mhurhangee/ep-ind-claims huggingface dataset:
A device for contactless determination and measurement of a spatial position and/or spatial orientation of bodies, having bodies (3, 4) such as a medical tool, a workpiece and/or a medical instrument, and having a tracking system by means of which the bodies are located and correlated with each other, wherein the tracking system, or at least components or component groups thereof are capable of mobile deployment, wherein the device includes means for calculating a displacement of the mobile tracking system relative to the bodies (3, 4), and the tracking includes at least two cameras (5, 6) an optical system and a sensor system, and wherein patterns (12, 15) in the form of substantially two-dimensional constructs are arranged on the bodies (3, 4) and are identified by the mobile tracking system.
A cooker comprising: a cooking chamber adapted for cooking food in it; a heat source adapted for heating the food in the cooking chamber; a lighting device adapted for illuminating an inner portion of the cooking chamber; an image sensor adapted for scanning the inner portion of the cooking chamber and the food; and a control part adapted for correcting a food image distorted by light from the lighting device, characterized in that: the control part is adapted to operate the image sensor to obtain an inner image of the cooking chamber by the image sensor before the heat source and the lighting device are operated and to determine a first RGB color value based on the scanned inner image of the cooking chamber, to operate the image sensor and the lighting device to obtain an inner image of the cooking chamber by the image sensor before the heat source is operated and after the lighting device is set into operation and to determine a second RGB color value based on the scanned inner image of the cooking chamber, and to correct an image of the food scanned by the image sensor, on the basis of a difference between the first RGB color value and the second RGB color value. a cooking chamber adapted for cooking food in it; a heat source adapted for heating the food in the cooking chamber; a lighting device adapted for illuminating an inner portion of the cooking chamber; an image sensor adapted for scanning the inner portion of the cooking chamber and the food; and a control part adapted for correcting a food image distorted by light from the lighting device, characterized in that: the control part is adapted to operate the image sensor to obtain an inner image of the cooking chamber by the image sensor before the heat source and the lighting device are operated and to determine a first RGB color value based on the scanned inner image of the cooking chamber, to operate the image sensor and the lighting device to obtain an inner image of the cooking chamber by the image sensor before the heat source is operated and after the lighting device is set into operation and to determine a second RGB color value based on the scanned inner image of the cooking chamber, and to correct an image of the food scanned by the image sensor, on the basis of a difference between the first RGB color value and the second RGB color value. to operate the image sensor to obtain an inner image of the cooking chamber by the image sensor before the heat source and the lighting device are operated and to determine a first RGB color value based on the scanned inner image of the cooking chamber, to operate the image sensor and the lighting device to obtain an inner image of the cooking chamber by the image sensor before the heat source is operated and after the lighting device is set into operation and to determine a second RGB color value based on the scanned inner image of the cooking chamber, and to correct an image of the food scanned by the image sensor, on the basis of a difference between the first RGB color value and the second RGB color value.
A lighting device package comprising: a substrate; a frame (130; 230; 330) disposed on the substrate; one or more light-emitting elements; and an optically transmissive system disposed on the frame and optically coupled to the one or more light-emitting elements; wherein the frame has an inner surface (132; 332) that extends from a bottom surface of the optically transmissive system to a top surface of the substrate, and wherein the inside surface of the frame together with the bottom surface of the optically transmissive system and the top surface of the substrate define a cavity; wherein the one or more light-emitting elements are operatively disposed within the cavity; wherein the cavity is at least in part filled with a light transmissive encapsulation material; wherein the frame has one or more passageways defined therein; wherein said one or more passageways enable fluidic movement of the encapsulation material between the cavity and an associated outside port; and wherein said one or more passageways defined in the frame extend through the frame from the cavity to the associated outside port provided on a surface of the frame facing away from the substrate. a substrate; a frame (130; 230; 330) disposed on the substrate; one or more light-emitting elements; and an optically transmissive system disposed on the frame and optically coupled to the one or more light-emitting elements;
Electrical device with - a power semiconductor module, - at least one capacitor, - a circuit carrier - a first heat sink and - a second heat sink, the power semiconductor module and the circuit carrier being arranged on the first heat sink and the second heat sink disposed on the power semiconductor module and connected to the first heat sink, characterised in that the capacitor is arranged on the second heat sink and that the capacitor has contact pins which pass through recesses of the second heat sink and are connected to the power semiconductor module, wherein the power semiconductor module has sockets or receptacles in which the contact pins are electrically contacted and fastened. - a power semiconductor module, - at least one capacitor, - a circuit carrier - a first heat sink and - a second heat sink, the power semiconductor module and the circuit carrier being arranged on the first heat sink and the second heat sink disposed on the power semiconductor module and connected to the first heat sink, characterised in that the capacitor is arranged on the second heat sink and that the capacitor has contact pins which pass through recesses of the second heat sink and are connected to the power semiconductor module, wherein the power semiconductor module has sockets or receptacles in which the contact pins are electrically contacted and fastened.
A cartridge for an aerosol delivery device, comprising: an outer body; a flow director coupled to the outer body, a base coupled to the outer body; a mouthpiece; and an atomizer; wherein the flow director, the mouthpiece, and the outer body define a reservoir compartment and the flow director and the base define an electronics compartment having an electronic control component positioned within, the base defining a recess configured to receive the electronic control component therein; characterized in that the atomizer is positioned in the reservoir compartment, in that the base comprises a ledge configured to support the electronic control component thereon and in that the flow director including one or more deformable ribs configured to engage the electronic control component when the outer body is coupled to the base such that the electronic control component is tightly sandwiched between the deformable ribs and the ledge in the recess of the base. an outer body; a flow director coupled to the outer body, a base coupled to the outer body; a mouthpiece; and an atomizer; wherein the flow director, the mouthpiece, and the outer body define a reservoir compartment and the flow director and the base define an electronics compartment having an electronic control component positioned within, the base defining a recess configured to receive the electronic control component therein; characterized in that the atomizer is positioned in the reservoir compartment, in that the base comprises a ledge configured to support the electronic control component thereon and in that the flow director including one or more deformable ribs configured to engage the electronic control component when the outer body is coupled to the base such that the electronic control component is tightly sandwiched between the deformable ribs and the ledge in the recess of the base.
Oasis with no wind, comprising a) a basic area covered by a mobile roof, b) firm or movable side walls, the sidewalls having an opening adjustable in size which serves also for entering or leaving the oasis with no wind c) on the one hand, a measuring device on the roof to record the wind direction and wind strength which is connected to a control unit thus causing a turn of the basic area so that the adjustable opening is on the side facing away from the wind, and d) on the other, a temperature measuring device in the interior which is connected to another control unit and lifts or lowers the roof and/or increases or reduces the opening of the side walls, characterised in that a light barrier is located before and behind the adjustable opening which interrupts any rotary motions of the oasis with no wind when an individual enters this area. a) a basic area covered by a mobile roof, b) firm or movable side walls, the sidewalls having an opening adjustable in size which serves also for entering or leaving the oasis with no wind c) on the one hand, a measuring device on the roof to record the wind direction and wind strength which is connected to a control unit thus causing a turn of the basic area so that the adjustable opening is on the side facing away from the wind, and d) on the other, a temperature measuring device in the interior which is connected to another control unit and lifts or lowers the roof and/or increases or reduces the opening of the side walls,
A reader device for identifying genuine and counterfeited goods using challenge-response pairs based on physical unclonable function, said reader device comprising: one or more antennae for emitting a number of first electromagnetic signals as challenges to a good embodying a PUF and for receiving a number of second electromagnetic signals as responses from the good embodying said PUF, both challenge and response forming a challenge-response pair for said good embodying said PUF, wherein at least one of the antennae is a wideband antenna, a software defined radio unit, capable of receiving and transmitting in various radio technologies in different frequencies, arranged for emitting said first electromagnetic signal or signals as challenge or challenges and arranged for receiving said second electromagnetic signal or signals as response or responses, wherein the first electromagnetic signal or signals are defined by programmable PUF validation algorithms to be executed by the software defined radio unit at different frequencies, the reader device being configurable with updated challenge-response pairs, means for wireless communication with a remote update server for updating the software of the software defined radio unit, and a challenge-response pair evaluation unit for analysing said challenge-response pair or pairs and to provide a result acknowledging if the good embodying said PUF is genuine or counterfeit. one or more antennae for emitting a number of first electromagnetic signals as challenges to a good embodying a PUF and for receiving a number of second electromagnetic signals as responses from the good embodying said PUF, both challenge and response forming a challenge-response pair for said good embodying said PUF, wherein at least one of the antennae is a wideband antenna, a software defined radio unit, capable of receiving and transmitting in various radio technologies in different frequencies, arranged for emitting said first electromagnetic signal or signals as challenge or challenges and arranged for receiving said second electromagnetic signal or signals as response or responses, wherein the first electromagnetic signal or signals are defined by programmable PUF validation algorithms to be executed by the software defined radio unit at different frequencies, the reader device being configurable with updated challenge-response pairs, means for wireless communication with a remote update server for updating the software of the software defined radio unit, and a challenge-response pair evaluation unit for analysing said challenge-response pair or pairs and to provide a result acknowledging if the good embodying said PUF is genuine or counterfeit.
Wind noise rejection apparatus comprising a plurality of omnidirectional transducer elements (A, B, C, D), a means for receiving the outputs of the elements and for adding the outputs together, a housing enclosing a common volume in which all the transducer elements are arranged, the housing comprising a common hole; and acoustically resistive material (10, 50) provided to the housing, wherein the acoustically resistive material is at least placed over the common hole, wherein the transducer elements each comprise an input port and each input port is arranged to face a different region of the housing.
A peptide for use in the treatment of diseases and pathological conditions involving inflammation, wherein said peptide is an N-terminal acetylated peptide having from 4 to 23 contiguous amino acids of a reference sequence, SEQ ID NO: 1, or a sequence having at least 75% identity to SEQ ID NO: 1, and wherein the disease is adult respiratory distress syndrome (ARDS), or acute phase of thermal injury.
A collection device (100; 200; 300) for excretions, comprising: a collection bag having a first collection bag opening region; a flexible collar having a first and a second collar opening region, the first collection bag opening region being arranged opposite the first collar opening region, and the flexible collar comprising a spring clasp that openably closes the flexible collar, the spring clasp having two legs which, in a relaxed state, are arranged parallel to one another and, in a compressed state, form an O-shape, and a feed funnel which has a first feed funnel opening region, the first feed funnel opening region being arranged opposite the second collar opening region, characterized in that the collection device (100; 200; 300) comprises a flexible intermediate element that connects the feed funnel to the second collar opening region, the flexible intermediate element being detachably connected to the second collar opening region, and the flexible intermediate element comprising a fluid-tight, bendable plastics strip which is arranged on an inner side of the flexible collar and on an inner side of the feed funnel. a collection bag having a first collection bag opening region; a flexible collar having a first and a second collar opening region, the first collection bag opening region being arranged opposite the first collar opening region, and the flexible collar comprising a spring clasp that openably closes the flexible collar, the spring clasp having two legs which, in a relaxed state, are arranged parallel to one another and, in a compressed state, form an O-shape, and a feed funnel which has a first feed funnel opening region, the first feed funnel opening region being arranged opposite the second collar opening region, characterized in that the collection device (100; 200; 300) comprises a flexible intermediate element that connects the feed funnel to the second collar opening region, the flexible intermediate element being detachably connected to the second collar opening region, and the flexible intermediate element comprising a fluid-tight, bendable plastics strip which is arranged on an inner side of the flexible collar and on an inner side of the feed funnel.
A computer-implemented method comprising: receiving, by one or more processors of a wireless device, a uniform resource identifier from a host device, a document associated with the host device, or a display of the host device; transmitting, by the one or more processors of the wireless device, a request for an application associated with an in-vehicle infotainment system of the host device and the wireless device based at least in part on the URI; receiving, by the one or more processors of the wireless device, the requested application; executing, by the one or more processors of the wireless device, the received application; receiving, by the one or more processors of the wireless device, a second URI (302, 304) from the display of the host device after executing the received application; and establishing, by the one or more processors of the wireless device, a trusted association with the host device based at least in part on the application, after receiving the second URI from the display of the host device. receiving, by one or more processors of a wireless device, a uniform resource identifier from a host device, a document associated with the host device, or a display of the host device; transmitting, by the one or more processors of the wireless device, a request for an application associated with an in-vehicle infotainment system of the host device and the wireless device based at least in part on the URI; receiving, by the one or more processors of the wireless device, the requested application; executing, by the one or more processors of the wireless device, the received application; receiving, by the one or more processors of the wireless device, a second URI (302, 304) from the display of the host device after executing the received application; and establishing, by the one or more processors of the wireless device, a trusted association with the host device based at least in part on the application, after receiving the second URI from the display of the host device.
Process for building tyres for vehicle wheels, comprising: forming a first continuous elongated element made with a first raw elastomeric material; storing said first continuous elongated element on a feeding reel; extruding a second continuous elongated element made with a second raw elastomeric material different from said first raw elastomeric material; forming at least one deposition layer by spiralling said second continuous elongated element on a deposition surface of a forming drum actuated in rotation; at the same time as forming the deposition layer, taking said first continuous longitudinal element from said feeding reel and winding it on said deposition surface according to coils (Si) consecutively side by side and axially interposed between coils (S 2) formed by said second continuous elongated element; wherein the winding of the first continuous elongated element comprises approaching an applicator to said forming drum, and pushing the first continuous elongated element against said deposition surface; moving the applicator away from the forming drum kept in rotation to interrupt the winding of the first continuous elongated element. forming a first continuous elongated element made with a first raw elastomeric material; storing said first continuous elongated element on a feeding reel; extruding a second continuous elongated element made with a second raw elastomeric material different from said first raw elastomeric material; forming at least one deposition layer by spiralling said second continuous elongated element on a deposition surface of a forming drum actuated in rotation; at the same time as forming the deposition layer, taking said first continuous longitudinal element from said feeding reel and winding it on said deposition surface according to coils (Si) consecutively side by side and axially interposed between coils (S 2) formed by said second continuous elongated element; wherein the winding of the first continuous elongated element comprises approaching an applicator to said forming drum, and pushing the first continuous elongated element against said deposition surface; moving the applicator away from the forming drum kept in rotation to interrupt the winding of the first continuous elongated element.
A method for the mechanical processing of aluminum scrap, in which in a first step the aluminum scrap is crushed, in which in a second step the crushed aluminum scrap is supplied to a screening plant and divided into a fraction of undersize grain materials, on the one hand, and a fraction of oversize grain materials, on the other hand, in which in a third step the fraction of oversize grain materials is homogenized, in which in a fourth step the homogenized fraction of oversize grain materials is subjected as material to be sorted to a density determination in an x-ray device by means of x-ray transmission, in which in a fifth step material particles of the material to be sorted which have a density above a pre-determinable limiting value are pneumatically sorted out, and in which in a sixth step residual materials are separated from the remaining fraction in a non-iron separator.
Method for monitoring a connection between terminal equipments (21, 23) via a communication network, characterized in that a set of modes, comprising at least two monitoring modes, and a classification order associated with said set of modes, are agreed on between the terminal equipments and a middlebox which is present on a path between the terminal equipments, said classification order being random or predetermined, and in that the method comprises: - initially activating said set of modes, corresponding to activating the first mode in said classification order; then - activating, in said classification order, every other mode in said set of modes, corresponding to moving from one mode to another in said set in said classification order; and in that each monitoring mode comprises at least one mechanism implemented by at least one of the terminal equipments and making it possible for said middlebox to perform at least one function of monitoring said connection. - initially activating said set of modes, corresponding to activating the first mode in said classification order; then - activating, in said classification order, every other mode in said set of modes, corresponding to moving from one mode to another in said set in said classification order;