mhurhangee/patent-ind-claim-en huggingface dataset:
A method for dynamic prioritization of uplink traffic performed by a user equipment in a wireless communication network, comprising: determining, at a scheduled entity, when a UL semi-persistent scheduling, SPS, transmission period at least partially overlaps with an OFF duration of a C-DRX cycle, to delay a transmission of uplink, UL, traffic based on at least a priority level of the UL traffic, a type of the UL traffic, a power saving mode of the scheduled entity, or a result of a cost function; delaying the transmission of the UL traffic by skipping one or more skipped UL transmission opportunities of a plurality of UL transmission opportunities ; and transmitting the UL traffic during a subsequent UL transmission opportunity of the plurality of UL transmission opportunities that is subsequent to the one or more skipped UL transmission opportunities. determining, at a scheduled entity, when a UL semi-persistent scheduling, SPS, transmission period at least partially overlaps with an OFF duration of a C-DRX cycle, to delay a transmission of uplink, UL, traffic based on at least a priority level of the UL traffic, a type of the UL traffic, a power saving mode of the scheduled entity, or a result of a cost function; delaying the transmission of the UL traffic by skipping one or more skipped UL transmission opportunities of a plurality of UL transmission opportunities ; and transmitting the UL traffic during a subsequent UL transmission opportunity of the plurality of UL transmission opportunities that is subsequent to the one or more skipped UL transmission opportunities.
Process for producing a small heating household equipment article comprising a substrate with at least two opposite faces, the process comprising: - providing said substrate; and - obtaining a heat-stable coating on said substrate, said obtaining step comprising: • depositing on at least one of the two opposite faces of said substrate of at least one layer of a composition comprising at least one binder; and • curing said coated substrate, characterized in that the composition comprising at least one binder has a dry matter content greater than or equal to 15% by weight, and in that said deposition is carried out through digital printing via at least one nozzle having an aperture greater than or equal to 100 μm in size. - providing said substrate; and - obtaining a heat-stable coating on said substrate, said obtaining step comprising: • depositing on at least one of the two opposite faces of said substrate of at least one layer of a composition comprising at least one binder; and • curing said coated substrate, • depositing on at least one of the two opposite faces of said substrate of at least one layer of a composition comprising at least one binder; and • curing said coated substrate,
A computer-implemented method for securing customer data in a computer-implemented system or two or more computer-implemented systems cooperating and communicating with each other, the method comprising: storing an encrypted first key fragment in a first storage area, wherein the first key fragment is unique to a customer; storing an encrypted second key fragment in a second storage area distinct from the first storage area, wherein the accessibility to the first and second storage area is limited such that the access to the first storage area and to the second storage area is mutually exclusive; receiving by a server computing system including a master key derivation module a request to derive a master key , the request being received from an application server , to which a user may transmit customer data and from which a user may request for the customer data; receiving, by the master key derivation module , the encrypted first key fragment from the application server; querying, by the master key derivation module , for the encrypted second key fragment from the second storage area; decrypting, by the master key derivation module , the encrypted first key fragment and the encrypted second key fragment to generate a decrypted first key fragment and a decrypted second key fragment, deriving, by the master key derivation module, the master key using the decrypted first key fragment and the decrypted second key fragment , the master key being unique to the customer; and transmitting the derived master key to the application server , and storing the master key in an in-memory cache of the application server. storing an encrypted first key fragment in a first storage area, wherein the first key fragment is unique to a customer; storing an encrypted second key fragment in a second storage area distinct from the first storage area, wherein the accessibility to the first and second storage area is limited such that the access to the first storage area and to the second storage area is mutually exclusive; receiving by a server computing system including a master key derivation module a request to derive a master key , the request being received from an application server , to which a user may transmit customer data and from which a user may request for the customer data; receiving, by the master key derivation module , the encrypted first key fragment from the application server; querying, by the master key derivation module , for the encrypted second key fragment from the second storage area; decrypting, by the master key derivation module , the encrypted first key fragment and the encrypted second key fragment to generate a decrypted first key fragment and a decrypted second key fragment, deriving, by the master key derivation module, the master key using the decrypted first key fragment and the decrypted second key fragment , the master key being unique to the customer; and transmitting the derived master key to the application server , and storing the master key in an in-memory cache of the application server.
A process for potting hollow fiber membranes in a diffusion and/or filtration device comprising a tubular housing with a bundle of hollow fiber membranes arranged therein and at least one tubular fluid port located on the outer wall surface of the tubular housing , the process being characterized by comprising the steps of a) dosing simultaneously, but separate from each other, a polyol component and an isocyanate component into a recess provided on an inner wall of the at least one tubular fluid port ; b) allowing the polyol component and the isocyanate component to mix in the recess , forming a polyurethane reaction mixture; c) causing the polyurethane reaction mixture to flow towards a mouth of the tubular housing which has been closed with a potting lid ; and to embed the ends of the bundle of hollow fibers in the polyurethane reaction mixture; and d) allowing the polyurethane reaction mixture to cure and form a solid potting zone sealing the mouth of the tubular housing . a) dosing simultaneously, but separate from each other, a polyol component and an isocyanate component into a recess provided on an inner wall of the at least one tubular fluid port ; b) allowing the polyol component and the isocyanate component to mix in the recess , forming a polyurethane reaction mixture; c) causing the polyurethane reaction mixture to flow towards a mouth of the tubular housing which has been closed with a potting lid ; and to embed the ends of the bundle of hollow fibers in the polyurethane reaction mixture; and d) allowing the polyurethane reaction mixture to cure and form a solid potting zone sealing the mouth of the tubular housing .
A process for drying a lactic acid bacteria-containing concentrate (which optionally contains one or more additives, such as a cryo protectant and/or a stabilizer) comprising: i) freezing said bacteria-containing concentrate with liquid nitrogen; and ii) freeze-drying said frozen bacteria-containing concentrate obtained in step i); wherein step ii) is performed under the following conditions: a) a pressure in the range of 0.2 to 2.0 mBar, such as in the range of 0.5 to 2.0 mBar; and b) a heating plate temperature in the range of 55 to 80 degrees C; wherein the said bacteria is not Lactobacillus rhamnosus LGG having ATCC no. 53103. i) freezing said bacteria-containing concentrate with liquid nitrogen; and ii) freeze-drying said frozen bacteria-containing concentrate obtained in step i); a) a pressure in the range of 0.2 to 2.0 mBar, such as in the range of 0.5 to 2.0 mBar; and b) a heating plate temperature in the range of 55 to 80 degrees C;
First vehicle-side terminal (NN1) for radio communication in a radio network, wherein the first vehicle-side terminal (NN1) is designed to determine first data (P1), to perform a channel access procedure for a radio channel, to send the first data (P1) over the radio channel, to wait for a first period (SIFS; PIFS) after the first data (P1) have finished being sent, to check, after the expiry of the first period (SIFS; PIFS), whether the radio channel is occupied, and to resend the first data (P1) over the radio channel after the expiry of a second period (PIFS; DIFS), which begins after the end of the previous sending of the first data (P1) and is longer than the first period (SIFS; PIFS), if the radio channel is not occupied after the expiry of the first period, characterized in that the radio channel that is used is a dedicated radio channel reserved exclusively for the transmission of successive packets in a packet train, wherein the packet train comprises a number of data (P1; P2) that are not directly successive in terms of time, that originate from different terminals (NN1; NN2) and for which only the first of the participating terminals (NN1) performs a channel access procedure, wherein the first data (P1) and the retransmission thereof are part of the packet train. to perform a channel access procedure for a radio channel, to send the first data (P1) over the radio channel, to wait for a first period (SIFS; PIFS) after the first data (P1) have finished being sent, to check, after the expiry of the first period (SIFS; PIFS), whether the radio channel is occupied, and to resend the first data (P1) over the radio channel after the expiry of a second period (PIFS; DIFS), which begins after the end of the previous sending of the first data (P1) and is longer than the first period (SIFS; PIFS), if the radio channel is not occupied after the expiry of the first period, characterized in that the radio channel that is used is a dedicated radio channel reserved exclusively for the transmission of successive packets in a packet train, wherein the packet train comprises a number of data (P1; P2) that are not directly successive in terms of time, that originate from different terminals (NN1; NN2) and for which only the first of the participating terminals (NN1) performs a channel access procedure, wherein the first data (P1) and the retransmission thereof are part of the packet train.
A method for manufacturing a sealing device comprising a duct (2; 202) and a link member (10; 210) comprising a radial flange plate (11; 211) and an axial annular mounting portion (12; 212), the method comprising: a step of folding of an end annular part of said duct (2; 202), to obtain an axial annular mounting slit that is open axially outward, between an intermediate annular portion (4; 204) linked to a main axial portion (3; 203) by a first annular fold (7; 207) and a terminal annular portion (5; 205) linked to the intermediate annular portion (4; 204) by a second annular fold (8; 208); a step of axial engagement of the axial annular mounting portion (12; 212) of the link member in said annular mounting slit ; and a step of radial compression of said axial annular mounting portion (12; 212) of the link member (10; 210), over at least one annular zone, between said intermediate annular portion (4; 204) and said terminal annular portion (5; 205) of the duct (2; 202), a step of folding of an end annular part of said duct (2; 202), to obtain an axial annular mounting slit that is open axially outward, between an intermediate annular portion (4; 204) linked to a main axial portion (3; 203) by a first annular fold (7; 207) and a terminal annular portion (5; 205) linked to the intermediate annular portion (4; 204) by a second annular fold (8; 208); a step of axial engagement of the axial annular mounting portion (12; 212) of the link member in said annular mounting slit ; and a step of radial compression of said axial annular mounting portion (12; 212) of the link member (10; 210), over at least one annular zone, between said intermediate annular portion (4; 204) and said terminal annular portion (5; 205) of the duct (2; 202),
A method for treating fabric, method comprising: - treating fabric with a detergent composition comprising a methyl ester ethoxylate, wherein said methyl ester ethoxylate surfactant comprises monounsaturated C18, and a fragrance; - treating fabric with a fabric conditioning composition, wherein the fabric conditioning composition comprises a cationic fabric softening active; - optionally rinsing; and - optionally drying said fabric wherein said fragrance comprises a component selected from geraniol, phenafleur, cyclamal, bet-ionone, verdyl acetate dimethylbenzylcarbinol acetate, dihydromyrcenol, limonene and mixtures thereof. - treating fabric with a detergent composition comprising a methyl ester ethoxylate, wherein said methyl ester ethoxylate surfactant comprises monounsaturated C18, and a fragrance; - treating fabric with a fabric conditioning composition, wherein the fabric conditioning composition comprises a cationic fabric softening active; - optionally rinsing; and - optionally drying said fabric wherein said fragrance comprises a component selected from geraniol, phenafleur, cyclamal, bet-ionone, verdyl acetate dimethylbenzylcarbinol acetate, dihydromyrcenol, limonene and mixtures thereof.
Device for drilling holes in the axial and radial direction of a blade root of a wind turbine, wherein the device comprises: - a first base , which is to be stationary positioned on the ground; - a second base , which is moveably mounted to the first base and movable along a first direction (D); - first drive means for positioning the second base along the first direction (D); - a rotary arm , which is pivotally mounted to the second base around a main axis , - second drive means for rotating the rotary arm around the main axis ; - wherein the rotary arm comprises a guide track which extends from a first outer end (4-1) to a second outer end (4-2) of the rotary arm thereby passing the main axis ; - first drilling means moveably arranged on the guide track , comprising a first drilling tool (8-1) for drilling radial holes in a second direction (8-2), which second direction (8-2) is perpendicular to the main axis and - third drive means for positioning the first drilling means along the guide track ; - second drilling means mounted on the rotary arm , comprising a second drilling tool (9-1) for drilling axial holes in a third direction (9-2), which third direction (9-2) is parallel to the main axis ; characterized in that the rotary arm comprises a recess , wherein the second drilling means are accommodated in the recess and at least partially moveably arranged on the guide track and which device comprises fourth driving means for positioning the second drilling means along the guide track , wherein an imaginary plane defined by the second and third direction (8-2;9-2) includes the main axis . - a first base , which is to be stationary positioned on the ground; - a second base , which is moveably mounted to the first base and movable along a first direction (D); - first drive means for positioning the second base along the first direction (D); - a rotary arm , which is pivotally mounted to the second base around a main axis , - second drive means for rotating the rotary arm around the main axis ; - wherein the rotary arm comprises a guide track which extends from a first outer end (4-1) to a second outer end (4-2) of the rotary arm thereby passing the main axis ; - first drilling means moveably arranged on the guide track , comprising a first drilling tool (8-1) for drilling radial holes in a second direction (8-2), which second direction (8-2) is perpendicular to the main axis and - third drive means for positioning the first drilling means along the guide track ; - second drilling means mounted on the rotary arm , comprising a second drilling tool (9-1) for drilling axial holes in a third direction (9-2), which third direction (9-2) is parallel to the main axis ;
A process of forming a compound according to the formula (I) comprising the step of regio-selectively functionalizing a dialkylbenzene compound wherein the ratio of the compound functionalized at position (a) to the compound functionalized at the position (b) is at least 70:30, and wherein the substituent R is an isobutyl group, and wherein the step of regio-selectively functionalizing a dialkylbenzene compound is a carbonylation, a chloromethylation, a bromination or a direct conversion into the compound of formula (I).
A cold storage material composition comprising: tetra-n-butylammonium bromide; water; and 1-propanol, wherein a weight ratio of the tetra-n-butylammonium bromide to the water is greater than or equal to 37.5/62.5 and less than or equal to 40/60; a molar ratio of the 1-propanol to the water is greater than or equal to 0.043 and less than or equal to 0.065; the cold storage material composition has a fusion heat of greater than or equal to 135 J/g within a range of higher than or equal to 2 degrees Celsius and lower than or equal to 8 degrees Celsius; and the cold storage material composition has a heat flow peak within a range of higher than or equal to 2 degrees Celsius and lower than or equal to 8 degrees Celsius. tetra-n-butylammonium bromide; water; and 1-propanol, wherein a weight ratio of the tetra-n-butylammonium bromide to the water is greater than or equal to 37.5/62.5 and less than or equal to 40/60; a molar ratio of the 1-propanol to the water is greater than or equal to 0.043 and less than or equal to 0.065; the cold storage material composition has a fusion heat of greater than or equal to 135 J/g within a range of higher than or equal to 2 degrees Celsius and lower than or equal to 8 degrees Celsius; and the cold storage material composition has a heat flow peak within a range of higher than or equal to 2 degrees Celsius and lower than or equal to 8 degrees Celsius.
An environmental-analysis system for determining suitability for a maser for use in an environment, the environmental-analysis system comprising: a plurality of environmental sensors located to take environmental characteristics of the environment; a processor configured to receive a plurality of environmental data inputs from the plurality of environmental sensors indicative of a plurality of different environmental characteristics of an environment ; a database comprising a plurality of reference-environment data sets , each reference-environment data set respectively comprising at least one maser sensitivity coefficient of a different maser for the said plurality of different environmental characteristics in a reference environment; a plurality of environmental-modifier data sets each environmental-modifier data set comprising data indicative of a change to the or each maser sensitivity coefficient of the respective different masers in response to changes to the environmental characteristics with respect to the reference environment; the processor comprising a maser-suitability determinator for generating environmental-suitability data indicative of a suitability of the maser for use in the environment based on one of the plurality of reference-environment data sets , one of the plurality of environmental-modifier data sets, and the plurality of environmental data inputs; characterized by an output circuit for providing a data output based on the environmental-suitability data of each different maser in the environment in the absence of the maser. a plurality of environmental sensors located to take environmental characteristics of the environment; a processor configured to receive a plurality of environmental data inputs from the plurality of environmental sensors indicative of a plurality of different environmental characteristics of an environment ; a database comprising a plurality of reference-environment data sets , each reference-environment data set respectively comprising at least one maser sensitivity coefficient of a different maser for the said plurality of different environmental characteristics in a reference environment; a plurality of environmental-modifier data sets each environmental-modifier data set comprising data indicative of a change to the or each maser sensitivity coefficient of the respective different masers in response to changes to the environmental characteristics with respect to the reference environment; the processor comprising a maser-suitability determinator for generating environmental-suitability data indicative of a suitability of the maser for use in the environment based on one of the plurality of reference-environment data sets , one of the plurality of environmental-modifier data sets, and the plurality of environmental data inputs; characterized by an output circuit for providing a data output based on the environmental-suitability data of each different maser in the environment in the absence of the maser.
An inspection device for inspecting a virtual image of a head-up display device, the inspection device comprising: - a vehicle windshield ; - a display unit configured to generate an image and project the image onto the vehicle windshield without using a concave mirror; - an imaging unit configured to capture a virtual image of the image projected on the vehicle windshield by the display unit of the inspection device ; - a storage unit configured to store data of a shape of the vehicle windshield and a relative position between the vehicle windshield , the display unit of the inspection device , and the imaging unit , the data being preliminarily set; - an imaging unit position control unit configured to cause the imaging unit to move to a predetermined position at which the virtual image is captured; - a display control unit configured to calculate an image distortion correction to be caused by a concave mirror of the head-up display device, based on the data corresponding to a position of the imaging unit after moving to the predetermined position at which the virtual image is captured, and to control the display unit of the inspection device so as to generate the image taking into account the image distortion correction; and - an image inspection unit configured to inspect a distortion of the virtual image captured by the imaging unit . - a vehicle windshield ; - a display unit configured to generate an image and project the image onto the vehicle windshield without using a concave mirror; - an imaging unit configured to capture a virtual image of the image projected on the vehicle windshield by the display unit of the inspection device ; - a storage unit configured to store data of a shape of the vehicle windshield and a relative position between the vehicle windshield , the display unit of the inspection device , and the imaging unit , the data being preliminarily set; - an imaging unit position control unit configured to cause the imaging unit to move to a predetermined position at which the virtual image is captured; - a display control unit configured to calculate an image distortion correction to be caused by a concave mirror of the head-up display device, based on the data corresponding to a position of the imaging unit after moving to the predetermined position at which the virtual image is captured, and to control the display unit of the inspection device so as to generate the image taking into account the image distortion correction; and - an image inspection unit configured to inspect a distortion of the virtual image captured by the imaging unit .