicle-to-vehicle radio sensing mode and includes at least one of: an increase in a radio transmission power related to vehicle-to-vehicle radio sensing, a switching of a radio transmission rate related to said vehicle-to-vehicle radio sensing, a switching of a radio transmission carrier frequency related to said vehicle-to-vehicle radio sensing, a switching of a radio transmission carrier bandwidth related to said vehicle-to-vehicle radio sensing, and an activation of beamforming related to said vehicle-to-vehicle radio sensing. detecting (S41) a specific road traffic condition in said predetermined area, wherein said specific road traffic condition is at least one of: an identified road traffic danger spot in said predetermined area, an identified road traffic accident scene in said predetermined area, and an identified unexpected driving maneuver of a vehicle in said predetermined area, and transmitting (S42), to at least one user equipment or vehicular machine type communication device , configuration signaling instructing a configuration of at least one radio communication related parameter, wherein said configuration of said at least one radio communication related parameter is indicative of a vehicle-to-vehicle radio sensing mode and includes at least one of: an increase in a radio transmission power related to vehicle-to-vehicle radio sensing, a switching of a radio transmission rate related to said vehicle-to-vehicle radio sensing, a switching of a radio transmission carrier frequency related to said vehicle-to-vehicle radio sensing, a switching of a radio transmission carrier bandwidth related to said vehicle-to-vehicle radio sensing, and an activation of beamforming related to said vehicle-to-vehicle radio sensing.