mhurhangee/ep-ind-claims huggingface dataset:
A vehicle driveline, comprising: a power source; a primary clutch drivingly engaged with the power source; a primary transmission drivingly engaged with the primary clutch; a secondary transmission drivingly engaged with one of a portion of the primary clutch and an input of the primary transmission; a controller in communication with the secondary transmission; and a flywheel drivingly engaged with the secondary transmission, wherein the secondary transmission facilitates a transfer of energy from the flywheel to the primary transmission and the secondary transmission facilitates a transfer of energy from one of the power source and the primary transmission to the flywheel, the controller directing the transfer of energy to and from the flywheel based on at least one of a state of charge of the flywheel, a power requirement of the vehicle driveline, and a state of operation of the power source; characterized in that the secondary transmission is a planetary gearset; the planetary gearset adjusting a gear ratio formed between the flywheel and one of the power source and the primary transmission, the planetary gearset comprising a planet carrier, a sun gear, a ring gear, and a plurality of planet gears; wherein the planetary gearset further comprises a ring clutch and a carrier clutch, the ring clutch configured to fix the ring gear to a housing in which the planetary gearset is rotatably disposed, and the carrier clutch configured to fix the planet carrier to the sun gear. a power source; a primary clutch drivingly engaged with the power source; a primary transmission drivingly engaged with the primary clutch; a secondary transmission drivingly engaged with one of a portion of the primary clutch and an input of the primary transmission; a controller in communication with the secondary transmission; and a flywheel drivingly engaged with the secondary transmission, wherein the secondary transmission facilitates a transfer of energy from the flywheel to the primary transmission and the secondary transmission facilitates a transfer of energy from one of the power source and the primary transmission to the flywheel, the controller directing the transfer of energy to and from the flywheel based on at least one of a state of charge of the flywheel, a power requirement of the vehicle driveline, and a state of operation of the power source; characterized in that the secondary transmission is a planetary gearset; the planetary gearset adjusting a gear ratio formed between the flywheel and one of the power source and the primary transmission, the planetary gearset comprising a planet carrier, a sun gear, a ring gear, and a plurality of planet gears; wherein the planetary gearset further comprises a ring clutch and a carrier clutch, the ring clutch configured to fix the ring gear to a housing in which the planetary gearset is rotatably disposed, and the carrier clutch configured to fix the planet carrier to the sun gear.
Arrangement of gradient and/or shim coils for modifying a main magnetic field generated in a magnetic resonance tomograph, comprising a carrier structure, wherein the carrier structure has at least four carrier elements (3, 37), wherein each carrier element (3, 37) has at least one receptacle (8, 38) for receiving a receptacle counterpart of a neighbouring carrier element (3, 37) and wherein the carrier elements (3, 37) are mechanically connected to neighbouring carrier elements (3, 37), characterized in that the arrangement has at least four construction elements which each comprise one of the carrier elements (3, 7) and a conductor arrangement arranged on the said one carrier element, wherein the conductor arrangements each comprise at least one electrical conductor, in that the conductor arrangements each comprise a primary conductor arrangement for generating a primary magnetic field, which modifies the main magnetic field, and a secondary conductor arrangement, to which current can be supplied, for shielding the primary magnetic field and in that the primary conductor arrangements can be supplied with current independently of one another or independently in pairs.
A cap and a liquid receptacle, the cap comprising a cap link, a cover, and a storage container containing either pulverized material, or liquid material, or paste-like material, or similar material that can be fed into the liquid receptacle attached to said storage container and mixed in the liquid receptacle, the first end of said storage container being inserted by means of a relatively narrow interference fit into a mouth of a neck of the liquid receptacle, said container being fixed on said receptacle by means of the cap link, which is connected to said receptacle in the area of the neck, cover being arranged at the free second end of said storage container, said storage container being closed at the first end inserted into the mouth of the neck of the liquid receptacle with a blocking disc, which is connected by means of a web over its entire circumference to said storage container in a manner of a material connection, said cover being provided in its interior with a longitudinal cutting shaft which is connected with the first end thereof to the cover, whereas the second i.e. the free end of said shaft extends in longitudinal direction of the container to the close vicinity of the blocking disc, said cutting shaft being provided at least in the area of its free end with a cutting blade configured to penetrate said web and to cut through it, characterized in that said container comprises over the outer circumference of the neck and in the area above the mouth of said neck a plurality of mutually equally spaced and outwardly projecting snap-in elements and said cover is provided in the area of its free end facing the link with a plurality of inwardly projecting snap-in elements cooperating with said outwardly projecting snap-in elements, wherein said snap-in elements (16; 20) enable only a unidirectional relative motion of said container with respect to said cover.
An encoding method in a wireless communication system, the method comprising: generating an error detection code for first uplink control information, UCI; attaching the error detection code to second UCI; performing a channel encoding with respect to the first UCI; and performing a channel encoding with respect to the second UCI to which the error detection code is attached, characterized in that the first UCI and the second UCI are encoded based on different Reed-Muller, RM, codes. generating an error detection code for first uplink control information, UCI; attaching the error detection code to second UCI; performing a channel encoding with respect to the first UCI; and performing a channel encoding with respect to the second UCI to which the error detection code is attached, characterized in that the first UCI and the second UCI are encoded based on different Reed-Muller, RM, codes.
A pharmaceutical composition comprising lipid-bacteriophage conjugates, wherein the bacteriophage:lipid ratio is comprised between 3:1 and 100:1 and wherein the lipid is an immunologically active lipid and the bacteriophage is a filamentous bacteriophage.
A flux containing: 0.1 to 20 wt% of 2-hydroxyisobutyric acid as an activator; 10 to 60 wt% of a cationic surfactant; and 5 to 60 wt% of a nonionic surfactant. 0.1 to 20 wt% of 2-hydroxyisobutyric acid as an activator; 10 to 60 wt% of a cationic surfactant; and 5 to 60 wt% of a nonionic surfactant.
A car type model comprising: a body formed of a resin; a reinforcing member (20, 20') which is formed of a metal and is to be fixed to the body; and a chassis (30, 30') to be fixed to the reinforcing member (20, 20'), characterized in that the body has left and right doors which are openably attached thereto with a hinge such that the left and right doors can be opened and closed, and a side sill that is provided below a bottom of the left or the right door, the reinforcing member (20, 20') has a frame portion on which a side sill of the body is to abut comprising a side surface that is disposed transverse to a planar surface of the chassis (30, 30') when the chassis (30, 30') is fixed to the reinforcing member (20, 20'), and wherein the side sill of the body abuts the side surface of the frame portion when the reinforcing member (20, 20') is fixed to the body such that, with the reinforcing member (20, 20') fixed to the body, the side surface of the frame portion of the reinforcing member (20, 20') inhibits flexing of the side sill when the door is open and closed. a body formed of a resin; a reinforcing member (20, 20') which is formed of a metal and is to be fixed to the body; and a chassis (30, 30') to be fixed to the reinforcing member (20, 20'), characterized in that the body has left and right doors which are openably attached thereto with a hinge such that the left and right doors can be opened and closed, and a side sill that is provided below a bottom of the left or the right door, the reinforcing member (20, 20') has a frame portion on which a side sill of the body is to abut comprising a side surface that is disposed transverse to a planar surface of the chassis (30, 30') when the chassis (30, 30') is fixed to the reinforcing member (20, 20'), and wherein the side sill of the body abuts the side surface of the frame portion when the reinforcing member (20, 20') is fixed to the body such that, with the reinforcing member (20, 20') fixed to the body, the side surface of the frame portion of the reinforcing member (20, 20') inhibits flexing of the side sill when the door is open and closed.
A method of treating fabrics using an automatic laundry washing machine, comprising the steps of: a) providing an automatic laundry washing machine configured for adding a plurality of detersive actives during a wash cycle, wherein said plurality of detersive actives comprise at least one agitation-sensitive ingredient; b) determining mechanical agitation power in the automatic laundry washing machine during wash, wherein the mechanical agitation power is calculated as (Power Used for Agitation)/(Weight of Dry Fabrics); c) adding said at least one agitation-sensitive ingredient into a wash liquor, provided that the determined mechanical agitation power is more than 12 W/kg; and d) operating said automatic laundry washing machine to treat fabrics by using said wash liquor, wherein said automatic laundry washing machine comprises two cartridges (FC-1 and FC-2), one of which houses a high-agitation liquid laundry detergent composition, and the other of which houses a low-agitation liquid laundry detergent composition, wherein the agitation-sensitive ingredient is selected from the group consisting of lipase, C 10 -C 20 linear alkyl benzene sulphonate, polyester-based soil release polymer, and mixtures thereof. a) providing an automatic laundry washing machine configured for adding a plurality of detersive actives during a wash cycle, wherein said plurality of detersive actives comprise at least one agitation-sensitive ingredient; b) determining mechanical agitation power in the automatic laundry washing machine during wash, wherein the mechanical agitation power is calculated as (Power Used for Agitation)/(Weight of Dry Fabrics); c) adding said at least one agitation-sensitive ingredient into a wash liquor, provided that the determined mechanical agitation power is more than 12 W/kg; and d) operating said automatic laundry washing machine to treat fabrics by using said wash liquor, wherein said automatic laundry washing machine comprises two cartridges (FC-1 and FC-2), one of which houses a high-agitation liquid laundry detergent composition, and the other of which houses a low-agitation liquid laundry detergent composition, wherein the agitation-sensitive ingredient is selected from the group consisting of lipase, C 10 -C 20 linear alkyl benzene sulphonate, polyester-based soil release polymer, and mixtures thereof.
A crane comprising a system configured to determine the horizontal location (x_spr, y_spr) and skew (skew) of a grappling member of said crane, characterized in that the system comprises: - at least two types of reflectors (5, 6) arranged on the grappling member and having known relative locations and shapes, a first type having a wedge-like shape and a second type having a triangular shape; - at least one scanning distance sensor mounted on the crane and arranged to measure the distance and direction (a) from the crane to the reflectors (5, 6); - a data processing device configured to: - store in its memory the relative locations and shapes of the reflectors (5, 6); and - determine the horizontal location (x_spr, y_spr) and skew (skew) of the grappling member on the basis of at least the relative locations and shapes of the reflectors (5, 6) and measured distances and directions (a) from the crane to the reflectors (5, 6). - at least two types of reflectors (5, 6) arranged on the grappling member and having known relative locations and shapes, a first type having a wedge-like shape and a second type having a triangular shape; - at least one scanning distance sensor mounted on the crane and arranged to measure the distance and direction (a) from the crane to the reflectors (5, 6); - a data processing device configured to: - store in its memory the relative locations and shapes of the reflectors (5, 6); and - determine the horizontal location (x_spr, y_spr) and skew (skew) of the grappling member on the basis of at least the relative locations and shapes of the reflectors (5, 6) and measured distances and directions (a) from the crane to the reflectors (5, 6). - store in its memory the relative locations and shapes of the reflectors (5, 6); and - determine the horizontal location (x_spr, y_spr) and skew (skew) of the grappling member on the basis of at least the relative locations and shapes of the reflectors (5, 6) and measured distances and directions (a) from the crane to the reflectors (5, 6).
Motor vehicle lighting device, having at least one light guide of plate-shaped flat design, which has a first light guide surface, a second light guide surface opposite the first light guide surface, and narrow sides arranged between an edge of the first light guide surface and an edge of the second light guide surface and connecting the first light guide surface to the second light guide surface, wherein a first region of the narrow sides is designed as a light exit surface and a second region of the narrow sides is designed as a reflector, wherein the reflector is adapted to direct a portion of the light emitted by at least one light source and coupled into the light guide in the direction of the light exit surface, wherein the lighting device has a plurality of such light guides which are arranged in a stack in the vertical direction when used as intended so that the light guide surfaces (12, 14) of adjacent light guides are in contact with each other at least in a transition region which is located on the light exit surface of at least one of the light guides in contact, characterised in that the one of the plurality of light guides whose light exit surface is arranged close to a reference axis (z) characterising the illumination device, which serves as a reference direction with H = 0° and V = 0° for the angles in photometric measurements relevant for approval and when mounted on the vehicle, is set up to concentrate the light coupled into it in such a way that a light distribution generated by the lighting device has a brightness maximum lying in front of the lighting device, and in that the motor vehicle lighting device has imaging optics which are designed and arranged to collect light emerging through the light exit surfaces and to direct it into the front of the lighting device, and in that the light exit surfaces are arranged in the region of the object-side focal surface of the imaging optics.
Manual control device comprising an actuation member which is supported on a switching rod for pivoting about at least one actuation member pivot axis (24, 29) which extends perpendicularly to the longitudinal axis of the switching rod, the switching rod being movably supported relative to a base member of the manual control device about or along a plurality of switching rod movement axes (34, 35, 36, 37), and there being provided restoring means, by means of which the actuation member which has been redirected out of a rest position about the actuation member pivot axis (24, 29) can be restored to the rest position, characterized in that the restoring means have at least two resilient elements which are active counter to redirection of the actuation member from the rest position about the actuation member pivot axis (24, 29) and which are arranged radially opposite each other relative to the longitudinal axis of the switching rod.
A fuel injector (30, 130) for a turbomachine combustion chamber, the injector presenting an injector nose (32, 132) for connection to an injection system (20, 120) fastened to the end wall of said combustion chamber, the fuel injector being characterized in that it comprises: • a first channel (34, 134) for passing a flow of an air/fuel pre-mixture (38, 138) towards the combustion chamber, the first channel (34, 134) opening out into the center of the injector nose via an outlet opening for the air/fuel pre-mixture (38, 138); • an electrical insulator (40, 140) surrounding said outlet opening for the air/fuel pre-mixture; • a plasma generator system disposed downstream from said outlet opening for the air/fuel pre-mixture in order to control ignition and combustion of the air/fuel pre-mixture; • a second channel (44, 144) for passing a flow of fuel (46, 146) towards the combustion chamber, the second channel opening out outside said electrical insulation (40, 140); and • a third channel (64, 174) for passing a flow of fuel (66, 176) towards the combustion chamber, this third channel (64, 174) opening out outside the second channel (44, 144). • a first channel (34, 134) for passing a flow of an air/fuel pre-mixture (38, 138) towards the combustion chamber, the first channel (34, 134) opening out into the center of the injector nose via an outlet opening for the air/fuel pre-mixture (38, 138); • an electrical insulator (40, 140) surrounding said outlet opening for the air/fuel pre-mixture; • a plasma generator system disposed downstream from said outlet opening for the air/fuel pre-mixture in order to control ignition and combustion of the air/fuel pre-mixture; • a second channel (44, 144) for passing a flow of fuel (46, 146) towards the combustion chamber, the second channel opening out outside said electrical insulation (40, 140); and • a third channel (64, 174) for passing a flow of fuel (66, 176) towards the combustion chamber, this third channel (64, 174) opening out outside the second channel (44, 144).
Resonant converter for supplying a load, for example a LED load, comprising: - a primary converter side, comprising a converter switching circuit, - a secondary converter side, and - a controller, configured to operate the converter switching circuit using pulse width modulation, for regulating a power transfer from the primary converter side to the secondary converter side, and - an overshoot protection circuit connected to the primary converter side and to the controller, characterized in that the overshoot protection circuit comprises a zero crossing detection circuit, configured to detect a zero crossing of a resonant current on the primary converter side, and wherein the controller is configured to, at a switch-off event, switch off the converter switching circuit at a detected zero crossing of the resonant current on the primary converter side, after the switch-off event. - a primary converter side, comprising a converter switching circuit, - a secondary converter side, and - a controller, configured to operate the converter switching circuit using pulse width modulation, for regulating a power transfer from the primary converter side to the secondary converter side, and - an overshoot protection circuit connected to the primary converter side and to the controller, the overshoot protection circuit comprises a zero crossing detection circuit, configured to detect a zero crossing of a resonant current on the primary converter side, and wherein the controller is configured to, at a switch-off event, switch off the converter switching circuit at a detected zero crossing of the resonant current on the primary converter side, after the switch-off event.
A micromirror arrangement with at least one mirror plate which is oscillatorily suspended in a chip frame via one or more spring elements, characterised in that at least one hermetically sealed microchannel which is provided with an inlet opening and an outlet opening (6, 7) and is for leading through a flowing coolant is arranged in the chip frame and in the one or more spring elements or in the chip frame, in the one or the several spring elements and in the at least one mirror plate.
A stowage system, comprising: a support structure; a bin having a volume with an opening to receive a load, the bin being movable with respect to the supporting structure from a closed to an open position; and an attaching mechanism for attaching the bin to the structure, the attaching mechanism including a bin pivot axis that is located below and in substantial vertical alignment with a center of gravity of the bin in the closed position. a support structure; a bin having a volume with an opening to receive a load, the bin being movable with respect to the supporting structure from a closed to an open position; and an attaching mechanism for attaching the bin to the structure, the attaching mechanism including a bin pivot axis that is located below and in substantial vertical alignment with a center of gravity of the bin in the closed position.
A system for detecting a luminaire height, comprising: an infrared recording component configured to capture a plurality of infrared images; a depth recording component configured to capture a plurality of depth images; and a processing device configured to: identify a luminaire in at least one of the infrared images, wherein a bounding box relating to the identified luminaire is superimposed on a portion of the at least one infrared image from the plurality of infrared images; correlate the bounding box to at least one of the depth images; and determine the height of the identified luminaire based on the correlated bounding box and depth image. an infrared recording component configured to capture a plurality of infrared images; a depth recording component configured to capture a plurality of depth images; and a processing device configured to: identify a luminaire in at least one of the infrared images, wherein a bounding box relating to the identified luminaire is superimposed on a portion of the at least one infrared image from the plurality of infrared images; correlate the bounding box to at least one of the depth images; and determine the height of the identified luminaire based on the correlated bounding box and depth image. identify a luminaire in at least one of the infrared images, wherein a bounding box relating to the identified luminaire is superimposed on a portion of the at least one infrared image from the plurality of infrared images; correlate the bounding box to at least one of the depth images; and determine the height of the identified luminaire based on the correlated bounding box and depth image.