mhurhangee/patent-ind-claim-en huggingface dataset:
An accessory for a microscope arranged to carry out Attenuated Total Internal Reflectance (ATR) measurements, said accessory comprising a support which can be mounted on the movable stage of the microscope , a mounting member for mounting an ATR crystal carried on said support , said mounting member being so mounted and arranged on the support that it can be moved between a position in which a crystal mounted on the mounting member is aligned with the optical axis of the microscope and a position in which the crystal is displaced from the optical axis, wherein the mounting member comprises an elongate arm pivotally supported at one end on a first guide pin , said arm being pivotal about said pin to allow said movement of the mounting member , and characterized in that the other end of the arm has an opening which engages a second pin carried by the support when the mounting member is located in the position in which the crystal lies on said optical axis.
A method for controlling a vehicle , comprising: performing , by a cloud server , a three-dimensional simulation on actual driving conditions of vehicles within a predetermined area based on real-time collected information of a controlled vehicle and information of surrounding vehicles , wherein the information of the controlled vehicle and the information of the surrounding vehicles is received from the controlled vehicle and the surrounding vehicles , respectively, by a plurality of repeaters (1, 2,..., N) distributed along a road , and uploaded from the repeaters (1, 2,..., N) to the cloud server , wherein the information of the controlled vehicle includes at least speed, vehicle location, driving direction and destination information, as well as the three-dimensional information of the controlled vehicle , and the information of said surrounding vehicles includes at least vehicle location, driving direction, and speed information of said surrounding vehicles within a predetermined area of the controlled vehicle , as well as the three-dimensional information of said surrounding vehicles ; generating , by the cloud server , control information for decisions in driving simulation on the controlled vehicle according to the three-dimensional simulation on the driving condition of the vehicles ; and sending the control information to an on-board automatic driving system of the controlled vehicle to synchronously control the controlled vehicle to drive according to the sent control information. performing , by a cloud server , a three-dimensional simulation on actual driving conditions of vehicles within a predetermined area based on real-time collected information of a controlled vehicle and information of surrounding vehicles , wherein the information of the controlled vehicle and the information of the surrounding vehicles is received from the controlled vehicle and the surrounding vehicles , respectively, by a plurality of repeaters (1, 2,..., N) distributed along a road , and uploaded from the repeaters (1, 2,..., N) to the cloud server , wherein the information of the controlled vehicle includes at least speed, vehicle location, driving direction and destination information, as well as the three-dimensional information of the controlled vehicle , and the information of said surrounding vehicles includes at least vehicle location, driving direction, and speed information of said surrounding vehicles within a predetermined area of the controlled vehicle , as well as the three-dimensional information of said surrounding vehicles ; generating , by the cloud server , control information for decisions in driving simulation on the controlled vehicle according to the three-dimensional simulation on the driving condition of the vehicles ; and sending the control information to an on-board automatic driving system of the controlled vehicle to synchronously control the controlled vehicle to drive according to the sent control information.
A refrigeration cycle device comprising: a compressor to compress refrigerant; a suction-side detector to detect a pressure of the refrigerant to be suctioned into the compressor ; a discharge-side detector to detect a pressure of the refrigerant discharged from the compressor ; and a control device having a function of controlling the running frequency of the compressor when a ratio of a second pressure value detected by the discharge-side detector to a first pressure value detected by the suction-side detector is not between a predetermined upper limit and a predetermined lower limit, such that the ratio falls between the upper limit and the lower limit, characterized in that the control device does not control the running frequency of the compressor when the ratio is between the upper limit and an upper-limit-side second reference value, or when the ratio is between the lower limit and a lower-limit-side second reference value, the upper-limit-side second reference value being smaller than the upper limit and larger than the lower limit, and the lower-limit-side second reference value being larger than the lower limit and smaller than the upper-limit-side second reference value. a compressor to compress refrigerant; a suction-side detector to detect a pressure of the refrigerant to be suctioned into the compressor ; a discharge-side detector to detect a pressure of the refrigerant discharged from the compressor ; and a control device having a function of controlling the running frequency of the compressor when a ratio of a second pressure value detected by the discharge-side detector to a first pressure value detected by the suction-side detector is not between a predetermined upper limit and a predetermined lower limit, such that the ratio falls between the upper limit and the lower limit, characterized in that the control device does not control the running frequency of the compressor when the ratio is between the upper limit and an upper-limit-side second reference value, or when the ratio is between the lower limit and a lower-limit-side second reference value, the upper-limit-side second reference value being smaller than the upper limit and larger than the lower limit, and the lower-limit-side second reference value being larger than the lower limit and smaller than the upper-limit-side second reference value.
A trailer device for attachment at a motor vehicle, in particular a light commercial vehicle or a motorhome, comprising a crossbeam with a tow ball disposed centrally along the length of the crossbeam and protruding vertically, for accommodating and fixing a trailer coupling mouth or of load carrier system, wherein the crossbeam is articulated at or close to its first end mediately or immediately at the motor vehicle and is pivotable from a first position for instance being parallel to the tail of the motor vehicle into a second position for instance being parallel to the longitudinal extension of the motor vehicle, and back into the first position, wherein the crossbeam is mediately or immediately releasably attached or releasably attachable at or close to its second end at the motor vehicle.
A method for registering a user equipment the method comprising: the user equipment, UE , transmitting toward a first signal handling function, SHF , a request message requesting a certain type of registration; the UE receiving a registration accept message transmitted by the first SHF after the first SHF processes the request message, wherein the request message comprises: i. an identifier allocated to the UE, wherein the identifier is one of a permanent identifier, PID, and a temporary identifier, TID; ii. registration type information enabling the first SHF to determine the type of registration that the UE is requesting; and iii message type information indicating that the request message is Registration Request message, the message type information being separate and distinct from the registration type information included in the request message, the registration type information can be set to one of a plurality of values including a first value and a second value, when the registration type information is set to the first value, the registration type information indicates that the UE is currently not in a registered state, and when the registration type information is set to the second value, the registration type information indicates that the UE is currently in a registered state. the user equipment, UE , transmitting toward a first signal handling function, SHF , a request message requesting a certain type of registration; the UE receiving a registration accept message transmitted by the first SHF after the first SHF processes the request message, wherein the request message comprises: i. an identifier allocated to the UE, wherein the identifier is one of a permanent identifier, PID, and a temporary identifier, TID; ii. registration type information enabling the first SHF to determine the type of registration that the UE is requesting; and iii message type information indicating that the request message is Registration Request message, the message type information being separate and distinct from the registration type information included in the request message, i. an identifier allocated to the UE, wherein the identifier is one of a permanent identifier, PID, and a temporary identifier, TID; ii. registration type information enabling the first SHF to determine the type of registration that the UE is requesting; and iii message type information indicating that the request message is Registration Request message, the message type information being separate and distinct from the registration type information included in the request message, the registration type information can be set to one of a plurality of values including a first value and a second value, when the registration type information is set to the first value, the registration type information indicates that the UE is currently not in a registered state, and when the registration type information is set to the second value, the registration type information indicates that the UE is currently in a registered state.
A benzoxazole compound represented by the general formula : {wherein R 1 represents a halo (C 1 -C 3 ) alkoxy group; a halo (C 1 -C 3 ) alkylsulfinyl group; or a halo (C 1 -C 3 ) alkylsulfonyl group, R 2 represents a hydrogen atom or a cyano group, and m represents 0;1; or 2}, wherein a benzoxazole compound wherein R 1 is SCF 3 and R 2 is hydrogen is excluded, or a salt thereof. R 1 represents a halo (C 1 -C 3 ) alkoxy group; a halo (C 1 -C 3 ) alkylsulfinyl group; or a halo (C 1 -C 3 ) alkylsulfonyl group, R 2 represents a hydrogen atom or a cyano group, and m represents 0;1; or 2},
Method for generating a multicarrier signal formed of multicarrier symbols, characterized in that it implements the following steps, in order to generate at least one of said multicarrier symbols: - obtaining (E200) N first modulating symbols and N second modulating symbols, from a sequence of source symbols, said obtaining comprising, for at least one of said source symbols of index k, a sub-step of: - linearly combining (E200a) a real part, respectively imaginary part, of said source symbol of index k with a real part, respectively imaginary part, of one of said source symbols of index k +/- R, where R is a nonzero integer, said linear combination delivering at least one first, respectively second, combined symbol, at least one of said N first, respectively N second, modulating symbols being a function of said at least one first, respectively second, combined symbol; - frequency-time transforming (E210) said N first modulating symbols, delivering a first block of N carriers, each carrier of said first block being modulated by one of said first modulating symbols, and said N second modulating symbols, delivering a second block of N carriers, each carrier of said second block being modulated by one of said second modulating symbols; and - generating (E220) said multicarrier symbol from said first and second blocks of N carriers. - obtaining (E200) N first modulating symbols and N second modulating symbols, from a sequence of source symbols, said obtaining comprising, for at least one of said source symbols of index k, a sub-step of: - linearly combining (E200a) a real part, respectively imaginary part, of said source symbol of index k with a real part, respectively imaginary part, of one of said source symbols of index k +/- R, where R is a nonzero integer, said linear combination delivering at least one first, respectively second, combined symbol, at least one of said N first, respectively N second, modulating symbols being a function of said at least one first, respectively second, combined symbol; - linearly combining (E200a) a real part, respectively imaginary part, of said source symbol of index k with a real part, respectively imaginary part, of one of said source symbols of index k +/- R, where R is a nonzero integer, - frequency-time transforming (E210) said N first modulating symbols, delivering a first block of N carriers, each carrier of said first block being modulated by one of said first modulating symbols, and said N second modulating symbols, delivering a second block of N carriers, each carrier of said second block being modulated by one of said second modulating symbols; and - generating (E220) said multicarrier symbol from said first and second blocks of N carriers.
An inhibitor of the huTNFR1 receptor which is a humanized antibody construct that monovalently recognizes huTNFR1 through an antigen-binding moiety, wherein the antigen-binding moiety comprises - a heavy chain variable (VH) domain that comprises the CDR sequences CDRH1, CDRH2, and CDRH3, and - a light chain variable (VL) domain that comprises the CDR sequences CDRL1, CDRL2, and CDRL3; wherein: a) the CDRH1 sequence is identified as SEQ ID 1; b) the CDRH2 sequence is identified as SEQ ID 10, wherein X at position 5 is S; c) the CDRH3 sequence is identified as SEQ ID 3; d) the CDRL1 sequence is identified as SEQ ID 4; e) the CDRL2 sequence is identified as SEQ ID 5; and f) the CDRL3 sequence is identified as SEQ ID 11, wherein X at position 3 is S or G; and wherein i) the VH comprises or consists of SEQ ID 13; and the VL comprises or consists of SEQ ID 19, or ii) the VH comprises or consists of SEQ ID 13; and the VL comprises or consists of SEQ ID 17. - a heavy chain variable (VH) domain that comprises the CDR sequences CDRH1, CDRH2, and CDRH3, and - a light chain variable (VL) domain that comprises the CDR sequences CDRL1, CDRL2, and CDRL3; wherein: a) the CDRH1 sequence is identified as SEQ ID 1; b) the CDRH2 sequence is identified as SEQ ID 10, wherein X at position 5 is S; c) the CDRH3 sequence is identified as SEQ ID 3; d) the CDRL1 sequence is identified as SEQ ID 4; e) the CDRL2 sequence is identified as SEQ ID 5; and f) the CDRL3 sequence is identified as SEQ ID 11, wherein X at position 3 is S or G; a) the CDRH1 sequence is identified as SEQ ID 1; b) the CDRH2 sequence is identified as SEQ ID 10, wherein X at position 5 is S; c) the CDRH3 sequence is identified as SEQ ID 3; d) the CDRL1 sequence is identified as SEQ ID 4; e) the CDRL2 sequence is identified as SEQ ID 5; and f) the CDRL3 sequence is identified as SEQ ID 11, wherein X at position 3 is S or G; and wherein i) the VH comprises or consists of SEQ ID 13; and the VL comprises or consists of SEQ ID 19, or ii) the VH comprises or consists of SEQ ID 13; and the VL comprises or consists of SEQ ID 17. i) the VH comprises or consists of SEQ ID 13; and the VL comprises or consists of SEQ ID 19, or ii) the VH comprises or consists of SEQ ID 13; and the VL comprises or consists of SEQ ID 17.
A sleeve configured to surround a component of a gas turbine engine , the sleeve comprising: a pair of opposing wall members being secured to each other at at least one of a pair of opposite ends ; an internal cavity located between the pair of opposing wall members , wherein the internal cavity extends from one end of the sleeve to an opposite end of the sleeve ; and a plurality of orifices extending through the pair of opposing wall members ; characterized in that the component is an airfoil, and the internal cavity has a configuration that surrounds an exterior surface of the airfoil , and wherein the airfoil is part of a turbine blade or vane. a pair of opposing wall members being secured to each other at at least one of a pair of opposite ends ; an internal cavity located between the pair of opposing wall members , wherein the internal cavity extends from one end of the sleeve to an opposite end of the sleeve ; and a plurality of orifices extending through the pair of opposing wall members ; characterized in that the component is an airfoil, and the internal cavity has a configuration that surrounds an exterior surface of the airfoil , and wherein the airfoil is part of a turbine blade or vane.
A coding system for forming a security feature in or on one or several security documents or documents of value, comprising different luminous substances, and/or combinations of luminous substances obtainable therefrom, which may be excited in the invisible spectral range and which emit in the visible spectral range, wherein, for a predefined excitation, said luminous substances and/or combinations of luminous substances will each yield different emission spectra in the visible spectral range, such that each of said luminous substances and/or combinations of luminous substances is characterised by at least one individually distinct emission line and/or emission band that differs from the individually distinct emission lines and/or emission bands of the other luminous substances and/or combinations of luminous substances, wherein - the coding system comprises at least three luminous substances, said at least three luminous substances, and/or combinations of luminous substances obtained from these luminous substances, each being applied or affixed onto a given location of the security document or document of value in the form of at least three luminescent security elements forming said security feature, and wherein - each of said at least three luminescent security elements has a different luminescence code associated therewith, and - when exposed to the predefined excitation using its respectively associated luminescence code, each of said at least three luminescent security elements has identical chromaticity coordinates in a CIE standard colorimetric system or has at least chromaticity coordinates lying within a range of chromaticity tolerances of said CIE standard colorimetric system, for example within a MacAdam ellipsis, such that, for a given excitation, the luminescent security elements of the security feature are identical in colour or are perceived as having the same colour. - the coding system comprises at least three luminous substances, said at least three luminous substances, and/or combinations of luminous substances obtained from these luminous substances, each being applied or affixed onto a given location of the security document or document of value in the form of at least three luminescent security elements forming said security feature, and wherein - each of said at least three luminescent security elements has a different luminescence code associated therewith, and - when exposed to the predefined excitation using its respectively associated luminescence code, each of said at least three luminescent security elements has identical chromaticity coordinates in a CIE standard colorimetric system or has at least chromaticity coordinates lying within a range of chromaticity tolerances of said CIE standard colorimetric system, for example within a MacAdam ellipsis, such that, for a given excitation, the luminescent security elements of the security feature are identical in colour or are perceived as having the same colour.
A method for detecting a liquid discharge event in an absorbent article , wherein said absorbent article comprises a sensor adapted to generate an electrical output signal representative of a degree of wetness of said absorbent article , wherein said electrical output signal is received by a processing unit , said method comprising the steps of - providing reference data over time representative of a liquid discharge event; - acquiring liquid discharge data over time in form of said electrical output signal; - analysing said liquid discharge data over time in relation to said reference data over time by means of said processing unit so that the variation of the liquid discharge data in relation to the reference data over time is taken into consideration; and - detecting a liquid discharge event based on said analysis, characterized in that said step of analysing said liquid discharge data over time in relation to said reference data over time comprises calculating a convolution of said liquid discharge data and said reference data. - providing reference data over time representative of a liquid discharge event; - acquiring liquid discharge data over time in form of said electrical output signal; - analysing said liquid discharge data over time in relation to said reference data over time by means of said processing unit so that the variation of the liquid discharge data in relation to the reference data over time is taken into consideration; and - detecting a liquid discharge event based on said analysis,
An impactor tool comprising: a handle ; an impactor coupled to the handle; a lock extendable from the impactor to engage an implant and retractable into the impactor to secure the lock and the impactor to the implant; an actuator protruding from the impactor and coupled to the lock, the actuator comprising: a cam defined by a channel extending through the actuator; and a pin coupled to the lock and disposed within the cam channel, the actuator operable along a path defined by the cam and the pin to extend and retract the lock. a handle ; an impactor coupled to the handle; a lock extendable from the impactor to engage an implant and retractable into the impactor to secure the lock and the impactor to the implant; an actuator protruding from the impactor and coupled to the lock, the actuator comprising: a cam defined by a channel extending through the actuator; and a pin coupled to the lock and disposed within the cam channel, the actuator operable along a path defined by the cam and the pin to extend and retract the lock.
System for anti-icing and boundary layer suction, intended to be provided on an aerofoil of an aircraft, the system comprising: - at least one anti-icing channel ; - at least one suction channel delimited partially by a multiperforated wall allowing for the suction of the boundary layer on said aerofoil; - a device for monitoring boundary layer suction; - a device for monitoring anti-icing; - a duct for collecting the suction air communicating with said suction channel ; - a duct for supplying anti-icing air connected to said device for monitoring anti-icing and communicating with said anti-icing channel by the intermediary of duct for the intake of anti-icing air , characterised in that the device for monitoring boundary layer suction comprises a three-way valve whereon are respectively connected said duct for collecting the suction air , a suction duct , and a duct for discharging anti-icing air , and in that the system in addition comprises a duct for collecting anti-icing air connected on the one hand to the anti-icing channel , and on the other hand to said duct for collecting suction air . - at least one anti-icing channel ; - at least one suction channel delimited partially by a multiperforated wall allowing for the suction of the boundary layer on said aerofoil; - a device for monitoring boundary layer suction; - a device for monitoring anti-icing; - a duct for collecting the suction air communicating with said suction channel ; - a duct for supplying anti-icing air connected to said device for monitoring anti-icing and communicating with said anti-icing channel by the intermediary of duct for the intake of anti-icing air ,