mhurhangee/patent-ind-claim-en huggingface dataset:
Sensing device for monitoring an electrical component or apparatus, the sensing device being attachable to an electrical conductor and comprising: a sensor for measuring at least one physical property; a wireless communication unit for transmitting measurement data to a receiver; an energy harvesting unit configured to harvest energy from a current flowing through the electrical conductor and comprising an electromagnetic coil wound around a core ; and a connection mechanism to make the core connectable to a strap comprising a material having a high magnetic permeability, characterized in the sensing device being configured to be operable when no strap is connected to the core and energy is harvested via an open magnetic circuit, as well as when a strap is connected to the core and energy is harvested via a closed magnetic circuit. a sensor for measuring at least one physical property; a wireless communication unit for transmitting measurement data to a receiver; an energy harvesting unit configured to harvest energy from a current flowing through the electrical conductor and comprising an electromagnetic coil wound around a core ; and a connection mechanism to make the core connectable to a strap comprising a material having a high magnetic permeability, characterized in the sensing device being configured to be operable when no strap is connected to the core and energy is harvested via an open magnetic circuit, as well as when a strap is connected to the core and energy is harvested via a closed magnetic circuit.
A permeable composite material for making an electrode for an electrochemical cell, the composite material comprising: a fibrous support comprising a woven or non-woven material defining pores; and an alkali metal deposit on the support within a plurality of said pores wherein the support defines through pores from a first side of the support to a second side of the support and the alkali metal is deposited on the support such that a plurality of through pores are retained in the composite material. a fibrous support comprising a woven or non-woven material defining pores; and an alkali metal deposit on the support within a plurality of said pores wherein the support defines through pores from a first side of the support to a second side of the support and the alkali metal is deposited on the support such that a plurality of through pores are retained in the composite material.
A motor management system for a multiphase induction motor , comprising: a power supply configured to provide power to the induction motor ; a controller connected to the power supply and configured to control the power provided to the induction motor by the power supply ; and characterized by an overload protection device connected to the power supply and configured to calculate a positive phase sequence current magnitude and a negative phase sequence current magnitude from the power provided to the induction motor during a startup interval of the induction motor ; wherein the overload protection device is further configured to remove the power provided to the induction motor based on a ratio of the positive phase sequence current magnitude to the negative phase sequence current magnitude; and wherein the overload protection device removes the power provided to the induction motor if the ratio remains substantially unchanged from a ratio of a previously derived positive phase sequence current magnitude to a previously derived negative phase sequence current magnitude during the startup interval. a power supply configured to provide power to the induction motor ; a controller connected to the power supply and configured to control the power provided to the induction motor by the power supply ; and characterized by an overload protection device connected to the power supply and configured to calculate a positive phase sequence current magnitude and a negative phase sequence current magnitude from the power provided to the induction motor during a startup interval of the induction motor ; wherein the overload protection device is further configured to remove the power provided to the induction motor based on a ratio of the positive phase sequence current magnitude to the negative phase sequence current magnitude; and wherein the overload protection device removes the power provided to the induction motor if the ratio remains substantially unchanged from a ratio of a previously derived positive phase sequence current magnitude to a previously derived negative phase sequence current magnitude during the startup interval.
An occupant safety system for a motor vehicle , comprising a steering wheel which can be rotated about a steering axis (A) for changing the driving direction and a steering wheel rim for manually operating the steering wheel , wherein the steering wheel rim is movable between a steering mode position and an occupant safety position, wherein the steering wheel rim spans a rim plane (E) that extends in the steering mode position perpendicularly to the steering axis (A), and wherein the steering wheel rim in its occupant safety position is translationally shifted along the steering axis (A) relative to the steering mode position, wherein a knee airbag module mounted outside the steering wheel is provided which includes a knee airbag which, when the module is activated, extends into a space between an instrument panel of the motor vehicle and a vehicle occupant , characterized in that the steering wheel rim in its occupant safety position is pivoted relative to the steering mode position about an axis of rotation (B) so that the rim plane (E) does no longer extend perpendicularly to the steering axis (A), wherein a front airbag module mounted outside the steering wheel is provided which includes a front airbag which, when the module is activated, extends into a space between the steering wheel rim and a vehicle occupant . a steering wheel which can be rotated about a steering axis (A) for changing the driving direction and a steering wheel rim for manually operating the steering wheel , wherein the steering wheel rim is movable between a steering mode position and an occupant safety position, wherein the steering wheel rim spans a rim plane (E) that extends in the steering mode position perpendicularly to the steering axis (A), and wherein the steering wheel rim in its occupant safety position is translationally shifted along the steering axis (A) relative to the steering mode position, wherein a knee airbag module mounted outside the steering wheel is provided which includes a knee airbag which, when the module is activated, extends into a space between an instrument panel of the motor vehicle and a vehicle occupant , characterized in that the steering wheel rim in its occupant safety position is pivoted relative to the steering mode position about an axis of rotation (B) so that the rim plane (E) does no longer extend perpendicularly to the steering axis (A), wherein a front airbag module mounted outside the steering wheel is provided which includes a front airbag which, when the module is activated, extends into a space between the steering wheel rim and a vehicle occupant .
A method of manufacture of a melt polycarbonate, comprising: melt polymerizing a bisphenol and diphenyl carbonate to form phenol and the melt polycarbonate in a polymerization unit; removing an overhead stream comprising the phenol in a gas phase from the polymerization unit; combining the overhead stream with a gas stream comprising a solvent in a gas phase to form a combined gas stream; wherein the combined gas stream has a freezing point at less than 3 mbar absolute that is less than the triple point of phenol; and condensing the combined gas stream in a condenser to form a condensed stream comprising the phenol and the solvent in a liquid phase. melt polymerizing a bisphenol and diphenyl carbonate to form phenol and the melt polycarbonate in a polymerization unit; removing an overhead stream comprising the phenol in a gas phase from the polymerization unit; combining the overhead stream with a gas stream comprising a solvent in a gas phase to form a combined gas stream; wherein the combined gas stream has a freezing point at less than 3 mbar absolute that is less than the triple point of phenol; and condensing the combined gas stream in a condenser to form a condensed stream comprising the phenol and the solvent in a liquid phase.
Dried leaves of a Stevia rebaudiana cultivar of '807086', '814011', '817096' or a F1, F2 or F3 progeny of at least one of the Stevia rebaudiana cultivars '807086', '814011' and '817096', wherein a representative sample of live plant tissue of said '807086' cultivar has been deposited under CGMCC No. 9702; wherein a representative sample of live plant tissue of said '814011' cultivar has been deposited under CGMCC No. 9701; wherein a representative sample of live plant tissue of said '817096' cultivar has been deposited under CGMCC No. 9703, and wherein the dried leaves of said Stevia rebaudiana cultivar comprise at least one steviol glycoside selected from the group consisting of RebD, RebE, RebN, and RebO, wherein the at least one steviol glycoside RebD, RebE, RebN or RebO is present in the leaves above its common relative concentration of 2.4% for RebD, 1.0% for RebE, 1.6% for RebN and 0.8% for RebO, calculated by the following formula: common relative concentration (%) = (concentration of one steviol glycoside (% wt/wt on dry basis)/total steviol glycoside (% wt/wt on dry basis)) x 100%. wherein a representative sample of live plant tissue of said '807086' cultivar has been deposited under CGMCC No. 9702; wherein a representative sample of live plant tissue of said '814011' cultivar has been deposited under CGMCC No. 9701; wherein a representative sample of live plant tissue of said '817096' cultivar has been deposited under CGMCC No. 9703, and wherein the dried leaves of said Stevia rebaudiana cultivar comprise at least one steviol glycoside selected from the group consisting of RebD, RebE, RebN, and RebO, wherein the at least one steviol glycoside RebD, RebE, RebN or RebO is present in the leaves above its common relative concentration of 2.4% for RebD, 1.0% for RebE, 1.6% for RebN and 0.8% for RebO, calculated by the following formula: common relative concentration (%) = (concentration of one steviol glycoside (% wt/wt on dry basis)/total steviol glycoside (% wt/wt on dry basis)) x 100%.
A method of transmitting display data from a host device to a display control device over a limited bandwidth connection, wherein the display data to be displayed by the display control device on a display device forms an image comprising two or more overlapping image elements, the method comprising: compositing (S42), by the host device, a first image formed of at least the two overlapping image elements; transmitting (S43), by the host device, the first image over the limited bandwidth connection to the display control device for display on a display device; determining, by the host device, hidden display data of one or more portions of one or more overlapped image elements whose display data was not in the composited first image; determining (S44A), by the host device, when the limited bandwidth connection has sufficient available bandwidth capacity for at least some of the hidden display data to be transmitted to the display control device; in response to determining that the limited bandwidth connection has sufficient available bandwidth capacity for at least some of the hidden display data to be transmitted to the display control device, transmitting (S44B), by the host device, at least some of the hidden display data to the display control device; determining, by the host device, when a second image to be displayed includes at least some of the hidden display data; and transmitting information, by the host device, to the display control device instructing the display control device to use the transmitted hidden display data to composite the second image using the transmitted hidden display data. compositing (S42), by the host device, a first image formed of at least the two overlapping image elements; transmitting (S43), by the host device, the first image over the limited bandwidth connection to the display control device for display on a display device; determining, by the host device, hidden display data of one or more portions of one or more overlapped image elements whose display data was not in the composited first image; determining (S44A), by the host device, when the limited bandwidth connection has sufficient available bandwidth capacity for at least some of the hidden display data to be transmitted to the display control device; in response to determining that the limited bandwidth connection has sufficient available bandwidth capacity for at least some of the hidden display data to be transmitted to the display control device, transmitting (S44B), by the host device, at least some of the hidden display data to the display control device; determining, by the host device, when a second image to be displayed includes at least some of the hidden display data; and transmitting information, by the host device, to the display control device instructing the display control device to use the transmitted hidden display data to composite the second image using the transmitted hidden display data.
A grease trap for separating waste from waste water comprising an outer tank having a bottom ; an inlet invert having a discharge end for directing waste water into the outer tank; an outlet invert having a drain end for directing water from the outer tank ; an inner pair of horizontal baffles each comprising a wall having a hole , an upper one of the baffles being above the discharge end and a lower one of the baffles being below the discharge end and above the drain end, so the baffles divide the outer tank into upper, middle and lower chambers; and wherein the lower baffle slopes downwardly to a downward apex at the hole of the lower baffle, and the upper baffle slopes upwardly to an upward apex at the hole of the upper baffle, whereby FOG and solids may separate from the waste water within the middle chamber such that grey water and heavy solids fall through the hole in the lower baffle to the lower chamber and FOG rises to enter the upper chamber through the hole in the upper baffle and is sequestered by both baffles from currents flowing to the outlet invert , thereby inhibiting later mixing of sequestered FOG into the grey water exiting the grease trap. an outer tank having a bottom ; an inlet invert having a discharge end for directing waste water into the outer tank; an outlet invert having a drain end for directing water from the outer tank ; an inner pair of horizontal baffles each comprising a wall having a hole , an upper one of the baffles being above the discharge end and a lower one of the baffles being below the discharge end and above the drain end, so the baffles divide the outer tank into upper, middle and lower chambers; and wherein the lower baffle slopes downwardly to a downward apex at the hole of the lower baffle, and the upper baffle slopes upwardly to an upward apex at the hole of the upper baffle, whereby FOG and solids may separate from the waste water within the middle chamber such that grey water and heavy solids fall through the hole in the lower baffle to the lower chamber and FOG rises to enter the upper chamber through the hole in the upper baffle and is sequestered by both baffles from currents flowing to the outlet invert , thereby inhibiting later mixing of sequestered FOG into the grey water exiting the grease trap.
A melamine resin decorative sheet comprising: a laminate structure of a surface layer and a core layer, and an adhesive layer between the surface layer and the core layer, wherein the surface layer is configured of a surface layer material composed of a surface layer base material which carries a resin containing a melamine resin on a first surface side that serves as a design surface and which carries a solid content of a thermoplastic emulsion resin on a second surface side that contacts with the adhesive layer, wherein the core layer is configured of a heat dissipative material layer, wherein the adhesive layer is configured of an adhesive layer base material that carries a solid content of a thermosetting resin, wherein the amount of thermosetting resin carried on the adhesive layer base material is from 1% by mass to 20% by mass of a solid content in the adhesive layer, wherein the adhesive layer base material is a glass cloth, wherein the thermosetting resin is a phenol resin. a laminate structure of a surface layer and a core layer, and an adhesive layer between the surface layer and the core layer, wherein the surface layer is configured of a surface layer material composed of a surface layer base material which carries a resin containing a melamine resin on a first surface side that serves as a design surface and which carries a solid content of a thermoplastic emulsion resin on a second surface side that contacts with the adhesive layer, wherein the core layer is configured of a heat dissipative material layer, wherein the adhesive layer is configured of an adhesive layer base material that carries a solid content of a thermosetting resin,
A one-component epoxy resin-based composition comprising: (a) an epoxy resin; (b) a reactive diluent; (c) a cyanoacetamide derived from a cycloaliphatic-type diamine and a polyoxyalkylene amine; (d) a protected base in the form of an adduct or salt which can release a base upon heating at a temperature greater than about 50°C; and (e) a polyacid.
A polarization reconfigurable apparatus, comprising a signal generation unit, a signal adjustment unit, a digital-to-analog conversion unit, and a transmission unit that are sequentially connected, wherein the transmission unit comprises a first port and a second port, and a signal transmitted by the first port is orthogonal to a signal transmitted by the second port; the signal generation unit is configured to generate a first signal; the signal adjustment unit is configured to: determine a polarization mode of a to-be-transmitted signal, wherein the polarization mode comprises linear polarization, circular polarization, and elliptical polarization; divide the first signal into two first signals; and adjust an amplitude and a phase of a 1 st first signal and an amplitude and a phase of a 2 nd first signal based on the determined polarization mode; the digital-to-analog conversion unit is configured to perform digital-to-analog conversion on an adjusted 1 st first signal to obtain a second signal, and perform digital-to-analog conversion on an adjusted 2 nd first signal to obtain a third signal; and the transmission unit is configured to transmit the second signal by using the first port, and transmit the third signal by using the second port, wherein the to-be-transmitted signal is obtained by combining the second signal and the third signal. the signal generation unit is configured to generate a first signal; the signal adjustment unit is configured to: determine a polarization mode of a to-be-transmitted signal, wherein the polarization mode comprises linear polarization, circular polarization, and elliptical polarization; divide the first signal into two first signals; and adjust an amplitude and a phase of a 1 st first signal and an amplitude and a phase of a 2 nd first signal based on the determined polarization mode; the digital-to-analog conversion unit is configured to perform digital-to-analog conversion on an adjusted 1 st first signal to obtain a second signal, and perform digital-to-analog conversion on an adjusted 2 nd first signal to obtain a third signal; and the transmission unit is configured to transmit the second signal by using the first port, and transmit the third signal by using the second port, wherein the to-be-transmitted signal is obtained by combining the second signal and the third signal.
A method for wireless communication performed by a wireless device at a user equipment, UE , comprising: transmitting capability signaling information to a base station associated with a UE capability of the UE of maintaining coherence within bundled demodulation reference signals, DM-RS, when the transmission is interrupted; determining to transmit bundled DM-RS to the base station within a plurality of uplink transmissions within a time interval, the time interval comprising a first interval corresponding to a first uplink transmission of the plurality of uplink transmissions, a second interval corresponding to a second uplink transmission of the plurality of uplink transmissions, and an intervening third interval corresponding to a third uplink transmission of the plurality of uplink transmissions; determining to drop at least one symbol within the third interval; and transmitting DM-RS in the first interval and the second interval, wherein whether the DM-RS in the second interval is transmitted such that the DM-RS in the second interval is bundled with the DM-RS in the first interval is based on the UE capability. transmitting capability signaling information to a base station associated with a UE capability of the UE of maintaining coherence within bundled demodulation reference signals, DM-RS, when the transmission is interrupted; determining to transmit bundled DM-RS to the base station within a plurality of uplink transmissions within a time interval, the time interval comprising a first interval corresponding to a first uplink transmission of the plurality of uplink transmissions, a second interval corresponding to a second uplink transmission of the plurality of uplink transmissions, and an intervening third interval corresponding to a third uplink transmission of the plurality of uplink transmissions; determining to drop at least one symbol within the third interval; and transmitting DM-RS in the first interval and the second interval, wherein whether the DM-RS in the second interval is transmitted such that the DM-RS in the second interval is bundled with the DM-RS in the first interval is based on the UE capability.