mhurhangee/ep-ind-claims huggingface dataset:
A method for dyeing, tinting or bleaching hair, characterized in that, prior to carrying out the dyeing, tinting or bleaching reaction, an O/W emulsion having a viscosity at 25°C and one bar of from 100 to 1000 mPa s at a shear rate of 0.1 Hz and having a viscosity of from 0.1 to 10 mPas at a shear rate of 100 Hz is applied to the scalp, the O/W emulsion containing the following components: a) at least one hydrophobically modified polysaccharide, b) at least one copolymer based on an acrylamidoalkanoic acid, which is an ammonium acryloyldimethyltaurate/VP copolymer, c) at least one fatty substance, d) water. a) at least one hydrophobically modified polysaccharide, b) at least one copolymer based on an acrylamidoalkanoic acid, which is an ammonium acryloyldimethyltaurate/VP copolymer, c) at least one fatty substance, d) water.
Mobile platform for producing electricity comprising: - at least two power generators (2 - 11; 73 - 76), each comprising a connecting pin connecting with the rotor of the generator, arranged such that the rotation of the connecting pin drives that of the rotor and generates electricity; - a system for managing the generators (32 - 41; 77) configured to control the operation of the power generators and ensure the coupling of said power generators; - electrical connection means configured, on the one hand, for electrically connecting all the power generators and the system for managing the generators and, on the other hand, for transferring the power to a network; and characterised in that the mobile platform for producing electricity comprises removable connection means configured to connect the connecting pin to a power take-off of a vehicle (17 - 26), said removable connection means being configured to transmit the rotation from the power take-off to the connecting pin. - at least two power generators (2 - 11; 73 - 76), each comprising a connecting pin connecting with the rotor of the generator, arranged such that the rotation of the connecting pin drives that of the rotor and generates electricity; - a system for managing the generators (32 - 41; 77) configured to control the operation of the power generators and ensure the coupling of said power generators; - electrical connection means configured, on the one hand, for electrically connecting all the power generators and the system for managing the generators and, on the other hand, for transferring the power to a network;
Method for reducing standby-state energy consumption of an electric household appliance, which comprises an electronic control unit, and a switching mode low power supply unit comprising at least a first control terminal and at least an output terminal which supplies a main prefixed supply voltage to said electronic control unit; said switching mode low power supply unit being configured to switch between a standby state and an operating state, when it detects a prefixed voltage variation (ΔV) on the first control terminal; said method being characterized in: - connecting, via switching means to be activated by a user, at least temporarily, said first control terminal to said output terminal, or to an independent auxiliary terminal having a predetermined voltage, to generate said prefixed voltage variation (ΔV) on said first control terminal to cause said switching mode low power supply unit to switch from said standby state to said operating state. - connecting, via switching means to be activated by a user, at least temporarily, said first control terminal to said output terminal, or to an independent auxiliary terminal having a predetermined voltage, to generate said prefixed voltage variation (ΔV) on said first control terminal to cause said switching mode low power supply unit to switch from said standby state to said operating state.
An apparatus for communicating data signals between capacitive-isolated devices, comprising: a transmitter circuit configured and arranged to transmit a first single-ended data signal over a first signal path of a plurality of signal paths, the plurality of signal paths between a first and a second device and providing capacitive isolation between the first and second device; and a receiver circuit including a differential amplifier having a first input coupled to receive a second single-ended signal from a second signal path of the plurality of signal paths, a second input coupled to receive a reference signal from a third signal path of the plurality of signal paths, and configured and arranged to output a third single-ended signal indicative of a voltage difference between the first and second inputs; and characterized by: a common mode suppression circuit, configured and arranged to remove a common mode voltage from the first and second inputs of the differential amplifier. a transmitter circuit configured and arranged to transmit a first single-ended data signal over a first signal path of a plurality of signal paths, the plurality of signal paths between a first and a second device and providing capacitive isolation between the first and second device; and a receiver circuit including a differential amplifier having a first input coupled to receive a second single-ended signal from a second signal path of the plurality of signal paths, a second input coupled to receive a reference signal from a third signal path of the plurality of signal paths, and configured and arranged to output a third single-ended signal indicative of a voltage difference between the first and second inputs; and characterized by: a common mode suppression circuit, configured and arranged to remove a common mode voltage from the first and second inputs of the differential amplifier. a differential amplifier having a first input coupled to receive a second single-ended signal from a second signal path of the plurality of signal paths, a second input coupled to receive a reference signal from a third signal path of the plurality of signal paths, and configured and arranged to output a third single-ended signal indicative of a voltage difference between the first and second inputs; and characterized by: a first input coupled to receive a second single-ended signal from a second signal path of the plurality of signal paths, a second input coupled to receive a reference signal from a third signal path of the plurality of signal paths, and configured and arranged to output a third single-ended signal indicative of a voltage difference between the first and second inputs; and characterized by: a common mode suppression circuit, configured and arranged to remove a common mode voltage from the first and second inputs of the differential amplifier.
A multi-component bismuth molybdate catalyst for production of butadiene comprising: bismuth; molybdenum; iron; and cobalt wherein the multi-component bismuth molybdate catalyst further comprises cesium and potassium., wherein a molar ratio of Mo:Bi:Fe:Co:Cs:K=10:1:1:8: 0.5:0.015∼0.12. bismuth; molybdenum; iron; and cobalt
Converter unit having an electrically insulating pot-shaped housing which has, at the bottom, a housing floor and a hollow cylinder which is arranged on the housing floor and extends upward into the interior of the housing, having a non-magnetic annular core which supports a first secondary winding which lies on the housing floor concentrically in relation to the hollow cylinder and is embedded in a solid electrically insulating compound, having a magnetic annular core which supports a second secondary winding which is arranged concentrically in relation to the hollow cylinder above the non-magnetic annular core, and having an electrically insulating solidified encapsulation compound which closes the housing opening, wherein the encapsulation compound bears against the housing wall such that it is firmly connected to the inner face of the housing wall, wherein a first flat spacer element is arranged between the first secondary winding and the second secondary winding, wherein said first flat spacer element bears directly against the first secondary winding by way of one flat face and bears directly against the second secondary winding by way of the other flat face, in that electrically insulating particles, as seen in the radial direction, fill the space between the second secondary winding and the housing wall at least as far as the top face of the second secondary winding, and in that the encapsulation compound extends at least as far as the particles which lie at the top in the direction of the housing opening.
A system for global alignment of a spine during spinal surgery, the system comprising an imaging device, a spatial tracking system, a bending device, a mobile hand held communication device configured to calculate one or more cervical parameters based on identification of spinal markers in a preoperative image, wherein the spinal markers correspond to (i) cervical vertebrae and (ii) the first thoracic vertebra, and, a control unit configured to: receive the one or more cervical parameters; receive a planned target value of one or more spinal parameters; based on the planned target value of the one or more spinal parameters, determine one or more ranges corresponding to a desired correction in at least one of (i) a sagittal alignment and (ii) a coronal alignment of the spine; capture, via the imaging device, one or more intraoperative fluoroscopy images; measure an intraoperative value of the one or more spinal parameters according to the one or more captured intraoperative fluoroscopy images; compare the intraoperative value of the one or more spinal parameters with the planned target value of the spinal parameters and the one or more cervical parameters; based on the comparison, determine that the intraoperative value of the one or more spinal parameters is within the one or more ranges and receive, via the spatial tracking system, a measurement of a location of one or more screws; and calculate an instruction to bend a rod, via the bending device, to the location of the one or more screws. receive the one or more cervical parameters; receive a planned target value of one or more spinal parameters; based on the planned target value of the one or more spinal parameters, determine one or more ranges corresponding to a desired correction in at least one of (i) a sagittal alignment and (ii) a coronal alignment of the spine; capture, via the imaging device, one or more intraoperative fluoroscopy images; measure an intraoperative value of the one or more spinal parameters according to the one or more captured intraoperative fluoroscopy images; compare the intraoperative value of the one or more spinal parameters with the planned target value of the spinal parameters and the one or more cervical parameters; based on the comparison, determine that the intraoperative value of the one or more spinal parameters is within the one or more ranges and receive, via the spatial tracking system, a measurement of a location of one or more screws; and calculate an instruction to bend a rod, via the bending device, to the location of the one or more screws.
A turbomachine, comprising: a centrifugal compressor an impeller having a rotational axis; a main intake plenum in fluid communication with the inlet of the centrifugal compressor; a shroud recirculation system, comprising: an impeller shroud extending around at least a portion of the impeller and having a shroud port therein; a shroud port cover circumscribing at least a portion of the shroud port; and a recirculation flow path (50, 56) defined, at least in part, by the shroud port cover and the impeller shroud, the recirculation flow path having an outlet positioned to discharge airflow into the main intake plenum at a location radially outboard of the shroud port when pressurized air flows from the impeller, through the shroud port, and into the recirculation flow path during operation of the turbomachine; characterized in that the recirculation flow path comprises a radially-extending diffuser section at least partially defined by the shroud port cover and fluidly coupled between the shroud port and the main intake plenum. a centrifugal compressor an impeller having a rotational axis; a main intake plenum in fluid communication with the inlet of the centrifugal compressor; a shroud recirculation system, comprising: an impeller shroud extending around at least a portion of the impeller and having a shroud port therein; a shroud port cover circumscribing at least a portion of the shroud port; and a recirculation flow path (50, 56) defined, at least in part, by the shroud port cover and the impeller shroud, the recirculation flow path having an outlet positioned to discharge airflow into the main intake plenum at a location radially outboard of the shroud port when pressurized air flows from the impeller, through the shroud port, and into the recirculation flow path during operation of the turbomachine; an impeller shroud extending around at least a portion of the impeller and having a shroud port therein; a shroud port cover circumscribing at least a portion of the shroud port; and a recirculation flow path (50, 56) defined, at least in part, by the shroud port cover and the impeller shroud, the recirculation flow path having an outlet positioned to discharge airflow into the main intake plenum at a location radially outboard of the shroud port when pressurized air flows from the impeller, through the shroud port, and into the recirculation flow path during operation of the turbomachine;
A door (10,10') for a refrigeration cabinet, comprising: - an insulating and optically transparent panel, - a support frame, which supports and frames the panel - a hinge (15,30) provided with a first portion fixed to the support frame and a second portion which is movable with respect to the first portion about a hinge axis, wherein the support frame is provided with a plurality of edging profiles of which at least one edging profile (100,105,110,115,110') which extends longitudinally along a longitudinal axis and which comprises a portion proximal to the panel and a portion distal from the panel, wherein in the proximal portion of the edging profile, the edging profile comprises a groove parallel to the longitudinal axis, which serves as a seat for a gas sealing gasket. wherein the distal portion comprises a convex outer surface parallel to the longitudinal axis and directed with its convexity to the direction opposite the panel said door being characterized by the fact that the axis of curvature of the convex outer surface and the hinge axis are coaxial. - an insulating and optically transparent panel, - a support frame, which supports and frames the panel - a hinge (15,30) provided with a first portion fixed to the support frame and a second portion which is movable with respect to the first portion about a hinge axis, wherein the support frame is provided with a plurality of edging profiles of which at least one edging profile (100,105,110,115,110') which extends longitudinally along a longitudinal axis and which comprises a portion proximal to the panel and a portion distal from the panel, wherein in the proximal portion of the edging profile, the edging profile comprises a groove parallel to the longitudinal axis, which serves as a seat for a gas sealing gasket. wherein the distal portion comprises a convex outer surface parallel to the longitudinal axis and directed with its convexity to the direction opposite the panel said door being characterized by the fact that the axis of curvature of the convex outer surface and the hinge axis are coaxial.
A method of measuring a part (4, 204, 304) with a contact probe mounted on a coordinate positioning machine, the method comprising measuring a plurality of measuring points on the part (4, 204, 304) when both the part (4, 204, 304) and contact probe are moving continuously between different positions within the coordinate positioning machine, characterised in that the probe moves, relative to the part (4, 204, 304), along a scan path (20, 220, 320) such that substantially coincident or coincident measuring points (PC1, PC2) are measured at different positions in the coordinate positioning machine that are relatively far apart compared to a distance, if any, between the substantially coincident or coincident measuring points (PC1, PC2) on the curve or surface being measured and, in moving between the substantially coincident or coincident measuring points (PC1, PC2), the probe travels a distance along the scan path (20, 220, 320) that is greater than the distance, if any, between the substantially coincident or coincident measuring points (PC1, PC2).
A method of making an auxetic mesh, which method comprises: (a) extruding a polymeric material onto an open casting surface that has an intended pattern disposed therein, the pattern being configured to create an auxetic mesh; (b) wiping off excess extruded polymeric material from the open casting surface; (c) separating a cast mesh from the open casting surface after the excess polymeric material has been wiped off; and (d) removing any residual polymeric material that is not of the intended mesh pattern. (a) extruding a polymeric material onto an open casting surface that has an intended pattern disposed therein, the pattern being configured to create an auxetic mesh; (b) wiping off excess extruded polymeric material from the open casting surface; (c) separating a cast mesh from the open casting surface after the excess polymeric material has been wiped off; and (d) removing any residual polymeric material that is not of the intended mesh pattern.
An emitter array (100,200), comprising: a polygonal submount (102,202) comprising a top surface (104,204) and a plurality of edges; input and output terminals on said submount, wherein each of said input and output terminals extend proximate to and along at least two adjacent edges of said plurality of edges, providing access to said terminals from at least two adjacent edges of said plurality of edges; a plurality of attach pads (114, 116, 210) on said submount; a plurality of solid state emitters, at least one of each mounted on and electrically connected to each of said attach pads, at least one of said attach pads covering more of said submount than said emitters; a plurality of electrical connections (108,208) connecting said emitters and attach pads with said input and output terminals; and a plurality of lenses, each of which is molded over a respective one of said attach pads and each of which covers said at least one of said emitters attached to said respective one of said attach pads. a polygonal submount (102,202) comprising a top surface (104,204) and a plurality of edges; input and output terminals on said submount, wherein each of said input and output terminals extend proximate to and along at least two adjacent edges of said plurality of edges, providing access to said terminals from at least two adjacent edges of said plurality of edges; a plurality of attach pads (114, 116, 210) on said submount; a plurality of solid state emitters, at least one of each mounted on and electrically connected to each of said attach pads, at least one of said attach pads covering more of said submount than said emitters; a plurality of electrical connections (108,208) connecting said emitters and attach pads with said input and output terminals; and a plurality of lenses, each of which is molded over a respective one of said attach pads and each of which covers said at least one of said emitters attached to said respective one of said attach pads.
Device for detecting the position of an automated door, for example a sectional overhead door, a sliding door or a roll door, comprising - a connector (4, 20) adapted to couple the device to a door drive shaft (28, 32) moving an automated door, - encoder means coupled to the connector (4, 20) and generating a position signal based on the movement of the door drive shaft (28, 32), which position signal is indicative of the door position, - communication means connected to the encoder means for transferring the position signal to a controlling device, and - mounting means (2, 3) for mounting the device, characterized in that the connector comprises multiple shaft slots (6, 7, 8, 9, 22, 23, 24, 25) for coupling to door drive shafts (28, 32) of various diameters and/or shapes, the multiple shaft slots (6, 7, 8, 9, 22, 23, 24, 25) being coaxially arranged along a shaft axis direction, in a decreasing shaft diameter order. - a connector (4, 20) adapted to couple the device to a door drive shaft (28, 32) moving an automated door, - encoder means coupled to the connector (4, 20) and generating a position signal based on the movement of the door drive shaft (28, 32), which position signal is indicative of the door position, - communication means connected to the encoder means for transferring the position signal to a controlling device, and - mounting means (2, 3) for mounting the device,
A method for routing communications within a telecommunications network 101, including: within a server system 100: routing a telecommunications message received at the server system 100 from a core network 105 for a mobile network operator for a first telephony subscriber identity to a simulated subscriber identity module associated with the first telephony subscriber identity; and performing the subsequent messaging routing in relation to the telecommunications message at the simulated subscriber identity module; wherein the first telephony subscriber identity is a unique identifier within the telecommunications network 101, the server system 100 includes a roaming network or simulates, at least in part, a roaming network, wherein the server system 100 includes a gateway that simulates telecommunications messaging flows, and wherein the server system 100 interconnects with the core network 105 via a signalling interface. within a server system 100: routing a telecommunications message received at the server system 100 from a core network 105 for a mobile network operator for a first telephony subscriber identity to a simulated subscriber identity module associated with the first telephony subscriber identity; and performing the subsequent messaging routing in relation to the telecommunications message at the simulated subscriber identity module; routing a telecommunications message received at the server system 100 from a core network 105 for a mobile network operator for a first telephony subscriber identity to a simulated subscriber identity module associated with the first telephony subscriber identity; and performing the subsequent messaging routing in relation to the telecommunications message at the simulated subscriber identity module; wherein the first telephony subscriber identity is a unique identifier within the telecommunications network 101, the server system 100 includes a roaming network or simulates, at least in part, a roaming network, wherein the server system 100 includes a gateway that simulates telecommunications messaging flows, and wherein the server system 100 interconnects with the core network 105 via a signalling interface.