mhurhangee/patent-ind-claim-en huggingface dataset:
A runway-embedded flash lighting device , comprising: a cylindrical body ; a ceiling member ; a light guide member ; and an LED flash light source , wherein the cylindrical body is configured to be embedded in a runway , the ceiling member is arranged to be placed in an upper opening of the cylindrical body and configured to be exposed to a runway surface when the cylindrical body is embedded in the runway , the ceiling member is provided with a flash emission window, the light guide member is disposed in the flash emission window, the LED flash light source comprises: a substrate ; an LED ; a lens member comprising two or more lens pieces; the LED is placed on the substrate ; the lens member is placed above the LED ; the lens member is a lens member that allows an emission surface of flash emitted from the LED to have a uniform illuminance distribution; the LED flash light source is placed inside the cylindrical body and configured to emit a flash toward the light guide member , the light guide member being placed in the flash emission window, and the light guide member allows the flash emitted from the LED flash light source to be emitted to an outside from the flash emission window, wherein the effective luminous intensity of the runway-embedded flash lighting device is 6000 cd or more, and the LED flash light source is configured to be switchable between a high luminous intensity, a medium luminous intensity, and a low luminous intensity. a cylindrical body ; a ceiling member ; a light guide member ; and an LED flash light source , wherein the cylindrical body is configured to be embedded in a runway , the ceiling member is arranged to be placed in an upper opening of the cylindrical body and configured to be exposed to a runway surface when the cylindrical body is embedded in the runway , the ceiling member is provided with a flash emission window, the light guide member is disposed in the flash emission window, the LED flash light source comprises: a substrate ; an LED ; a lens member comprising two or more lens pieces; a substrate ; an LED ; a lens member comprising two or more lens pieces; the LED is placed on the substrate ; the lens member is placed above the LED ; the lens member is a lens member that allows an emission surface of flash emitted from the LED to have a uniform illuminance distribution; the LED flash light source is placed inside the cylindrical body and configured to emit a flash toward the light guide member , the light guide member being placed in the flash emission window, and the light guide member allows the flash emitted from the LED flash light source to be emitted to an outside from the flash emission window, wherein the effective luminous intensity of the runway-embedded flash lighting device is 6000 cd or more, and the LED flash light source is configured to be switchable between a high luminous intensity, a medium luminous intensity, and a low luminous intensity.
A processor comprising: a model specific register having a bit to store a first bit value; a code segment register having a bit to store a second bit value; and circuitry to perform a canonicality check, characterized in that the circuitry to perform the canonicality check is configured to perform the canonicality check on a 64-bit virtual address having bit positions 56:0 to store an address, wherein, if the first bit value and the second bit value are set to binary one, a third bit value is set to binary one, and the 64-bit virtual address is used for a data access, the canonicality check on the 64-bit virtual address will not fail due to bits stored in bit positions 62:57 of the 64-bit virtual address being non-canonical, wherein the bits stored in the bit positions 62:57 of the 64-bit virtual address are to be omitted from the canonicality check. a model specific register having a bit to store a first bit value; a code segment register having a bit to store a second bit value; and circuitry to perform a canonicality check, characterized in that the circuitry to perform the canonicality check is configured to perform the canonicality check on a 64-bit virtual address having bit positions 56:0 to store an address, wherein, if the first bit value and the second bit value are set to binary one, a third bit value is set to binary one, and the 64-bit virtual address is used for a data access, the canonicality check on the 64-bit virtual address will not fail due to bits stored in bit positions 62:57 of the 64-bit virtual address being non-canonical, wherein the bits stored in the bit positions 62:57 of the 64-bit virtual address are to be omitted from the canonicality check.
A housing for an antenna or antennas of an RFID system, whereby this housing defines a chamber in which the antenna or antennas can be provided, characterised in that at least the section of the housing that defines the chamber consists of one whole part, whereby the housing is provided with one single mounting opening on the underside of the housing that provides access to the chamber , whereby the underside is suitable to be provided against or on a loading system for recognizing, lifting and/or emptying receptacles.
A method, comprising: receiving, at a particular node in a network which applies a mesh routing protocol to form a directed acyclic graph, DAG, a first communication transmitted from a transmitting node in the network; computing, by the particular node, a directional attribute based on the first communication, wherein the computing of the directional attribute comprises computing one or more of: i) a region of the network that is reached by the first communication, and ii) a direction from one of the particular node and the transmitting node to one of a region of the network that is reached by the first communication and a region of the network that is unreached by the first communication; computing, by the particular node, a particular direction based on the directional attribute; and transmitting, from the particular node, a second communication using a beam forming technique in the particular direction, wherein the beam forming technique optimizes the formation of the DAG by dividing the reached region of the network into one or more sectors and applying a redundancy-based transmission algorithm to each sector of the reached region of the network on a sector-by-sector basis. receiving, at a particular node in a network which applies a mesh routing protocol to form a directed acyclic graph, DAG, a first communication transmitted from a transmitting node in the network; computing, by the particular node, a directional attribute based on the first communication, wherein the computing of the directional attribute comprises computing one or more of: i) a region of the network that is reached by the first communication, and ii) a direction from one of the particular node and the transmitting node to one of a region of the network that is reached by the first communication and a region of the network that is unreached by the first communication; i) a region of the network that is reached by the first communication, and ii) a direction from one of the particular node and the transmitting node to one of a region of the network that is reached by the first communication and a region of the network that is unreached by the first communication; computing, by the particular node, a particular direction based on the directional attribute; and transmitting, from the particular node, a second communication using a beam forming technique in the particular direction, wherein the beam forming technique optimizes the formation of the DAG by dividing the reached region of the network into one or more sectors and applying a redundancy-based transmission algorithm to each sector of the reached region of the network on a sector-by-sector basis.
A heating medium circulation system , comprising: a heating means for heating a liquid heating medium, the heating means comprising: an air heat exchanger configured to exchange heat between a refrigerant and air; and a compressor configured to compress the refrigerant; a pump configured to circulate the heating medium through a circulation circuit passing through an indoor-heating terminal and the heating means ; a control means electrically connected to the heating means and the pump , the control means being configured to execute indoor-heating operation for suppling the heating medium heated by the heating means to the indoor-heating terminal and defrosting operation for causing frost adhering to the air heat exchanger to melt; and a means for detecting a supply temperature that is a temperature of the heating medium supplied to the indoor-heating terminal from the heating means , characterised in that the control means is configured to deactivate the compressor when the supply temperature exceeds a first deactivation temperature in the indoor-heating operation after a predetermined period of time elapses from a switching time point from the defrosting operation to the indoor-heating operation, and wherein the control means is configured not to deactivate the compressor when the supply temperature exceeds the first deactivation temperature in the indoor-heating operation in a post-defrosting period that is a period until the predetermined period of time elapses from the switching time point. a heating means for heating a liquid heating medium, the heating means comprising: an air heat exchanger configured to exchange heat between a refrigerant and air; and a compressor configured to compress the refrigerant; an air heat exchanger configured to exchange heat between a refrigerant and air; and a compressor configured to compress the refrigerant; a pump configured to circulate the heating medium through a circulation circuit passing through an indoor-heating terminal and the heating means ; a control means electrically connected to the heating means and the pump , the control means being configured to execute indoor-heating operation for suppling the heating medium heated by the heating means to the indoor-heating terminal and defrosting operation for causing frost adhering to the air heat exchanger to melt; and a means for detecting a supply temperature that is a temperature of the heating medium supplied to the indoor-heating terminal from the heating means , characterised in that the control means is configured to deactivate the compressor when the supply temperature exceeds a first deactivation temperature in the indoor-heating operation after a predetermined period of time elapses from a switching time point from the defrosting operation to the indoor-heating operation, and wherein the control means is configured not to deactivate the compressor when the supply temperature exceeds the first deactivation temperature in the indoor-heating operation in a post-defrosting period that is a period until the predetermined period of time elapses from the switching time point.
Calibration arrangement (10; 50) for calibrating a network analyser with - multiple calibration points for direct or indirect connection to a network analyser, wherein one of the calibration points is a calibration point for a through connection ; - with a base body which has the calibration points ; characterized in that the calibration point for a through-connection is rotatable relative to the base body of the calibration arrangement. - multiple calibration points for direct or indirect connection to a network analyser, wherein one of the calibration points is a calibration point for a through connection ; - with a base body which has the calibration points ; characterized in that the calibration point for a through-connection is rotatable relative to the base body of the calibration arrangement.
A method executed on a computing device for providing document communication runtime interfaces, the method comprising: employing a sandbox process to manage extension content traffic between an application hosting a document and third party web services providing the extension content; providing a solution manager to determine which extensions relate to an instance of the application, a document content type, and document content, and to obtain configuration and policy information from manifest files cached on a user machine; monitoring aspects of the extensions; one of stopping and restarting the extensions based on violations of predefined metrics; providing requests through a process to a rich client application for managing an interaction with a runtime environment without impacting a user experience; and in a browser-based application, providing a cross-document messaging based API that securely exchanges requests between an iframe hosting the runtime environment and one of an iframe and a page hosting a document. employing a sandbox process to manage extension content traffic between an application hosting a document and third party web services providing the extension content; providing a solution manager to determine which extensions relate to an instance of the application, a document content type, and document content, and to obtain configuration and policy information from manifest files cached on a user machine; monitoring aspects of the extensions; one of stopping and restarting the extensions based on violations of predefined metrics; providing requests through a process to a rich client application for managing an interaction with a runtime environment without impacting a user experience; and in a browser-based application, providing a cross-document messaging based API that securely exchanges requests between an iframe hosting the runtime environment and one of an iframe and a page hosting a document.
An antimicrobial personal cleansing composition comprising: (i) an aqueous continuous phase including one or more anionic cleansing surfactants; (ii) a dispersed phase including dispersed particles of zinc pyrithione (ZPT); (iii) a structuring polymer for the aqueous continuous phase which is selected from crosslinked alkali-swellable acrylic emulsion (ASE) polymers; and (iv) from 3 to 20 wt% niacinamide based on the total weight of the composition, wherein the structuring polymer is selected from crosslinked copolymers of (meth)acrylic acid with one or more C1 to C5 alkyl esters of (meth)acrylic acid. (i) an aqueous continuous phase including one or more anionic cleansing surfactants; (ii) a dispersed phase including dispersed particles of zinc pyrithione (ZPT); (iii) a structuring polymer for the aqueous continuous phase which is selected from crosslinked alkali-swellable acrylic emulsion (ASE) polymers; and (iv) from 3 to 20 wt% niacinamide based on the total weight of the composition,
An elevator control system configured to control movement of an elevator car along a hoistway between a starting position and a destination position (L2), the control system comprising a car holding position monitoring unit configured to monitor whether the elevator car has moved upwards or downwards in the hoistway during a holding period ; characterized in that the car holding position monitoring unit is configured to: - receive a first trigger signal from a first car position reference system , - upon receipt of the first trigger signal , receive a signal from a further car position reference system to detect a first indicator indicative of the travel distance (X2) between the position of the elevator car in the hoistway when receiving the first trigger signal and the position of the elevator car in the hoistway when stopping at the destination position , - upon receipt of a further service call for the elevator car , receive a further signal from the further car position reference system and a second trigger signal from the first car position reference system to detect a second indicator indicative of a travel distance between the position of the elevator car in the hoistway at the end of the holding period and the position of the elevator car in the hoistway when the elevator car receives the second trigger signal from the first car position reference system ; and - detect whether the elevator car has moved during the holding period based on a comparison of the first indicator and the second indicator . - receive a first trigger signal from a first car position reference system , - upon receipt of the first trigger signal , receive a signal from a further car position reference system to detect a first indicator indicative of the travel distance (X2) between the position of the elevator car in the hoistway when receiving the first trigger signal and the position of the elevator car in the hoistway when stopping at the destination position , - upon receipt of a further service call for the elevator car , receive a further signal from the further car position reference system and a second trigger signal from the first car position reference system to detect a second indicator indicative of a travel distance between the position of the elevator car in the hoistway at the end of the holding period and the position of the elevator car in the hoistway when the elevator car receives the second trigger signal from the first car position reference system ; and - detect whether the elevator car has moved during the holding period based on a comparison of the first indicator and the second indicator .
A hair roller comprising an inner shell , an outer shell , and a middle shell positioned between the inner shell and the outer shell , all of the inner, middle and outer shells having a cylindrical profile defining a through cavity, wherein: - the inner, middle and outer shells are fixedly fitted connected together, and are arranged telescopically with respect with each other; - the inner shell, the middle shell and the outer shell are made of a plastic(s) material, a Velcro containing material, and a metallic material, respectively; and - the hair roller, in an assembled configuration, is provided with a plurality of cut-out regions from the metallic outer shell thus exposing a combination of an outwardly facing metallic surface defined by the outer shell and an outwardly facing Velcro containing surface defined by the middle shell. - the inner, middle and outer shells are fixedly fitted connected together, and are arranged telescopically with respect with each other; - the inner shell, the middle shell and the outer shell are made of a plastic(s) material, a Velcro containing material, and a metallic material, respectively; and - the hair roller, in an assembled configuration, is provided with a plurality of cut-out regions from the metallic outer shell thus exposing a combination of an outwardly facing metallic surface defined by the outer shell and an outwardly facing Velcro containing surface defined by the middle shell.
A method for obtaining channel state information in a coordinated multi-point transmission/reception system including a plurality of cells in a reporting cell set and a user equipment, comprising: obtaining a first channel matrix on a time or frequency point; calculating a second channel matrix on a time or frequency domain under a set feedback granularity according to the first channel matrix; obtaining a first channel state matrix according to an eigenvalue of the second channel matrix, an eigenvector corresponding to the eigenvalue, and the first channel matrix, obtaining a first channel matrix to be fed back according to the first channel state matrix and a conjugate transposed matrix of the first channel state matrix of a current cell; obtaining a plurality of second channel matrices to be fed back, wherein each of the second channel matrices to be fed back is obtained according to a conjugate transposed matrix of the first channel state matrix and a first channel state matrix of another cell in the reporting cell set, wherein the another cell is a cell except the current cell in the reporting cell set; and sending the first channel matrix to be fed back and not all channel matrices of the plurality of second channel matrices to be fed back, wherein sending not all channel matrices of the plurality of second channel matrices to be fed back comprises: when a difference between one second channel matrix of the plurality of second channel matrices to be fed back and a product of two other second channel matrices of the plurality of second channel matrices to be fed back is less than a set threshold, not sending the one second channel matrix. obtaining a first channel matrix on a time or frequency point; calculating a second channel matrix on a time or frequency domain under a set feedback granularity according to the first channel matrix; obtaining a first channel state matrix according to an eigenvalue of the second channel matrix, an eigenvector corresponding to the eigenvalue, and the first channel matrix, obtaining a first channel matrix to be fed back according to the first channel state matrix and a conjugate transposed matrix of the first channel state matrix of a current cell; obtaining a plurality of second channel matrices to be fed back, wherein each of the second channel matrices to be fed back is obtained according to a conjugate transposed matrix of the first channel state matrix and a first channel state matrix of another cell in the reporting cell set, wherein the another cell is a cell except the current cell in the reporting cell set; and sending the first channel matrix to be fed back and not all channel matrices of the plurality of second channel matrices to be fed back, wherein sending not all channel matrices of the plurality of second channel matrices to be fed back comprises: when a difference between one second channel matrix of the plurality of second channel matrices to be fed back and a product of two other second channel matrices of the plurality of second channel matrices to be fed back is less than a set threshold, not sending the one second channel matrix.
Solid anhydrous composition, preferably cosmetic, containing: - at least 70% by weight of microcrystalline cellulose as a proportion of the total weight of the composition; - at least one surfactant chosen from among isethionic derivatives and their cosmetically acceptable salts; - at least one surfactant chosen from among acyl glutamic acids and their cosmetically acceptable salts, and wherein the anhydrous composition contains less than 5% by weight of water relative to the total weight of the composition. - at least 70% by weight of microcrystalline cellulose as a proportion of the total weight of the composition; - at least one surfactant chosen from among isethionic derivatives and their cosmetically acceptable salts; - at least one surfactant chosen from among acyl glutamic acids and their cosmetically acceptable salts,