mhurhangee/patent-ind-claim-en huggingface dataset:
A receiver for optical power transmission, said receiver having an entrance pupil, and comprising: a lens having a front surface, said lens being disposed in an optical entrance aperture of said optical receiver; a mirror disposed inwards of said lens relative to the incident direction of said optical power transmission , such that said lens and said mirror define a retro-reflector, said lens being disposed such that the entrance pupil of the optical receiver lies at or close to said front surface of said lens; and at least one photovoltaic cell disposed in or behind said optical aperture for receiving optical power from said transmission; said receiver being characterized in that said photovoltaic cell has an area substantially larger than that of said front surface of said lens, such that a majority of said optical power incident on said entrance aperture is absorbed by said photovoltaic cell. a lens having a front surface, said lens being disposed in an optical entrance aperture of said optical receiver; a mirror disposed inwards of said lens relative to the incident direction of said optical power transmission , such that said lens and said mirror define a retro-reflector, said lens being disposed such that the entrance pupil of the optical receiver lies at or close to said front surface of said lens; and at least one photovoltaic cell disposed in or behind said optical aperture for receiving optical power from said transmission;
A proximity detector for a connected portable device that includes an RF transmitter, the proximity detector being arranged to detect the proximity of a human body part to a sensor electrode and to generate an instruction for setting a power of the RF transmitter to a reduced value based on the capacity seen by the sensor electrode , characterized in that the proximity detector is arranged to determine a time variation of the capacity, to determine whether the capacity is stable, and to generate an instruction for setting the power of the RF transmitter to a full value, higher than the reduced value, when the capacity seen by the sensor electrode is between a lower object threshold (T tl ) and a upper object threshold (Tt h ), and the capacity is stable.
A method for the N-alkylation of an acridan compound comprising reacting an acridan compound having the structure of formula A1: wherein "m" and "n" are independently 0-4 and at least one of "m" or "n" is greater than 0; R 1 and R 2 are independently selected from alkoxy groups; and R 3 is hydrogen or a C 1 -C 45 hydrocarbon radical, the method comprising reacting said acridan compound with a protected sulfonate triflate compound having the structure of formula R1: wherein G is an acid-labile sulfonate protecting group; and -R L - is independently selected at each occurrence from C 1-20 linear or branched bivalent hydrocarbon radicals, to produce an N-alkylacridan having the structure according to structural formula NA1 : wherein R 1 , R 2 , R 3 , R L , G, m and n are as defined before. wherein "m" and "n" are independently 0-4 and at least one of "m" or "n" is greater than 0; R 1 and R 2 are independently selected from alkoxy groups; and R 3 is hydrogen or a C 1 -C 45 hydrocarbon radical, the method comprising reacting said acridan compound with a protected sulfonate triflate compound having the structure of formula R1: wherein G is an acid-labile sulfonate protecting group; and -R L - is independently selected at each occurrence from C 1-20 linear or branched bivalent hydrocarbon radicals, to produce an N-alkylacridan having the structure according to structural formula NA1 : wherein R 1 , R 2 , R 3 , R L , G, m and n are as defined before.
Method for checking the data transport across a first communication connection , realised between two first interface units , between two respective data processing devices (2a-2k), wherein the data to be transported can be divided into data blocks and wherein at least one second communication connection exists between the data processing devices (2a-2k), which is established across respective second interface units , characterised in that for realising a challenge-response-authentication, as challenge a request, requesting querying of randomly selected data units out of identifiable, randomly selected data blocks of the data, wherein the queried data form response data, by an authenticating unit using the second communication connection , is transmitted to the first interface units , an authentication module of the respective first interface units extracts the requested response data out of the data and transmits them back to the authenticating unit and a successful checking is established when the response data of the respective authentication modules concur.
A wet disc brake system comprising: a housing configured to form a sealed cavity about a body rotating relative to the housing ; one or more brake callipers disposed in the housing , the brake callipers provided with one or more cylinders ; the housing having an outer casing which extends circumferentially about the one or more calipers , and a first plate provided with a central opening through which an axle housing extends and comprising a structural component wherein the first plate is disposed on one side of the outer casing , the first plate being provided with: an opening for each of the cylinders , wherein each cylinder is seated in a respective opening ; characterized by a plurality of calliper fastening holes formed in the first plate capable of being aligned with holes in the structural component wherein fasteners are able to engage the calipers , pass through the calliper holes in the first plate and into the holes of the structural component wherein load on the one or more callipers during braking is transferred to and borne by the axle housing via the fasteners. a housing configured to form a sealed cavity about a body rotating relative to the housing ; one or more brake callipers disposed in the housing , the brake callipers provided with one or more cylinders ; the housing having an outer casing which extends circumferentially about the one or more calipers , and a first plate provided with a central opening through which an axle housing extends and comprising a structural component wherein the first plate is disposed on one side of the outer casing , the first plate being provided with: an opening for each of the cylinders , wherein each cylinder is seated in a respective opening ; characterized by a plurality of calliper fastening holes formed in the first plate capable of being aligned with holes in the structural component wherein fasteners are able to engage the calipers , pass through the calliper holes in the first plate and into the holes of the structural component wherein load on the one or more callipers during braking is transferred to and borne by the axle housing via the fasteners.
An apparatus to facilitate compute optimization, comprising a graphics processor including a sorting logic to sort floating point processing threads into thread groups based on bit depth of floating point thread operations and a floating point logic , wherein the floating point logic comprises: a first component to process a lower half of a first bit depth of the floating point thread operations; and a second component to process an upper half of the first bit depth of the floating point thread operations; wherein, when processing floating point thread operations having a second bit depth of half of the first bit depth at the first component, the floating point logic deactivates the second component. a first component to process a lower half of a first bit depth of the floating point thread operations; and a second component to process an upper half of the first bit depth of the floating point thread operations;
A grinder comprising a dosing device for dosing grinding material , comprising: a storage container having a filling opening and an outlet opening ; an opening/closing device , which is arranged at a region of the outlet opening of the storage container , comprising a closing body which has an axis of rotation which is arranged rotatably transversely to an outlet direction passing through the opening/closing device ; and a dispensing nozzle comprising an outlet opening , wherein the dispensing nozzle is formed by a hollow body and is in engagement with the opening/closing device such that the dispensing nozzle and the opening/closing device can be adjusted telescopically relative to each other, characterized in that the grinder further comprises a grinding material comminuting device arranged downstream of the outlet opening of the dispensing nozzle , as viewed in the direction of gravity, which is arranged such that the outlet opening is closed or opened by means of an operating state of the grinding material comminuting device. a storage container having a filling opening and an outlet opening ; an opening/closing device , which is arranged at a region of the outlet opening of the storage container , comprising a closing body which has an axis of rotation which is arranged rotatably transversely to an outlet direction passing through the opening/closing device ; and a dispensing nozzle comprising an outlet opening , wherein the dispensing nozzle is formed by a hollow body and is in engagement with the opening/closing device such that the dispensing nozzle and the opening/closing device can be adjusted telescopically relative to each other, characterized in that the grinder further comprises a grinding material comminuting device arranged downstream of the outlet opening of the dispensing nozzle , as viewed in the direction of gravity, which is arranged such that the outlet opening is closed or opened by means of an operating state of the grinding material comminuting device.
Endoscopic probe with an elongated shaft , which has the form of a hollow body, with a proximal end of the shaft , with a distal end of the shaft , with a shaft head on the distal end of the shaft , wherein the shaft head can be moved in relation to the shaft , with at least two actuators which are configured to align the shaft head relative to the shaft , wherein each actuator is provided with an elongate shape memory wire consisting of a shape memory alloy, with an electrical conductor which is electrically conductively connected to the shape memory wire and configured to supply the shape memory wire with current, wherein the shape memory wire is configured to convert the electrical energy of the current flowing through it into thermal energy and to change its length from a first length to a second length under the influence of this heat, with a wire insulation which surrounds at least some sections of the shape memory wire and consists of an electrically insulating material, with a flexible sheath which is pressure-resistant in the longitudinal direction of the shape memory wire , which forms a guide for the shape memory wire and a counterbearing for supporting the tensile forces to be transmitted which are effective as a result of the change in shape of the shape memory wire , and which surrounds the wire insulation , characterized in that the at least two actuators are arranged in the shaft so that the shape memory wires of the actuators are offset from another in the axial direction of the shaft and are free of any overlapping in the axial direction. with an elongated shaft , which has the form of a hollow body, with a proximal end of the shaft , with a distal end of the shaft , with a shaft head on the distal end of the shaft , wherein the shaft head can be moved in relation to the shaft , with at least two actuators which are configured to align the shaft head relative to the shaft , wherein each actuator is provided with an elongate shape memory wire consisting of a shape memory alloy, with an electrical conductor which is electrically conductively connected to the shape memory wire and configured to supply the shape memory wire with current, wherein the shape memory wire is configured to convert the electrical energy of the current flowing through it into thermal energy and to change its length from a first length to a second length under the influence of this heat, with a wire insulation which surrounds at least some sections of the shape memory wire and consists of an electrically insulating material, with a flexible sheath which is pressure-resistant in the longitudinal direction of the shape memory wire , which forms a guide for the shape memory wire and a counterbearing for supporting the tensile forces to be transmitted which are effective as a result of the change in shape of the shape memory wire , and which surrounds the wire insulation , characterized in that the at least two actuators are arranged in the shaft so that the shape memory wires of the actuators are offset from another in the axial direction of the shaft and are free of any overlapping in the axial direction.
A knitted component for an article of footwear, comprising: an overfoot portion and an underfoot portion for forming respective overfoot and underfoot portions of an article of footwear ; a first yarn , wherein the first yarn at least partially forms the overfoot portion and at least partially forms the underfoot portion; and a second yarn , wherein the second yarn at least partially forms the overfoot portion and at least partially forms the underfoot portion, wherein the first yarn includes a first material composition, the first material composition including a first melting point, wherein the first material composition at least partially includes a first thermoplastic polymer material, wherein the second yarn includes a second material composition, the second material composition including a second melting point, wherein the second material composition at least partially includes a second thermoplastic polymer material, the second thermoplastic polymer material being different from the first thermoplastic polymer material, wherein the first melting point is at least 20 degrees Celsius higher than the second melting point, wherein the first melting point is 195 degrees Celsius or less, wherein the second melting point is 140 degrees Celsius or less, wherein the knitted component further comprises a third yarn with a third material composition, wherein the third material composition includes a third temperature equal to the lowest of a melting point and decomposition point of the third material composition, and wherein the third temperature is higher than the first melting point. an overfoot portion and an underfoot portion for forming respective overfoot and underfoot portions of an article of footwear ; a first yarn , wherein the first yarn at least partially forms the overfoot portion and at least partially forms the underfoot portion; and a second yarn , wherein the second yarn at least partially forms the overfoot portion and at least partially forms the underfoot portion, wherein the first yarn includes a first material composition, the first material composition including a first melting point, wherein the first material composition at least partially includes a first thermoplastic polymer material, wherein the second yarn includes a second material composition, the second material composition including a second melting point, wherein the second material composition at least partially includes a second thermoplastic polymer material, the second thermoplastic polymer material being different from the first thermoplastic polymer material, wherein the first melting point is at least 20 degrees Celsius higher than the second melting point, wherein the first melting point is 195 degrees Celsius or less, wherein the second melting point is 140 degrees Celsius or less, wherein the knitted component further comprises a third yarn with a third material composition, wherein the third material composition includes a third temperature equal to the lowest of a melting point and decomposition point of the third material composition, and wherein the third temperature is higher than the first melting point.
A computer-implemented method of handling a machine health/job quality issue in an autonomous work machine, the method comprising: detecting a machine health/job quality issue while performing a mission with the autonomous work machine; determining , with a robotic controller of the autonomous work machine, whether the detected machine health/job quality issue has an exception routine for the detected machine health/job quality issue; performing the exception routine for the detected machine health/job quality issue; determining whether the exception routine resolved the machine health/job quality issue; based on whether the determination of whether exception routine resolved the machine health/job quality issue, selectively generating a communication to a supervisor, wherein the communication requests a supervisor decision; and receiving user input indicative of a supervisor decision and taking responsive action (300; 304; 306), wherein if the user input is indicative of a decision to ignore the machine health/job quality issue, the responsive action is continuing to perform the mission and the method further comprises determining with the robotic controller that the machine health/job quality issue cannot be ignored and generating a second communication to the supervisor indicating that the machine health/job quality issue cannot be ignored. detecting a machine health/job quality issue while performing a mission with the autonomous work machine; determining , with a robotic controller of the autonomous work machine, whether the detected machine health/job quality issue has an exception routine for the detected machine health/job quality issue; performing the exception routine for the detected machine health/job quality issue; determining whether the exception routine resolved the machine health/job quality issue; based on whether the determination of whether exception routine resolved the machine health/job quality issue, selectively generating a communication to a supervisor, wherein the communication requests a supervisor decision; and receiving user input indicative of a supervisor decision and taking responsive action (300; 304; 306), wherein if the user input is indicative of a decision to ignore the machine health/job quality issue, the responsive action is continuing to perform the mission and the method further comprises determining with the robotic controller that the machine health/job quality issue cannot be ignored and generating a second communication to the supervisor indicating that the machine health/job quality issue cannot be ignored.
A method for access control for a terminal device in a dual connectivity to a primary cell and a primary secondary cell, the method comprising: responsive to that the terminal device satisfies a condition of radio resource control connection reestablishment when the terminal device performs or is to perform an addition or change of a target primary secondary cell to access the target primary secondary cell, wherein the condition of radio resource control connection reestablishment comprises: a radio link failure occurs to a radio link between the terminal device and the primary cell, terminating (S701), by the terminal device, an ongoing access to the target primary secondary cell; releasing, by the terminal device, configuration information of the target primary secondary cell; initiating (S800), by the terminal device, a radio resource control connection reestablishment procedure to establish a radio resource control connection with a target primary cell. responsive to that the terminal device satisfies a condition of radio resource control connection reestablishment when the terminal device performs or is to perform an addition or change of a target primary secondary cell to access the target primary secondary cell, wherein the condition of radio resource control connection reestablishment comprises: a radio link failure occurs to a radio link between the terminal device and the primary cell, terminating (S701), by the terminal device, an ongoing access to the target primary secondary cell; releasing, by the terminal device, configuration information of the target primary secondary cell; initiating (S800), by the terminal device, a radio resource control connection reestablishment procedure to establish a radio resource control connection with a target primary cell.
A gas-insulated high or medium voltage circuit breaker comprising: a first arcing contact and a second arcing contact , whereby the first arcing contact and/or the second arcing contact is axially movable along a switching axis , thereby forming, during a breaking operation, an arc between the first arcing contact and the second arcing contact in an arcing region , a first nominal contact circumferentially surrounding the first arcing contact and a second nominal contact circumferentially surrounding the second arcing contact , a first side shield and a first side cylinder circumferentially surrounding the first nominal contact and a second side shield and a second side cylinder circumferentially surrounding the second nominal contact , a chamber insulating tube connecting the first side shield and the second side shield circumferentially around the arcing region , characterised by at least one one-way valve configured for allowing, during the breaking operation, an arc-extinguishing gas to escape from the arcing region and/or to enter the chamber insulating tube . a first arcing contact and a second arcing contact , whereby the first arcing contact and/or the second arcing contact is axially movable along a switching axis , thereby forming, during a breaking operation, an arc between the first arcing contact and the second arcing contact in an arcing region , a first nominal contact circumferentially surrounding the first arcing contact and a second nominal contact circumferentially surrounding the second arcing contact , a first side shield and a first side cylinder circumferentially surrounding the first nominal contact and a second side shield and a second side cylinder circumferentially surrounding the second nominal contact , a chamber insulating tube connecting the first side shield and the second side shield circumferentially around the arcing region , characterised by at least one one-way valve configured for allowing, during the breaking operation, an arc-extinguishing gas to escape from the arcing region and/or to enter the chamber insulating tube .
A method of producing an anti-CGRP antibody, the method comprising expressing the polynucleotides of SEQ ID NO:192 and SEQ ID NO:194 in yeast cells or in mammalian cells.