mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for cutting a human or animal tissue, such as a cornea or a crystalline lens, said apparatus including: - a femtosecond laser which emits an initial LASER beam in the form of pulses, - a shaping system - such as a Spatial Light Modulator - positioned downstream of the femtosecond laser, to transform the initial LASER beam into a phase-modulated LASER beam, the shaping system being able to modulate the phase of the wave front of the initial LASER beam according to a modulation instruction calculated to distribute the energy of the LASER beam into at least two impact points forming a pattern in a focusing plane, - an optical scanner, positioned downstream of the shaping system, to move the pattern along a predefined movement path in the focusing plane, - an optical focusing system, positioned downstream of the optical scanner, to move the focusing plane of the modulated LASER beam in a desired cutting plane of the tissue, - a control unit that allows piloting the shaping system, the optical scanner and the optical focusing system, Characterized in that the apparatus further comprises an optical coupler between the femtosecond laser and the shaping system, the optical coupler including: - a hollow-core photonic-crystal optical fiber for filtering the LASER beam derived from the femtosecond laser, said fiber including a hollow core, and at least one sheath (312, 313) surrounding the hollow core, - a first connection cell for linking the optical coupler to the femtosecond laser, and - a second connection cell for linking the optical coupler to the shaping system, the apparatus further comprising at least one vacuum pump, each connection cell (32, 33) comprising at least one connection terminal (324, 334) opening out towards the outside of the shell (321, 331) and being intended to be linked to the vacuum pump. - a femtosecond laser which emits an initial LASER beam in the form of pulses, - a shaping system - such as a Spatial Light Modulator - positioned downstream of the femtosecond laser, to transform the initial LASER beam into a phase-modulated LASER beam, the shaping system being able to modulate the phase of the wave front of the initial LASER beam according to a modulation instruction calculated to distribute the energy of the LASER beam into at least two impact points forming a pattern in a focusing plane, - an optical scanner, positioned downstream of the shaping system, to move the pattern along a predefined movement path in the focusing plane, - an optical focusing system, positioned downstream of the optical scanner, to move the focusing plane of the modulated LASER beam in a desired cutting plane of the tissue, - a control unit that allows piloting the shaping system, the optical scanner and the optical focusing system, - a hollow-core photonic-crystal optical fiber for filtering the LASER beam derived from the femtosecond laser, said fiber including a hollow core, and at least one sheath (312, 313) surrounding the hollow core, - a first connection cell for linking the optical coupler to the femtosecond laser, and - a second connection cell for linking the optical coupler to the shaping system,
A sensor (100, 200) for sensing an analyte of interest, the sensor comprising a plurality of capacitive elements, each capacitive element comprising a pair of electrodes (122, 126) separated by a dielectric medium, wherein the dielectric medium of each of said capacitive elements has a dielectric constant dependent on a concentration of the analyte of interest in said medium, the sensor further comprising: a comparator (130, 230) adapted to compare the capacity of a selected set of said capacitive elements against a reference signal and to generate a comparison result signal, and a controller (150, 250) for selecting said set and for iteratively updating a digitized value indicative of a sensed level of the analyte of interest in response to said comparison result signal, wherein the sensor is arranged to output said value upon completion of said iteration; and wherein the controller is configured to select said set of capacitive elements such that the overall capacity of the set remains constant. a comparator (130, 230) adapted to compare the capacity of a selected set of said capacitive elements against a reference signal and to generate a comparison result signal, and a controller (150, 250) for selecting said set and for iteratively updating a digitized value indicative of a sensed level of the analyte of interest in response to said comparison result signal, wherein the sensor is arranged to output said value upon completion of said iteration; and wherein the controller is configured to select said set of capacitive elements such that the overall capacity of the set remains constant.
A computer-implemented method comprising: a first engine of an interface layer communicating with a separate layer (104, 304) comprising a large volume of stored data (102, 302), to receive a first dataset (116, 308) representing a sample (114, 306) of the large volume of stored data (102, 302); the first engine creating from the first dataset (116, 308), a multi-stage calculation plan (122, 310) configured to receive a minimal grouping set (124, 320) as input, the minimal grouping set (124, 320) being a minimal set of data needed as input to the calculation plan (122, 310); a second engine executing an operation on the first dataset (116, 308) according to the calculation plan (122, 310) to produce a first result set comprising a grouping set extracting definition; the second engine receiving from the separate database layer (104, 304), a second dataset (132, 319) comprising the minimal grouping set (124, 320); the second engine performing the operation on the second dataset (132, 319) according to the calculation plan (122, 310) to produce a second result set; and the first engine creating visualization (142, 330) from the second result set. a first engine of an interface layer communicating with a separate layer (104, 304) comprising a large volume of stored data (102, 302), to receive a first dataset (116, 308) representing a sample (114, 306) of the large volume of stored data (102, 302); the first engine creating from the first dataset (116, 308), a multi-stage calculation plan (122, 310) configured to receive a minimal grouping set (124, 320) as input, the minimal grouping set (124, 320) being a minimal set of data needed as input to the calculation plan (122, 310); a second engine executing an operation on the first dataset (116, 308) according to the calculation plan (122, 310) to produce a first result set comprising a grouping set extracting definition; the second engine receiving from the separate database layer (104, 304), a second dataset (132, 319) comprising the minimal grouping set (124, 320); the second engine performing the operation on the second dataset (132, 319) according to the calculation plan (122, 310) to produce a second result set; and the first engine creating visualization (142, 330) from the second result set.
A method, performed in a originating node in a wireless network comprising several nodes (10a-e) wirelessly connected to each other, for enabling selection of a transmission path from the originating node to a target node, wherein there are at least two possible transmission paths between the originating node and the target node, the method comprising the steps of: - receiving discovery signals from nodes (10c,10d,10e) in the at least two possible transmission paths, - estimating, based on the received discovery signals, radio channels for transmission from the originating node to the nodes transmitting the discovery signals (10c,10d,10e), - calculating, for different transmission modes, based on the estimated radio channels, metrics of links from the originating node to the nodes transmitting the discovery signals (10c,10d,10e), wherein at least one of the transmission modes involves simultaneous transmission from the originating node to at least two of the nodes transmitting the discovery signals (10c,10d,10e) and - transmitting the calculated metrics to an adjacent node. - receiving discovery signals from nodes (10c,10d,10e) in the at least two possible transmission paths, - estimating, based on the received discovery signals, radio channels for transmission from the originating node to the nodes transmitting the discovery signals (10c,10d,10e), - calculating, for different transmission modes, based on the estimated radio channels, metrics of links from the originating node to the nodes transmitting the discovery signals (10c,10d,10e), wherein at least one of the transmission modes involves simultaneous transmission from the originating node to at least two of the nodes transmitting the discovery signals (10c,10d,10e) and - transmitting the calculated metrics to an adjacent node.
A therapeutic composition, comprising: (a) a histidyl-tRNA synthetase polypeptide that comprises an amino acid sequence that is at least 90%, 95%, 96%, 97%, 98%, 99%, or 100% identical to SEQ ID NO:157 (Fc-HRS or HRS FC1) and has an anti-inflammatory activity; and (b) pirfenidone, wherein the pirfenidone increases serum concentration of the HRS polypeptide in a subject by at least about 10, 20, 30, 40, 50, 60, 70, 80, 90, 100, 150, or 200% or more relative to the HRS polypeptide alone. (a) a histidyl-tRNA synthetase polypeptide that comprises an amino acid sequence that is at least 90%, 95%, 96%, 97%, 98%, 99%, or 100% identical to SEQ ID NO:157 (Fc-HRS or HRS FC1) and has an anti-inflammatory activity; and (b) pirfenidone, wherein the pirfenidone increases serum concentration of the HRS polypeptide in a subject by at least about 10, 20, 30, 40, 50, 60, 70, 80, 90, 100, 150, or 200% or more relative to the HRS polypeptide alone.
A luminaire comprising: a light source to emit light into an environment; a controller including a processor and memory to analyze data relating to conditions in the environment and to control the light source; sensors in communication with the controller to detect the conditions in the environment, generate the data relating to the conditions, and transmit the data to the controller; the memory storing rules to affect operation of the light source and to be compared with the data; and an auxiliary signal emitter; wherein the light source operates in a plurality of modes defined by the rules; wherein the operation of the light source is controlled by the controller responsive to the data relating to at least one of the conditions; wherein a light identifier is included in the light and an auxiliary signal identifier is included in the auxiliary signal; and wherein the light identifier and the auxiliary signal identifier are definable to identify the light that correlates with the auxiliary signal, wherein the light with the light identifier and the auxiliary signal with the auxiliary signal identifier are emitted substantially simultaneously; characterized in that the auxiliary signal emitter emits an auxiliary signal with a velocity that differs from the light and in that the controller is configured to analyse a delay between detecting the light with the light identifier and the auxiliary signal with the auxiliary signal identifier to determine a distance to another luminaire. a light source to emit light into an environment; a controller including a processor and memory to analyze data relating to conditions in the environment and to control the light source; sensors in communication with the controller to detect the conditions in the environment, generate the data relating to the conditions, and transmit the data to the controller; the memory storing rules to affect operation of the light source and to be compared with the data; and an auxiliary signal emitter; wherein the light source operates in a plurality of modes defined by the rules; wherein the operation of the light source is controlled by the controller responsive to the data relating to at least one of the conditions; wherein a light identifier is included in the light and an auxiliary signal identifier is included in the auxiliary signal; and wherein the light identifier and the auxiliary signal identifier are definable to identify the light that correlates with the auxiliary signal, wherein the light with the light identifier and the auxiliary signal with the auxiliary signal identifier are emitted substantially simultaneously; characterized in that the auxiliary signal emitter emits an auxiliary signal with a velocity that differs from the light and in that the controller is configured to analyse a delay between detecting the light with the light identifier and the auxiliary signal with the auxiliary signal identifier to determine a distance to another luminaire.
A solar reflector arrangement for deflection of incident sun rays onto a common target, having: at least one reflector and at least one reflector holding means for the at least one reflector, wherein the reflector holding means has: - a reflector support which solely bears a reflector, - an orientation arm, - a first bearing to receive the reflector support, and - a second bearing to receive the orientation arm, wherein the first bearing and the second bearing are or can be arranged on a straight line which is oriented or can be oriented in the direction of the target, wherein the reflector support and the orientation arm are coupled to one another and characterised in that the distance between the first bearing and the second bearing is the same as the distance between the second bearing and a coupling of reflector support and orientation arm, wherein the orientation arm is oriented in the direction of the incident sun rays when the solar reflector arrangement is in use. at least one reflector and at least one reflector holding means for the at least one reflector, wherein the reflector holding means has: - a reflector support which solely bears a reflector, - an orientation arm, - a first bearing to receive the reflector support, and - a second bearing to receive the orientation arm, - a reflector support which solely bears a reflector, - an orientation arm, - a first bearing to receive the reflector support, and - a second bearing to receive the orientation arm, wherein the first bearing and the second bearing are or can be arranged on a straight line which is oriented or can be oriented in the direction of the target, wherein the reflector support and the orientation arm are coupled to one another and characterised in that the distance between the first bearing and the second bearing is the same as the distance between the second bearing and a coupling of reflector support and orientation arm, wherein the orientation arm is oriented in the direction of the incident sun rays when the solar reflector arrangement is in use.
A computer-implemented method for robot control program generation, the method comprising: a data extraction process of extracting robot control program creation data from adata of an animation program displaying an assembly sequence for manufacturing an assembled product by assembling a plurality of parts, wherein the animation program is created to teach the assembly sequence to operators; a data addition step of adding predetermined robot control data to the robot control program creation data extracted in the data extraction step; and a program creation step of creating a robot control program relating to an assembly operation of the assembled product, using the robot control program creation data extracted in the data extraction step, and the predetermined robot control data added in the data addition step; wherein the robot control program creation data which is extracted in the data extraction step includes at least product information relating to the assembled product, and trajectory information relating to a trajectory of the plurality of parts at a time of assembly. a data extraction process of extracting robot control program creation data from adata of an animation program displaying an assembly sequence for manufacturing an assembled product by assembling a plurality of parts, wherein the animation program is created to teach the assembly sequence to operators; a data addition step of adding predetermined robot control data to the robot control program creation data extracted in the data extraction step; and a program creation step of creating a robot control program relating to an assembly operation of the assembled product, using the robot control program creation data extracted in the data extraction step, and the predetermined robot control data added in the data addition step;
Modular reduction device for calculating the remainder of an integer x divided by a modulo q, said integer being represented by a binary word of 2n bits and the modulo by a binary word of n bits, characterised in that it comprises a circuit implementing a generalised Barrett modular reduction algorithm, called a Barrett circuit, a cache memory and a binary division circuit, the Barrett circuit receiving said integer and a result of a precalculation μ in relation to a value of the modulo q and a power of 2 (2 n +α), the result of the precalculation being supplied directly by the cache memory to the Barrett circuit if it is already stored in relation to said modulo value, and otherwise being calculated by the binary division circuit before being stored in the cache memory and supplied to the Barrett circuit, the cache memory also receiving the integer x and supplying in addition to the result of the precalculation relative to a value of the modulo q, a sign value b associated with the pair (x, q), this sign value being supplied to the Barret circuit, said cache memory comprising a first part called the tag memory, and a second part called the data memory, the first and second parts being addressed by g ( x, q) in which g is a projection function of 3n bits onto m bits with m < 3n, the tag memory storing a tag value ( x ', q ') that was used to calculate g ( x',q ') at address g ( x',q ') and the data memory storing the result of a precalculation ( μ ( q')) and the sign value ( b( x ',q')) associated with the tag ( x ', q '), at the same address g ( x',q').
Interoperability device for interconnecting at least one first communication network according to the 3GPP MCS standard with a second communication network according to the 3GPP MCS standard, the first communication network comprising at least one first local server defining and managing at least one first local communication group comprising a first plurality of local user equipment, the second communication network comprising at least one second local server defining and managing at least one second local communication group comprising a second plurality of local user equipment, the first plurality of user equipment and the second plurality of local user equipment having no local user equipment in common, said interoperability device comprising: - At least one multimedia group management module, configured to: o Define at least one global communication group, said global communication group comprising at least the first local communication group of the first communication network and at least the second local communication group of the second communication network, o Generate and distribute at least one encryption key of the global communication group to the first local server and to the second local server, - At least one communication services management module according to the 3GPP MCS standard, configured to: o manage the floor control seizure during each group communication within the at least one global communication group and o apply a network policy comprising communication rules, the network policy being defined by configuration. - At least one multimedia group management module, configured to: o Define at least one global communication group, said global communication group comprising at least the first local communication group of the first communication network and at least the second local communication group of the second communication network, o Generate and distribute at least one encryption key of the global communication group to the first local server and to the second local server, o Define at least one global communication group, said global communication group comprising at least the first local communication group of the first communication network and at least the second local communication group of the second communication network, o Generate and distribute at least one encryption key of the global communication group to the first local server and to the second local server, - At least one communication services management module according to the 3GPP MCS standard, configured to: o manage the floor control seizure during each group communication within the at least one global communication group and o apply a network policy comprising communication rules, the network policy being defined by configuration. o manage the floor control seizure during each group communication within the at least one global communication group and o apply a network policy comprising communication rules, the network policy being defined by configuration.
A method for indicating evolved packet system, EPS, fallback capability, the method being performed by a user equipment, UE, the method comprising: providing, towards a call session control function, CSCF, call status information indicating EPS fallback capability of the UE.
Modified diene elastomer comprising: a) at least 70% by weight, with respect to the total weight of the modified diene elastomer, of a linear diene elastomer functionalized predominantly at a chain end by an alkoxysilane group, optionally partially or completely hydrolysed to give silanol, the alkoxysilane group bearing a primary, secondary or tertiary amine functional group, the alkoxysilane group being connected to the diene elastomer via the silicon atom, the said functionalized diene elastomer exhibiting a polydispersity index before functionalization of less than or equal to 1.6, b) more than 0 and up to 30% by weight, with respect to the total weight of the modified diene elastomer, of a star-branched diene elastomer exhibiting a polydispersity index before star-branching of less than or equal to 1.6, the Mooney viscosity of the said modified diene elastomer varying from 30 to 80. a) at least 70% by weight, with respect to the total weight of the modified diene elastomer, of a linear diene elastomer functionalized predominantly at a chain end by an alkoxysilane group, optionally partially or completely hydrolysed to give silanol, the alkoxysilane group bearing a primary, secondary or tertiary amine functional group, the alkoxysilane group being connected to the diene elastomer via the silicon atom, the said functionalized diene elastomer exhibiting a polydispersity index before functionalization of less than or equal to 1.6, b) more than 0 and up to 30% by weight, with respect to the total weight of the modified diene elastomer, of a star-branched diene elastomer exhibiting a polydispersity index before star-branching of less than or equal to 1.6,