mhurhangee/patent-ind-claim-en huggingface dataset:
A sizing composition comprising: water; a film former; a silane coupling agent; and a weakly-coordinating anion salt; wherein the weakly-coordinating anion salt comprises hexafluorophosphate and a counter-cation selected from the group consisting of an alkali metal, ammonium, and an alkaline earth metal. water; a film former; a silane coupling agent; and a weakly-coordinating anion salt; wherein the weakly-coordinating anion salt comprises hexafluorophosphate and a counter-cation selected from the group consisting of an alkali metal, ammonium, and an alkaline earth metal.
A flexible multi-layer packaging material comprising: a first film layer; a second film layer; and at least one electrochemical cell located within the first and second film layers, the at least one electrochemical cell comprising an anode, a cathode, an anode current collector, a cathode current collector, and an electrolyte by which the anode and the cathode are ionically connected; wherein at least one of the first and second film layers is a multi-layer laminate comprising an outer insulating layer, an inner insulating layer, and a conductive moisture barrier film between the inner and outer insulating layers and in electrical contact with the electrolyte, wherein the conductive moisture barrier film comprises an anode material such that the conductive moisture barrier film defines both the anode and the anode current collector of the at least one electrochemical cell or wherein the conductive moisture barrier film comprises a cathode material such that the conductive moisture barrier film defines both the cathode and the cathode current collector of the at least one electrochemical cell; wherein the inner insulating layer of the at least one of the first and second film layers comprises at least one aperture, the conductive moisture barrier film of the at least one of the first and second film layers being in electrical contact with the at least one electrolyte through the at least one aperture in the inner insulating layer. a first film layer; a second film layer; and at least one electrochemical cell located within the first and second film layers, the at least one electrochemical cell comprising an anode, a cathode, an anode current collector, a cathode current collector, and an electrolyte by which the anode and the cathode are ionically connected; wherein at least one of the first and second film layers is a multi-layer laminate comprising an outer insulating layer, an inner insulating layer, and a conductive moisture barrier film between the inner and outer insulating layers and in electrical contact with the electrolyte, wherein the conductive moisture barrier film comprises an anode material such that the conductive moisture barrier film defines both the anode and the anode current collector of the at least one electrochemical cell or wherein the conductive moisture barrier film comprises a cathode material such that the conductive moisture barrier film defines both the cathode and the cathode current collector of the at least one electrochemical cell; wherein the inner insulating layer of the at least one of the first and second film layers comprises at least one aperture, the conductive moisture barrier film of the at least one of the first and second film layers being in electrical contact with the at least one electrolyte through the at least one aperture in the inner insulating layer.
An article of footwear having an upper forming an interior void and a sole structure comprising: a midsole secured to a lower surface of the upper , the midsole including a polymer foam material; a outsole secured to a lower surface of the midsole , the outsole including a rubber material and forming a ground-engaging portion of the footwear ; and a plate at least partially embedded in the midsole and having an undulating medio-lateral curvature, a first side of the plate includes a downward-facing concavity and a second side of the plate includes an upward-facing concavity, characterized in that the first side is positioned on a medial side of the footwear , and wherein the plate is positioned in a forefoot region of the footwear . a midsole secured to a lower surface of the upper , the midsole including a polymer foam material; a outsole secured to a lower surface of the midsole , the outsole including a rubber material and forming a ground-engaging portion of the footwear ; and a plate at least partially embedded in the midsole and having an undulating medio-lateral curvature, a first side of the plate includes a downward-facing concavity and a second side of the plate includes an upward-facing concavity, characterized in that the first side is positioned on a medial side of the footwear , and wherein the plate is positioned in a forefoot region of the footwear .
An internal combustion engine with an EGR device mounted on a vehicle, a body of the internal combustion engine being formed, at an exhaust side wall thereof, with an exhaust outlet through which an exhaust gas from the body is introduced into an exhaust passage portion , the exhaust passage portion being connected to the exhaust outlet and constituted by an exhaust cleaning device and an exhaust pipe , the EGR device comprising: an EGR passage portion branching from the exhaust passage portion to circulate, as an EGR gas, a part of the introduced exhaust gas in the exhaust passage portion into the body ; and an EGR valve to adjust a flow rate at which the EGR gas flows through the EGR passage portion , wherein the EGR valve is attached to the exhaust side wall of the body , the EGR valve being located above the exhaust outlet and the exhaust passage portion in a vehicle up-down direction, the body of the internal combustion engine includes a cylinder head at which the exhaust outlet is formed, and a cylinder head cover attached to an upper portion of the cylinder head , the cylinder head cover is provided with a head cover EGR passage portion that constitutes a part of the EGR passage portion , and the EGR valve is attached to the exhaust side wall of the cylinder head cover . an EGR passage portion branching from the exhaust passage portion to circulate, as an EGR gas, a part of the introduced exhaust gas in the exhaust passage portion into the body ; and an EGR valve to adjust a flow rate at which the EGR gas flows through the EGR passage portion , wherein the EGR valve is attached to the exhaust side wall of the body , the EGR valve being located above the exhaust outlet and the exhaust passage portion in a vehicle up-down direction, the body of the internal combustion engine includes a cylinder head at which the exhaust outlet is formed, and a cylinder head cover attached to an upper portion of the cylinder head , the cylinder head cover is provided with a head cover EGR passage portion that constitutes a part of the EGR passage portion , and the EGR valve is attached to the exhaust side wall of the cylinder head cover .
An electrical assembly comprising a converter for connection to an electrical network , the converter comprising at least one first module and at least one second module , each module including at least one switching element and at least one energy storage device , the or each switching element and the or each energy storage device in each module arranged to be combinable to selectively provide a voltage source, the electrical assembly including a controller configured to selectively control the switching of the or each switching element in each module , wherein the electrical assembly includes a sensor configured for measuring a current (i ac ) of the electrical network , characterised in that the controller and sensor are configured to operate in coordination to carry out a characterisation of an electrical parameter (Z g ,v g ) of the electrical network so that, in use: the controller selectively controls the switching of the or each switching element in the or each first module to modify an electrical parameter (Z c ,v p ) of the converter so as to modify the current (i ac ) of the electrical network ; the sensor measures a resultant modified current (i ac ) of the electrical network ; and the controller processes the measured resultant modified current (i ac ) of the electrical network so as to characterise the electrical parameter (Z g ,v g ) of the electrical network , wherein the controller is configured to selectively control the switching of the or each switching element in the or each first module to carry out the characterisation of the electrical parameter (Z g ,v g ) of the electrical network , wherein the controller is configured to selectively control the switching of the or each switching element in the or each second module to carry out a normal operating mode of the converter , and wherein the or each switching element of the or each first module has a higher switching frequency capability than the or each switching element of the or each second module . the controller selectively controls the switching of the or each switching element in the or each first module to modify an electrical parameter (Z c ,v p ) of the converter so as to modify the current (i ac ) of the electrical network ; the sensor measures a resultant modified current (i ac ) of the electrical network ; and the controller processes the measured resultant modified current (i ac ) of the electrical network so as to characterise the electrical parameter (Z g ,v g ) of the electrical network , wherein the controller is configured to selectively control the switching of the or each switching element in the or each first module to carry out the characterisation of the electrical parameter (Z g ,v g ) of the electrical network , wherein the controller is configured to selectively control the switching of the or each switching element in the or each second module to carry out a normal operating mode of the converter , and wherein the or each switching element of the or each first module has a higher switching frequency capability than the or each switching element of the or each second module .
A printing method for performing printing by a printing device including a transport unit configured to transport a printing medium in a transport direction, a head configured to discharge a liquid onto the transported printing medium , a scanning unit configured to move the head relative to the printing medium in a scanning direction intersecting the transport direction, and a control unit configured to control the transport unit , the head , and the scanning unit to perform the printing by repeating a pass operation of causing the head to perform scanning motion while discharging the liquid, and a transport operation by the transport unit , the method comprising: in printing of a print image including a line image, a raster line forming step of forming each of raster lines configuring the image, by a plurality of the pass operations, wherein in the formation of each of the raster lines, when printing of a region corresponding to edge pixels (e) of the line image by a first pass operation, which is one of the plurality of pass operations, is first printing, and printing of the region corresponding to the edge pixels (e) by a second pass operation that is different from the first pass operation, of the plurality of pass operations, is second printing, a brightness of the printing by the second printing is higher than a brightness of the printing by the first printing; and characterised in that the method comprises specifying a hue for which the brightness of the printing by the second printing becomes higher than the brightness of the printing by the first printing. in printing of a print image including a line image, a raster line forming step of forming each of raster lines configuring the image, by a plurality of the pass operations, wherein in the formation of each of the raster lines, when printing of a region corresponding to edge pixels (e) of the line image by a first pass operation, which is one of the plurality of pass operations, is first printing, and printing of the region corresponding to the edge pixels (e) by a second pass operation that is different from the first pass operation, of the plurality of pass operations, is second printing, a brightness of the printing by the second printing is higher than a brightness of the printing by the first printing; and characterised in that the method comprises specifying a hue for which the brightness of the printing by the second printing becomes higher than the brightness of the printing by the first printing.
A utensil dispenser comprising: a housing ; at least two dispense chassis disposed within the housing, each dispense chassis configured to move between a first position in which the dispense chassis is configured to dispense utensils from the housing and a second position in which the dispense chassis is configured to be loaded with utensils; each dispense chassis having a first and second post disposed on an outer surface of the dispense chassis ; a chassis interlock configured to prevent at least one of the dispense chassis that is in the first position from moving toward the second position when one other of the dispense chassis is in the second position; at least two glide mechanisms disposed within the housing , each glide mechanism comprising a first slot and a second slot that are configured to engage the first and second posts of one of the dispense chassis to guide the dispense chassis between the first position and the second position . at least two dispense chassis disposed within the housing, each dispense chassis configured to move between a first position in which the dispense chassis is configured to dispense utensils from the housing and a second position in which the dispense chassis is configured to be loaded with utensils; each dispense chassis having a first and second post disposed on an outer surface of the dispense chassis ; a chassis interlock configured to prevent at least one of the dispense chassis that is in the first position from moving toward the second position when one other of the dispense chassis is in the second position; at least two glide mechanisms disposed within the housing , each glide mechanism comprising a first slot and a second slot that are configured to engage the first and second posts of one of the dispense chassis to guide the dispense chassis between the first position and the second position .
Method for producing bindings comprising a step of positioning at least one binding bobbin on a machine comprising: - at least one shaft capable of receiving a binding bobbin; and - a winding bobbin which is configured to be driven in rotation about an axis of rotation and comprising a device for supporting which is configured to permit one end of a binding to be attached, characterized in that the winding bobbin further comprises a notch extending radially relative to the winding bobbin and the machine further comprises an electric motor which is coupled to the winding bobbin and capable of driving the winding bobbin in rotation about its axis when it is supplied with electricity, the method further comprises the following steps: - supporting a free end of the binding of the binding bobbin on the winding bobbin, by means of the device for supporting the winding bobbin; - supplying electricity to the electric motor of the machine to drive the winding bobbin in rotation, so as to wind the binding of the binding bobbin over a plurality of turns around the winding bobbin; - stopping the supply of electricity to the electric motor of the machine; - in the region of the notch of the winding bobbin, cutting said plurality of turns of bindings wound onto the winding bobbin. - at least one shaft capable of receiving a binding bobbin; and - a winding bobbin which is configured to be driven in rotation about an axis of rotation and comprising a device for supporting which is configured to permit one end of a binding to be attached, - supporting a free end of the binding of the binding bobbin on the winding bobbin, by means of the device for supporting the winding bobbin; - supplying electricity to the electric motor of the machine to drive the winding bobbin in rotation, so as to wind the binding of the binding bobbin over a plurality of turns around the winding bobbin; - stopping the supply of electricity to the electric motor of the machine; - in the region of the notch of the winding bobbin, cutting said plurality of turns of bindings wound onto the winding bobbin.
An apparatus comprising: an input configured to receive radar signals comprising embedded information; a first path configured to recover the embedded information in the radar signals; a second path configured to map a position of a sender of the radar signals, based on a radar algorithm and using the radar signals; and an authentication block configured to: determine first position information corresponding to a position of a sender of the radar signals, and second position information associated with the embedded information; compare the first and second position information; and determine the authentication of the first sender in dependence on the comparison. an input configured to receive radar signals comprising embedded information; a first path configured to recover the embedded information in the radar signals; a second path configured to map a position of a sender of the radar signals, based on a radar algorithm and using the radar signals; and an authentication block configured to: determine first position information corresponding to a position of a sender of the radar signals, and second position information associated with the embedded information; compare the first and second position information; and determine the authentication of the first sender in dependence on the comparison. determine first position information corresponding to a position of a sender of the radar signals, and second position information associated with the embedded information; compare the first and second position information; and determine the authentication of the first sender in dependence on the comparison.
A method of operating a sound generation mechanism that includes a piezoelectric sounder , comprising: determining, via a temperature sensor, a temperature of the sound generation mechanism, optionally wherein determining the temperature of the sound generation mechanism includes sensing a temperature of an environment surrounding the sound generation mechanism; identifying a resonant frequency of the sound generation mechanism associated with the determined temperature, wherein identifying the resonant frequency of the sound generation mechanism associated with the sensed temperature includes selecting a stored value of the resonant frequency from a database; selecting an excitation frequency, wherein the excitation frequency is selected to minimize a difference between the identified resonant frequency associated with the determined temperature and the excitation frequency; communicating the excitation frequency to the sound generation mechanism; and operating the sound generation mechanism to produce one or more sounds. determining, via a temperature sensor, a temperature of the sound generation mechanism, optionally wherein determining the temperature of the sound generation mechanism includes sensing a temperature of an environment surrounding the sound generation mechanism; identifying a resonant frequency of the sound generation mechanism associated with the determined temperature, wherein identifying the resonant frequency of the sound generation mechanism associated with the sensed temperature includes selecting a stored value of the resonant frequency from a database; selecting an excitation frequency, wherein the excitation frequency is selected to minimize a difference between the identified resonant frequency associated with the determined temperature and the excitation frequency; communicating the excitation frequency to the sound generation mechanism; and operating the sound generation mechanism to produce one or more sounds.
Method for measuring a parameter representative of a transmission time in an encrypted communication tunnel adapted to transport encrypted data in packets on an open communication network between a first closed network and a second closed network , the transport implementing at least one transport protocol having an associated protocol signalling signature, said signature comprising a predetermined sequence of packets called signature packets, characterised in that it comprises steps, carried out by a processor of a device for measuring a parameter representative of a transmission time, of: - for each packet of a plurality of successive packets transported in said encrypted communication tunnel, obtaining, without decryption, metadata associated with said packet, - for at least one communication protocol, determining (40-66; 80-108), from said metadata associated with each packet and from stored characteristics of the signature packets belonging to the protocol signalling signature of said communication protocol, at least one sequence of packets which can form a protocol signalling signature according to said communication protocol, - estimating a parameter representative of a transmission time on the basis of at least one determined sequence of packets. - for each packet of a plurality of successive packets transported in said encrypted communication tunnel, obtaining, without decryption, metadata associated with said packet, - for at least one communication protocol, determining (40-66; 80-108), from said metadata associated with each packet and from stored characteristics of the signature packets belonging to the protocol signalling signature of said communication protocol, at least one sequence of packets which can form a protocol signalling signature according to said communication protocol, - estimating a parameter representative of a transmission time on the basis of at least one determined sequence of packets.
A composition for use in the treatment of infertility in an Asian patient having AMH ≥ 26 pmol/L and bodyweight < 52 kg, the composition comprising a daily dose of 6 to 8 μg recombinant FSH.
Access control system for computers , consisting of a user input apparatus, such as a keyboard and a mouse , and also a reader and an electronic identification which can be read by the reader and has a user ID, wherein, after reading the user ID and inputting a PIN, the computer is unlocked after checking the user ID and the PIN in the event of authorization, characterized in that an electronic presence tag worn by the user contains a UHF transceiver , an LF receiver and a controller , and the reader contains a UHF transceiver , an LF transmitter and a controller , in that the LF transmitter repeatedly sends an item of wake-up information followed by its own location information and a user ID and, when the wake-up information is received by an LF receiver of the electronic presence tag , its UHF transceiver is changed from a quiescent state to an operating state and carries out a presence dialogue with the UHF transceiver of the reader by transmitting back the location information and user ID also received by the LF receiver , in that the presence dialogue is repeated at intervals of time and, when the presence of the user is successfully checked, the computer is unlocked or is kept unlocked until the next check of the presence, wherein the transmission power of the LF transmitter , in conjunction with its antenna gain, and the input sensitivity of the LF receiver , in conjunction with its antenna gain, are such that the range of the LF transmission path is between 80 cm and 2.5 m, in that the electromagnetic field generated by the LF transmitter has an omnidirectional characteristic, and in that the antenna arrangement of the LF receiver likewise has an omnidirectional characteristic.