mhurhangee/patent-ind-claim-en huggingface dataset:
A downlink offloading and converging method, the method comprises: maintaining a cellular radio bearer between a cellular radio access device, which is an eNodeB, and a user equipment, UE, receiving , by the UE, a data frame over a non-cellular radio bearer from a non-cellular radio access device, wherein the non cellular radio access device is a WLAN access point, and the data frame comprises: - a data packet that the cellular radio access device needs to send to the UE, the data packet relating to the cellular radio bearer; - indication information used to indicate that the data packet is a cellular network data packet, wherein the indication information is a type code and the type code corresponds to a protocol type of the data packet; and - bearer information used to indicate the cellular radio bearer to which the data packet relates; determining , by the UE, that the data packet is a cellular network data packet according to the indication information; and if so, then processing , by the UE, the data packet by using a cellular network protocol indicated by the type code and mapping the data packet to the cellular radio bearer maintained between the cellular radio access device and the UE according to the bearer information. maintaining a cellular radio bearer between a cellular radio access device, which is an eNodeB, and a user equipment, UE, receiving , by the UE, a data frame over a non-cellular radio bearer from a non-cellular radio access device, wherein the non cellular radio access device is a WLAN access point, and the data frame comprises: - a data packet that the cellular radio access device needs to send to the UE, the data packet relating to the cellular radio bearer; - indication information used to indicate that the data packet is a cellular network data packet, wherein the indication information is a type code and the type code corresponds to a protocol type of the data packet; and - bearer information used to indicate the cellular radio bearer to which the data packet relates; - a data packet that the cellular radio access device needs to send to the UE, the data packet relating to the cellular radio bearer; - indication information used to indicate that the data packet is a cellular network data packet, wherein the indication information is a type code and the type code corresponds to a protocol type of the data packet; and - bearer information used to indicate the cellular radio bearer to which the data packet relates; determining , by the UE, that the data packet is a cellular network data packet according to the indication information; and if so, then processing , by the UE, the data packet by using a cellular network protocol indicated by the type code and mapping the data packet to the cellular radio bearer maintained between the cellular radio access device and the UE according to the bearer information.
An isolated neural stem cell having a loss of the CB 1 cannabinoid receptor function, wherein the loss of the CB 1 cannabinoid receptor function is due to a partial deletion or to a mutation in the CB 1 cannabinoid receptor.
Method for calculating an examination parameter for a computed tomography examination of an area of interest (A) of a patient , comprising: - Receiving (RT) a topogram (T) of the area of interest (A) of the patient , - Determining (DF) fat distribution information by applying a trained machine learning algorithm onto the topogram (T), - Calculating (CX) the examination parameter for the computed tomography examination of the area of interest (A) of the patient based on the fat distribution information, characterised in that the fat distribution information comprises distribution information regarding visceral fat of the patient and distribution information regarding subcutaneous fat of the patient . - Receiving (RT) a topogram (T) of the area of interest (A) of the patient , - Determining (DF) fat distribution information by applying a trained machine learning algorithm onto the topogram (T), - Calculating (CX) the examination parameter for the computed tomography examination of the area of interest (A) of the patient based on the fat distribution information, characterised in that the fat distribution information comprises distribution information regarding visceral fat of the patient and distribution information regarding subcutaneous fat of the patient .
A light emitting device comprising: a first charge transporting layer including a first inorganic material in contact with a first electrode arranged to introduce charge in the first charge transporting layer; a second electrode ; a plurality of semiconductor nanocrystals disposed between the first electrode and the second electrode; and a lightly doped layer proximal to the nanocrystals, wherein the lightly doped layer is doped in an amount effective to minimize non-radiative losses due to exciton quenching by unbound charge carriers in the first charge transporting layer. a first charge transporting layer including a first inorganic material in contact with a first electrode arranged to introduce charge in the first charge transporting layer; a second electrode ; a plurality of semiconductor nanocrystals disposed between the first electrode and the second electrode; and a lightly doped layer proximal to the nanocrystals, wherein the lightly doped layer is doped in an amount effective to minimize non-radiative losses due to exciton quenching by unbound charge carriers in the first charge transporting layer.
A method in a network node for controlling predictive scheduling in a wireless communication network between a base station applying predictive scheduling for a mobile station according to an uplink transmission scheme, the method comprising: - obtaining , from the mobile station, a number of consecutive messages comprising a buffer status report indicating an empty mobile station buffer; and - determining to halt predictive scheduling for the mobile station upon receipt of said number of consecutive messages indicating an empty mobile station buffer. - obtaining , from the mobile station, a number of consecutive messages comprising a buffer status report indicating an empty mobile station buffer; and - determining to halt predictive scheduling for the mobile station upon receipt of said number of consecutive messages indicating an empty mobile station buffer.
A magnesium alloy comprising, in % by mass, 1.0 to 2.0% of Zn, 0.05 to 0.80% of Zr, 0.05 to 0.40% of Mn, optionally 0.005% or more and less than 0.20% of Ca, and the balance consisting of Mg and unavoidable impurities, wherein a total content of the unavoidable impurities is 30 ppm or less, and wherein the magnesium alloy has a microstructure in which fine Zr-bearing precipitates are dispersed in an alloy composed of single-phase solid solution. wherein a total content of the unavoidable impurities is 30 ppm or less, and wherein the magnesium alloy has a microstructure in which fine Zr-bearing precipitates are dispersed in an alloy composed of single-phase solid solution.
A method for preparing a specimen for MALDI mass spectrometry for quantitative analysis of a polymer, using an electrospray apparatus comprising a main nozzle for electrospray of a polymer sample which is a mixed solution of a polymer compound, a matrix and a solvent, and a sample plate on which the specimen is placed by electrospray of the polymer sample, the method comprising the steps of: mounting a mask on the sample plate; performing electrospray of the polymer sample from the main nozzle onto the sample plate provided with the mask ; and obtaining the specimen of the polymer compound on the sample plate, wherein the mask comprises a hole through which the polymer sample to be electrosprayed from the main nozzle can be passed to the sample plate and only the center of the jetting region of the sample electrosprayed through the mask is selected so that a thickness deviation in the specimen is 30% or less, and wherein the step of electrospraying the polymer sample from the main nozzle onto the sample plate further comprises (i) spraying the solvent from an auxiliary nozzle surrounding the main nozzle and coaxial with the main nozzle , so as to prevent the matrix from being deposited in the vicinity of the main nozzle , and (ii) jetting a sheath gas through a sheath gas supply pipe so that the sheath gas guides the polymer sample to be sprayed onto the predetermined position of the sample plate. mounting a mask on the sample plate; performing electrospray of the polymer sample from the main nozzle onto the sample plate provided with the mask ; and obtaining the specimen of the polymer compound on the sample plate, wherein the mask comprises a hole through which the polymer sample to be electrosprayed from the main nozzle can be passed to the sample plate and only the center of the jetting region of the sample electrosprayed through the mask is selected so that a thickness deviation in the specimen is 30% or less, and wherein the step of electrospraying the polymer sample from the main nozzle onto the sample plate further comprises (i) spraying the solvent from an auxiliary nozzle surrounding the main nozzle and coaxial with the main nozzle , so as to prevent the matrix from being deposited in the vicinity of the main nozzle , and (ii) jetting a sheath gas through a sheath gas supply pipe so that the sheath gas guides the polymer sample to be sprayed onto the predetermined position of the sample plate.
A method for simulating a film grain block, comprising the steps of: - establishing at least one parameter at least in part in accordance with an attribute of an incoming image; - accessing a database of preselected film grain blocks; - establishing at least one block of film grain in accordance with the at least one parameter by: - accessing one of the preselected film grain blocks, and selecting a source pattern for a film grain block based on the at least one parameter; and - applying de blocking filtering only to the vertical edges of the film grain block. - establishing at least one parameter at least in part in accordance with an attribute of an incoming image; - accessing a database of preselected film grain blocks; - establishing at least one block of film grain in accordance with the at least one parameter by: - accessing one of the preselected film grain blocks, and selecting a source pattern for a film grain block based on the at least one parameter; and - applying de blocking filtering only to the vertical edges of the film grain block.
A strapping device , comprising: a handle including an input device and a first switch , the input device including at least one of a trigger, a button, a lever, and a second switch; a body coupled with a handle , the body including a base and a tensioner , the base including a strap receiver opposite the tensioner ; the strapping device being characterized by the input device being spaced from the first switch by a biasing element that applies a bias force to the input device , wherein the input device moves from a first state spaced from the first switch to a second state contacting the first switch responsive to receiving a force greater than the bias force, wherein a circuit of the first switch is closed responsive to the input device moving from the first state to the second state, the first switch outputs an actuation signal responsive to the circuit being closed; and an actuator that the actuation signal causes to move the tensioner from a first tensioner position to a second tensioner position further from the strap receiver than the first tensioner position based on a movement force that is greater than the bias force. a handle including an input device and a first switch , the input device including at least one of a trigger, a button, a lever, and a second switch; a body coupled with a handle , the body including a base and a tensioner , the base including a strap receiver opposite the tensioner ; the strapping device being characterized by the input device being spaced from the first switch by a biasing element that applies a bias force to the input device , wherein the input device moves from a first state spaced from the first switch to a second state contacting the first switch responsive to receiving a force greater than the bias force, wherein a circuit of the first switch is closed responsive to the input device moving from the first state to the second state, the first switch outputs an actuation signal responsive to the circuit being closed; and an actuator that the actuation signal causes to move the tensioner from a first tensioner position to a second tensioner position further from the strap receiver than the first tensioner position based on a movement force that is greater than the bias force.
A battery module comprising: a rechargeable battery that includes an electrode assembly including a positive electrode and a negative electrode, a case including a lid that accommodates the electrode assembly , a connection terminal arranged on the lid , and a release valve that releases gas from the case to an outer side of the case ; a battery holder that holds the rechargeable battery ; a cover member including a body opposed to the release valve ; and two extensions arranged between the case and the body of the cover member , wherein the two extensions are opposed to each other so that the release valve is located between the two extensions , wherein the case , the body of the cover member , and the two extensions define a flow passage for gas discharged from the release valve , the battery holder includes an engagement projection that engages the body of the cover member , the body of the cover member includes a through hole that extends through the body of the cover member in a direction in which the case opposes the body of the cover member , the through hole is located at an outer side of the flow passage ; characterized in that the through hole is further located between the connection terminal and the flow passage in a longitudinal direction of the body of the cover member which is the direction in which the two extensions are spaced apart, and the engagement projection extends through the through hole and engages with the body of the cover member . a rechargeable battery that includes an electrode assembly including a positive electrode and a negative electrode, a case including a lid that accommodates the electrode assembly , a connection terminal arranged on the lid , and a release valve that releases gas from the case to an outer side of the case ; a battery holder that holds the rechargeable battery ; a cover member including a body opposed to the release valve ; and two extensions arranged between the case and the body of the cover member , wherein the two extensions are opposed to each other so that the release valve is located between the two extensions , wherein the case , the body of the cover member , and the two extensions define a flow passage for gas discharged from the release valve , the battery holder includes an engagement projection that engages the body of the cover member , the body of the cover member includes a through hole that extends through the body of the cover member in a direction in which the case opposes the body of the cover member , the through hole is located at an outer side of the flow passage ; characterized in that the through hole is further located between the connection terminal and the flow passage in a longitudinal direction of the body of the cover member which is the direction in which the two extensions are spaced apart, and the engagement projection extends through the through hole and engages with the body of the cover member .
A method for encoding state sets comprising: encoding , by an electronic computing device, a prefix tree representation of a set of states as a level ordered edge sequence (LOES) by encoding each inner node of the prefix tree from left to right, and top to bottom order as bit pairs to form a bit-string, the bits of the bit pairs corresponding to the presence of false and true edges at each inner node; during said encoding, identifying , by the electronic computing device, a presence of a complete subtree having a root node within the prefix tree; denoting , by the electronic computing device, the root node of the subtree using an identifying code-point inserted in the bit-string to represent the complete subtree; and pruning the complete subtree, except for its root node, from the bit-string in order to compress the bit-string. encoding , by an electronic computing device, a prefix tree representation of a set of states as a level ordered edge sequence (LOES) by encoding each inner node of the prefix tree from left to right, and top to bottom order as bit pairs to form a bit-string, the bits of the bit pairs corresponding to the presence of false and true edges at each inner node; during said encoding, identifying , by the electronic computing device, a presence of a complete subtree having a root node within the prefix tree; denoting , by the electronic computing device, the root node of the subtree using an identifying code-point inserted in the bit-string to represent the complete subtree; and pruning the complete subtree, except for its root node, from the bit-string in order to compress the bit-string.
A method of controlling an electrical or electronic switching element that can be activated by an electrical signal, the method comprising the steps of: - applying a supply voltage to a PWM module , - measuring the supply voltage (Ub) with a voltage measuring device and/or an ambient temperature (TU) on the switching element (V1, V1') with a temperature measuring device , - generating with the PWM module a PWM signal (S2) for actuating the switching element (V1, V1'), characterized in that a Hybrid switch is used as switching element (V1, V1'), the hybrid switch consisting of a semiconductor switch and a relay, and the PWM signal (S2) being controlled as a function of a switching state at the switching element (V1, V1') and as a function of the supply voltage (UB) and/or as a function of the ambient temperature (TU). - applying a supply voltage to a PWM module , - measuring the supply voltage (Ub) with a voltage measuring device and/or an ambient temperature (TU) on the switching element (V1, V1') with a temperature measuring device , - generating with the PWM module a PWM signal (S2) for actuating the switching element (V1, V1'), characterized in that a Hybrid switch is used as switching element (V1, V1'), the hybrid switch consisting of a semiconductor switch and a relay, and the PWM signal (S2) being controlled as a function of a switching state at the switching element (V1, V1') and as a function of the supply voltage (UB) and/or as a function of the ambient temperature (TU).
A vehicle for use in a wireless power transmission system including a power transmitter having two transmission electrodes and two or more vehicles to be driven by electric power that is wirelessly transmitted from the power transmitter , the vehicle comprising: two reception electrodes to receive AC power from the two transmission electrodes through capacitive coupling respectively with the two transmission electrodes ; and a power receiving circuit which is connected to the two reception electrodes to convert AC power received by the two reception electrodes into DC power or another form of AC power, and supply the DC power or other form of AC power to an electric motor which drives the vehicle or to a secondary battery which stores electric power for driving the vehicle; a first control circuit which, while the vehicle is moving with the two reception electrodes being opposed to the two transmission electrodes , receives an instruction that the electric power from the power transmitter is not to be received and increases an impedance of the vehicle as viewed from the power transmitter in response to the instruction, characterized in that the vehicle further comprises a second control circuit , which determines that another vehicle receives power from the power transmitter when a value of at least one of power, voltage and current in the power receiving circuit , or a change rate over time thereof, exceeds a threshold value, and sends to the first control circuit the instruction that the electric power from the power transmitter is not to be received. two reception electrodes to receive AC power from the two transmission electrodes through capacitive coupling respectively with the two transmission electrodes ; and a power receiving circuit which is connected to the two reception electrodes to convert AC power received by the two reception electrodes into DC power or another form of AC power, and supply the DC power or other form of AC power to an electric motor which drives the vehicle or to a secondary battery which stores electric power for driving the vehicle; a first control circuit which, while the vehicle is moving with the two reception electrodes being opposed to the two transmission electrodes , receives an instruction that the electric power from the power transmitter is not to be received and increases an impedance of the vehicle as viewed from the power transmitter in response to the instruction, characterized in that the vehicle further comprises a second control circuit , which determines that another vehicle receives power from the power transmitter when a value of at least one of power, voltage and current in the power receiving circuit , or a change rate over time thereof, exceeds a threshold value, and sends to the first control circuit the instruction that the electric power from the power transmitter is not to be received.
A system for providing eavesdropping detection of an optic fiber communication between two users , comprising quantum probe signal terminals provided with each user for exchanging quantum probe signals on a channel , wherein the quantum probe signal terminals are configured to extract a key from the quantum probe signals for authentication, further comprising transmission units for exchanging data signals on another channel and commutating devices configured to commutate the use of the channels for data and quantum probe signals, wherein the quantum probe signal terminals are configured to use a first portion of the key generated by the quantum probe signal terminals to authenticate the transmission units for the data signals and characterized in that the quantum probe signal terminals are configured to dedicate a second portion of the key to define commutation occurrences of the commutating devices .