mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a housing having an outer surface, an opening formed on the outer surface, and a socket body inside the housing comprising a plug insertion passage aligned with respect to the opening so as to allow a plug to be inserted into the plug insertion passage through the opening ; a terminal comprising at least one terminal part disposed in the plug insertion passage ; the terminal further comprising at least one further terminal part disposed on the outer surface of the housing and electrically connected with the at least one terminal ; and a circuit board electrically contacting the at least one further terminal part , a sealing member disposed between the circuit board and a top surface of the socket body and in close contact with the circuit board and the top surface for forming a space enclosed by the circuit board , the top surface of the socket body and the sealing member, wherein the circuit board comprises a plurality of boards , wherein at least one of the plurality of boards electrically contacts the at least one further terminal , and wherein the board electrically connected with the at least one further terminal is thinner than the other boards in thickness for providing mounting space for other parts. a housing having an outer surface, an opening formed on the outer surface, and a socket body inside the housing comprising a plug insertion passage aligned with respect to the opening so as to allow a plug to be inserted into the plug insertion passage through the opening ; a terminal comprising at least one terminal part disposed in the plug insertion passage ; the terminal further comprising at least one further terminal part disposed on the outer surface of the housing and electrically connected with the at least one terminal ; and a circuit board electrically contacting the at least one further terminal part , a sealing member disposed between the circuit board and a top surface of the socket body and in close contact with the circuit board and the top surface for forming a space enclosed by the circuit board , the top surface of the socket body and the sealing member, wherein the circuit board comprises a plurality of boards , wherein at least one of the plurality of boards electrically contacts the at least one further terminal , and wherein the board electrically connected with the at least one further terminal is thinner than the other boards in thickness for providing mounting space for other parts.
A beacon illumination device for signaling, to aircraft, the presence of a wind turbine with a tower , a nacelle mounted on an upper part of the tower , a hub on which is mounted at least one blade , and an electrical machine connected to the hub and housed in the nacelle , which comprises an illuminator device that comprises at least one light-emitting diode capable of being arranged in an interior part of the wind turbine, at least one beacon light capable of being mounted at an end part of the wind turbine in a position at a distance from the illuminator device , at least one light conductor that comprises optical fibers for transmitting light from the illuminator device to the beacon light , the illuminator device facing light inlet ends of the optical fibers and each optical fiber comprising a light outlet end, characterized in that the optical fibers are grouped in at least one bundle of optical fibers , the illuminator device further comprises an optical collimator that comprises at least one collimator lens arranged between the light inlet of the optical fibers and the light-emitting diode , for converting scattered light emitted by the light-emitting diode into a parallel light beam and transmitting same toward the light inlet of the optical fibers , the optical collimator comprises a concave reflector that directs the scattered light emitted by the light-emitting diode toward the collimator optical lens . an illuminator device that comprises at least one light-emitting diode capable of being arranged in an interior part of the wind turbine, at least one beacon light capable of being mounted at an end part of the wind turbine in a position at a distance from the illuminator device , at least one light conductor that comprises optical fibers for transmitting light from the illuminator device to the beacon light , the illuminator device facing light inlet ends of the optical fibers and each optical fiber comprising a light outlet end, characterized in that the optical fibers are grouped in at least one bundle of optical fibers , the illuminator device further comprises an optical collimator that comprises at least one collimator lens arranged between the light inlet of the optical fibers and the light-emitting diode , for converting scattered light emitted by the light-emitting diode into a parallel light beam and transmitting same toward the light inlet of the optical fibers , the optical collimator comprises a concave reflector that directs the scattered light emitted by the light-emitting diode toward the collimator optical lens .
A transmission device, comprising: a transmitting unit that transmits a container of a predetermined format corresponding to a transport stream used as a digital broadcast standard, said container containing a predetermined number of video streams containing encoded image data of a plurality of images of a multi-image-arrangement distribution service; and an information-inserting unit that inserts position information for each of the predetermined number of video streams in the video-stream layer, the position information of one of the predetermined number of video streams showing arrangement display position of an image from the one of the predetermined number of video streams in the multi-image-arranged image formed by images from the predetermined number of video streams, wherein the images of the multi-image-arranged image are arranged one-dimensionally or two-dimensionally, and wherein the position information is included in a supplemental enhancement information, SEI, message for each access unit of encoded image data of each video stream; wherein the information-inserting unit further inserts identification information in the container layer, the identification information identifying the multi-image-arrangement distribution service and identifying if the multi-image-arrangement distribution service is a moving/still-image mixed service or not. a transmitting unit that transmits a container of a predetermined format corresponding to a transport stream used as a digital broadcast standard, said container containing a predetermined number of video streams containing encoded image data of a plurality of images of a multi-image-arrangement distribution service; and an information-inserting unit that inserts position information for each of the predetermined number of video streams in the video-stream layer, the position information of one of the predetermined number of video streams showing arrangement display position of an image from the one of the predetermined number of video streams in the multi-image-arranged image formed by images from the predetermined number of video streams, wherein the images of the multi-image-arranged image are arranged one-dimensionally or two-dimensionally, and wherein the position information is included in a supplemental enhancement information, SEI, message for each access unit of encoded image data of each video stream; wherein the information-inserting unit further inserts identification information in the container layer, the identification information identifying the multi-image-arrangement distribution service and identifying if the multi-image-arrangement distribution service is a moving/still-image mixed service or not.
A method for manufacturing a semiconductor device, comprising: providing a substrate comprising a first dielectric layer ; forming a lower gate material layer on the first dielectric layer; patterning the lower gate material layer to form gate lines ; depositing a second dielectric layer on the first dielectric layer and the gate lines to cover the gate lines; planarizing the second dielectric layer to expose upper surfaces of the gate lines ; forming an insulating buffer material layer on the second dielectric layer and the gate lines ; patterning the insulating buffer material layer to form a patterned insulating buffer layer comprising multiple separate portions, each portion extending to intersect one or more gate lines ; selectively growing a graphene layer on the the separate portions of the patterned insulating buffer layer ; forming a third dielectric layer to cover the graphene layer and the second dielectric layer ; and forming an upper gate electrode layer on the third dielectric layer . providing a substrate comprising a first dielectric layer ; forming a lower gate material layer on the first dielectric layer; patterning the lower gate material layer to form gate lines ; depositing a second dielectric layer on the first dielectric layer and the gate lines to cover the gate lines; planarizing the second dielectric layer to expose upper surfaces of the gate lines ; forming an insulating buffer material layer on the second dielectric layer and the gate lines ; patterning the insulating buffer material layer to form a patterned insulating buffer layer comprising multiple separate portions, each portion extending to intersect one or more gate lines ; selectively growing a graphene layer on the the separate portions of the patterned insulating buffer layer ; forming a third dielectric layer to cover the graphene layer and the second dielectric layer ; and forming an upper gate electrode layer on the third dielectric layer .
A vacuum pump , in particular a turbomolecular vacuum pump, or a vacuum system comprising at least one vacuum pump , in particular a turbomolecular vacuum pump, said vacuum pump comprising an inertial measurement unit which is associated with the vacuum pump and which comprises at least one inertial sensor , in particular an acceleration sensor or an angular rate sensor, which is configured to detect movements of the vacuum pump and/or the orientation of the vacuum pump and to provide measurement data in this respect, in particular as raw measurement data and/or as processed measurement data, and/or information obtained by evaluating these measurement data, characterized in that the inertial measurement unit is integrated into a vacuum leadthrough of the vacuum pump , with the inertial measurement unit in particular being arranged on a circuit board forming the vacuum leadthrough . said vacuum pump comprising an inertial measurement unit which is associated with the vacuum pump and which comprises at least one inertial sensor , in particular an acceleration sensor or an angular rate sensor, which is configured to detect movements of the vacuum pump and/or the orientation of the vacuum pump and to provide measurement data in this respect, in particular as raw measurement data and/or as processed measurement data, and/or information obtained by evaluating these measurement data, characterized in that the inertial measurement unit is integrated into a vacuum leadthrough of the vacuum pump , with the inertial measurement unit in particular being arranged on a circuit board forming the vacuum leadthrough .
An angular displacement indicator comprising: a sintered powder magnet having a planar face normal to a rotation axis (L3); and a sensor configured to output a voltage that is proportional to an angular displacement between the magnet and the sensor, the magnet comprising grains that have magnetic dipoles that form a curved pattern that, at the axis, is substantially tangent the face, the sensor sensing a component of a magnetic field from the magnet that is parallel to the rotation axis at a location radially set apart from the rotation axis. a sintered powder magnet having a planar face normal to a rotation axis (L3); and a sensor configured to output a voltage that is proportional to an angular displacement between the magnet and the sensor, the magnet comprising grains that have magnetic dipoles that form a curved pattern that, at the axis, is substantially tangent the face, the sensor sensing a component of a magnetic field from the magnet that is parallel to the rotation axis at a location radially set apart from the rotation axis.
Method of sorting live fish comprising: a) guide fish from a holding area arranged under the surface to the surface via a recording device, wherein the fish is guided to the surface using a channel/tube , such that the fish can swim up through the channel/tube and replenish their swimming bladder with air, b) identify features of individual fish which characterize the condition of the fish and individuals, c) based on the identified features, decide a desired action for each individual fish, and d) guide each individual fish to one of several destinations at which the desired action can be performed on the fish. a) guide fish from a holding area arranged under the surface to the surface via a recording device, wherein the fish is guided to the surface using a channel/tube , such that the fish can swim up through the channel/tube and replenish their swimming bladder with air, b) identify features of individual fish which characterize the condition of the fish and individuals, c) based on the identified features, decide a desired action for each individual fish, and d) guide each individual fish to one of several destinations at which the desired action can be performed on the fish.
A Narrow Band Internet of Things, NB-IoT, user apparatus for a mobile communication system including a base station and the NB-IoT user apparatus , comprising: a receiving unit configured to receive a UE capability request (S11) from the base station; and a transmission unit configured to transmit, to the base station, UE capability information (S12) of the user apparatus according to reception of the UE capability request, wherein the UE capability information includes a UE category for NB-IoT, but does not include a parameter of FGI and a parameter of a measurement gap. a receiving unit configured to receive a UE capability request (S11) from the base station; and a transmission unit configured to transmit, to the base station, UE capability information (S12) of the user apparatus according to reception of the UE capability request, wherein the UE capability information includes a UE category for NB-IoT, but does not include a parameter of FGI and a parameter of a measurement gap.
A float type drain trap comprising: a valve casing comprising an inlet , a valve chamber , and an outlet , a valve seat member attached to a lower portion of the valve chamber, a discharge passage formed in the valve seat member, the discharge passage communicating the valve chamber with the outlet , a float disposed in the valve chamber, the float being moveable between a position away from the valve seat member and a position seated on the valve seat member to open and close the discharge passage , an operation member having a tip end disposed in the discharge passage , wherein the operation member is externally operable in advanced and retracted positions, a valve member , provided on a middle portion of the operation member, that communicates between a periphery anterior to and a periphery posterior to the middle portion of the operation member when the operation member is in an advanced position and that blocks the periphery anterior to and the periphery posterior to the middle portion of the operation member from one another when the operation member is in a most retracted position, and a blow passage , provided inside the operation member , that comprises a transverse hole radially penetrating at the portion posterior to the valve member and a longitudinal hole that communicates with the transverse hole and axially penetrates towards the rear end of the operation member , whereby foreign material can be blown outside from the blow passage so that said foreign material does not flow downward toward the outlet . a valve casing comprising an inlet , a valve chamber , and an outlet , a valve seat member attached to a lower portion of the valve chamber, a discharge passage formed in the valve seat member, the discharge passage communicating the valve chamber with the outlet , a float disposed in the valve chamber, the float being moveable between a position away from the valve seat member and a position seated on the valve seat member to open and close the discharge passage , an operation member having a tip end disposed in the discharge passage , wherein the operation member is externally operable in advanced and retracted positions, a valve member , provided on a middle portion of the operation member, that communicates between a periphery anterior to and a periphery posterior to the middle portion of the operation member when the operation member is in an advanced position and that blocks the periphery anterior to and the periphery posterior to the middle portion of the operation member from one another when the operation member is in a most retracted position, and a blow passage , provided inside the operation member , that comprises a transverse hole radially penetrating at the portion posterior to the valve member and a longitudinal hole that communicates with the transverse hole and axially penetrates towards the rear end of the operation member , whereby foreign material can be blown outside from the blow passage so that said foreign material does not flow downward toward the outlet .
A method for detecting protein-polynucleotide conjugate molecules in a sample comprising: (a) contacting the sample with a triplex forming oligonucleotide (TFO) that is covalently linked to a tag under conditions that allow the TFO to hybridize to the polynucleotide in the conjugate molecule, thereby forming a hybridization mixture; (b) contacting the hybridization mixture with a surface comprising a capture reagent that specifically binds to the tag covalently linked to the TFO; (c) contacting the surface with a detection reagent, wherein the detection reagent comprises a detectable label coupled to a binding partner that specifically binds to the protein in the conjugate molecule; and (d) detecting a signal from the detectable label. (a) contacting the sample with a triplex forming oligonucleotide (TFO) that is covalently linked to a tag under conditions that allow the TFO to hybridize to the polynucleotide in the conjugate molecule, thereby forming a hybridization mixture; (b) contacting the hybridization mixture with a surface comprising a capture reagent that specifically binds to the tag covalently linked to the TFO; (c) contacting the surface with a detection reagent, wherein the detection reagent comprises a detectable label coupled to a binding partner that specifically binds to the protein in the conjugate molecule; and (d) detecting a signal from the detectable label.
A method for making an electric cartridge for an electronic cigarette, where the cartridge comprises a piece of flexible substrate material comprising at least a flexible film on which are defined a plurality of a resistive zones grouped into distinct modules of electrically conductive networks , the electric cartridge comprising a plurality of portions of aromatic substance positioned on a face of the piece of flexible material, each portion being associated with a resistive zone and positioned in proximity to a heating surface of the respective resistive zone , the method comprising the steps of: - preparing a continuous web (N) of flexible substrate material comprising at least one layer of flexible film mounting a plurality of modules of electrically conductive networks , wherein the continuous web (N) is prepared in advance by coupling the continuous web of flexible film to a continuous web of base sheet or wherein the step of preparing the continuous web (N) of flexible substrate material comprises the step of coupling a continuous web of flexible film to a continuous web of base sheet , - causing the continuous web (N) of flexible substrate material to advance along a feed path (A); - depositing on the continuous web (N) at least one dose of a composite comprising an aromatic substance in proximity to the heating surface of a resistive zone in order to obtain a portion of aromatic substance, wherein the dose of composite comprising the aromatic substance is deposited on a face of the flexible film opposite to the electrically conductive networks ; - cutting an end portion (P) of the continuous web (N) to obtain a piece of flexible substrate material containing a certain number of modules . - preparing a continuous web (N) of flexible substrate material comprising at least one layer of flexible film mounting a plurality of modules of electrically conductive networks , wherein the continuous web (N) is prepared in advance by coupling the continuous web of flexible film to a continuous web of base sheet or wherein the step of preparing the continuous web (N) of flexible substrate material comprises the step of coupling a continuous web of flexible film to a continuous web of base sheet , - causing the continuous web (N) of flexible substrate material to advance along a feed path (A); - depositing on the continuous web (N) at least one dose of a composite comprising an aromatic substance in proximity to the heating surface of a resistive zone in order to obtain a portion of aromatic substance, wherein the dose of composite comprising the aromatic substance is deposited on a face of the flexible film opposite to the electrically conductive networks ; - cutting an end portion (P) of the continuous web (N) to obtain a piece of flexible substrate material containing a certain number of modules .
A network device for sending Border Gateway Protocol, BGP, information, wherein the network device comprises a BGP module and a BGP monitoring protocol, BMP, module , wherein the BMP module is configured to establish a BMP connection with a monitoring server , and send to the BGP module a request for acquiring a capability information set; the BGP module is configured to receive the request for acquiring the capability information set; traverse BGP capability data stored in the BGP module to acquire all BGP capability data configured in the network device ; and send the acquired all BGP capability data to the BMP module ; and the BMP module is further configured to send to the monitoring server all the BGP capability data and a device identifier of the network device .
A crystalline form of darunavir (Formula I), wherein the crystalline form is Form I, characterized by an X-ray powder diffraction (XRPD) pattern having peaks at about 7.2°, 17.8°, and 25.1° 2-θ ± 0.2° 2-θ; and wherein the X-ray powder diffraction (XRPD) pattern has further peaks at about 10.8°, 14.3° and 18.3° 2-θ ± 0.2° 2-θ.