mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus comprising: a setting unit configured to set conversion equation information indicating a conversion equation for converting at least a bit rate of an image to be reproduced; a conversion unit configured to convert at least a bit rate of the image to be reproduced by use of the conversion equation indicated by the conversion equation information set by the setting unit ; and an acquisition unit configured to acquire the conversion equation information set by the setting unit by executing blu-ray disc Java (BD-J) using a class of application programming interface (API) of BD-J for instructing to acquire the conversion equation information set by the setting unit . a setting unit configured to set conversion equation information indicating a conversion equation for converting at least a bit rate of an image to be reproduced; a conversion unit configured to convert at least a bit rate of the image to be reproduced by use of the conversion equation indicated by the conversion equation information set by the setting unit ; and an acquisition unit configured to acquire the conversion equation information set by the setting unit by executing blu-ray disc Java (BD-J) using a class of application programming interface (API) of BD-J for instructing to acquire the conversion equation information set by the setting unit .
A method in a receiving network node for controlling caching of information in a wireless communications network comprising the receiving network node and a transmitting network node , wherein the method comprises: - receiving (S10) a configuration message, from the transmitting network node , the configuration message including a caching indicator associated with a radio bearer for a user equipment, UE, ; - receiving (S20') a UE context; - determining (S20) if the caching of information is enabled, or disabled, for the radio bearer for the UE based on both the caching indicator in the received configuration message and the received UE context; and - in response to determining (S20) that the caching of information is enabled, enabling (S30a) the caching of information for the radio bearer for the UE from an internal storage, of the receiving network node , on the radio bearer. - receiving (S10) a configuration message, from the transmitting network node , the configuration message including a caching indicator associated with a radio bearer for a user equipment, UE, ; - receiving (S20') a UE context; - determining (S20) if the caching of information is enabled, or disabled, for the radio bearer for the UE based on both the caching indicator in the received configuration message and the received UE context; and - in response to determining (S20) that the caching of information is enabled, enabling (S30a) the caching of information for the radio bearer for the UE from an internal storage, of the receiving network node , on the radio bearer.
A method comprising: receiving, by a media gateway device connected to a network , video data; querying, based on the video data, a lighting scheme database to identify one or more lighting schemes corresponding to the video data; determining, from the plurality of lighting schemes corresponding to the video data and based on information associated with each lighting scheme of the one or more lighting schemes, a particular lighting scheme to be used with the video data; downloading the particular lighting scheme to the media gateway device , the particular lighting scheme comprising lighting data associated with the video data; outputting, based on the video data, video content for display on a display screen associated with the media gateway device ; and outputting, based on the lighting data, ambient lighting instructions time-synchronized with the video content, the ambient lighting instructions indicating sequenced ambient lighting effects for a plurality of light channels, wherein each light channel is associated with a light source in a predetermined location relative to a location of the display screen ; wherein the media gateway device , via the network , is connected with an auxiliary device; and wherein the method further comprises: after occurrence of a notification event associated with the auxiliary device, outputting ambient lighting instructions for a specific lighting effect associated with the notification event instead of the ambient lighting instructions associated with the video data. receiving, by a media gateway device connected to a network , video data; querying, based on the video data, a lighting scheme database to identify one or more lighting schemes corresponding to the video data; determining, from the plurality of lighting schemes corresponding to the video data and based on information associated with each lighting scheme of the one or more lighting schemes, a particular lighting scheme to be used with the video data; downloading the particular lighting scheme to the media gateway device , the particular lighting scheme comprising lighting data associated with the video data; outputting, based on the video data, video content for display on a display screen associated with the media gateway device ; and outputting, based on the lighting data, ambient lighting instructions time-synchronized with the video content, the ambient lighting instructions indicating sequenced ambient lighting effects for a plurality of light channels, wherein each light channel is associated with a light source in a predetermined location relative to a location of the display screen ; wherein the media gateway device , via the network , is connected with an auxiliary device; and wherein the method further comprises: after occurrence of a notification event associated with the auxiliary device, outputting ambient lighting instructions for a specific lighting effect associated with the notification event instead of the ambient lighting instructions associated with the video data.
A hydrate decomposition inhibiting composition comprising a starch-based surfactant, wherein the starch-based surfactant comprises a carboxymethyl starch salt and an alkyl glycoside surfactant; wherein the carboxymethyl starch salt is represented by a general structural formula of [C 6 H 7 O 2 (OH) 2 OCH 2 COOM] n , where M is at least one selected from the group consisting of an alkali metal element, an alkaline earth metal element and an ammonium radical; wherein the alkyl glycoside surfactant is expressed by a general structural formula RO(G) n as shown in the formula below where R is a C 8 -C 18 straight or branched chain alkyl group, G represents a saccharide unit, n represents the number of saccharide unit, wherein n is a positive integer from 1 to 3. wherein the carboxymethyl starch salt is represented by a general structural formula of [C 6 H 7 O 2 (OH) 2 OCH 2 COOM] n , where M is at least one selected from the group consisting of an alkali metal element, an alkaline earth metal element and an ammonium radical; wherein the alkyl glycoside surfactant is expressed by a general structural formula RO(G) n as shown in the formula below where R is a C 8 -C 18 straight or branched chain alkyl group, G represents a saccharide unit, n represents the number of saccharide unit, wherein n is a positive integer from 1 to 3.
A temperature distribution evaluation method for evaluating a temperature distribution in a heating region included in a heating device , the temperature distribution evaluation method comprising: Heating, in the heating region , a semiconductor substrate and a release and reception body the release and reception body transporting a raw material to and from the semiconductor substrate ; and evaluating the temperature distribution in the heating region based on a substrate thickness change amount (A) of the semiconductor substrate , wherein the raw material is a sublimation gas generated from the semiconductor substrate or the release and reception body . Heating, in the heating region , a semiconductor substrate and a release and reception body the release and reception body transporting a raw material to and from the semiconductor substrate ; and evaluating the temperature distribution in the heating region based on a substrate thickness change amount (A) of the semiconductor substrate ,
A combustor nozzle comprising a plurality of nozzle modules , the nozzle module comprising: a fuel supply pipe having an internal fuel flow path through which fuel flows from a front side to a rear side; a plurality of manifolds communicating with the fuel supply pipe and arranged in a row in a radial direction so that air flow paths are respectively formed at positions therebetween; and a plurality of fuel mixers disposed along a circumferential direction at the rear side of each of the manifolds to receive the fuel from the manifold and inject the fuel, each of the plurality of fuel mixers comprising: a mixer body having a front end communicating with the manifold , a rear end that is opened, and a mixing flow path through which air and the fuel flow; an air inlet port formed on a lateral side of the mixer body and disposed on the front end of the mixer body so that the air is introduced upstream of the mixing flow path; a fuel port formed inside the mixer body and discharging the fuel supplied from the manifold to the mixing flow path; and an extension located at the rear end of the mixer body , a flow cross-sectional area of the extension increasing as the extension extends downstream of the mixing flow path. a fuel supply pipe having an internal fuel flow path through which fuel flows from a front side to a rear side; a plurality of manifolds communicating with the fuel supply pipe and arranged in a row in a radial direction so that air flow paths are respectively formed at positions therebetween; and a plurality of fuel mixers disposed along a circumferential direction at the rear side of each of the manifolds to receive the fuel from the manifold and inject the fuel, each of the plurality of fuel mixers comprising: a mixer body having a front end communicating with the manifold , a rear end that is opened, and a mixing flow path through which air and the fuel flow; an air inlet port formed on a lateral side of the mixer body and disposed on the front end of the mixer body so that the air is introduced upstream of the mixing flow path; a fuel port formed inside the mixer body and discharging the fuel supplied from the manifold to the mixing flow path; and an extension located at the rear end of the mixer body , a flow cross-sectional area of the extension increasing as the extension extends downstream of the mixing flow path. a mixer body having a front end communicating with the manifold , a rear end that is opened, and a mixing flow path through which air and the fuel flow; an air inlet port formed on a lateral side of the mixer body and disposed on the front end of the mixer body so that the air is introduced upstream of the mixing flow path; a fuel port formed inside the mixer body and discharging the fuel supplied from the manifold to the mixing flow path; and an extension located at the rear end of the mixer body , a flow cross-sectional area of the extension increasing as the extension extends downstream of the mixing flow path.
A rolling deep groove ball bearing, comprising a bearing outer ring , a bearing inner ring , a plurality of large rolling balls and special-shaped rollers , the large rolling balls and special-shaped rollers being arranged between the bearing inner ring and the bearing outer ring , wherein the large rolling balls and special-shaped rollers are arranged at intervals; a groove being provided in middle of the special-shaped rollers ; characterized in that : a numerical value of a total gap s between the large rolling balls and the special-shaped rollers is 0.03 mm<s<e, wherein e is a groove depth of the special-shaped rollers ; a relationship between a diameter da of the special-shaped rollers and a distance h between the inner ring and the outer ring is 0.005mm≤h-da≤0.2mm, wherein h is (D2-d2)/2, D2 is an inner diameter of the outer ring , and d2 is an outer diameter of the inner ring .
A protective device for a cylinder lock in which a shutter plate is supported on a casing having a mechanical key insertion hole for a mechanical key to be inserted into a cylinder lock , the shutter plate being covered by a case forming part of the casing and being capable of moving between a closed position in which the shutter plate closes the mechanical key insertion hole and an open position in which the mechanical key insertion hole is opened, wherein the casing comprises a body that is provided so as to be connected to a cylinder body of the cylinder lock , and the case , which is formed so as to cover the shutter plate and is fixed to the body , and the case comprises a case main part , made of a resin, and a protector , made of a metal, that has at least a flat plate portion formed into a flat plate shape so as to cover the shutter plate and that is inserted and joined to the case main part , and wherein the protector comprises at least one latching piece that forms part of a side wall portion of the case .
Roller shutter with a plurality of parallel and mutually adjacent hingedly connected roller shutter rods , wherein each roller shutter rod is provided with corresponding hook/hook connections, wherein each roller shutter rod comprises on one longitudinal side a receiving hook and on the other longitudinal side a connecting hook and wherein each roller shutter rod consists of a single-walled, thin metal sheet, characterised in that each roller shutter rod comprises a curved cross section and in that the combination of single-walled, thin roller shutter rods is connected on one side over the entire surface and almost without play by means of a continuous web made of a flexible material.
Item of furniture comprising a furniture body and at least one sliding element which is movable by way of at least one running part along a running rail in order to expose or close an opening on the furniture body , wherein a stop device is provided at least in an end position of the sliding element , which stop device comprises an activator and a stop element that can be brought into engagement with the activator , whereby an adjustment mechanism is provided for the activator , by way of which the activator can be adjusted in the longitudinal direction of the running rail in order to set the end position of the sliding element and the adjustment mechanism has at least one locking element , by means of which the set position can be fixed by clamping or by way of a form fit, characterized in that the locking element can be released by way of a rotatable lever in order to be able to adjust the activator , and the lever can be rotated from the release position to a locked position in order to fix the activator to the running part or to a component associated therewith.
Device for detecting neutrons comprising at least one sealed ionization chamber with optical transduction, which extends along a longitudinal axis (X) and comprises a plurality of optical cavities , each optical cavity accommodating the free end of an optical fibre and comprising at least one inner wall coated at least partially with at least one active material, the optical cavities being filled with a gas, preferably a pressurized gas, that is able to be ionized by an ion arising from the reaction between a neutron and the active material, each optical cavity being delimited by a cylinder that is closed at its longitudinal ends by closing discs , the lateral inner wall of the cylinder being coated at least partially with an active material, the cylinders of the cavities adjoining one another while being centred on the longitudinal axis (X) or the cylinders of the cavities being distributed radially around a central cavity, each cylinder of the cavities being pierced laterally with a through-opening , which is designed to allow through one of the optical fibres whose free end is accommodated in an adjacent cavity.
A Turkish coffee brewing detection method which is suitable to be used in a coffee machine having an induction heater and is executed by the control unit, comprising the steps of - transmitting power to the induction heater, - monitoring the power being transmitted to the brewing chamber, and - deciding on the completion of the brewing process as the power starts to increase after decreasing and then cutting off the power being transmitted to the induction heater. - transmitting power to the induction heater, - monitoring the power being transmitted to the brewing chamber, and - deciding on the completion of the brewing process as the power starts to increase after decreasing and then cutting off the power being transmitted to the induction heater.
Multilayer security device , having a. a transparent substrate , b. a multilayer security film having a plurality of layers of a plastics material, wherein the security film is attached to the substrate , c. a hard coat arranged on an outer side of the security film facing away from the substrate , d. an edge seal sealing at least edges of the multilayer security film that are located outside, characterized in that the edge seal terminates flush in the thickness direction at the outer surface of the hard coat and at the outer surface of the substrate . a. a transparent substrate , b. a multilayer security film having a plurality of layers of a plastics material, wherein the security film is attached to the substrate , c. a hard coat arranged on an outer side of the security film facing away from the substrate , d. an edge seal sealing at least edges of the multilayer security film that are located outside,
A sole assembly for an article of footwear comprising: a sole plate having a recess in a foot-facing surface ; an insert plate supported by the sole plate in the recess ; wherein: the insert plate is configured to translate in the recess relative to the sole plate when the sole assembly is flexed in a longitudinal direction of the sole assembly over a first range of flexion (FR1, FR1A, FR1B) such that the insert plate is free from compressive loading by the sole plate during the first range of flexion (FR1, FR1A, FR1B); and the insert plate is configured to operatively engage with the sole plate in the recess when the sole plate is flexed in the longitudinal direction at a first predetermined flex angle (A1, A1A, A12) thereby placing the insert plate under compression by the sole plate in a second range of flexion (FR2, FR2A, FRB) greater than the first range of flexion (FR1, FR1A, FR1B), the sole assembly thereby having a change in bending stiffness at the first predetermined flex angle (A1, A1A, A12). a sole plate having a recess in a foot-facing surface ; an insert plate supported by the sole plate in the recess ; wherein: the insert plate is configured to translate in the recess relative to the sole plate when the sole assembly is flexed in a longitudinal direction of the sole assembly over a first range of flexion (FR1, FR1A, FR1B) such that the insert plate is free from compressive loading by the sole plate during the first range of flexion (FR1, FR1A, FR1B); and the insert plate is configured to operatively engage with the sole plate in the recess when the sole plate is flexed in the longitudinal direction at a first predetermined flex angle (A1, A1A, A12) thereby placing the insert plate under compression by the sole plate in a second range of flexion (FR2, FR2A, FRB) greater than the first range of flexion (FR1, FR1A, FR1B), the sole assembly thereby having a change in bending stiffness at the first predetermined flex angle (A1, A1A, A12).
A continuous inkjet printer having a printhead that includes first and second ink droplet generators , each operable to generate a stream of ink droplets , and a common gutter arranged to receive unprinted ink droplets from the first and second ink droplet generators , the printer further including control means configured to determine receipt into the common gutter of ink droplets from the first and second ink droplet generators , characterised in that the control means are operable to use a single sensor to determine receipt into the common gutter of ink droplets from one, both, and neither of the first and second ink droplet generators .
Method for producing a data stream whose sender is authenticable, having the method steps of: - computing at least one first piece of authentication information, wherein the at least one first piece of authentication information (A1) is generated from a respective first piece of validation information (V1) by means of a cryptographic one way function; - storing the at least one first piece of authentication information (A1) in a respective first data element of the data stream; - transmitting the respective first data element to at least one receiver; - computing at least one second piece of authentication information (A2), wherein the at least one second piece of authentication information (A2) is generated from a respective second piece of validation information (V2) by means of the cryptographic one way function; - storing the respective first piece of validation information (V1) in a respective second data element of the data stream; - storing the at least one second piece of authentication information (A2) in the respective second data element of the data stream; - storing the respective second piece of validation information (V2) in a respective third data element of the data stream; and - transmitting the respective second data element to the at least one receiver. - computing at least one first piece of authentication information, wherein the at least one first piece of authentication information (A1) is generated from a respective first piece of validation information (V1) by means of a cryptographic one way function; - storing the at least one first piece of authentication information (A1) in a respective first data element of the data stream; - transmitting the respective first data element to at least one receiver; - computing at least one second piece of authentication information (A2), wherein the at least one second piece of authentication information (A2) is generated from a respective second piece of validation information (V2) by means of the cryptographic one way function; - storing the respective first piece of validation information (V1) in a respective second data element of the data stream; - storing the at least one second piece of authentication information (A2) in the respective second data element of the data stream; - storing the respective second piece of validation information (V2) in a respective third data element of the data stream; and - transmitting the respective second data element to the at least one receiver.