mhurhangee/ep-ind-claims huggingface dataset:
An X-ray detector, comprising - a top electrode; - a direct conversion layer comprising at least one perovskite, wherein the at least one perovskite is crystalline; and - a bottom electrode (5; 5'), wherein the X-ray detector additionally comprises an electron blocking interlayer (2; 4; 4') comprising an electron blocking material between the top electrode and the direct conversion layer or between the bottom electrode and the direct conversion layer and/or a hole blocking interlayer (2; 4; 4') comprising a hole blocking material between the bottom electrode and the direct conversion layer or between the top electrode and the direct conversion layer, characterized in that at least one of the electron blocking interlayer (2; 4; 4') and the hole blocking interlayer (2; 4; 4') comprises an adhesion promoting additive selected from saccharides and/or derivatives thereof; and/or from amino resins; phenol resins; epoxy resins; natural resins; and/or acrylic based adhesives, and in that the electron blocking interlayer (2; 4; 4') and/or the hole blocking interlayer (2; 4; 4') has a resistivity of >1×10 3 Ohm·cm. - a top electrode; - a direct conversion layer comprising at least one perovskite, wherein the at least one perovskite is crystalline; and - a bottom electrode (5; 5'), wherein the X-ray detector additionally comprises an electron blocking interlayer (2; 4; 4') comprising an electron blocking material between the top electrode and the direct conversion layer or between the bottom electrode and the direct conversion layer and/or a hole blocking interlayer (2; 4; 4') comprising a hole blocking material between the bottom electrode and the direct conversion layer or between the top electrode and the direct conversion layer, characterized in that at least one of the electron blocking interlayer (2; 4; 4') and the hole blocking interlayer (2; 4; 4') comprises an adhesion promoting additive selected from saccharides and/or derivatives thereof; and/or from amino resins; phenol resins; epoxy resins; natural resins; and/or acrylic based adhesives, and in that the electron blocking interlayer (2; 4; 4') and/or the hole blocking interlayer (2; 4; 4') has a resistivity of >1×10 3 Ohm·cm.
Fastening apparatus for fastening a drive of an elevator system, the elevator system comprising an installation structure for installing the drive, the fastening apparatus comprising: a beam having two feet (114, 114a, 114b) for fastening the beam to the installation structure; a drive bracket for receiving the drive, the drive bracket being fastened to the beam; and a support leg fastened at one end to the drive bracket and designed to additionally support the drive bracket on the installation structure, characterized in that the support leg comprises two or more elements (300, 302) which can be displaced relative to one another and which can be displaced telescopically into one another and latched in relation to one another, and the support leg is thereby adjustable in length. a beam having two feet (114, 114a, 114b) for fastening the beam to the installation structure; a drive bracket for receiving the drive, the drive bracket being fastened to the beam; and a support leg fastened at one end to the drive bracket and designed to additionally support the drive bracket on the installation structure, characterized in that the support leg comprises two or more elements (300, 302) which can be displaced relative to one another and which can be displaced telescopically into one another and latched in relation to one another, and the support leg is thereby adjustable in length.
Current rectifier device for a polyphase rotary electric machine, in particular an alternator or an alternator starter for an automotive vehicle, comprising at least two current rectification modules, one for each phase of the electric machine, said modules including current rectification elements (93, 94), characterized in that it includes a housing (26, 27) made of a mouldable electrically insulating material, in that the housing is axially apertured and is endowed with a plurality of electrically insulating transverse compartments, in that at least two of the compartments are dedicated to the accommodation of a current rectification module, in that the housing is in two parts (26, 27) made of an electrically insulating material, referred to as the upper part and the lower part, respectively, and in that the upper part includes at least one electrically conductive upper track that is mostly embedded in the upper part and includes visible parts (321, 322) that protrude with respect to the upper part and take the form, on the one hand, of a circumferentially oriented protrusion for forming an upper connector that is intended to be electrically connected to the positive terminal of a battery and, on the other hand, of legs that protrude radially with respect to the outer periphery of the upper part, each for connecting to one of the current rectification elements of a module.
A communication apparatus including a communication controller having a host-side communication interface for communicating with a host and a plurality of slave-side communication interfaces (130, 132, 134, 136), each slave-side communication interface having a plurality of electrical pins that are configurable to define a communication port (140, 142, 144, 146) that implements a selected communication protocol thereon, and each pin further being in electrical communication with a slave socket (150, 152, 154, 156) having a predetermined layout, said communication apparatus being characterised in that each slave socket is configured to removably receive a protocol adapter (160, 164) that corresponds to the selected communication protocol, the protocol adapter being configured to facilitate communication between an external slave device and the relevant communication port, wherein a footprint of each slave socket is configured to at least partially correspond to the layout of the protocol adapter, such that the protocol adapter is interchangeable between at least a subset of the slave sockets.
Method for encoding a video signal wherein image compression is performed wherein for the video signal an enhancement stream is encoded in an enhancement stream encoder and a base stream is encoded in a base stream encoder, and the frame rates for enhancement stream and base stream differ by a factor different from a power of 2, and multiple temporal predictions are used in the enhancement stream encoder wherein multiple prediction frames are stored in a memory of the enhancement stream encoder wherein a prediction frame(Rn-1) in said memory of the enhancement stream encoder is overwritten with a frame derived from the base stream encoder, wherein the overwritten prediction frame in said memory is the prediction frame longest in memory.
A cleaner, comprising: a first housing configured in a cylindrical shape; an inlet port provided to the first housing for air suction; an inlet pipe communicating with the inlet port and extending to a front side of the first housing with a length-directional axis positioned side by side with a ground surface; a cyclone forming part provided within the first housing to separate dust from air flowing into the first housing; a second housing communicating with the first housing and coupled to a rear side of the first housing; a fan provided within the second housing to provide a suction force to enable air to be sucked into the first housing through the inlet port; a battery provided within the second housing to supply power to the fan; and a handle part including a handle base coupled to a top side of the first housing and a handle body connected to the handle base; wherein the cleaner further comprises a battery receiving portion that is provided within the second housing to receive the battery therein, characterized in that the battery receiving portion is disposed to a left or right side within the second housing, and the fan is disposed to the other of the left or right side within the second housing. a first housing configured in a cylindrical shape; an inlet port provided to the first housing for air suction; an inlet pipe communicating with the inlet port and extending to a front side of the first housing with a length-directional axis positioned side by side with a ground surface; a cyclone forming part provided within the first housing to separate dust from air flowing into the first housing; a second housing communicating with the first housing and coupled to a rear side of the first housing; a fan provided within the second housing to provide a suction force to enable air to be sucked into the first housing through the inlet port; a battery provided within the second housing to supply power to the fan; and a handle part including a handle base coupled to a top side of the first housing and a handle body connected to the handle base; wherein the cleaner further comprises a battery receiving portion that is provided within the second housing to receive the battery therein, characterized in that the battery receiving portion is disposed to a left or right side within the second housing, and the fan is disposed to the other of the left or right side within the second housing.
A test meter for analyzing a body fluid sample applied to a test strip, the test meter comprising: an outer housing having an opening; an actuator positioned adjacent the outer housing; a dispensing member movably connected to the actuator, the dispensing member having a first end and a second end, the first end being a free end and the second end being a fixed end, the dispensing member configured to rotate about the fixed end; and a cartridge for storing a plurality of stacked test strips for distribution through the opening, the cartridge having a linear channel configured to permit movement of the dispensing member there through, the cartridge comprising a covering element hingedly connected to the dispensing member and configured to move the dispensing member when the covering element moves between a first position and a second actuated position, the covering element engaged with the actuator and moving from the first position to the second actuated position when the actuator is actuated; wherein the plurality of stacked test strips is biased toward the dispensing member, and wherein each time the actuator is actuated, the dispensing member is rotated about the fixed end, and the free end of the dispensing member moves along the linear channel to move one test strip from the plurality of stacked test strips through the opening and another test strip from the plurality of stacked test strips is biased toward the dispensing member. an outer housing having an opening; an actuator positioned adjacent the outer housing; a dispensing member movably connected to the actuator, the dispensing member having a first end and a second end, the first end being a free end and the second end being a fixed end, the dispensing member configured to rotate about the fixed end; and a cartridge for storing a plurality of stacked test strips for distribution through the opening, the cartridge having a linear channel configured to permit movement of the dispensing member there through, the cartridge comprising a covering element hingedly connected to the dispensing member and configured to move the dispensing member when the covering element moves between a first position and a second actuated position, the covering element engaged with the actuator and moving from the first position to the second actuated position when the actuator is actuated; wherein the plurality of stacked test strips is biased toward the dispensing member, and wherein each time the actuator is actuated, the dispensing member is rotated about the fixed end, and the free end of the dispensing member moves along the linear channel to move one test strip from the plurality of stacked test strips through the opening and another test strip from the plurality of stacked test strips is biased toward the dispensing member.
A system for load balancing data traffic between at least two carriers in a communications network supporting the at least two carriers, the system comprising processing circuitry, the processing circuitry being configured to cause the system to: perform a first machine learning phase in the form of training on a set of traffic flow properties and values thereof for a plurality of wireless devices and associated observed data flows of the wireless devices in order to determine at least two data flow classes; obtain current channel quality information for a wireless device (110a, 110b) of the at least two carriers, wherein the current channel quality information for the at least two carriers is a reference signal received power measurement on each of the at least two carriers; perform a second machine learning phase in the form of a testing phase wherein prediction of a future volume of a data flow of the wireless device is made, wherein the prediction involves classification of the data flow of the wireless device into one of the at least two data flow classes, and wherein the data flow comprises a sequence of packets scheduled either to or from the wireless device; and determine whether to offload the wireless device to a second carrier of the at least two carriers or not, according to - the current channel quality information, and - the predicted future volume according to the data flow class in which the data flow has been classified. perform a first machine learning phase in the form of training on a set of traffic flow properties and values thereof for a plurality of wireless devices and associated observed data flows of the wireless devices in order to determine at least two data flow classes; obtain current channel quality information for a wireless device (110a, 110b) of the at least two carriers, wherein the current channel quality information for the at least two carriers is a reference signal received power measurement on each of the at least two carriers; perform a second machine learning phase in the form of a testing phase wherein prediction of a future volume of a data flow of the wireless device is made, wherein the prediction involves classification of the data flow of the wireless device into one of the at least two data flow classes, and wherein the data flow comprises a sequence of packets scheduled either to or from the wireless device; and determine whether to offload the wireless device to a second carrier of the at least two carriers or not, according to - the current channel quality information, and - the predicted future volume according to the data flow class in which the data flow has been classified. - the current channel quality information, and - the predicted future volume according to the data flow class in which the data flow has been classified.
A paging method comprising: receiving (404, 504) a paging message; parsing and acquiring (405, 505) a value of a Core network Domain name field from the paging message; and when the value of the Core network Domain name field corresponds to a voice service of the Packet Switched domain, processing the paging message with a first priority which corresponds to a voice service of the Packet Switched domain, characterized in that the first priority is higher than a second priority which corresponds to a data service of the Packet Switched domain, wherein the method is applied in a dual-card dual-standby single-channel terminal; and processing the paging message with a first priority which corresponds to a voice service of the Packet Switched domain comprises: when a target Subscriber Identity Module SIM of the paging message is a first SIM card and a SIM card which occupies an antenna resource is a second SIM card, detecting whether the first priority is higher than a third priority which corresponds to a current service of the second SIM card; and when the first priority is higher than the third priority, allocating the antenna resource to the voice service based on the first priority. receiving (404, 504) a paging message; parsing and acquiring (405, 505) a value of a Core network Domain name field from the paging message; and when the value of the Core network Domain name field corresponds to a voice service of the Packet Switched domain, processing the paging message with a first priority which corresponds to a voice service of the Packet Switched domain, characterized in that the first priority is higher than a second priority which corresponds to a data service of the Packet Switched domain, when a target Subscriber Identity Module SIM of the paging message is a first SIM card and a SIM card which occupies an antenna resource is a second SIM card, detecting whether the first priority is higher than a third priority which corresponds to a current service of the second SIM card; and when the first priority is higher than the third priority, allocating the antenna resource to the voice service based on the first priority.
A method for manufacturing a light emitting device having a light emitting element and a resin layer containing fluorescent material particles and a filler which reflects light, an average particle diameter of the fluorescent material particles being set to 10 times or more of an average particle diameter of the filler, the method comprising a fluorescent material precipitation process for precipitating the fluorescent material particles in advance of the filler, the fluorescent material precipitation process comprising: a first resin layer forming process for applying a first resin containing the filler around the light emitting element, excepting at least an upper surface of the light emitting element, to form a first resin layer around the light emitting element; a second resin layer forming process for applying a second resin containing the fluorescent material particles onto the first resin layer and the light emitting element, before the first resin cures, to form a second resin layer on the first resin layer and the light emitting element; and a precipitation process for precipitating the fluorescent material particles through the filler to separate the first resin layer into a lower fluorescent material-containing layer and a filler-containing layer substantially free from the fluorescent material before curing. a first resin layer forming process for applying a first resin containing the filler around the light emitting element, excepting at least an upper surface of the light emitting element, to form a first resin layer around the light emitting element; a second resin layer forming process for applying a second resin containing the fluorescent material particles onto the first resin layer and the light emitting element, before the first resin cures, to form a second resin layer on the first resin layer and the light emitting element; and a precipitation process for precipitating the fluorescent material particles through the filler to separate the first resin layer into a lower fluorescent material-containing layer and a filler-containing layer substantially free from the fluorescent material before curing.
A respiratory apparatus comprising a respiratory therapy device to generate a flow of breathable gas; a delivery conduit to conduct the generated flow of breathable gas from the respiratory therapy device to a patient interface; a first controller located at the respiratory therapy device; a second controller located at or adjacent to a patient-end of the delivery conduit; and a set of wires (707,708,709)) along the delivery conduit connecting the first controller and the second controller, the set of wires comprising three wires (707,708,709) for both heating of the delivery conduit and for data communication between the first controller and the second controller, characterized in that one or both of the first controller and second controller is configured to interleave communication operations and heating operations in alternating fashion through the set of wires (707,708,709). a respiratory therapy device to generate a flow of breathable gas; a delivery conduit to conduct the generated flow of breathable gas from the respiratory therapy device to a patient interface; a first controller located at the respiratory therapy device; a second controller located at or adjacent to a patient-end of the delivery conduit; and a set of wires (707,708,709)) along the delivery conduit connecting the first controller and the second controller, the set of wires comprising three wires (707,708,709) for both heating of the delivery conduit and for data communication between the first controller and the second controller, characterized in that one or both of the first controller and second controller is configured to interleave communication operations and heating operations in alternating fashion through the set of wires (707,708,709).
A communication program that causes a computer to execute a process, the process comprising: receiving (S200-5) a certificate of a user from a second communication device which issues the certificate to the user; receiving (S200-2), from the second communication device, policy information that is to be used in the computer to determine whether the certificate of the user is permitted to be sent to a third communication device; in response to receiving (S302-1), from a first communication device used by the user, a request for sending the certificate of the user to the third communication device, obtaining (S302-2) a determination result by determining whether the certificate of the user is permitted to be sent to the third communication device in accordance with the received policy information; and in response to the determination result indicating that the certificate of the user is permitted to be sent to the third communication device, sending (S302-3), to the third communication device, the certificate of the user. receiving (S200-5) a certificate of a user from a second communication device which issues the certificate to the user; receiving (S200-2), from the second communication device, policy information that is to be used in the computer to determine whether the certificate of the user is permitted to be sent to a third communication device; in response to receiving (S302-1), from a first communication device used by the user, a request for sending the certificate of the user to the third communication device, obtaining (S302-2) a determination result by determining whether the certificate of the user is permitted to be sent to the third communication device in accordance with the received policy information; and in response to the determination result indicating that the certificate of the user is permitted to be sent to the third communication device, sending (S302-3), to the third communication device, the certificate of the user.
An oral care composition comprising (i) a whitening complex comprising crosslinked polyvinylpyrrolidone complexed with hydrogen peroxide, and (ii) a thickening agent comprising a crosslinked polyvinvlpyrrolidone, the composition further comprising (iii) a nonionic rheology modifier selected from at least one of a polysorbate surfactant and an alkylene glycol ester of a C 6 - C 12 fatty acid, or a mixture thereof.