mhurhangee/ep-ind-claims huggingface dataset:
A water-in-oil coating composition comprising a water phase emulsified in a non-aqueous liquid phase, wherein the non-aqueous phase comprises an autoxidizable binder and wherein a salt is dissolved in the water phase, wherein the salt is a carbonate or an organic salt of an alkali or alkaline earth metal, and wherein the coating composition comprises a primary drier.
A system, comprising: a biodiesel production system; and an advanced process controller configured to implement a model predictive control algorithm to control one or more aspects of the biodiesel production system, characterized in that the biodiesel production system further comprises a glycerin dryer configured to separate a neutralized glycerin into crude methanol and glycerin via distillation, and the model predictive control algorithm implemented by the advanced process controller acts on a pressure-compensated temperature of the glycerin dryer a biodiesel production system; and an advanced process controller configured to implement a model predictive control algorithm to control one or more aspects of the biodiesel production system, characterized in that the biodiesel production system further comprises a glycerin dryer configured to separate a neutralized glycerin into crude methanol and glycerin via distillation, and the model predictive control algorithm implemented by the advanced process controller acts on a pressure-compensated temperature of the glycerin dryer
A roll of cleaning fabric for cleaning printing cylinders of a printing system, said cleaning fabric being impregnated with a cleaning composition, wherein said cleaning composition comprises an organic solvent being an ester and a cellulose solubilizer being a glycol ether, and wherein the roll is inserted in a removable sealing bag configured to seal around said roll of cleaning fabric in order to prevent said cleaning composition from evaporating before use, the sealing bag being tubular and built up by a multi-layer plastic film, wherein the glycol ethers is selected from the group consisting of ethylene glycol monomethyl ether, ethylene glycol monoethyl ether, ethylene glycol monoisopropyl ether, ethylene glycol monobutyl ether, ethylene glycol monophenyl ether, ethylene glycol monobenzyl ether, propylene glycol methyl ether, diethylene glycol monomethyl ether, diethylene glycol monoethyl ether, diethylene glycol mono-nbutyl ether, dipropyleneglycol methyl ether, phenoxyethanol, and pentaethylene glycol monododecyl ether, wherein said cleaning composition comprises less than 2 wt% of water, wherein the content of the cellulose solubilizer is between 0.1 and 5 wt%, and wherein the content of the organic solvent is between 95 and 99.9 wt%. wherein the roll is inserted in a removable sealing bag configured to seal around said roll of cleaning fabric in order to prevent said cleaning composition from evaporating before use, the sealing bag being tubular and built up by a multi-layer plastic film, wherein the glycol ethers is selected from the group consisting of ethylene glycol monomethyl ether, ethylene glycol monoethyl ether, ethylene glycol monoisopropyl ether, ethylene glycol monobutyl ether, ethylene glycol monophenyl ether, ethylene glycol monobenzyl ether, propylene glycol methyl ether, diethylene glycol monomethyl ether, diethylene glycol monoethyl ether, diethylene glycol mono-nbutyl ether, dipropyleneglycol methyl ether, phenoxyethanol, and pentaethylene glycol monododecyl ether, wherein said cleaning composition comprises less than 2 wt% of water, wherein the content of the cellulose solubilizer is between 0.1 and 5 wt%, and wherein the content of the organic solvent is between 95 and 99.9 wt%.
A gimbal photographing device, comprising: a fuselage; a folding mechanism, connected to the fuselage; a gimbal camera, connected to the folding mechanism, wherein the gimbal camera is unfoldable and foldable relative to the fuselage, via the folding mechanism; a power switch, disposed on the fuselage; wherein the folding mechanism includes a base connected to the gimbal camera; and wherein the gimbal photographing device is characterized in that when the gimbal camera is unfolded relative to the fuselage, the base abuts against the power switch to turn on the gimbal photographing device. a fuselage; a folding mechanism, connected to the fuselage; a gimbal camera, connected to the folding mechanism, wherein the gimbal camera is unfoldable and foldable relative to the fuselage, via the folding mechanism; a power switch, disposed on the fuselage; wherein the folding mechanism includes a base connected to the gimbal camera; and wherein the gimbal photographing device is characterized in that when the gimbal camera is unfolded relative to the fuselage, the base abuts against the power switch to turn on the gimbal photographing device. a gimbal camera, connected to the folding mechanism, wherein the gimbal camera is unfoldable and foldable relative to the fuselage, via the folding mechanism; a power switch, disposed on the fuselage; wherein the folding mechanism includes a base connected to the gimbal camera; and wherein the gimbal photographing device is characterized in that when the gimbal camera is unfolded relative to the fuselage, the base abuts against the power switch to turn on the gimbal photographing device.
An extravascular pulsation blood pump, comprising - a first line (L 1) for connecting the pulsation blood pump to a heart ventricle (LV; RV), - a second line (L 2) for connecting the pulsation blood pump to a bloodstream (AO; PA), and - a two-way pumping system (P; P, M), characterized in that the two-way pumping system is adapted to alternately on the one hand suck in blood through the first line (L 1) and simultaneously expel blood through the second line (L 2), and on the other hand suck in blood through the second line (L 2) and simultaneously expel blood through the first line (L 1), wherein a controller (St) is provided for operating the pumping system (P; P, M) in accordance with a predetermined heart rhythm alternately in the one and the other direction. - a first line (L 1) for connecting the pulsation blood pump to a heart ventricle (LV; RV), - a second line (L 2) for connecting the pulsation blood pump to a bloodstream (AO; PA), and - a two-way pumping system (P; P, M),
A vibration apparatus for a mobile terminal, characterized by comprising: a substrate suitable for abutting on a display panel of a mobile terminal, wherein the substrate is disposed so as to be parallel to the display panel; a housing fixed on the substrate; at least two coils fixed on an inner side surface of the substrate, wherein the inner side surface faces away from the display panel, the at least two coils are disposed coaxially, and axes of the at least two coils are perpendicular to the substrate; an elastic piece, wherein a first side surface of the elastic piece abuts on the inner side surface of the substrate; and a magnetic component connected to a second side surface of the elastic piece, wherein the magnetic component comprises an accommodating groove, and the at least two coils are at least in part accommodated in the accommodating groove, wherein the second side surface is disposed away from the first side surface, the vibration apparatus has at least a first working mode and a second working mode, and numbers of coils electrified when the vibration apparatus is in the first working mode is not equal to numbers of coils electrified when the vibration apparatus is in the second working mode; wherein the electricity in the at least two coils is alternating current. a substrate suitable for abutting on a display panel of a mobile terminal, wherein the substrate is disposed so as to be parallel to the display panel; a housing fixed on the substrate; at least two coils fixed on an inner side surface of the substrate, wherein the inner side surface faces away from the display panel, the at least two coils are disposed coaxially, and axes of the at least two coils are perpendicular to the substrate; an elastic piece, wherein a first side surface of the elastic piece abuts on the inner side surface of the substrate; and a magnetic component connected to a second side surface of the elastic piece, wherein the magnetic component comprises an accommodating groove, and the at least two coils are at least in part accommodated in the accommodating groove, wherein the second side surface is disposed away from the first side surface, the vibration apparatus has at least a first working mode and a second working mode, and numbers of coils electrified when the vibration apparatus is in the first working mode is not equal to numbers of coils electrified when the vibration apparatus is in the second working mode; wherein the electricity in the at least two coils is alternating current.
A powder feed rate control system comprising: a hopper adapted to contain a powder and to maintain a hopper pressure; a carrier conduit adapted to deliver a carrier gas flow and having an orifice, said carrier gas flow conveying powder entering through the orifice at a powder feed rate; a differential pressure transducer comprising: a first pressure input associated with the hopper pressure; and a second pressure input associated with the carrier gas flow downstream of the hopper; said differential pressure transducer is adapted to output a signal related to a differential pressure between the first pressure input and the second pressure input; and an electro-pneumatic regulator which is adapted to receive said signal related to the differential pressure and adapted to communicate with a control, wherein the electro pneumatic regulator is adapted to receive command signals from the control; characterized in that the electro-pneumatic regulator is directly coupled to the differential pressure transducer via a communication link, so as to be adapted to receive from the differential pressure transducer the signal related to the differential pressure. a hopper adapted to contain a powder and to maintain a hopper pressure; a carrier conduit adapted to deliver a carrier gas flow and having an orifice, said carrier gas flow conveying powder entering through the orifice at a powder feed rate; a differential pressure transducer comprising: a first pressure input associated with the hopper pressure; and a second pressure input associated with the carrier gas flow downstream of the hopper; a first pressure input associated with the hopper pressure; and a second pressure input associated with the carrier gas flow downstream of the hopper; said differential pressure transducer is adapted to output a signal related to a differential pressure between the first pressure input and the second pressure input; and an electro-pneumatic regulator which is adapted to receive said signal related to the differential pressure and adapted to communicate with a control, wherein the electro pneumatic regulator is adapted to receive command signals from the control; characterized in that the electro-pneumatic regulator is directly coupled to the differential pressure transducer via a communication link, so as to be adapted to receive from the differential pressure transducer the signal related to the differential pressure.
A fuel-air premixer for a combustor of a gas turbine engine comprising: a central passage disposed along an axis for a first airflow, wherein the central passage extends through the fuel-air premixer; an outer annular passage disposed about the central passage and operable to communicate a second airflow through an outer exit into the central passage, wherein the outer annular passage is configured to provide the second airflow as an unswirled airflow; an inner annular passage disposed between the central passage and the outer annular passage and operable for communicating a fuel flow into the central passage; and a mixer passage downstream of the outer exit for mixing the fuel flow with the first and second airflows, characterised in that: the inner annular passage includes an inner exit angled for directing fuel flow toward the axis; and the mixer passage is downstream of the inner exit. a central passage disposed along an axis for a first airflow, wherein the central passage extends through the fuel-air premixer; an outer annular passage disposed about the central passage and operable to communicate a second airflow through an outer exit into the central passage, wherein the outer annular passage is configured to provide the second airflow as an unswirled airflow; an inner annular passage disposed between the central passage and the outer annular passage and operable for communicating a fuel flow into the central passage; and a mixer passage downstream of the outer exit for mixing the fuel flow with the first and second airflows, characterised in that: the inner annular passage includes an inner exit angled for directing fuel flow toward the axis; and the mixer passage is downstream of the inner exit. the inner annular passage includes an inner exit angled for directing fuel flow toward the axis; and the mixer passage is downstream of the inner exit.
Apparatus for recovery of non-ferrous metal from hot dross, comprising a frame with dross compressing head, a sow mould for collection of drained metal from hot dross and a skim pan, provided with one or more through drainage holes in a bottom put on a said sow mould, characterized in that provided with at least one through hole with connection for switching on vacuum through said skim pan bottom, sealing located in the gap between said skim pan and said sow mould.
A battery cooling structure comprising: a battery; a heat sink; an insulating supporter provided between the battery and the heat sink and supporting the battery; and an insulating heat conduction member provided between the battery and the heat sink; the battery having a battery heat transfer surface which is a surface on the heat sink side, the battery heat transfer surface including: a supporter contact part with which the supporter contacts; and a supporter non-contact part which is different from the supporter contact part and with which part the supporter does not contact, the heat sink including: a main body; and a protrusion which is shaped to protrude from the main body toward the supporter non-contact part so as to circumvent the supporter, the protrusion including a protrusion heat transfer surface which is a surface on the battery heat transfer surface side, and the heat conduction member contacting with the supporter non-contact part and the protrusion heat transfer surface, characterized in that the heat conduction member is disposed to be successive, i.e. without any gaps in the heat conduction member between a position between the protrusion heat transfer surface and the supporter non-contact part and a position between the main body of the heat sink and the supporter. a battery; a heat sink; an insulating supporter provided between the battery and the heat sink and supporting the battery; and an insulating heat conduction member provided between the battery and the heat sink; the battery having a battery heat transfer surface which is a surface on the heat sink side, the battery heat transfer surface including: a supporter contact part with which the supporter contacts; and a supporter non-contact part which is different from the supporter contact part and with which part the supporter does not contact, a supporter contact part with which the supporter contacts; and a supporter non-contact part which is different from the supporter contact part and with which part the supporter does not contact, the heat sink including: a main body; and a protrusion which is shaped to protrude from the main body toward the supporter non-contact part so as to circumvent the supporter, a main body; and a protrusion which is shaped to protrude from the main body toward the supporter non-contact part so as to circumvent the supporter, the protrusion including a protrusion heat transfer surface which is a surface on the battery heat transfer surface side, and the heat conduction member contacting with the supporter non-contact part and the protrusion heat transfer surface,
Electrical switch having a tactile effect of the type comprising: - a lower casing, the lower face of which is designed to rest on the upper face of a printed-circuit board, which lower casing defines an internal cavity in the bottom of which are placed at least two fixed electrical contact elements (36, 38), each of which is connected to a connection tab (40, 39) that projects to the outside of the casing for the electrical connection of the fixed contact element to a conducting track on the printed-circuit board; - a trip member of domed general shape, which is housed in the cavity and is elastically deformable, from a stable rest state, under the action of an actuating member, the lower part (60, 63) of which is housed in the said cavity and acts on the trip member (14, 52) along a direction approximately perpendicular to the bottom of the cavity; - at least one light source carried by a support plate which extends horizontally above the open upper face of the cavity, which straddles the actuating member, which is imprisoned in said lower casing, and which includes terminals for electrical connection of the light source to a power supply circuit for the light source, especially one controlled by the switch; and - a cage for fastening the support plate to the casing, the support plate being sandwiched vertically between the casing and the cage the electrical connection terminals of the light source extending vertically to the outside of the casing along vertical lateral faces of the casing. - a lower casing, the lower face of which is designed to rest on the upper face of a printed-circuit board, which lower casing defines an internal cavity in the bottom of which are placed at least two fixed electrical contact elements (36, 38), each of which is connected to a connection tab (40, 39) that projects to the outside of the casing for the electrical connection of the fixed contact element to a conducting track on the printed-circuit board; - a trip member of domed general shape, which is housed in the cavity and is elastically deformable, from a stable rest state, under the action of an actuating member, the lower part (60, 63) of which is housed in the said cavity and acts on the trip member (14, 52) along a direction approximately perpendicular to the bottom of the cavity; - at least one light source carried by a support plate which extends horizontally above the open upper face of the cavity, which straddles the actuating member, which is imprisoned in said lower casing, and which includes terminals for electrical connection of the light source to a power supply circuit for the light source, especially one controlled by the switch; and - a cage for fastening the support plate to the casing, the support plate being sandwiched vertically between the casing and the cage the electrical connection terminals of the light source extending vertically to the outside of the casing along vertical lateral faces of the casing.
A compound of general formula I wherein each of R 1 and R 2 is the same or different and is independently 5 selected from an alkyl or sulfoalkyl group; X is selected from -OH, -SH, -NH 2, -NH-NH 2, -F, -Cl, -Br, I, -NHS (hydroxysuccinimidyl- /sulfosuccinimidyl), -O-TFP (2,3,5,6-tetrafluorophenoxy), -O-STP (4-sulfo-2,3,5,6-tetrafluorophenoxy), -O-benzotriazole, -benzotriazole,-NR-L-OH, -NR-L-O-phosphoramidite, -NR-L-SH, -NR-L-NH 2, -NR-L-NH-NH 2, - 10 NR-L-CO 2 H, -NR-L-CO-NHS, -NR-L-CO-STP, -NR-L-CO-TFP, -NR-L-CO-benzotriazole, -NR-L-CHO, -NR-L-maleimide, or -NR-L-NH-CO-CH2-I, wherein R is -H or an aliphatic or heteroaliphatic group, and L is selected from a divalent linear, crossed, or cyclic alkyl group optionally substituted by at least one oxygen atom and/or sulfur atom; Kat is a number of Na +, K +, Ca 2+, ammonia, or other cation(s) needed to compensate the negative charge brought by the cyanine; m is an integer from 0 to 5 inclusive; o is an integer from 0 to 12 inclusive; and n is an integer from 1 to 3 inclusive.
Safety device for gas supply installation within the masonry wall of a building, for assuring an eventual gas leakage collection from buildings, and instantly cut-off gas supply, comprising a distribution panel composed of a box, an allocator, an electro-valve and a collar, characterized in that the safety device for gas supply also comprises an earthquake gas sensor located in the distribution panel for closing the electrovalve in case of gas leakage or earthquake and a protective tube (31,32) of polypropylene for being placed around a gas pipe line (17, 30, 33) and mounted on the distribution panel by means of the collar in order to collect the gas leaked from the pipe line (17, 30, 33) and to conduct the leaked gas into the distribution panel.
Lock cylinder with a signal transmission arrangement for transmitting electrical signals inside said lock cylinder, wherein said signal transmission arrangement comprises a first signal conductor and a second signal conductor, wherein said signal conductors (112, 114) are arranged relatively to each other such that mutually facing end sections (112a, 114a) of said signal conductors (112, 114) overlap by a predetermined length, and wherein at least one of said signal conductors comprises a modular construction of at least two detachably interconnectable longitudinal sections (1210, 1220, 1230).
An electronic device comprising: circuitry (26, 30, 22) configured to generate and output at least two orthogonal frequency divisional multiplexed, OFDM, signals by performing the following steps per OFDM signal: obtaining, based on a received preamble signal by a respective antenna element of a plurality of antenna elements and based on a channel property in accordance with an Eigenvector of a Hermitian matrix, a weight vector of complex weight coefficients for adjusting a plurality of subcarrier signals, said channel property being a channel property of a channel between a transmitter including said electronic device and a receiver; adjusting each of the plurality of subcarrier signals based on the respective complex weight coefficients of said weight vector to optimize reception power of the receiver; transforming the plurality of subcarrier signals into an OFDM signal using inverse fast Fourier transform, IFFT; and outputting the OFDM signal to a transmission channel for transmission by said antenna element. obtaining, based on a received preamble signal by a respective antenna element of a plurality of antenna elements and based on a channel property in accordance with an Eigenvector of a Hermitian matrix, a weight vector of complex weight coefficients for adjusting a plurality of subcarrier signals, said channel property being a channel property of a channel between a transmitter including said electronic device and a receiver; adjusting each of the plurality of subcarrier signals based on the respective complex weight coefficients of said weight vector to optimize reception power of the receiver; transforming the plurality of subcarrier signals into an OFDM signal using inverse fast Fourier transform, IFFT; and outputting the OFDM signal to a transmission channel for transmission by said antenna element.