mhurhangee/patent-ind-claim-en huggingface dataset:
A method for adjusting discontinuous reception 'DRX' behavior of a user equipment 'UE' to conserve energy use, the UE being in wireless communication with a base station , the method being performed by a radio access network 'RAN' controller that is communicatively coupled to the base station , the method comprising: exposing a DRX application programming interface 'API' that enables DRX parameters to be changed; creating a conflict resolution policy that controls when requests to change the DRX parameters should be granted, the conflict resolution policy being designed to prevent conflicts between different applications; receiving, via the DRX API , a first request from a first application to change a DRX parameter for the UE from a current value to a new value, wherein the first application is external to the UE and is configured to send data to the UE via a mobile network that comprises the base station ; determining, based at least in part on the conflict resolution policy , that the first request should be granted; and sending a command to the base station , the command causing the base station to communicate the new value of the DRX parameter to the UE . exposing a DRX application programming interface 'API' that enables DRX parameters to be changed; creating a conflict resolution policy that controls when requests to change the DRX parameters should be granted, the conflict resolution policy being designed to prevent conflicts between different applications; receiving, via the DRX API , a first request from a first application to change a DRX parameter for the UE from a current value to a new value, wherein the first application is external to the UE and is configured to send data to the UE via a mobile network that comprises the base station ; determining, based at least in part on the conflict resolution policy , that the first request should be granted; and sending a command to the base station , the command causing the base station to communicate the new value of the DRX parameter to the UE .
A beverage dispensing system , comprising: a housing including a dispensing platform ; a plurality of valves at least partially below the dispensing platform, each valve including a beverage-container coupler extending from the valve through a corresponding opening in the dispensing platform configured to couple with bottom-fillable beverage containers for use with the beverage dispensing system; a plurality of valve-controlling modules respectively disposed in one or more cutouts of the housing, each valve-controlling module including a user-facing touchpad for a user interface having one or more buttons configured to control a corresponding valve of the plurality of valves and an encased printed circuit board assembly with surface-mounted components including a microcontroller with at least a valve-controlling program stored in a memory thereof, a solenoid connector configured for connecting and controlling a solenoid of a valve-actuating assembly, one or more sensor connectors configured for respectively connecting and controlling one or more sensors, one or more data ports configured for sending at least sensor data from the valve controlling module to a central module and one or more power connectors ; and an embedded system including the plurality of valve-controlling modules and the central module communicatively coupled to the plurality of valve controlling modules, the embedded system configured for beverage dispensation and a function related to beverage dispensation selected from the group consisting of analytics, communications, payment processing, and a combination thereof. a housing including a dispensing platform ; a plurality of valves at least partially below the dispensing platform, each valve including a beverage-container coupler extending from the valve through a corresponding opening in the dispensing platform configured to couple with bottom-fillable beverage containers for use with the beverage dispensing system; a plurality of valve-controlling modules respectively disposed in one or more cutouts of the housing, each valve-controlling module including a user-facing touchpad for a user interface having one or more buttons configured to control a corresponding valve of the plurality of valves and an encased printed circuit board assembly with surface-mounted components including a microcontroller with at least a valve-controlling program stored in a memory thereof, a solenoid connector configured for connecting and controlling a solenoid of a valve-actuating assembly, one or more sensor connectors configured for respectively connecting and controlling one or more sensors, one or more data ports configured for sending at least sensor data from the valve controlling module to a central module and one or more power connectors ; and an embedded system including the plurality of valve-controlling modules and the central module communicatively coupled to the plurality of valve controlling modules, the embedded system configured for beverage dispensation and a function related to beverage dispensation selected from the group consisting of analytics, communications, payment processing, and a combination thereof.
A method for the isolation of protein from a sample, comprising: a) contacting the sample with a silica-containing surface in the presence of a high salt, low pH buffer, wherein said buffer has a pH of less than or equal to 4.0 and a salt concentration of greater than 1M; and b) separating the silica-containing surface comprising bound protein from one or more other components of the sample. a) contacting the sample with a silica-containing surface in the presence of a high salt, low pH buffer, wherein said buffer has a pH of less than or equal to 4.0 and a salt concentration of greater than 1M; and b) separating the silica-containing surface comprising bound protein from one or more other components of the sample.
A system for collecting plasma reduced platelets and anticipating plasma return comprising: means for drawing a first volume of whole blood from a subject and returning blood components to the subject; a blood component separation means for separating the drawn blood into a first blood component and a second blood component, the blood component separation means configured to send the first blood component to a first blood component container and the second blood component to a second blood component container ; a first return means fluidly connecting the means for drawing a first volume of whole blood and the blood component separation means , the first return means configured to return blood components remaining in the separation means to the subject; a recirculation means connecting the second blood component container and the separation means , wherein the recirculation means is configured to reintroduce the second blood component within the second blood component container into the separation means ; and a second return means fluidly connecting the first blood component container and the first return means and configured to return the first blood component within the first blood component container to the subject; characterized in that the second return means is configured to bypass the blood component separation means when returning the first blood component within the first blood component container to the subject. means for drawing a first volume of whole blood from a subject and returning blood components to the subject; a blood component separation means for separating the drawn blood into a first blood component and a second blood component, the blood component separation means configured to send the first blood component to a first blood component container and the second blood component to a second blood component container ; a first return means fluidly connecting the means for drawing a first volume of whole blood and the blood component separation means , the first return means configured to return blood components remaining in the separation means to the subject; a recirculation means connecting the second blood component container and the separation means , wherein the recirculation means is configured to reintroduce the second blood component within the second blood component container into the separation means ; and a second return means fluidly connecting the first blood component container and the first return means and configured to return the first blood component within the first blood component container to the subject; characterized in that the second return means is configured to bypass the blood component separation means when returning the first blood component within the first blood component container to the subject.
System for air conditioning in a compartment of a vehicle, the said system comprising at least: - a first heat exchanger situated outside the said compartment ; - a second heat exchanger situated inside the said compartment and able to collect heat energy from or transfer heat energy to the air circulating in the said compartment ; - at least a third heat exchanger able to transfer heat energy to the air circulating in the said compartment ; - a compressor ; - a circuit for circulating a heat-transfer fluid; characterized in that the said circuit comprises a five-way valve configured to allow connection between: - the inlet of the said compressor and the outlet of the said second heat exchanger ; - the inlet of the said compressor and the outlet of the said first heat exchanger ; - the outlet of the said compressor and the inlet of the said first heat exchanger ; - the outlet of the said compressor and the inlet of the said second heat exchanger ; the said at least one third heat exchanger being interposed between the said five-way valve and the outlet of the said compressor and/or between the said five-way valve and the inlet of the said second heat exchanger . - a first heat exchanger situated outside the said compartment ; - a second heat exchanger situated inside the said compartment and able to collect heat energy from or transfer heat energy to the air circulating in the said compartment ; - at least a third heat exchanger able to transfer heat energy to the air circulating in the said compartment ; - a compressor ; - a circuit for circulating a heat-transfer fluid; - the inlet of the said compressor and the outlet of the said second heat exchanger ; - the inlet of the said compressor and the outlet of the said first heat exchanger ; - the outlet of the said compressor and the inlet of the said first heat exchanger ; - the outlet of the said compressor and the inlet of the said second heat exchanger ;
Device for obtaining an equalization of a negative pressure in the middle ear of a human being, having a face with a nose and a mouth, the device comprising a facemask , which facemask is adapted to tightly cover at least the nose and mouth, thereby creating an air chamber between the face and the facemask, and which facemask has a facemask air channel which allows air flowing in or out of the chamber, an air source , having the capacity to deliver an increased air pressure compared to the atmospheric air pressure through an air source outlet , an air reservoir , having a reservoir air channel which allows air flowing in or out of the reservoir, and a tube structure , having at least three openings adapted for connecting the facemask air channel , the air source outlet and the reservoir air channel to the tube structure interior, wherein the air reservoir is a variable volume chamber like an elastic inflatable balloon or a variable volume chamber which is spring or gravity loaded and which air reservoir is designed to define and maintain an air pressure exceeding the atmosphere pressure and work like a pressure regulator when loaded, and that the device is so adapted that when it is in use, an increased pressure is created by expiration into the facemask and/ or activating the air source , thereby making the air reservoir expand, creating increased pressure in the mouth/nose cavity and opening the Eustachian tube for air flow into the middle ear for equalization of the negative pressure, the air reservoir then working as a pressure regulator. a facemask , which facemask is adapted to tightly cover at least the nose and mouth, thereby creating an air chamber between the face and the facemask, and which facemask has a facemask air channel which allows air flowing in or out of the chamber, an air source , having the capacity to deliver an increased air pressure compared to the atmospheric air pressure through an air source outlet , an air reservoir , having a reservoir air channel which allows air flowing in or out of the reservoir, and a tube structure , having at least three openings adapted for connecting the facemask air channel , the air source outlet and the reservoir air channel to the tube structure interior, wherein the air reservoir is a variable volume chamber like an elastic inflatable balloon or a variable volume chamber which is spring or gravity loaded and which air reservoir is designed to define and maintain an air pressure exceeding the atmosphere pressure and work like a pressure regulator when loaded, and that the device is so adapted that when it is in use, an increased pressure is created by expiration into the facemask and/ or activating the air source , thereby making the air reservoir expand, creating increased pressure in the mouth/nose cavity and opening the Eustachian tube for air flow into the middle ear for equalization of the negative pressure, the air reservoir then working as a pressure regulator.
A sensor for measuring at least one physical or chemical parameter of a cartridge or syringe filled with a liquid substance, the sensor comprising: - a planar flexible foil arrangeable to an outer circumference of a barrel of the cartridge or syringe, characterized by - at least a first and a second measuring electrode arranged on said foil and configured as electrical capacity measuring electrodes or as temperature measuring electrodes, and - at least a first and a second contact electrode arranged on said foil and configured to provide an electrical contact to an external electric energy supply, - a processor arranged on said foil and connected to the first and to the second measuring electrodes , and - wherein the first contact electrode and the second contact electrode are connected to the processor . - a planar flexible foil arrangeable to an outer circumference of a barrel of the cartridge or syringe, characterized by - at least a first and a second measuring electrode arranged on said foil and configured as electrical capacity measuring electrodes or as temperature measuring electrodes, and - at least a first and a second contact electrode arranged on said foil and configured to provide an electrical contact to an external electric energy supply, - a processor arranged on said foil and connected to the first and to the second measuring electrodes , and - wherein the first contact electrode and the second contact electrode are connected to the processor .
A grass mower comprising: a vehicle body ; a mower located below the vehicle body , the mower having a discharge portion configured to discharge cut grass outward; a duct configured to be in communication with and connected to the discharge portion and guide cut grass conveyed from the discharge portion ; a grass collecting portion that is located at a rear portion of the vehicle body and is configured to collect cut grass that is guided by the duct ; and a deformation prevention member (H) configured to prevent a change in orientation of a portion of the duct that is connected to the discharge portion , wherein the mower is supported to the vehicle body so as to be capable of being raised and lowered, the duct has a bottom plate the grass mower being characterised in that the bottom plate of the duct can change in orientation in coordination with raising and lowering of the mower , a linking mechanism is provided to interlockingly link the mower and the bottom plate such that an orientation of the bottom plate changes in coordination with raising and lowering of the mower , and the deformation prevention member (H) is arranged between the linking mechanism and the portion of the duct that is connected to the discharge portion , and is configured to prevent a change in orientation of the duct by abutting against the linking mechanism . a vehicle body ; a mower located below the vehicle body , the mower having a discharge portion configured to discharge cut grass outward; a duct configured to be in communication with and connected to the discharge portion and guide cut grass conveyed from the discharge portion ; a grass collecting portion that is located at a rear portion of the vehicle body and is configured to collect cut grass that is guided by the duct ; and a deformation prevention member (H) configured to prevent a change in orientation of a portion of the duct that is connected to the discharge portion , wherein the mower is supported to the vehicle body so as to be capable of being raised and lowered, the duct has a bottom plate the grass mower being characterised in that the bottom plate of the duct can change in orientation in coordination with raising and lowering of the mower , a linking mechanism is provided to interlockingly link the mower and the bottom plate such that an orientation of the bottom plate changes in coordination with raising and lowering of the mower , and the deformation prevention member (H) is arranged between the linking mechanism and the portion of the duct that is connected to the discharge portion , and is configured to prevent a change in orientation of the duct by abutting against the linking mechanism .
A radio device for communication with a radio cell , the radio device comprising a processor , the processor being configured to: • generate a radio frame comprising a first data sequence of the radio device and a second data sequence of the radio device , • arrange the first data sequence within the radio frame in a time interval that is non-overlapping with respect to a predetermined time interval of a first data sequence of another radio device within another adjacent radio cell , and • apply an unequal power allocation for generating the first data sequence of the radio device and the second data sequence of the radio device by adjusting a power P T T P for generating the first data sequence of the radio device and adjusting a power P D NT P for generating the second data sequence of the radio device according to an overall transmission power constraint P T T P + P D NT P = P(N+1)T P , where P T is the power for a transmission of one symbol of the first data sequence of the radio device , P D is the power for a transmission of one symbol of the second data sequence of the radio device , T P is the number of symbols of the first data sequence of the radio device , N is the number of adjacent radio cells and P is a reference power. • generate a radio frame comprising a first data sequence of the radio device and a second data sequence of the radio device , • arrange the first data sequence within the radio frame in a time interval that is non-overlapping with respect to a predetermined time interval of a first data sequence of another radio device within another adjacent radio cell , and • apply an unequal power allocation for generating the first data sequence of the radio device and the second data sequence of the radio device by adjusting a power P T T P for generating the first data sequence of the radio device and adjusting a power P D NT P for generating the second data sequence of the radio device according to an overall transmission power constraint P T T P + P D NT P = P(N+1)T P , where P T is the power for a transmission of one symbol of the first data sequence of the radio device , P D is the power for a transmission of one symbol of the second data sequence of the radio device , T P is the number of symbols of the first data sequence of the radio device , N is the number of adjacent radio cells and P is a reference power.
A flameproof/explosion-proof coupling with increased safety connection comprising: an enclosure having an internally-threaded aperture ; a terminal feedthrough comprising: a terminal pin insert having a pair of ends; a polymeric body having an externally threaded region disposed about the terminal pin insert to form an interface with the terminal pin insert ; and wherein the interface is configured to provide a flame-quenching and explosion-proof pathway; the terminal feedthrough threaded into the internally-threaded aperture , also having the externally threaded region of the polymeric body engaged with the internally-threaded aperture ; and an environmental seal disposed about the polymeric body , wherein the seal is configured to prevent the ingress of environmental contaminants. an enclosure having an internally-threaded aperture ; a terminal feedthrough comprising: a terminal pin insert having a pair of ends; a polymeric body having an externally threaded region disposed about the terminal pin insert to form an interface with the terminal pin insert ; and wherein the interface is configured to provide a flame-quenching and explosion-proof pathway; a terminal pin insert having a pair of ends; a polymeric body having an externally threaded region disposed about the terminal pin insert to form an interface with the terminal pin insert ; and wherein the interface is configured to provide a flame-quenching and explosion-proof pathway; the terminal feedthrough threaded into the internally-threaded aperture , also having the externally threaded region of the polymeric body engaged with the internally-threaded aperture ; and an environmental seal disposed about the polymeric body , wherein the seal is configured to prevent the ingress of environmental contaminants.
A disk-shaped augment for filling bone defects, in particular at the end of tubular bones such as the tibia, with a proximal side , a distal side , an outer sheath on lateral sides and an inner wall for a through-opening , runnning from the proximal side to the distal side, for an anchoring keel of an endoprosthesis arranged on the proximal side, wherein the augment has a generally C-shaped form with two legs flanking the through-opening, characterized in that a connecting piece between the legs is formed in an articulated manner and interacts resiliently with the legs so that when the legs are compressed, an outwardly directed restoring force is generated, and the outer casing is designed as a porous structure which promotes bone ingrowth, and the proximal side is provided with a cover plate which has a ribbed structure as an interlocking means for a cement connection. a connecting piece between the legs is formed in an articulated manner and interacts resiliently with the legs so that when the legs are compressed, an outwardly directed restoring force is generated, and the outer casing is designed as a porous structure which promotes bone ingrowth, and the proximal side is provided with a cover plate which has a ribbed structure as an interlocking means for a cement connection.