mhurhangee/patent-ind-claim-en huggingface dataset:
A thermoplastic polyurethane which comprises substantially no plasticizers and has a Shore A hardness of 60 or less measured according to DIN 53505 in which the hardness value is read off 3 seconds after the pressure foot comes in contact with test specimen, and which is prepared by a one-step reaction of i) linear polyol, ii) organic diisocyanate and iii) glycol chain extender comprising ethylene glycol or 1,3-propanediol, or mixtures thereof; eventually further comprising 1,4-butanediol, 1,5-pentanediol, and/or 1,6-hexandiol in an amount of not more than 10 mole percent of the total moles of the chain extenders used, wherein the linear polyol (i) is a polyester polyol derived from adipic acid and 1,3-propanediol (poly(1,3-propylene adipate) diol) and has a number average molecular weight within the range of 1.5 × 10 3 g/mol to 4.0 × 10 3 g/mol, or is derived from adipic acid and ethylene glycol and 1,4-butanediol (polyethylene 1,4-butylene adipate) diol) and has a number average molecular weight within the range of from 2.2 × 10 3 g/mol to 4.0 × 10 3 g/mol.
A tubular running tool , comprising: a carrier configured to be suspended within a drilling rig , wherein the carrier is connected to a top drive within the drilling rig ; and a gripping assembly rotationally connected to the carrier; the gripping assembly configured to move to a first engaged position with respect to the carrier such that the gripping assembly grips a first tubular at a first outer diameter (D2) thereof and transmits torque to the first tubular about an axis of the tubular running tool; and the gripping assembly configured to move to a second engaged position with respect to the carrier such that the gripping assembly grips a second tubular at a second outer diameter (D1) thereof substantially different from the first outer diameter and transmits torque to the second tubular about the axis of the tubular running tool, wherein the tool further comprises a rotational driver connected to the gripping assembly , the rotational driver configured to transmit torque to the first tubular and the second tubular through the gripping assembly . a carrier configured to be suspended within a drilling rig , wherein the carrier is connected to a top drive within the drilling rig ; and a gripping assembly rotationally connected to the carrier; the gripping assembly configured to move to a first engaged position with respect to the carrier such that the gripping assembly grips a first tubular at a first outer diameter (D2) thereof and transmits torque to the first tubular about an axis of the tubular running tool; and the gripping assembly configured to move to a second engaged position with respect to the carrier such that the gripping assembly grips a second tubular at a second outer diameter (D1) thereof substantially different from the first outer diameter and transmits torque to the second tubular about the axis of the tubular running tool, wherein the tool further comprises a rotational driver connected to the gripping assembly , the rotational driver configured to transmit torque to the first tubular and the second tubular through the gripping assembly .
A washing machine comprising a washing drum for holding clothes while the clothes are being washed, and a locking door for allowing access through an opening in a cabinet wall of the washing machine to inside of the washing drum for putting or taking out the clothes, characterized in that the locking door of the washing machine comprises: - a tubular air bagel having a perimeter and being affixed to the locking door on a side facing the washing drum ; and - an air pump which is adapted to pump in air into the tubular air bagel for expanding the tubular air bagel into the expanded position or adapted to suck out air from the tubular air bagel to compress from the expanded position to the normal position , wherein when the locking door is closed and the tubular air bagel is expanded to be in the expanded position , the tubular air bagel compresses the locking door and the cabinet wall , such that a surrounding part of the cabinet wall is sandwiched between the tubular bagel and the locking door of the washing machine for locking the locking door , and when the tubular air bagel compresses to be in the normal position , the locking door is unlocked. - a tubular air bagel having a perimeter and being affixed to the locking door on a side facing the washing drum ; and - an air pump which is adapted to pump in air into the tubular air bagel for expanding the tubular air bagel into the expanded position or adapted to suck out air from the tubular air bagel to compress from the expanded position to the normal position ,
A fuel assembly comprising: at least, a first fuel rod containing plutonium and not containing burnable poison; a second fuel rod containing uranium and burnable poison and not containing plutonium; a water rod; and a channel box having a rectangular shape in horizontal section and accommodating the first fuel rod, the second fuel rod, and the water rod in a bundle, the average fissile plutonium enrichment in the horizontal section is 4.0 wt% or more, wherein the second fuel rod is disposed on an outermost periphery and/or adjacent to the water rod, of a fuel rod array in the horizontal section, N2 < N1 (N2 is a positive integer including zero) is satisfied where the number of the second fuel rods arranged on the outermost periphery is N1 and the number of the second fuel rods arranged adjacent to the water rod is N2, and W2 < N2 + W0 < W1 (W2 is a positive integer not including zero) is satisfied where the number of the second fuel rods arranged without being vertically and/or horizontally adjacent to each other in the horizontal section is W0, the number of the second fuel rods arranged vertically and/or horizontally adjacent to only one second fuel rod in the horizontal section is W1, and the number of the second fuel rods arranged vertically and/or horizontally adjacent to two second fuel rods in the horizontal section is W2, of the second fuel rods arranged on the outermost periphery, wherein each second fuel rod arranged vertically and/or horizontally adjacent to two second fuel rods in the horizontal section is arranged at a corner portion of the channel box.
A control module for controlling a pivoting movement of a trailer coupling of a motor vehicle, which trailer coupling can be pivoted in a fully automatic manner from a rest position into a working position and vice versa by means of a motor , comprising a check device , which is configured to check if a pre-determinable security parameter is observed before starting to realize a pivoting movement of the trailer coupling and only in case of observing this security parameter a pivoting movement of the trailer coupling will be allowed, wherein the check device is configured to check the motor speed of the vehicle motor as security parameter , wherein the control module comprises a control device, which is configured to measure a pre-determinable pivoting parameter during a pivoting movement of the trailer coupling , to compare the measured value with a pre-determinable nominal value and to stop the pivoting movement of the trailer coupling in case of a divergence from the nominal value , wherein the control device comprises a measuring device for measuring the pivoting parameter, characterized in that the measuring device is configured to measure the pivoting speed of the trailer coupling as pivoting parameter.
An aerosol hairspray product, which comprises: a) a pressurisable container comprising i) a container wall which encloses a reservoir for storing a hairstyling formulation, and ii) a propellant; b) a hairstyling formulation comprising: (iii) from 20 wt % to 75 wt % alcohol, by total weight of the hairstyling formulation and propellant; and (iv) from 1.0 wt % to 15 wt % hairstyling polymer, by total weight of the hairstyling formulation and propellant; and c) a spraying device attached to the container for dispensing the hairstyling formulation from the reservoir of the container, which comprises a valve and an actuator, wherein the valve comprises a valve body, said valve body comprising a stem and a spring means; and wherein the valve comprises a restricted tail piece (RTP) of diameter 0.1 mm to 2.5 mm, and a vapour phase tap (VPT) of diameter 0.1 mm to 1.5 mm; wherein the actuator comprises a main spray channel and communicates with an insert, said insert comprising an exit orifice and from 1 to 8 sub-spray channels; wherein said channels are tangentially disposed about the exit orifice; wherein the exit orifice is capable of being in liquid communication with the hairstyling formulation in the reservoir; characterised in that the exit orifice has a diameter of from 0.01 to 2 mm; and an orifice thickness of from 0.1 to 1.5 mm; and wherein the sub-spray channels have a height of from 0.1 to 0.8 mm and a length of from 0.1 to 0.5 mm. a) a pressurisable container comprising i) a container wall which encloses a reservoir for storing a hairstyling formulation, and ii) a propellant; i) a container wall which encloses a reservoir for storing a hairstyling formulation, and ii) a propellant; b) a hairstyling formulation comprising: (iii) from 20 wt % to 75 wt % alcohol, by total weight of the hairstyling formulation and propellant; and (iv) from 1.0 wt % to 15 wt % hairstyling polymer, by total weight of the hairstyling formulation and propellant; and (iii) from 20 wt % to 75 wt % alcohol, by total weight of the hairstyling formulation and propellant; and (iv) from 1.0 wt % to 15 wt % hairstyling polymer, by total weight of the hairstyling formulation and propellant; and c) a spraying device attached to the container for dispensing the hairstyling formulation from the reservoir of the container, which comprises a valve and an actuator,
A method of establishing virtual networks over a plurality of public cloud datacenters , the method comprising: receiving data from first and second entities identifying first and second plurality of external machines that belong to the first and second entities and that operate outside of the public cloud datacenters; configuring a first set of virtual machines, VMs, to operate as a first set of forwarding elements in first and second multi-tenant public cloud datacenters to implement a first virtual wide area network, WAN, for the first entity, said first virtual WAN connecting the plurality of external machines operating in a set of two or more machine locations of the first entity; and configuring a second set of VMs to operate as a second set of forwarding elements in first and second multi-tenant public cloud datacenters to implement a second virtual wide area network for the second entity, said second virtual WAN connecting the plurality of external machines operating in a set of two or more machine locations of the second entity; wherein at least a subset of forwarding elements in the first set of forwarding elements are also in the second set of forwarding elements. receiving data from first and second entities identifying first and second plurality of external machines that belong to the first and second entities and that operate outside of the public cloud datacenters; configuring a first set of virtual machines, VMs, to operate as a first set of forwarding elements in first and second multi-tenant public cloud datacenters to implement a first virtual wide area network, WAN, for the first entity, said first virtual WAN connecting the plurality of external machines operating in a set of two or more machine locations of the first entity; and configuring a second set of VMs to operate as a second set of forwarding elements in first and second multi-tenant public cloud datacenters to implement a second virtual wide area network for the second entity, said second virtual WAN connecting the plurality of external machines operating in a set of two or more machine locations of the second entity; wherein at least a subset of forwarding elements in the first set of forwarding elements are also in the second set of forwarding elements.
Upper flap fitting for moving an upper flap accommodated on a furniture body of a piece of furniture , wherein the upper flap fitting has guide means with which, when the upper flap fitting is mounted on the item of furniture , the upper flap can be moved from a closed position to an open position relative to the furniture body and back again, wherein the guide means have a first and a second fitting , wherein, when arranged on the piece of furniture , the first and the second fitting are arranged at a distance from each other on the furniture body , wherein the upper flap fitting has mounting means for attaching the first and the second fitting to the upper flap , wherein the mounting means can be mounted on the upper flap , characterized in that the mounting means have a first mounting unit with a floating bearing and a second mounting unit with a fixed bearing , wherein, when mounted on the upper flap , the two mounting units are mounted at a distance from each other on the upper flap , and wherein, in the arranged state, the first fitting is coupled to the first mounting unit and the second fitting is coupled to the second mounting unit , so that when the upper flap fitting is mounted on the piece of furniture , a position of the upper flap relative to the furniture body is adjustable without tension by adjusting means on the fixed bearing , in that a displacement of the position of the upper flap can be compensated for by the floating bearing .
Adjustment method for at least one refrigeration system , comprising at least one chamber whose temperature is to be adjusted, said at least one chamber being thermodynamically connected to at least one refrigeration circuit including at least one compressor , wherein said at least one refrigeration circuit comprises at least one fluid and is configured for subjecting said at least one fluid to at least one refrigeration cycle, so as to subtract heat energy from said at least one chamber for obtaining at least one desired temperature (T set ) within a hysteresis band (Δ), said adjustment method comprising the following operational steps: A. detecting at least one temperature value (T ext ) external with respect to said refrigeration system; B. detecting at least one temperature value inside said chamber (Tint); and being characterized in that it further comprises: C. detecting at least one parameter (w e ) associated to one energy optimization priority for said at least one refrigeration system ; D. determining, by using one main artificial neural network , at least one optimum offset value (Δ opt ) with respect to said desired temperature (T set ), as a function of said at least one value of said external temperature (T ext ) and said at least one value of said temperature (Tint) inside said chamber , and said parameter (w e ) associated to said energy optimization priority; and E. controlling the activation-deactivation of said at least one compressor based on said at least an offset value (Δ opt ) thereby determined, and repeating steps A to D until the onset of one predefined stop condition. A. detecting at least one temperature value (T ext ) external with respect to said refrigeration system; B. detecting at least one temperature value inside said chamber (Tint); C. detecting at least one parameter (w e ) associated to one energy optimization priority for said at least one refrigeration system ; D. determining, by using one main artificial neural network , at least one optimum offset value (Δ opt ) with respect to said desired temperature (T set ), as a function of said at least one value of said external temperature (T ext ) and said at least one value of said temperature (Tint) inside said chamber , and said parameter (w e ) associated to said energy optimization priority; and E. controlling the activation-deactivation of said at least one compressor based on said at least an offset value (Δ opt ) thereby determined, and repeating steps A to D until the onset of one predefined stop condition.
Method for providing data from a data source, in particular from an industrial automation arrangement (AA), to an external application (AW), wherein the external application (AW) is arranged outside a first data network of the data source, in particular is operated in a data cloud and/or a second data network, wherein a gateway component (GK), in particular an industrial Edge device, processes raw data from the data source and makes the processed data available to the external application (AW), wherein a first step involves the external application transmitting a work order to the gateway component, wherein the work order comprises at least details about an identity and/or role of the user of the external application, about the raw data to be processed from the data source, an algorithm for the abstraction and/or anonymization of the raw data and details about a regularity or frequency of the data processing, wherein a second step involves the work order being checked by the gateway component, wherein a third step involves the raw data being captured and processed according to the work order, and wherein a fourth step involves the abstracted and/or anonymized data being provided to the external application or to a destination defined in the work order, characterized in that a negative check in the second step results in a response message with alternative conditions of the work order being transmitted to the external application, wherein the external application either confirms or rejects the alternative conditions or uses them to define a new work order. wherein the external application (AW) is arranged outside a first data network of the data source, in particular is operated in a data cloud and/or a second data network, wherein a gateway component (GK), in particular an industrial Edge device, processes raw data from the data source and makes the processed data available to the external application (AW), wherein a first step involves the external application transmitting a work order to the gateway component, wherein the work order comprises at least details about an identity and/or role of the user of the external application, about the raw data to be processed from the data source, an algorithm for the abstraction and/or anonymization of the raw data and details about a regularity or frequency of the data processing, wherein a second step involves the work order being checked by the gateway component, wherein a third step involves the raw data being captured and processed according to the work order, and wherein a fourth step involves the abstracted and/or anonymized data being provided to the external application or to a destination defined in the work order, characterized in that a negative check in the second step results in a response message with alternative conditions of the work order being transmitted to the external application, wherein the external application either confirms or rejects the alternative conditions or uses them to define a new work order.
Method for the enrichment of nucleic acids from a nucleic acid-containing sample, said sample comprising, consisting of, or being the product of processing a fluid or tissue directly removable from the body, said method comprising the following steps in the order indicated: (i) contacting the sample with a proteinase at a pH of at least 8 and excluding chaotropic salts and detergents; (ii) initiating binding of nucleic acids of the sample to a surface of a sample carrier by adjusting a pH to a value less than 8; and then iii) washing the sample carrier; (iv) drying the sample carrier with the bound sample; and (v) performing PCR on the same sample carrier, in particular a quantitative real-time polymerase chain reaction; wherein the surface of the sample carrier is brought into contact with the sample before or after step i); where the sample carrier comprises or consists of a polyolefin, in particular selectable from the group of polyethylene, polypropylene, polycarbonate, polybutylene and/or copolymers thereof. (i) contacting the sample with a proteinase at a pH of at least 8 and excluding chaotropic salts and detergents; (ii) initiating binding of nucleic acids of the sample to a surface of a sample carrier by adjusting a pH to a value less than 8; and then iii) washing the sample carrier; (iv) drying the sample carrier with the bound sample; and (v) performing PCR on the same sample carrier, in particular a quantitative real-time polymerase chain reaction; wherein the surface of the sample carrier is brought into contact with the sample before or after step i); where the sample carrier comprises or consists of a polyolefin, in particular selectable from the group of polyethylene, polypropylene, polycarbonate, polybutylene and/or copolymers thereof.
A method for determining the presence or absence of a drug of abuse or metabolite thereof in a hair sample comprising: providing a hair sample from a subject; contacting the hair sample with an aqueous solution comprising a reducing agent to result in a test sample; comparing the condition of the hair in the test sample to a control sample; and identifying the hair in the test sample as damaged and thus not suitable for drug analyte testing when the hair in the test sample has dissolved in the test sample more rapidly than the hair in a control sample, the test solution appears discolored or cloudy, or the hair in the test sample appears softer or less rigid as compared to the hair in the control sample; and if the hair in the test sample is not identified as not suitable for drug analyte testing, then determine if the drug of abuse is present or absent in the hair sample. providing a hair sample from a subject; contacting the hair sample with an aqueous solution comprising a reducing agent to result in a test sample; comparing the condition of the hair in the test sample to a control sample; and identifying the hair in the test sample as damaged and thus not suitable for drug analyte testing when the hair in the test sample has dissolved in the test sample more rapidly than the hair in a control sample, the test solution appears discolored or cloudy, or the hair in the test sample appears softer or less rigid as compared to the hair in the control sample; and if the hair in the test sample is not identified as not suitable for drug analyte testing, then determine if the drug of abuse is present or absent in the hair sample.