mhurhangee/patent-ind-claim-en huggingface dataset:
One-way degassing valve for degassing a container, e.g. a roasted coffee container, said valve comprising: - a plastic valve body comprising a bottom and a peripheral edge extending from said bottom, said peripheral edge configured to be attached to said container, said bottom and peripheral edge delimiting a chamber that is open at the top, wherein said bottom comprises a valve seat on the upper face of said bottom, wherein a central space within said chamber is formed by the space above said valve seat, wherein said plastic valve body comprises a plurality of valve disk retainers , each retainer having a base portion extending into said chamber from said bottom and a retaining portion inwards from said base portion, wherein all base portions border said central space so as to surround said valve seat and wherein said retaining portions each extend inwards from said base portion into said central space at a distance from the valve seat so that said plurality of valve disk retainers and valve seat surround a lower central space of said central space, and wherein one or more apertures extend through the bottom and end within said valve seat, - a valve disk , said valve disk provided within and restricted to said lower central space by said valve disk retainers, said valve disk adapted to cover said one or more apertures, characterized in that each valve disk retainer is flexible allowing elastic bending outwards with respect to the central space to such an extent that the retaining portion of said valve disk retainer is outside of the central space. - a plastic valve body comprising a bottom and a peripheral edge extending from said bottom, said peripheral edge configured to be attached to said container, said bottom and peripheral edge delimiting a chamber that is open at the top, wherein said bottom comprises a valve seat on the upper face of said bottom, wherein a central space within said chamber is formed by the space above said valve seat, wherein said plastic valve body comprises a plurality of valve disk retainers , each retainer having a base portion extending into said chamber from said bottom and a retaining portion inwards from said base portion, wherein all base portions border said central space so as to surround said valve seat and wherein said retaining portions each extend inwards from said base portion into said central space at a distance from the valve seat so that said plurality of valve disk retainers and valve seat surround a lower central space of said central space, and wherein one or more apertures extend through the bottom and end within said valve seat, - a valve disk , said valve disk provided within and restricted to said lower central space by said valve disk retainers, said valve disk adapted to cover said one or more apertures,
Sensing apparatus , comprising: a radiation source , which is configured to emit pulses of optical radiation toward multiple points in a target scene ; a receiver , which is configured to receive the optical radiation that is reflected from the target scene and to output signals, responsively to the received optical radiation, that are indicative of respective times of flight of the pulses to and from the points in the target scene; a radio transceiver , which is configured to communicate over the air by receiving signals in an assigned frequency band; and processing and control circuitry , which is configured to select a first pulse repetition interval (PRI) and a second PRI, greater than the first PRI, from a range of PRIs, and to drive the radiation source to emit a first sequence of the pulses at the first PRI and a second sequence of the pulses at a second PRI, and to process the signals output by the receiver in response to both the first and second sequences of the pulses in order to compute respective depth coordinates of the points in the target scene, characterized in that the processing and control circuitry is configured to identify the range of the PRIs responsively to the assigned frequency band. a radiation source , which is configured to emit pulses of optical radiation toward multiple points in a target scene ; a receiver , which is configured to receive the optical radiation that is reflected from the target scene and to output signals, responsively to the received optical radiation, that are indicative of respective times of flight of the pulses to and from the points in the target scene; a radio transceiver , which is configured to communicate over the air by receiving signals in an assigned frequency band; and processing and control circuitry , which is configured to select a first pulse repetition interval (PRI) and a second PRI, greater than the first PRI, from a range of PRIs, and to drive the radiation source to emit a first sequence of the pulses at the first PRI and a second sequence of the pulses at a second PRI, and to process the signals output by the receiver in response to both the first and second sequences of the pulses in order to compute respective depth coordinates of the points in the target scene, characterized in that the processing and control circuitry is configured to identify the range of the PRIs responsively to the assigned frequency band.
A method of operating a mobile communications network comprising a plurality of base stations , in which each base station comprises at least one transceiver, in which a first transceiver is comprised in a first base station, in which the method comprises, operating the first transceiver to: serve a mobile terminal over multicast/broadcast across a network; receive information from the mobile terminal being served by the transceiver, in which the information derives from signal quality of a multicast/broadcast serving signal received at the mobile terminal from the first transceiver; and provide to the mobile terminal first instructions based on a first comparison of the quality of the multicast/broadcast serving signal received at the mobile terminal in which the comparison is based on a first threshold; in which the first instructions instruct the mobile terminal to switch to unicast; characterized in that the method further comprises varying the first threshold in dependence on a measure of loading of the network. serve a mobile terminal over multicast/broadcast across a network; receive information from the mobile terminal being served by the transceiver, in which the information derives from signal quality of a multicast/broadcast serving signal received at the mobile terminal from the first transceiver; and provide to the mobile terminal first instructions based on a first comparison of the quality of the multicast/broadcast serving signal received at the mobile terminal in which the comparison is based on a first threshold;
A first radio communications device being a terminal (T) for a radio communications network being configured to: - determine a high priority access mode to perform a prioritized transmission of payload (P) to a second radio communications device being a base station (BS); - perform a high priority access attempt to the second radio communications device (BS) while the first radio communications device (T) is operating in the high priority access mode, wherein performing the high priority access attempt comprises: - determining a set of different preambles (prel, preN) associated with one or more secondary radio resources (rr2), and - transmitting to the second radio communications device (BS) the set of different preambles (prel, preN) simultaneously via one or more primary uplink radio resources (rr1); and - transmit the payload (P) to the second radio communications device (BS) via one or more secondary uplink resources (rr2). - determine a high priority access mode to perform a prioritized transmission of payload (P) to a second radio communications device being a base station (BS); - perform a high priority access attempt to the second radio communications device (BS) while the first radio communications device (T) is operating in the high priority access mode, wherein performing the high priority access attempt comprises: - determining a set of different preambles (prel, preN) associated with one or more secondary radio resources (rr2), and - transmitting to the second radio communications device (BS) the set of different preambles (prel, preN) simultaneously via one or more primary uplink radio resources (rr1); and - determining a set of different preambles (prel, preN) associated with one or more secondary radio resources (rr2), and - transmitting to the second radio communications device (BS) the set of different preambles (prel, preN) simultaneously via one or more primary uplink radio resources (rr1); and - transmit the payload (P) to the second radio communications device (BS) via one or more secondary uplink resources (rr2).
A computer implemented method for decoupled searching and optimization for one or more data centers, comprising: determining a network topology for one or more networks of interconnected computer systems embedded in the one or more data centers; searching for routing candidates based on the determined network topology, the routing candidates topologically interconnecting with Virtual Machines of a tenant data center; and updating and applying one or more objective functions to the routing candidates, the objective functions being evaluation metrics for scoring routing candidates, to determine an optimal routing candidate, among the routing candidates, that satisfies embedding requirements, including those relating to latency, bandwidth or a number of hops, the embedding requirements being included in a tenant request, and to embed the optimal routing candidate in the one or more data centers, wherein the tenant request involves searching for an optimal routing candidate, wherein the searching step comprises refining a search space for the searching for routing candidates using a scaled exhaustive search, the scaled exhaustive search comprising searching only selected switches and/or hypervisors for all spanning trees that satisfy a pre-determined size constraint as the number of links in a search tree. determining a network topology for one or more networks of interconnected computer systems embedded in the one or more data centers; searching for routing candidates based on the determined network topology, the routing candidates topologically interconnecting with Virtual Machines of a tenant data center; and updating and applying one or more objective functions to the routing candidates, the objective functions being evaluation metrics for scoring routing candidates, to determine an optimal routing candidate, among the routing candidates, that satisfies embedding requirements, including those relating to latency, bandwidth or a number of hops, the embedding requirements being included in a tenant request, and to embed the optimal routing candidate in the one or more data centers, wherein the tenant request involves searching for an optimal routing candidate, wherein the searching step comprises refining a search space for the searching for routing candidates using a scaled exhaustive search, the scaled exhaustive search comprising searching only selected switches and/or hypervisors for all spanning trees that satisfy a pre-determined size constraint as the number of links in a search tree.
A medium or high voltage electrical device comprising a sealed chamber , said sealed chamber comprising electrical components; a gas mixture ensuring electrical insulation and/or extinguishing of electrical arcs produced in this chamber, wherein the gas mixture comprises at least one insulating gas and at least one dilution gas; and a receptacle , said receptacle comprising an opening and at least one wall , wherein the at least one wall is a heatable wall , and wherein said receptacle is positioned within the sealed chamber to collect the gas mixture as liquefied gas; a heating element for heating the heatable receptacle wall ; and characterized in that the medium or high voltage electrical device further comprises a dielectrically and thermally insulating layer located between the heatable receptacle wall and the chamber such that the heatable receptacle wall is isolated from a chamber wall. electrical components; a gas mixture ensuring electrical insulation and/or extinguishing of electrical arcs produced in this chamber, wherein the gas mixture comprises at least one insulating gas and at least one dilution gas; and a receptacle , said receptacle comprising an opening and at least one wall , wherein the at least one wall is a heatable wall , and wherein said receptacle is positioned within the sealed chamber to collect the gas mixture as liquefied gas; a heating element for heating the heatable receptacle wall ; and characterized in that the medium or high voltage electrical device further comprises a dielectrically and thermally insulating layer located between the heatable receptacle wall and the chamber such that the heatable receptacle wall is isolated from a chamber wall.
A memory card identification method, wherein the method comprises: sending an initialization command of a first-type memory card communications protocol to a to-be-identified memory card; detecting whether there is a response; and identifying the memory card; characterized in that the response is a response on a command pin of the memory card and the memory card is identified as a first-type memory card or a second-type memory card based on a response status of the command pin; wherein the method further comprises before the step of sending an initialization command of a first-type memory card communications protocol to a to-be-identified memory card: powering on a DAT3 pin of the to-be-identified memory card, so that the DAT3 pin is in a non-grounded state. sending an initialization command of a first-type memory card communications protocol to a to-be-identified memory card; detecting whether there is a response; and identifying the memory card; characterized in that the response is a response on a command pin of the memory card and the memory card is identified as a first-type memory card or a second-type memory card based on a response status of the command pin; wherein the method further comprises before the step of sending an initialization command of a first-type memory card communications protocol to a to-be-identified memory card: powering on a DAT3 pin of the to-be-identified memory card, so that the DAT3 pin is in a non-grounded state.
A drink-printing system for printing on a current drink comprising: a. an ink-jet printer defining a target-location; b. a plurality of colorant reservoirs ; c. one or more sensor(s) for sensing property-data of a current drink that is currently at the target location so as to perform at least one of the following drink-distinguishing operations for the current drink: distinguishing between a coffee and beer; distinguishing between multiple types of coffee; distinguishing between multiple types beer; d. control circuitry for: i. causing the ink-jet printer to print, on an upper surface of the current drink, a pre-stored digital image; and ii. response to output of the sensor(s), causing the ink-jet printer to dynamically select a colorant reservoir for the ink-jet printing in accordance with the results of drink-distinguishing operation(s). a. an ink-jet printer defining a target-location; b. a plurality of colorant reservoirs ; c. one or more sensor(s) for sensing property-data of a current drink that is currently at the target location so as to perform at least one of the following drink-distinguishing operations for the current drink: distinguishing between a coffee and beer; distinguishing between multiple types of coffee; distinguishing between multiple types beer; distinguishing between a coffee and beer; distinguishing between multiple types of coffee; distinguishing between multiple types beer; d. control circuitry for: i. causing the ink-jet printer to print, on an upper surface of the current drink, a pre-stored digital image; and ii. response to output of the sensor(s), causing the ink-jet printer to dynamically select a colorant reservoir for the ink-jet printing in accordance with the results of drink-distinguishing operation(s). i. causing the ink-jet printer to print, on an upper surface of the current drink, a pre-stored digital image; and ii. response to output of the sensor(s), causing the ink-jet printer to dynamically select a colorant reservoir for the ink-jet printing in accordance with the results of drink-distinguishing operation(s).
An ophthalmic composition comprising: i) a base oil comprising a silicone oil; ii) an additive comprising a first segment facilitating or modulating solubility in the base oil conjugated to a second segment facilitating or modulating drug solubility and/or drug release wherein the first segment comprises a poly(dimethylsiloxane) - containing moiety; and iii) a drug. i) a base oil comprising a silicone oil; ii) an additive comprising a first segment facilitating or modulating solubility in the base oil conjugated to a second segment facilitating or modulating drug solubility and/or drug release wherein the first segment comprises a poly(dimethylsiloxane) - containing moiety; and iii) a drug.
A rotary steerable tool for directional drilling, comprising: a tool body including an outer surface and a flowbore therethrough; a pad movably coupled to the tool body and alternately movable between an extended position and a retracted position; a piston engageable with the pad to move the pad ; a pressurized fluid supply flow path to provide fluid pressure to the piston for the piston to controllably move the pad to the extended position; a dump valve in fluid communication with the pressurized fluid supply flow path to selectively vent fluid pressure to allow the pad to move from the extended position toward the retracted position, and a rotary valve in fluid communication with the pressurized fluid supply flow path to selectively control fluid pressure from the flowbore of the tool body to the piston for controllably moving the pad to the extended position. a tool body including an outer surface and a flowbore therethrough; a pad movably coupled to the tool body and alternately movable between an extended position and a retracted position; a piston engageable with the pad to move the pad ; a pressurized fluid supply flow path to provide fluid pressure to the piston for the piston to controllably move the pad to the extended position; a dump valve in fluid communication with the pressurized fluid supply flow path to selectively vent fluid pressure to allow the pad to move from the extended position toward the retracted position, and a rotary valve in fluid communication with the pressurized fluid supply flow path to selectively control fluid pressure from the flowbore of the tool body to the piston for controllably moving the pad to the extended position.
A method of controlling a wind turbine, comprising: receiving a current operational state of the wind turbine and based on the current operational state calculate a control trajectory and a safe-mode trajectory , wherein a trajectory comprises a time series of at least one variable; and if a fault signal indicating a fault condition of the wind turbine is received, control the wind turbine using the safe-mode trajectory; if a fault signal is not received, control the wind turbine using the control trajectory ; wherein the safe-mode trajectory is calculated using a model predictive control (MPC) routine , wherein the safe-mode trajectory is calculated upon receipt of the fault signal, and characterized in that a cost function of the model predictive control routine is based on a type of the fault. receiving a current operational state of the wind turbine and based on the current operational state calculate a control trajectory and a safe-mode trajectory , wherein a trajectory comprises a time series of at least one variable; and if a fault signal indicating a fault condition of the wind turbine is received, control the wind turbine using the safe-mode trajectory; if a fault signal is not received, control the wind turbine using the control trajectory ; wherein the safe-mode trajectory is calculated using a model predictive control (MPC) routine ,
A user equipment, UE , for wireless communication over a non-terrestrial network, comprising: a memory; and one or more processors, coupled to the memory, configured to: determine that a downlink communication is to be transmitted to the UE with a configurable gap; determine the configurable gap; and receive the downlink communication from a satellite of the non-terrestrial network based at least in part on the configurable gap, wherein one or more parameters of the configurable gap are different than a fixed transmission gap for terrestrial networks. a memory; and one or more processors, coupled to the memory, configured to: determine that a downlink communication is to be transmitted to the UE with a configurable gap; determine the configurable gap; and receive the downlink communication from a satellite of the non-terrestrial network based at least in part on the configurable gap, wherein one or more parameters of the configurable gap are different than a fixed transmission gap for terrestrial networks. determine that a downlink communication is to be transmitted to the UE with a configurable gap; determine the configurable gap; and receive the downlink communication from a satellite of the non-terrestrial network based at least in part on the configurable gap, wherein one or more parameters of the configurable gap are different than a fixed transmission gap for terrestrial networks.
Magnetic resonance system for the magnetic resonance examination of a patient , said magnetic resonance system having a magnetic resonance device having a gradient coil system , wherein the magnetic resonance system additionally has a music network having at least two communicating instrument devices , synchronised by means of synchronisation signals sent via the music network , for generating a music piece that is to be output to the patient , wherein one of the instrument devices is the magnetic resonance device which, as interface to the music network , has a synchronisation unit which is embodied for deriving synchronisation signals for the music network from sequence control signals received from a control device of the magnetic resonance device at least for the gradient coil system , characterised in that the synchronisation unit is embodied for generating music control signals to the at least one other instrument device of the music network as synchronisation signals or in addition to the synchronisation signals, wherein the synchronisation unit is embodied for outputting a music control signal increasing the volume of the output of the at least one further instrument device in a smooth progression in preparation for a predetermined jump in volume of the noises of the gradient coil system .
A cellulose resin composition obtained by adding a polyester-based plasticizer to a cellulose resin, said cellulose resin composition being characterized in that said polyester-based plasticizer is produced from a polybasic acid, a polyhydric alcohol and, as required, a stopper, in which polyester-based plasticizer, components having a molecular weight of 430 or less are removed to an amount of 1.5 wt% or less, and wherein the polybasic acid comprises at least one selected from the group consisting of terephthalic acid and succinic acid and the polyhydric alcohol comprises at least ethylene glycol or propylene glycol. in which polyester-based plasticizer, components having a molecular weight of 430 or less are removed to an amount of 1.5 wt% or less, and wherein the polybasic acid comprises at least one selected from the group consisting of terephthalic acid and succinic acid and the polyhydric alcohol comprises at least ethylene glycol or propylene glycol.