mhurhangee/ep-ind-claims huggingface dataset:
A guide device intended for guiding a flexible lance for cleaning an enclosure equipped with an access opening, the guide device extending along a direction of extension (De) and including: - a transport portion comprising rolling means configured to roll on a wall of the enclosure, and holding means configured to hold the rolling means in contact with said wall during the displacements of the guide device along said wall, - a connecting portion mounted on the transport portion and intended to be connected to an electrical power supply device, - a guide and drive portion comprising a drive system configured to displace, in use, the flexible lance between a retracted position and a deployed position, the guide and drive portion being pivotally mounted on the transport portion about a first pivot axis extending transverse to the direction of extension (De), the transport portion being disposed between the connecting portion and the guide and drive portion, characterized in that the transport portion includes a first transport module and a second transport module mounted articulated with respect to one another, and in that the rolling means include at least one driving wheel (14, 15) mounted on the first transport module, and at least one steerable wheel (18, 19) mounted on the second transport module, and in that the guide device comprises a steering system mounted on the second transport module and configured to adjust the steering angle of the at least one steerable wheel (18, 19). - a transport portion comprising rolling means configured to roll on a wall of the enclosure, and holding means configured to hold the rolling means in contact with said wall during the displacements of the guide device along said wall, - a connecting portion mounted on the transport portion and intended to be connected to an electrical power supply device, - a guide and drive portion comprising a drive system configured to displace, in use, the flexible lance between a retracted position and a deployed position, the guide and drive portion being pivotally mounted on the transport portion about a first pivot axis extending transverse to the direction of extension (De), the transport portion being disposed between the connecting portion and the guide and drive portion,
Process for selective transvinylation of a reactant carboxylic acid with a reactant vinyl ester to give a product vinyl ester and the corresponding acid of the reactant vinyl ester in the presence of one or more ruthenium catalysts, wherein a) the reactant vinyl ester, the reactant carboxylic acid and the ruthenium catalyst are supplied to a reactor, characterized in that b) the molar ratio of reactant vinyl ester to reactant carboxylic acid is 1:3 to 3:1, and c) the transvinylation reaction is conducted, d) on completion of the transvinylation reaction, the reactant vinyl ester and the corresponding acid are removed from the reaction mixture by distillation, e) the product vinyl ester is separated by distillation from the bottom product of the distillation, and f) the remaining reaction mixture is recycled into the reactor. a) the reactant vinyl ester, the reactant carboxylic acid and the ruthenium catalyst are supplied to a reactor, characterized in that b) the molar ratio of reactant vinyl ester to reactant carboxylic acid is 1:3 to 3:1, and c) the transvinylation reaction is conducted, d) on completion of the transvinylation reaction, the reactant vinyl ester and the corresponding acid are removed from the reaction mixture by distillation, e) the product vinyl ester is separated by distillation from the bottom product of the distillation, and f) the remaining reaction mixture is recycled into the reactor.
A catheter apparatus, comprising: an elongated tubular shaft having a proximal portion and a distal portion, wherein the elongated tubular shaft includes- a polymer material; a first thermocouple assembly (204a-d) wrapped about the shaft, wherein the first thermocouple assembly comprises a first pair of wires (210a-d, 212 a-d) composed of dissimilar metals; a second thermocouple assembly (204a-d) wrapped about the shaft, wherein the second thermocouple assembly comprises a second pair of wires (210a-d, 212 a-d) composed of dissimilar metals, and wherein the second pair of wires is physically and electrically isolated from the first pair of wires along the elongated shaft between the proximal portion and the distal portion; a first electrode at the distal portion of the elongated shaft and electrically coupled to the first thermocouple assembly; a second electrode at the distal portion of the elongated shaft and electrically coupled to the second thermocouple assembly, wherein the distal portion of the shaft and the first and second electrodes together define a therapeutic assembly adapted to be located at a target location within a blood vessel of a human patient, wherein the elongated shaft and the therapeutic assembly together define therethrough a guide wire lumen configured to slidably receive a medical guide wire, wherein axial movement of the guide wire relative to the therapeutic assembly transforms the therapeutic assembly between (a) a low-profile delivery configuration and (b) a deployed configuration having a spiral shape. an elongated tubular shaft having a proximal portion and a distal portion, wherein the elongated tubular shaft includes- a polymer material; a first thermocouple assembly (204a-d) wrapped about the shaft, wherein the first thermocouple assembly comprises a first pair of wires (210a-d, 212 a-d) composed of dissimilar metals; a second thermocouple assembly (204a-d) wrapped about the shaft, wherein the second thermocouple assembly comprises a second pair of wires (210a-d, 212 a-d) composed of dissimilar metals, and wherein the second pair of wires is physically and electrically isolated from the first pair of wires along the elongated shaft between the proximal portion and the distal portion; a first electrode at the distal portion of the elongated shaft and electrically coupled to the first thermocouple assembly; a second electrode at the distal portion of the elongated shaft and electrically coupled to the second thermocouple assembly, wherein the distal portion of the shaft and the first and second electrodes together define a therapeutic assembly adapted to be located at a target location within a blood vessel of a human patient, wherein the elongated shaft and the therapeutic assembly together define therethrough a guide wire lumen configured to slidably receive a medical guide wire, wherein axial movement of the guide wire relative to the therapeutic assembly transforms the therapeutic assembly between (a) a low-profile delivery configuration and (b) a deployed configuration having a spiral shape.
An electric lighting arrangement including at least two lighting units each lighting unit containing at least one light source, the lighting units being adapted to be joined together by means of a universal joint mechanism to enable the units to be pivotable one relative to the other in all planes, wherein the universal joint mechanism is provided with sufficient friction to allow the at least two lighting units to remain in an orientation set by an installer but are readily adjustable manually to another required position, characterised in that each lighting unit comprises a main body incorporating a heat sink in the form of heat conducting fins, and in that the universal joint mechanism comprises a ball joint arrangement, each ball joint arrangement having two conjoined balls spaced by a joining sleeve and a retaining ball cup located in the end of an associated lighting unit, the retaining ball cup having a first part formed in or secured to the main body of the associated lighting unit and a second part in the form of a closure cap secured by screws to the first part to retain a conjoined ball in the cup.
Optoelectronic device comprising: - a carrier; - a plurality of separate first electrodes that extend longitudinally in contact with the carrier, parallel to an axis A1, each first electrode being formed of a stack of a longitudinal conductive portion located in contact with the carrier and coated with a conductive nucleation strip, the longitudinal conductive portion having an electrical resistance lower than that of the conductive nucleation strip; - a plurality of diodes each comprising a first three-dimensional portion doped according to a first conductivity type and a second portion doped according to a second conductivity type opposite the first type, the first doped portions being in contact with the conductive nucleation strips, and being arranged such that each conductive nucleation strip is in contact with a plurality of first doped portions arranged longitudinally; - at least one intermediate insulating layer (30, 31) covering the first electrodes; - a plurality of separate second electrodes in the form of transparent conductive strips that extend longitudinally in contact with the second doped portions, and are electrically insulated from the first electrodes by means of the intermediate insulating layer (30, 31), parallel to an axis A2, the axis A2 not being parallel to the axis A1, such that one and the same transparent conductive strip is in contact with second doped portions of a set of diodes, the first doped portions of which are in contact with different conductive nucleation strips. - a carrier; - a plurality of separate first electrodes that extend longitudinally in contact with the carrier, parallel to an axis A1, each first electrode being formed of a stack of a longitudinal conductive portion located in contact with the carrier and coated with a conductive nucleation strip, the longitudinal conductive portion having an electrical resistance lower than that of the conductive nucleation strip; - a plurality of diodes each comprising a first three-dimensional portion doped according to a first conductivity type and a second portion doped according to a second conductivity type opposite the first type, the first doped portions being in contact with the conductive nucleation strips, and being arranged such that each conductive nucleation strip is in contact with a plurality of first doped portions arranged longitudinally; - at least one intermediate insulating layer (30, 31) covering the first electrodes; - a plurality of separate second electrodes in the form of transparent conductive strips that extend longitudinally in contact with the second doped portions, and are electrically insulated from the first electrodes by means of the intermediate insulating layer (30, 31), parallel to an axis A2, the axis A2 not being parallel to the axis A1, such that one and the same transparent conductive strip is in contact with second doped portions of a set of diodes, the first doped portions of which are in contact with different conductive nucleation strips.
A method for operating electronic glasses having a transparent display (150; 260) and a processor (120; 210), the method comprising, in the processor: operating the electronic glasses in a transparent mode for enabling the transparent display to be in a transparent state (operation 510; 731; 831); receiving a user request for correction of color blindness (operation 520; 732; 832); and in response to the user request, displaying a specific color selected for correction of color blindness on the display (operation 530; 735; 835) and operating the display in a tinted and transparent state with the specific color displayed on at least a portion of the display so as to correct for color blindness of a user by facilitating the user to distinguish between different colors, the transparent state being a state in which the display is at least partially transparent. operating the electronic glasses in a transparent mode for enabling the transparent display to be in a transparent state (operation 510; 731; 831); receiving a user request for correction of color blindness (operation 520; 732; 832); and in response to the user request, displaying a specific color selected for correction of color blindness on the display (operation 530; 735; 835) and operating the display in a tinted and transparent state with the specific color displayed on at least a portion of the display so as to correct for color blindness of a user by facilitating the user to distinguish between different colors, the transparent state being a state in which the display is at least partially transparent.
Method for grinding spheres made from ceramic materials such as oxide ceramics, carbides, silicone nitride, precious and semi-precious stones and/or glass in a sphere grinder, wherein the grinding is carried out by means of a grinding wheel with an abrasive grain bound in a synthetic resin, characterised in that more than 50% of the abrasive grain consists of diamond and less than 5% of the abrasive grain consists of Cr 2 O 3.
A battery comprising: a case in which a positive electrode and a negative electrode are sealed together with electrolyte; an explosion prevention valve for allowing escape of high-pressure gas at an interior of the case when pressure within the case rises; and a gas absorber (13, 14) for absorbing the high-pressure gas, wherein the gas absorber is provided outside the case and includes gas-absorbent material; and a cartridge case which houses, at an interior thereof, the gas-absorbent material; characterized in a gas inlet valve for causing the high-pressure gas to flow thereinto; and a gas outlet valve, which opens at a higher pressure than a pressure at which the gas inlet valve opens, for causing the high-pressure gas to flow out therefrom. a case in which a positive electrode and a negative electrode are sealed together with electrolyte; an explosion prevention valve for allowing escape of high-pressure gas at an interior of the case when pressure within the case rises; and a gas absorber (13, 14) for absorbing the high-pressure gas, wherein the gas absorber is provided outside the case and includes gas-absorbent material; and a cartridge case which houses, at an interior thereof, the gas-absorbent material; characterized in a gas inlet valve for causing the high-pressure gas to flow thereinto; and a gas outlet valve, which opens at a higher pressure than a pressure at which the gas inlet valve opens, for causing the high-pressure gas to flow out therefrom.
A peelable heat shrink tube which is obtained by forming a composition at a temperature lower than the melting point of a PTFE, wherein the composition contains a melt-processable fluororesin and the PTFE, the PTFE lacking a heat history of the melting point or higher after polymerization and having a specific gravity, as measured according to ASTM D4894, of 2.20 or less, the content of the PTFE being 0.05 to 3.0 wt% based on the total weight of the melt-processable fluororesin and the PTFE.
A method for depolluting the exhaust gas circulating in an exhaust line, notably of an internal-combustion engine, said line comprising an ammonia-sensitive catalysis means with selective nitrogen oxides catalytic reduction traversed by said gas and means (56, 58) for injecting a reductant into said line in order to treat the pollutants upon passage of the gas through the catalysis means, characterized in that it consists: - in decomposing, by electrolysis, the reductant into a compound with a hydrogen gas phase and a compound with an ammonia gas phase, and - for an exhaust gas temperature below approximately 150°C, in injecting the hydrogen gas phase from said electrolysis into the exhaust line in combination with a hydrogen-sensitive NOx catalysis means for treating the pollutants in this gas. - in decomposing, by electrolysis, the reductant into a compound with a hydrogen gas phase and a compound with an ammonia gas phase, and - for an exhaust gas temperature below approximately 150°C, in injecting the hydrogen gas phase from said electrolysis into the exhaust line in combination with a hydrogen-sensitive NOx catalysis means for treating the pollutants in this gas.
A series-parallel structure lamp string, comprising: two wires (110, 120) and a plurality of lamp beads (11, 12, 13, 14, 15, 16), wherein one or more single-wire gaps (131, 132) are formed on each of the two wires (110, 120), and the plurality of lamp beads (11, 12, 13, 14, 15, 16) at two sides of each single-wire gap (131, 132) are connected in parallel with the two wires on each side of each single-wire gap (110, 120) in such a manner that negative poles of lamp beads in parallel connection at one side of each single wire gap (131, 132) are connected with positive poles of lamp beads in parallel connection at the other side of each single wire gap (131, 132), such that the connection relation between lamp beads (11, 12, 13, 14, 15, 16) adjacent to each single-wire gap (131, 132) are in series connection; characterized in that two wire ends at each single-wire gap (131, 132) are encapsulated and fixed with adjacent lamp beads (11, 12, 13, 14, 15, 16) by glue.
A method performed by a wireless device for sending a message comprising one or more populated fields (704, 801, 901) to a network node, the wireless device and the network node operating in a wireless communications network, the method comprising: populating one or more fields (704, 801, 901) comprised in an existing message to be sent to the network node with an indication of a restriction of the wireless device, wherein the one or more fields (704, 801, 901) are comprised in a header of an Msg3 message for Common Control Channel, CCCH, Access, wherein the one or more fields are a Logical Channel ID, LCID, field (801, 901), and wherein the LCID is set to either "11100", "11101" or "11110"; and sending the message comprising the one or more populated fields (704, 801, 901) to the network node prior to an enquiry or a fetching of category and capability information of the wireless device by the network node. populating one or more fields (704, 801, 901) comprised in an existing message to be sent to the network node with an indication of a restriction of the wireless device, wherein the one or more fields (704, 801, 901) are comprised in a header of an Msg3 message for Common Control Channel, CCCH, Access, wherein the one or more fields are a Logical Channel ID, LCID, field (801, 901), and wherein the LCID is set to either "11100", "11101" or "11110"; and sending the message comprising the one or more populated fields (704, 801, 901) to the network node prior to an enquiry or a fetching of category and capability information of the wireless device by the network node.
Operating method for a control device configured to drive home automation appliances (101a, 101b, 101c) of a home automation installation associated with a building, the control device comprising a display element equipped with a graphical display screen at least one portion of which is assigned to rendering a first graphical depiction symbolizing at least one of the home automation appliances and a state of said at least one of the home automation appliances, characterized in that it includes a step of of interacting with the control device, comprising: - at least one step (E1-1) of selecting a value of a conditional parameter associated with said state, - a step (E1-2) of modifying the first graphical depiction so as to integrate into it a graphical element dependent on the selected value of the conditional parameter, - a display step (E1-3) of rendering the modified first graphical depiction on said at least one portion of the screen. - at least one step (E1-1) of selecting a value of a conditional parameter associated with said state, - a step (E1-2) of modifying the first graphical depiction so as to integrate into it a graphical element dependent on the selected value of the conditional parameter, - a display step (E1-3) of rendering the modified first graphical depiction on said at least one portion of the screen.
Medical sensor assembly comprising a flexible plaster adapted for adhesion on the skin of a patient and a sensor configured for transdermal measuring a physiological parameter, wherein the sensor has a measuring part insertable into the skin and a contact part for providing a signal connection to a measuring unit, wherein the measuring part of the sensor is formed by a flexible flat substrate with electrode pads or conducting paths thereon and the plaster is adhered to an intermediate section of the sensor between the measuring part and the contact part, characterized in that a flap is formed as a partially cut-out or punched segment of the plaster, such that an opening is provided in the plaster for the passage of the intermediate section of the sensor, and the flap is connected to a flat side of the substrate.
A permanent magnet type rotary electric machine comprising: a rotor having a plurality of magnetic poles composed of permanent magnets and a rotor core; and a stator including armature windings and a stator core which is provided with slots for incorporating said armature windings and has a plurality of teeth facing said rotor, each of said teeth of said stator core being provided with supplemental grooves at portions facing said rotor, wherein not less than two regions different in magnetic circuit design are provided in a rotational axis direction of said rotor, the regions being different by changing a cross-sectional shape in the rotational axis direction in a cross-section perpendicular to a rotational shaft of said rotor having said permanent magnets and said rotor core; the supplemental grooves are provided in axial partial regions of said tooth of said stator core; and the region in which the supplemental groove is provided is each partial region for each region facing a region same in magnetic circuit design of the rotor, characterized in that: said rotor core is provided with protrusion portions, which retain said permanent magnets, at portions in the rotational axis direction; and the region in which the supplemental groove is provided is each partial region for each region facing a region in which the protrusion portion is provided and a region in which the protrusion portion is not provided. a rotor having a plurality of magnetic poles composed of permanent magnets and a rotor core; and a stator including armature windings and a stator core which is provided with slots for incorporating said armature windings and has a plurality of teeth facing said rotor, each of said teeth of said stator core being provided with supplemental grooves at portions facing said rotor, wherein not less than two regions different in magnetic circuit design are provided in a rotational axis direction of said rotor, the regions being different by changing a cross-sectional shape in the rotational axis direction in a cross-section perpendicular to a rotational shaft of said rotor having said permanent magnets and said rotor core; the supplemental grooves are provided in axial partial regions of said tooth of said stator core; and the region in which the supplemental groove is provided is each partial region for each region facing a region same in magnetic circuit design of the rotor, characterized in that: said rotor core is provided with protrusion portions, which retain said permanent magnets, at portions in the rotational axis direction; and the region in which the supplemental groove is provided is each partial region for each region facing a region in which the protrusion portion is provided and a region in which the protrusion portion is not provided.