mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol particle measuring device for the qualitative and/or quantitative determination of fluorescent materials in real time by means of frequency domain fluorescence lifetime measurement, comprising a measuring device with a light source , detector and measuring chamber , an aerosol inlet , an aerosol outlet as well as an airflow generation and control device with electronics , characterized in that i) the detector is an electronic photon detector for light detection based on semiconductor technology, in particular a silicon photomultiplier (SiPM), and ii) the materials are aerosol particles of an aerosol and therefore are dispersed in a gas phase, whereupon the aerosol particles are determined in flight, which allows for permanent monitoring of particles in gases and in real time. i) the detector is an electronic photon detector for light detection based on semiconductor technology, in particular a silicon photomultiplier (SiPM), and ii) the materials are aerosol particles of an aerosol and therefore are dispersed in a gas phase, whereupon the aerosol particles are determined in flight, which allows for permanent monitoring of particles in gases and in real time.
A communication method of a terminal , the method comprising: transmitting , to a base station , a radio access technology, RAT, discovery request message for requesting a service on a common discovery channel, CDCH, ; receiving , from the base station , an RAT discovery response message including information on a resource for RAT-related system information, the RAT-related system information including information on the service for the terminal; receiving , from the base station , the RAT-related system information based on the information on the resource for the RAT-related system information; and receiving , from the base station , a terminal-specific, UE-specific, configuration information for configuring the terminal on a resource region based on the RAT-related system information. transmitting , to a base station , a radio access technology, RAT, discovery request message for requesting a service on a common discovery channel, CDCH, ; receiving , from the base station , an RAT discovery response message including information on a resource for RAT-related system information, the RAT-related system information including information on the service for the terminal; receiving , from the base station , the RAT-related system information based on the information on the resource for the RAT-related system information; and receiving , from the base station , a terminal-specific, UE-specific, configuration information for configuring the terminal on a resource region based on the RAT-related system information.
A baffle or reinforcement element for sealing and/or reinforcing a cavity, in particular a cavity of a vehicle, comprising: a carrier plate with a first plate surface and a second plate surface , and a first and a second expandable element, in particular expandable foam element, supported by the carrier plate , characterised in that , the first expandable element covers to at least 99% the entire first plate surface and forms a first outer surface of the baffle or reinforcement element and the second expandable element covers to at least 99% the entire second plate surface and forms a second outer surface of the baffle or reinforcement element, wherein a thickness of the carrier plate is more than 1.0 mm and less than 10 mm. a carrier plate with a first plate surface and a second plate surface , and a first and a second expandable element, in particular expandable foam element, supported by the carrier plate , characterised in that , the first expandable element covers to at least 99% the entire first plate surface and forms a first outer surface of the baffle or reinforcement element and the second expandable element covers to at least 99% the entire second plate surface and forms a second outer surface of the baffle or reinforcement element, wherein a thickness of the carrier plate is more than 1.0 mm and less than 10 mm.
A composition comprising a saRNA targeting a C/EBPα transcript, for use in treating insulin resistance or obesity of a patient.
A mounting bracket for a bathroom installation, wherein the mounting bracket comprises a bracket body configured for an installation of a water tank assembly (a); a locking assembly arranged on the bracket body ; a support foot arranged on the bracket body , wherein the support foot is able to slide along an up-down direction of the bracket body , and the locking assembly is configured to lock the support foot at a preset position; the support foot is provided with a sliding chute arranged in the up-down direction and a guide hole communicated with the sliding chute ; the locking assembly comprises a slider slidably arranged in the sliding chute ; a fastener, wherein the fastener passes through the bracket body and the guide hole in sequence, and the fastener is threaded with the slider , wherein, the fastener and the slider cooperate to lock the support foot at the preset position of the bracket body wherein the bracket body is provided with an accommodation cavity, and the support foot is slidably arranged in the accommodation cavity; the bracket body comprises a frame body and an accommodation cylinder , the frame body and the accommodation cylinder are integrally formed, the accommodation cavity is arranged in the accommodation cylinder , and the frame body is configured for the installation of the water tank assembly (a); characterised in that the frame body is a plate-shaped structure, and a surface of the frame body is provided with a recessed stiffener ; and a back of the frame body is provided with a recessed portion , and the recessed portion is filled with grid stiffeners . a bracket body configured for an installation of a water tank assembly (a); a locking assembly arranged on the bracket body ; a support foot arranged on the bracket body , wherein the support foot is able to slide along an up-down direction of the bracket body , and the locking assembly is configured to lock the support foot at a preset position; the support foot is provided with a sliding chute arranged in the up-down direction and a guide hole communicated with the sliding chute ; the locking assembly comprises a slider slidably arranged in the sliding chute ; a fastener, wherein the fastener passes through the bracket body and the guide hole in sequence, and the fastener is threaded with the slider , wherein, the fastener and the slider cooperate to lock the support foot at the preset position of the bracket body wherein the bracket body is provided with an accommodation cavity, and the support foot is slidably arranged in the accommodation cavity; the bracket body comprises a frame body and an accommodation cylinder , the frame body and the accommodation cylinder are integrally formed, the accommodation cavity is arranged in the accommodation cylinder , and the frame body is configured for the installation of the water tank assembly (a); characterised in that the frame body is a plate-shaped structure, and a surface of the frame body is provided with a recessed stiffener ; and a back of the frame body is provided with a recessed portion , and the recessed portion is filled with grid stiffeners .
A stent, comprising: a tubular scaffold having a proximal end and a distal end, the tubular scaffold including: a first filament extending between the proximal end and the distal end, the first filament including a first biodegradable region positioned adjacent to a second biodegradable region; wherein a portion of the first filament within the first biodegradable region has a first rate of degradation; wherein a portion of the first filament within the second biodegradable region has a second rate of degradation; wherein the first rate of degradation is different from the second rate of degradation; and wherein the first biodegradable region includes a catalyst disposed on the first filament. a tubular scaffold having a proximal end and a distal end, the tubular scaffold including: a first filament extending between the proximal end and the distal end, the first filament including a first biodegradable region positioned adjacent to a second biodegradable region; wherein a portion of the first filament within the first biodegradable region has a first rate of degradation; wherein a portion of the first filament within the second biodegradable region has a second rate of degradation; wherein the first rate of degradation is different from the second rate of degradation; and a first filament extending between the proximal end and the distal end, the first filament including a first biodegradable region positioned adjacent to a second biodegradable region; wherein a portion of the first filament within the first biodegradable region has a first rate of degradation; wherein a portion of the first filament within the second biodegradable region has a second rate of degradation; wherein the first rate of degradation is different from the second rate of degradation; and wherein the first biodegradable region includes a catalyst disposed on the first filament.
A method of detecting a masking state of a device for detecting a target in an environment, the detection device being configured to generate transmission signals and receive reception signals in a field of view, said field of view extending from a minimum distance to a maximum distance, said method comprising the steps of: - providing a reference function of the signal amplitude versus the distance from the detection device in a subrange of said field of view, which extends from the minimum distance to an intermediate distance between the maximum distance and the minimum distance by performing a first detection for acquiring an original reception signal, by obtaining an original detection profile and by assuming the original detection signal in the subrange as the original reference function, - detecting a reception signal after the first detection cycle and deriving a detection profile, - comparing the detection profile with the reference function in the subrange, - performing a sequence of detection cycles, thereby detecting a plurality of reception signals and deriving respective detection profiles, characterized in that it comprises the step of: - if a detection profile assumes a value that differs from the reference function in the subrange by more than a predetermined difference, analyzing the sequence of detection profiles to find whether the sequence converges toward the reference function, and generating a masking signal only if the sequence diverges from the reference function or is stable with time. - providing a reference function of the signal amplitude versus the distance from the detection device in a subrange of said field of view, which extends from the minimum distance to an intermediate distance between the maximum distance and the minimum distance by performing a first detection for acquiring an original reception signal, by obtaining an original detection profile and by assuming the original detection signal in the subrange as the original reference function, - detecting a reception signal after the first detection cycle and deriving a detection profile, - comparing the detection profile with the reference function in the subrange, - performing a sequence of detection cycles, thereby detecting a plurality of reception signals and deriving respective detection profiles, characterized in that it comprises the step of: - if a detection profile assumes a value that differs from the reference function in the subrange by more than a predetermined difference, analyzing the sequence of detection profiles to find whether the sequence converges toward the reference function, and generating a masking signal only if the sequence diverges from the reference function or is stable with time.
A positive electrode active material for a lithium secondary battery, the positive electrode active material comprising a nickel-based lithium composite metal oxide single particle, wherein the nickel-based lithium composite metal oxide is represented by Chemical Formula 1: Li a (Ni x Mn y Co z )O 2+b wherein, in Chemical Formula 1, 0.95≤a≤1.2, 0≤b≤0.02, 0<x<0.6, 0≤y≤0.4, 0≤z<1, and x+y+z=1; wherein the single particle includes, in its crystal lattice structure, a surface part having a rock salt structure, a spinel structure, or a mixed structure thereof from the surface of the single particle to a depth of 0.13 % to 5.26 % of the radius of the lithium composite metal oxide single particle, and a central part having a layered structure from the interface with the surface part thereof to the center of the single particle, wherein the single particle has an average particle size D50 of 3.5 μm or more to 8 μm or less, and wherein the single particle includes a plurality of crystal grains, each crystal grain having a size of 180 nm to 300 nm as measured by X-ray diffraction analysis with a Cu Kα X-ray, and 2500 to 6000 ppm of one or more elements selected from the group consisting of M=Al, Ti, Mg, Zr, W, Y, Sr, Na, Cu, Fe, Ca, and B doped in a crystal lattice of the single particle. the positive electrode active material comprising a nickel-based lithium composite metal oxide single particle, wherein the nickel-based lithium composite metal oxide is represented by Chemical Formula 1: Li a (Ni x Mn y Co z )O 2+b wherein, in Chemical Formula 1, 0.95≤a≤1.2, 0≤b≤0.02, 0<x<0.6, 0≤y≤0.4, 0≤z<1, and x+y+z=1; wherein the single particle includes, in its crystal lattice structure, a surface part having a rock salt structure, a spinel structure, or a mixed structure thereof from the surface of the single particle to a depth of 0.13 % to 5.26 % of the radius of the lithium composite metal oxide single particle, and a central part having a layered structure from the interface with the surface part thereof to the center of the single particle, wherein the single particle has an average particle size D50 of 3.5 μm or more to 8 μm or less, and wherein the single particle includes a plurality of crystal grains, each crystal grain having a size of 180 nm to 300 nm as measured by X-ray diffraction analysis with a Cu Kα X-ray, and 2500 to 6000 ppm of one or more elements selected from the group consisting of M=Al, Ti, Mg, Zr, W, Y, Sr, Na, Cu, Fe, Ca, and B doped in a crystal lattice of the single particle.
A micro-column gel card, comprising a fixing plate and a plurality of tubular columns (3, H1-H8, M1-M8) arranged and fixed through the fixing plate, wherein, the any tubular column (3, H1-H8, M1-M8) comprises a sample adding cavity , a reaction cavity , and a gel column ; the gel column is configured to load a gel reagent; the sample adding cavity is provided above the gel column ; and the reaction cavity is connected between the sample adding cavity and the gel column ; characterized in that , the tubular columns (3, H1-H8, M1-M8) are fixed to two sides of the fixing plate respectively, and the tubular columns (3, H1-H8, M1-M8) located on the two sides of the fixing plate are arranged in a staggered manner; and a central axis of the sample adding cavity and a central axis of the gel column do not coincide. wherein, the any tubular column (3, H1-H8, M1-M8) comprises a sample adding cavity , a reaction cavity , and a gel column ; the gel column is configured to load a gel reagent; the sample adding cavity is provided above the gel column ; and the reaction cavity is connected between the sample adding cavity and the gel column ; characterized in that , the tubular columns (3, H1-H8, M1-M8) are fixed to two sides of the fixing plate respectively, and the tubular columns (3, H1-H8, M1-M8) located on the two sides of the fixing plate are arranged in a staggered manner; and a central axis of the sample adding cavity and a central axis of the gel column do not coincide.
A joint comprising: a bolt with a head in a first end , with a thread in a second end and with an intermediate section between the first end and the second end , and which during attachment of two objects rotatably to each other protrudes trough openings in said objects, and a nut received on said thread for keeping said objects together between said head and said nut , an end surface of the bolt in the second end of the bolt is provided with a cavity that extends in an axial direction (A) of the bolt and that has a wall with a thread , and the joint comprises an expansion bolt with a threaded end protruding into said cavity and engaging the thread on the wall, said expansion bolt having a larger diameter (D1) than a diameter (D2) of the cavity such that forces expanding the second end of the bolt are directed by the expansion bolt towards the wall of the cavity , wherein the cavity extends in the axial direction (A) of the bolt from the end surface to the first end of the bolt as a through bore having openings in both end surfaces of the bolt , the cavity has a smaller diameter at the first end of the bolt than at the second end of the bolt, the thread on the wall of the cavity is located at the opening in the first end of the bolt in the part of the cavity which has the smaller diameter, and the expansion bolt has a head with an inclined outer side surface contacting the wall of the the cavity at the second end of the bolt for expanding the second end of the bolt. a bolt with a head in a first end , with a thread in a second end and with an intermediate section between the first end and the second end , and which during attachment of two objects rotatably to each other protrudes trough openings in said objects, and a nut received on said thread for keeping said objects together between said head and said nut , an end surface of the bolt in the second end of the bolt is provided with a cavity that extends in an axial direction (A) of the bolt and that has a wall with a thread , and the joint comprises an expansion bolt with a threaded end protruding into said cavity and engaging the thread on the wall, said expansion bolt having a larger diameter (D1) than a diameter (D2) of the cavity such that forces expanding the second end of the bolt are directed by the expansion bolt towards the wall of the cavity , wherein the cavity extends in the axial direction (A) of the bolt from the end surface to the first end of the bolt as a through bore having openings in both end surfaces of the bolt , the cavity has a smaller diameter at the first end of the bolt than at the second end of the bolt, the thread on the wall of the cavity is located at the opening in the first end of the bolt in the part of the cavity which has the smaller diameter, and the expansion bolt has a head with an inclined outer side surface contacting the wall of the the cavity at the second end of the bolt for expanding the second end of the bolt.
A magnetic particle , comprising: a knobby copolymer core , a polymer layer , covering the knobby copolymer core and having at least one functional group; a magnetic substance layer , covering the polymer layer ; and a silicon-based layer , covering the magnetic substance layer , characterised in that the knobby copolymer core comprises a plurality of protrusions with an average height (h 1 -h 3 ) of 100-5000nm. a knobby copolymer core , a polymer layer , covering the knobby copolymer core and having at least one functional group; a magnetic substance layer , covering the polymer layer ; and a silicon-based layer , covering the magnetic substance layer , characterised in that the knobby copolymer core comprises a plurality of protrusions with an average height (h 1 -h 3 ) of 100-5000nm.
Method of manufacturing a single-side-contacted photovoltaic device , comprising the sequence of steps of: a) providing a photovoltaically-active substrate defining a plurality of alternating hole collecting zones and electron collecting zones arranged in parallel strips; subsequently b) depositing a conductive layer across said zones; c) depositing at least one conductive track extending along at least part of each of said zones ; subsequently d) selectively forming a dielectric layer on each of said zones , so as to leave an exposed area free of dielectric at an interface between adjacent zones ; subsequently e) etching said conductive layer in said exposed areas; subsequently f) applying a plurality of interconnecting conductors so as to electrically interconnect at least a portion of said hole collecting zones with each other, and to electrically interconnect at least a portion of said electron collecting zones with each other. a) providing a photovoltaically-active substrate defining a plurality of alternating hole collecting zones and electron collecting zones arranged in parallel strips; subsequently b) depositing a conductive layer across said zones; c) depositing at least one conductive track extending along at least part of each of said zones ; subsequently d) selectively forming a dielectric layer on each of said zones , so as to leave an exposed area free of dielectric at an interface between adjacent zones ; subsequently e) etching said conductive layer in said exposed areas; subsequently f) applying a plurality of interconnecting conductors so as to electrically interconnect at least a portion of said hole collecting zones with each other, and to electrically interconnect at least a portion of said electron collecting zones with each other.
A cutting insert comprising: opposing top and bottom surfaces and a peripheral surface extending therebetween, the peripheral surface comprising a front arcuate surface and a rear surface , the front arcuate surface meeting the top and bottom surfaces at two edges , at least one of the edges comprising a cutting edge; the rear surface comprising a central back surface , two side abutment surfaces and two rear abutment surfaces , the central back surface being located between the two side abutment surfaces which extend forwardly therefrom, each side abutment surface being adjacent to a respective rear abutment surface , the central back surface and the two side abutment surfaces being located on a protuberance of the cutting insert , the protuberance protruding beyond the rear abutment surfaces in a direction away from a central region of the front arcuate surface ; and an insert through hole passing between the top and bottom surfaces ; characterised in that the two side abutment surfaces are parallel to each other; and the two rear abutment surfaces are flat and coplanar. opposing top and bottom surfaces and a peripheral surface extending therebetween, the peripheral surface comprising a front arcuate surface and a rear surface , the front arcuate surface meeting the top and bottom surfaces at two edges , at least one of the edges comprising a cutting edge; the rear surface comprising a central back surface , two side abutment surfaces and two rear abutment surfaces , the central back surface being located between the two side abutment surfaces which extend forwardly therefrom, each side abutment surface being adjacent to a respective rear abutment surface , the central back surface and the two side abutment surfaces being located on a protuberance of the cutting insert , the protuberance protruding beyond the rear abutment surfaces in a direction away from a central region of the front arcuate surface ; and an insert through hole passing between the top and bottom surfaces ; characterised in that the two side abutment surfaces are parallel to each other; and the two rear abutment surfaces are flat and coplanar.