mhurhangee/ep-ind-claims huggingface dataset:
A multistep method for dyeing keratin fibers, in particular human hair, characterized in that - firstly, an oxidative pre-lotion is applied to the hair, characterized in that said pre-lotion contains at least one oxidation agent, and in that said pre-lotion does not contain any coloring compounds, the oxidation agent in being selected from the group which is formed of peroxides according to formula where R represents hydrogen or R'C(=O), and in which R' represents an optionally substituted C 1 -C 12 alkyl functional group or an optionally substituted aryl functional group, and the pre-lotion containing the oxidation agent according to formula in an amount of from 0.5 to 6.0 wt.%, based on the weight of the pre-lotion, - the oxidative pre-lotion remains in the hair for a certain contact time E1 and is rinsed out with water, the contact time E1 being between 1 and 15 minutes, - thereafter, the pretreated hair is treated with a composition which contains at least one oxidation dye precursor of the developer type and an oxidation agent, the composition containing hydrogen peroxide as the oxidation agent in an amount of from 0.1 to 5.9 wt.%, based on the weight of the composition, and the composition being ammonia-free, - and finally, the oxidative dyeing mixture is rinsed out with water after an additional contact time E2. - firstly, an oxidative pre-lotion is applied to the hair, characterized in that said pre-lotion contains at least one oxidation agent, and in that said pre-lotion does not contain any coloring compounds, the oxidation agent in being selected from the group which is formed of peroxides according to formula where R represents hydrogen or R'C(=O), and in which R' represents an optionally substituted C 1 -C 12 alkyl functional group or an optionally substituted aryl functional group, and the pre-lotion containing the oxidation agent according to formula in an amount of from 0.5 to 6.0 wt.%, based on the weight of the pre-lotion, - the oxidative pre-lotion remains in the hair for a certain contact time E1 and is rinsed out with water, the contact time E1 being between 1 and 15 minutes, - thereafter, the pretreated hair is treated with a composition which contains at least one oxidation dye precursor of the developer type and an oxidation agent, the composition containing hydrogen peroxide as the oxidation agent in an amount of from 0.1 to 5.9 wt.%, based on the weight of the composition, and the composition being ammonia-free, - and finally, the oxidative dyeing mixture is rinsed out with water after an additional contact time E2.
A topical formulation that inhibits the growth of microorganisms, comprising 0.1 to 1% by weight of the formulation of ivermectin dissolved in an oil phase comprising a water-miscible or water-soluble surface active agent, olive oil and shea butter, and a non-ionic surfactant, and an aqueous phase comprising methylparaben and propylparaben, wherein the aqueous phase is buffered with citric acid and sodium citrate and the pH is from 4.0 to 6.5.
A secondary battery separator comprising an organic separator layer, a heat-durable layer formed adjacent to at least one surface of the organic separator layer, and an adhesive layer formed on the heat-durable layer, wherein the heat-durable layer contains non-conductive particles and a binder, the adhesive layer contains a particulate polymer having a glass transition temperature of 10 to 100°C, wherein the particulate polymer contains a crosslinkable monomer unit, and the content ratio of the crosslinkable monomer unit in the particulate polymer is 0.1 to 2wt%, and the content ratio of the particulate polymer in the adhesive layer is 50 to 100wt%.
A hand belt comprising: a first mounting section configured to be mounted on one end portion of a terminal body; a second mounting section configured to be mounted on an other end portion of the terminal body; and a belt body which is attached to both side portions of the first mounting section and the second mounting section, and has an opening section which is arranged to be positioned on one side of the terminal body and configured to expose an imaging section provided on an upper end side on a back of the terminal body provided on the one side, wherein the belt body includes a pair of first belt sections which is attached to the side portions of the first mounting section, and a second belt section which is connected to the pair of first belt sections and attached to the second mounting section, and the opening section is formed between the pair of first belt sections, a connection belt section connecting the pair of first belt sections with the second belt section, wherein the opening section is formed by the pair of first belt sections extending from the side portions of the first mounting section toward the other end portion of the terminal body along both side portions of the terminal body while avoiding the imaging section, and the pair of first belt sections is formed extending from the side portions of the first mounting section toward the other end portion of the terminal body along the side portions of the terminal body in substantially parallel with each other. a first mounting section configured to be mounted on one end portion of a terminal body; a second mounting section configured to be mounted on an other end portion of the terminal body; and a belt body which is attached to both side portions of the first mounting section and the second mounting section, and has an opening section which is arranged to be positioned on one side of the terminal body and configured to expose an imaging section provided on an upper end side on a back of the terminal body provided on the one side, wherein the belt body includes a pair of first belt sections which is attached to the side portions of the first mounting section, and a second belt section which is connected to the pair of first belt sections and attached to the second mounting section, and the opening section is formed between the pair of first belt sections, a connection belt section connecting the pair of first belt sections with the second belt section, wherein the opening section is formed by the pair of first belt sections extending from the side portions of the first mounting section toward the other end portion of the terminal body along both side portions of the terminal body while avoiding the imaging section, and the pair of first belt sections is formed extending from the side portions of the first mounting section toward the other end portion of the terminal body along the side portions of the terminal body in substantially parallel with each other.
System with an air conditioning unit, in particular that of a commercial vehicle, wherein upstream from at least one compressed air connection of the air conditioning unit that leads to a compressed air consumer a compressed air reservoir is provided, characterised in that the compressed air reservoir is connected upstream from an air dryer unit of the air conditioning unit.
An arrangement for determining the forces acting on a rudder, in particular a spade rudder, for watercraft, in particular ships, comprising a computing unit, at least one measuring device (27, 28) for determining values of a physical quantity of a rudder, and means for transmitting the detected values of the physical quantity to the computing unit, wherein the computing unit is configured for determining the forces acting on the rudder on the basis of the determined values of the physical quantity, characterized in that the at least one measuring device (27, 28) is arranged at the rudder, wherein the forces acting on the rudder are lift and drag, and wherein the physical quantity of the rudder is a bending stress and/or a torque.
A method for acoustic leakage detection in a fluid pipe network by use of at least one ultrasonic flow meter installed at a pipe (15, 17), wherein the pipe (15, 17) connects a consumer site to the fluid pipe network, the method comprising: - detecting at least one sound wave travelling along the pipe (15, 17) and/or along fluid within the pipe (15, 17) from a sound source to the at least one ultrasonic flow meter, - determining the travelling direction of at least one of the at least one sound wave, wherein the method is characterised by further comprising: - using the travelling direction as a filter criterium to increase a signal-to-noise ratio, wherein a sound wave of said at least one sound wave is interpreted as a leakage sound candidate if the determined travelling direction of said sound wave is towards the consumer site, and wherein a sound wave of said at least one sound wave is interpreted as a background noise if the determined travelling direction of said sound wave is away from the consumer site. - detecting at least one sound wave travelling along the pipe (15, 17) and/or along fluid within the pipe (15, 17) from a sound source to the at least one ultrasonic flow meter, - determining the travelling direction of at least one of the at least one sound wave, - using the travelling direction as a filter criterium to increase a signal-to-noise ratio, wherein a sound wave of said at least one sound wave is interpreted as a leakage sound candidate if the determined travelling direction of said sound wave is towards the consumer site, and wherein a sound wave of said at least one sound wave is interpreted as a background noise if the determined travelling direction of said sound wave is away from the consumer site.
A method for disconnecting a wireless time-division duplex communication link, said time-division duplex communication link being between a first node transmitting during time slots allocated to said first node and a second node transmitting during separate time slots allocated to said second node, said first node transmitting at a respective one of a plurality of frequency bands during each of said time slots allocated to said first node, characterised by the method comprising: sub-dividing, by a signal generator of a disconnect apparatus, a time slot allocated to said first node into consecutive time intervals; and transmitting, using a wireless transmitter of the disconnect apparatus, disconnect signals during a plurality of said time intervals, and each of said disconnect signals being transmitted on a respective one of said plurality of frequency bands, wherein for at least two of said time intervals said disconnect signals are transmitted on different frequency bands, wherein the disconnect signals, once received by the second node, are designed to disconnect the second node from the first node.
A multi-site injection system comprising: a rotatable drum having an outer surface with microprotrusions thereon, said microprotrusions having lumens therethrough for enabling transport of a medicament therethrough from an inner surface of said rotatable drum and into a stratum corneum of a user, characterised by: a fixed inner drum for supporting said rotatable drum and for containing a supply of said medicament, which fixed inner drum has at least one radial opening therein for providing said medicament to the microprotrusion lumens; and a housing for supporting the rotatable drum and the inner drum, said housing having an opening for exposing an arcuate portion of said rotatable drum in order to enable rotation of said rotatable drum by rolling said rotatable drum against a user's skin, which at least one radial opening is disposed on a portion of the fixed inner drum having a position corresponding to the opening of the housing. a rotatable drum having an outer surface with microprotrusions thereon, said microprotrusions having lumens therethrough for enabling transport of a medicament therethrough from an inner surface of said rotatable drum and into a stratum corneum of a user, characterised by: a fixed inner drum for supporting said rotatable drum and for containing a supply of said medicament, which fixed inner drum has at least one radial opening therein for providing said medicament to the microprotrusion lumens; and a housing for supporting the rotatable drum and the inner drum, said housing having an opening for exposing an arcuate portion of said rotatable drum in order to enable rotation of said rotatable drum by rolling said rotatable drum against a user's skin, which at least one radial opening is disposed on a portion of the fixed inner drum having a position corresponding to the opening of the housing. a fixed inner drum for supporting said rotatable drum and for containing a supply of said medicament, which fixed inner drum has at least one radial opening therein for providing said medicament to the microprotrusion lumens; and a housing for supporting the rotatable drum and the inner drum, said housing having an opening for exposing an arcuate portion of said rotatable drum in order to enable rotation of said rotatable drum by rolling said rotatable drum against a user's skin, which at least one radial opening is disposed on a portion of the fixed inner drum having a position corresponding to the opening of the housing.
Artificial eye for eye tracking calibration of an eye-tracker, comprising: an eye model comprising a foveal region; an optical position sensor arranged at the foveal region for transducing the position of a foveal light spot into a sensor position signal; a two-axis rotational pivoting support (13, 14) upon which the eye model is mounted; a two-axis actuator (13, 14) for rotating the eye model in said pivoting support; a feed-back electronic circuit, connected between the sensor and actuator; wherein the eye model comprises a pupil and a cornea having an integrated lens or a lens immediately next to the cornea towards the optical position sensor; wherein the feed-back electronic circuit is arranged to cause rotation of the eye model by said actuator such that the sensor position signal (22, 30) matches a reference position signal. an eye model comprising a foveal region; an optical position sensor arranged at the foveal region for transducing the position of a foveal light spot into a sensor position signal; a two-axis rotational pivoting support (13, 14) upon which the eye model is mounted; a two-axis actuator (13, 14) for rotating the eye model in said pivoting support; a feed-back electronic circuit, connected between the sensor and actuator; wherein the eye model comprises a pupil and a cornea having an integrated lens or a lens immediately next to the cornea towards the optical position sensor; wherein the feed-back electronic circuit is arranged to cause rotation of the eye model by said actuator such that the sensor position signal (22, 30) matches a reference position signal.
An animal remedy dispensing means for use in oral administration including an elongate handle means having a longitudinal axis, an inlet for receiving a remedy to be dispensed, an outlet aperture separate from the inlet for dispensing the remedy, the outlet aperture having a central axis, and flow control means for controlling flow of the remedy from the inlet to the outlet aperture, wherein the central axis of the outlet aperture and the longitudinal axis of the elongate handle means form an angle of between 0° and 45°, wherein the flow control means includes a flow control member, and relative movement of the flow control member towards the elongate handle means causes the remedy to flow from the outlet aperture; and wherein the dispensing means includes a barrel and a plunger reciprocable within the barrel upon relative movement of the elongate handle means and the flow control member, the barrel provided with an inlet port in fluid communication with the inlet, and an outlet port in fluid communication with the outlet aperture, wherein a central axis of the barrel and the longitudinal axis of the elongate handle means form an angle of between 70° and 90°, characterized in that the inlet is proximate a first end of the elongate handle means and the outlet aperture is proximate a second end of the elongate handle means, opposite the first end.
Connector assembly comprising an electrical plug and a plug socket, wherein the electrical plug comprises a plug contact region having one or more contacts for producing one or more electrical connections between the plug and the plug socket, wherein the electrical plug comprises a latch spring comprising a first plug latching element for latching the plug to a first socket latching element of the plug socket, wherein the latch spring comprises a second plug latching element that is provided for latching the plug to a second socket latching element of the plug socket, wherein the latch spring consists of a punched and stamped metal sheet, wherein the first plug latching element and the second plug latching element are set apart from each other in an insertion direction, in which the plug is inserted into the plug socket, wherein the latch spring is arranged on a lower side of a first housing part of the electrical plug, wherein the latch spring is connected captively, but movable, to the first housing part, wherein the latch spring comprises a portion which extends parallel to said plug contact region, wherein an end of the portion is connected with the first plug latching element, wherein second plug latching elements are embodied as two noses, which are configured symmetrically on the latch spring, wherein the noses are located outside said plug contact region in the region of the first housing part.
Circuit for switching an alternating voltage comprising an input connection connectable to an alternating voltage source, an output connection connectable to a load impedance, a first series circuit comprising a diode and a circuit (6, 30) for storing electrical loads, wherein the first series circuit has a first end connection connected to the input connection and a second end connection connected to the output connection, a DC voltage source connected to an electrical connection between the diode and the input connection, or to an electrical connection between the diode and the output connection, and designed to generate a direct current in the diode, and a first switch connected to an electrical connection between the diode and the circuit for storing electrical loads and designed to switch between a switching state in which a potential dependent on a reference potential is applied to the electrical connection between the diode and the circuit (6, 30) for storing electrical loads, and a switching state, in which there is an electrical floating potential in the electrical connection between the diode and the circuit for storing electrical loads, characterized in that, further first series circuits each comprising a further diode (5 2,..., 5 n) and a further circuit (6 2,..., 6 n, 30 2,..., 30 n) for storing electrical loads are provided, wherein each further series circuit has a first end connection and a second end connection, each first end connection being connected to the input connection and each second end connection being connected to a further output connection (7 2,..., 7 n), each of the latter being connectable to a further load impedance (8 2,..., 8 n) and wherein, in each case, a further first switch (16 2,..., 16 n) is connected to the electrical connection between the respective further diode (5 2,..., 5 n) and the respective further circuit for storing electrical loads, and is designed to switch between a switching state in which a potential dependent on the reference potential is applied at the electrical connection between the respective further diode (5 2,..., 5 n) and the respective further circuit for storing electrical loads, and a switching state in which an electrical floating potential is applied in the electrical connection between the respective further diode (5 2,..., 5 n) and the respective further circuit (6 2,..., 6 n, 30 2,..., 30 n) for storing electrical loads, in order thus to switch each individual further diode (5 2,..., 5 n) separately in the forward or reverse direction.
Use of 1-O-alkyl-2-acylglycerophosphocholine 44:4 (PC-O 44:4) as a biomarker for detecting and/or quantifying visceral adiposity and/or changes in visceral adiposity.
A process for preparing a crystalline form of deferasirox with superior quality, said process comprising acts of: a. reacting salicyloyl chloride of formula 2 with salicylamide of formula 3 in the presence of a phase transfer catalyst to obtain 2-(2-Hydroxyphenyl)benz[e]oxazin-4-one of formula 4 having less than 1 % of uncyclized impurity, wherein the phase transfer catalyst is a tetra alkyl ammonium halide, a benzyl tri alkyl ammonium halide or a combination thereof; or b. reacting salicyloyl chloride of formula 2 with salicylamide of formula 3 in the presence of the phase transfer catalyst and a metal base to obtain a metal salt of 2-(2-Hydroxyphenyl)benz[e]oxazin-4-one of formula 4 having less than 1% of uncyclized impurity; and c. reacting the 2-(2-Hydroxyphenyl)benz[e]oxazin-4-one of step (a), or the metal salt of 2-(2-Hydroxyphenyl)benz[e]oxazin-4-one of step (b), with 4-hydrazinobenzoic acid of formula 5 to obtain a semi-pure form of deferasirox: d. purifying the semi-pure form of deferasirox in a solvent to obtain the crystalline form of deferasirox. a. reacting salicyloyl chloride of formula 2 with salicylamide of formula 3 in the presence of a phase transfer catalyst to obtain 2-(2-Hydroxyphenyl)benz[e]oxazin-4-one of formula 4 having less than 1 % of uncyclized impurity, wherein the phase transfer catalyst is a tetra alkyl ammonium halide, a benzyl tri alkyl ammonium halide or a combination thereof; or b. reacting salicyloyl chloride of formula 2 with salicylamide of formula 3 in the presence of the phase transfer catalyst and a metal base to obtain a metal salt of 2-(2-Hydroxyphenyl)benz[e]oxazin-4-one of formula 4 having less than 1% of uncyclized impurity; and c. reacting the 2-(2-Hydroxyphenyl)benz[e]oxazin-4-one of step (a), or the metal salt of 2-(2-Hydroxyphenyl)benz[e]oxazin-4-one of step (b), with 4-hydrazinobenzoic acid of formula 5 to obtain a semi-pure form of deferasirox: d. purifying the semi-pure form of deferasirox in a solvent to obtain the crystalline form of deferasirox.
Automatic dishwasher having a washing container which provides a washing chamber and comprises a loading opening which is closable by means of a pivotally mounted washing chamber door, and having a storage container for temporarily storing washing solution which is connected to the washing container in terms of flow, and having a filter which is inserted into the flow connection between the washing container and the storage container, characterised in that the filter comprises a filter housing, a filter fabric arranged in said filter housing and a scraper which interacts with the filter fabric, the scraper being movably guided inside the filter housing, and in that the filter comprises an entraining element which interacts with the scraper and is movably arranged on the outer surface of the filter housing.