mhurhangee/patent-ind-claim-en huggingface dataset:
Heat flux sensor comprising: - an array of nanofilaments suspended from a support , each nanofilament comprising an electrically conductive or semiconductive material, said array being capable of being biased by an electrical source to cause an electric current to flow through each of said nanofilaments, - at least one nano-electromechanical system (NEMS) resonator comprising: * a beam consisting of a nanofilament forming one side of the network, * an actuating device adapted to generate a vibration of said beam under the effect of an excitation signal, * a sensing device configured to measure a displacement of the beam during said vibration and output an output signal having a resonance at the resonator resonance frequency, said resonance frequency being dependent on the magnitude of the electric current flowing through the beam , a temperature variation of the heating nanofilament network induced by a variation of a characteristic of a fluid surrounding said network causing a variation of the intensity of the current flowing through the beam resulting in a variation of the resonance frequency of said resonator. - an array of nanofilaments suspended from a support , each nanofilament comprising an electrically conductive or semiconductive material, said array being capable of being biased by an electrical source to cause an electric current to flow through each of said nanofilaments, - at least one nano-electromechanical system (NEMS) resonator comprising: * a beam consisting of a nanofilament forming one side of the network, * an actuating device adapted to generate a vibration of said beam under the effect of an excitation signal, * a sensing device configured to measure a displacement of the beam during said vibration and output an output signal having a resonance at the resonator resonance frequency, said resonance frequency being dependent on the magnitude of the electric current flowing through the beam , a temperature variation of the heating nanofilament network induced by a variation of a characteristic of a fluid surrounding said network causing a variation of the intensity of the current flowing through the beam resulting in a variation of the resonance frequency of said resonator. * a beam consisting of a nanofilament forming one side of the network, * an actuating device adapted to generate a vibration of said beam under the effect of an excitation signal, * a sensing device configured to measure a displacement of the beam during said vibration and output an output signal having a resonance at the resonator resonance frequency, said resonance frequency being dependent on the magnitude of the electric current flowing through the beam , a temperature variation of the heating nanofilament network induced by a variation of a characteristic of a fluid surrounding said network causing a variation of the intensity of the current flowing through the beam resulting in a variation of the resonance frequency of said resonator.
A piston rod assembly for a drug delivery device, comprising: - a piston rod adapted to be operably engaged with a piston of a cartridge containing a medicament, - at least one adjusting member displaceably disposed at the piston rod with respect to the piston rod's long axis, and being interconnected with a distal end section of the piston rod , and - at least one interlock means adapted to interact with the adjusting member and/or with the piston rod for mutually locking in position the adjusting member and the piston rod in an arbitrary relative position and wherein the adjusting member and the piston rod are threadedly engaged in order to axially displace the piston rod and the adjusting member relative to each other with respect to the piston rod's long axis, and wherein the interlock means is adapted to inhibit self-acting relative rotation of piston rod and adjusting member , characterized in that - the interlock means comprise at least one resiliently biased tongue member adapted to engage with a corrugated surface portion of the adjusting member or of the piston rod, wherein the adjusting member comprises a threaded receptacle adapted to receive a correspondingly threaded distal socket portion of the piston rod , or wherein the piston rod comprises a threaded receptacle adapted to receive a correspondingly threaded proximal socket portion of the adjusting member, and - wherein the interlock means positively engage with a sidewall of the receptacle . - a piston rod adapted to be operably engaged with a piston of a cartridge containing a medicament, - at least one adjusting member displaceably disposed at the piston rod with respect to the piston rod's long axis, and being interconnected with a distal end section of the piston rod , and - at least one interlock means adapted to interact with the adjusting member and/or with the piston rod for mutually locking in position the adjusting member and the piston rod in an arbitrary relative position and wherein the adjusting member and the piston rod are threadedly engaged in order to axially displace the piston rod and the adjusting member relative to each other with respect to the piston rod's long axis, and wherein the interlock means is adapted to inhibit self-acting relative rotation of piston rod and adjusting member , characterized in that - the interlock means comprise at least one resiliently biased tongue member adapted to engage with a corrugated surface portion of the adjusting member or of the piston rod, wherein the adjusting member comprises a threaded receptacle adapted to receive a correspondingly threaded distal socket portion of the piston rod , or wherein the piston rod comprises a threaded receptacle adapted to receive a correspondingly threaded proximal socket portion of the adjusting member, and - wherein the interlock means positively engage with a sidewall of the receptacle .
A hydrophilic polyisocyanate composition derived from a hydrophilic compound and an alicyclic polyisocyanate having an isocyanurate group, wherein an amount of isocyanate groups modified by the hydrophilic compound, relative to a total mol of isocyanate groups in the alicyclic polyisocyanate is 2% by mol to 15% by mol, and wherein the hydrophilic polyisocyanate composition does not include an additional polyisocyanate. wherein an amount of isocyanate groups modified by the hydrophilic compound, relative to a total mol of isocyanate groups in the alicyclic polyisocyanate is 2% by mol to 15% by mol, and wherein the hydrophilic polyisocyanate composition does not include an additional polyisocyanate.
A method of determining incident angles of RF signals received by an antenna array comprising a plurality of antennae , the method comprising: generating a plurality of direction finding signals (11 1 , ..., 11 N ) based on antenna signals (7 1 , 7 R ) received from the antenna array, wherein each direction finding signal corresponds to a respective antenna array element corresponding to one or more antennae; generating a plurality of direction finding spectra (16 1 , ..., 16 N ), each direction finding spectrum generated by converting a corresponding direction finding signal into a power spectrum, wherein each direction finding spectrum comprises measured values of signal power at two or more given respective frequencies; and calculating an incident signal angle for each given frequency based on the measured values of signal power at the frequency, the configuration of the antennae in the antenna array and antenna gain patterns (22 1 , 22 S ) corresponding to the antenna array elements. generating a plurality of direction finding signals (11 1 , ..., 11 N ) based on antenna signals (7 1 , 7 R ) received from the antenna array, wherein each direction finding signal corresponds to a respective antenna array element corresponding to one or more antennae; generating a plurality of direction finding spectra (16 1 , ..., 16 N ), each direction finding spectrum generated by converting a corresponding direction finding signal into a power spectrum, wherein each direction finding spectrum comprises measured values of signal power at two or more given respective frequencies; and calculating an incident signal angle for each given frequency based on the measured values of signal power at the frequency, the configuration of the antennae in the antenna array and antenna gain patterns (22 1 , 22 S ) corresponding to the antenna array elements.
A linear compressor comprising: a shell ; a compressor main body which is disposed inside the shell and configured to compress refrigerant suctioned into the shell ; a cover housing which forms a discharge space into which the refrigerant compressed by the compressor main body is discharged; and a guide pipe which is coupled to the cover housing and guides the refrigerant in the discharge space to a discharge pipe disposed in the shell , wherein the cover housing includes: a flange portion which is fixed to the compressor main body; characterised by a chamber portion which extends from the flange portion , includes a front surface portion closed, and encloses the discharge space with the front surface portion; an accommodation groove which is recessed rearward from a front surface of the front surface portion to provide a space for accommodating the guide pipe ; and a communication groove which penetrates from the accommodation groove to a depth reaching the discharge space, and wherein the guide pipe is inserted into the communication groove in a state of being accommodated in the accommodation groove . a shell ; a compressor main body which is disposed inside the shell and configured to compress refrigerant suctioned into the shell ; a cover housing which forms a discharge space into which the refrigerant compressed by the compressor main body is discharged; and a guide pipe which is coupled to the cover housing and guides the refrigerant in the discharge space to a discharge pipe disposed in the shell , wherein the cover housing includes: a flange portion which is fixed to the compressor main body; characterised by a chamber portion which extends from the flange portion , includes a front surface portion closed, and encloses the discharge space with the front surface portion; an accommodation groove which is recessed rearward from a front surface of the front surface portion to provide a space for accommodating the guide pipe ; and a communication groove which penetrates from the accommodation groove to a depth reaching the discharge space, and a flange portion which is fixed to the compressor main body; characterised by a chamber portion which extends from the flange portion , includes a front surface portion closed, and encloses the discharge space with the front surface portion; an accommodation groove which is recessed rearward from a front surface of the front surface portion to provide a space for accommodating the guide pipe ; and a communication groove which penetrates from the accommodation groove to a depth reaching the discharge space, and wherein the guide pipe is inserted into the communication groove in a state of being accommodated in the accommodation groove .
Packaging device, in particular filling device, with - at least one means of transport (2', 2", 2′′′), - at least one magnetic transport carriage arranged on the transport means (2', 2", 2′′′), wherein - the transport carriage is arranged for transporting at least one package and is moved at least along a productive area of the transport means (2', 2", 2′′′), wherein - the transport carriage is magnetically coupled to a carrier which is mechanically separate from the transport carriage , and a wall is arranged between the carrier and the transport carriage characterized in that - before an insertion of the transport carriage into the productive area the carrier is directly connected to the transport carriage without an intermediate wall and that after an insertion the carrier is separated from the transport carriage by the wall and - before an ejection of the transport carriage from the productive area the carrier is separated from the transport carriage by the wall and that after an ejection the carrier is directly connected to the transport carriage without an intermediate wall . - at least one means of transport (2', 2", 2′′′), - at least one magnetic transport carriage arranged on the transport means (2', 2", 2′′′), wherein - the transport carriage is arranged for transporting at least one package and is moved at least along a productive area of the transport means (2', 2", 2′′′), wherein - the transport carriage is magnetically coupled to a carrier which is mechanically separate from the transport carriage , and a wall is arranged between the carrier and the transport carriage - before an insertion of the transport carriage into the productive area the carrier is directly connected to the transport carriage without an intermediate wall and that after an insertion the carrier is separated from the transport carriage by the wall and - before an ejection of the transport carriage from the productive area the carrier is separated from the transport carriage by the wall and that after an ejection the carrier is directly connected to the transport carriage without an intermediate wall .
Method for keeping free of ice, or thawing, at least one surface at risk of icing up of a tank interface , wherein the at least one surface at risk of icing up is provided on a fuelling nozzle and/or on a filler neck of a hydrogen-operated vehicle, wherein the at least one surface at risk of icing up is heated during a fuelling process and/or after a fuelling process, characterized in that the at least one surface at risk of icing up is inductively heated.
A display device, comprising: a display unit defined by a display area and a non-display area located outside the display area, the display unit including pixels (PX) arranged in the display area, first sensing wirings (SV1 to SVk) electrically connected to the pixels (PX), and auxiliary voltage wirings (DML1 to DMLj) electrically separated from the pixels (PX); and a sensing unit located outside the display unit , electrically connected to the first sensing wirings (SV1 to SVk) and configured to measure characteristics of the pixels (PX), wherein the first sensing wirings (SV1 to SVk) and the auxiliary voltage wirings (DML1 to DMLj) extend in a first direction in the display area and the non-display area and are sequentially arranged along a second direction perpendicular to the first direction, the first sensing wirings (SV1 to SVk) and the auxiliary voltage wirings (DML1 to DMLj) form collectively first direction wirings and the first direction wirings are spaced apart from each other at first intervals, the first sensing wirings (SV1 to SVk) are spaced apart from each other along the second direction at second intervals greater than the first intervals and are electrically separated from each other, and the auxiliary voltage wirings (DML1 to DMLj) are electrically connected to each other. a display unit defined by a display area and a non-display area located outside the display area, the display unit including pixels (PX) arranged in the display area, first sensing wirings (SV1 to SVk) electrically connected to the pixels (PX), and auxiliary voltage wirings (DML1 to DMLj) electrically separated from the pixels (PX); and a sensing unit located outside the display unit , electrically connected to the first sensing wirings (SV1 to SVk) and configured to measure characteristics of the pixels (PX), wherein the first sensing wirings (SV1 to SVk) and the auxiliary voltage wirings (DML1 to DMLj) extend in a first direction in the display area and the non-display area and are sequentially arranged along a second direction perpendicular to the first direction, the first sensing wirings (SV1 to SVk) and the auxiliary voltage wirings (DML1 to DMLj) form collectively first direction wirings and the first direction wirings are spaced apart from each other at first intervals, the first sensing wirings (SV1 to SVk) are spaced apart from each other along the second direction at second intervals greater than the first intervals and are electrically separated from each other, and the auxiliary voltage wirings (DML1 to DMLj) are electrically connected to each other.
An aerosol-generating device comprising: an aerosol generator for generating an aerosol from an aerosol-forming substrate; a power supply ; a circuit board comprising a control circuit for controlling a supply of power from the power supply to the aerosol generator ; and a heat conductive assembly comprising a first end in thermal contact with the circuit board and a second end spaced apart from the circuit board , wherein the circuit board is a first circuit board , wherein the aerosol-generating device further comprises a second circuit board , and wherein the first end of the heat conductive assembly is in thermal contact with the second circuit board , and wherein the second circuit board at least partially overlies the first circuit board , wherein the second circuit board is spaced apart from the first circuit board , and wherein the first end of the heat conductive assembly is positioned between the first circuit board and the second circuit board . an aerosol generator for generating an aerosol from an aerosol-forming substrate; a power supply ; a circuit board comprising a control circuit for controlling a supply of power from the power supply to the aerosol generator ; and a heat conductive assembly comprising a first end in thermal contact with the circuit board and a second end spaced apart from the circuit board , wherein the circuit board is a first circuit board , wherein the aerosol-generating device further comprises a second circuit board , and wherein the first end of the heat conductive assembly is in thermal contact with the second circuit board , and wherein the second circuit board at least partially overlies the first circuit board , wherein the second circuit board is spaced apart from the first circuit board , and wherein the first end of the heat conductive assembly is positioned between the first circuit board and the second circuit board .
A heat exchanger comprising: a primary plate (22; 64) including a first surface , a second surface , a leading edge , a trailing edge and a plurality of internal passages (30; 76) extending between an inlet (32; 72) and an outlet (34; 74); and a secondary plate (24; 66) attached to at least one of the first surface and second surface of the primary plate (22; 64), the secondary plate (24; 66) including a first side including heat transfer structures; characterised in that the first and second surfaces of the primary plate (22; 64) are smooth, and the secondary plate (24; 66) further includes a flat joint side that corresponds with the at least one of the first and second smooth surfaces of the primary plate (22; 64) and is attached thereto. a primary plate (22; 64) including a first surface , a second surface , a leading edge , a trailing edge and a plurality of internal passages (30; 76) extending between an inlet (32; 72) and an outlet (34; 74); and a secondary plate (24; 66) attached to at least one of the first surface and second surface of the primary plate (22; 64), the secondary plate (24; 66) including a first side including heat transfer structures; characterised in that the first and second surfaces of the primary plate (22; 64) are smooth, and the secondary plate (24; 66) further includes a flat joint side that corresponds with the at least one of the first and second smooth surfaces of the primary plate (22; 64) and is attached thereto.
A system , for point of sale, the system being operable in an indicia reading mode and a verification mode, the system comprising: an illumination subsystem configured to illuminate items with radiation from light sources, wherein the radiation depends upon the operating mode; an imaging subsystem configured to acquire images of an indicia or an item illuminated by the illumination system ; an indicia-reading subsystem configured to decode indicia information from images acquired by the imaging subsystem when the system is in the indicia reading mode ; and a verification subsystem configured to: verify items from images acquired by the imaging subsystem when the system is in the verification mode ; and produce an output corresponding to the verification, so that the output is configured to restrict the checkout process in case of failed verification; wherein when the system is in indicia reading mode , the system switches from the indicia reading mode to the verification mode in response to decoded indicia information indicating that verification is necessary. an illumination subsystem configured to illuminate items with radiation from light sources, wherein the radiation depends upon the operating mode; an imaging subsystem configured to acquire images of an indicia or an item illuminated by the illumination system ; an indicia-reading subsystem configured to decode indicia information from images acquired by the imaging subsystem when the system is in the indicia reading mode ; and a verification subsystem configured to: verify items from images acquired by the imaging subsystem when the system is in the verification mode ; and produce an output corresponding to the verification, so that the output is configured to restrict the checkout process in case of failed verification; wherein when the system is in indicia reading mode , the system switches from the indicia reading mode to the verification mode in response to decoded indicia information indicating that verification is necessary. verify items from images acquired by the imaging subsystem when the system is in the verification mode ; and produce an output corresponding to the verification, so that the output is configured to restrict the checkout process in case of failed verification; wherein when the system is in indicia reading mode , the system switches from the indicia reading mode to the verification mode in response to decoded indicia information indicating that verification is necessary.
Energy storage device for storing electrical energy, comprising: a cathode layer comprising at least one ply of carbon fibers , the carbon fibers being coated with a Li-ion (I) containing coating and embedded in an electrolytic polymer matrix material ; an anode layer comprising at least one ply of carbon fibers , the carbon fibers being embedded in an electrolytic polymer matrix material ; a separator layer comprising at least one ply of fibers , the fibers being embedded in an electrolytic polymer matrix material , wherein the separator layer is sandwiched between the cathode layer and the anode layer ; and carbon nanotubes extending between and partly into the separator layer and the cathode layer , or the separator layer and the anode layer , or the separator layer and the cathode layer and the separator layer and the anode layer , wherein the carbon nanotubes provide travel paths for the Li-ions (I) between the anode layer and the cathode layer . a cathode layer comprising at least one ply of carbon fibers , the carbon fibers being coated with a Li-ion (I) containing coating and embedded in an electrolytic polymer matrix material ; an anode layer comprising at least one ply of carbon fibers , the carbon fibers being embedded in an electrolytic polymer matrix material ; a separator layer comprising at least one ply of fibers , the fibers being embedded in an electrolytic polymer matrix material , wherein the separator layer is sandwiched between the cathode layer and the anode layer ; and carbon nanotubes extending between and partly into the separator layer and the cathode layer , or the separator layer and the anode layer , or the separator layer and the cathode layer and the separator layer and the anode layer , wherein the carbon nanotubes provide travel paths for the Li-ions (I) between the anode layer and the cathode layer .