mhurhangee/patent-ind-claim-en huggingface dataset:
Positive electrode for lithium battery, and in particular a lithium-metal-polymer battery comprising at least one positive electrode active material, at least one binder, at least one agent imparting electronic conducting properties and at least one current collector, said electrode being characterized in that it comprises: a) an electroactive layer of a composite material comprising: - at least one polymer P1 selected from among polymers that are conducting within the window of use potentials of said battery, and isolating at a potential lower than 1.5V vs Li/Li + and/or higher than 4.8 V vs Li/Li + , - at least one polymer P2 selected from among halogenated polymers, and - at least one lithium salt contained in a molar concentration of between 0.1 M and 5 M; b) a current collector; c) a layer of positive electrode composite material comprising: - at least one positive electrode active material; - at least one agent imparting electronic conducting properties; - at least one binder; and - at least one lithium salt; and in that the electroactive layer is intercalated between the current collector and the layer of positive electrode composite material a) an electroactive layer of a composite material comprising: - at least one polymer P1 selected from among polymers that are conducting within the window of use potentials of said battery, and isolating at a potential lower than 1.5V vs Li/Li + and/or higher than 4.8 V vs Li/Li + , - at least one polymer P2 selected from among halogenated polymers, and - at least one lithium salt contained in a molar concentration of between 0.1 M and 5 M; - at least one polymer P1 selected from among polymers that are conducting within the window of use potentials of said battery, and isolating at a potential lower than 1.5V vs Li/Li + and/or higher than 4.8 V vs Li/Li + , - at least one polymer P2 selected from among halogenated polymers, and - at least one lithium salt contained in a molar concentration of between 0.1 M and 5 M; b) a current collector; c) a layer of positive electrode composite material comprising: - at least one positive electrode active material; - at least one agent imparting electronic conducting properties; - at least one binder; and - at least one lithium salt; - at least one positive electrode active material; - at least one agent imparting electronic conducting properties; - at least one binder; and - at least one lithium salt;
A method for tuning performance of a motor drive, wherein the motor drive controls operation of a motor and wherein operation of the motor controls motion of a mechanical load coupled to the motor, the method comprising the steps of: measuring a response signal within the motor drive; storing a plurality of values of the response signal in a memory device of the motor drive; generating a first frequency response within the motor drive as a function of the plurality of values of the response signal; identifying a resonant frequency from the first frequency response; comparing the identified resonant frequency to a first threshold and a second threshold, wherein the first threshold is greater than the second threshold; adjusting (142; 260) a first control parameter when the identified resonant frequency is greater than the first threshold; adjusting (140; 254, 256) a second control parameter when the identified resonant frequency is between the first and the second thresholds; and adjusting (144; 262) a third control parameter when the identified resonant frequency is less than the second threshold. measuring a response signal within the motor drive; storing a plurality of values of the response signal in a memory device of the motor drive; generating a first frequency response within the motor drive as a function of the plurality of values of the response signal; identifying a resonant frequency from the first frequency response; comparing the identified resonant frequency to a first threshold and a second threshold, wherein the first threshold is greater than the second threshold; adjusting (142; 260) a first control parameter when the identified resonant frequency is greater than the first threshold; adjusting (140; 254, 256) a second control parameter when the identified resonant frequency is between the first and the second thresholds; and adjusting (144; 262) a third control parameter when the identified resonant frequency is less than the second threshold.
Mixing rotor for mixing flowable building materials, based in particular on mortar or concrete mixtures, comprising a drive shaft designed to be coupled to a drive, in particular a drive chuck , and a mixing unit which is coupled to the drive shaft in terms of connection technology and has at least one mixing arm , the drive shaft being formed from a flat-profiled material portion and wherein the at least one mixing arm is connected to a shoulder formed at one end of the drive shaft , wherein the shoulder is formed integrally with the flat-profiled material section, characterized in that the shoulder protrudes at a narrow side of the flat-profiled material section, wherein the mixing arm is connected to the drive shaft via a material-locking connection formed at the shoulder .
Optical fibre distribution enclosure , comprising - a housing base and a housing cover , engageable with each other to form a housing of the enclosure , - a slack fibre storage device , arranged within the housing when the housing base and the housing cover are engaged with each other, - a tray holder , arranged within the housing when the housing base and the housing cover are engaged with each other, on which tray holder one or more fibre-optic trays can be mounted, - wherein the housing base comprises an entry opening for entry of a cable or of a fibre into the enclosure , - wherein the slack fibre storage device and the tray holder are arranged on a support panel which extends perpendicularly from the flat surface of the housing base , characterized in that the housing base , the slack fibre storage device , the support panel and the tray holder are integrally formed as one piece, and the slack fibre storage device is arranged between the housing base and the tray holder , and the housing base comprises a flat surface , and the support panel comprises two side bars arranged between the housing base and the slack fiber storage device , the side bars connecting the slack fibre storage device to the housing base to provide a distance between the slack fibre storage device to the housing base . - a housing base and a housing cover , engageable with each other to form a housing of the enclosure , - a slack fibre storage device , arranged within the housing when the housing base and the housing cover are engaged with each other, - a tray holder , arranged within the housing when the housing base and the housing cover are engaged with each other, on which tray holder one or more fibre-optic trays can be mounted, - wherein the housing base comprises an entry opening for entry of a cable or of a fibre into the enclosure , - wherein the slack fibre storage device and the tray holder are arranged on a support panel which extends perpendicularly from the flat surface of the housing base , characterized in that the housing base , the slack fibre storage device , the support panel and the tray holder are integrally formed as one piece, and the slack fibre storage device is arranged between the housing base and the tray holder , and the housing base comprises a flat surface , and the support panel comprises two side bars arranged between the housing base and the slack fiber storage device , the side bars connecting the slack fibre storage device to the housing base to provide a distance between the slack fibre storage device to the housing base .
Lock washer for a screw connection between a screw part and a component , - with an annular washer body which is bounded by a circumferential outer edge and an inner edge , - with a receiving bore delimited by the inner edge , into which the screw part is insertable, - with an upper annular surface provided on an upper side of the washer body , which has a toothing , - with a lower annular surface provided on a lower side of the washer body , which has a toothing which extends fully around the lower annular surface, characterized in, - that the toothing on the upper annular surface extends in a toothed region which is fully circumferential, - that the width of the toothed region on the upper annular surface is smaller than the width of the washer body between the outer edge and the inner edge , - that a non-toothed region is formed on the upper annular surface between the toothed region and the outer edge , - that the toothing extends over the entire width of the lower annular surface , and - that the toothing on the upper and/or lower annular surface is formed as helical toothing. - with an annular washer body which is bounded by a circumferential outer edge and an inner edge , - with a receiving bore delimited by the inner edge , into which the screw part is insertable, - with an upper annular surface provided on an upper side of the washer body , which has a toothing , - with a lower annular surface provided on a lower side of the washer body , which has a toothing which extends fully around the lower annular surface, characterized in, - that the toothing on the upper annular surface extends in a toothed region which is fully circumferential, - that the width of the toothed region on the upper annular surface is smaller than the width of the washer body between the outer edge and the inner edge , - that a non-toothed region is formed on the upper annular surface between the toothed region and the outer edge , - that the toothing extends over the entire width of the lower annular surface , and - that the toothing on the upper and/or lower annular surface is formed as helical toothing.
A method for calibrating a coverage database, which records positions of points within a network coverage area of a cellular network and signal strengths of signals received from different cells at each point of the points, comprising: transmitting (SI01) a measurement control message to one or more terminals in the network coverage area, wherein the measurement control message is used to instruct a terminal supporting Global Position System, GPS, to include geographical position information of current position of the terminal in a measurement report to be reported; receiving (S102) the measurement report transmitted by the terminal; storing (S103) signal strengths of signals received from respective cells by the terminal and the geographical position information of the terminal into the coverage database, if the measurement report include the signal strengths and the geographical position information; wherein the network coverage area is divided into grids, the coverage database stores the geographical position information and the signal strengths for the grids; and the method further comprises: if two or more pieces of geographical position information are received from a same grid, calculating arithmetic mean of the signal strengths associated with a certain cell corresponding to the two or more pieces of geographical position information and taking the arithmetic mean as the signal strength associated with the certain cell for the grid. transmitting (SI01) a measurement control message to one or more terminals in the network coverage area, wherein the measurement control message is used to instruct a terminal supporting Global Position System, GPS, to include geographical position information of current position of the terminal in a measurement report to be reported; receiving (S102) the measurement report transmitted by the terminal; storing (S103) signal strengths of signals received from respective cells by the terminal and the geographical position information of the terminal into the coverage database, if the measurement report include the signal strengths and the geographical position information; wherein the network coverage area is divided into grids, the coverage database stores the geographical position information and the signal strengths for the grids; and the method further comprises: if two or more pieces of geographical position information are received from a same grid, calculating arithmetic mean of the signal strengths associated with a certain cell corresponding to the two or more pieces of geographical position information and taking the arithmetic mean as the signal strength associated with the certain cell for the grid.
A working machine comprising: a machine body ; an operator seat mounted on the machine body ; a front working device swingable upward and downward, the front working device being provided forward of the operator seat and on one side in a machine-width direction (K2) eccentric with respect to a central portion of the operator seat ; and a front guard provided forward of the operator seat , wherein the front guard includes: a first frame member provided forward of the operator seat and on the one side; and a second frame member provided forward of the operator seat and on another side opposite to the one side, the first frame member includes: a main rod portion defining upper and lower portions of the first frame member , extending between the upper and lower portions of the first frame member , and provided rearward of the front working device , the working machine being characterized in that the main rod portion is formed to be positioned in a machine fore-and-aft direction closer to the operator seat than the second frame member . a machine body ; an operator seat mounted on the machine body ; a front working device swingable upward and downward, the front working device being provided forward of the operator seat and on one side in a machine-width direction (K2) eccentric with respect to a central portion of the operator seat ; and a front guard provided forward of the operator seat , wherein the front guard includes: a first frame member provided forward of the operator seat and on the one side; and a second frame member provided forward of the operator seat and on another side opposite to the one side, a first frame member provided forward of the operator seat and on the one side; and a second frame member provided forward of the operator seat and on another side opposite to the one side, the first frame member includes: a main rod portion defining upper and lower portions of the first frame member , extending between the upper and lower portions of the first frame member , and provided rearward of the front working device , the working machine being characterized in that the main rod portion is formed to be positioned in a machine fore-and-aft direction closer to the operator seat than the second frame member .
An orally administrable pharmaceutical composition comprising an effective amount of a solid, biologically active agent suspended in a non-aqueous liquid carrier, wherein the non-aqueous liquid carrier comprises: (a) greater than 14 wt.% of a free fatty acid having at least 8 carbons; (b) less than 10 wt.% of phospholipid; wherein the carrier releases the biologically active agent in a pH sensitive manner, and wherein the non-aqueous liquid carrier comprises only residual water and is immiscible in water or aqueous solutions, but capable of being dispersed in aqueous solutions releasing the active agent; and the solid, biologically active agent is a weak-acid NSAID. (a) greater than 14 wt.% of a free fatty acid having at least 8 carbons; (b) less than 10 wt.% of phospholipid; wherein the carrier releases the biologically active agent in a pH sensitive manner, and wherein the non-aqueous liquid carrier comprises only residual water and is immiscible in water or aqueous solutions, but capable of being dispersed in aqueous solutions releasing the active agent; and the solid, biologically active agent is a weak-acid NSAID.
A mover for use on a track providing a closed loop extending along a track circumferential path and having a mover support frame supporting a magnetic element for interacting with corresponding magnetic elements on the mover and supporting a first rail and a second rail extending along the circumferential path and displaced from each other a distance less than a length of the mover support frame in a direction perpendicular to the circumferential path, wherein each track provides two opposed parallel contact surfaces, wherein the mover support frame further supports a third rail extending along the circumferential path and displaced from the first and second rails in a direction perpendicular to the track circumferential path, the mover comprising: a frame supporting a magnetic element for interacting with corresponding magnetic elements on the track and supporting a first, a second and a third set of bearings; wherein each set of bearings provides two wheels (54a/54c, 56a/56c, 58a/58c) being rotatable about a respective axis and the axes for the two wheels being parallel and the wheels having peripheral contact surfaces opposed across a gap distance bisected by a center point between the contact surfaces, wherein the center points are displaced by a distance larger than the gap; wherein the wheels (54a/54c, 56a/56c, 58a/58c) of each set of bearings are mounted to the mover via flexible mounts of mounting surfaces on which the wheels (54a/54c, 56a/56c, 58a/58c) are attached to allow the wheels (54a/54c, 56a/56c, 58a/58c) to adapt to track variations, wherein the flexible mounts provide an elastic material ; and wherein the axes of the first bearing set and of the third bearing set are perpendicular to the axes of the second bearing set. a frame supporting a magnetic element for interacting with corresponding magnetic elements on the track and supporting a first, a second and a third set of bearings; wherein each set of bearings provides two wheels (54a/54c, 56a/56c, 58a/58c) being rotatable about a respective axis and the axes for the two wheels being parallel and the wheels having peripheral contact surfaces opposed across a gap distance bisected by a center point between the contact surfaces, wherein the center points are displaced by a distance larger than the gap; wherein the wheels (54a/54c, 56a/56c, 58a/58c) of each set of bearings are mounted to the mover via flexible mounts of mounting surfaces on which the wheels (54a/54c, 56a/56c, 58a/58c) are attached to allow the wheels (54a/54c, 56a/56c, 58a/58c) to adapt to track variations, wherein the flexible mounts provide an elastic material ; and wherein the axes of the first bearing set and of the third bearing set are perpendicular to the axes of the second bearing set.
A light fixture comprising a first element and a second element joined by cooperating first and second attachment structures , wherein the first attachment structure is located in a first compartment in the first element and extends in a first direction towards the second element , wherein the second attachment structure forms part of the second element , wherein the first element comprises an outwardly projecting wall portion forming a first collar circumferentially around a first opening in the first element , the projecting wall portion extending in a second direction being transverse to the first direction and terminating in a first free edge outside the first compartment , wherein the second element comprises a groove configured to receive the first collar, the groove extending circumferentially around a centre axis of the second attachment structure , characterized in that the groove comprises a first outwardly extending surface portion and a second outwardly extending surface portion , each of the first and second outwardly extending surface portions extending towards the first element from an outer surface of the second element and terminating at an opposite end point, the first and second outwardly extending surface portions each extending circumferential around the centre axis of the second attachment structure .
Planar decorative material having perforations , for interior fittings, in particular for the automobile industry, which decorative material serves to be illuminated on the rearward face thereof, by an illumination means , and allows a portion of the light from the illumination means to pass from the rear face of the decorative material , through the perforations , to the visible side of the decorative material , wherein a film is adhesively bonded to the rear face of the decorative material and the perforations extend from the rear face of the decorative material as far as the visible side thereof, but not through the film and the film is an adhesive film that is activatable under a temperature and/or pressure increase, characterized in that the heat- and/or pressure-activatable film can be pre-laminated onto the rear face of the decorative material under the application conditions for the prefixing, specifically increasing the temperature to a temperature T1 that is less than a temperature T2, and/or a first pressure increase to a pressure p1 that is lower than a pressure p2, and the film can be permanently adhesively bonded onto the illumination means by an increase to the temperature T2 and/or the pressure p2.
An ultrasonic instrument comprising: (a) a body , wherein the body defines a longitudinal axis, wherein the body is configured to receive an ultrasonic transducer ; (b) an actuation assembly , wherein the actuation assembly comprises: (i) a plurality of buttons , wherein the plurality of buttons are disposed angularly about the body, wherein each button of the plurality of buttons is configured to move toward and away from the longitudinal axis of the body, (ii) a switch , wherein each button of the plurality of buttons is configured to actuate the switch, and (iii) a band in communication with at least one button of the plurality of buttons, wherein the band is configured to translate transversely or flex to thereby actuate the switch in response to actuation of a button of the plurality of buttons; (c) a shaft assembly , wherein the shaft assembly comprises an acoustic waveguide , wherein the switch is operable to trigger activation of the acoustic waveguide; and (d) an ultrasonic blade , wherein the ultrasonic blade is in acoustic communication with the acoustic waveguide. (a) a body , wherein the body defines a longitudinal axis, wherein the body is configured to receive an ultrasonic transducer ; (b) an actuation assembly , wherein the actuation assembly comprises: (i) a plurality of buttons , wherein the plurality of buttons are disposed angularly about the body, wherein each button of the plurality of buttons is configured to move toward and away from the longitudinal axis of the body, (ii) a switch , wherein each button of the plurality of buttons is configured to actuate the switch, and (iii) a band in communication with at least one button of the plurality of buttons, wherein the band is configured to translate transversely or flex to thereby actuate the switch in response to actuation of a button of the plurality of buttons; (i) a plurality of buttons , wherein the plurality of buttons are disposed angularly about the body, wherein each button of the plurality of buttons is configured to move toward and away from the longitudinal axis of the body, (ii) a switch , wherein each button of the plurality of buttons is configured to actuate the switch, and (iii) a band in communication with at least one button of the plurality of buttons, wherein the band is configured to translate transversely or flex to thereby actuate the switch in response to actuation of a button of the plurality of buttons; (c) a shaft assembly , wherein the shaft assembly comprises an acoustic waveguide , wherein the switch is operable to trigger activation of the acoustic waveguide; and (d) an ultrasonic blade , wherein the ultrasonic blade is in acoustic communication with the acoustic waveguide.