mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a soil roughness measure comprising: transmitting, by a transducer , an ultrasonic signal towards a soil surface ; receiving, by the transducer, 1) a first echo signal as a direct reflection of the ultrasonic signal from a first point on the soil surface, and 2) a second echo signal as a direct reflection of the ultrasonic signal from a second point on the soil surface , wherein the first echo signal is a first received echo signal of the ultrasonic signal within a time window and the second echo signal is a last received echo signal of the ultrasonic signal within the time window; calculating a first distance between the transducer and the first point on the soil surface based on the first echo signal ; calculating a second distance between the transducer and the second point on the soil surface based on the second echo signal ; and determining a soil roughness measure of the soil surface based on a difference between the first distance and the second distance . transmitting, by a transducer , an ultrasonic signal towards a soil surface ; receiving, by the transducer, 1) a first echo signal as a direct reflection of the ultrasonic signal from a first point on the soil surface, and 2) a second echo signal as a direct reflection of the ultrasonic signal from a second point on the soil surface , wherein the first echo signal is a first received echo signal of the ultrasonic signal within a time window and the second echo signal is a last received echo signal of the ultrasonic signal within the time window; calculating a first distance between the transducer and the first point on the soil surface based on the first echo signal ; calculating a second distance between the transducer and the second point on the soil surface based on the second echo signal ; and determining a soil roughness measure of the soil surface based on a difference between the first distance and the second distance .
Method for transmitting information relating to a communication network , implemented by a first server of a communication network, the method comprising the following steps: - storing a data table matching identifiers of sub-networks of the communication network that are associated with respective qualities of service, with at least one network address of a user terminal , said network address comprising an IP address of the user terminal; - receiving a request from a second server of a service provider, said request requesting information related to said communication network; - transmitting at least one portion of the data table to said second server, said portion comprising the matches between each sub-network identifier and said at least one user terminal network address; the data table furthermore matching a user identifier with the network address of a user terminal and with the identifier of the corresponding sub-network, said user identifier being shared by the first server and the second server , the portion transmitted to the second server comprising the matches between each sub-network identifier, each network address and each user identifier and the method furthermore comprising the following steps: - receiving, from the second server, a request to change quality of service from a first quality of service to a second quality of service for a set of user terminals comprising at least one user terminal identified by a user identifier; - updating the data table by matching each network address corresponding to said user identifier in the data table, with the sub-network identifier associated with the second quality of service; and implementing a network-address-differentiated quality-of-service policy depending on a membership of each network address to a sub-network of the communication network, said membership being determined from the data table. - storing a data table matching identifiers of sub-networks of the communication network that are associated with respective qualities of service, with at least one network address of a user terminal , said network address comprising an IP address of the user terminal; - receiving a request from a second server of a service provider, said request requesting information related to said communication network; - transmitting at least one portion of the data table to said second server, said portion comprising the matches between each sub-network identifier and said at least one user terminal network address; - receiving, from the second server, a request to change quality of service from a first quality of service to a second quality of service for a set of user terminals comprising at least one user terminal identified by a user identifier; - updating the data table by matching each network address corresponding to said user identifier in the data table, with the sub-network identifier associated with the second quality of service; and
A front section of a turbomachine for a turbofan aircraft, the front portion comprising a fan surrounded by a fan casing , a generator gas arranged downstream of the fan and comprising a low pressure compressor , a gear box interposed between the gas generator and the fan , a spout separation stream between a primary channel and a secondary channel of the turbomachine, and a structure arranged downstream of the fan and comprising outlet guide vanes and an outer shroud on which is fixed the head of each of the outlet guide vanes , said outer shroud extending downstream of said fan housing , the fan comprising a fan hub guided by a rolling bearing of recovery of radial forces from the fan, said rolling bearing being supported by a bearing support member , at least some of the outlet guide vanes having a structural character of force transmission, in particular for the transmission of forces from the rolling bearing and gear box and toward an engine mount intended to ensure fixing of the turbomachine to a structural element of the aircraft, said engine mount being secured to said outer shroud to the right structural outlet guide vanes , in that in axial half-section of the turbomachine front portion passing through one of outlet guide vanes , this blade extending along a first direction forming an angle (A) of less than 30° with a second direction that extends said bearing support member whose outer radial end is attached to the root of the outlet guide vanes , the root being arranged upstream of the flow separation nozzle , in that said gear box connected to the bearing support member and arranged in its entirety upstream of the low pressure compressor , having a central transverse plane (P1) located upstream of said flow separation nozzle , and in that in an axial half section of the front part for a turbomachine, at a location of the fan corresponding to 90% of the height of the trailing edge of the fan blades starting from their base, the axial length (L int ) separating the trailing edge of the fan blades and the leading edge of the outlet guide vanes , being at least 1.5 times greater than the axial length (L' fan ) of the fan blades, characterized in that said fan is a single fan and the front part of the turbomachine has a bypass ratio higher or equal to 5.
A method for a first User Equipment, in the following also referred to as UE, comprising: establishing a unicast link with a second UE ; transmitting a first sidelink capability information of the first UE to the second UE, wherein the first sidelink capability information includes a first parameter of a first Radio Link Control, in the following also referred to as RLC, configuration supported by the first UE; receiving a second sidelink capability information of the second UE from the second UE , wherein the second sidelink capability information includes a second parameter of a second RLC configuration supported by the second UE; transmitting the first sidelink capability information and the second sidelink capability information to a serving network node of the first UE or transmitting a common sidelink capability information to the serving network node of the first UE, wherein the common sidelink capability information is derived from the first sidelink capability information and the second sidelink capability information ; transmitting a first message to the serving network node of the first UE to request a Sidelink Radio Bearer, in the following also referred to as SLRB, configuration for the unicast link; and receiving a second message from the serving network node of the first UE, wherein the second message includes the SLRB configuration for the unicast link. establishing a unicast link with a second UE ; transmitting a first sidelink capability information of the first UE to the second UE, wherein the first sidelink capability information includes a first parameter of a first Radio Link Control, in the following also referred to as RLC, configuration supported by the first UE; receiving a second sidelink capability information of the second UE from the second UE , wherein the second sidelink capability information includes a second parameter of a second RLC configuration supported by the second UE; transmitting the first sidelink capability information and the second sidelink capability information to a serving network node of the first UE or transmitting a common sidelink capability information to the serving network node of the first UE, wherein the common sidelink capability information is derived from the first sidelink capability information and the second sidelink capability information ; transmitting a first message to the serving network node of the first UE to request a Sidelink Radio Bearer, in the following also referred to as SLRB, configuration for the unicast link; and receiving a second message from the serving network node of the first UE, wherein the second message includes the SLRB configuration for the unicast link.
A wall mount enclosure comprising: a backpan with a back panel and a plurality of side panels extending forwards from the back panel; a plurality of extensions releasably attached to the backpan side panels and releasably attached to adjacent ones of the plurality of extensions to form an extension assembly extending forwards from the backpan , wherein the extension assembly as an assembly is releasable from and attachable to the backpan, and wherein individual extensions are releasable from and attachable to the backpan and their respective adjacent extensions; and at least one door removably attached to one of the extensions and movable between a closed position in which the door obstructs access to at least part of an opening defined by front edges of the extensions and an open position in which the door does not obstruct access to an interior of the enclosure . a backpan with a back panel and a plurality of side panels extending forwards from the back panel; a plurality of extensions releasably attached to the backpan side panels and releasably attached to adjacent ones of the plurality of extensions to form an extension assembly extending forwards from the backpan , wherein the extension assembly as an assembly is releasable from and attachable to the backpan, and wherein individual extensions are releasable from and attachable to the backpan and their respective adjacent extensions; and at least one door removably attached to one of the extensions and movable between a closed position in which the door obstructs access to at least part of an opening defined by front edges of the extensions and an open position in which the door does not obstruct access to an interior of the enclosure .
An aircraft sanitization system comprising: a safety belt comprising a first portion affixed to a first fabric part of the safety belt and a second portion affixed to a second fabric part of the safety belt, wherein the first portion is configured to receive the second portion for fastening the safety belt ; a first stowage encasing configured to completely enclose the first portion , wherein the first stowage encasing comprises: a first inner wall configured to surround an outer surface of the first portion ; characterised in that , a first set of Ultraviolet (UV) Light Emitting Diodes (LEDs) affixed to the first inner wall and configured to sanitize the outer surface of the first portion ; a tongue configured to cooperate with the first portion of the safety belt ; and a second set of UV LEDs attached on a surface of the tongue and configured to sanitize an inner surface of the first portion ; and a second stowage encasing configured to enclose the second portion , wherein the second stowage encasing comprises: a second inner wall configured to surround the second portion ; and a third set of UV LEDs affixed to the second inner wall and configured to sanitize the second portion . a safety belt comprising a first portion affixed to a first fabric part of the safety belt and a second portion affixed to a second fabric part of the safety belt, wherein the first portion is configured to receive the second portion for fastening the safety belt ; a first stowage encasing configured to completely enclose the first portion , wherein the first stowage encasing comprises: a first inner wall configured to surround an outer surface of the first portion ; characterised in that , a first set of Ultraviolet (UV) Light Emitting Diodes (LEDs) affixed to the first inner wall and configured to sanitize the outer surface of the first portion ; a tongue configured to cooperate with the first portion of the safety belt ; and a second inner wall configured to surround the second portion ; and a third set of UV LEDs affixed to the second inner wall and configured to sanitize the second portion .
A method for operating a power transmitter, the method comprising: broadcasting a device discovery request; determining whether a discovery response is received from at least one power receiver receiving the device discovery request within a threshold response time; if the discovery response is not received from the at least one power receiver within the threshold response time, reconfiguring the threshold response time before rebroadcasting the device discovery request and rebroadcasting the device discovery request based on the reconfigured threshold response time for a predetermined number of times; if the discovery response is received from the at least one power receiver within the threshold response time, transmitting confirmation information to the at least one power receiver which transmitted the discovery response; and transmitting radiation to charge the at least one power receiver, when an acknowledgement is received from the at least one power receiver in response to the confirmation information. broadcasting a device discovery request; determining whether a discovery response is received from at least one power receiver receiving the device discovery request within a threshold response time; if the discovery response is not received from the at least one power receiver within the threshold response time, reconfiguring the threshold response time before rebroadcasting the device discovery request and rebroadcasting the device discovery request based on the reconfigured threshold response time for a predetermined number of times; if the discovery response is received from the at least one power receiver within the threshold response time, transmitting confirmation information to the at least one power receiver which transmitted the discovery response; and transmitting radiation to charge the at least one power receiver, when an acknowledgement is received from the at least one power receiver in response to the confirmation information.
An image processing apparatus , comprising: first obtaining means configured to obtain a first two-dimensional tomographic image and a second two-dimensional tomographic image, the first two-dimensional tomographic image and the second two-dimensional tomographic image being obtained based on measurement light controlled to scan an identical position of an eye; setting means configured to set a first area and a second area for the first two-dimensional tomographic image, the first area and the second area overlapping each other in a partial area in a horizontal direction of the first two-dimensional tomographic image; second obtaining means configured to obtain a positional deviation amount between the first two-dimensional tomographic image and the second two-dimensional tomographic image in each of the first area and the second area; and determination means configured to determine a moving amount of the second two-dimensional tomographic image with respect to the first two-dimensional tomographic image in an area where the first area and the second area overlap based on the positional deviation amount in the first area and the positional deviation amount in the second area. first obtaining means configured to obtain a first two-dimensional tomographic image and a second two-dimensional tomographic image, the first two-dimensional tomographic image and the second two-dimensional tomographic image being obtained based on measurement light controlled to scan an identical position of an eye; setting means configured to set a first area and a second area for the first two-dimensional tomographic image, the first area and the second area overlapping each other in a partial area in a horizontal direction of the first two-dimensional tomographic image; second obtaining means configured to obtain a positional deviation amount between the first two-dimensional tomographic image and the second two-dimensional tomographic image in each of the first area and the second area; and determination means configured to determine a moving amount of the second two-dimensional tomographic image with respect to the first two-dimensional tomographic image in an area where the first area and the second area overlap based on the positional deviation amount in the first area and the positional deviation amount in the second area.
A gas turbine engine, in particular an aircraft engine, comprising: a turbine connected via an input shaft device to a gearbox device having a sun gear , a planet carrier having a plurality of planet gears attached thereto, and a ring gear , the sun gear is connected to the input shaft device , the planet carrier is connected to a propulsive fan via an output shaft device of the gearbox device , with a rear carrier bearing device radially between the planet carrier and a part on the input shaft on the input side of the gearbox device ; wherein the input shaft comprises a radially inner part coupled to the sun gear and a radially outer part coupled to the rear carrier bearing device , and the rear carrier bearing device is arranged such that primary axial loads from the fan are transmitted from a fan shaft 2. through the gearbox device via the planet carrier , and then to the radially outer part of the input shaft device via the rear carrier bearing device , and thence to the turbine . a turbine connected via an input shaft device to a gearbox device having a sun gear , a planet carrier having a plurality of planet gears attached thereto, and a ring gear , the sun gear is connected to the input shaft device , the planet carrier is connected to a propulsive fan via an output shaft device of the gearbox device , with a rear carrier bearing device radially between the planet carrier and a part on the input shaft on the input side of the gearbox device ; wherein the input shaft comprises a radially inner part coupled to the sun gear and a radially outer part coupled to the rear carrier bearing device , and the rear carrier bearing device is arranged such that primary axial loads from the fan are transmitted from a fan shaft 2. through the gearbox device via the planet carrier , and then to the radially outer part of the input shaft device via the rear carrier bearing device , and thence to the turbine .
A tensioning device for tensioning changes, belts, cables or similar clamping means , with at least one tubular clamping nut and with a least one threaded bolt entering into the clamping nut and interacting with it, wherein the threaded bolt is provided with at least one end-side unscrewing protection device (9; 10a, 10b, 11), and wherein at its end the threaded bolt is provided with a thread-free section and an adjoining stop as the unscrewing protection device characterised in that the stop is designed in two parts with a fixed stop and loose stop as well as a spring arranged between them. the threaded bolt is provided with at least one end-side unscrewing protection device (9; 10a, 10b, 11), and wherein at its end the threaded bolt is provided with a thread-free section and an adjoining stop as the unscrewing protection device characterised in that the stop is designed in two parts with a fixed stop and loose stop as well as a spring arranged between them.
A thermoelectric generator comprising: a hot side heat exchanger; a cold side heat exchanger; a plurality of n-type semiconductor legs arranged between the hot side heat exchanger and the cold side heat exchanger; and a plurality of p-type semiconductor legs arranged between the hot side heat exchanger and the cold side heat exchanger and alternating electrically in series with the plurality of n-type semiconductor legs , wherein at least one of the plurality of n-type semiconductor legs and the plurality of p- type semiconductor legs is formed of an alloy having a half-Heusler structure and comprising Si and Sn with molar fractions of x Sn and 1- x Si, and x is less than 1, characterized in that the alloy comprises NbCoSi 1-x Sn x and x is greater than 0.27, the alloy comprises TaCoSi 1-x Sn x and x is greater than 0.21, the alloy comprises TiNiSi 1-x Sn x and x is greater than 0.36, or the alloy comprises VCoSi 1-x Sn x and x is greater than 0.27. a hot side heat exchanger; a cold side heat exchanger; a plurality of n-type semiconductor legs arranged between the hot side heat exchanger and the cold side heat exchanger; and a plurality of p-type semiconductor legs arranged between the hot side heat exchanger and the cold side heat exchanger and alternating electrically in series with the plurality of n-type semiconductor legs , wherein at least one of the plurality of n-type semiconductor legs and the plurality of p- type semiconductor legs is formed of an alloy having a half-Heusler structure and comprising Si and Sn with molar fractions of x Sn and 1- x Si, and x is less than 1, characterized in that the alloy comprises NbCoSi 1-x Sn x and x is greater than 0.27, the alloy comprises TaCoSi 1-x Sn x and x is greater than 0.21, the alloy comprises TiNiSi 1-x Sn x and x is greater than 0.36, or the alloy comprises VCoSi 1-x Sn x and x is greater than 0.27.