mhurhangee/ep-ind-claims huggingface dataset:
A facade for a building, made up of composite elements, the composite elements respectively having an inner cover layer, a polymer foam layer as the core and an outer metallic cover layer and being fastened to a supporting structure, each composite element having at least two fastening regions, wherein all the fastening regions lie in a line, in one fastening region the composite elements being immovably connected to the supporting structure and in the other fastening regions the composite elements being displaceably connected to the supporting structure, or the composite elements resting with the ground-facing side on a mounting and in all fastening regions being displaceably connected to the supporting structure.
A method for detecting a test substance, the method comprising the steps of: forming on a first solid phase a complex comprising a test substance, a labeled antibody, a first capture antibody and a second capture antibody by bringing the test substance, the labeled antibody, the first capture antibody, the second capture antibody and the first solid phase into contact with one another wherein the labeled antibody is bound to the test substance, the first capture antibody is bound to the test substance, the second capture antibody is bound to the test substance, and the first solid phase is bound to the first capture antibody; transferring the complex onto a second solid phase by breaking the binding between the first capture antibody and the first solid phase to liberate the complex, and bringing the second solid phase and the complex into contact with each other, wherein the second solid phase is bound to the second capture antibody; and detecting the test substance by measuring a label contained in the complex on the second solid phase, wherein the test substance is a trimeric or higher-order multimer, and an epitope for the labeled antibody, an epitope for the first capture antibody and an epitope for the second capture antibody overlap one another. forming on a first solid phase a complex comprising a test substance, a labeled antibody, a first capture antibody and a second capture antibody by bringing the test substance, the labeled antibody, the first capture antibody, the second capture antibody and the first solid phase into contact with one another wherein the labeled antibody is bound to the test substance, the first capture antibody is bound to the test substance, the second capture antibody is bound to the test substance, and the first solid phase is bound to the first capture antibody; transferring the complex onto a second solid phase by breaking the binding between the first capture antibody and the first solid phase to liberate the complex, and bringing the second solid phase and the complex into contact with each other, wherein the second solid phase is bound to the second capture antibody; and detecting the test substance by measuring a label contained in the complex on the second solid phase, wherein the test substance is a trimeric or higher-order multimer, and an epitope for the labeled antibody, an epitope for the first capture antibody and an epitope for the second capture antibody overlap one another.
An operating device for a vehicle component, in particular a human-machine interface for vehicles, comprising - a housing having a front wall comprising a front face with a display surface and a rear face facing away from the front face, and - an operating element unit (19, 19') positioned and/or positionable on and/or in front of the front wall of the housing for manually triggering operating functions or for manually adjusting parameters of operating functions for a vehicle component, characterized in that - the operating element unit (19, 19') comprises at least one operating element (18, 60), an electric consumer, an evaluation and control unit assigned to the electric consumer, and an energy supply unit, and - in order to supply electric energy to the energy supply unit of the operating element unit (19, 19') at least one first coil is arranged so as to face the rear face of the front wall, wherein at least one second coil, which is inductively coupled to the at least one first coil and is connected to the energy supply unit, is arranged in and/or on the operating element unit (19, 19'). - a housing having a front wall comprising a front face with a display surface and a rear face facing away from the front face, and - an operating element unit (19, 19') positioned and/or positionable on and/or in front of the front wall of the housing for manually triggering operating functions or for manually adjusting parameters of operating functions for a vehicle component, characterized in that - the operating element unit (19, 19') comprises at least one operating element (18, 60), an electric consumer, an evaluation and control unit assigned to the electric consumer, and an energy supply unit, and - in order to supply electric energy to the energy supply unit of the operating element unit (19, 19') at least one first coil is arranged so as to face the rear face of the front wall, wherein at least one second coil, which is inductively coupled to the at least one first coil and is connected to the energy supply unit, is arranged in and/or on the operating element unit (19, 19').
A structure comprising: a light emitting diode emitting light having a first peak wavelength; and a slab-type graded wavelength converting structure disposed in a path of light emitted by the light emitting diode, wherein the wavelength converting structure comprises a phosphor for absorbing light emitted by the light emitting diode and emitting light having a second peak wavelength; wherein the phosphor comprises a host material and a dopant; wherein the wavelength converting structure comprises the phosphor with a graded concentration of the dopant; characterized in that the dopant concentration is graded in a direction perpendicular to a major surface of the wavelength converting structure, and wherein the dopant concentration is lowest in a layer closest to the light emitting diode, and highest in a region furthest from the light emitting diode. a light emitting diode emitting light having a first peak wavelength; and a slab-type graded wavelength converting structure disposed in a path of light emitted by the light emitting diode, wherein the wavelength converting structure comprises a phosphor for absorbing light emitted by the light emitting diode and emitting light having a second peak wavelength; wherein the phosphor comprises a host material and a dopant; wherein the wavelength converting structure comprises the phosphor with a graded concentration of the dopant; characterized in that the dopant concentration is graded in a direction perpendicular to a major surface of the wavelength converting structure, and wherein the dopant concentration is lowest in a layer closest to the light emitting diode, and highest in a region furthest from the light emitting diode.
An engine apparatus comprising: - an internal combustion engine, having an air intake line and a exhaust line; - a low pressure compressor and a high- pressure compressor arranged on said air intake line according to the flow direction of the air; - a high pressure turbine and a low pressure turbine arranged on said exhaust line according to the flow direction of the gases; - first, bypass means for bypassing said high pressure compressor, wherein said high pressure turbine is connected with a shaft to said low pressure compressor, said engine apparatus comprising a electrical torque converter which comprises at least: - an electric generator connected so as to be driven by said low pressure turbine; - a first electric motor connected so as to drive said high pressure compressor; - electronic conversion means suitable to convert the - electric energy produced by said electric generator and to power supply and control at least said first electric motor. - an internal combustion engine, having an air intake line and a exhaust line; - a low pressure compressor and a high- pressure compressor arranged on said air intake line according to the flow direction of the air; - a high pressure turbine and a low pressure turbine arranged on said exhaust line according to the flow direction of the gases; - first, bypass means for bypassing said high pressure compressor, - an electric generator connected so as to be driven by said low pressure turbine; - a first electric motor connected so as to drive said high pressure compressor; - electronic conversion means suitable to convert the - electric energy produced by said electric generator and to power supply and control at least said first electric motor.
A peptide consisting of the amino acid sequence FIAWLVKGR (SEQ ID NO: 1) or FIAWLVKGRG (SEQ ID NO: 2); for use in the treatment or prevention of ischemic tissue injury caused by ischemic heart disease in a subject in need thereof.
A medical device, comprising: a gantry including an X-ray tube that can rotate on a path centered on a rotation axis and an X-ray controller that controls the X-ray tube; a table on which a subject body can lie; and at least one processor; the medical device executing a first scan on the subject body, characterised in that the processor executes operations including: determining a first position on the path for arranging the X-ray tube for the first scan based on the direction the portion of the subject body to be imaged is facing, and controlling the X-ray tube by means of the X-ray controller such that the X-ray tube irradiates X-rays from said first position. a gantry including an X-ray tube that can rotate on a path centered on a rotation axis and an X-ray controller that controls the X-ray tube; a table on which a subject body can lie; and at least one processor; the medical device executing a first scan on the subject body, characterised in that the processor executes operations including: determining a first position on the path for arranging the X-ray tube for the first scan based on the direction the portion of the subject body to be imaged is facing, and controlling the X-ray tube by means of the X-ray controller such that the X-ray tube irradiates X-rays from said first position. determining a first position on the path for arranging the X-ray tube for the first scan based on the direction the portion of the subject body to be imaged is facing, and controlling the X-ray tube by means of the X-ray controller such that the X-ray tube irradiates X-rays from said first position.
A method in a network node, wherein the network node is configured to use a first power level for transmitting data to a network entity in subframes of a first type, and to use a second power level for transmitting data to the network entity in subframes of a second type, wherein the second power level is lower than the first power level, the method comprising: - signaling, to the network entity, first information from which a power offset for subframes of the first type is derivable, wherein the first power offset represents a relation between a power level for transmitting reference signals and the first power level, and second information from which a power offset for subframes of the second type is derivable, wherein the second power offset represents a relation between the power level for transmitting reference signals, and the second power level, wherein the first information is the power offset for subframes of the first type, and the second information is the power offset for subframes of the second type, and wherein the network entity is a wireless terminal, wherein - the first type is a non-Almost Blank Subframe, non-ABS subframe, as defined by 3GPP LTE Release 10, - the second type is an ABS subframe as defined by 3GPP LTE Release 10, and - the first information and the second information are signalled directly to the wireless terminal. - signaling, to the network entity, first information from which a power offset for subframes of the first type is derivable, wherein the first power offset represents a relation between a power level for transmitting reference signals and the first power level, and second information from which a power offset for subframes of the second type is derivable, wherein the second power offset represents a relation between the power level for transmitting reference signals, and the second power level, wherein the first information is the power offset for subframes of the first type, and the second information is the power offset for subframes of the second type, and wherein the network entity is a wireless terminal, wherein - the first type is a non-Almost Blank Subframe, non-ABS subframe, as defined by 3GPP LTE Release 10, - the second type is an ABS subframe as defined by 3GPP LTE Release 10, and - the first information and the second information are signalled directly to the wireless terminal.
Garment comprising a textile substrate material and at least one armoring element, the garment comprising a plurality of armoring elements arranged in a scale-like manner and connected to the textile substrate material, characterized in that the plurality of armoring elements are applied to the textile substrate material by means of 3D printing, in particular by means of FDM.
A machine for the de-stoning of fruit, having a plurality of rams and a plurality of receiving elements for the fruit to be de-stoned, wherein each receiving element has a cup, receiving an individual item of fruit, with a through-passage opening for the stone to be removed from the item of fruit, the receiving elements, on a circulating receiving element path, and the rams, on a circulating ram path, are guided along a work section in a manner parallel to one another and in synchrony with one another and along the work section there are provided means to carry out a lifting motion of the rams relative to the cups, characterised in that first sensors are provided upstream of the work section and detect cups occupied by two items of fruit, and in that second sensors are provided below the work section and detect exiting of the stone, wherein below the through-passage opening there is an elastic fitting provided at the cup and the design is such that the stone to be removed from the item of fruit can be pushed therethrough by means of the ram.
A conferencing system comprising: a control unit having a data bus, a power bus, an output port in communication with the power bus, and a sensor in communication with the output port capable of sensing one or more power characteristics at the output port; and a first conferencing unit in communication with the data bus of the control unit, the first conferencing unit having an input port in communication with the power bus via connection to the output port of the control unit, an output port in communication with the power bus, the first conferencing unit further characterized by a sensor in communication with the output port of the first conferencing unit capable of sensing one or more power characteristics of delivered power downstream at the output port of the first conferencing unit; wherein data associated with the sensed power characteristics at the output port of the first conferencing unit is capable of being communicated over the data bus to the control unit. a control unit having a data bus, a power bus, an output port in communication with the power bus, and a sensor in communication with the output port capable of sensing one or more power characteristics at the output port; and a first conferencing unit in communication with the data bus of the control unit, the first conferencing unit having an input port in communication with the power bus via connection to the output port of the control unit, an output port in communication with the power bus, the first conferencing unit further characterized by a sensor in communication with the output port of the first conferencing unit capable of sensing one or more power characteristics of delivered power downstream at the output port of the first conferencing unit; wherein data associated with the sensed power characteristics at the output port of the first conferencing unit is capable of being communicated over the data bus to the control unit.
A system for pairing a communication device to a battery monitor that monitors an energy storage device, the system comprising the battery monitor and the communication device, wherein: the battery monitor and the communication device are configured to set up a paired wireless connection to wirelessly communicate information between the battery monitor and the communication device characterized in that the battery monitor is configured to: detect an encoded message by sensing changes in a characteristic of the energy storage device that occurs responsive to the communication device transmitting the encoded message to a component that is external to the battery monitor; convert the encoded message into a discovery parameter that comprises at least one pairing parameter to broadcast, a passkey to verify against, or both; implement a discoverable mode by wirelessly transmitting a broadcast name; and pair with the communication device using the discovery parameter converted from the encoded message. the battery monitor and the communication device are configured to set up a paired wireless connection to wirelessly communicate information between the battery monitor and the communication device characterized in that the battery monitor is configured to: detect an encoded message by sensing changes in a characteristic of the energy storage device that occurs responsive to the communication device transmitting the encoded message to a component that is external to the battery monitor; convert the encoded message into a discovery parameter that comprises at least one pairing parameter to broadcast, a passkey to verify against, or both; implement a discoverable mode by wirelessly transmitting a broadcast name; and pair with the communication device using the discovery parameter converted from the encoded message. detect an encoded message by sensing changes in a characteristic of the energy storage device that occurs responsive to the communication device transmitting the encoded message to a component that is external to the battery monitor; convert the encoded message into a discovery parameter that comprises at least one pairing parameter to broadcast, a passkey to verify against, or both; implement a discoverable mode by wirelessly transmitting a broadcast name; and pair with the communication device using the discovery parameter converted from the encoded message.
A method for colouring hair comprising: a) carrying out the following sequence of steps: i) applying a first composition comprising at least one cationic polymer to a first portion of the hair; and ii) applying a second composition comprising at least one anionic polymer to a second portion of the hair; the first and the second portions of the hair having at least one common area; and b) repeating step a) at least once, wherein the common area of each of the repeated steps a) has at least one common area with: - the common area of step a); and - the common area of each of the other repeated steps a), in case step a) is repeated more than once; wherein in step a) and/or in at least one of the repeated steps a), the cationic polymer is a cationic coloured polymer and/or the anionic polymer is an anionic coloured polymer. a) carrying out the following sequence of steps: i) applying a first composition comprising at least one cationic polymer to a first portion of the hair; and ii) applying a second composition comprising at least one anionic polymer to a second portion of the hair; the first and the second portions of the hair having at least one common area; and i) applying a first composition comprising at least one cationic polymer to a first portion of the hair; and ii) applying a second composition comprising at least one anionic polymer to a second portion of the hair; b) repeating step a) at least once, wherein the common area of each of the repeated steps a) has at least one common area with: - the common area of step a); and - the common area of each of the other repeated steps a), in case step a) is repeated more than once; wherein in step a) and/or in at least one of the repeated steps a), the cationic polymer is a cationic coloured polymer and/or the anionic polymer is an anionic coloured polymer. - the common area of step a); and - the common area of each of the other repeated steps a), in case step a) is repeated more than once;
Method, carried out by a network node, for controlling parameters used by communication terminals of a telecommunication system, the telecommunication system enabling the use of discontinuous reception by communication terminals, wherein the use of discontinuous reception by a communication terminal involves cycles, here referred to as "DRX cycles", during each one of which a communication terminal is arranged to wake up at least once to monitor a downlink control channel; and the telecommunication system enables the use of DRX cycles of different lengths; the method comprising: a first procedure, here referred to as "determining procedure", comprising determining, on a per communication terminal basis, whether the communication terminal is eligible to rely on a terminal-controlled mobility procedure when being in RRC connected state, wherein determining is based on at least one characteristic of the communication terminal; and a second procedure, here referred to as "setting procedure", comprising, at least for one of the possible outcomes of the determining procedure, setting one or more parameters on the communication terminal accordingly. the use of discontinuous reception by a communication terminal involves cycles, here referred to as "DRX cycles", during each one of which a communication terminal is arranged to wake up at least once to monitor a downlink control channel; and the telecommunication system enables the use of DRX cycles of different lengths; a first procedure, here referred to as "determining procedure", comprising determining, on a per communication terminal basis, whether the communication terminal is eligible to rely on a terminal-controlled mobility procedure when being in RRC connected state, wherein determining is based on at least one characteristic of the communication terminal; and a second procedure, here referred to as "setting procedure", comprising, at least for one of the possible outcomes of the determining procedure, setting one or more parameters on the communication terminal accordingly.
A flexible display apparatus, the apparatus comprising: a display configured to display a first split screen including content to be edited (301, 311) and a second split screen including an editing condition for editing the content (302, 312); a sensor configured to detect bending of the display from a first form to a second form; and a controller configured to display content edited (306, 315) according to the editing condition in a region of the screen in response to a restoration of the display to the first form, wherein said region of the display where the content edited (306, 315) according to the editing condition is displayed corresponds to either the entire screen of the display or the second split screen. a display configured to display a first split screen including content to be edited (301, 311) and a second split screen including an editing condition for editing the content (302, 312); a sensor configured to detect bending of the display from a first form to a second form; and a controller configured to display content edited (306, 315) according to the editing condition in a region of the screen in response to a restoration of the display to the first form, wherein said region of the display where the content edited (306, 315) according to the editing condition is displayed corresponds to either the entire screen of the display or the second split screen.