mhurhangee/patent-ind-claim-en huggingface dataset:
A method for storing load carriers in a rack , wherein a load limit according to a static assessment is assigned to the rack with respect to the load with load carriers, wherein the rack has fields each with multiple compartments , and the compartments each have a plurality of storage locations for load carriers , wherein the method comprises determining a storage location, wherein a control unit is used to determine the storage location, wherein the determination of the storage location comprises: - receiving a first piece of information regarding the spatial allocation and respective load of storage locations of one or more of the compartments occupied by any load carriers , - receiving a second piece of information regarding the spatial location of one or more free storage locations of the compartment(s) , - receiving a third piece of information regarding the weight of the load carrier to be stored, - determining the free storage location of the compartment(s) to be used for storing the load carrier on the basis of the first, second, and third pieces of information and the load limit, wherein the determination is carried out such that the load limit is not exceeded by the storage of the load carrier , characterized in that the control unit is provided with a plurality of assignments for the compartments , wherein each assignment specifies which free storage location of the compartments can be used for storing load carriers , depending on a combination of pieces of information, wherein each combination of pieces of information comprises an individual combination variant of spatial allocations and loads of storage locations occupied by load carriers , the spatial location of one or more free storage locations of the compartments and weights of a load carrier to be stored, wherein the first, second, and third pieces of information are transmitted as a current combination of pieces of information to the control unit for the determination of the storage location , and wherein, as a response to the transmission on the basis of the assignments, the free storage location to be assigned to this current combination of pieces of information and to be used for storage is determined by the control unit . - receiving a first piece of information regarding the spatial allocation and respective load of storage locations of one or more of the compartments occupied by any load carriers , - receiving a second piece of information regarding the spatial location of one or more free storage locations of the compartment(s) , - receiving a third piece of information regarding the weight of the load carrier to be stored, - determining the free storage location of the compartment(s) to be used for storing the load carrier on the basis of the first, second, and third pieces of information and the load limit, wherein the determination is carried out such that the load limit is not exceeded by the storage of the load carrier ,
A compound represented by formula I for use in treating hemorrhagic stroke; wherein the compound represented by formula I is the only active ingredient.
An electronic device comprising: a power receiver including a receiver coil configured to receive a power signal from a wireless power transmitting device and a wireless charging integrated circuit (IC) configured to convert the power signal into electrical energy; a power management circuit electrically connected to the power receiver and configured to charge a battery using the electrical energy; and a processor electrically connected with the power receiver and the power management circuit, wherein the processor is configured to activate a power hold mode, in which transmission of the power signal from the wireless power transmitting device to the electronic device is to be held for at least a specific time, if a charging level of the battery is a fully charged level and allow the power receiver to transmit a charging hold message representing that the power hold mode is activated to the wireless power transmitting device, wherein the power receiver is configured to receive a charging hold message indicating that a predetermined time has elapsed in the power hold mode from the wireless power transmitting device in an active state of the power hold mode, and wherein the processor is configured to control auxiliary charging of the battery based on a current charging level of the battery, in response to receiving the charging hold message. a power receiver including a receiver coil configured to receive a power signal from a wireless power transmitting device and a wireless charging integrated circuit (IC) configured to convert the power signal into electrical energy; a power management circuit electrically connected to the power receiver and configured to charge a battery using the electrical energy; and a processor electrically connected with the power receiver and the power management circuit, wherein the processor is configured to activate a power hold mode, in which transmission of the power signal from the wireless power transmitting device to the electronic device is to be held for at least a specific time, if a charging level of the battery is a fully charged level and allow the power receiver to transmit a charging hold message representing that the power hold mode is activated to the wireless power transmitting device, wherein the power receiver is configured to receive a charging hold message indicating that a predetermined time has elapsed in the power hold mode from the wireless power transmitting device in an active state of the power hold mode, and wherein the processor is configured to control auxiliary charging of the battery based on a current charging level of the battery, in response to receiving the charging hold message.
A method, applied to a terminal device and an application scenario in which the terminal device initiates connection reestablishment, wherein the method comprises: selecting, a first cell; determining (S507) whether a radio access technology, RAT, of the first cell is the same as a RAT of a source cell; when it is determined that the RAT of the first cell is the same as the RAT of the source cell, determining whether the first cell is connected to a source core network accessed in the source cell by the terminal device; and when it is determined that the first cell is connected to the source core network: sending (S509), a first message to a reselected radio access network device, wherein the first message is used to request to reestablish a radio resource control, RRC, connection between the terminal device and an access network, the reselected radio access network device is a radio access network device to which the first cell belongs; and receiving, a second message sent by the reselected radio access network device, wherein the second message is used to indicate the terminal device to establish a connection to the reselected radio access network device. selecting, a first cell; determining (S507) whether a radio access technology, RAT, of the first cell is the same as a RAT of a source cell; when it is determined that the RAT of the first cell is the same as the RAT of the source cell, determining whether the first cell is connected to a source core network accessed in the source cell by the terminal device; and when it is determined that the first cell is connected to the source core network: sending (S509), a first message to a reselected radio access network device, wherein the first message is used to request to reestablish a radio resource control, RRC, connection between the terminal device and an access network, the reselected radio access network device is a radio access network device to which the first cell belongs; and receiving, a second message sent by the reselected radio access network device, wherein the second message is used to indicate the terminal device to establish a connection to the reselected radio access network device. sending (S509), a first message to a reselected radio access network device, wherein the first message is used to request to reestablish a radio resource control, RRC, connection between the terminal device and an access network, the reselected radio access network device is a radio access network device to which the first cell belongs; and receiving, a second message sent by the reselected radio access network device, wherein the second message is used to indicate the terminal device to establish a connection to the reselected radio access network device.
A method of operation of a receiver , comprising: receiving an indication of a plurality of transmission modes from a transmitter ; identifying a plurality of sets of beam indices for use with transmissions from the transmitter using hybrid precoding, comprising identifying a set of beam indices for each transmission mode in the plurality of transmission modes; communicating the plurality of sets of beam indices to the transmitter for use with transmissions using hybrid precoding; and receiving a transmission from the transmitter using one of the plurality of sets of beam indices; characterised by indicating to the transmitter a change in preferred transmission mode for transmissions to the receiver to cause the transmitter to select a different one of the plurality of sets of beam indices for use with the transmissions to the receiver using hybrid precoding; and receiving a transmission from the transmitter using the different selected one of the plurality of sets of beam indices. receiving an indication of a plurality of transmission modes from a transmitter ; identifying a plurality of sets of beam indices for use with transmissions from the transmitter using hybrid precoding, comprising identifying a set of beam indices for each transmission mode in the plurality of transmission modes; communicating the plurality of sets of beam indices to the transmitter for use with transmissions using hybrid precoding; and receiving a transmission from the transmitter using one of the plurality of sets of beam indices; characterised by indicating to the transmitter a change in preferred transmission mode for transmissions to the receiver to cause the transmitter to select a different one of the plurality of sets of beam indices for use with the transmissions to the receiver using hybrid precoding; and receiving a transmission from the transmitter using the different selected one of the plurality of sets of beam indices.
Sensor device for safeguarding and/or controlling a passage having a passage opening, - having a light grid for detecting an object in a monitoring plane , having a transmitter strip having transmitter elements for emitting beams into a common plane, such that said plane forms the monitoring plane , having a receiver strip having receiver elements for receiving beams from the transmitter strip , - and having a sensor for detecting an object in a monitoring space outside the monitoring plane , characterized in that - a carrier is provided, to which the transmitter strip or the receiver strip as selected strip and the sensor are jointly secured, and - the sensor is configured as a distance sensor for detecting the distance to an object , - and the sensor device is configured to output a signal if an object reaches or falls below a specific distance with respect to the distance sensor or a specific line or area in front of the distance sensor within the monitoring space . - having a light grid for detecting an object in a monitoring plane , having a transmitter strip having transmitter elements for emitting beams into a common plane, such that said plane forms the monitoring plane , having a receiver strip having receiver elements for receiving beams from the transmitter strip , - and having a sensor for detecting an object in a monitoring space outside the monitoring plane , - a carrier is provided, to which the transmitter strip or the receiver strip as selected strip and the sensor are jointly secured, and - the sensor is configured as a distance sensor for detecting the distance to an object , - and the sensor device is configured to output a signal if an object reaches or falls below a specific distance with respect to the distance sensor or a specific line or area in front of the distance sensor within the monitoring space .
Electrostatic collection device of particles in suspension in a gas intended to flow in said device in a direction of the gravitational forces, comprising: - a collecting chamber comprising a inlet port , an outlet port , the outlet port being upstream of the inlet port with respect to the gas flow direction, and a collecting wall , vertically orientated, part of which forms an electrode called collecting electrode, said collecting electrode being arranged facing a discharge electrode in the form of a wire, so as to create a corona discharge between itself and the collecting electrode, said collecting wall extending to the periphery of the discharge electrode , the gas flowing from the inlet port to the outlet port ; - first maintaining means made of electrically insulating material(s) to maintain the wire by one of its ends in the chamber, - at least one transversal wall protruding with respect to said collecting wall, - second maintaining means made of electrically insulating material(s) to maintain the wire by the other of its ends in the chamber, the second maintaining means being arranged downstream of said transversal wall with respect to a flowing direction of the gas, Characterized in that said transversal wall having a shape adapted to deflect the path of a liquid intended to flow on the collecting wall to said transversal wall such that it does not come into contact with the second maintaining means . - a collecting chamber comprising a inlet port , an outlet port , the outlet port being upstream of the inlet port with respect to the gas flow direction, and a collecting wall , vertically orientated, part of which forms an electrode called collecting electrode, said collecting electrode being arranged facing a discharge electrode in the form of a wire, so as to create a corona discharge between itself and the collecting electrode, said collecting wall extending to the periphery of the discharge electrode , the gas flowing from the inlet port to the outlet port ; - first maintaining means made of electrically insulating material(s) to maintain the wire by one of its ends in the chamber, - at least one transversal wall protruding with respect to said collecting wall, - second maintaining means made of electrically insulating material(s) to maintain the wire by the other of its ends in the chamber, the second maintaining means being arranged downstream of said transversal wall with respect to a flowing direction of the gas,
Process for sorting and/or recycling and/or formulation control of materials by luminescence, wherein at least one luminescing substance is introduced into the material and/or applied to the material and the luminescence behaviour of the substance is analyzed after excitation using radiation, wherein during or after one or more time intervals the intensity for one or more emission wavelengths is determined and the emission intensities for identical emission wavelengths or different emission wavelengths are used to form intensity ratios.
A method for generating a cyclic video sequence (SC), characterized in that it comprises implementing by data-processing means of an equipment , steps of: (a) Reception from video-acquisition means of a video sequence (S) comprising a substantially periodic pattern of a given duration which is shorter than the duration of the video sequence (S); (b) Determination of a first singular point (P1) of the video sequence (S) in a first interval of said sequence (S) and a second singular point (P2) of the video sequence (S) in a second interval of said sequence (S), the second interval corresponding to the first interval offset by a duration approximately equal to a multiple of said duration of said pattern of the video sequence (S), and said first and second singular points (P1, P2) having a maximum similarity according to a given similarity criterion; (c) Generation of a connecting sequence (SR) between the image of the video sequence (S) corresponding to the second singular point (P2) and the image of the video sequence (S) corresponding to the first singular point (P1) by morphing; (d) Construction of said cyclic video sequence (SC) by concatenation of a fragment (S') of said video sequence (S) extending from the first singular point (P1) to the second singular point (P2), and of said connecting sequence (SR). (a) Reception from video-acquisition means of a video sequence (S) comprising a substantially periodic pattern of a given duration which is shorter than the duration of the video sequence (S); (b) Determination of a first singular point (P1) of the video sequence (S) in a first interval of said sequence (S) and a second singular point (P2) of the video sequence (S) in a second interval of said sequence (S), the second interval corresponding to the first interval offset by a duration approximately equal to a multiple of said duration of said pattern of the video sequence (S), and said first and second singular points (P1, P2) having a maximum similarity according to a given similarity criterion; (c) Generation of a connecting sequence (SR) between the image of the video sequence (S) corresponding to the second singular point (P2) and the image of the video sequence (S) corresponding to the first singular point (P1) by morphing; (d) Construction of said cyclic video sequence (SC) by concatenation of a fragment (S') of said video sequence (S) extending from the first singular point (P1) to the second singular point (P2), and of said connecting sequence (SR).
A hair coloring composition, comprising: 5 to 10 wt.% of a first monosaccharide, wherein the first monosaccharide is dihydroxyacetone; 0.001 to 1 wt.% of a second monosaccharide, wherein the second monosaccharide is erythrulose; 0.1 to 5 wt.% of a surfactant; and 0.1 to 5 wt.% of a delivery agent, each based on a total weight of the hair coloring composition, and wherein the delivery agent is a dianhydrohexitol, a C 1 to C 4 monoalkoxy substituted dianhydrohexitol, or a C 1 to C 4 dialkoxy substituted dianhydrohexitol. 5 to 10 wt.% of a first monosaccharide, wherein the first monosaccharide is dihydroxyacetone; 0.001 to 1 wt.% of a second monosaccharide, wherein the second monosaccharide is erythrulose; 0.1 to 5 wt.% of a surfactant; and 0.1 to 5 wt.% of a delivery agent, each based on a total weight of the hair coloring composition, and
A method, comprising: by a first wireless device : determining a number of synchronization signal repetitions to use for a transmission, wherein the transmission comprises a narrowband peer-to-peer communication, wherein narrowband peer-to-peer communication may be performed using one or more Narrowband Internet of Things, NB-IoT, carriers; and performing the transmission, comprising transmitting the determined number of synchronization signal repetitions, characterized in that the method further comprises: selecting a first root index value for a first portion of the synchronization signal based at least in part on the determined number of synchronization signal repetitions, wherein the first root index value for the synchronization signal indicates the number of synchronization signal repetitions transmitted by the first wireless device. determining a number of synchronization signal repetitions to use for a transmission, wherein the transmission comprises a narrowband peer-to-peer communication, wherein narrowband peer-to-peer communication may be performed using one or more Narrowband Internet of Things, NB-IoT, carriers; and performing the transmission, comprising transmitting the determined number of synchronization signal repetitions, characterized in that the method further comprises: selecting a first root index value for a first portion of the synchronization signal based at least in part on the determined number of synchronization signal repetitions, wherein the first root index value for the synchronization signal indicates the number of synchronization signal repetitions transmitted by the first wireless device.
A device for positioning track treatment apparatuses on the track , having 1.1. at least two carrier modules , each with 1.1.1. at least one apparatus carrier for carrying at least one track treatment apparatus , and 1.1.2. a horizontal positioning device , to which the at least one apparatus carrier is attached, for displacing the at least one apparatus carrier along a horizontal direction , 1.2. a turning device for rotatory displacement of the at least two carrier modules , 1.2.1. wherein the turning device has at least two turning units for rotatory displacement of the at least two carrier modules independently of each other, and 1.3. a first transverse positioning device for linear displacement of the at least two carrier modules along the horizontal direction and at an angle of at least 45° to the longitudinal direction of the track . 1.1. at least two carrier modules , each with 1.1.1. at least one apparatus carrier for carrying at least one track treatment apparatus , and 1.1.2. a horizontal positioning device , to which the at least one apparatus carrier is attached, for displacing the at least one apparatus carrier along a horizontal direction , 1.1.1. at least one apparatus carrier for carrying at least one track treatment apparatus , and 1.1.2. a horizontal positioning device , to which the at least one apparatus carrier is attached, for displacing the at least one apparatus carrier along a horizontal direction , 1.2. a turning device for rotatory displacement of the at least two carrier modules , 1.2.1. wherein the turning device has at least two turning units for rotatory displacement of the at least two carrier modules independently of each other, and 1.3. a first transverse positioning device for linear displacement of the at least two carrier modules along the horizontal direction and at an angle of at least 45° to the longitudinal direction of the track .
A mobile wireless communications device comprising: a housing ; a printed circuit board [PCB] carried by the housing; at least one wireless RF circuit disposed on the PCB; one or more first contacts disposed on the PCB and electrically connected to the at least one wireless RF circuit; and a removable antenna assembly comprising an antenna retainer frame having an inner and an outer surfaces and removably coupled to an edge of the PCB; one or more antenna elements disposed on the outer surface; and one or more second contacts disposed on the inner surface and removably coupled to the one or more first contacts when the antenna assembly is coupled to the PCB; characterized in that the antenna retainer frame comprises a first portion and a second portion wrapping around the PCB at the edge when the antenna assembly is coupled to the PCB. a housing ; a printed circuit board [PCB] carried by the housing; at least one wireless RF circuit disposed on the PCB; one or more first contacts disposed on the PCB and electrically connected to the at least one wireless RF circuit; and a removable antenna assembly comprising an antenna retainer frame having an inner and an outer surfaces and removably coupled to an edge of the PCB; one or more antenna elements disposed on the outer surface; and one or more second contacts disposed on the inner surface and removably coupled to the one or more first contacts when the antenna assembly is coupled to the PCB; characterized in that the antenna retainer frame comprises a first portion and a second portion wrapping around the PCB at the edge when the antenna assembly is coupled to the PCB. an antenna retainer frame having an inner and an outer surfaces and removably coupled to an edge of the PCB; one or more antenna elements disposed on the outer surface; and one or more second contacts disposed on the inner surface and removably coupled to the one or more first contacts when the antenna assembly is coupled to the PCB; characterized in that the antenna retainer frame comprises a first portion and a second portion wrapping around the PCB at the edge when the antenna assembly is coupled to the PCB.