mhurhangee/patent-ind-claim-en huggingface dataset:
A biopotential recording system, wherein the biopotential recording system comprises: a first dais board comprising a first electrode ; and a second dais board comprising a second electrode , and wherein the first and second electrode sense a voltage; a substrate containing circuitry for: generating an EEG signal from the voltage; amplifying the EEG signal; digitizing the EEG signal; and retrievably storing the EGG signal; a power source ; and an enclosure that houses the substrate , the power source , and the first and second dais boards in a unitary package. a first dais board comprising a first electrode ; and a second dais board comprising a second electrode , and wherein the first and second electrode sense a voltage; a substrate containing circuitry for: generating an EEG signal from the voltage; amplifying the EEG signal; digitizing the EEG signal; and retrievably storing the EGG signal; generating an EEG signal from the voltage; amplifying the EEG signal; digitizing the EEG signal; and retrievably storing the EGG signal; a power source ; and an enclosure that houses the substrate , the power source , and the first and second dais boards in a unitary package.
Glaze suspension for the production of a relief-like decor glaze on ceramic surfaces by means of inkjet print heads operating with plungers, wherein the glaze suspension comprises water, at least one non-aqueous polar liquid, a glaze material containing at least a frit and a fluxing agent in the form of particles, wherein the glaze suspension is designed in such a way that it has a non-Newtonian pseudoplastic behaviour and at 55 degrees Celsius a viscosity in the range of 50 mPas to 400 mPas at a shear rate of 10 s-1 and a viscosity in the range of 40 mPas to 80 mPas at a shear rate of 100 s-1, wherein the glaze material contains particles of at least two different particle size populations, wherein the at least first population (P1) has a volumetric diameter of the particle size of 3 μm ≤ d50(v) ≤ 15 μm, wherein the at least second population (P2) has a volumetric diameter of the particle size of 25μm ≤ d50(v) ≤ 50 μm, wherein the first and second populations together have a volumetric diameter of the particle size of 50 μm ≤ d100(v) ≤ 100 μm, wherein the weight ratio between the first and the second population (P1: P2) ranges from 1:5 to 1:10.
Tyre , having an exterior side (E) and an interior side (I), said tyre comprising a crown reinforcement and a tread radially on the outside, said tread comprising a plurality of tread pattern blocks oriented at least partially circumferentially and a plurality of grooves extending at least partially circumferentially, each circumferential groove being delimited by an axially internal lateral face , by an axially external lateral face and by a groove bottom , at least one of said tread pattern blocks comprising at least one circumferential reinforcing element consisting of a composition having a dynamic shear modulus G* at least twice as high as the dynamic shear modulus G* of the composition of the rest of the blocks of the tread, the circumferential reinforcing element having an axial width which decreases progressively with increasing radial proximity to the outside, said axial width having a maximum value less than 40% of the axial width of said block, characterized in that the composition of said circumferential reinforcing element is based on at least: - more than 50 phr of a copolymer of ethylene and a 1,3-diene, the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, - a reinforcing filler, and - a crosslinking system, and has a dilution ratio, defined as being the ratio of the weight of all the plasticizers of the composition to the sum of the weights of all the plasticizers of the composition and all the elastomers of the composition, of less than or equal to 25%. characterized in that the composition of said circumferential reinforcing element is based on at least: - more than 50 phr of a copolymer of ethylene and a 1,3-diene, the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, - a reinforcing filler, and - a crosslinking system, - more than 50 phr of a copolymer of ethylene and a 1,3-diene, the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, - a reinforcing filler, and - a crosslinking system, and has a dilution ratio, defined as being the ratio of the weight of all the plasticizers of the composition to the sum of the weights of all the plasticizers of the composition and all the elastomers of the composition, of less than or equal to 25%.
Measuring apparatus to measure straightness errors of elongated-shape elements, named bars , comprising a supporting system static during the measurement cycle of each bar and on which the bar to be measured is arranged and remains stable during said measurement cycle, - a first detecting system to detect the development of the longitudinal axis of the bar, in its turn comprising one or more first sensors to detect the tridimensional geometry of the bar under measuring, - a second detecting system to detect vectors of the forces acting on the bar, wherein said second detecting system comprises a plurality of second sensors to detect the forces the bar applies on the supporting system , - a central control unit , and - acquiring means to acquire physical parameters of the bar under measuring, said physical parameters being able to comprise the elasticity module of the bar, wherein the central control unit comprises at least one data acquiring and processing module provided with program means to acquire and process the data detected by said first and second detecting systems and acquired by said acquiring means in order to determine the possible straightness error of the bar , wherein said first sensors are optical sensors and comprise: - at least one optical sensor and means to position it next to at least three different sections of the bar along the longitudinal axis thereof; or - at least three stationary optical sensors each arranged next to a different section of the bar along the longitudinal axis thereof. - a first detecting system to detect the development of the longitudinal axis of the bar, in its turn comprising one or more first sensors to detect the tridimensional geometry of the bar under measuring, - a second detecting system to detect vectors of the forces acting on the bar, wherein said second detecting system comprises a plurality of second sensors to detect the forces the bar applies on the supporting system , - a central control unit , and - acquiring means to acquire physical parameters of the bar under measuring, said physical parameters being able to comprise the elasticity module of the bar, - at least one optical sensor and means to position it next to at least three different sections of the bar along the longitudinal axis thereof; or - at least three stationary optical sensors each arranged next to a different section of the bar along the longitudinal axis thereof.
A bilaminate cured silicone/nylon material, the silicone/nylon material comprised of two layers of material, the first layer of material comprised of a silicone membrane, the second layer comprised of a woven fabric, the two layers combined together with a combination means such that the two layers form a single structure, the preferred combination method is heating, the first layer possessing a plurality of slits in its surface, said slits made after the two layers are combined, said slits in a regular pattern, the regular pattern comprising a parallel vertical orientation, said first layer and said second layer treated with a coating comprised of one or more medicinal or therapeutic substances, said coating possessing an additional component of salinomycin, native high molecular weight collagen, and Mafenide Acetate, the porosity of said skin substitute minimized to essentially zero porosity in the mode where no stretching tension is exerted on the skin substitute, the porosity of said skin substitute variable proportional to the amount of stretching tension and the direction in which said stretching tension is placed on the skin substitute, said second layer of material with a range of thickness of 15/1 denier knitted nylon of an average of 0.2032mm (0.0080") with STDEV of 0.02032mm (0.0008"). the silicone/nylon material comprised of two layers of material, the first layer of material comprised of a silicone membrane, the second layer comprised of a woven fabric, the two layers combined together with a combination means such that the two layers form a single structure, the preferred combination method is heating, the first layer possessing a plurality of slits in its surface, said slits made after the two layers are combined, said slits in a regular pattern, the regular pattern comprising a parallel vertical orientation, said first layer and said second layer treated with a coating comprised of one or more medicinal or therapeutic substances, said coating possessing an additional component of salinomycin, native high molecular weight collagen, and Mafenide Acetate, the porosity of said skin substitute minimized to essentially zero porosity in the mode where no stretching tension is exerted on the skin substitute, the porosity of said skin substitute variable proportional to the amount of stretching tension and the direction in which said stretching tension is placed on the skin substitute, said second layer of material with a range of thickness of 15/1 denier knitted nylon of an average of 0.2032mm (0.0080") with STDEV of 0.02032mm (0.0008").
A method for manufacturing an optical fiber preform, comprising supporting at least one end of an optical fiber preform with a gripping portion ; and heating the optical fiber preform while rotating to process the optical fiber preform , wherein the optical fiber preform is gripped by the gripping portion via a buffer material ; characterized in that the buffer material includes a surface side member in contact with the optical fiber preform , and a surface side member in contact with the gripping portion ; wherein a composition of the surface side member in contact with the optical fiber preform and the surface side member in contact with the gripping portion are different; and the surface side member in contact with the optical fiber preform does not contain any of Ca, Mg, Al, K, Na, Mg, or Ba, the surface side member in contact with the optical fiber preform is made of rubber material with SiOz added as a filler, contains at least one type of PTFE, PFA, or polyimide, contains at least one type of cellulose and lignin, or is a paper sheet. supporting at least one end of an optical fiber preform with a gripping portion ; and heating the optical fiber preform while rotating to process the optical fiber preform , wherein the optical fiber preform is gripped by the gripping portion via a buffer material ; characterized in that the buffer material includes a surface side member in contact with the optical fiber preform , and a surface side member in contact with the gripping portion ; wherein a composition of the surface side member in contact with the optical fiber preform and the surface side member in contact with the gripping portion are different; and the surface side member in contact with the optical fiber preform does not contain any of Ca, Mg, Al, K, Na, Mg, or Ba, the surface side member in contact with the optical fiber preform is made of rubber material with SiOz added as a filler, contains at least one type of PTFE, PFA, or polyimide, contains at least one type of cellulose and lignin, or is a paper sheet. wherein the optical fiber preform is gripped by the gripping portion via a buffer material ; characterized in that the buffer material includes a surface side member in contact with the optical fiber preform , and a surface side member in contact with the gripping portion ; wherein a composition of the surface side member in contact with the optical fiber preform and the surface side member in contact with the gripping portion are different; and the surface side member in contact with the optical fiber preform does not contain any of Ca, Mg, Al, K, Na, Mg, or Ba, the surface side member in contact with the optical fiber preform is made of rubber material with SiOz added as a filler, contains at least one type of PTFE, PFA, or polyimide, contains at least one type of cellulose and lignin, or is a paper sheet. is made of rubber material with SiOz added as a filler, contains at least one type of PTFE, PFA, or polyimide, contains at least one type of cellulose and lignin, or is a paper sheet.
A cable-type secondary battery, comprising: a winding core ; an inner electrode support wound on the outside of the winding core in the form of a spaced spring so that the winding core may be exposed partially; a sheet-type first inner electrode formed on the outside of the exposed winding core by spiral winding; a sheet-type first separation layer formed on the outside of the first inner electrode by spiral winding; a sheet-type second inner electrode formed on the outside of the first separation layer by spiral winding; a second separation layer formed on the outside of the second inner electrode by spiral winding; and an outer electrode formed on the outside of the second separation layer by spiral winding, wherein the first inner electrode , the first separation layer , the second inner electrode , the second separation layer and the outer electrode are wound on the outside of the winding core exposed between the spaced spring shapes of the inner electrode support .
An overvoltage protection device for data lines comprising a base portion for receiving a top portion with overvoltage protection parts, the top portion for the pluggable connection to a base portion , an electronic monitoring unit that detects whether a top portion is inserted, in the case that a top portion is inserted, in the case that no top portion is inserted, and in the case that at least one overvoltage protection part of the plugged-in top portion is defective, a corresponding signal is issued by the monitoring unit , a bus system with several bus lines connected to a voltage source and at least to the monitoring unit , further a signaling unit being connected that indicates the signal of the monitoring unit and/or conducts it to a remote signaling unit, characterized by that the electronic monitoring unit is arranged in a bus connector communicating with the bus system and a monitoring and evaluating unit that is coupled to the top portion .
A system for determining a treatment plan in ion beam treatment using an active scanning technique, to minimize unwanted dose, while maintaining or improving target dose coverage of a target volume (V), comprising: a data processor ; and a memory , said memory containing instructions executable by said data processor ; wherein the data processor is configured to, for each of at least one delivery direction: - define a beam (B,C,D); - split said beam into at least two sub-beams and define a set (Bi-Bi, C 1 -C i , D 1 -D i ) of sub-beams, comprising said at least two sub-beams, wherein each of the sub-beams inherits at least the following beam properties from the beam (B,C,D): an isocenter; a gantry angle; and a couch angle; - associate a first sub-beam (B1, C1, D1), from the set of at least two sub-beams, with a first range shifter setting (RS 1 ); and - associate a second sub-beam (B 2 , C 2 , D 2 ), from the set of at least two sub-beams, with a second range shifter setting (RS 2 ), different from the first range shifter setting (RS 1 ); wherein the data processor is further configured to optimize the at least one set of sub-beams to determine a treatment plan. a data processor ; and a memory , said memory containing instructions executable by said data processor ; wherein the data processor is configured to, for each of at least one delivery direction: - define a beam (B,C,D); - split said beam into at least two sub-beams and define a set (Bi-Bi, C 1 -C i , D 1 -D i ) of sub-beams, comprising said at least two sub-beams, wherein each of the sub-beams inherits at least the following beam properties from the beam (B,C,D): an isocenter; a gantry angle; and a couch angle; - associate a first sub-beam (B1, C1, D1), from the set of at least two sub-beams, with a first range shifter setting (RS 1 ); and - associate a second sub-beam (B 2 , C 2 , D 2 ), from the set of at least two sub-beams, with a second range shifter setting (RS 2 ), different from the first range shifter setting (RS 1 ); - define a beam (B,C,D); - split said beam into at least two sub-beams and define a set (Bi-Bi, C 1 -C i , D 1 -D i ) of sub-beams, comprising said at least two sub-beams, wherein each of the sub-beams inherits at least the following beam properties from the beam (B,C,D): an isocenter; a gantry angle; and a couch angle; - associate a first sub-beam (B1, C1, D1), from the set of at least two sub-beams, with a first range shifter setting (RS 1 ); and - associate a second sub-beam (B 2 , C 2 , D 2 ), from the set of at least two sub-beams, with a second range shifter setting (RS 2 ), different from the first range shifter setting (RS 1 ); wherein the data processor is further configured to optimize the at least one set of sub-beams to determine a treatment plan.
A method , performed by a source network node operative in a wireless communication network , of transferring service of a terminal to a target network node , wherein the source network node has a Quality of Experience QoE Measurement configured for the terminal and a trace session related to the QoE Measurement, the trace session being managed in the source network node by a Measurement Initiating node , characterized by : in response to a pending transfer of service of the terminal from the source network node to a target network node , sending trace session information related to the QoE Measurement to the target network node ; receiving from the target network node , feedback indicating whether the QoE Measurement will be continued or terminated; notifying the Measurement Initiating node whether the QoE Measurement will be continued by the terminal or terminated following the transfer of service of the terminal from the source to the target network node ; and prior to sending trace session information related to the QoE Measurement to the target network node , sending a message to the Measurement Initiating node informing the Measurement Initiating node of the transfer of servicing. in response to a pending transfer of service of the terminal from the source network node to a target network node , sending trace session information related to the QoE Measurement to the target network node ; receiving from the target network node , feedback indicating whether the QoE Measurement will be continued or terminated; notifying the Measurement Initiating node whether the QoE Measurement will be continued by the terminal or terminated following the transfer of service of the terminal from the source to the target network node ; and prior to sending trace session information related to the QoE Measurement to the target network node , sending a message to the Measurement Initiating node informing the Measurement Initiating node of the transfer of servicing.
A method of controlling a surveying instrument operable to perform different types of data collection tasks, wherein at least one of the different types of data collection tasks includes measuring a distance and/or a direction to a target, the method comprising: controlling the surveying instrument to perform data collection tasks in accordance with a queue of data collection tasks, the queue including a data collection task of at least one of said different types of data collection tasks; during an ongoing sequence of data collection tasks as defined by the queue, receiving an instruction indicating an additional data collection task to be performed by the surveying instrument in addition to the data collection tasks already in the queue; and controlling the surveying instrument to perform data collection tasks in an order determined based on the queue and the received instruction. controlling the surveying instrument to perform data collection tasks in accordance with a queue of data collection tasks, the queue including a data collection task of at least one of said different types of data collection tasks; during an ongoing sequence of data collection tasks as defined by the queue, receiving an instruction indicating an additional data collection task to be performed by the surveying instrument in addition to the data collection tasks already in the queue; and controlling the surveying instrument to perform data collection tasks in an order determined based on the queue and the received instruction.
Cooking apparatus (A) comprising: - a cooking system (SYS) having a cooking site (emp) configured to receive a food (ali) and comprising a heating element (ch) configured to head said food (ali), - a communication unit (UC) configured to exchange information with a remote terminal (T) according to a communication protocol, the communication unit (UC) being configured to receive a cooking parameterisation information item (ipc) comprising a set of coefficients (C1, C2, ..., Cn) corresponding to a time evolution of the temperature, - a control and command unit (CC) of the cooking system (SYS) comprising a processor (P) configured to regulate a cooking temperature (Te) of the heating element (ch) for a cooking time (t) according to a cooking setpoint (co), the control and command unit (CC) comprising a user interface (IU) provided with a selection command (SEL) for selecting a food category (ca) from among a plurality of food categories (ca), the control and command unit (CC) being configured to be arranged in a first configuration (CONF1) in which the cooking setpoint (co) is dependent on the food category (ca) selected, or alternatively in a second configuration (CONF2), in which said cooking setpoint (co) is dependent on the set of coefficients (C1, C2, ..., Cn) received by the communication unit (UC). - a cooking system (SYS) having a cooking site (emp) configured to receive a food (ali) and comprising a heating element (ch) configured to head said food (ali), - a communication unit (UC) configured to exchange information with a remote terminal (T) according to a communication protocol, the communication unit (UC) being configured to receive a cooking parameterisation information item (ipc) comprising a set of coefficients (C1, C2, ..., Cn) corresponding to a time evolution of the temperature, - a control and command unit (CC) of the cooking system (SYS) comprising a processor (P) configured to regulate a cooking temperature (Te) of the heating element (ch) for a cooking time (t) according to a cooking setpoint (co),