mhurhangee/patent-ind-claim-en huggingface dataset:
A method of blending a composition of two or more ingredients, wherein the ingredients comprise one or more thermolabile components, wherein the resulting composition is amorphous or heterogeneously homogenous, the method comprising mixing the ingredients in a thermokinetic mixing chamber (MC), wherein a thermokinetic mixer shaft is operated at a first speed for a first time period until achieving a predetermined parameter, at which time the shaft speed is adjusted to a second speed for a second time period, wherein the mixing process is uninterrupted between the first and second time periods, wherein the thermolabile components comprise one or more active pharmaceutical ingredients and/or one or more polymeric pharmaceutically acceptable excipients, and wherein the end of the first time period is before the mixing chamber (MC) temperature reaches the shear transition temperature or melting point of any component of the ingredients, or wherein the end of the first time period is a predetermined time period and a change to the second speed is made automatically by the thermokinetic mixer at the end of the first time period, or wherein the end of the first time period is before the mixing chamber (MC) temperature reaches the shear transition temperature of an active pharmaceutical ingredient in the ingredients, or wherein the end of the first time period is before the mixing chamber (MC) temperature reaches the shear transition temperature of a pharmaceutically acceptable excipient in the ingredients, characterized in that the second speed is higher than the first speed. wherein the thermolabile components comprise one or more active pharmaceutical ingredients and/or one or more polymeric pharmaceutically acceptable excipients, and wherein the end of the first time period is before the mixing chamber (MC) temperature reaches the shear transition temperature or melting point of any component of the ingredients, or wherein the end of the first time period is a predetermined time period and a change to the second speed is made automatically by the thermokinetic mixer at the end of the first time period, or wherein the end of the first time period is before the mixing chamber (MC) temperature reaches the shear transition temperature of an active pharmaceutical ingredient in the ingredients, or wherein the end of the first time period is before the mixing chamber (MC) temperature reaches the shear transition temperature of a pharmaceutically acceptable excipient in the ingredients, characterized in that the second speed is higher than the first speed.
An industrial fabric having a length and a width, the fabric comprising a seam area and a body portion, the seam area comprising: a first edge of the fabric overlapped with a second edge of the fabric by a predetermined distance; wherein at least a portion of the overlapped area is welded by ultrasonic energy forming a welded area, and wherein the welded area has a texture or pattern that is the same as that of the body portion of the fabric , and wherein the welded area has a caliper the same as that of the body portion of the fabric . a first edge of the fabric overlapped with a second edge of the fabric by a predetermined distance; wherein at least a portion of the overlapped area is welded by ultrasonic energy forming a welded area, and wherein the welded area has a texture or pattern that is the same as that of the body portion of the fabric , and wherein the welded area has a caliper the same as that of the body portion of the fabric .
Equipment for the logistics of slab-shaped articles, comprising: - at least one supplying plane of at least one slab-shaped article ; - at least one robotic gripping group of said slab-shaped article provided with at least three degrees of freedom and positioned in the proximity of said supplying plane ; - movement means of said gripping group along at least one direction of movement (A) so as to define at least one work area of said gripping group ; - a plurality of temporary storage stations of said slab-shaped article positioned substantially parallel to said direction of movement (A); - at least one supporting frame of said slab-shaped article supported as an integral part to said movement means along said direction of movement (A); and - at least one unloading station of said supporting frame ; wherein said gripping group is adapted to: - take said slab-shaped article from said supplying plane ; - place said slab-shaped article on at least one of said storage stations ; and - take said slab-shaped article from at least one of said storage stations to place it on said supporting frame characterized by the fact that said supplying plane is movable in translation along said direction of movement (A). - at least one supplying plane of at least one slab-shaped article ; - at least one robotic gripping group of said slab-shaped article provided with at least three degrees of freedom and positioned in the proximity of said supplying plane ; - movement means of said gripping group along at least one direction of movement (A) so as to define at least one work area of said gripping group ; - a plurality of temporary storage stations of said slab-shaped article positioned substantially parallel to said direction of movement (A); - at least one supporting frame of said slab-shaped article supported as an integral part to said movement means along said direction of movement (A); and - at least one unloading station of said supporting frame ; - take said slab-shaped article from said supplying plane ; - place said slab-shaped article on at least one of said storage stations ; and - take said slab-shaped article from at least one of said storage stations to place it on said supporting frame
An addition compound, prepared by reacting a) one or more polyisocyanates having an average functionality of 2 - 6; b) one or more compounds comprising at least one chain selected from the group consisting of polyester, polyether, polyacrylate, polyurethane, polyolefin and the combination thereof, wherein the at least one chain comprises one single isocyanate reactive group and wherein said one single isocyanate reactive group is an amino group; and c) one or more compounds selected from the group consisting of N-(3-aminopropyl) imidazole (API), benzoguanamine (BGA) and N-(2-Aminoethyl) piperazine (AEP). a) one or more polyisocyanates having an average functionality of 2 - 6; b) one or more compounds comprising at least one chain selected from the group consisting of polyester, polyether, polyacrylate, polyurethane, polyolefin and the combination thereof, wherein the at least one chain comprises one single isocyanate reactive group and wherein said one single isocyanate reactive group is an amino group; and c) one or more compounds selected from the group consisting of N-(3-aminopropyl) imidazole (API), benzoguanamine (BGA) and N-(2-Aminoethyl) piperazine (AEP).
A two-part oxidative dyeing composition comprising: - a dyeing composition A having a pH in the range of 7 to 12 and comprising one or more oxidative dye precursor(s) and/or oxidative dye couplers, and one or more alkalizing agent(s), - an aqueous oxidizing composition B having a pH in the range of 1 to 6 comprising: a) hydrogen peroxide, and b) one or more compound(s) according to the following structure: wherein R 1 , R 2 , and R 3 are independently selected from H and CH 3 , and/or their mixtures, and c) one or more lipophilic compound, wherein composition B is an oil-in-water emulsion. - a dyeing composition A having a pH in the range of 7 to 12 and comprising one or more oxidative dye precursor(s) and/or oxidative dye couplers, and one or more alkalizing agent(s), - an aqueous oxidizing composition B having a pH in the range of 1 to 6 comprising: a) hydrogen peroxide, and b) one or more compound(s) according to the following structure: wherein R 1 , R 2 , and R 3 are independently selected from H and CH 3 , and/or their mixtures, and c) one or more lipophilic compound, a) hydrogen peroxide, and b) one or more compound(s) according to the following structure: wherein R 1 , R 2 , and R 3 are independently selected from H and CH 3 , and/or their mixtures, and c) one or more lipophilic compound,
A user equipment , comprising: a radio communication circuit configured to perform radio communication with a first base station over a communication channel formed by carrier aggregation of a plurality of component carriers; a control circuit configured to control a handover from the first base station to a second base station ; and a quality measuring circuit configured to measure a channel quality of the communication channel between the user equipment and the first base station, wherein the radio communication circuit is configured to receive, from the first base station, scheduling information of a first component carrier of the plurality of component carriers according to a cross scheduling method, and scheduling information of a second component carrier of the plurality of component carriers according to a straight scheduling method, and receive a command (S448), from the first base station, to perform the handover of the communication channel formed by carrier aggregation of the plurality of component carriers, the control circuit is configured to cause transfer (S450) of the first component carrier of the plurality of component carriers in the first base station to a first transferred component carrier in the second base station, the first component carrier being operated according to the cross scheduling method, and stop reception (S450) of the scheduling information of the first component carrier of the plurality of component carriers in the first base station. a radio communication circuit configured to perform radio communication with a first base station over a communication channel formed by carrier aggregation of a plurality of component carriers; a control circuit configured to control a handover from the first base station to a second base station ; and a quality measuring circuit configured to measure a channel quality of the communication channel between the user equipment and the first base station, wherein the radio communication circuit is configured to receive, from the first base station, scheduling information of a first component carrier of the plurality of component carriers according to a cross scheduling method, and scheduling information of a second component carrier of the plurality of component carriers according to a straight scheduling method, and receive a command (S448), from the first base station, to perform the handover of the communication channel formed by carrier aggregation of the plurality of component carriers, the control circuit is configured to cause transfer (S450) of the first component carrier of the plurality of component carriers in the first base station to a first transferred component carrier in the second base station, the first component carrier being operated according to the cross scheduling method, and stop reception (S450) of the scheduling information of the first component carrier of the plurality of component carriers in the first base station.
An elevator system for managing space inside an elevator cab, said system comprising: a camera system for acquiring image data of occupants inside the elevator cab; an image processing unit to process the image data acquired by the camera system to generate information related to each of the occupants; characterized by : a processing unit receiving the information related to each of the occupants and rearranging the image data based on the information; and a first display unit to display the rearrangement of the occupants provided by the processing unit . a camera system for acquiring image data of occupants inside the elevator cab; an image processing unit to process the image data acquired by the camera system to generate information related to each of the occupants; characterized by : a processing unit receiving the information related to each of the occupants and rearranging the image data based on the information; and a first display unit to display the rearrangement of the occupants provided by the processing unit . a processing unit receiving the information related to each of the occupants and rearranging the image data based on the information; and a first display unit to display the rearrangement of the occupants provided by the processing unit .
A method for processing blockchain-based data, the method comprising: receiving , by a node in a blockchain network, a plurality of sets of service data generated in a specified time period, wherein each of the plurality of sets of service data is generated by a different service and is associated with a different processing priority, wherein the plurality of sets of service data comprise corresponding label information used to represent corresponding processing priorities to the plurality of sets of service data; determining , by the node when a new block of the blockchain is newly generated, throughputs for processing data of the plurality of sets of service data, wherein the throughputs for processing the plurality of sets of service data are determined based on the label information for each of the sets of service data having a predetermined mapping relationship between the label information and the throughputs; obtaining , by the node and from the service data, amounts of data from the plurality of sets of service data that satisfy the throughputs, wherein an amount of data of a first set of service data of a first service is calculated based on a throughput determined for the first set of service data and a storage capacity of the new block ; and storing the obtained amount of data from the plurality of sets of service data in the new block. receiving , by a node in a blockchain network, a plurality of sets of service data generated in a specified time period, wherein each of the plurality of sets of service data is generated by a different service and is associated with a different processing priority, wherein the plurality of sets of service data comprise corresponding label information used to represent corresponding processing priorities to the plurality of sets of service data; determining , by the node when a new block of the blockchain is newly generated, throughputs for processing data of the plurality of sets of service data, wherein the throughputs for processing the plurality of sets of service data are determined based on the label information for each of the sets of service data having a predetermined mapping relationship between the label information and the throughputs; obtaining , by the node and from the service data, amounts of data from the plurality of sets of service data that satisfy the throughputs, wherein an amount of data of a first set of service data of a first service is calculated based on a throughput determined for the first set of service data and a storage capacity of the new block ; and storing the obtained amount of data from the plurality of sets of service data in the new block.
A fire notification system in which a fire detector , which senses a plurality of fire elements including a heat temperature, a smoke concentration, and a gas concentration due to fire, is connected to a fire receiver via a transmission path , wherein the fire receiver includes a reception control unit configured to set the fire detector to a detector test mode when a test operation is performed, the test operation comprising sequentially conducting different types of alarm tests corresponding respectively to the fire elements sensed by the fire detector , characterized in that the fire detector includes: an alarm indicating light , and a detector control unit which performs display control over the alarm indicating light to vary display of the alarm indicating light in accordance with a defined display mode to indicate which one of the different types of alarm tests is being conducted when a test jig is used to conduct alarm tests by sensing corresponding fire elements in a state where the test mode is set by the fire receiver . the fire receiver includes a reception control unit configured to set the fire detector to a detector test mode when a test operation is performed, the test operation comprising sequentially conducting different types of alarm tests corresponding respectively to the fire elements sensed by the fire detector , characterized in that the fire detector includes: an alarm indicating light , and a detector control unit which performs display control over the alarm indicating light to vary display of the alarm indicating light in accordance with a defined display mode to indicate which one of the different types of alarm tests is being conducted when a test jig is used to conduct alarm tests by sensing corresponding fire elements in a state where the test mode is set by the fire receiver . an alarm indicating light , and a detector control unit which performs display control over the alarm indicating light to vary display of the alarm indicating light in accordance with a defined display mode to indicate which one of the different types of alarm tests is being conducted when a test jig is used to conduct alarm tests by sensing corresponding fire elements in a state where the test mode is set by the fire receiver .
A trace analyte collection swab comprising: a substrate comprising a surface having a trace analyte collection area; and a coating disposed on the surface of the substrate in the trace analyte collection area, wherein the coating comprises polyisobutylene for collecting particles of the trace analyte from a surface when the trace analyte collection area is placed against the surface, and characterised in that the coating is applied in a pattern on the substrate in the trace analyte collection area. a substrate comprising a surface having a trace analyte collection area; and a coating disposed on the surface of the substrate in the trace analyte collection area, wherein the coating comprises polyisobutylene for collecting particles of the trace analyte from a surface when the trace analyte collection area is placed against the surface, and characterised in that the coating is applied in a pattern on the substrate in the trace analyte collection area. wherein the coating comprises polyisobutylene for collecting particles of the trace analyte from a surface when the trace analyte collection area is placed against the surface, and characterised in that the coating is applied in a pattern on the substrate in the trace analyte collection area.
A label comprising: a label base material having a dyne level of 40 mN/m or less measured in accordance with JIS K 6768; a water-based ink layer directly formed on the label base material and having a halftone dot reproducibility of 50 to 95%, as measured according to the description; a first oil-based ink layer formed above the label base material so as to cover the water-based ink layer; and a second oil-based ink layer formed above the label base material so as to cover the water-based ink layer and the first oil-based ink layer. a label base material having a dyne level of 40 mN/m or less measured in accordance with JIS K 6768; a water-based ink layer directly formed on the label base material and having a halftone dot reproducibility of 50 to 95%, as measured according to the description; a first oil-based ink layer formed above the label base material so as to cover the water-based ink layer; and a second oil-based ink layer formed above the label base material so as to cover the water-based ink layer and the first oil-based ink layer.
Repeatable-sealing cap for use with an optical waveguide cable conduit assembly for sealing the optical waveguide cable conduit assembly , wherein the optical waveguide cable conduit assembly has a stiffening inner conduit and is at least partially received by the repeatable-sealing cap , and wherein the repeatable-sealing cap has a plastics base body with an end face and a side wall, within which a centring mandrel , at least one portion of which has a self-tapping external thread , is at least partially arranged, wherein the self-tapping external thread is arranged in the inner volume of the plastics base body, wherein a viewing opening is arranged and a seal is placed in the plastics base body , the seal at least partially surrounding the centring mandrel , and wherein the centring mandrel is received in an opening of the seal , and wherein a shim or intermediate plate is provided between the seal and the end face of the plastics base body to homogenize the contact pressure of the seal, and wherein a portion of a stiffening inner conduit of the conduit assembly can be received on the centring mandrel, characterized in that the repeatable-sealing cap has a mounting indicator comprising at least one signalling mandrel above the shim, which signalling mandrel, after the sealing cap has been mounted on the end face of the plastics base body , passes through at least one opening provided therein so as to be visible and/or tactile.
High-voltage device having - an internal conductor , - an insulating body that surrounds the internal conductor along its longitudinal direction , comprising - insulating layers configured from a synthetic material that is impregnated with a resin, and - electrically conductive control inserts so as to provide the field control, said control inserts being arranged in a concentric manner around the internal conductor and being spaced apart from one another by means of the insulating layers , wherein at least one of the control inserts is a contact insert that is connected in an electrical manner to the internal conductor by means of a contact-making device , wherein the contact-making device comprises a contact element that is configured from an electrically conductive material that is connected in an electrical manner to the contact insert , characterized in that the contact element is fixed by means of an adhesive to a conductive base layer that is in electrical contact with the internal conductor . - an internal conductor , - an insulating body that surrounds the internal conductor along its longitudinal direction , comprising - insulating layers configured from a synthetic material that is impregnated with a resin, and - electrically conductive control inserts so as to provide the field control, said control inserts being arranged in a concentric manner around the internal conductor and being spaced apart from one another by means of the insulating layers ,
A method for user localization in a cellular network, the method comprising: receiving, by a receiver unit, Orthogonal Time Frequency Space, OTFS, modulated CAZAC sequences generated and transmitted in the Doppler-delay domain by a transmitter unit, characterized in that the method further comprises: estimating, by the receiver unit, relative speed between the transmitter unit and the receiver unit by filtering the received OTFS modulated CAZAC sequences.