mhurhangee/ep-ind-claims huggingface dataset:
A polycarbonate, comprising: repeating carbonate units derived from one or more phenolic monomers, the polycarbonate being endcapped with phenol or phenyl chloroformate, wherein each of the one or more phenolic monomers does not exhibit a half maximal inhibitory concentration (IC 50) less than 0.00025M for alpha or beta in vitro estradiol receptors, and wherein when the polycarbonate is subjected to conditions effective to provide one or more hydrolysis products, each of the one or more hydrolysis products does not exhibit a half maximal inhibitory concentration (IC 50) less than 0.00025M for alpha or beta in vitro estradiol receptors; and wherein the polycarbonate further comprises a phosphite or a phosphorus compound, and when the phosphite or the phosphorus compound is subjected to conditions effective to provide one or more phosphite hydrolysis product or one or more phosphorous compound hydrolysis products, each of the one or more phosphite hydrolysis products or each of the one or more phosphorous compound hydrolysis products does not exhibit a half maximal inhibitory concentration (IC 50) less than 0.00025M for alpha or beta in vitro estradiol receptors. repeating carbonate units derived from one or more phenolic monomers, the polycarbonate being endcapped with phenol or phenyl chloroformate, wherein each of the one or more phenolic monomers does not exhibit a half maximal inhibitory concentration (IC 50) less than 0.00025M for alpha or beta in vitro estradiol receptors, and wherein when the polycarbonate is subjected to conditions effective to provide one or more hydrolysis products, each of the one or more hydrolysis products does not exhibit a half maximal inhibitory concentration (IC 50) less than 0.00025M for alpha or beta in vitro estradiol receptors; and wherein the polycarbonate further comprises a phosphite or a phosphorus compound, and when the phosphite or the phosphorus compound is subjected to conditions effective to provide one or more phosphite hydrolysis product or one or more phosphorous compound hydrolysis products, each of the one or more phosphite hydrolysis products or each of the one or more phosphorous compound hydrolysis products does not exhibit a half maximal inhibitory concentration (IC 50) less than 0.00025M for alpha or beta in vitro estradiol receptors.
Method for the fertilization and either for the protection of agricultural crops against pests or against fruit physiological disorders or both for the protection of agricultural crops against pests and against fruit physiological disorders by applying a solid calcium composition comprising more than 98.5% weight of calcium carbonate, characterized in that it comprises applying between 1% and 12% weight of the solid calcium composition dispersed in an aqueous suspension, at a foliar level; and wherein the surface chemical composition of the solid calcium composition comprises Ca 2+, CO 3 2- and the following ionic species: CaOH +, CO 3 H - and CO 3 CaOH - under humidity conditions, providing a calcium bioavailability in the range of 62 ppm to 132 ppm.
A photodynamic tissue mapping device, comprising: a shaft with a proximal end and a distal end; at least one optical electrode (13, 14, 39) at the distal end of the shaft; at least one optical fiber positioned inside the shaft, wherein the at least one optical fiber extends from the distal end of the shaft, coupled to the at least one optical electrode at an outer surface of the shaft, to the proximal end of the shaft; a light source coupled to the at least one optical fiber at a proximal end of the at least one optical fiber; an optical sensor coupled to an at least one of the optical fibers or other receiving optical fiber; and an analyzer coupled to the optical sensor; the optical sensor is adapted to receive signals emitted by a voltage-sensitive dye and indicative of an activation of tissue in response to exposure of the voltage-sensitive dye to the light source provided via the at least one optical fiber, wherein detecting the voltage-sensitive detectable substance is mapping the electrical activity in the target portion of heart, and the at least one optical electrode (13, 14, 39) is a plurality of optical electrodes and the at least one optical fiber is a plurality of optical fibers, wherein the plurality of optical electrodes (13, 14, 39) is distributed along the shaft. a shaft with a proximal end and a distal end; at least one optical electrode (13, 14, 39) at the distal end of the shaft; at least one optical fiber positioned inside the shaft, wherein the at least one optical fiber extends from the distal end of the shaft, coupled to the at least one optical electrode at an outer surface of the shaft, to the proximal end of the shaft; a light source coupled to the at least one optical fiber at a proximal end of the at least one optical fiber; an optical sensor coupled to an at least one of the optical fibers or other receiving optical fiber; and an analyzer coupled to the optical sensor; the optical sensor is adapted to receive signals emitted by a voltage-sensitive dye and indicative of an activation of tissue in response to exposure of the voltage-sensitive dye to the light source provided via the at least one optical fiber, wherein detecting the voltage-sensitive detectable substance is mapping the electrical activity in the target portion of heart, and the at least one optical electrode (13, 14, 39) is a plurality of optical electrodes and the at least one optical fiber is a plurality of optical fibers, wherein the plurality of optical electrodes (13, 14, 39) is distributed along the shaft.
A method comprising: receiving at an intermediary network device, a request initiating a handshake exchange for a secure communication session between a first computing device and a second computing device through the intermediary network device; dividing the secure communication session between the first computing device and the second computing device into a first secure session between the first computing device and the intermediary network device and a second secure session between the intermediary network device and the second computing device; receiving at the intermediary network device, a first session ticket from the first computing device as part of the handshake exchange, the first session ticket enabling the intermediary network device to resume the first secure session using a first abbreviated handshake; determining a session state of a proxy client in the first secure session, the session state of the proxy client including the first session ticket; determining a session state of a proxy server in the second secure session; and encapsulating the session state of the proxy client and the session state of the proxy server as part of a second session ticket, the second session ticket enabling the second computing device to resume the second secure session using a second abbreviated handshake. receiving at an intermediary network device, a request initiating a handshake exchange for a secure communication session between a first computing device and a second computing device through the intermediary network device; dividing the secure communication session between the first computing device and the second computing device into a first secure session between the first computing device and the intermediary network device and a second secure session between the intermediary network device and the second computing device; receiving at the intermediary network device, a first session ticket from the first computing device as part of the handshake exchange, the first session ticket enabling the intermediary network device to resume the first secure session using a first abbreviated handshake; determining a session state of a proxy client in the first secure session, the session state of the proxy client including the first session ticket; determining a session state of a proxy server in the second secure session; and encapsulating the session state of the proxy client and the session state of the proxy server as part of a second session ticket, the second session ticket enabling the second computing device to resume the second secure session using a second abbreviated handshake.
A method of managing user equipment, UE, communications in a wireless communication system, comprising: obtaining, at a network entity, user data for transmission to one or more UEs on a downlink channel; determining one or more delivery constraints associated with at least one of the user data and the one or more UEs; and generating, based on the user data for transmission and the one or more delivery constraints, a data structure for allocating downlink channel resources for transmission of the user data, wherein the data structure comprises: multiple resource element blocks into which a frequency bandwidth is divided within a symbol, wherein the symbol is one of multiple symbols in a downlink subframe and defines a transmission time interval, TTI, wherein a resource element block of the multiple resource element blocks defines both of a control region and a data region, and wherein the resource element block includes a same number of resource elements as another resource element block of the one or more resource element blocks; and a downlink resource grant, located within the control region, for a UE of the one or more UEs served by the downlink channel; and transmitting the user data to the UE according to the downlink resource grant of the data structure. obtaining, at a network entity, user data for transmission to one or more UEs on a downlink channel; determining one or more delivery constraints associated with at least one of the user data and the one or more UEs; and generating, based on the user data for transmission and the one or more delivery constraints, a data structure for allocating downlink channel resources for transmission of the user data, wherein the data structure comprises: multiple resource element blocks into which a frequency bandwidth is divided within a symbol, wherein the symbol is one of multiple symbols in a downlink subframe and defines a transmission time interval, TTI, wherein a resource element block of the multiple resource element blocks defines both of a control region and a data region, and wherein the resource element block includes a same number of resource elements as another resource element block of the one or more resource element blocks; and a downlink resource grant, located within the control region, for a UE of the one or more UEs served by the downlink channel; and transmitting the user data to the UE according to the downlink resource grant of the data structure. multiple resource element blocks into which a frequency bandwidth is divided within a symbol, wherein the symbol is one of multiple symbols in a downlink subframe and defines a transmission time interval, TTI, wherein a resource element block of the multiple resource element blocks defines both of a control region and a data region, and wherein the resource element block includes a same number of resource elements as another resource element block of the one or more resource element blocks; and a downlink resource grant, located within the control region, for a UE of the one or more UEs served by the downlink channel; and transmitting the user data to the UE according to the downlink resource grant of the data structure.
An apparatus (105, 200) comprising means for: receiving a first message, the first message comprising channel state information reference signal, CSI-RS, resource information for measuring a CSI-RS; causing the apparatus (105, 200), when operating the apparatus (105, 200) in a first radio resource control mode, to measure the CSI-RS based on the CSI-RS resource information; controlling the measuring of the CSI-RS based on the CSI-RS resource information based on at least one of: an area condition; and a time condition; characterised by one of: limiting measurement of the CSI-RS based on the CSI-RS resource information to a cell where the apparatus (105, 200) transitioned to the first radio resource mode; limiting measurement of the CSI-RS based on the CSI-RS resource information to an area based on area information within the first message, the area information within the first message comprising at least one of: a radio access network area; at least one gNB identity; at least one cell identity; and at least one tracking area; or limiting measurement of the CSI-RS based on the CSI-RS resource information based on an area which forces the apparatus to transition to the second mode. receiving a first message, the first message comprising channel state information reference signal, CSI-RS, resource information for measuring a CSI-RS; causing the apparatus (105, 200), when operating the apparatus (105, 200) in a first radio resource control mode, to measure the CSI-RS based on the CSI-RS resource information; controlling the measuring of the CSI-RS based on the CSI-RS resource information based on at least one of: an area condition; and a time condition; characterised by one of: limiting measurement of the CSI-RS based on the CSI-RS resource information to a cell where the apparatus (105, 200) transitioned to the first radio resource mode; limiting measurement of the CSI-RS based on the CSI-RS resource information to an area based on area information within the first message, the area information within the first message comprising at least one of: a radio access network area; at least one gNB identity; at least one cell identity; and at least one tracking area; or limiting measurement of the CSI-RS based on the CSI-RS resource information based on an area which forces the apparatus to transition to the second mode. an area condition; and a time condition; limiting measurement of the CSI-RS based on the CSI-RS resource information to a cell where the apparatus (105, 200) transitioned to the first radio resource mode; limiting measurement of the CSI-RS based on the CSI-RS resource information to an area based on area information within the first message, the area information within the first message comprising at least one of: a radio access network area; at least one gNB identity; at least one cell identity; and at least one tracking area; or limiting measurement of the CSI-RS based on the CSI-RS resource information based on an area which forces the apparatus to transition to the second mode.
A process for preparing the compound 2'-Fluoro-6'-Methylene-Carbocyclic Adenosine (FMCA) from compound 8: the process comprising the steps of: (a) condensing an amine protected 6-amino purine compound according to the chemical structure: where P represents one or two amine protecting groups onto compound 8 in the presence of triphenylphosphine and diisopropylazidocarboxylate (DIAD) in solvent to produce compound 8P: where P represents one or two amine protecting groups; and (b) subjecting compound 8P to deprotection to produce compound 10 (FMCA) wherein the synthesis may be conducted in a single pot or in steps, with separation and/or purification to produce either of compounds 8P and compound 10 (FMCA). (a) condensing an amine protected 6-amino purine compound according to the chemical structure: where P represents one or two amine protecting groups onto compound 8 in the presence of triphenylphosphine and diisopropylazidocarboxylate (DIAD) in solvent to produce compound 8P: where P represents one or two amine protecting groups; and (b) subjecting compound 8P to deprotection to produce compound 10 (FMCA) wherein the synthesis may be conducted in a single pot or in steps, with separation and/or purification to produce either of compounds 8P and compound 10 (FMCA).
Musical watch case including at least one cover assembly, which includes on the one hand a bezel, and on the other at least one crystal or one case back, a casing ring, a case middle which has a first surface for receiving and supporting said cover assembly and a median surface for receiving and supporting said casing ring, said case including at least one gong integral with said case middle and including a resonant part distinct from the walls of said case middle, wherein said case middle supports said cover assembly via at least one lug comprised in said bezel or said case middle and which is arranged to allow said cover assembly to vibrate and radiate at frequencies comprised between 4 kHz and 6 kHz, each said lug being distinct from every other said lug and having no contact with any other said lug, and wherein said at least one lug includes, at a solid distal end, at least one support surface arranged to cooperate in abutment with said case middle or respectively said bezel, and securing means arranged to rigidly secure said at least one lug via its said at least one support surface resting or compressed on said case middle or respectively said bezel, said each said lug including, between said case middle and said bezel, a thin, elastic median strip, more flexible than said solid distal end, and whose thickness is smaller than the smallest cross-section of each said gong, and where said case middle includes at least one substantially annular, peripheral wall defining an inner chamber extending around said casing ring, and where said case includes, at a distance from said median support surface for said casing ring on said case middle, at least a first substantially ring-shaped silent-block gasket arranged to limit the transfer of vibrations between an operating musical movement or striking work and the external parts of said case and to decrease unwanted noise without hampering the vibration of each said gong.
Suspension support element for a motor vehicle, constituted by a suspension arm or wishbone, having: - a body designed to secure a wheel to a chassis of the motor vehicle, and - at least one aerodynamic appendage (200, 300) that is designed to modify the flow of the air around said body when the motor vehicle advances, and forms a single one-piece part with said body, characterized in that said at least one aerodynamic appendage (200, 300) has an air deflector constituted by a cooling scoop for a braking system of the motor vehicle, and at least one wall (310, 320) that is substantially flat, has at least one opening (311, 321) and is situated in a plane substantially parallel to the mean plane of the body. - a body designed to secure a wheel to a chassis of the motor vehicle, and - at least one aerodynamic appendage (200, 300) that is designed to modify the flow of the air around said body when the motor vehicle advances, and forms a single one-piece part with said body,
A process for the preparation of 2-chloro-1-(2-chlorothiazol-5-yl)ethanone comprising at least the steps of: a) preparing a compound of formula I wherein X is halogen; by reaction of 2-chlorothiazole with RMgX, wherein R is C 1 -C 6 -alkyl; b1) reacting the compound of formula with a chloroacetyl chloride in a batch reactor; or b2) reacting the compound of formula with a chloroacetyl chloride in a continuous flow reactor. a) preparing a compound of formula I wherein X is halogen; by reaction of 2-chlorothiazole with RMgX, wherein R is C 1 -C 6 -alkyl; b1) reacting the compound of formula with a chloroacetyl chloride in a batch reactor; or b2) reacting the compound of formula with a chloroacetyl chloride in a continuous flow reactor.
A method for detecting capacitor degradation in a filter circuit in a power conversion system, the filter circuit being coupled between a power converter input and an active front end, AFE, rectifier, the filter circuit comprising first, second, and third series circuits individually including at least one filter inductor (Lu, Lv, Lw) coupled between a corresponding phase of the power converter input and a corresponding phase of the three phase AC input of the AFE rectifier, first, second, and third capacitor circuit branches (22r, 22s, 22t) respectively connected to the first, second and third series circuits, and three filter capacitors (C RS, C ST, C TR; C R, C S, C T) with each filter capacitor being connected to at least one of the capacitor circuit branches (22 r, 22s, 22t), the method comprising: measuring a plurality of filter circuit branch currents (i r, i s, i t) for respective capacitor circuit branches (22r, 22s, 22t) of the filter circuit; measuring a plurality of filter circuit voltages (v rs, v st, v tr. v rn, v sn, v tn) across respective capacitors (C RS, C ST, C TR; C R, C S, C T) of the filter circuit; computing a plurality of nominal filter circuit branch currents (i Rc, i Sc, i Tc) using the measured filter circuit voltages (v rs, v st, v tr, v rn, v sn, v tn), a filter operating frequency, ω, and at least one nominal capacitance value, C; computing a plurality of current change values (ΔI R, ΔI S, ΔI T) representing deviations of individual measured filter circuit branch currents (i r, i s, i t) from the corresponding nominal filter circuit branch currents (i Rc, i Sc, i Tc); and selectively identifying a filter capacitor degradation condition in the filter circuit according to a comparison of the current change values (ΔI R, ΔI S, ΔI T) with one or more thresholds. measuring a plurality of filter circuit branch currents (i r, i s, i t) for respective capacitor circuit branches (22r, 22s, 22t) of the filter circuit; measuring a plurality of filter circuit voltages (v rs, v st, v tr. v rn, v sn, v tn) across respective capacitors (C RS, C ST, C TR; C R, C S, C T) of the filter circuit; computing a plurality of nominal filter circuit branch currents (i Rc, i Sc, i Tc) using the measured filter circuit voltages (v rs, v st, v tr, v rn, v sn, v tn), a filter operating frequency, ω, and at least one nominal capacitance value, C; computing a plurality of current change values (ΔI R, ΔI S, ΔI T) representing deviations of individual measured filter circuit branch currents (i r, i s, i t) from the corresponding nominal filter circuit branch currents (i Rc, i Sc, i Tc); and selectively identifying a filter capacitor degradation condition in the filter circuit according to a comparison of the current change values (ΔI R, ΔI S, ΔI T) with one or more thresholds.