mhurhangee/patent-ind-claim-en huggingface dataset:
A method for averaging satellite sigmas and readmitting an excluded satellite measurement in the presence of radio frequency interference, the method comprising: receiving via a plurality of reference receivers a plurality of satellite navigation signals from a plurality of navigation satellites , wherein each reference receiver in the plurality of reference receivers compute a plurality of satellite measurement sigmas; calculating from each of the a plurality of satellite measurement sigmas a first RFI based averaged sigma and a second RFI based averaged sigma, wherein the first RFI based averaged sigma is calculated by including satellite measurement sigmas for each of the plurality of reference receivers including the excluded satellite measurement and wherein the second RFI based averaged sigma is calculated by including satellite measurement sigmas for each of the plurality of reference receivers without including the sigma for the excluded satellite measurement ; and readmitting the excluded satellite measurement into either a differential correction broadcast or a respective integrity monitor when the first RFI based averaged sigma is less than or equal to the second RFI based averaged sigma . receiving via a plurality of reference receivers a plurality of satellite navigation signals from a plurality of navigation satellites , wherein each reference receiver in the plurality of reference receivers compute a plurality of satellite measurement sigmas; calculating from each of the a plurality of satellite measurement sigmas a first RFI based averaged sigma and a second RFI based averaged sigma, wherein the first RFI based averaged sigma is calculated by including satellite measurement sigmas for each of the plurality of reference receivers including the excluded satellite measurement and wherein the second RFI based averaged sigma is calculated by including satellite measurement sigmas for each of the plurality of reference receivers without including the sigma for the excluded satellite measurement ; and readmitting the excluded satellite measurement into either a differential correction broadcast or a respective integrity monitor when the first RFI based averaged sigma is less than or equal to the second RFI based averaged sigma .
An in vitro method for generating a bispecific antibody, said method comprising the following steps: a) providing a first homodimeric monospecific antibody comprising an immunoglobulin Fc region, said Fc region comprising a first CH3 region, wherein said first monospecific antibody comprises a Phe at position 405 and an Arg at position 409 according to the EU numbering and a Cys-Pro-Pro-Cys sequence in the core hinge region, b) providing a second homodimeric monospecific antibody comprising an immunoglobulin Fc region, said Fc region comprising a second CH3 region, wherein said second monospecific antibody comprises a Leu at position 405 and a Lys at position 409 according to the EU numbering and a Cys-Pro-Pro-Cys sequence in the core hinge region, c) incubating said first monospecific antibody together with said second monospecific antibody under reducing conditions sufficient to allow the cysteines in the Cys-Pro-Pro-Cys sequences of the core hinge regions to undergo disulfide-bond isomerization, and d) obtaining said bispecific antibody; wherein the sequences of said first and second CH3 regions are different and are such that the heterodimeric interaction between said first and second CH3 regions is stronger than each of the homodimeric interactions of said first and second CH3 regions, and wherein said first monospecific antibody binds to a first epitope and said second monospecific antibodies bind to a second epitope, wherein said first and second epitope are different. a) providing a first homodimeric monospecific antibody comprising an immunoglobulin Fc region, said Fc region comprising a first CH3 region, wherein said first monospecific antibody comprises a Phe at position 405 and an Arg at position 409 according to the EU numbering and a Cys-Pro-Pro-Cys sequence in the core hinge region, b) providing a second homodimeric monospecific antibody comprising an immunoglobulin Fc region, said Fc region comprising a second CH3 region, wherein said second monospecific antibody comprises a Leu at position 405 and a Lys at position 409 according to the EU numbering and a Cys-Pro-Pro-Cys sequence in the core hinge region, c) incubating said first monospecific antibody together with said second monospecific antibody under reducing conditions sufficient to allow the cysteines in the Cys-Pro-Pro-Cys sequences of the core hinge regions to undergo disulfide-bond isomerization, and d) obtaining said bispecific antibody;
A walker that provides support for an upper extremity of an associated user, the walker comprising: a frame ; at least first and second wheels operatively secured to and supporting the frame for selective rolling movement; and first and second upper extremity support assemblies for supporting upper extremities of the user, wherein the first and second upper extremity support assemblies are mounted to respective first and second sides of the frame and configured to have relative movement in relation to the respective sides of the frame , characterized by a reverse motion linkage operatively associated with and providing a mechanical connection between the first and second upper extremity support assemblies , the reverse motion linkage including a first state configured to provide independent movement of the first and second upper extremity support assemblies , and a second state configured to provide interrelated reciprocating movement of the first and second upper extremity support assemblies in relation to the respective sides of the frame . a frame ; at least first and second wheels operatively secured to and supporting the frame for selective rolling movement; and first and second upper extremity support assemblies for supporting upper extremities of the user, wherein the first and second upper extremity support assemblies are mounted to respective first and second sides of the frame and configured to have relative movement in relation to the respective sides of the frame , characterized by a reverse motion linkage operatively associated with and providing a mechanical connection between the first and second upper extremity support assemblies , the reverse motion linkage including a first state configured to provide independent movement of the first and second upper extremity support assemblies , and a second state configured to provide interrelated reciprocating movement of the first and second upper extremity support assemblies in relation to the respective sides of the frame .
A method for manufacturing a layered tile comprising a mutually connected ceramic tile and a concrete body , said method comprising the steps of: - applying an organic primer to a first surface of said ceramic tile , - optionally positioning said ceramic tile in a mold , exposing said first surface, - applying a non-liquid concrete mixture on top of said tile's first surface, - comprising the step of compacting said concrete after applying same to the mold, - pre-hardening said concrete mixture for obtaining a green product, - removing said product from the mold, and - fully hardening said concrete for obtaining said layered tile , wherein said primer is comprised of a styrene butadiene or a polyurethane polymer. - applying an organic primer to a first surface of said ceramic tile , - optionally positioning said ceramic tile in a mold , exposing said first surface, - applying a non-liquid concrete mixture on top of said tile's first surface, - comprising the step of compacting said concrete after applying same to the mold, - pre-hardening said concrete mixture for obtaining a green product, - removing said product from the mold, and - fully hardening said concrete for obtaining said layered tile , wherein said primer is comprised of a styrene butadiene or a polyurethane polymer.
System for delivering volatile substances , that comprises a carcass , said carcass comprising: - a container inside of which a volatile substances is housed, including an opening; - a ventilation surface placed above the container opening, provided with ventilation windows through which the fragrance of said volatile substances passes; and - a fan for the ventilation of the fragrance of said volatile substance, said fan being placed over said ventilation surface suctioning the fragrance of said volatile substance, - an air intake made up of a plurality of holes, - an outlet for the air suctioned by means of said fan , characterised in that said carcass comprises a protruding frame defining a cavity, said air outlet is formed by only one slit , said slit being located along the whole frame , through which passes the air drawn by said fan . - a container inside of which a volatile substances is housed, including an opening; - a ventilation surface placed above the container opening, provided with ventilation windows through which the fragrance of said volatile substances passes; and - a fan for the ventilation of the fragrance of said volatile substance, said fan being placed over said ventilation surface suctioning the fragrance of said volatile substance, - an air intake made up of a plurality of holes, - an outlet for the air suctioned by means of said fan , - an air intake made up of a plurality of holes, - an outlet for the air suctioned by means of said fan , characterised in that said carcass comprises a protruding frame defining a cavity, said air outlet is formed by only one slit , said slit being located along the whole frame , through which passes the air drawn by said fan .
An aiding and guiding instrument for surgical sutures, which comprises a frame and blocks , said frame being placeable on a patient (A) proximate to a wound to be sutured and/or to flaps of body tissue and/or prosthetic tissue to be mutually fixed, and defining, on the other side from the area intended to be placed on the patient (A), a plurality of raised portions arranged in series, at least some of said raised portions being mutually spaced apart in order to define respective accommodation seats for said blocks , so as to define corresponding gaps comprised between each block and each contiguous raised portion , it being possible, in each one of said gaps , to temporarily stably accommodate a respective portion of a suture thread (B), wherein at least one portion of said frame, associated with said raised portions and with said seats, can be plastically deformed in order to maintain the shape obtained following a deformation imparted by a user and the consequent free choice of : i) the shape of said frame, and ii) the mutual arrangement of said raised portions and of said blocks characterised in that said blocks are separate from, and independent of, said frame.
A transmission power control method performed by an evolved NodeB, eNB, of a wireless communication system using multiple antennas, the transmission power control method comprising: transmitting reference signals, RSs, per a plurality of different vertical angles through an antenna array; receiving at least one channel state indication, CSI, from a user equipment, UE, wherein the at least one CSI corresponds to at least one RS among the RSs; and transmitting, to the UE, a transmission signal with a transmission power, at a vertical angle determined based on the at least one CSI, wherein the transmission power is set based on the vertical angle, and wherein when the vertical angle is a first vertical angle, the transmission signal is transmitted with a first transmission power and when the vertical angle is a second vertical angle greater than the first vertical angle, the transmission signal is transmitted with a second transmission power greater than the first transmission power. transmitting reference signals, RSs, per a plurality of different vertical angles through an antenna array; receiving at least one channel state indication, CSI, from a user equipment, UE, wherein the at least one CSI corresponds to at least one RS among the RSs; and transmitting, to the UE, a transmission signal with a transmission power, at a vertical angle determined based on the at least one CSI, wherein the transmission power is set based on the vertical angle, and wherein when the vertical angle is a first vertical angle, the transmission signal is transmitted with a first transmission power and when the vertical angle is a second vertical angle greater than the first vertical angle, the transmission signal is transmitted with a second transmission power greater than the first transmission power.
A skid for supporting a reciprocating pump assembly, the reciprocating pump assembly comprising a power end frame assembly having a pair of end plates and a plurality of middle plates disposed between the end plates, the end plates each having at least a pair of feet and the middle plates each having at least one foot, the skid comprising: a base including a plurality of gussets ; and a plurality of pads (516-528) extending from the base adjacent to the plurality of gussets and having different thicknesses, at least a portion of the plurality of pads corresponding to the end plate feet and at least another portion of the plurality of pads corresponding to the at least one foot of each middle plate, wherein the base includes a pair of side segments and at least one transverse segment extending between and connecting the pair of side segments, wherein the at least one transverse segment comprises a portion of the plurality of pads wherein the pads correspond to the at least one foot of each middle plate extend, and wherein the pair of side segments comprises a portion of the plurality of pads wherein the pads correspond to the end plate feet. a base including a plurality of gussets ; and a plurality of pads (516-528) extending from the base adjacent to the plurality of gussets and having different thicknesses, at least a portion of the plurality of pads corresponding to the end plate feet and at least another portion of the plurality of pads corresponding to the at least one foot of each middle plate, wherein the base includes a pair of side segments and at least one transverse segment extending between and connecting the pair of side segments, wherein the at least one transverse segment comprises a portion of the plurality of pads wherein the pads correspond to the at least one foot of each middle plate extend, and wherein the pair of side segments comprises a portion of the plurality of pads wherein the pads correspond to the end plate feet.
A detection/ignition spark plug for boilers, the spark plug comprising: - a filiform main electrode and a ground electrode ; - a sleeve for housing an intermediate portion of the main electrode ; - a fixing plate provided with a lower surface configured for facing the combustion chamber of the boiler, an upper surface opposite to a combustion chamber, a housing hole for the sleeve so that a lower end of the main electrode is inside the combustion chamber and an upper end of the main electrode is outside the combustion chamber; - a connecting terminal coupled to the upper end of the main electrode in series with the sleeve ; - fixing material applied in a plurality of fixing material application seats between the connecting terminal and the upper end of the main electrode , between the main electrode and the sleeve and between the sleeve and the fixing plate ; wherein the fixing material is a material that, at first, is applied in the fixing material application seats in the fluid phase so that it adheres to the connecting terminal , to the main electrode , to the sleeve and to the fixing plate and subsequently is brought to the solid phase; characterised in that the plate comprises a secondary hole for housing the ground electrode , said hole is provided with an enlarged portion with respect to the ground electrode at the upper surface of the plate for receiving the fixing material ; wherein all the fixing material application seats are arranged on the outside of the combustion chamber and accessible from the upper surface of the fixing plate . - a filiform main electrode and a ground electrode ; - a sleeve for housing an intermediate portion of the main electrode ; - a fixing plate provided with a lower surface configured for facing the combustion chamber of the boiler, an upper surface opposite to a combustion chamber, a housing hole for the sleeve so that a lower end of the main electrode is inside the combustion chamber and an upper end of the main electrode is outside the combustion chamber; - a connecting terminal coupled to the upper end of the main electrode in series with the sleeve ; - fixing material applied in a plurality of fixing material application seats between the connecting terminal and the upper end of the main electrode , between the main electrode and the sleeve and between the sleeve and the fixing plate ;
A movable electronic apparatus, comprising: a body portion , comprising an electronic driving assembly configured to drive the body portion to move; a contact detection device , mounted on the body portion and configured to change an output electric signal in response to the contact detection device contacting diffusible waste; a control circuit , mounted on the body portion , and configured to determine whether the diffusible waste is detected based on magnitude of a change in the electric signal output by the contact detection device and to control the electronic driving assembly to drive the body portion to perform an operation of preventing the diffusible waste from spreading in response to the diffusible waste being detected, wherein the contact detection device comprises a detection output circuit , characterized by a positive electrode connected to the detection output circuit , and a negative electrode connected to the detection output circuit ; wherein the detection output circuit is configured to supply a positive electric signal to the positive electrode and supply a negative electric signal to the negative electrode ; and the detection output circuit is further configured to detect the change in the output electric signal in response to the positive electrode and the negative electrode being conductive to each other via the diffusible waste. a body portion , comprising an electronic driving assembly configured to drive the body portion to move; a contact detection device , mounted on the body portion and configured to change an output electric signal in response to the contact detection device contacting diffusible waste; a control circuit , mounted on the body portion , and configured to determine whether the diffusible waste is detected based on magnitude of a change in the electric signal output by the contact detection device and to control the electronic driving assembly to drive the body portion to perform an operation of preventing the diffusible waste from spreading in response to the diffusible waste being detected, wherein the contact detection device comprises a detection output circuit , characterized by a positive electrode connected to the detection output circuit , and a negative electrode connected to the detection output circuit ; wherein the detection output circuit is configured to supply a positive electric signal to the positive electrode and supply a negative electric signal to the negative electrode ; and the detection output circuit is further configured to detect the change in the output electric signal in response to the positive electrode and the negative electrode being conductive to each other via the diffusible waste.
Method for monitoring a tire of a vehicle , the method comprising: a) associating a monitoring unit to said tire , said monitoring unit comprising at least one sensing element adapted to measure at least one quantity descriptive of deformations of said tire ; b) fitting said tire to a wheel of a vehicle and operating said vehicle so as to cause rotation of said tire on a rolling surface at a tire rotation frequency ω R , wherein, due to said fitting and operating, said tire is deformed so as to form a contact area between said tire and said rolling surface; characterized by c) measuring said quantity during tire rotation at a sampling frequency ω S for an amount of time extending over multiple tire rotations, so as to obtain a plurality of sampling points comprising contact area points representative of passages of said monitoring unit in correspondence of said contact area over said multiple tire rotations, wherein said sampling frequency ω S differs from an integer multiple of a tire rotation frequency Nω R and wherein N is a positive integer number greater than, or equal to, one; d) assembling in a predetermined time slot, or angular slot, said plurality of sampling points so as to reconstruct a curve estimating a variation of said quantity at least at said contact area in a single rotation of said tire ; e) estimating at least one parameter related to said tire based on said curve; f) performing the monitoring of said tire based on said at least one estimated parameter related to said tire . a) associating a monitoring unit to said tire , said monitoring unit comprising at least one sensing element adapted to measure at least one quantity descriptive of deformations of said tire ; b) fitting said tire to a wheel of a vehicle and operating said vehicle so as to cause rotation of said tire on a rolling surface at a tire rotation frequency ω R , wherein, due to said fitting and operating, said tire is deformed so as to form a contact area between said tire and said rolling surface; characterized by c) measuring said quantity during tire rotation at a sampling frequency ω S for an amount of time extending over multiple tire rotations, so as to obtain a plurality of sampling points comprising contact area points representative of passages of said monitoring unit in correspondence of said contact area over said multiple tire rotations, wherein said sampling frequency ω S differs from an integer multiple of a tire rotation frequency Nω R and wherein N is a positive integer number greater than, or equal to, one; d) assembling in a predetermined time slot, or angular slot, said plurality of sampling points so as to reconstruct a curve estimating a variation of said quantity at least at said contact area in a single rotation of said tire ; e) estimating at least one parameter related to said tire based on said curve; f) performing the monitoring of said tire based on said at least one estimated parameter related to said tire .