mhurhangee/patent-ind-claim-en huggingface dataset:
A connecting rod comprising: - a connecting rod body comprising a hole at one end and two arms at the opposite end shaped such as to define therebetween a circular arc, - a connecting rod cap removably inserted between said two arms , said connecting rod cap being provided with an indentation shaped in such a way that, when the connecting rod cap is inserted between the two arms , the indentation forms a circular opening with the circular arc formed by the arms of the connecting rod body, - a seat obtained on said connecting rod cap and on said arms into which a fastening element is housed, - two wedges inserted in said seat between the fastening element and the connecting rod cap, characterized in that - the fastening element is a beam-shaped element whose section increases from the ends towards the center, said fastening element being inserted in a seat of the body 100 between two openings and housed with suitable means to prevent said fastening element from moving in a direction orthogonal to a straight line α passing through the geometric center of the hole and the circular opening , - the two openings are formed respectively symmetric with respect to the straight line α, and each one passes through the thickness of the respective arm , - each of the two wedges is inserted in the seat through a corresponding arm of the connecting rod body and is arranged so as to have a contact surface put in contact with the connecting rod cap , the contact surface being arranged in a plane orthogonal to the straight line α. - a connecting rod body comprising a hole at one end and two arms at the opposite end shaped such as to define therebetween a circular arc, - a connecting rod cap removably inserted between said two arms , said connecting rod cap being provided with an indentation shaped in such a way that, when the connecting rod cap is inserted between the two arms , the indentation forms a circular opening with the circular arc formed by the arms of the connecting rod body, - a seat obtained on said connecting rod cap and on said arms into which a fastening element is housed, - two wedges inserted in said seat between the fastening element and the connecting rod cap, - the fastening element is a beam-shaped element whose section increases from the ends towards the center, said fastening element being inserted in a seat of the body 100 between two openings and housed with suitable means to prevent said fastening element from moving in a direction orthogonal to a straight line α passing through the geometric center of the hole and the circular opening , - the two openings are formed respectively symmetric with respect to the straight line α, and each one passes through the thickness of the respective arm , - each of the two wedges is inserted in the seat through a corresponding arm of the connecting rod body and is arranged so as to have a contact surface put in contact with the connecting rod cap , the contact surface being arranged in a plane orthogonal to the straight line α.
A wireless communication method performed by a user equipment, UE, the method comprising: being configured with a mobile country code, MCC, information from a network device, wherein the MCC information comprises a list of MCCs; retaining the MCC information even if the UE moves out of a country or a region where the MCC information is provided; transmitting a registration request associated with the MCC information to the network device; and receiving from the network device a registration reject with the MCC information plus a reject cause, wherein the MCC information is associated by the UE with the registration reject. being configured with a mobile country code, MCC, information from a network device, wherein the MCC information comprises a list of MCCs; retaining the MCC information even if the UE moves out of a country or a region where the MCC information is provided; transmitting a registration request associated with the MCC information to the network device; and receiving from the network device a registration reject with the MCC information plus a reject cause, wherein the MCC information is associated by the UE with the registration reject.
Device for generating a respiratory datum for a user comprising: ▪ a respiration unit comprising: ▪ an air pressure sensor for measuring the air pressure exhaled and/or inhaled by the user in a fluid exhalation chamber ; ▪ at least two tactile interfaces ; ▪ an electronic terminal comprising a calculator (CALC) adapted to execute: ▪ generating (CO) a multimedia instruction (Cm) that is timestamped and transmitting this multimedia instruction (Cm) to the user via a transmission means ; ▪ measuring (MES_P) an air pressure by the air pressure sensor ; ▪ generating (GEN_P) a timestamped respiratory indicator (Kp) as a function of the measured air pressure, ▪ detecting (DET) an interaction (SI) on at least one of the tactile interfaces ▪ generating (GEN_I) a timestamped tactile indicator (Ki) as a function of the interaction detected (SI); ▪ reception of the respiratory indicator (Kp) and the tactile indicator (Ki); ▪ generating (DAT) a respiratory datum (S) quantifying the user's respiratory performance as a function of the correlation of the tactile indicator (Ki) and the respiratory indicator (Kp) with the multimedia instruction (Cm). ▪ a respiration unit comprising: ▪ an air pressure sensor for measuring the air pressure exhaled and/or inhaled by the user in a fluid exhalation chamber ; ▪ an air pressure sensor for measuring the air pressure exhaled and/or inhaled by the user in a fluid exhalation chamber ; ▪ at least two tactile interfaces ; ▪ an electronic terminal comprising a calculator (CALC) adapted to execute: ▪ generating (CO) a multimedia instruction (Cm) that is timestamped and transmitting this multimedia instruction (Cm) to the user via a transmission means ; ▪ measuring (MES_P) an air pressure by the air pressure sensor ; ▪ generating (GEN_P) a timestamped respiratory indicator (Kp) as a function of the measured air pressure, ▪ detecting (DET) an interaction (SI) on at least one of the tactile interfaces ▪ generating (GEN_I) a timestamped tactile indicator (Ki) as a function of the interaction detected (SI); ▪ reception of the respiratory indicator (Kp) and the tactile indicator (Ki); ▪ generating (DAT) a respiratory datum (S) quantifying the user's respiratory performance as a function of the correlation of the tactile indicator (Ki) and the respiratory indicator (Kp) with the multimedia instruction (Cm). ▪ generating (CO) a multimedia instruction (Cm) that is timestamped and transmitting this multimedia instruction (Cm) to the user via a transmission means ; ▪ measuring (MES_P) an air pressure by the air pressure sensor ; ▪ generating (GEN_P) a timestamped respiratory indicator (Kp) as a function of the measured air pressure, ▪ detecting (DET) an interaction (SI) on at least one of the tactile interfaces ▪ generating (GEN_I) a timestamped tactile indicator (Ki) as a function of the interaction detected (SI); ▪ reception of the respiratory indicator (Kp) and the tactile indicator (Ki); ▪ generating (DAT) a respiratory datum (S) quantifying the user's respiratory performance as a function of the correlation of the tactile indicator (Ki) and the respiratory indicator (Kp) with the multimedia instruction (Cm).
Separation plant for the treatment of incinerator bottom ash and similar materials with 10-30% moisture and grain size about <6 mm, comprising a sieving system capable of separating a fine fraction having said grain size, a first ballistic separator provided with a first variable-speed conveyor belt that feeds the material of said fine fraction to a first variable-speed drum that rotates around an axis arranged perpendicularly to the material feed direction, as well as a second conveyor belt that collects a portion of the material separated by said first ballistic separator , said first conveyor belt being provided with means to adjust its position with respect to said first drum and the thickness of the material layer that it feeds to the first drum , which is provided with a plurality of evenly spaced longitudinal throw slats extending in a substantially radial direction and provided with an impact face on the side towards the direction of rotation of the drum , said impact face having a radially proximal end more advanced, in the direction of rotation, than the radially distal end whereby the inclination angle (α) comprised between the diametral plane containing said distal end and the impact face has a value comprised between 10° and 45°, said separation plant being characterized in that it further includes a second ballistic separator provided with a third variable-speed conveyor belt that feeds the material to be treated to a second variable-speed drum that rotates around an axis arranged perpendicularly to the material feed direction, as well as a fourth conveyor belt that collects a portion of the material separated by said second ballistic separator , said third conveyor belt being provided with means to adjust its position with respect to said second drum and the thickness of the material layer that it feeds to the second drum , which is provided with a plurality of throw slats having the same features of the throw slats of the first drum , said second conveyor belt being arranged to feed the third conveyor belt .
A plasma processing apparatus , comprising: a plasma chamber configured to be able to hold a plasma; a dielectric window forming at least a portion of a wall of the plasma chamber ; a gas supply configured to supply a process gas to the plasma chamber ; an inductive coupling element located proximate the dielectric window, the inductive coupling element configured to generate a plasma from the process gas in the plasma chamber when energized with radio frequency (RF) energy; a processing chamber having a workpiece support configured to support a workpiece , the processing chamber being in fluid communication with the plasma chamber ; an electrostatic shield located between the inductive coupling element and the dielectric window, the electrostatic shield having a stray capacitance to the inductive coupling element; and a tunable reactive impedance circuit coupled between the inductive coupling element and the electrostatic shield , the tunable reactive impedance circuit configured to adjust a reactance between the inductive coupling element and the electrostatic shield between a condition of capacitive reactance and a condition of inductive reactance at a frequency of RF energy supplied to the inductive coupling element; wherein the tunable reactive impedance circuit is operable to achieve an inductive reactance at least approximately equal to the capacitive reactance of the stray capacitance. a plasma chamber configured to be able to hold a plasma; a dielectric window forming at least a portion of a wall of the plasma chamber ; a gas supply configured to supply a process gas to the plasma chamber ; an inductive coupling element located proximate the dielectric window, the inductive coupling element configured to generate a plasma from the process gas in the plasma chamber when energized with radio frequency (RF) energy; a processing chamber having a workpiece support configured to support a workpiece , the processing chamber being in fluid communication with the plasma chamber ; an electrostatic shield located between the inductive coupling element and the dielectric window, the electrostatic shield having a stray capacitance to the inductive coupling element; and a tunable reactive impedance circuit coupled between the inductive coupling element and the electrostatic shield , the tunable reactive impedance circuit configured to adjust a reactance between the inductive coupling element and the electrostatic shield between a condition of capacitive reactance and a condition of inductive reactance at a frequency of RF energy supplied to the inductive coupling element; wherein the tunable reactive impedance circuit is operable to achieve an inductive reactance at least approximately equal to the capacitive reactance of the stray capacitance.
An embossing plate for embossing in an embossing substrate a desired motif that includes at least three sub-regions having different optical appearances, - the embossing plate being furnished with an embossing relief in the form of the inverted desired motif, - the embossing relief including at least three sub-regions that, in each case, are arranged in perfect register with one another pairwise, the sub-regions bordering directly on one another pairwise, - the embossing relief in each sub-region consisting of a plurality of embossing elements having a characteristic structure size, and the characteristic structure sizes of the embossing elements of two sub-regions differing, pairwise, by at least a factor of 1.5, one of the sub-regions including, as embossing elements, a subwavelength grating, and the characteristic structure size of the embossing elements being the grating period of the subwavelength grating, and/or one of the sub-regions including, as embossing elements, a diffractive grating, and the characteristic structure size of the embossing elements being the grating period of the diffractive grating, and/ or one of the sub-regions including, as embossing elements, a micromirror grid or microlens grid, and the characteristic structure size of the embossing elements being the grid period of the micromirrors or microlenses. - the embossing plate being furnished with an embossing relief in the form of the inverted desired motif, - the embossing relief including at least three sub-regions that, in each case, are arranged in perfect register with one another pairwise, the sub-regions bordering directly on one another pairwise, - the embossing relief in each sub-region consisting of a plurality of embossing elements having a characteristic structure size, and the characteristic structure sizes of the embossing elements of two sub-regions differing, pairwise, by at least a factor of 1.5,
A device comprising: a secure storage comprising a device identifier and a public key associated with a manufacturer of the device; the device further comprising: a controller configured to: retrieve a proof-of-ownership certificate comprising a cryptographic binding between the device identifier and an owner identifier based on a private key corresponding to the stored public key associated with the manufacturer of the device; authenticate the proof-of-ownership certificate based on the stored device identifier and the public key associated with the manufacturer of the device; establish an authenticated communication channel with a device manager associated with the owner identifier based on the authenticated proof-of-ownership certificate ; and receive setup information from the device manager associated with the owner identifier to enrol the device on a network. retrieve a proof-of-ownership certificate comprising a cryptographic binding between the device identifier and an owner identifier based on a private key corresponding to the stored public key associated with the manufacturer of the device; authenticate the proof-of-ownership certificate based on the stored device identifier and the public key associated with the manufacturer of the device; establish an authenticated communication channel with a device manager associated with the owner identifier based on the authenticated proof-of-ownership certificate ; and receive setup information from the device manager associated with the owner identifier to enrol the device on a network.
An optical-electric module structure, the optical-electric module structure comprises a torsional spring that is fixed to a bail ; the torsional spring comprises a left torsional spring and a right torsional spring that are symmetrically provided on the bail ; characterized in that , the left torsional spring comprises a first supporting rod , a first screw hole , a first connecting rod and a second screw hole that are sequentially connected; and the right torsional spring comprises a second supporting rod , a third screw hole , a second connecting rod and a fourth screw hole that are sequentially connected; and the screw holes are made by coiling the spring for receiving the bail ; the first supporting rod and the second supporting rod are in the form of a straight rod, and the first connecting rod and the second connecting rod are in the form of an L-shaped rod; the second screw hole is nested outside a third rotation shaft of the bail , the first screw hole is nested outside a first rotation shaft after passing through the first connecting rod , and a direction of the first supporting rod is upwardly inclining and forms an angle of less than 90° with the plane where the bail is located; and the fourth screw hole is nested outside a fourth rotation shaft of the bail , the third screw hole is nested outside a second rotation shaft after passing through the second connecting rod , and a direction of the second supporting rod is upwardly inclining and forms an angle of less than 90° with the plane where the bail is located; and the bail comprises the first rotation shaft , the third rotation shaft , the fourth rotation shaft and the second rotation shaft that are sequentially connected; the first rotation shaft and the second rotation shaft are concentric rotation shafts; the third rotation shaft and the fourth rotation shaft are concentric rotation shafts, and are provided with a seam therebetween, wherein the heights of the third rotation shaft and the fourth rotation shaft are greater than the heights of the first rotation shaft and the second rotation shaft , and they are respectively connected to the first rotation shaft and the second rotation shaft by diagonal rods.
A nonwoven fabric comprising continuous spunbonded bicomponent fibers which consist of: 50 to 95 % by weight of an aromatic polyester (A) in a core; 5 to 50 % by weight of a polyester blend (B) containing: a) 65 to 95 % of an aromatic polyester (BA) and b) 5 to 35 % by weight of an aliphatic-aromatic polyester (BB) with a glass temperature below 0°C in a sheath surrounding the core; and 0 to 5 % by weight of at least one additive (C) selected from lubricants, nucleating agents selected from inorganic compounds and aromatic polyesters, compatibilizers, flame retardants, reinforcing materials, plasticizers, antioxidants, UV stabilizer, mineral filler and pigments; wherein the % by weight are based in each case on the total weight of the components (A) and (B) and optionally (C); and wherein the stiff polyesters (A) and (BA) are selected from the group consisting of poly(ethylene terephthalate) and poly(butylene terephthalate). wherein the % by weight are based in each case on the total weight of the components (A) and (B) and optionally (C); and wherein the stiff polyesters (A) and (BA) are selected from the group consisting of poly(ethylene terephthalate) and poly(butylene terephthalate).
A plasticizer composition, comprising: a terephthalate-based material comprising dibutyl terephthalate, butyl(2-ethylhexyl) terephthalate and di(2-ethylhexyl) terephthalate; and a glyceride-based material comprising at least one compound represented by the following Formula 1: in Formula 1, R is a linear or branched alkyl group of 8 to 20 carbon atoms. a terephthalate-based material comprising dibutyl terephthalate, butyl(2-ethylhexyl) terephthalate and di(2-ethylhexyl) terephthalate; and a glyceride-based material comprising at least one compound represented by the following Formula 1: in Formula 1, R is a linear or branched alkyl group of 8 to 20 carbon atoms.
A system for voltage regulation of a hybrid energy storage module, HESM, comprising: a system controller including a first voltage regulator and a second voltage regulator ; a first HESM coupled to the system controller, wherein the first HESM is coupled to a first bus, wherein the first HESM comprises one or more energy storage devices , one or more converters , and a first power filter ; and a second HESM coupled to the system controller, wherein the second HESM is coupled to a second bus, characterised in that the second HESM comprises one or more energy storage devices , one or more converters , and a second power filter , wherein the first bus and the second bus are different, wherein the system controller further includes a first and second current allocator , and a trim command module , wherein the trim command module is coupled to the first voltage regulator and the second voltage regulator. a system controller including a first voltage regulator and a second voltage regulator ; a first HESM coupled to the system controller, wherein the first HESM is coupled to a first bus, wherein the first HESM comprises one or more energy storage devices , one or more converters , and a first power filter ; and a second HESM coupled to the system controller, wherein the second HESM is coupled to a second bus, characterised in that the second HESM comprises one or more energy storage devices , one or more converters , and a second power filter , wherein the first bus and the second bus are different, wherein the system controller further includes a first and second current allocator , and a trim command module , wherein the trim command module is coupled to the first voltage regulator and the second voltage regulator.
An article, comprising: a composite comprising a plurality of continuous fibers defining a substrate, and a plurality of aligned carbon fibers contained within at least a portion of the substrate, wherein the carbon fibers comprise at least 40% of the mass of the composite, wherein the plurality of carbon fibers has a carbon content greater than 94% and a modulus of at least 200 GPa, and wherein the composite is free of paramagnetic or ferromagnetic materials.
A method for facilitating a download of a specific portion of a map onto a computing device based on information received from a location-aware service, the method comprising: receiving, , from the location-aware service, location information, a start date associated with travel plans of a user, and an end date associated with the travel plans of the user; scheduling a download time for downloading a map portion corresponding to the received location information; at or prior to the download time, determining if the map portion can be downloaded at that time to a device associated with the user based on one or more factors and the received start date; if it is determined that the map portion can be downloaded at that time, downloading the map portion to the device associated with the user; characterized in that the method further comprises: scheduling a removal time for removal of the map portion from the device associated with the user, wherein the removal time is scheduled to occur subsequent to the end date associated with the travel plans of the user; and removing the downloaded map portion from the device associated with the user subsequent to the end date associated with the travel plans of the user. receiving, , from the location-aware service, location information, a start date associated with travel plans of a user, and an end date associated with the travel plans of the user; scheduling a download time for downloading a map portion corresponding to the received location information; at or prior to the download time, determining if the map portion can be downloaded at that time to a device associated with the user based on one or more factors and the received start date; if it is determined that the map portion can be downloaded at that time, downloading the map portion to the device associated with the user; scheduling a removal time for removal of the map portion from the device associated with the user, wherein the removal time is scheduled to occur subsequent to the end date associated with the travel plans of the user; and removing the downloaded map portion from the device associated with the user subsequent to the end date associated with the travel plans of the user.