mhurhangee/ep-ind-claims huggingface dataset:
Composition, especially a cosmetic composition, comprising at least: a) photonic particles having a mean size which denotes the statistical particle size dimension for half the population, referred to as D (0.5), of from 0.5 μm to 100 μm as measured with the method of the description, each including an ordered periodic arrangement of monodisperse nanoparticles or of empty spaces, leading to attenuation of the radiation in the wavelength range extending from 250 nm to 1800 nm, preferably from 250 nm to 400 nm, and b) at least one UV-screening agent, and c) at least one polymer comprising monomer units of formulae and: in which: R1, independently at each instance, is chosen from alkyl and alkylene radicals, and at least 60% by weight of the groups R1 are radicals chosen from stearyl and behenyl radicals, the weight percentage relating to the sum of all the groups R1 present in the polymer, and the weight ratio of the sum of all the hydroxyethyl acrylate units to the sum of all the acrylate units bearing the group R1 ranges from 1:30 to 1:1, and the sum of the total of units A and B is at least 95% by weight relative to the total weight of the polymer, the polymer having a number-average molecular weight Mn ranging from 2000 to 9000 g/mol. a) photonic particles having a mean size which denotes the statistical particle size dimension for half the population, referred to as D (0.5), of from 0.5 μm to 100 μm as measured with the method of the description, each including an ordered periodic arrangement of monodisperse nanoparticles or of empty spaces, leading to attenuation of the radiation in the wavelength range extending from 250 nm to 1800 nm, preferably from 250 nm to 400 nm, and b) at least one UV-screening agent, and c) at least one polymer comprising monomer units of formulae and: R1, independently at each instance, is chosen from alkyl and alkylene radicals, and at least 60% by weight of the groups R1 are radicals chosen from stearyl and behenyl radicals, the weight percentage relating to the sum of all the groups R1 present in the polymer, and the weight ratio of the sum of all the hydroxyethyl acrylate units to the sum of all the acrylate units bearing the group R1 ranges from 1:30 to 1:1, and the sum of the total of units A and B is at least 95% by weight relative to the total weight of the polymer, the polymer having a number-average molecular weight Mn ranging from 2000 to 9000 g/mol.
Fluid supply system having one component, having - a bypass valve, disposed in a control channel, having a valve body which can be adjusted at least between a first and a second position, - wherein the valve body divides the control channel into a first and a second chamber (10, 11) and has a leakage opening which connects the first chamber with the second chamber, - wherein the second chamber is connected via a leakage channel with a fluid reservoir, - wherein in the leakage channel is disposed a switchable valve for the at least partial opening/closing of the leakage channel, - wherein at least one detecting device is provided, which detects a characteristic of the fluid and transmits it to a controlling device, which in turn is configured such that it closes the valve when a predefined characteristic is reached and therewith blocks the leakage channel, - a second bypass valve which is designed such that a transient oscillation of the first bypass valve at a system start is at least reduced, characterised in that the second bypass valve is disposed in the leakage opening of the valve body, that the second bypass valve has a spring-loaded valve body, which - is disposed in the leakage opening, - is preloaded with a sealing element sealingly against an edge of the leakage opening, - has a choke opening which is smaller than the leakage opening. - a bypass valve, disposed in a control channel, having a valve body which can be adjusted at least between a first and a second position, - wherein the valve body divides the control channel into a first and a second chamber (10, 11) and has a leakage opening which connects the first chamber with the second chamber, - wherein the second chamber is connected via a leakage channel with a fluid reservoir, - wherein in the leakage channel is disposed a switchable valve for the at least partial opening/closing of the leakage channel, - wherein at least one detecting device is provided, which detects a characteristic of the fluid and transmits it to a controlling device, which in turn is configured such that it closes the valve when a predefined characteristic is reached and therewith blocks the leakage channel, - a second bypass valve which is designed such that a transient oscillation of the first bypass valve at a system start is at least reduced, characterised in that the second bypass valve is disposed in the leakage opening of the valve body, that the second bypass valve has a spring-loaded valve body, which - is disposed in the leakage opening, - is preloaded with a sealing element sealingly against an edge of the leakage opening, - has a choke opening which is smaller than the leakage opening.
A method of selecting a shoe fitted to a foot from a plurality of shoes, the method comprising the following: - providing a dimensionally accurate outline of the footbed of the shoe for each shoe from the plurality of shoes, in electronic form; - providing a dimensionally accurate outline of a section through the shoe for each shoe from the plurality of shoes, wherein the sectional plane runs perpendicularly to the footbed and along the way of the largest foot length of a foot positioned in the shoe, in electronic form; - representation of the footbed outline and of the section outline for a shoe on a flat screen, wherein the design of the outline area is in distinct contrast to the design of the background area; - causing the potential purchaser to visually compare the represented outlines (30, 36) with the foot to be dressed by assessing the edge that remains visible of the represented outline (30, 36) with respect to size and course, characterized in that - the representation of the footbed outline and of the section outline for the shoe on the flat screen is effected to scale, and by causing a potential purchaser to position the foot on or in front of the flat screen, so that, if possible, only a circumferential edge of the represented outline (30, 36) remains visible. - providing a dimensionally accurate outline of the footbed of the shoe for each shoe from the plurality of shoes, in electronic form; - providing a dimensionally accurate outline of a section through the shoe for each shoe from the plurality of shoes, wherein the sectional plane runs perpendicularly to the footbed and along the way of the largest foot length of a foot positioned in the shoe, in electronic form; - representation of the footbed outline and of the section outline for a shoe on a flat screen, wherein the design of the outline area is in distinct contrast to the design of the background area; - causing the potential purchaser to visually compare the represented outlines (30, 36) with the foot to be dressed by assessing the edge that remains visible of the represented outline (30, 36) with respect to size and course, characterized in that - the representation of the footbed outline and of the section outline for the shoe on the flat screen is effected to scale, and by causing a potential purchaser to position the foot on or in front of the flat screen, so that, if possible, only a circumferential edge of the represented outline (30, 36) remains visible.
A stimulation device for an aesthetic treatment using a time-varying magnetic field and a radiofrequency field for providing muscle contraction and heating of at least one biological structure, wherein the stimulation device comprises: - at least one first switching device, - at least one first energy storage device, - at least one first magnetic field generating device, and - at least one first radiofrequency electrode, wherein the first switching device is configured to discharge the first energy storage device to provide electric current flow to the first magnetic field generating device, the first magnetic field generating device being configured to generate biphasic impulses of a time-varying magnetic field, being used for magnetic treatment, with a magnetic flux density in a range of 0.2 to 7 Tesla, an impulse duration in a range of 10 to 1000 μs and a repetition rate of magnetic pulses in a range of 1 to 700 Hz, wherein each pulse comprises one impulse of the time-varying magnetic field; wherein the time-varying magnetic field as generated by the first magnetic field generating device is capable of causing a muscle contraction; wherein the stimulation device further comprises a HF frequency generator for providing energy for radiofrequency treatment; wherein the at least one first radiofrequency electrode is configured to generate a radiofrequency field in order to heat at least one target biological structure to a temperature in a range 37 °C to 60 °C. - at least one first switching device, - at least one first energy storage device, - at least one first magnetic field generating device, and - at least one first radiofrequency electrode, wherein
A method for inhibiting sprouting of potato tubers, comprising the step of exposing said potato tubers to an amount of a composition sufficient to inhibit sprouting of said potato tubers, said composition comprising at least one of one or more C3 to C14 unbranched saturated aliphatic aldehydes; one or more C3 to C14 unbranched saturated aliphatic ketones; wherein said one or more C3 to C14 unbranched saturated aliphatic aldehydes has a chemical formula wherein R 1 is a C2 to C13 unbranched saturated alkyl; wherein said one or more C3 to C14 unbranched saturated aliphatic ketones has a chemical formula wherein R 2 is C1 to C12 unbranched saturated alkyl, R 3 is a C1 to C12 unbranched saturated alkyl, and wherein R 2 and R 3 may be the same or different. one or more C3 to C14 unbranched saturated aliphatic aldehydes; one or more C3 to C14 unbranched saturated aliphatic ketones;
Heatable covering system for floors, ceilings and walls, comprising: - covering panels with a decorative upper side and a lower side in particular laminate panels, veneer panels or parquet panels; wherein - the covering panels are provided with electrical heating means and comprise electrical contact means so that the covering panels can be electrically interconnected; and wherein - the electrical heating means are based on an electrically conductive fluid, which exists as an dry electrically conductive layer; and wherein - the fluid is applied on the covering panels in a liquid state, characterized in that the covering panels are provided at at least one longitudinal side with coupling means (13, 14) so that the covering panels can be interconnected, and wherein the electrical heating means further comprise at least one reinforcement layer, which is at least partially embedded in the electrically conductive layer, wherein the reinforcement layer is preferably a fleece, paper, web or grid. - covering panels with a decorative upper side and a lower side in particular laminate panels, veneer panels or parquet panels; wherein - the covering panels are provided with electrical heating means and comprise electrical contact means so that the covering panels can be electrically interconnected; and wherein - the electrical heating means are based on an electrically conductive fluid, which exists as an dry electrically conductive layer; and wherein - the fluid is applied on the covering panels in a liquid state, characterized in that the covering panels are provided at at least one longitudinal side with coupling means (13, 14) so that the covering panels can be interconnected, and wherein the electrical heating means further comprise at least one reinforcement layer, which is at least partially embedded in the electrically conductive layer, wherein the reinforcement layer is preferably a fleece, paper, web or grid.
A sheave, especially a traction sheave, with (a) a hub, (b) a rim, which has an outer radius (R 16), and (c) a transmission structure for transmitting a torque from the hub to the rim, (d) wherein the sheave is designed to rotate about a rotational axis, (e) wherein the transmission structure (i) features three bars (32.1, 32.2, 32.3), (ii) features a recess (34.1, 34.2, 34.3) between two adjacent bars (32.2, 32.3), (iii) each recess extends in an inner region along a first ellipse (E 1), (iv) each first ellipse (E 1) has a small first ellipse main axis (H 1), and (v) the small first ellipse main axis (H 1) extends through the hub, characterised in that (f) each of the bars (i) comprises an opening (42.1, 42.2, 42.3), which extends in the inner region along a second ellipse (E 2), (ii) each second ellipse (E 2) has a large second ellipse main axis (H 2), and (iii) the large second ellipse main axis (H 2) extends through the hub. (a) a hub, (b) a rim, which has an outer radius (R 16), and (c) a transmission structure for transmitting a torque from the hub to the rim, (d) wherein the sheave is designed to rotate about a rotational axis, (e) wherein the transmission structure (i) features three bars (32.1, 32.2, 32.3), (ii) features a recess (34.1, 34.2, 34.3) between two adjacent bars (32.2, 32.3), (iii) each recess extends in an inner region along a first ellipse (E 1), (iv) each first ellipse (E 1) has a small first ellipse main axis (H 1), and (v) the small first ellipse main axis (H 1) extends through the hub, characterised in that (i) features three bars (32.1, 32.2, 32.3), (ii) features a recess (34.1, 34.2, 34.3) between two adjacent bars (32.2, 32.3), (iii) each recess extends in an inner region along a first ellipse (E 1), (iv) each first ellipse (E 1) has a small first ellipse main axis (H 1), and (v) the small first ellipse main axis (H 1) extends through the hub, characterised in that (f) each of the bars (i) comprises an opening (42.1, 42.2, 42.3), which extends in the inner region along a second ellipse (E 2), (ii) each second ellipse (E 2) has a large second ellipse main axis (H 2), and (iii) the large second ellipse main axis (H 2) extends through the hub. (i) comprises an opening (42.1, 42.2, 42.3), which extends in the inner region along a second ellipse (E 2), (ii) each second ellipse (E 2) has a large second ellipse main axis (H 2), and (iii) the large second ellipse main axis (H 2) extends through the hub.
2-component addition crosslinking silicone putty material comprising - 25 - 30 % by weight organopolysiloxanes having at least two unsaturated groups per molecule, having a viscosity of 500 - 20000 mPas, - 3 - 8 % by weight of at least one organohydrogenpolysiloxane having at least 2 SiH groups in the molecule, - 7 - 11 % by weight of at least one paraffin oil, - 50 - 70 % by weight of at least one filler, - 0.00001 - 0.04 % by weight of a Pt-containing hydrosilylation catalyst, calculated as Pt, - optionally further excipients. - 25 - 30 % by weight organopolysiloxanes having at least two unsaturated groups per molecule, having a viscosity of 500 - 20000 mPas, - 3 - 8 % by weight of at least one organohydrogenpolysiloxane having at least 2 SiH groups in the molecule, - 7 - 11 % by weight of at least one paraffin oil, - 50 - 70 % by weight of at least one filler, - 0.00001 - 0.04 % by weight of a Pt-containing hydrosilylation catalyst, calculated as Pt, - optionally further excipients.
A method for producing smoking articles, each comprising a first rod portion; the method comprising: a first cutting step, during which second rod portions are formed by cutting at least one rod in a first cutting station; each second rod portion being a multiple in length of said first rod portion; a first conveying step, during which the second rod portions are conveyed crosswise and in succession from the first cutting station along a first portion of a given path to a second cutting station; a second cutting step, during which each second rod portion is cut crosswise into at least two third rod portions in the second cutting station; each third rod portion being a multiple in length of the first rod portion; a second conveying step, during which the third rod portions are conveyed crosswise along a second portion of the given path from the second cutting station, so as to arrive one at a time and in succession at an output station; an offsetting step, during which the two third rod portions cut from the same second rod portion are moved crosswise and with respect to each other, so as to be offset with respect to each other, in an offsetting station located along the second path portion; the method being characterized in that the third rod portions are fed along the first path portion to the offsetting station at a smaller speed than the one at which the third rod portions are fed along the second path portion from the offsetting station, in particular to the output station. a first cutting step, during which second rod portions are formed by cutting at least one rod in a first cutting station; each second rod portion being a multiple in length of said first rod portion; a first conveying step, during which the second rod portions are conveyed crosswise and in succession from the first cutting station along a first portion of a given path to a second cutting station; a second cutting step, during which each second rod portion is cut crosswise into at least two third rod portions in the second cutting station; each third rod portion being a multiple in length of the first rod portion; a second conveying step, during which the third rod portions are conveyed crosswise along a second portion of the given path from the second cutting station, so as to arrive one at a time and in succession at an output station; an offsetting step, during which the two third rod portions cut from the same second rod portion are moved crosswise and with respect to each other, so as to be offset with respect to each other, in an offsetting station located along the second path portion; the method being characterized in that the third rod portions are fed along the first path portion to the offsetting station at a smaller speed than the one at which the third rod portions are fed along the second path portion from the offsetting station, in particular to the output station.
A method for generating a solid antigen/carrier protein gel for immunohistochemical staining, the method comprising: (a) mixing a purified antigen with a liquid solution comprising a carrier protein to produce an antigen/carrier protein liquid solution; and (b) heating the antigen/carrier protein liquid solution to form the solid antigen/carrier protein gel; wherein the carrier protein consists of a serum albumin protein and the antigen/carrier protein liquid solution includes a cross-linking fixative. (a) mixing a purified antigen with a liquid solution comprising a carrier protein to produce an antigen/carrier protein liquid solution; and (b) heating the antigen/carrier protein liquid solution to form the solid antigen/carrier protein gel;
An inductive wireless power transmitter for transmitting an inductive wireless power signal with a power of at least 2 watt to at least two inductive wireless power receivers, comprising - a primary coil for transmitting the inductive wireless power signal, - a power converter for providing power to the primary coil, - a power measurement unit for determining an amount of inductive wireless power transmitted by the power transmitter, - a power modulation and demodulation unit for modulating and demodulating the inductive wireless power signal, and - a communication coordination and control unit, the communication coordination and control unit being arranged to control the power modulation and demodulation unit to coordinate communication with the at least two inductive wireless power receivers in time slots (52, 53, 55) present in repeating communication frames, characterized in the communication coordination and control unit being further arranged to: - allocate a power measurement time slot for synchronised power measurements, and announce the power measurement time slot to the wireless power receivers, - activate the power measurement unit to determine the amount of inductive power transmitted by the power transmitter during the power measurement time slot, - after the power measurement time slot, receive from each of the wireless power receivers a message indicating an amount of inductive power received by that power receiver during the power measurement time slot, and - from the determined amount of power transmitted and the amounts of power received, calculate an amount of power lost; wherein the inductive wireless power transmitter is further arranged to reduce the power of the inductive wireless power signal if the calculated amount of power lost exceeds a threshold value. - a primary coil for transmitting the inductive wireless power signal, - a power converter for providing power to the primary coil, - a power measurement unit for determining an amount of inductive wireless power transmitted by the power transmitter, - a power modulation and demodulation unit for modulating and demodulating the inductive wireless power signal, and - a communication coordination and control unit, - allocate a power measurement time slot for synchronised power measurements, and announce the power measurement time slot to the wireless power receivers, - activate the power measurement unit to determine the amount of inductive power transmitted by the power transmitter during the power measurement time slot, - after the power measurement time slot, receive from each of the wireless power receivers a message indicating an amount of inductive power received by that power receiver during the power measurement time slot, and - from the determined amount of power transmitted and the amounts of power received, calculate an amount of power lost;