mhurhangee/patent-ind-claim-en huggingface dataset:
A sleep quality estimation device comprising: a physiological index detection unit which is configured to detect a physiological index of a subject, wherein the physiological index detection unit detects the respiration of the subject as the physiological index of the subject; a sleep depth estimation unit which is configured to estimate the depth of sleep of the subject during sleep based on the index detected by the physiological index detection unit; a sleep quality estimation unit which is configured to estimate the appearance time of δ-wave of the subject during sleep from the depth of sleep of the subject during sleep estimated by the sleep depth estimation unit and is configured to estimate the sleep quality of the subject based on the appearance time of δ-wave; and a database in which models associated with the appearance probability of δ-wave for the depth of sleep during sleep are recorded, wherein the sleep quality estimation unit is configured to estimate the appearance time of δ-wave of the subject during sleep based on the depth of sleep of the subject during sleep and the models associated with the appearance probability of δ-wave for the depth of sleep during sleep recorded in the database and is configured to estimate the sleep quality of the subject based on the appearance time of δ-wave. a physiological index detection unit which is configured to detect a physiological index of a subject, wherein the physiological index detection unit detects the respiration of the subject as the physiological index of the subject; a sleep depth estimation unit which is configured to estimate the depth of sleep of the subject during sleep based on the index detected by the physiological index detection unit; a sleep quality estimation unit which is configured to estimate the appearance time of δ-wave of the subject during sleep from the depth of sleep of the subject during sleep estimated by the sleep depth estimation unit and is configured to estimate the sleep quality of the subject based on the appearance time of δ-wave; and a database in which models associated with the appearance probability of δ-wave for the depth of sleep during sleep are recorded, wherein the sleep quality estimation unit is configured to estimate the appearance time of δ-wave of the subject during sleep based on the depth of sleep of the subject during sleep and the models associated with the appearance probability of δ-wave for the depth of sleep during sleep recorded in the database and is configured to estimate the sleep quality of the subject based on the appearance time of δ-wave.
Method for the optimal arrangement of a random generator on an electronic component (FPGAe), wherein the electronic component (FPGAe), on which the random generator is realised, is designed as a programmable integrated circuit, in particular as what is known as a Field Programmable Gate Array or FPGA, and has a basic structure consisting of a plurality of basic blocks (B1, B2, ..., Bn), characterised in that during an initialisation phase, starting from a starting configuration for a respective current arrangement of the random generator on the respective electronic component (FPGAe), the following steps are performed with a predefined number of repetitions: - Carrying out a predefined test sequence with the respective current arrangement (AN) of the random generator ; - Forwarding a test result to a reconfiguration module (RE, 3); - Reconfiguring the respective current arrangement (AN) of the random generator on the electronic component (FPGAe) by way of the reconfiguration module (RM, 4), wherein the respective current arrangement of the basic blocks (B1, B2, ..., Bn), by way of which the random generator is represented, is adjusted or changed; wherein, on each repetition, the test result of the respective current arrangement (AN) of the random generator is compared with the test result of a respective previous arrangement of the random generator and the respective current arrangement of the random generator is then saved , if the test result for the respective current arrangement (AN) of the random generator has a better test result than the respective previous arrangement of the random generator. - Carrying out a predefined test sequence with the respective current arrangement (AN) of the random generator ; - Forwarding a test result to a reconfiguration module (RE, 3); - Reconfiguring the respective current arrangement (AN) of the random generator on the electronic component (FPGAe) by way of the reconfiguration module (RM, 4), wherein the respective current arrangement of the basic blocks (B1, B2, ..., Bn), by way of which the random generator is represented, is adjusted or changed;
A pharmaceutical composition for use in treating adenoid cystic carcinoma in a subject in need thereof, wherein the pharmaceutical composition comprises a benzenesulfonamide derivative or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable carrier, wherein the benzenesulfonamide derivative is represented by formula (I): or a pharmaceutically acceptable salt thereof, wherein R1 to R7 are independently selected from the group consisting of H, a C1-C6 linear or branched alkyl group, a C1-C6 linear or branched alkoxy group, a C3-C6 cycloalkyl group, a C3-C6 cycloheteroalkyl group, an amino group, and a halo group, or R6 and R7 are linked to each other to form a ring, and wherein the alkyl, alkoxy, cycloalkyl, cycloheteroalkyl groups and the ring are unsubstituted or substituted with one or more substituents. wherein R1 to R7 are independently selected from the group consisting of H, a C1-C6 linear or branched alkyl group, a C1-C6 linear or branched alkoxy group, a C3-C6 cycloalkyl group, a C3-C6 cycloheteroalkyl group, an amino group, and a halo group, or R6 and R7 are linked to each other to form a ring, and wherein the alkyl, alkoxy, cycloalkyl, cycloheteroalkyl groups and the ring are unsubstituted or substituted with one or more substituents.
A machine-readable medium encoding a computer program product operable to cause data processing apparatus to perform operations comprising: obtaining an ECG signal ; applying a Hilbert transform to the ECG signal to obtain an analytical pair , the analytical pair including the ECG signal and the transformed ECG signal , and the analytical pair together form a partial state space trajectory; determining a speed-amplitude from the analytical pair; , wherein the speed-amplitude is the product of the amplitude of the analytical pair and the amplitude of the speed of the analytical pair within the partial state space trajectory; and characterized by : identifying an onset of a ventricular fibrillation event based on at least one of a value of a cost function of the speed-amplitude over a window, wherein the cost function is an additive information cost function calculated by taking the sum of the absolute values, for each point in the window, of the difference of the speed-amplitude from the mean speed-amplitude over that window and being normalized over that window and the value of the cost function of the speed-amplitude signal determines the energy of the speed-amplitude signal and the value of the cost function is lower when the speed-amplitude signal is less noisy and larger when the speed-amplitude signal is more noisy, and a quantity of occurrences that the speed-amplitude crosses a threshold over the window, and the noise of the speed-amplitude signal is used to distinguish noise from a ventricular fibrillation event. obtaining an ECG signal ; applying a Hilbert transform to the ECG signal to obtain an analytical pair , the analytical pair including the ECG signal and the transformed ECG signal , and the analytical pair together form a partial state space trajectory; determining a speed-amplitude from the analytical pair; , wherein the speed-amplitude is the product of the amplitude of the analytical pair and the amplitude of the speed of the analytical pair within the partial state space trajectory; and characterized by : identifying an onset of a ventricular fibrillation event based on at least one of a value of a cost function of the speed-amplitude over a window, wherein the cost function is an additive information cost function calculated by taking the sum of the absolute values, for each point in the window, of the difference of the speed-amplitude from the mean speed-amplitude over that window and being normalized over that window and the value of the cost function of the speed-amplitude signal determines the energy of the speed-amplitude signal and the value of the cost function is lower when the speed-amplitude signal is less noisy and larger when the speed-amplitude signal is more noisy, and a quantity of occurrences that the speed-amplitude crosses a threshold over the window, and the noise of the speed-amplitude signal is used to distinguish noise from a ventricular fibrillation event.
A side rail comprising: base members forming a main part of the side rail that extends along a vehicle body length direction and has a closed-section structure; characterised in that the side rail further comprises: plate members that are different in plate thickness and material from the base members , the plate members being fitted in a cutout or an opening formed at a portion of the base members , wherein the plate members have a laser-welded joint that is a joint portion at which the plate members are joined to the base members by laser welding. base members forming a main part of the side rail that extends along a vehicle body length direction and has a closed-section structure; characterised in that the side rail further comprises: plate members that are different in plate thickness and material from the base members , the plate members being fitted in a cutout or an opening formed at a portion of the base members , wherein the plate members have a laser-welded joint that is a joint portion at which the plate members are joined to the base members by laser welding. plate members that are different in plate thickness and material from the base members , the plate members being fitted in a cutout or an opening formed at a portion of the base members , wherein the plate members have a laser-welded joint that is a joint portion at which the plate members are joined to the base members by laser welding.
A cell -TC-, in a cellular communication network, comprising an admission means -AC- adapted to process an incoming call requesting to be hosted by the cell -TC-, wherein the admission means -AC- comprises: - means for accepting said incoming call in normal mode -NM-, wherein said means for accepting said incoming call in normal mode -NM- is adapted to service all signalling and data aspects of said incoming call, when said cell -TC)- has enough data traffic resources to handle said incoming call, - means for rejecting -RE- said incoming call, when said cell -TC- has not enough signalling traffic resources and data traffic resources to handle said incoming call, characterized in that said admission means -AC- further comprises: - means for accepting said incoming call in silent mode -SM-, wherein said means for accepting said incoming call in silent mode -SM- is adapted to service all signalling aspects of said incoming call while suspending data traffic of said incoming call, when said cell -TC- has enough signalling traffic resources but not enough data traffic resources to handle said incoming call. - means for accepting said incoming call in normal mode -NM-, wherein said means for accepting said incoming call in normal mode -NM- is adapted to service all signalling and data aspects of said incoming call, when said cell -TC)- has enough data traffic resources to handle said incoming call, - means for rejecting -RE- said incoming call, when said cell -TC- has not enough signalling traffic resources and data traffic resources to handle said incoming call, - means for accepting said incoming call in silent mode -SM-, wherein said means for accepting said incoming call in silent mode -SM- is adapted to service all signalling aspects of said incoming call while suspending data traffic of said incoming call, when said cell -TC- has enough signalling traffic resources but not enough data traffic resources to handle said incoming call.
A method for managing network resources of a communication network, the method comprising: - determining a number of expected users to be physically present at a planned event, wherein the planned event is a physical event associated with a geographical location being under coverage of the communication network, wherein the expected users each are a physical person having access to a communication device that utilize the communication network provided by a network operator; - adapting an amount of available network resources for the network operator in conjunction with the planned event based on the number of expected users; - monitoring an actual data usage of each of the expected users during the planned event; - storing information pertaining to the actual data usage for each expected user; and - using the stored information pertaining to the actual data usage for each expected user when adapting available network resources for at least one future event. - determining a number of expected users to be physically present at a planned event, wherein the planned event is a physical event associated with a geographical location being under coverage of the communication network, wherein the expected users each are a physical person having access to a communication device that utilize the communication network provided by a network operator; - adapting an amount of available network resources for the network operator in conjunction with the planned event based on the number of expected users; - monitoring an actual data usage of each of the expected users during the planned event; - storing information pertaining to the actual data usage for each expected user; and - using the stored information pertaining to the actual data usage for each expected user when adapting available network resources for at least one future event.
A vacuum arc thruster assembly comprising: a housing having an anode at its distal end, insulated from said housing; an axial tubular insulator attached concentrically at the central region of said anode, said insulator having an axial opening; a rod shaped cathode disposed within said axial opening of said tubular insulator, such that it is free to move axially and rotationally within said opening; and at least one mechanism adapted to generate rotational motion and axial motion to said cathode rod, such that said cathode rod rotates and moves distally within said tubular insulator. a housing having an anode at its distal end, insulated from said housing; an axial tubular insulator attached concentrically at the central region of said anode, said insulator having an axial opening; a rod shaped cathode disposed within said axial opening of said tubular insulator, such that it is free to move axially and rotationally within said opening; and at least one mechanism adapted to generate rotational motion and axial motion to said cathode rod, such that said cathode rod rotates and moves distally within said tubular insulator.
A method of operating a terminal device for receiving an allocation of radio resources for transmission of uplink data to a base station in a wireless telecommunications system , the method comprising: determining that the terminal device has uplink data waiting for transmission to the base station; determining that the terminal device should not transmit a request for an allocation of radio resources for transmission of the uplink data to the base station; waiting to receive a radio resource allocation message from the base station to allocate radio resources to be used for transmissions associated with the uplink data waiting for transmission to the base station; and receiving an uplink grant allocating radio resources from the base station; characterised in that the method comprises: transmitting an insufficiency indication message in the allocated radio resources, indicating that the allocated radio resources are insufficient. determining that the terminal device has uplink data waiting for transmission to the base station; determining that the terminal device should not transmit a request for an allocation of radio resources for transmission of the uplink data to the base station; waiting to receive a radio resource allocation message from the base station to allocate radio resources to be used for transmissions associated with the uplink data waiting for transmission to the base station; and receiving an uplink grant allocating radio resources from the base station; characterised in that the method comprises: transmitting an insufficiency indication message in the allocated radio resources, indicating that the allocated radio resources are insufficient.
A battery system for connection to an external load (L) comprising: - a plurality of battery packs - a plurality of unidirectional switching elements , and - a battery management controller, - the battery system comprising a plurality of branches connected in parallel to each other, each branch comprising a battery pack connected in series with a pair of unidirectional switching elements connected in anti-parallel, characterized in that the battery management controller is configured to dynamically calculate a maximum allowable current of the battery system based on an estimated impedance for each battery pack, a maximum allowable current for each battery pack, and an estimated open circuit voltage for each battery pack, and the battery management controller is configured to dynamically control the unidirectional switching elements based on the calculated maximum allowable current of the battery system. - a plurality of battery packs - a plurality of unidirectional switching elements , and - a battery management controller, - the battery system comprising a plurality of branches connected in parallel to each other, each branch comprising a battery pack connected in series with a pair of unidirectional switching elements connected in anti-parallel, characterized in that the battery management controller is configured to dynamically calculate a maximum allowable current of the battery system based on an estimated impedance for each battery pack, a maximum allowable current for each battery pack, and an estimated open circuit voltage for each battery pack, and
Household appliance, in particular dishwasher, washing machine or tumble dryer, with a control apparatus , at least one series circuit, which has a first switch that can be controlled by means of the control apparatus , a second switch that can be controlled by means of the control apparatus and an electrical consumer that is arranged between the two switches and by means of the two switches can be isolated at all poles from an electrical supply network that provides a supply voltage (U) for the household appliance , and with a circuit arrangement intended for reviewing the proper functionality of the electrical consumer , wherein the circuit arrangement comprises a voltage divider , which is connected in parallel with the series circuit, has at least one first and at least one second resistor (R1; R2, R3) and of which the first resistor (R1) is connected in parallel with the first switch in such a way that the first switch , in its closed state, substantially bridges the first resistor (R1), wherein the control apparatus , in order to review the proper functionality of the electrical consumer , makes use of an electrical voltage of the voltage divider or an electrical voltage assigned to said electrical voltage of the voltage divider for evaluation, wherein the control apparatus is configured, on the basis of an evaluation of the electrical voltage of the voltage divider or the electrical voltage assigned to said electrical voltage, when the switches are open, to identify an earth fault of the electrical consumer , to only close the second switch when no earth fault of the electrical consumer has been identified on the basis of the evaluation, on the basis of an evaluation of the electrical voltage of the voltage divider or the electrical voltage assigned to said electrical voltage, when the first switch is open and when the second switch is closed, to identify an interruption of the electrical consumer , and to only close the first switch when, on the basis of the evaluation, no interruption of the electrical consumer has been identified, wherein the second switch is assigned its own functionality reviewing apparatus, which has an electrical voltage source (U dc ) and a further resistor (R4), which is connected between the second switch and the voltage source (U dc ) and which, only in the opened state of the second switch , is connected to a neutral conductor (N) of the household appliance via the second switch and said further resistor (R4), and wherein the control apparatus is configured, on the basis of the electrical voltage present at the further resistor (R4) of the functionality reviewing apparatus, to identify whether the second switch has switched from its opened state into its closed state.
Use of an air permeable composite sheet material for producing continuous lengths of propagation plugs, the air permeable composite sheet material comprising: - a biodegradable and air permeable nonwoven sheet material; and - a hot melt adhesive comprising at least 50% w/w of one or more biodegradable bioplastics; wherein the hot melt adhesive is supplied to at least a part of a face of the biodegradable and air permeable nonwoven sheet material; characterized in that: - the biodegradable and air permeable nonwoven sheet material is coated with a binder formulation consisting of: - a polysaccharide containing at least two carboxylic groups, selected from the group consisting of carboxymethyl cellulose; polyuronic acid; oxidatively degraded polyuronic acid; sodium carboxymethyl starch; oxidized starch; carboxmethyl hemicellulose; carboxymethyl lignocellulose; and mixtures thereof; or stoichometric and non-stoichiometric sodium and potassium salts thereof; - a low molecular weight organic mono-, di- or poly-carboxylic acid, selected from the group consisting of acetic acid, mandelic acid, citric acid, tartaric acid, aspartic acid, glutamic acid, formic acid, propionic acid, butanoic acid, pentanoic acid, oxalic acid, maleic acid, succinic acid, and glutaric acid; or a mixture of said organic mono- , di- or poly-carboxylic acids; and - an aqueous carrier. - a biodegradable and air permeable nonwoven sheet material; and - a hot melt adhesive comprising at least 50% w/w of one or more biodegradable bioplastics; wherein the hot melt adhesive is supplied to at least a part of a face of the biodegradable and air permeable nonwoven sheet material; - the biodegradable and air permeable nonwoven sheet material is coated with a binder formulation consisting of: - a polysaccharide containing at least two carboxylic groups, selected from the group consisting of carboxymethyl cellulose; polyuronic acid; oxidatively degraded polyuronic acid; sodium carboxymethyl starch; oxidized starch; carboxmethyl hemicellulose; carboxymethyl lignocellulose; and mixtures thereof; or stoichometric and non-stoichiometric sodium and potassium salts thereof; - a low molecular weight organic mono-, di- or poly-carboxylic acid, selected from the group consisting of acetic acid, mandelic acid, citric acid, tartaric acid, aspartic acid, glutamic acid, formic acid, propionic acid, butanoic acid, pentanoic acid, oxalic acid, maleic acid, succinic acid, and glutaric acid; or a mixture of said organic mono- , di- or poly-carboxylic acids; and - an aqueous carrier.