mhurhangee/patent-ind-claim-en huggingface dataset:
A sound damping assembly comprising a visible front surface and an opposite rear surface and further comprising: - a plurality of first profiles , wherein each of said first profiles comprises wood, and wherein each of said first profiles comprises a first front surface and an opposite first rear surface ; - a plurality of acoustic profiles comprising an acoustic material , wherein said acoustic material is an acoustic polyester wool comprising polyester fibres thermally bonded together and having a weight comprised between 1.000 and 6.000 gram/m 2 , and wherein each of said acoustic profiles comprises an acoustic front surface and an opposite acoustic rear surface ; and wherein: - the first profiles and the acoustic profiles are made of different materials; and - each of said first profiles and each of said acoustic profiles further comprises a pair of interlocking means configured to assemble said first profile and said acoustic profile together in a releasable manner, thereby forming said sound damping assembly ; and wherein said first profiles and said acoustic profiles are alternatingly assembled in a releasable manner by said interlocking means ; and - said opposite rear surface formed by said opposite first rear surfaces and said opposite acoustic rear surfaces when said first profile and said acoustic profile are assembled is planar; and - said sound damping assembly is demonstrating a visible front surface comprising at least 45% of acoustic material. - a plurality of first profiles , wherein each of said first profiles comprises wood, and wherein each of said first profiles comprises a first front surface and an opposite first rear surface ; - a plurality of acoustic profiles comprising an acoustic material , wherein said acoustic material is an acoustic polyester wool comprising polyester fibres thermally bonded together and having a weight comprised between 1.000 and 6.000 gram/m 2 , and wherein each of said acoustic profiles comprises an acoustic front surface and an opposite acoustic rear surface ; - the first profiles and the acoustic profiles are made of different materials; and - each of said first profiles and each of said acoustic profiles further comprises a pair of interlocking means configured to assemble said first profile and said acoustic profile together in a releasable manner, thereby forming said sound damping assembly ; and wherein said first profiles and said acoustic profiles are alternatingly assembled in a releasable manner by said interlocking means ; and - said opposite rear surface formed by said opposite first rear surfaces and said opposite acoustic rear surfaces when said first profile and said acoustic profile are assembled is planar; and - said sound damping assembly is demonstrating a visible front surface comprising at least 45% of acoustic material.
A neurosurgical kit comprising a catheter , an intermediate tube and a guide tube , the catheter comprising a distal section of tubing having a distal end with a port or ports for delivering fluid to a target site within the brain , the distal section of tubing having an outer diameter that is smaller than an internal diameter of the guide tube and characterised in that the intermediate tube is arranged to receive the catheter with the catheter extending through the entire length of the intermediate tube and to be received in the guide tube such that a distal end of the intermediate tube is spaced from and contained within the guide tube to define a recess , and the catheter and guide tube are arranged such that, when the catheter is inserted into the guide tube to locate the port or ports at the target site , the recess is provided in a distal end section of the guide tube between the guide tube and the distal section of tubing of the catheter , the recess for retaining brain tissue cored by the guide tube during insertion of the guide tube into the brain with the catheter passing through the brain tissue retained in the recess , the brain tissue acting as a seal against reflux along the guide tube and the catheter of fluid delivered using the catheter .
An electric-vehicle-body structure (A) for an electric vehicle including a traveling motor (M) and a battery unit (Y) that supplies electric power to the traveling motor (M), the electric-vehicle-body structure (A) comprising: a floor panel constituting a floor of an occupant space (R1) suitable for a seat (FS, RS) on which a passenger is able to sit, wherein the floor panel comprises a floor tunnel-less structure including no tunnel portion; a center frame disposed to be higher than and away from the floor panel at a vehicle-width-direction central portion of the occupant space (R1) and extending in a vehicle front-rear direction; and at least one connecting member extending upward from the floor panel , having an upper portion fixed to the center frame , and connecting the center frame to the floor panel , characterized in that the connecting members include a first connecting member and a second connecting member separately disposed on a vehicle rear side from the first connecting member , a lower portion of the first connecting member and a lower portion of the second connecting member are fixed to respective sites separated from each other in the vehicle front-rear direction on the floor panel , and an upper portion of the first connecting member and an upper portion of the second connecting member are fixed to respective sites separated from each other in the vehicle front-rear direction on the center frame . a floor panel constituting a floor of an occupant space (R1) suitable for a seat (FS, RS) on which a passenger is able to sit, wherein the floor panel comprises a floor tunnel-less structure including no tunnel portion; a center frame disposed to be higher than and away from the floor panel at a vehicle-width-direction central portion of the occupant space (R1) and extending in a vehicle front-rear direction; and at least one connecting member extending upward from the floor panel , having an upper portion fixed to the center frame , and connecting the center frame to the floor panel , characterized in that the connecting members include a first connecting member and a second connecting member separately disposed on a vehicle rear side from the first connecting member , a lower portion of the first connecting member and a lower portion of the second connecting member are fixed to respective sites separated from each other in the vehicle front-rear direction on the floor panel , and an upper portion of the first connecting member and an upper portion of the second connecting member are fixed to respective sites separated from each other in the vehicle front-rear direction on the center frame .
Passenger seat arrangement for a passenger aircraft (A), comprising: a passenger seat assembly having at least one passenger seat and a seat supporting frame ; at least one seat fastening rail which can be installed in a cabin floor of the passenger aircraft (A) and in which the seat supporting frame is mounted; a first electronic housing in which electrical power converter components are arranged and which is mounted on the seat fastening rail and which has a rail mounting adapter so that the vector of the weight force of the first electronic housing runs through the rail mounting adapter into the seat fastening rail ; a second electronic housing in which electrical output ports for connecting electronic terminal devices are arranged and which is mounted on the passenger seat assembly ; and wired cabling which electrically connects a supply port of the electrical power converter components of the first electronic housing to the electrical output ports of the second electronic housing . a passenger seat assembly having at least one passenger seat and a seat supporting frame ; at least one seat fastening rail which can be installed in a cabin floor of the passenger aircraft (A) and in which the seat supporting frame is mounted; a first electronic housing in which electrical power converter components are arranged and which is mounted on the seat fastening rail and which has a rail mounting adapter so that the vector of the weight force of the first electronic housing runs through the rail mounting adapter into the seat fastening rail ; a second electronic housing in which electrical output ports for connecting electronic terminal devices are arranged and which is mounted on the passenger seat assembly ; and wired cabling which electrically connects a supply port of the electrical power converter components of the first electronic housing to the electrical output ports of the second electronic housing .
A kit of parts capable of being assembled for delivering a chemotherapeutic agent to a liver of a patient, comprising: an isolation-aspiration catheter, and a filter system or filter apparatus comprising two or more filter cartridges mounted in a single frame housing, wherein the housing comprises an upper plate and a lower plate for holding the two or more filter cartridges in about the same orientation, the upper plate and the lower plate comprising openings for rotatably engaging the two or more filter cartridges, and one or more support elements connecting the upper plate and the lower plate , the single frame housing comprising a clamping mechanism that deploys to allow the filter system or filter apparatus to be mounted to an IV pole or other suitable and available structure in an operating room, optionally the clamping mechanism is an IV pole clamp connected to the single frame housing. an isolation-aspiration catheter, and a filter system or filter apparatus comprising two or more filter cartridges mounted in a single frame housing, wherein the housing comprises an upper plate and a lower plate for holding the two or more filter cartridges in about the same orientation, the upper plate and the lower plate comprising openings for rotatably engaging the two or more filter cartridges, and one or more support elements connecting the upper plate and the lower plate , the single frame housing comprising a clamping mechanism that deploys to allow the filter system or filter apparatus to be mounted to an IV pole or other suitable and available structure in an operating room, optionally the clamping mechanism is an IV pole clamp connected to the single frame housing.
A method for wireless communications, comprising: generating a frame with a header comprising at least a first field carrying spatial reuse, SR, information and transmit opportunity, TXOP, duration information; and outputting the frame for transmission; wherein the header further comprises at least one bit that indicates how to process at least one of the SR information or the TXOP duration information; and wherein the header comprises at least one bit that indicates a granularity of a value of TXOP duration information carried in the first field. generating a frame with a header comprising at least a first field carrying spatial reuse, SR, information and transmit opportunity, TXOP, duration information; and outputting the frame for transmission; wherein the header further comprises at least one bit that indicates how to process at least one of the SR information or the TXOP duration information; and wherein the header comprises at least one bit that indicates a granularity of a value of TXOP duration information carried in the first field.
A Time-of-Flight, ToF, ranging device , comprising: a ToF range meter including: an emitter configured to emit light, and a detector configured to detect reflected light emitted by the emitter; and a housing , connected to the ToF range meter, said housing comprising: a wall structure defining an emitter beam path for the emitter , said emitter beam path having an output aperture ; a detector beam path to the detector , said detector beam path having an input aperture ; and an emitter diffusor having a diffusor strength, arranged in the emitter beam path, spaced apart from said output aperture by a distance (D2), whereby said distance, the diffusor strength, and a diameter of the output aperture, determine an output divergence of light passing through the emitter beam path, and wherein at least 20% of the light from the emitter is screened off by the housing. a ToF range meter including: an emitter configured to emit light, and a detector configured to detect reflected light emitted by the emitter; and an emitter configured to emit light, and a detector configured to detect reflected light emitted by the emitter; and a housing , connected to the ToF range meter, said housing comprising: a wall structure defining an emitter beam path for the emitter , said emitter beam path having an output aperture ; a detector beam path to the detector , said detector beam path having an input aperture ; and an emitter diffusor having a diffusor strength, arranged in the emitter beam path, spaced apart from said output aperture by a distance (D2), a wall structure defining an emitter beam path for the emitter , said emitter beam path having an output aperture ; a detector beam path to the detector , said detector beam path having an input aperture ; and an emitter diffusor having a diffusor strength, arranged in the emitter beam path, spaced apart from said output aperture by a distance (D2), whereby said distance, the diffusor strength, and a diameter of the output aperture, determine an output divergence of light passing through the emitter beam path, and wherein at least 20% of the light from the emitter is screened off by the housing.
A method for detecting a response of a live cell comprising: (a) contacting a live cell to a cell capture array device, wherein said cell capture array device comprises a solid support substrate and a cell capture surface containing a plurality of cell-philic sites arranged thereon; (b) capturing the live cell in one of said plurality of cell-philic sites; (c) inducing the release of an inducible-release stimulus into said one of said plurality of cell-philic sites; and (d) detecting a response of said live cell, wherein each cell-philic site further comprises a cell capture moiety, and wherein each cell-philic site is adapted to capture an individual live cell, and wherein the cell capture array device further comprises a cell phobic coating between the cell-philic sites, and wherein the cell-philic sites protrude such that they occupy more vertical space than the cell-phobic surface of the cell capture array device. (a) contacting a live cell to a cell capture array device, wherein said cell capture array device comprises a solid support substrate and a cell capture surface containing a plurality of cell-philic sites arranged thereon; (b) capturing the live cell in one of said plurality of cell-philic sites; (c) inducing the release of an inducible-release stimulus into said one of said plurality of cell-philic sites; and (d) detecting a response of said live cell,
A method in a network node for controlling predictive scheduling in a wireless communication network between a base station and a user equipment, UE , the method comprising: determining to apply predictive scheduling for the UE according to an uplink transmission scheme, wherein the uplink transmission scheme schedules a plurality of uplink transmission grants to be transmitted from the base station to the UE without having received a scheduling request requesting the plurality of uplink transmission grants from the UE; sending predictively scheduled uplink transmission grants according to the uplink transmission scheme to the UE during discontinuous reception, DRX, ON state; and determining to stop sending the predictively scheduled uplink transmission grants allowing the UE to enter DRX inactivity mode, wherein the determination to stop sending the predictively scheduled uplink transmission grants is triggered by receiving a plurality of buffer status reports indicating an empty UE buffer. determining to apply predictive scheduling for the UE according to an uplink transmission scheme, wherein the uplink transmission scheme schedules a plurality of uplink transmission grants to be transmitted from the base station to the UE without having received a scheduling request requesting the plurality of uplink transmission grants from the UE; sending predictively scheduled uplink transmission grants according to the uplink transmission scheme to the UE during discontinuous reception, DRX, ON state; and determining to stop sending the predictively scheduled uplink transmission grants allowing the UE to enter DRX inactivity mode, wherein the determination to stop sending the predictively scheduled uplink transmission grants is triggered by receiving a plurality of buffer status reports indicating an empty UE buffer.
A computer-implemented method for zero trust endpoint network security, ZTENS, the method comprising: providing, by a ZTENS device communicatively coupled to a compute device , over a wired or wireless first communication channel, and through a web application of the compute device, first data indicating the ZTENS device is communicatively coupled to the compute device; providing, by an application of the ZTENS device, over the first communication channel through the web application of the compute device, directly using the web application for presentation to the user, and without any web server intervention, a list of one or more uniform resource locators, URLs, that are accessible only through the ZTENS device; receiving, by the ZTENS device and over the first communication channel, data indicating a URL of the one or more URLs selected by a user of the compute device through the web application; communicating, by the ZTENS device and over a wired or wireless second communication channel, the second communication channel different from the first communication channel, a request for website data of a website associated with the selected URL; and receiving, by the ZTENS device and over the second communication channel, the website data and providing the website data to the compute device, wherein the ZTENS device comprises a security circuity configured to provide intrusion detection and/or prevention for communications to or from the ZTENS device. providing, by a ZTENS device communicatively coupled to a compute device , over a wired or wireless first communication channel, and through a web application of the compute device, first data indicating the ZTENS device is communicatively coupled to the compute device; providing, by an application of the ZTENS device, over the first communication channel through the web application of the compute device, directly using the web application for presentation to the user, and without any web server intervention, a list of one or more uniform resource locators, URLs, that are accessible only through the ZTENS device; receiving, by the ZTENS device and over the first communication channel, data indicating a URL of the one or more URLs selected by a user of the compute device through the web application; communicating, by the ZTENS device and over a wired or wireless second communication channel, the second communication channel different from the first communication channel, a request for website data of a website associated with the selected URL; and receiving, by the ZTENS device and over the second communication channel, the website data and providing the website data to the compute device, wherein the ZTENS device comprises a security circuity configured to provide intrusion detection and/or prevention for communications to or from the ZTENS device.
A non-transitory computer-readable medium comprising storage, logic, and data including a digital signature, the digital signature readable by a verifying entity to authenticate a product based on the digital signature, the data comprising: an indication of a schema (111; 212) for the data, wherein the schema specifies a layout of the data; identifiers (112; 213, 214, 215) comprising an indication of a vendor ID identifying an entity that generated the digital signature and an indication of a key ID identifying a cryptographic key used to generate the digital signature; and the digital signature (113; 216), the digital signature having been generated based on the schema (111; 212), the identifiers and a type of the data, wherein the type of the data prevents collisions between signatures generated for different types of products when the data to be signed might be identical were it not for the type and wherein the type of data is not stored on the non-transitory computer-readable medium; wherein the cryptographic key is a private key of an asymmetric key pair, so the digital signature is computed with the private key but can be verified by a public key of the asymmetric key pair and wherein the generation of the digital signature based on the type of the data provides a domain separation to prevent substitution of one type of product for another type of product. an indication of a schema (111; 212) for the data, wherein the schema specifies a layout of the data; identifiers (112; 213, 214, 215) comprising an indication of a vendor ID identifying an entity that generated the digital signature and an indication of a key ID identifying a cryptographic key used to generate the digital signature; and the digital signature (113; 216), the digital signature having been generated based on the schema (111; 212), the identifiers and a type of the data, wherein the type of the data prevents collisions between signatures generated for different types of products when the data to be signed might be identical were it not for the type and wherein the type of data is not stored on the non-transitory computer-readable medium; wherein the cryptographic key is a private key of an asymmetric key pair, so the digital signature is computed with the private key but can be verified by a public key of the asymmetric key pair and wherein the generation of the digital signature based on the type of the data provides a domain separation to prevent substitution of one type of product for another type of product.