mhurhangee/ep-ind-claims huggingface dataset:
An accommodating intraocular lens comprising: a lens optic coupled to two haptics, said two haptics disposed on opposite first and second sides of the lens optic, wherein the first side, the lens optic, and the second side are arranged along a longitudinal axis (A-A) of said intraocular lens; a plurality of connecting bars connecting the lens optic to the two haptics, the connecting bars having a length disposed orthogonal to said longitudinal axis (A-A) of said intraocular lens; an optic appendage attached to said lens optic, wherein the connecting bar connects the optic appendage and said haptics, characterised in that the accommodating intraocular lens is provided with an elongate slot formed between the optic appendage and said haptics, the elongate slot partially traversing said one of the two haptics in a transverse direction orthogonal to the longitudinal axis; wherein the connecting bars are flexibly coupled to the lens optic periphery so that the connecting bars can rotate about an axis extending along their length when the intraocular lens is subjected to a pressure change. a lens optic coupled to two haptics, said two haptics disposed on opposite first and second sides of the lens optic, wherein the first side, the lens optic, and the second side are arranged along a longitudinal axis (A-A) of said intraocular lens; a plurality of connecting bars connecting the lens optic to the two haptics, the connecting bars having a length disposed orthogonal to said longitudinal axis (A-A) of said intraocular lens; an optic appendage attached to said lens optic, wherein the connecting bar connects the optic appendage and said haptics, characterised in that the accommodating intraocular lens is provided with an elongate slot formed between the optic appendage and said haptics, the elongate slot partially traversing said one of the two haptics in a transverse direction orthogonal to the longitudinal axis; wherein the connecting bars are flexibly coupled to the lens optic periphery so that the connecting bars can rotate about an axis extending along their length when the intraocular lens is subjected to a pressure change.
A nickel-titanium-rare earth alloy comprising: nickel at a concentration of from 35 at.% to 65 at.%; a rare earth element at a concentration of from 1.5 at.% to 15 at.%; boron at a concentration of from 0.001 at.% up to 0.1 at.%; and titanium at a concentration of from 34 at.% to 60 at.%; wherein the alloy optionally comprises no more than 14.9 at.% of one or more additional alloying elements selected from the group Al, Cr, Mn, Fe, Co, Cu, Zn, Ga, Ge, Zr, Nb, Mo, Tc, Ru, Rh, Pd, Ag, Cd, In, Sn, Sb, Hf, Ta, W, Re, Os, Ir, Pt, Au, Hg, Tl, Pb, Bi, Po, V and mischmetal. nickel at a concentration of from 35 at.% to 65 at.%; a rare earth element at a concentration of from 1.5 at.% to 15 at.%; boron at a concentration of from 0.001 at.% up to 0.1 at.%; and titanium at a concentration of from 34 at.% to 60 at.%;
An adaptive method carried out in a terminal, the method comprising: detecting whether screen usage modes for at least two applications using an audio function processed in parallel by the terminal are of same usage mode based on screen usage parameters of the applications, wherein the screen usage parameters of an application indicate that a screen usage mode of the application is a landscape screen usage mode or a portrait screen usage mode; and in response to detecting that the screen usage modes for the at least two applications are different usage modes, obtaining detection data of a gravity sensor in the terminal and determining a current screen usage state of the terminal based on the detection data; the method being characterised by the steps of: determining an application whose screen usage mode is not consistent with the current screen usage state of the terminal among the at least two applications; modifying screen usage parameters of the application to screen usage parameters corresponding to the current screen state, wherein the screen usage parameters include audio parameters; and adjusting microphone parameters for voice collection based on the current screen usage state. detecting whether screen usage modes for at least two applications using an audio function processed in parallel by the terminal are of same usage mode based on screen usage parameters of the applications, wherein the screen usage parameters of an application indicate that a screen usage mode of the application is a landscape screen usage mode or a portrait screen usage mode; and in response to detecting that the screen usage modes for the at least two applications are different usage modes, obtaining detection data of a gravity sensor in the terminal and determining a current screen usage state of the terminal based on the detection data; the method being characterised by the steps of: determining an application whose screen usage mode is not consistent with the current screen usage state of the terminal among the at least two applications; modifying screen usage parameters of the application to screen usage parameters corresponding to the current screen state, wherein the screen usage parameters include audio parameters; and adjusting microphone parameters for voice collection based on the current screen usage state. determining an application whose screen usage mode is not consistent with the current screen usage state of the terminal among the at least two applications; modifying screen usage parameters of the application to screen usage parameters corresponding to the current screen state, wherein the screen usage parameters include audio parameters; and adjusting microphone parameters for voice collection based on the current screen usage state.
A computer-readable medium having computer-executable instructions, the instructions comprising: receiving at an email server component (304, 305, 306, 402, 502, 1804) a request for an email message from an email client component, the request comprising an indication that a best message body of the email message is desired, wherein if there is only a single email message body associated with the requested email message, then it is best and wherein if there are several email bodies available, then the email server component chooses the best from among them according to a predetermined ranking of email message body formats accessing a data store associated with the email server component and choosing the best message body of the email message that is available in the data store independent of converting the format of available message bodies; and retrieving and returning the best message body which has been chosen to the email client component without converting the format of the best message body. receiving at an email server component (304, 305, 306, 402, 502, 1804) a request for an email message from an email client component, the request comprising an indication that a best message body of the email message is desired, wherein if there is only a single email message body associated with the requested email message, then it is best and wherein if there are several email bodies available, then the email server component chooses the best from among them according to a predetermined ranking of email message body formats accessing a data store associated with the email server component and choosing the best message body of the email message that is available in the data store independent of converting the format of available message bodies; and retrieving and returning the best message body which has been chosen to the email client component without converting the format of the best message body.
A fuel injection device comprising: a valve body that comes into contact with a valve seat, to close a fuel passage, and moves away from the valve seat, to open the fuel passage in order to inject fuel through at least one orifice; a mover that performs valve opening and closing operations in collaboration with the valve body; and a magnetic core that is excited by energization of a coil and that generates a magnetic force to drive the mover, wherein the magnetic core has a hole that is opened in an end surface (206, 604) opposite to the mover and formed in a direction along a valve stem, and wherein the hole has an inner diameter enlarged part (201, 701, 702, 801, 180, 181, 550), in which an inner diameter is gradually enlarged from a back side of the hole toward the end surface (206, 604), in an opening to the end surface, wherein an interval between a surface where the inner diameter enlarged part (201, 701, 702, 801, 180, 181, 550) is formed and the mover in the direction along the valve stem is increased as the inner diameter of the inner diameter enlarged part (201, 701, 702, 801, 180, 181, 550) becomes smaller, wherein the hole of the magnetic core forms a fuel passage, characterized in that the hole has a large diameter part formed in an upstream part of the inner diameter enlarged part, wherein an inner diameter of the large diameter part is larger than an inner diameter (dc) of the magnetic core. a valve body that comes into contact with a valve seat, to close a fuel passage, and moves away from the valve seat, to open the fuel passage in order to inject fuel through at least one orifice; a mover that performs valve opening and closing operations in collaboration with the valve body; and a magnetic core that is excited by energization of a coil and that generates a magnetic force to drive the mover,
A hose release device for a pressure medium system wherein the hose release device comprises: at least one support surface for supporting at least one pressure medium hose, and the at least one support surface has an initial position and a movement range allowing movement away from the initial position; characterized by at least one force member generating a support force for maintaining the support surface in the initial position; and wherein the support surface is allowed to be moved away from the initial position when a force is directed to the support surface from the at least one pressure medium hose; and the hose release device is a protecting device dedicated to allow length compensation when length of the supported pressure medium hose is shortened due expansion of an outer diameter of the pressure medium hose caused by high pressure prevailing inside the hose. at least one support surface for supporting at least one pressure medium hose, and the at least one support surface has an initial position and a movement range allowing movement away from the initial position; characterized by at least one force member generating a support force for maintaining the support surface in the initial position; and wherein the support surface is allowed to be moved away from the initial position when a force is directed to the support surface from the at least one pressure medium hose; and the hose release device is a protecting device dedicated to allow length compensation when length of the supported pressure medium hose is shortened due expansion of an outer diameter of the pressure medium hose caused by high pressure prevailing inside the hose.
System for the aftertreatment of exhaust gases from an exhaust line of a spark-ignition internal combustion engine comprising at least one cylinder, a fresh air intake manifold, and an exhaust manifold, and which can further comprise a turbo-compression system comprising a turbine driven by the exhaust gases and a compressor mounted on the same axis as the turbine and providing air compression, the system comprising: a three-way oxidation-reduction catalytic converter located directly downstream of the exhaust manifold or the turbine; a first particulate filter mounted directly downstream of the catalytic converter; and a second particulate filter located downstream of the first particulate filter, characterized in that it comprises an exhaust gas energy recovery device for cooling the exhaust gases upstream of the second particulate filter, the exhaust gas energy recovery device having a so-called cooling fluid flowing through it. a three-way oxidation-reduction catalytic converter located directly downstream of the exhaust manifold or the turbine; a first particulate filter mounted directly downstream of the catalytic converter; and a second particulate filter located downstream of the first particulate filter, characterized in that it comprises an exhaust gas energy recovery device for cooling the exhaust gases upstream of the second particulate filter, the exhaust gas energy recovery device having a so-called cooling fluid flowing through it.
A radio transceiver comprising: a radio frequency component (4, 6); and one or more hardware resources, wherein the one or more hardware resources comprises at least one from the group comprising: a processor; memory; a peripheral device; an algorithmic hardware accelerator; and the radio frequency component (4, 6); a cellular communication radio, operable in an active mode (24a, 24b) wherein the cellular communication radio has access to the one or more hardware resources for transmitting and/or receiving cellular communication signals, and an inactive mode (26a, 26b) wherein the cellular communication radio does not access the one or more hardware resources; a global navigation satellite systems radio, arranged to access the one or more hardware resources only when the cellular communication radio is operated in the inactive mode (26a, 26b), wherein the global navigation satellite systems radio is arranged to use the one or more hardware resources to receive positioning signals (28a, 28b); a memory arranged to store instructions for carrying out communications; and a memory management module; wherein the memory management module is arranged to: store instructions for carrying out cellular communication when the cellular communication radio is in the active mode (24a, 24b); and store instructions for carrying out global navigation satellite systems communication when the cellular communication radio is in the inactive mode (26a, 26b). a radio frequency component (4, 6); and one or more hardware resources, wherein the one or more hardware resources comprises at least one from the group comprising: a processor; memory; a peripheral device; an algorithmic hardware accelerator; and the radio frequency component (4, 6); a cellular communication radio, operable in an active mode (24a, 24b) wherein the cellular communication radio has access to the one or more hardware resources for transmitting and/or receiving cellular communication signals, and an inactive mode (26a, 26b) wherein the cellular communication radio does not access the one or more hardware resources; a global navigation satellite systems radio, arranged to access the one or more hardware resources only when the cellular communication radio is operated in the inactive mode (26a, 26b), wherein the global navigation satellite systems radio is arranged to use the one or more hardware resources to receive positioning signals (28a, 28b); a memory arranged to store instructions for carrying out communications; and a memory management module; wherein the memory management module is arranged to: store instructions for carrying out cellular communication when the cellular communication radio is in the active mode (24a, 24b); and store instructions for carrying out global navigation satellite systems communication when the cellular communication radio is in the inactive mode (26a, 26b). store instructions for carrying out cellular communication when the cellular communication radio is in the active mode (24a, 24b); and store instructions for carrying out global navigation satellite systems communication when the cellular communication radio is in the inactive mode (26a, 26b).
A preparation method for an oxygen reduction catalyst using graphite from waste battery negative electrodes, comprising the following steps: collecting graphite particles from waste batteries, and then performing heat treatment on the graphite particles; ball-milling and mixing the treated graphite particles, an iron salt and a nitrogenous organic compound to obtain a catalyst precursor; performing carbonization treatment on the catalyst precursor in an inert atmosphere to obtain a carbon-based mixture containing iron and nitrogen; and dissolving the carbon-based mixture containing iron and nitrogen in an acid solution, filtering and drying the same, and performing carbonization treatment in an inert atmosphere again to obtain the oxygen reduction catalyst using graphite from waste battery negative electrodes. collecting graphite particles from waste batteries, and then performing heat treatment on the graphite particles; ball-milling and mixing the treated graphite particles, an iron salt and a nitrogenous organic compound to obtain a catalyst precursor; performing carbonization treatment on the catalyst precursor in an inert atmosphere to obtain a carbon-based mixture containing iron and nitrogen; and dissolving the carbon-based mixture containing iron and nitrogen in an acid solution, filtering and drying the same, and performing carbonization treatment in an inert atmosphere again to obtain the oxygen reduction catalyst using graphite from waste battery negative electrodes.
Device for generating at least one supply voltage and at least one clock signal, configured to supply and clock a synchronous digital circuit, comprising at least: - an oscillator circuit comprising a signal propagation path, the delay whereof is representative of the delay of a critical path of the synchronous digital circuit and which varies as a function of the value of a power supply voltage to the oscillator circuit, and configured to output, from an output which is capable of being coupled to a clock input of the synchronous digital circuit, a periodic signal, the frequency whereof depends on the delay of the signal propagation path; - a resistive element of resistance R; - a switched capacitor comprising a capacitance C (130, 131) and which is coupled to the output of the oscillator circuit such that the switching frequency of the switched capacitor corresponds to the frequency of the periodic signal output from the output of the oscillator circuit or to a multiple or to a divisor of the frequency of the periodic signal output from the output of the oscillator circuit; - an amplifier circuit (110, 118) configured to output, from an output coupled to a power supply input of the oscillator circuit, a voltage, the amplitude whereof is representative of a difference between the value of the resistance R and the value of an equivalent resistance of the switched capacitor. - an oscillator circuit comprising a signal propagation path, the delay whereof is representative of the delay of a critical path of the synchronous digital circuit and which varies as a function of the value of a power supply voltage to the oscillator circuit, and configured to output, from an output which is capable of being coupled to a clock input of the synchronous digital circuit, a periodic signal, the frequency whereof depends on the delay of the signal propagation path; - a resistive element of resistance R; - a switched capacitor comprising a capacitance C (130, 131) and which is coupled to the output of the oscillator circuit such that the switching frequency of the switched capacitor corresponds to the frequency of the periodic signal output from the output of the oscillator circuit or to a multiple or to a divisor of the frequency of the periodic signal output from the output of the oscillator circuit; - an amplifier circuit (110, 118) configured to output, from an output coupled to a power supply input of the oscillator circuit, a voltage, the amplitude whereof is representative of a difference between the value of the resistance R and the value of an equivalent resistance of the switched capacitor.
An antibiotic aid comprising an ion-exchange material loaded with antibiotic metal cations, characterized in that said aid further comprises an anion sink, the anion sink comprising: - a container wherein said ion-exchange material is provided, the container having pores impermeable to precipitated salts or salts crystals of said antibiotic metal cations and permeable to water and to the antibiotic metal cations; or - an anion ad(b)sorbent. - a container wherein said ion-exchange material is provided, the container having pores impermeable to precipitated salts or salts crystals of said antibiotic metal cations and permeable to water and to the antibiotic metal cations; or - an anion ad(b)sorbent.
A telehandler equipped with at least one electric propulsion motor and with several containment compartments for housing means (200, 300) for powering said motor; characterized in that at least one of said compartments is provided with an access opening to allow a user to insert or extract at least one source of electricity (200, 300) included in said power supply means; wherein a plurality of electric batteries is made available, each designed to be inserted in one of the compartments; wherein at least one electricity generator apparatus is provided for insertion in one of the compartments; wherein said telehandler is equipped with two alternative power supply configurations: a fully electrical configuration wherein the above-mentioned power supply means include only one or more electric batteries; and a hybrid configuration wherein the above-mentioned power supply means include said electricity generator apparatus. characterized in that at least one of said compartments is provided with an access opening to allow a user to insert or extract at least one source of electricity (200, 300) included in said power supply means; wherein a plurality of electric batteries is made available, each designed to be inserted in one of the compartments; wherein at least one electricity generator apparatus is provided for insertion in one of the compartments; wherein said telehandler is equipped with two alternative power supply configurations: a fully electrical configuration wherein the above-mentioned power supply means include only one or more electric batteries; and a hybrid configuration wherein the above-mentioned power supply means include said electricity generator apparatus. a fully electrical configuration wherein the above-mentioned power supply means include only one or more electric batteries; and a hybrid configuration wherein the above-mentioned power supply means include said electricity generator apparatus.
An article of footwear, comprising: an upper having an upper interior surface and an upper exterior surface, the upper interior surface being disposed closer to an interior cavity of the upper than the upper exterior surface; a sole structure having a sole interior surface and a sole exterior surface; a mesh structure comprised of a plurality of cords, the mesh structure being wrapped around the article of footwear; wherein a portion of the mesh structure is in contact with a portion of the upper exterior surface; wherein a portion of the mesh structure is in contact with the sole exterior surface; wherein the sole structure includes a plurality of channels to receive some of the plurality of cords, and wherein the plurality of channels extend through the bottom portion of the sole structure and through a side wall portion of the sole structure. an upper having an upper interior surface and an upper exterior surface, the upper interior surface being disposed closer to an interior cavity of the upper than the upper exterior surface; a sole structure having a sole interior surface and a sole exterior surface; a mesh structure comprised of a plurality of cords, the mesh structure being wrapped around the article of footwear; wherein a portion of the mesh structure is in contact with a portion of the upper exterior surface; wherein a portion of the mesh structure is in contact with the sole exterior surface; wherein the sole structure includes a plurality of channels to receive some of the plurality of cords, and wherein the plurality of channels extend through the bottom portion of the sole structure and through a side wall portion of the sole structure.