mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a solution of radiation-sensitive, free-radically polymerizable organic compounds, where a) a first starting compound, which has an acid halide group, and b) a second starting compound, which has an alcoholic hydroxyl group, are esterified with one another in a solvent or solvent mixture; and where the solvent comprises one or more ketones having a boiling point of below 150°C under atmospheric pressure (1 bar) or the solvent mixture is composed to an extent of at least 50% by weight, based on the amount of solvent, of said ketones; and one of the two starting compounds has at least one radiation-sensitive group and the other of the two starting compounds has at least one ethylenically unsaturated, free-radically polymerizable group, where the radiation-sensitive, free-radically polymerizable organic compound comprises a polymerizable photo-initiator which can be incorporated into the polymer chain of copolymers by means of free-radical copolymerization, where the esterification takes place in the presence of at least one tertiary organic amine, and where after the reaction water is added in an amount such as to form a saturated solution of the organic ammonium halide in water, and this saturated aqueous solution is separated from the organic phase, the amount of water being calculated such that it does not exceed the amount required to form a saturated solution by more than 10% by weight of the amount required theoretically. a) a first starting compound, which has an acid halide group, and b) a second starting compound, which has an alcoholic hydroxyl group,
A method of operating an elevator or escalator system, the method comprising: alerting a mechanic of a shutdown of a vehicle of the elevator or escalator system; characterised by providing data indicative of an occupancy condition of the vehicle to the mechanic so that the mechanic can execute, in any order: a verification of a no-occupancy condition, a switch of a mode of operation of the elevator or escalator system to a recovery mode, and an inspection for faults; and initiating an overspeed switch reset routine in an event the mechanic confirms that an actuation of the OS switch is an exclusive cause of the shutdown and remotely triggers the OS switch reset routine accordingly. alerting a mechanic of a shutdown of a vehicle of the elevator or escalator system; characterised by providing data indicative of an occupancy condition of the vehicle to the mechanic so that the mechanic can execute, in any order: a verification of a no-occupancy condition, a switch of a mode of operation of the elevator or escalator system to a recovery mode, and an inspection for faults; and initiating an overspeed switch reset routine in an event the mechanic confirms that an actuation of the OS switch is an exclusive cause of the shutdown and remotely triggers the OS switch reset routine accordingly. a verification of a no-occupancy condition, a switch of a mode of operation of the elevator or escalator system to a recovery mode, and an inspection for faults; and initiating an overspeed switch reset routine in an event the mechanic confirms that an actuation of the OS switch is an exclusive cause of the shutdown and remotely triggers the OS switch reset routine accordingly.
A personal hygiene product with a digital element comprising: an absorbent core in a form suitable for insertion into a user's body to absorb menstrual fluid, the personal hygiene product having an axial length; a conductive sensor assembly disposed within the absorbent core including one or more moisture sensors disposed on a sensor substrate, each moisture sensor being located at a select position along the axial length of said personal hygiene product, each moisture sensor including a moisture sensitive switch connected to a resistor where a resistance value of the moisture sensitive switch is less than a resistance value of the resistor, said conductive sensor assembly generating a signal indicative of saturation level of said personal hygiene product when said conductive sensor assembly is in wetting contact with the menstrual fluid; an external digital element coupled to said conductive sensor assembly including a substrate having a communication circuit capable of wireless communication with a smart hand held electronic device, a processor, a power source and a first mating connector; a signal transmission conduit (706, 920) extending from said conductive sensor assembly and interconnecting said conductive sensor assembly to said external digital element at the first mating connector. an absorbent core in a form suitable for insertion into a user's body to absorb menstrual fluid, the personal hygiene product having an axial length; a conductive sensor assembly disposed within the absorbent core including one or more moisture sensors disposed on a sensor substrate, each moisture sensor being located at a select position along the axial length of said personal hygiene product, each moisture sensor including a moisture sensitive switch connected to a resistor where a resistance value of the moisture sensitive switch is less than a resistance value of the resistor, said conductive sensor assembly generating a signal indicative of saturation level of said personal hygiene product when said conductive sensor assembly is in wetting contact with the menstrual fluid; an external digital element coupled to said conductive sensor assembly including a substrate having a communication circuit capable of wireless communication with a smart hand held electronic device, a processor, a power source and a first mating connector; a signal transmission conduit (706, 920) extending from said conductive sensor assembly and interconnecting said conductive sensor assembly to said external digital element at the first mating connector.
Access control device comprising: - means for receiving, from a vehicle, at least one datum characterizing at least one part of said vehicle, called the specific datum, said at least one specific datum comprising an authentication datum of said at least one part of the vehicle; - means for verifying the reliability of the specific datum and for evaluating the pollution level of said vehicle based on said at least one specific datum, the reliability verification comprising verifying a signature or a decryption; and, - means for modulating the access of said vehicle to a traffic zone, depending on said pollution level, comprising means for transmitting an access authorization signal. - means for receiving, from a vehicle, at least one datum characterizing at least one part of said vehicle, called the specific datum, said at least one specific datum comprising an authentication datum of said at least one part of the vehicle; - means for verifying the reliability of the specific datum and for evaluating the pollution level of said vehicle based on said at least one specific datum, the reliability verification comprising verifying a signature or a decryption; and, - means for modulating the access of said vehicle to a traffic zone, depending on said pollution level, comprising means for transmitting an access authorization signal.
A medical device locating system for determining a disposition of a medical device, the system characterised by: an array of quadruplet drive coil sets, each drive coil set having at least four discrete drive coils including a first drive coil, a second drive coil, a third drive coil, and a fourth drive coil, the first drive coil being orthogonal to the second drive coil, and the third drive coil and the fourth drive coil being non-orthogonal to the first and second drive coils, wherein the third drive coil is orthogonal to the fourth drive coil, each of the discrete drive coils being electromagnetic coils driven by drive signals and configured to generate respective electromagnetic wave fields; at least one moveable sensor coil configured to provide one or more sensor coil response signals responsive to the electromagnetic wave fields; a component configured to measure the one or more sensor coil response signals from the moveable sensor coil; and a processor configured to determine a sensor coil disposition in the subject relative to said quadruplet drive coil sets from the one or more sensor coil response signals. an array of quadruplet drive coil sets, each drive coil set having at least four discrete drive coils including a first drive coil, a second drive coil, a third drive coil, and a fourth drive coil, the first drive coil being orthogonal to the second drive coil, and the third drive coil and the fourth drive coil being non-orthogonal to the first and second drive coils, wherein the third drive coil is orthogonal to the fourth drive coil, each of the discrete drive coils being electromagnetic coils driven by drive signals and configured to generate respective electromagnetic wave fields; at least one moveable sensor coil configured to provide one or more sensor coil response signals responsive to the electromagnetic wave fields; a component configured to measure the one or more sensor coil response signals from the moveable sensor coil; and a processor configured to determine a sensor coil disposition in the subject relative to said quadruplet drive coil sets from the one or more sensor coil response signals.
A device for manufacturing container products made of plastic materials, in particular by carrying out a moulding, filling and sealing process, said device having a moulding device which can be supplied with a moulding tube of plasticised plastic material, and which has a movable moulding surface which adapts to the predefinable container geometry, to which said moulding tube can be attached for a moulding, filling and/or sealing procedure, wherein a guide and retaining device is provided which has movable guide and retaining parts (77, 81; 79, 83), which parts can be controlled such that in at least one of the possible functional positions outside of the moulding region of the moulding device, said parts engage with the moulding tube itself and/or with the respective plastic material which surrounds at least one manufactured container product and/or the contents thereof, characterised in that the movable guide and retaining parts (77, 81) at the end of a respective moulding, filling and sealing process for the container product can be brought into a functional position, in which said parts supportively abut the moulding tube in the section adjacent to the inlet to the moulding device, on opposite sides of the tube.
A method for displaying an holographic image by using a label attached to a substantially transparent container, wherein a product (PROD1) comprises the container and the label attached to the container, the label comprising a transmissive diffractive optical element, the method comprising: - providing a diffracted beam by illuminating the diffractive optical element with an illuminating light beam, and - forming a projected holographic image by projecting light of the diffracted beam to a screen portion through the substantially transparent container, characterized in that the label comprises a substantially transparent carrier layer, and wherein at least 90% of the area of the label is substantially transparent. - providing a diffracted beam by illuminating the diffractive optical element with an illuminating light beam, and - forming a projected holographic image by projecting light of the diffracted beam to a screen portion through the substantially transparent container,
A mobile terminal connectable to at least one external terminal, comprising: a wireless communication unit configured to transmit and receive wireless signals to and from the at least one external terminal; an output unit configured to include at least one of an audio output module outputting at least one of audio information and a display unit outputting image information; and a controller configured to select one of the mobile terminal and the at least one external terminal connected to the mobile terminal to output event information associated with an occurred event according to a predetermined condition, and to control the selected one of the mobile terminal and the at least one external terminal to output the event information, wherein the controller is configured to detect whether the mobile terminal and at least one connected external terminal are in a wake-up mode or a sleep mode, characterized in that the controller is further configured to, if the mobile terminal is in the wake-up mode, control the output unit to output the event information when there is no terminal operating in the wake-up mode among the at least one external terminal, or control any one of the mobile terminal and the at least one external terminal operating in the wake-up mode that a user wears or grips to output the event information when there is a terminal operating in the wake-up mode among the at least one external terminal. a wireless communication unit configured to transmit and receive wireless signals to and from the at least one external terminal; an output unit configured to include at least one of an audio output module outputting at least one of audio information and a display unit outputting image information; and a controller configured to select one of the mobile terminal and the at least one external terminal connected to the mobile terminal to output event information associated with an occurred event according to a predetermined condition, and to control the selected one of the mobile terminal and the at least one external terminal to output the event information, wherein the controller is configured to detect whether the mobile terminal and at least one connected external terminal are in a wake-up mode or a sleep mode, characterized in that the controller is further configured to, if the mobile terminal is in the wake-up mode, control the output unit to output the event information when there is no terminal operating in the wake-up mode among the at least one external terminal, or control any one of the mobile terminal and the at least one external terminal operating in the wake-up mode that a user wears or grips to output the event information when there is a terminal operating in the wake-up mode among the at least one external terminal.
A lead-free solder alloy comprising: 2% by weight or more and 4% by weight or less of Ag; 0.5% by weight or more and 0.7% by weight or less of Cu; 3% by weight or more and 5% by weight or less of Sb; and 0.03% by weight of Ni, the remainder being Sn; optionally further comprising: 0.001% by weight or more and 0.25% by weight or less of Co; optionally further comprising: 6% by weight or less of In; optionally further comprising: at least one of P, Ga, and Ge in a total amount of 0.001% by weight or more and 0.05% by weight or less; and optionally further comprising: at least one of Fe, Mn, Cr, and Mo in a total amount of 0.001% by weight or more and 0.05% by weight or less. 2% by weight or more and 4% by weight or less of Ag; 0.5% by weight or more and 0.7% by weight or less of Cu; 3% by weight or more and 5% by weight or less of Sb; and 0.03% by weight of Ni, the remainder being Sn; optionally further comprising: 0.001% by weight or more and 0.25% by weight or less of Co; optionally further comprising: 6% by weight or less of In; optionally further comprising: at least one of P, Ga, and Ge in a total amount of 0.001% by weight or more and 0.05% by weight or less; and optionally further comprising: at least one of Fe, Mn, Cr, and Mo in a total amount of 0.001% by weight or more and 0.05% by weight or less.
A plate stack comprising: a plurality of plates each of which includes corrugated portions formed on a front surface and a back surface of each of the plurality of plates, and which are arranged in stacks; and first heat exchange flow passages (F 1) through which a first heat exchange fluid flows and second heat exchange flow passages (F 2) through which a second heat exchange fluid flows, the first heat exchange flow passages and the second heat exchange flow passages being formed between the plurality of plates to be arranged alternately along a stacking direction of the plurality of plates, wherein each of the plurality of plates has two through holes (16, 18) which penetrate the front surface and the back surface, and from which the first heat exchange fluid is introduced and derived, characterized in that the plate stack further comprises: first partition weirs which are formed on at least one of two plate surfaces of a plurality of plate surfaces formed by the plurality of plates, the two plate surfaces forming a corresponding one of the first heat exchange flow passages therebetween, the first partition weirs being symmetrically arranged with respect to a center line connecting centers of the two through holes as viewed from the stacking direction of the plates so as to be oblique with respect to the center line; and a flow passage formed along the center line on a side of at least a through hole, of the two through holes, from which the first heat exchange fluid is introduced. a plurality of plates each of which includes corrugated portions formed on a front surface and a back surface of each of the plurality of plates, and which are arranged in stacks; and first heat exchange flow passages (F 1) through which a first heat exchange fluid flows and second heat exchange flow passages (F 2) through which a second heat exchange fluid flows, the first heat exchange flow passages and the second heat exchange flow passages being formed between the plurality of plates to be arranged alternately along a stacking direction of the plurality of plates, wherein each of the plurality of plates has two through holes (16, 18) which penetrate the front surface and the back surface, and from which the first heat exchange fluid is introduced and derived, characterized in that the plate stack further comprises: first partition weirs which are formed on at least one of two plate surfaces of a plurality of plate surfaces formed by the plurality of plates, the two plate surfaces forming a corresponding one of the first heat exchange flow passages therebetween, the first partition weirs being symmetrically arranged with respect to a center line connecting centers of the two through holes as viewed from the stacking direction of the plates so as to be oblique with respect to the center line; and a flow passage formed along the center line on a side of at least a through hole, of the two through holes, from which the first heat exchange fluid is introduced.
An apparatus for the sterilization of containers, with a sterilization unit which has a rod-like body which rod-like body is capable of being introduced through an aperture of the containers into an interior space of the containers and which acts upon an inner wall of the containers with radiation, and with a movement device which produces a relative movement between the containers and the sterilization unit in such a way that the rod-like body is capable of being introduced into the containers, characterized in that the apparatus has a collision-prevention device which prevents a collision of the rod-like body with the container when an incorrect positioning of the container and/or a holding device for holding the container occurs.
System comprising a building envelope and a thermal or photovoltaic solar collector module (11, 14), wherein the building envelope has a carrier construction comprising posts and bars and an assembly profile which is secured thereto for fitting the solar collector module (11, 14) with rear ventilation spacing from the carrier construction beside an adjacent building envelope element, wherein the collector module (11, 14) is fitted to the assembly profile with retention members which engage below the outer module face with sealing, and wherein the assembly profile and the retention members are covered so as to be sealed in an outward direction, characterised in that the assembly profile has a screw channel and in that two adjacent assembly profiles which are located at the height of a bar of the building envelope are connected by means of a U-shaped profile connector which engages over the screw channel of the two assembly profiles from the outer side and is consequently screwed and at the joint between the two assembly profiles is screwed therebelow with a third assembly profile which is located at the height of a post of the building envelope.
An integrated mercaptan extraction and/or sweetening and thermal oxidation and flue gas treatment process for sulfur reduction in a hydrocarbon feed comprising: introducing a spent liquid stream into a spent caustic surge drum, the spent liquid comprising at least one of: a mixed amine and caustic stream from a mercaptan removal unit; a spent caustic stream from a mercaptan removal unit; a spent naphthenic caustic stream from a kerosene sweetening unit; a spent sulfidic, phenolic and/or cresylic caustic stream from a gasoline sweetening unit, or kerosene sweetening unit, or both; or a caustic waste stream from another process unit; passing a mixed spent caustic stream from the spent caustic surge drum to a thermal oxidation and quench section of a thermal oxidation system, the mixed spent caustic stream comprising at least one sulfur compound, the thermal oxidation system comprising the thermal oxidation and quench section, a particulate removal section, and a sulfur oxide removal section; oxidizing the at least one sulfur compound in the thermal oxidation and quench section forming oxidized sulfur particulate and carbonate particulate in flue gas; removing a portion of one or more of: the oxidized sulfur particulate, or the carbonate particulate; separating a portion of the oxidized sulfur particulate, or the carbonate particulate from the flue gas in the particulate removal section; and converting a portion of the oxidized sulfur particulate in the sulfur oxide removal section by contacting the flue gas with caustic to form sodium sulfate or sulfite particulate. a mixed amine and caustic stream from a mercaptan removal unit; a spent caustic stream from a mercaptan removal unit; a spent naphthenic caustic stream from a kerosene sweetening unit; a spent sulfidic, phenolic and/or cresylic caustic stream from a gasoline sweetening unit, or kerosene sweetening unit, or both; or a caustic waste stream from another process unit; passing a mixed spent caustic stream from the spent caustic surge drum to a thermal oxidation and quench section of a thermal oxidation system, the mixed spent caustic stream comprising at least one sulfur compound, the thermal oxidation system comprising the thermal oxidation and quench section, a particulate removal section, and a sulfur oxide removal section; oxidizing the at least one sulfur compound in the thermal oxidation and quench section forming oxidized sulfur particulate and carbonate particulate in flue gas; removing a portion of one or more of: the oxidized sulfur particulate, or the carbonate particulate; separating a portion of the oxidized sulfur particulate, or the carbonate particulate from the flue gas in the particulate removal section; and converting a portion of the oxidized sulfur particulate in the sulfur oxide removal section by contacting the flue gas with caustic to form sodium sulfate or sulfite particulate.