mhurhangee/ep-ind-claims huggingface dataset:
A closure cap, preferably a screw cap, for mounting on a liquid container, preferably a bottle, more preferably a PET bottle, wherein the closure cap at least comprises - a preferably recloseable spout opening, - a receiving element for receiving at least one dispensing body, preferably at least one tablet, wherein the receiving element is permeable to a liquid in order to allow the at least one dispensing body to come into contact with the liquid, - an opening for introducing the at least one dispensing body into a receiving volume or for removing it from the receiving volume, wherein the receiving element can be actuated in the operating position of the closure cap and can be brought through the opening both from the receiving volume to a loading position for changing the dispensing body and also into the receiving volume to a dispensing position, characterized in that the opening, which is located laterally on the closure cap, can be sealed in a liquid-tight manner by the receiving element in the operating position of the closure cap. - a preferably recloseable spout opening, - a receiving element for receiving at least one dispensing body, preferably at least one tablet, wherein the receiving element is permeable to a liquid in order to allow the at least one dispensing body to come into contact with the liquid, - an opening for introducing the at least one dispensing body into a receiving volume or for removing it from the receiving volume, wherein the receiving element can be actuated in the operating position of the closure cap and can be brought through the opening both from the receiving volume to a loading position for changing the dispensing body and also into the receiving volume to a dispensing position, characterized in that the opening, which is located laterally on the closure cap, can be sealed in a liquid-tight manner by the receiving element in the operating position of the closure cap.
Mattress manufactured with wooden coil springs, the mattress comprising several comfort layers (6, 6a, 6b), at least one stabilizing layer, an outside of the mattress, and a mattress core, the wooden coil springs are made from non-compressed hard or semi-hard wood, the cross-section of the wooden coil spring is approximately rectangular, at least one end of the wooden coil spring is secured to the stabilizing layer, most of the wooden coil springs are positioned in the middle third of the length of the mattress core for receiving a human hip region of a human body lying on the mattress, characterized in that a first plurality of wooden coil springs comprises wooden coil springs shorter than wooden coil springs of a second plurality of wooden coil springs, and/or a first plurality of wooden coil springs comprises wooden coil springs each with an end turn thicker than end turns of the wooden coil springs of a second plurality of wooden coil springs and/or a first plurality of wooden coil springs comprises wooden coil springs each with a course of compression shorter than the course of compression of each of the wooden coil springs of a second plurality of wooden coil springs.
A method for producing plasmid DNA on a manufacturing scale, comprising the steps of a) cultivating host cells in a fermentor to produce the plasmid DNA, and b) disintegrating the cells by alkaline lysis, b1) after harvesting and resuspending the cells in a resuspension buffer; or b2) by conducting alkaline lysis in the fermentor; or b3) by introducing the fermentation broth into a lysis reactor; c) precipitating the cell debris and impurities by neutralizing the lysate, d) separating the lysate from the precipitate obtained in step c), e) purifying the plasmid DNA, wherein in step d) the mixture comprising the precipitate and the lysate containing the plasmid DNA is allowed to gently flow downward through a clarification reactor that is partially filled, in its lower part, with retention material, whereby the precipitate is retained on top of and within the layer of retention material and the cleared lysate leaves the reactor through the bottom of the reactor, and wherein step d) is operated in a continuous mode, and wherein the retention layer in the reactor of step d) is composed of a particulate material. a) cultivating host cells in a fermentor to produce the plasmid DNA, and b) disintegrating the cells by alkaline lysis, b1) after harvesting and resuspending the cells in a resuspension buffer; or b2) by conducting alkaline lysis in the fermentor; or b3) by introducing the fermentation broth into a lysis reactor; b1) after harvesting and resuspending the cells in a resuspension buffer; or b2) by conducting alkaline lysis in the fermentor; or b3) by introducing the fermentation broth into a lysis reactor; c) precipitating the cell debris and impurities by neutralizing the lysate, d) separating the lysate from the precipitate obtained in step c), e) purifying the plasmid DNA, wherein in step d) the mixture comprising the precipitate and the lysate containing the plasmid DNA is allowed to gently flow downward through a clarification reactor that is partially filled, in its lower part, with retention material, whereby the precipitate is retained on top of and within the layer of retention material and the cleared lysate leaves the reactor through the bottom of the reactor, and wherein step d) is operated in a continuous mode, and wherein the retention layer in the reactor of step d) is composed of a particulate material.
An electrophotographic image forming apparatus for forming an image on a recording material, comprising: a rotatable drum type electrophotographic photosensitive member on which a latent image is to be formed; a rotatable developer carrying member for carrying a developer and for developing the latent image with the developer in contact with said photosensitive member; a cleaning blade for cleaning said photosensitive member in contact with said photosensitive member; a developer seal member, provided at an end portion of said developer carrying member, for preventing leakage of the developer; and a retaining seal member, provided at an end portion of said cleaning blade, capable of retaining the developer in contact with said photosensitive member, wherein, with respect to a longitudinal direction of said photosensitive member, said developer seal member is disposed in a region that corresponds to another region where said cleaning blade is provided, an inside end position of said retaining seal member is located at a position that longitudinally corresponds to or is longitudinally inside an inside end position of said developer seal member, and an outside end position of said retaining seal member is located at a position that longitudinally corresponds to or is longitudinally outside an outside end position of said developer seal member. a rotatable drum type electrophotographic photosensitive member on which a latent image is to be formed; a rotatable developer carrying member for carrying a developer and for developing the latent image with the developer in contact with said photosensitive member; a cleaning blade for cleaning said photosensitive member in contact with said photosensitive member; a developer seal member, provided at an end portion of said developer carrying member, for preventing leakage of the developer; and a retaining seal member, provided at an end portion of said cleaning blade, capable of retaining the developer in contact with said photosensitive member, wherein, with respect to a longitudinal direction of said photosensitive member, said developer seal member is disposed in a region that corresponds to another region where said cleaning blade is provided, an inside end position of said retaining seal member is located at a position that longitudinally corresponds to or is longitudinally inside an inside end position of said developer seal member, and an outside end position of said retaining seal member is located at a position that longitudinally corresponds to or is longitudinally outside an outside end position of said developer seal member.
A method for generating an ion flow asymmetry in a capacitively coupled radiofrequency plasma reactor, the plasma reactor containing one or several mixed gases under a total pressure P, and including a first electrode, supplied with radiofrequency energy, and a second electrode, the method comprising a step for energizing the first electrode with a periodic radiofrequency voltage waveform V(t) having a lower frequency corresponding to a fundamental harmonic of a fundamental period T of the waveform; characterized in that the voltage waveform standardized in time and in amplitude over the interval [-1; 1], f(u) is an approximate waveform with a degree of approximation of a standardized sawtooth radiofrequency function f SAW (u), u being the standardized time defined as the ratio of the time t over the fundamental period T, and the standardized sawtooth radiofrequency function has a periodic pattern of fundamental period T consisting in a first linear portion of the time development of the standardized voltage with a first slope p1, immediately followed by a second linear portion of time development of the standardized voltage with a second slope p2, the first and second slopes being of different amplitudes and of opposite signs, the minimum and the maximum of the pattern having the same unit amplitude; and the degree of approximation of the approximate waveform and the total pressure P of the gas or the mixed gases are sufficiently high so as to cause appearance of an asymmetry of the ion flows between the ion flow at the first electrode and the ion flow at the second electrode.
Use of organomodified siloxanes branched in the siloxane part as additives, emulsifiers, dispersion auxiliaries and/or care active ingredients in cosmetic, dermatological and pharmaceutical formulations, characterized in that the siloxanes are used as additives for cosmetic and pharmaceutical formulations for improving sensory properties and/or for the conditioning of skin and/or hair, and in that siloxanes of the formula I M a M' b D c D' d T e Q f formula I wherein M = (R 1 3 SiO 1/2) M' = (R 2 R 1 2 SiO 1/2) D = (R 1 2 SiO 2/2) D' = (R 2 R 1 SiO 2/2) T = (R 3 SiO 3/2) Q = (SiO 4/2) a = 0 to 14; b = 1 to 14; with the proviso that a + b > 3; c = 20 to 400; d = 0; e = 0 to 15; f = 0 to 10; with the proviso that e + f ≥ 3; R 1 = methyl, R 2 = independently of one another, identical or different linear or branched alkyl radicals having more than 7 carbon atoms polyether radicals of the general formula IIa -CH 2 -CH 2 -(CH 2)n O x y z R 4 formula IIa, where EO = (C 2 H 4 O); PO = (C 3 H 6 O); XO = (C 2 H 3 R 5 O); n = 0 to 9; x = 5 to 30; y = 0 to 20; z = 0; R 4 = H, R 5 = independently of one another, identical or different radicals selected from the group comprising: alkyl radicals having 2 to 16 carbon atoms, which may be interrupted by ether functions, alkaryl radicals having 7 to 18 carbon atoms, aryl radicals having 6 to 16 carbon atoms; R 3 = independently of one another, identical or different radicals R 1 or R 2, are used. M = (R 1 3 SiO 1/2) M' = (R 2 R 1 2 SiO 1/2) D = (R 1 2 SiO 2/2) D' = (R 2 R 1 SiO 2/2) T = (R 3 SiO 3/2) Q = (SiO 4/2) a = 0 to 14; b = 1 to 14; c = 20 to 400; d = 0; e = 0 to 15; f = 0 to 10; EO = (C 2 H 4 O); PO = (C 3 H 6 O); XO = (C 2 H 3 R 5 O); n = 0 to 9; x = 5 to 30; y = 0 to 20; z = 0; R 4 = H, R 5 = independently of one another, identical or different radicals selected from the group comprising: alkyl radicals having 2 to 16 carbon atoms, which may be interrupted by ether functions, alkaryl radicals having 7 to 18 carbon atoms, aryl radicals having 6 to 16 carbon atoms; R 3 = independently of one another, identical or different radicals R 1 or R 2,
Method for creating a data set for producing a light having the following steps: stipulation of lighting, static and electrical requirements and of at least one requirement from geometrical and design requirements for a light and/or its enclosure by a user, wherein, in order to stipulate the requirements for the light, the desired luminous flux and/or the desired luminous intensity distribution and/or the desired light colour are stipulated by the user; computer-based determination of a light that meets the requirements and computer-based determination of available and unavailable components required therefor on the basis of data on available components, wherein the light has unavailable components, wherein, in the computer-based determination of the available and unavailable components, it is checked whether the unavailable components can be produced automatically by means of available manufacturing capabilities; characterized in that, in the event that the unavailable components cannot be produced, an indication of which changes would result in a light which can be assembled from available and/or producible components is issued to the user, and, in the event that the unavailable components can be produced, the production outlay is determined, wherein the production outlay of the light is indicated to the user with technical considerations for producing the unavailable components, and wherein, once approved by the user, a data set with which at least one device for producing the unavailable components can be controlled is created. stipulation of lighting, static and electrical requirements and of at least one requirement from geometrical and design requirements for a light and/or its enclosure by a user, wherein, in order to stipulate the requirements for the light, the desired luminous flux and/or the desired luminous intensity distribution and/or the desired light colour are stipulated by the user; computer-based determination of a light that meets the requirements and computer-based determination of available and unavailable components required therefor on the basis of data on available components, wherein the light has unavailable components, wherein, in the computer-based determination of the available and unavailable components, it is checked whether the unavailable components can be produced automatically by means of available manufacturing capabilities; characterized in that, in the event that the unavailable components cannot be produced, an indication of which changes would result in a light which can be assembled from available and/or producible components is issued to the user, and, in the event that the unavailable components can be produced, the production outlay is determined, wherein the production outlay of the light is indicated to the user with technical considerations for producing the unavailable components, and wherein, once approved by the user, a data set with which at least one device for producing the unavailable components can be controlled is created.
A method for detecting the concentration of a lipophilic analyte of interest in a complex sample matrix, the method comprising: extracting an analyte of interest from said sample into an organic aprotic solvent selected from the group consisting of dimethylformamide, acetonitrile and dimethylsulfoxide and comprising a dissolved electrolyte; providing a free oxygen radical species in said organic solvent; reacting the analyte of interest with said free radical species to form a free radical-reacted analyte reaction product; and performing an electrochemical measurement comprising a potential sweep from 100mv to 800 mV, said sweep including at least one voltage value exceeding the oxidation or reduction potential of the free radical-reacted analyte reaction product to detect the concentration of the free radical-reacted analyte reaction product; wherein the analyte of interest is Propofol. extracting an analyte of interest from said sample into an organic aprotic solvent selected from the group consisting of dimethylformamide, acetonitrile and dimethylsulfoxide and comprising a dissolved electrolyte; providing a free oxygen radical species in said organic solvent; reacting the analyte of interest with said free radical species to form a free radical-reacted analyte reaction product; and performing an electrochemical measurement comprising a potential sweep from 100mv to 800 mV, said sweep including at least one voltage value exceeding the oxidation or reduction potential of the free radical-reacted analyte reaction product to detect the concentration of the free radical-reacted analyte reaction product;
An air purifier filter system, comprising: an air purifier filter unit; and a machine readable identifier, wherein the identifier provides information concerning the filter unit type and at least one performance profile (P1...PN) wherein the or each performance profile indicates the filter performance over time for a specific pollutant, for use in estimating a lifetime of the filter for each specific pollutant, a performance profile being specific to a target pollutant to be filtered by the air purifier filter unit from a plurality of different pollutants that can be filtered by that filter unit type, which information can be used to provide advice on changing the air purifier filter unit based on said filter unit type and said at least one performance profile and thereby taking account of the pollutants to which the filter unit is being exposed. an air purifier filter unit; and a machine readable identifier, wherein the identifier provides information concerning the filter unit type and at least one performance profile (P1...PN) wherein the or each performance profile indicates the filter performance over time for a specific pollutant, for use in estimating a lifetime of the filter for each specific pollutant, a performance profile being specific to a target pollutant to be filtered by the air purifier filter unit from a plurality of different pollutants that can be filtered by that filter unit type, which information can be used to provide advice on changing the air purifier filter unit based on said filter unit type and said at least one performance profile and thereby taking account of the pollutants to which the filter unit is being exposed.
A powerline communication system for controlling a function or operation of at least one component (8, 50, 50', 56, 60, 70, 108, 326, 490, 526) of a surface cleaning device (10, 310), the powerline communication system comprising: a power source (4, 34, 72, 72', 322); at least one user control (3, 75, 392) adapted to receive an input from a user; a controller (5, 74, 77, 377) in a base (2b, 14, 334) of the surface cleaning device and located remotely from the at least one user control (3, 75, 392) provided in a handle (2a, 14, 334), the controller (5, 74, 77, 377) configured to control operation of the at least one component (8, 50, 50', 56, 60, 70, 108, 326, 490, 526); and a power line (6, 68, 368) electrically coupling the power source (4, 34, 72, 72', 322), the controller (5, 74, 77, 377), and the at least one component (8, 50, 50', 56, 60, 70, 108, 326, 490, 526) and wherein the power line (6, 68, 368) is further adapted to provide a communication signal between the at least one user control (3, 75, 392) and the controller (5, 74, 77, 377), characterized in that the communication signal is intermittently transmitted and electrical power at the base (2b, 14, 334) is substantially uninterrupted. a power source (4, 34, 72, 72', 322); at least one user control (3, 75, 392) adapted to receive an input from a user; a controller (5, 74, 77, 377) in a base (2b, 14, 334) of the surface cleaning device and located remotely from the at least one user control (3, 75, 392) provided in a handle (2a, 14, 334), the controller (5, 74, 77, 377) configured to control operation of the at least one component (8, 50, 50', 56, 60, 70, 108, 326, 490, 526); and
A wind turbine comprising at least one pitch adjustment system for adjusting the pitch of at least one rotor blade of the wind turbine, wherein the pitch adjustment system comprises at least one electrohydraulic drive with at least one hydraulic cylinder, at least one hydraulic reservoir, at least one adjustment valve, at least one electromotor pump unit (100, 104) and at least one control unit, in which at least the hydraulic components including the at least one hydraulic cylinder and the at least one hydraulic reservoir are combined in one device and are arranged in or on the rotor of the wind turbine, characterized in that the electrohydraulic drive comprises at least one unregulated electromotor that rotates in only one direction of rotation for generating pressure.
A device for continuously transporting a dough strand, comprising a transfer device, preferably a conveyor belt, for transferring the dough strand in a transfer section onto a support surface of a conveyor element, which support surface is displaceable in the direction of transport, characterized in that the conveyor element is pivotable substantially transversally to the direction of transport about a swivelling axis disposed at the downstream end region thereof.
A method for a user equipment to transmit control information, to a network node in a wireless communication network, in association with a plurality of repetitions of a data packet, the method comprising: selecting, from a plurality of configured starting transmit positions, a starting transmit position for an initial repetition of the plurality of repetitions; selecting a sequence of cyclic shift, CS, values from a plurality of configured CS values, wherein: the plurality of configured CS values is less than at least one of the following: the plurality of repetitions, and the plurality of configured starting transmit positions; the sequence is selected based on the plurality of repetitions and at least one of the following: an identifier associated with the data packet, and the selected starting transmit position; and transmitting the plurality of repetitions of the data packet beginning at the starting transmit position, wherein at least a subset of the repetitions are transmitted in association with respective demodulation reference signals, DMRS, that are cyclic-shifted according to corresponding CS values of the selected sequence. selecting, from a plurality of configured starting transmit positions, a starting transmit position for an initial repetition of the plurality of repetitions; selecting a sequence of cyclic shift, CS, values from a plurality of configured CS values, wherein: the plurality of configured CS values is less than at least one of the following: the plurality of repetitions, and the plurality of configured starting transmit positions; the sequence is selected based on the plurality of repetitions and at least one of the following: an identifier associated with the data packet, and the selected starting transmit position; and the plurality of configured CS values is less than at least one of the following: the plurality of repetitions, and the plurality of configured starting transmit positions; the plurality of repetitions, and the plurality of configured starting transmit positions; the sequence is selected based on the plurality of repetitions and at least one of the following: an identifier associated with the data packet, and the selected starting transmit position; and an identifier associated with the data packet, and the selected starting transmit position; and transmitting the plurality of repetitions of the data packet beginning at the starting transmit position, wherein at least a subset of the repetitions are transmitted in association with respective demodulation reference signals, DMRS, that are cyclic-shifted according to corresponding CS values of the selected sequence.