mhurhangee/patent-ind-claim-en huggingface dataset:
A channel state information CSI feedback method, comprising: receiving , by a receive end, CSI process configuration information, wherein the CSI process configuration information comprises at least one CSI process, and a first CSI process in the at least one CSI process is associated with K reference signal resources and M interference measurement resources; for the first CSI process, selecting, , a target reference signal resource from the K reference signal resources, and selecting a target interference measurement resource from the M interference measurement resources, or using an average of the M interference measurement resources as the target interference measurement resource; obtaining , CSI based on the target reference signal resource and the target interference measurement resource; and sending , by the receive end, the CSI, wherein the CSI comprises a target index, and the target index is used to represent the target reference signal resource and the target interference measurement resource; wherein the target index is a joint index generated based on an index of the target reference signal resource and an index of the target interference measurement resource. receiving , by a receive end, CSI process configuration information, wherein the CSI process configuration information comprises at least one CSI process, and a first CSI process in the at least one CSI process is associated with K reference signal resources and M interference measurement resources; for the first CSI process, selecting, , a target reference signal resource from the K reference signal resources, and selecting a target interference measurement resource from the M interference measurement resources, or using an average of the M interference measurement resources as the target interference measurement resource; obtaining , CSI based on the target reference signal resource and the target interference measurement resource; and sending , by the receive end, the CSI, wherein the CSI comprises a target index, and the target index is used to represent the target reference signal resource and the target interference measurement resource; wherein the target index is a joint index generated based on an index of the target reference signal resource and an index of the target interference measurement resource.
A lighting device comprising: a light emitter ; a diffuser ; one or more lenses located between the light emitter and the diffuser ; and a control unit ; wherein the control unit is capable of adjusting the diffusivity of the diffuser using an electric signal, and wherein the control unit is configured to adjust the properties of the light emitter in dependence on the diffusivity of the diffuser . a light emitter ; a diffuser ; one or more lenses located between the light emitter and the diffuser ; and a control unit ; wherein the control unit is capable of adjusting the diffusivity of the diffuser using an electric signal, and wherein the control unit is configured to adjust the properties of the light emitter in dependence on the diffusivity of the diffuser .
Multiple locking device having at least one first and one second locking device for a locking fitting for a frame, each of which is designed to cooperate with a multiple connecting fitting (15a, b) for a front panel, having the following features: a) a one-piece or multi-piece main body, b) on the first locking device at least three main functional elements are provided in each case, which in any case have limited movement: i) a release lever , ii) a catch lever , and iii) an energy storage device , c) on the second locking device at least three main functional elements are provided in each case, which in any case have limited movement: i) a release preventer which is acted upon by an energy storage device, ii) a catch lever , and iii) an energy storage device , and d) a coupling lever for coupling the first locking device to the second locking device (14a, b), characterized in that e) the one end of the energy storage device of the first locking device passes through a bore and the other end passes through an elongated hole in the main body in which it is displaceable, or in that the one end of the energy storage device of the second locking device passes through an elongated hole and the other end passes through a bore in the main body. a) a one-piece or multi-piece main body, b) on the first locking device at least three main functional elements are provided in each case, which in any case have limited movement: i) a release lever , ii) a catch lever , and iii) an energy storage device , i) a release lever , ii) a catch lever , and iii) an energy storage device , c) on the second locking device at least three main functional elements are provided in each case, which in any case have limited movement: i) a release preventer which is acted upon by an energy storage device, ii) a catch lever , and iii) an energy storage device , and i) a release preventer which is acted upon by an energy storage device, ii) a catch lever , and iii) an energy storage device , and d) a coupling lever for coupling the first locking device to the second locking device (14a, b), characterized in that e) the one end of the energy storage device of the first locking device passes through a bore and the other end passes through an elongated hole in the main body in which it is displaceable, or in that the one end of the energy storage device of the second locking device passes through an elongated hole and the other end passes through a bore in the main body.
A system for detecting tissue inflammation, the system comprising: a light emitter configured to emit light towards tissue ; at least one light detector configured to detect diffuse reflective light reflected from said tissue; and a controller comprising a tissue inflammation detection unit configured to analyze the detected diffuse reflective light in its spectral components, said tissue inflammation detection unit configured to: determine (S110) a tissue contribution from a first wavelength region of a diffuse reflective spectroscopy signal where the diffuse reflective spectroscopy signal is dominated by tissue; extrapolate (S120) the tissue contribution according to a predetermined wavelength-dependent function to a second wavelength region where the diffuse reflective spectroscopy signal comprises at least one detectable hemoglobin absorption feature; subtract (S130) the extrapolated tissue contribution from the diffuse reflective spectroscopy signal at the second wavelength region to obtain a blood contribution; and determine (S140) the degree of tissue inflammation from the blood contribution. a light emitter configured to emit light towards tissue ; at least one light detector configured to detect diffuse reflective light reflected from said tissue; and a controller comprising a tissue inflammation detection unit configured to analyze the detected diffuse reflective light in its spectral components, said tissue inflammation detection unit configured to: determine (S110) a tissue contribution from a first wavelength region of a diffuse reflective spectroscopy signal where the diffuse reflective spectroscopy signal is dominated by tissue; extrapolate (S120) the tissue contribution according to a predetermined wavelength-dependent function to a second wavelength region where the diffuse reflective spectroscopy signal comprises at least one detectable hemoglobin absorption feature; subtract (S130) the extrapolated tissue contribution from the diffuse reflective spectroscopy signal at the second wavelength region to obtain a blood contribution; and determine (S140) the degree of tissue inflammation from the blood contribution. determine (S110) a tissue contribution from a first wavelength region of a diffuse reflective spectroscopy signal where the diffuse reflective spectroscopy signal is dominated by tissue; extrapolate (S120) the tissue contribution according to a predetermined wavelength-dependent function to a second wavelength region where the diffuse reflective spectroscopy signal comprises at least one detectable hemoglobin absorption feature; subtract (S130) the extrapolated tissue contribution from the diffuse reflective spectroscopy signal at the second wavelength region to obtain a blood contribution; and determine (S140) the degree of tissue inflammation from the blood contribution.
A mobile security offloader, MSOL , comprising: a mobile device identification component configured to receive unencrypted data from a mobile device in a mobile radio network and to determine a mobile device identification of the mobile device from the unencrypted data, the mobile device identification including a unique identification of the mobile device and the unencrypted data being transmitted from the mobile device via Code Division Multiple Access, CDMA, Global System for Mobiles, GSM, or Universal Mobile Telecommunications System, UMTS; a security profiles directory interface configured to use the mobile device identification to retrieve a security profile corresponding to the mobile device identification from a security profiles directory , the security profile identifying a security protocol for encrypting data from the mobile device corresponding to the mobile device identification; an encryption engine executable by one or more processors and configured to encrypt the unencrypted data using the security protocol identified in the security profile; and a packet switched network interface configured to route the encrypted data to a secured server identified in the data via a packet switched network. a mobile device identification component configured to receive unencrypted data from a mobile device in a mobile radio network and to determine a mobile device identification of the mobile device from the unencrypted data, the mobile device identification including a unique identification of the mobile device and the unencrypted data being transmitted from the mobile device via Code Division Multiple Access, CDMA, Global System for Mobiles, GSM, or Universal Mobile Telecommunications System, UMTS; a security profiles directory interface configured to use the mobile device identification to retrieve a security profile corresponding to the mobile device identification from a security profiles directory , the security profile identifying a security protocol for encrypting data from the mobile device corresponding to the mobile device identification; an encryption engine executable by one or more processors and configured to encrypt the unencrypted data using the security protocol identified in the security profile; and a packet switched network interface configured to route the encrypted data to a secured server identified in the data via a packet switched network.
Disk brake, preferably operated by compressed air, for a utility-vehicle wheel, with - a brake caliper reaching around a brake disk which is arranged on the wheel rotational axis (A1), - an application device which is arranged in the brake caliper on the one side of the brake disk and can be actuated by means of a force member and preferably a compressed-air cylinder, - brake pads on both sides of the brake disk , wherein at least the application-side brake pad is arranged in a pad duct having first and second supporting surfaces which have the same distance from a pad duct center line in the circumferential direction, and against which the brake pad lies with its edges pointing in the circumferential direction, - a brake lever which is part of the application device and is composed of a lever arm supporting the force member , and an application shaft which is connected to the lever arm and mounted inside the brake caliper on a pivot axis (A) and rests in a rotationally movable manner against a one- or multi-piece pressure piece working against the application-side brake pad , wherein the pivot axis (A) of the application shaft is arranged at an angle to the main pad duct extension (S) which extends between the two supporting surfaces at a right angle to the pad duct center line , characterized in that a theoretical transverse axis , running at a right angle to the center of the length of the application shaft , intersects the wheel rotational axis (A1). - a brake caliper reaching around a brake disk which is arranged on the wheel rotational axis (A1), - an application device which is arranged in the brake caliper on the one side of the brake disk and can be actuated by means of a force member and preferably a compressed-air cylinder, - brake pads on both sides of the brake disk , wherein at least the application-side brake pad is arranged in a pad duct having first and second supporting surfaces which have the same distance from a pad duct center line in the circumferential direction, and against which the brake pad lies with its edges pointing in the circumferential direction, - a brake lever which is part of the application device and is composed of a lever arm supporting the force member , and an application shaft which is connected to the lever arm and mounted inside the brake caliper on a pivot axis (A) and rests in a rotationally movable manner against a one- or multi-piece pressure piece working against the application-side brake pad ,
A detergent composition, comprising: a) from 0.5 to 40 wt.%, preferably from 1 to 30 wt.%, more preferably from 1 to 25 wt.%, most preferably from 1 to 20 wt.% of a lignin derived anionic surfactant wherein the lignin derived anionic surfactant has the following structure or , preferably : wherein: M is a counterion, preferably selected from Na, K, NH 4 , most preferably Na; R 1 and R 2 are alkyl or alkenyl groups, preferably alkyl, each either linear or branched, preferably linear; the alkyl or alkenyl groups R 1 and R 2 added together contain from 5 to 15 carbon atoms, preferably from 7 to 15 carbon atoms; with the proviso that R 1 and R 2 each contain at least 1 carbon atom. a) from 0.5 to 40 wt.%, preferably from 1 to 30 wt.%, more preferably from 1 to 25 wt.%, most preferably from 1 to 20 wt.% of a lignin derived anionic surfactant wherein the lignin derived anionic surfactant has the following structure or , preferably : wherein: M is a counterion, preferably selected from Na, K, NH 4 , most preferably Na; R 1 and R 2 are alkyl or alkenyl groups, preferably alkyl, each either linear or branched, preferably linear; the alkyl or alkenyl groups R 1 and R 2 added together contain from 5 to 15 carbon atoms, preferably from 7 to 15 carbon atoms; with the proviso that R 1 and R 2 each contain at least 1 carbon atom. M is a counterion, preferably selected from Na, K, NH 4 , most preferably Na; R 1 and R 2 are alkyl or alkenyl groups, preferably alkyl, each either linear or branched, preferably linear; the alkyl or alkenyl groups R 1 and R 2 added together contain from 5 to 15 carbon atoms, preferably from 7 to 15 carbon atoms; with the proviso that R 1 and R 2 each contain at least 1 carbon atom.
Aircraft comprising : - at least one motor , - at least one fuel tank , - a chamber located in the tank, occupying only part of the tank and comprising at least one sensor for measuring a characteristic of the fuel, - a fuel injection system for injecting fuel into the engine, - an introduction line for introducing fuel from the injection system into the chamber, the line comprising a valve adapted to prevent fuel from the injection system being introduced into the chamber via the line. - at least one motor , - at least one fuel tank , - a chamber located in the tank, occupying only part of the tank and comprising at least one sensor for measuring a characteristic of the fuel, - a fuel injection system for injecting fuel into the engine, - an introduction line for introducing fuel from the injection system into the chamber, the line comprising a valve adapted to prevent fuel from the injection system being introduced into the chamber via the line.
A UV coating composition, comprising: 25 to 40 wt% of a bio-urethane acrylate oligomer; 15 to 25 wt% of a bio-monomer; 5 to 15 wt% of a petrochemical-based acrylic oligomer; 15 to 25 wt% of a petrochemical-based acrylic monomer; 1 to 10 wt% of a bio-wax and 1 to 10 wt% of a bio-bead, based on the total weight of the UV coating composition. 25 to 40 wt% of a bio-urethane acrylate oligomer; 15 to 25 wt% of a bio-monomer; 5 to 15 wt% of a petrochemical-based acrylic oligomer; 15 to 25 wt% of a petrochemical-based acrylic monomer; 1 to 10 wt% of a bio-wax and 1 to 10 wt% of a bio-bead,
An apparatus for filling boreholes with mass before blasting operations, the apparatus comprising: a hose ; a container for storing mass; a conveyor screw at bottom of the container for feeding mass into hose ; a whisk or vibrator mounted above the conveyor screw in the container for guiding the mass into the conveyor screw for feeding into the hose ; a compressor having pipes for supplying highly compressed air into the hose ; a dispenser for pouring the mass into the boreholes; a vacuum pump for creating suction pressure at the end of the hose and in dispenser ; wherein - a first pipe from compressor is connected into the hose immediate at the conveyor screw for directing flow of the mass towards the dispenser , a second pipe that is connected with compressor also is connected directly with the dispenser at a vacuum pump valve , to provide extra air pressure to the mass in the dispenser , a third pipe that is connected with compressor is connected with the hose at a distance from first pipe to provide extra air pressure and accelerate flow of the mass towards the dispenser . a hose ; a container for storing mass; a conveyor screw at bottom of the container for feeding mass into hose ; a whisk or vibrator mounted above the conveyor screw in the container for guiding the mass into the conveyor screw for feeding into the hose ; a compressor having pipes for supplying highly compressed air into the hose ; a dispenser for pouring the mass into the boreholes; a vacuum pump for creating suction pressure at the end of the hose and in dispenser ; wherein - a first pipe from compressor is connected into the hose immediate at the conveyor screw for directing flow of the mass towards the dispenser , - a first pipe from compressor is connected into the hose immediate at the conveyor screw for directing flow of the mass towards the dispenser , a second pipe that is connected with compressor also is connected directly with the dispenser at a vacuum pump valve , to provide extra air pressure to the mass in the dispenser , a third pipe that is connected with compressor is connected with the hose at a distance from first pipe to provide extra air pressure and accelerate flow of the mass towards the dispenser .
A medical construct , comprising: a biocompatible cable having between 2 - 4000 collagen fibers twisted together a number of turns per fiber meter along a length thereof, wherein the cable has a multi-directional twist configuration with some twists associated with discrete fibers or strands being in a first rotative direction and other twists associated with strands of the twisted fibers or twisted strands twisted together in a second opposite rotative direction, the different twist directions extending over at least a major portion of a length of the cable, wherein the fibers are a plurality of separate strands of at least two fibers , the separate strands each having a respective first number of twists of between about 10-1000 twists per fiber meter in the first rotative direction, and wherein the cable is configured with the plurality of twisted strands being twisted together with a second number of twists that is between about 10-1000 twists per fiber meter in the second rotative direction to define an interlocking multi-directional twisted construct configuration, wherein the first number of twists per strand is substantially the same for each strand , and wherein the second number of twists being between about 50% to about 300% of the number of twists per fiber meter as the first twists of the separate fiber strands characterised in that the fibers are NDGA treated elongate collagen fibers, wherein the construct further comprises a biocompatible coating on end portions thereof to inhibit unraveling of the twists, and wherein the coating comprises cyanoacrylate. a biocompatible cable having between 2 - 4000 collagen fibers twisted together a number of turns per fiber meter along a length thereof, wherein the cable has a multi-directional twist configuration with some twists associated with discrete fibers or strands being in a first rotative direction and other twists associated with strands of the twisted fibers or twisted strands twisted together in a second opposite rotative direction, the different twist directions extending over at least a major portion of a length of the cable, wherein the fibers are a plurality of separate strands of at least two fibers , the separate strands each having a respective first number of twists of between about 10-1000 twists per fiber meter in the first rotative direction, and wherein the cable is configured with the plurality of twisted strands being twisted together with a second number of twists that is between about 10-1000 twists per fiber meter in the second rotative direction to define an interlocking multi-directional twisted construct configuration, wherein the first number of twists per strand is substantially the same for each strand , and wherein the second number of twists being between about 50% to about 300% of the number of twists per fiber meter as the first twists of the separate fiber strands characterised in that the fibers are NDGA treated elongate collagen fibers, wherein the construct further comprises a biocompatible coating on end portions thereof to inhibit unraveling of the twists, and wherein the coating comprises cyanoacrylate.
Printing machine for printing onto containers , such as bottles, comprising at least one conveyor and at least one printing unit with a print head module , with at least one print head, a movement system for adjusting the position of said print head module , a measuring system for determining the position of said print head module and a control unit for controlling said movement system, where said movement system comprises a radial module for adjusting the position of said print head module in the radial direction, a height module for adjusting the height of said print head module in the vertical direction, characterized in that said movement system further comprises an alignment module for vertical alignment of nozzle rows of said print head module relative to the direction of transport of said containers to be printed.
Storage box comprising side walls and a bottom wall defining an inner volume , said inner volume being accessible through an opening , a closure flap arranged in the inner volume , between the opening and the bottom wall , rotatable between a closure position in which the flap blocks access to a lower quantity located between the bottom wall and said flap and an opening position in which the lower quantity is accessible from outside the stowage, connected by a pivot connection to two of the facing side walls , the stowage box comprising two rotational recesses on the two facing side walls and the flap comprising two projecting rotational items arranged on two opposite sides of the flap , each being inserted in one of the rotational recesses so as to guiding said flap in rotation about an axis of rotation passing through these two items of rotation , characterised in that the stowage box comprises a standstill means for the flap in open position, the standstill means further comprises a standstill recess in open position in one of the side walls and a item standstill projecting from the flap and directed towards the side wall , the standstill recess in an open position and the item standstill being arranged so that the item standstill is inserted into the standstill recess when said flap is in an open position and to lock said flap in this open position.