mhurhangee/patent-ind-claim-en huggingface dataset:
A flash unit with a flash generator with at least one energy storage device and at least two lamp channels and also with at least two flash tubes , the flash tubes being supplied with energy by means of the energy storage device via the lamp channels, characterized by an energy-quantity control device , by means of which a desired energy quantity from the minimum charge up to the maximum charge of the at least one energy storage device can be provided for each lamp channel, wherein the energy storage device has a multiplicity of rechargeable energy storage elements , particularly capacitors, a charging device of the energy storage device , which has a charging control, in order to introduce a predetermined charge into one or more of the energy storage elements , a trigger device, which supplies a first lamp channel with energy at a predetermined time and which, at a further number of predetermined times which are defined by the voltage applied at the first lamp channel, respectively supplies a predetermined number of lamp channels with energy, a switch-off device , which switches off the first and the further lamp channels if a predetermined target energy quantity and/or an in particular averaged target colour temperature is reached for each of the respective lamp channels, and by a colour-temperature control device , by means of which a colour temperature can be set for each lamp channel, independently of the energy quantity provided for it.
Ultrasonic transceiver for a vehicle, wherein the ultrasonic transceiver has: a plastics housing , an ultrasonic membrane , a sound transducer element for stimulating vibrations and detecting vibrations of the ultrasonic membrane , and an electrically conductive contact element , arranged in the interior of the plastics housing , for making electrical contact with the sound transducer element , wherein the plastics housing and the contact element are connected directly and form-fittingly to each other by heat-staking of at least one plastics element which is integrally formed with the plastics housing .
A radiation system, comprising: a low-frequency radiator having a bowl-shaped structure; a high-frequency radiator arranged inside the bowl-shaped structure of the low-frequency radiator ; and a reflector arranged below the high-frequency radiator , characterized in that the reflector is a metamaterial reflector arranged inside the bowl shape structure of the low-frequency radiator and comprising: a metasurface arranged below the high-frequency radiator ; and a solid metal plane arranged below the metasurface. a low-frequency radiator having a bowl-shaped structure; a high-frequency radiator arranged inside the bowl-shaped structure of the low-frequency radiator ; and a reflector arranged below the high-frequency radiator , characterized in that the reflector is a metamaterial reflector arranged inside the bowl shape structure of the low-frequency radiator and comprising: a metasurface arranged below the high-frequency radiator ; and a solid metal plane arranged below the metasurface. a metasurface arranged below the high-frequency radiator ; and a solid metal plane arranged below the metasurface.
Method for modelling a sedimentary basin, said sedimentary basin having undergone a plurality of geological events defining a sequence of states { A i } of the basin, each of said states extending between two successive geological events, the method comprising the implementation by data processing means of steps of: (a) obtaining measurements of physical quantities of said basin, which are acquired from sensors ; (b) for each of said states A i , constructing a meshed representation of said basin depending on said measurements of physical quantities; the method is characterized in that it further comprises a step of: (c) for each of said states A i , and for each cell of said meshed representation, 1. computing an effective stress applied to the cell at the end of the state A i , said effective stress at the end of said state A i being computed depending on said effective stress at the end of the preceding state A i - 1 and on an additional effective stress on said state A i dependent on a change in sediment thickness during said state A i ; 2. computing an overpressure in the cell at the end of the state A i depending on said effective stress computed at the end of the state A i . (a) obtaining measurements of physical quantities of said basin, which are acquired from sensors ; (b) for each of said states A i , constructing a meshed representation of said basin depending on said measurements of physical quantities; 1. computing an effective stress applied to the cell at the end of the state A i , said effective stress at the end of said state A i being computed depending on said effective stress at the end of the preceding state A i - 1 and on an additional effective stress on said state A i dependent on a change in sediment thickness during said state A i ; 2. computing an overpressure in the cell at the end of the state A i depending on said effective stress computed at the end of the state A i .
A method for pilot sequence design in a communications system, the method comprising: selecting , by a controller, a selected cell in the communications system; grouping , by the controller, other cells in the communications system relative to the selected cell into one of three groups of cells in accordance with a neighborness measure of each of the other cells to the selected cell, wherein the neighborness measure is determined in accordance with at least one of a geographical criterion, a signal criterion, and an interference criterion; designing , by the controller, pilot sequences such that a span of the pilot sequences corresponding to a first group of the three groups of cells is orthogonal to a span of the pilot sequences corresponding to a second group of the three groups of cells, and such that the pilot sequences are orthogonal to one another for the selected cell and the cells in the first group; and providing , by the controller, information about the pilot sequences to the selected cell and the other cells in the communications system. selecting , by a controller, a selected cell in the communications system; grouping , by the controller, other cells in the communications system relative to the selected cell into one of three groups of cells in accordance with a neighborness measure of each of the other cells to the selected cell, wherein the neighborness measure is determined in accordance with at least one of a geographical criterion, a signal criterion, and an interference criterion; designing , by the controller, pilot sequences such that a span of the pilot sequences corresponding to a first group of the three groups of cells is orthogonal to a span of the pilot sequences corresponding to a second group of the three groups of cells, and such that the pilot sequences are orthogonal to one another for the selected cell and the cells in the first group; and providing , by the controller, information about the pilot sequences to the selected cell and the other cells in the communications system.
A method for customizing forefoot cushioning of an article of footwear comprising: providing a rating system to a computing system of a customer ; receiving a customer-selected rating of a first level of forefoot cushioning of a first sole member of a first article of footwear through the rating system; and transmitting the customer-selected rating of the first level of forefoot cushioning to a server to make the customer-selected rating information accessible by a footwear manufacturer when manufacturing a new article of footwear for the customer . providing a rating system to a computing system of a customer ; receiving a customer-selected rating of a first level of forefoot cushioning of a first sole member of a first article of footwear through the rating system; and transmitting the customer-selected rating of the first level of forefoot cushioning to a server to make the customer-selected rating information accessible by a footwear manufacturer when manufacturing a new article of footwear for the customer .
A data transmission method, applied to a terminal device, comprising: acquiring first data (S100); storing the first data as hot data, and transmitting the hot data to a server (S200); backing up the hot data as the cold data stored in a nonvolatile memory in response to a running time of the terminal device exceeding a preset threshold (S300); and transmitting the cold data to the server according to a running state of the terminal device (S400), comprising: in response to the terminal device being in a normal running state, sending the cold data stored in the nonvolatile memory to the server based on an instruction from the server; in response to the terminal device being in a restarted state, reading historical data from the cold data stored in the nonvolatile memory, and transmitting the historical data to the server. acquiring first data (S100); storing the first data as hot data, and transmitting the hot data to a server (S200); backing up the hot data as the cold data stored in a nonvolatile memory in response to a running time of the terminal device exceeding a preset threshold (S300); and transmitting the cold data to the server according to a running state of the terminal device (S400), comprising: in response to the terminal device being in a normal running state, sending the cold data stored in the nonvolatile memory to the server based on an instruction from the server; in response to the terminal device being in a restarted state, reading historical data from the cold data stored in the nonvolatile memory, and transmitting the historical data to the server. in response to the terminal device being in a normal running state, sending the cold data stored in the nonvolatile memory to the server based on an instruction from the server; in response to the terminal device being in a restarted state, reading historical data from the cold data stored in the nonvolatile memory, and transmitting the historical data to the server.
A device for measuring absorbent hygiene articles, which has a continuous sheet with absorbent bodies spaced apart from each other, and two or more microwave resonators which are designed to detect moisture and/or density of the absorbent bodies based on a resonant frequency shift (A) and a resonant frequency distribution (B), wherein the sheet is designed to be transported through the microwave resonators, wherein the two microwave resonators are designed to continuously detect two microwave variables (A, B), wherein the two microwave resonators, in relation to a transport direction of the sheet, are arranged offset from each other in the transverse and transport directions (Q, T) in order to measure the entire width of the sheet , characterized in that each of the microwave resonators has a measurement region with a homogenous field profile (III) and the multiple microwave resonators are positioned transversely to the transport direction such that the entire width of the sheet is covered by a measurement region with a homogeneous field profile (III). and two or more microwave resonators which are designed to detect moisture and/or density of the absorbent bodies based on a resonant frequency shift (A) and a resonant frequency distribution (B), wherein the sheet is designed to be transported through the microwave resonators, wherein the two microwave resonators are designed to continuously detect two microwave variables (A, B), wherein the two microwave resonators, in relation to a transport direction of the sheet, are arranged offset from each other in the transverse and transport directions (Q, T) in order to measure the entire width of the sheet , characterized in that each of the microwave resonators has a measurement region with a homogenous field profile (III) and the multiple microwave resonators are positioned transversely to the transport direction such that the entire width of the sheet is covered by a measurement region with a homogeneous field profile (III).
Method for transmitting data via a communications channel , in which the data are transmitted with a transmissions frame, wherein the transmissions frame has at least one prioritization field (PCP) for determining the priority of the message and a data field, wherein the prioritization field (PCP) serves to regulate bus access by prioritizing the messages, characterized in that a bus access controller is used in which the priority of at least the last-received data packet is stored in a minimum-priorities storage cell , wherein, after reception of a packet, a timer is started for which at least one time-out value is set and which is reset again when a following packet is received, and wherein, after the time-out value is reached, the value stored in the minimum-priorities storage cell is decremented, and wherein, for bus access control when a packet is transmitted, a check is made as to whether the priority of the packet to be transmitted is lower than the value stored in the minimum-priorities storage cell , and transmission of the packet is prevented if the priority of the packet is lower than the value stored in the minimum-priorities storage cell .
A lubricant additive adapted to be blended to a lubricating oil, characterized in that the lubricant additive comprising: calcium sulfonate containing calcium carbonate formed in the calcite crystal structure, an anti-oxidant of the zinc dithiophosphate type, succinimide, further characterized in that the lubricant additive comprises a synthesized base oil of the polyolester type, a poly-alpha-olefin oligomer, an extreme pressure agent of the thiadiazole type and an anti-oxidant of the phenol type, wherein the content of the synthesized base oil of the polyolester type to be contained in the lubricant additive is in a range of from 35.0 w/w% to 60.0 w/w%, and the content of the calcium sulfonate to be contained in the lubricant additive is in a range of from 5.0 w/w% to 30.0 w/w%. calcium sulfonate containing calcium carbonate formed in the calcite crystal structure, an anti-oxidant of the zinc dithiophosphate type, succinimide, further characterized in that the lubricant additive comprises a synthesized base oil of the polyolester type, a poly-alpha-olefin oligomer, an extreme pressure agent of the thiadiazole type and an anti-oxidant of the phenol type, wherein the content of the synthesized base oil of the polyolester type to be contained in the lubricant additive is in a range of from 35.0 w/w% to 60.0 w/w%, and the content of the calcium sulfonate to be contained in the lubricant additive is in a range of from 5.0 w/w% to 30.0 w/w%.
Powdered catalyst material on titanium oxide basis, having a combined content of at least 90% by weight hydrated titanium oxide having the general formula TiO (2-x) (OH) 2x with 0 < x ≤ 1, particularly 0.1 < x ≤ 1, calculated as TiO 2 , and silicon dioxide including hydrated precursors thereof, calculated as SiO 2 , which has a specific surface area of > 300 m 2 /g, determined using N 2 porosimetry as described in the description, and an isoelectric point in the range from 4.5 - 5.9, determined as described in the description, wherein the TiO 2 /SiO 2 weight ratio, determined respectively for TiO 2 and SiO 2 is at least 3, preferably at least 5, and less than 30, preferably less than 25, and the percentages by weight are relative to the total weight of the catalyst material after it has been dried at 105 °C for at least 2 hours.
Rotary actuation device, comprising: an actuation knob mounted rotatably about a rotation axis ; and a detection means for detecting a rotary actuation of the actuation knob , characterized in that the actuation knob has on an end side of the actuation knob a reflection section , which has reflection faces with different reflection positions along a circumferential direction of the actuation knob ; and the detection means has at least one stationary optical distance sensor , which is arranged opposite the end side in the axial direction of the actuation knob, for detecting a distance between the distance sensor and a reflection face, currently facing toward the distance sensor, of the reflection section of the actuation knob . an actuation knob mounted rotatably about a rotation axis ; and a detection means for detecting a rotary actuation of the actuation knob , characterized in that the actuation knob has on an end side of the actuation knob a reflection section , which has reflection faces with different reflection positions along a circumferential direction of the actuation knob ; and the detection means has at least one stationary optical distance sensor , which is arranged opposite the end side in the axial direction of the actuation knob, for detecting a distance between the distance sensor and a reflection face, currently facing toward the distance sensor, of the reflection section of the actuation knob .
A flat antenna element including: a radiating patch, a ground plane below the radiating patch, and at least one impedance transformer including: a feed-point arm that has a first end electrically connected to an individual feed line and a second end which is electrically connected to the radiating patch, characterized in that the impedance transformer further comprises at least one additional feeding arm capacitively coupled to the radiating patch, wherein said second end electrically connected to the radiating patch has a width to yield a level of impedance, for the arm, which is more than the level of impedance of the patch. a radiating patch, a ground plane below the radiating patch, and at least one impedance transformer including: a feed-point arm that has a first end electrically connected to an individual feed line and a second end which is electrically connected to the radiating patch, characterized in that the impedance transformer further comprises at least one additional feeding arm capacitively coupled to the radiating patch, wherein said second end electrically connected to the radiating patch has a width to yield a level of impedance, for the arm, which is more than the level of impedance of the patch. a feed-point arm that has a first end electrically connected to an individual feed line and a second end which is electrically connected to the radiating patch, characterized in that the impedance transformer further comprises at least one additional feeding arm capacitively coupled to the radiating patch, wherein said second end electrically connected to the radiating patch has a width to yield a level of impedance, for the arm, which is more than the level of impedance of the patch.
A hand dryer for use in a lavatory of an enclosed vehicle, comprising: a dryer cavity including an input port , an exhaust port , and an opening for insertion of a hand having moisture thereon; an air channel , pneumatically coupling the exhaust port of the dryer cavity to the input port of the dryer cavity , wherein the air channel comprises a closed-circuit or substantially closed-circuit air path , pneumatically sealingly coupling the exhaust port of the dryer cavity to the input port of the dryer cavity ; a blower , communicatively coupled to the air channel , for moving air through the air channel and the dryer cavity ; a hand sanitizer comprising a source of ultraviolet light, and configured to direct the ultraviolet light only or substantially only within the dryer cavity and substantially onto a user's hand when inserted in the dryer cavity ; and at least one surface configured to confine or substantially to confine the ultraviolet light to within the dryer cavity . a dryer cavity including an input port , an exhaust port , and an opening for insertion of a hand having moisture thereon; an air channel , pneumatically coupling the exhaust port of the dryer cavity to the input port of the dryer cavity , wherein the air channel comprises a closed-circuit or substantially closed-circuit air path , pneumatically sealingly coupling the exhaust port of the dryer cavity to the input port of the dryer cavity ; a blower , communicatively coupled to the air channel , for moving air through the air channel and the dryer cavity ; a hand sanitizer comprising a source of ultraviolet light, and configured to direct the ultraviolet light only or substantially only within the dryer cavity and substantially onto a user's hand when inserted in the dryer cavity ; and at least one surface configured to confine or substantially to confine the ultraviolet light to within the dryer cavity .
A method for load control in a power supply system supplied by an energy company via which private households are supplied with power, wherein electrical appliances connected to the power supply system are assigned to the households , characterized in that information on the subsequent time at which the electrical appliance will be switched on is conveyed to the energy supplier in advance via a data line, wherein the information flows into a load forecast of the energy company , wherein the information is conveyed from an electrical appliance once the switch-on time has been set on said electrical appliance by a user, wherein the electrical appliance automatically starts at the switch-on time, wherein the subsequent time is more than one hour after the time at which the information is conveyed and wherein the energy company bases its capacities on the load forecast which it determines.
A method for enabling caching of a portion of a media file in a User Equipment, UE , connected to a mobile telecommunications network , performed by a caching server of the mobile telecommunications network, the caching server communicating with a media database of the mobile telecommunications network , wherein the mobile telecommunications network comprises a radio network , the method comprising: selecting the media file from the media database of which a portion is to be cached in the UE ; determining a size of the portion of the media file to be cached, wherein the size is determined depending on radio network conditions for the UE and/or characteristics of the media file ; and sending an instruction to the UE to cache the determined size of the portion of the media file in the UE ; wherein the step of sending an instruction to the UE to cache the determined size of the portion of the media file in the UE includes sending the instruction to an external application running on the UE, and wherein the step of sending the instruction to an external application includes verifying whether the external application is authorized to use idle radio resources of the radio network for caching; if the external application is authorized, sending the instruction to the external application; and if the external application is not authorized, withholding the instruction to the external application. selecting the media file from the media database of which a portion is to be cached in the UE ; determining a size of the portion of the media file to be cached, wherein the size is determined depending on radio network conditions for the UE and/or characteristics of the media file ; and sending an instruction to the UE to cache the determined size of the portion of the media file in the UE ;
A device for capturing a flying craft, said capture device comprising a net and at least one rod configured to form a closed line, the rod defining a leading face and a trailing face , the net having a maximum diameter which is greater than a maximum diameter (D) of closed line formed by the rod , the net being attached to the rod on the side of the trailing face ; characterised in that the device further comprises: - a strip attached all around the rod outside the net on the side of the trailing face ; and - holding wires attached to the rod on the side of the leading face . - a strip attached all around the rod outside the net on the side of the trailing face ; and - holding wires attached to the rod on the side of the leading face .