mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle comprising a lighting unit and a mounting frame for receiving the lighting unit, wherein said lighting unit includes: a solid state lighting device ; a heat sink thermally connected to the solid state lighting device such that at least some of the heat generated by the solid state lighting device is transferred to the heat sink by thermal conduction; and attachment means arranged to attach the heat sink to the vehicle; and wherein the heat sink attachment means are arranged to attach the heat sink to a plurality of mounting members that are part of the structure of the vehicle; characterized in that : the mounting frame is open at its upper region, defining an open side in the mounting frame ; and in that the heat sink is arranged to form a vehicle structural member in use, acting as a bridge, link, or strut between the plurality of mounting members ; and closes the open side of the mounting frame . a solid state lighting device ; a heat sink thermally connected to the solid state lighting device such that at least some of the heat generated by the solid state lighting device is transferred to the heat sink by thermal conduction; and attachment means arranged to attach the heat sink to the vehicle; and wherein the heat sink attachment means are arranged to attach the heat sink to a plurality of mounting members that are part of the structure of the vehicle; characterized in that : the mounting frame is open at its upper region, defining an open side in the mounting frame ; and in that the heat sink is arranged to form a vehicle structural member in use, acting as a bridge, link, or strut between the plurality of mounting members ; and closes the open side of the mounting frame . the mounting frame is open at its upper region, defining an open side in the mounting frame ; and in that the heat sink is arranged to form a vehicle structural member in use, acting as a bridge, link, or strut between the plurality of mounting members ; and closes the open side of the mounting frame .
A device for processing food with stuffing, comprising: a casing ; an inclined auger ; a vertical auger ; a first pressing edge ; and a second pressing edge ; the casing and the inclined auger together form an extrusion forming mechanism ; the first pressing edge and the second pressing edge together form a pressing-breaking mechanism ; characterized in that , the inclined auger has an inner cavity formed in a hollow stem of the inclined auger; and the vertical auger is arranged in the inner cavity of the inclined auger ; and the stuffing is placed in the inner cavity of the inclined auger ; the casing has an inverted cone shape; the inner cavity of the inclined auger has an inverted cone shape; an external profile of the inclined auger has an inverted cone shape; the inner cavity of the inclined auger and the vertical auger together form a feeding mechanism for feeding and loading the stuffing; and the feeding mechanism is embedded in the extrusion forming mechanism ; the first pressing edge and the second pressing edge are linked to two link-shafts around which the first pressing edge and the second pressing edge rotate; the two link-shafts are horizontally provided on an outer surface of the casing and axes of the two link-shafts are coincident and perpendicularly intersect with a center axis of the casing ; and a first pressing surface is provided on the first pressing edge , and a second pressing surface is provided on the second pressing edge ; the first pressing surface is tilted with respect to the second pressing surface . a casing ; an inclined auger ; a vertical auger ; a first pressing edge ; and a second pressing edge ; the casing and the inclined auger together form an extrusion forming mechanism ; the first pressing edge and the second pressing edge together form a pressing-breaking mechanism ; characterized in that , the inclined auger has an inner cavity formed in a hollow stem of the inclined auger; and the vertical auger is arranged in the inner cavity of the inclined auger ; and the stuffing is placed in the inner cavity of the inclined auger ; the casing has an inverted cone shape; the inner cavity of the inclined auger has an inverted cone shape; an external profile of the inclined auger has an inverted cone shape; the inner cavity of the inclined auger and the vertical auger together form a feeding mechanism for feeding and loading the stuffing; and the feeding mechanism is embedded in the extrusion forming mechanism ; the first pressing edge and the second pressing edge are linked to two link-shafts around which the first pressing edge and the second pressing edge rotate; the two link-shafts are horizontally provided on an outer surface of the casing and axes of the two link-shafts are coincident and perpendicularly intersect with a center axis of the casing ; and a first pressing surface is provided on the first pressing edge , and a second pressing surface is provided on the second pressing edge ; the first pressing surface is tilted with respect to the second pressing surface .
A sensory information-providing method comprising: receiving (320; 502) motion information about a motion of a sense-providing device (120; 220) on a user's hand; detecting (310; 501), based on an imaging device (113; 211), viewing direction information about a viewing direction of a user watching a display device including the imaging device (113; 211) and a device performing the sensory information-providing method; detecting (330; 504) an object on the screen of the display device corresponding to a position of the sense-providing device, based on the motion information and viewing direction information; and providing (340; 505) the sense-providing device with sensory information corresponding to the detected object. receiving (320; 502) motion information about a motion of a sense-providing device (120; 220) on a user's hand; detecting (310; 501), based on an imaging device (113; 211), viewing direction information about a viewing direction of a user watching a display device including the imaging device (113; 211) and a device performing the sensory information-providing method; detecting (330; 504) an object on the screen of the display device corresponding to a position of the sense-providing device, based on the motion information and viewing direction information; and providing (340; 505) the sense-providing device with sensory information corresponding to the detected object.
An ultrasonic system , comprising: an ultrasonic device , comprising: a flexible body ; and a plurality of ultrasonic transducers coupled to the flexible body , a power supply coupled to the ultrasonic device and configured to apply a current to the plurality of ultrasonic transducers ; a fluid vessel coupled to the ultrasonic device ; and a waste vessel removably coupled to the ultrasonic device , wherein the fluid vessel is configured to supply fluid to a process tank including a support structure configured to couple to the ultrasonic device . an ultrasonic device , comprising: a flexible body ; and a plurality of ultrasonic transducers coupled to the flexible body , a flexible body ; and a plurality of ultrasonic transducers coupled to the flexible body , a power supply coupled to the ultrasonic device and configured to apply a current to the plurality of ultrasonic transducers ; a fluid vessel coupled to the ultrasonic device ; and a waste vessel removably coupled to the ultrasonic device , wherein the fluid vessel is configured to supply fluid to a process tank including a support structure configured to couple to the ultrasonic device .
A refrigerator comprising: a cabinet configured to define a first storage region for storing food; a door connected to the cabinet via a first hinge member having a first rotating shaft located at the front of the cabinet to open or close the first storage region, the door being rotatable relative to the cabinet; a gasket provided at the door; and a container configured to define a second storage region , the second storage region being receivable in the first storage region, the container being rotatably connected to the door via a second hinge member having a second rotating shaft , the second rotating shaft being located at the door, wherein the container includes a centrally formed opening and a body configured to define a rectangular periphery of the opening, wherein the body includes a frame , wherein the frame includes a first member defining a lower side, a second member placed at one end of the first member to extend perpendicular to the first member, a third member placed at one end of the second member to extend perpendicular to the second member and a fourth member placed perpendicular to the first member, characterized in that : the body includes a frame cover configured to surround the frame; the second hinge member is installed on the fourth member; and the first member, the second member and the third member are integrally formed with one another. a cabinet configured to define a first storage region for storing food; a door connected to the cabinet via a first hinge member having a first rotating shaft located at the front of the cabinet to open or close the first storage region, the door being rotatable relative to the cabinet; a gasket provided at the door; and a container configured to define a second storage region , the second storage region being receivable in the first storage region, the container being rotatably connected to the door via a second hinge member having a second rotating shaft , the second rotating shaft being located at the door, wherein the container includes a centrally formed opening and a body configured to define a rectangular periphery of the opening, wherein the body includes a frame , wherein the frame includes a first member defining a lower side, a second member placed at one end of the first member to extend perpendicular to the first member, a third member placed at one end of the second member to extend perpendicular to the second member and a fourth member placed perpendicular to the first member, characterized in that : the body includes a frame cover configured to surround the frame; the second hinge member is installed on the fourth member; and the first member, the second member and the third member are integrally formed with one another. the body includes a frame cover configured to surround the frame; the second hinge member is installed on the fourth member; and the first member, the second member and the third member are integrally formed with one another.
Lufenuron or a veterinary acceptable salt thereof for use in the control of sea lice in a fish population by oral administration, wherein the oral administration comprises administering a daily dose of 1 to 30 mg lufenuron/kg of fish biomass for a time period of 3 to 14 days and wherein the overall amount of lufenuron applied is from 7 to 350 mg/kg of fish biomass during said time period.
A polyamide composition having the following formula: wherein: a = 6 to 10; b = 6 to 10; c = 6 to 10; d = 6 to 10; x = 80 to 400; m = 1 to 400; said polyamide includes dimer acids wherein carbon chains of the dimer acids both have more than 8 carbons; the polyamide composition has a dimer diamine or dimer acid composition between 1 wt.% and 40 wt.% based on the total weight of the polyamide composition; the polyamide composition is terminated with an amine endgroup and a carboxyl endgroup; and the polyamide composition has a relative viscosity between 3.0 and 7.0 RV as determined by GB/T 12006.1-2009/ISO 307:2007. a = 6 to 10; b = 6 to 10; c = 6 to 10; d = 6 to 10; x = 80 to 400; m = 1 to 400; said polyamide includes dimer acids wherein carbon chains of the dimer acids both have more than 8 carbons; the polyamide composition has a dimer diamine or dimer acid composition between 1 wt.% and 40 wt.% based on the total weight of the polyamide composition; the polyamide composition is terminated with an amine endgroup and a carboxyl endgroup; and the polyamide composition has a relative viscosity between 3.0 and 7.0 RV as determined by GB/T 12006.1-2009/ISO 307:2007.
A process for preparing N-(5-(4-(4-formyl-3-phenyl-1H-pyrazol-1-yl)pyrimidin-2-ylamino)-4-methoxy-2-morpholinophenyl)acrylamide, the process comprising reacting tert-butyl (5-acrylamido-2-methoxy-4-morpholinophenyl)carbamate or N-(5-amino-4-methoxy-2-morpholinophenyl)acrylamide with a compound of Formula 13: wherein, Z is halogen.
A cryogenic liquid sampling system comprising: a chamber having affixed therein a sample pump configured to pull a cryogenic liquid sample from an external source; characterized in that the cryogenic liquid sampling system further comprises: an enclosure having: a supply port configured to receive an input stream of a gas, an input port connected to the chamber via a vacuum line , a sample pump port connected to the chamber via a pump line and configured to feed therethrough gas received at the supply port to the sample pump , a vacuum device connected to the input port and configured to generate a vacuum within the chamber by pulling air from the vacuum line , and processing circuitry configured to control the vacuum device and the sample pump to perform transfer of a cryogenic liquid sample from the external source to an external device. a supply port configured to receive an input stream of a gas, an input port connected to the chamber via a vacuum line , a sample pump port connected to the chamber via a pump line and configured to feed therethrough gas received at the supply port to the sample pump , a vacuum device connected to the input port and configured to generate a vacuum within the chamber by pulling air from the vacuum line , and processing circuitry configured to control the vacuum device and the sample pump to perform transfer of a cryogenic liquid sample from the external source to an external device.
A device comprising: a) a substrate, the substrate comprising: i) an M x N array of discrete regions on a top surface of the substrate, wherein M is the number of rows of discrete regions and N is the number of columns of discrete regions in the array, and ii) an R x S array of prisms integrated with a bottom surface of the substrate and optically coupled to the discrete regions, wherein R is the number of rows of prisms and S is the number of columns of prisms in the array; wherein each discrete region is located directly above a single prism of the array of prisms integrated with the bottom of the substrate, wherein each discrete region is optically coupled with an entrance prism and a different exit prism in the array of prisms integrated with the bottom surface of the substrate and that are positioned adjacent to, but not directly below, the discrete region, and wherein R = M + 2 and S = N, or R = M and S = N + 2. a) a substrate, the substrate comprising: i) an M x N array of discrete regions on a top surface of the substrate, wherein M is the number of rows of discrete regions and N is the number of columns of discrete regions in the array, and ii) an R x S array of prisms integrated with a bottom surface of the substrate and optically coupled to the discrete regions, wherein R is the number of rows of prisms and S is the number of columns of prisms in the array; i) an M x N array of discrete regions on a top surface of the substrate, wherein M is the number of rows of discrete regions and N is the number of columns of discrete regions in the array, and ii) an R x S array of prisms integrated with a bottom surface of the substrate and optically coupled to the discrete regions, wherein R is the number of rows of prisms and S is the number of columns of prisms in the array;
A method of inhaling an aerosol comprising nicotine through an aerosol generating device comprising the steps of: (a) providing an aerosol-generating device in which tobacco contained therein is electrically heated to a temperature of less than 400 degrees Celsius to create an aerosol; and (b) allowing a user to inhale the aerosol derived from the electrically heated tobacco, wherein the aerosol passes over and is cooled by an aerosol-cooling element before being inhaled by the user, and the aerosol-cooling element (i) has a total surface area of 300 to 1000 square millimetres per millimetre length and/or (ii) comprises a plurality of longitudinally extending channels; wherein the aerosol contains levels of nicotine that are at least about 70% of the maximum concentration in combusted tobacco of reference cigarette 3R4F; and wherein the aerosol contains levels of one or more harmful or potentially harmful constituents (HPHCs) other than nicotine that are lower than the levels in combusted tobacco of reference cigarette 3R4F on a per mg of nicotine basis. (a) providing an aerosol-generating device in which tobacco contained therein is electrically heated to a temperature of less than 400 degrees Celsius to create an aerosol; and (b) allowing a user to inhale the aerosol derived from the electrically heated tobacco, wherein the aerosol passes over and is cooled by an aerosol-cooling element before being inhaled by the user, and the aerosol-cooling element (i) has a total surface area of 300 to 1000 square millimetres per millimetre length and/or (ii) comprises a plurality of longitudinally extending channels; wherein the aerosol contains levels of nicotine that are at least about 70% of the maximum concentration in combusted tobacco of reference cigarette 3R4F; and wherein the aerosol contains levels of one or more harmful or potentially harmful constituents (HPHCs) other than nicotine that are lower than the levels in combusted tobacco of reference cigarette 3R4F on a per mg of nicotine basis.
A charge control apparatus of an electric vehicle , which is loaded on the electric vehicle equipped with a battery rechargeable with electric power supplied from an external power source , and onboard equipment operating during charging of the battery, the onboard equipment being connected to the battery , the charge control apparatus being configured to control charging of the battery, the charge control apparatus comprising: target voltage setting means for setting a target voltage in charging the battery; charge control means for controlling charging of the battery so that the battery voltage of the battery becomes the target voltage; and equipment control means for controlling the operating state of the onboard equipment, characterized in that the equipment control means lowers the current of the onboard equipment in a plurality of steps by a predetermined current value (A3) per step when stopping the onboard equipment during charging of the battery, the target voltage setting means sets a first set voltage (V1) conformed to the characteristics of the battery, and a second set voltage (V2) lower than the first set voltage, as the target voltage, and the charge control means executes charging of the battery, with the second set voltage as the target voltage, when the onboard equipment is in operation during charging of the battery. target voltage setting means for setting a target voltage in charging the battery; charge control means for controlling charging of the battery so that the battery voltage of the battery becomes the target voltage; and equipment control means for controlling the operating state of the onboard equipment, characterized in that the equipment control means lowers the current of the onboard equipment in a plurality of steps by a predetermined current value (A3) per step when stopping the onboard equipment during charging of the battery, the target voltage setting means sets a first set voltage (V1) conformed to the characteristics of the battery, and a second set voltage (V2) lower than the first set voltage, as the target voltage, and the charge control means executes charging of the battery, with the second set voltage as the target voltage, when the onboard equipment is in operation during charging of the battery.
A method performed by a proxy call session control function, P-CSCF , for a wireless communication system, the method comprising: receiving , from a remote terminal , a session initiation protocol, SIP, message including first information indicating that the remote terminal accesses through a relay terminal; determining a policy and charging rules function, PCRF , serving a relay connection associated with the relay terminal; and transmitting , to the determined PCRF, an authentication authorization, AA, request message including information associated with a call flow and an internet protocol, IP, address of the relay terminal, the information associated with the call flow being based on a session description protocol, SDP, transferred along with the SIP message, wherein the SIP message further includes a utran-cell-id-3gpp parameter, the utrancell-id-3gpp parameter including public land mobile network, PLMN, information and EUTRAN cell identity, ECI. receiving , from a remote terminal , a session initiation protocol, SIP, message including first information indicating that the remote terminal accesses through a relay terminal; determining a policy and charging rules function, PCRF , serving a relay connection associated with the relay terminal; and transmitting , to the determined PCRF, an authentication authorization, AA, request message including information associated with a call flow and an internet protocol, IP, address of the relay terminal, the information associated with the call flow being based on a session description protocol, SDP, transferred along with the SIP message, wherein the SIP message further includes a utran-cell-id-3gpp parameter, the utrancell-id-3gpp parameter including public land mobile network, PLMN, information and EUTRAN cell identity, ECI.
A topical ophthalmic preparation consisting of an oil-in-water microemulsion comprising: one or more liposoluble active ingredients; an emulsifying agent consisting of d-α-tocopheryl polyethylene glycol 1000 succinate (TPGS); an oily component consisting of medium chain triglycerides (MCT); an ophthalmologically acceptable aqueous phase; wherein the concentration of TPGS is comprised between 0.1 and 5% by weight and the weight ratio of MCT to TPGS is comprised between 1:2.8 and 1:3.6, the average size of the dispersed particles of oily phase being not greater than 100 nm, and wherein no co-surfactants are present. one or more liposoluble active ingredients; an emulsifying agent consisting of d-α-tocopheryl polyethylene glycol 1000 succinate (TPGS); an oily component consisting of medium chain triglycerides (MCT); an ophthalmologically acceptable aqueous phase;
A method comprising: receiving, at a user equipment, at least one policy update to adapt a policy defining a security level of an encryption algorithm used by an application, wherein the at least one policy update indicates a change of the security level of the encryption algorithm based on a discovered vulnerability of the encryption algorithm; monitoring the encryption algorithm to determine a security level of the user equipment based on the at least one policy update; and adapting , based on the monitoring, the operation at the user equipment, wherein the adapting comprises preventing the application from using the encryption algorithm. receiving, at a user equipment, at least one policy update to adapt a policy defining a security level of an encryption algorithm used by an application, wherein the at least one policy update indicates a change of the security level of the encryption algorithm based on a discovered vulnerability of the encryption algorithm; monitoring the encryption algorithm to determine a security level of the user equipment based on the at least one policy update; and adapting , based on the monitoring, the operation at the user equipment, wherein the adapting comprises preventing the application from using the encryption algorithm.