mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator, comprising: a case (12, 14) having a storage space formed therein that is open at one side thereof; an ice maker installed in an ice making compartment provided in the case (12, 14); and a door rotatably coupled to the case (12, 14) to open and close the opened side of the storage space; a basket frame having a first end rotatably coupled to an inner surface of the door; at least one first basket coupled to the basket frame; and at least one second basket coupled to the inner surface of the door and positioned between the inner surface of the door and the at least one first basket characterized by at least one first door rack extending outwardly from the basket frame in a direction away from the door, wherein the at least one first basket is separably coupled to an upper surface of the at least one first door rack. a case (12, 14) having a storage space formed therein that is open at one side thereof; an ice maker installed in an ice making compartment provided in the case (12, 14); and a door rotatably coupled to the case (12, 14) to open and close the opened side of the storage space; a basket frame having a first end rotatably coupled to an inner surface of the door; at least one first basket coupled to the basket frame; and at least one second basket coupled to the inner surface of the door and positioned between the inner surface of the door and the at least one first basket characterized by at least one first door rack extending outwardly from the basket frame in a direction away from the door, wherein the at least one first basket is separably coupled to an upper surface of the at least one first door rack.
An air conditioner comprising: an indoor unit provided inside a room, the indoor unit blowing air taken in from an air suction port and heat-exchanged by a heat exchanger, from an air outlet into the room via an air conveying path; an atomizing apparatus including a discharge electrode that generates mist when a voltage is applied using water supplied from a water supply means, an electrode holding part that holds or houses the discharge electrode, and a fixing means that prevents the discharge electrode from moving; a filter provided between the air suction port and the heat exchanger; and a drain pan provided below the heat exchanger, wherein the atomizing apparatus includes a notch or an opening in the electrode holding part or the fixing means, so as not to accumulate dew condensation water or water dropping from a feed-water means in the discharge electrode, the electrode holding part or the fixing means, or so as to discharge the dew condensation water or the water even when the dew condensation water or the water spills from the electrode holding part, and wherein the atomizing apparatus is placed downstream of the filter and above the drain pan, wherein only one drain pan is provided for both drainage water from the heat exchanger and dew condensation water dropping from the feed-water mean. an indoor unit provided inside a room, the indoor unit blowing air taken in from an air suction port and heat-exchanged by a heat exchanger, from an air outlet into the room via an air conveying path; an atomizing apparatus including a discharge electrode that generates mist when a voltage is applied using water supplied from a water supply means, an electrode holding part that holds or houses the discharge electrode, and a fixing means that prevents the discharge electrode from moving; a filter provided between the air suction port and the heat exchanger; and a drain pan provided below the heat exchanger, wherein the atomizing apparatus includes a notch or an opening in the electrode holding part or the fixing means, so as not to accumulate dew condensation water or water dropping from a feed-water means in the discharge electrode, the electrode holding part or the fixing means, or so as to discharge the dew condensation water or the water even when the dew condensation water or the water spills from the electrode holding part, and wherein the atomizing apparatus is placed downstream of the filter and above the drain pan, wherein only one drain pan is provided for both drainage water from the heat exchanger and dew condensation water dropping from the feed-water mean.
A method comprising: obtaining samples from multiple receive antennas (152a-152r) for a multiple-input multiple-output (MIMO) transmission sent from multiple transmit antennas (138a-138t); determining channel conditions based on the samples; selecting one of multiple channel and noise estimation schemes based on the channel conditions, wherein the channel conditions are characterized by a path energy being the ratio of a combined energy for significant paths to the energy for a computed strongest path, wherein the significant paths are signal paths which energy exceeds a threshold; and performing channel and noise estimation based on the selected channel and noise estimation scheme. obtaining samples from multiple receive antennas (152a-152r) for a multiple-input multiple-output (MIMO) transmission sent from multiple transmit antennas (138a-138t); determining channel conditions based on the samples; selecting one of multiple channel and noise estimation schemes based on the channel conditions, wherein the channel conditions are characterized by a path energy being the ratio of a combined energy for significant paths to the energy for a computed strongest path, wherein the significant paths are signal paths which energy exceeds a threshold; and performing channel and noise estimation based on the selected channel and noise estimation scheme.
Process for preparing dialkyl carbonates from cyclic alkylene carbonate and alkyl alcohol in at least one transesterification column containing at least one reaction zone and at least one enrichment section arranged above the reaction zone, a stripping section arranged below the reaction zone and at least one subsequent distillation column for purifying the dialkyl carbonate formed in the transesterification column, containing at least one enrichment section in the upper part of the column and at least one stripping section in the lower part of the column, characterized in that a technical device is used for heating the liquid stream in the transesterification column, where the temperature T I of the medium for heating the internal liquid stream in the column is less than the temperature T BV of the medium by means of which the bottom vaporizer is operated, and the energy of the medium for heating the internal liquid stream in the column is partly or entirely recovered in another chemical production process, where the technical device for heating the liquid stream is arranged above a bottom vaporizer belonging to this at least one transesterification column in the stripping section. a technical device is used for heating the liquid stream in the transesterification column, where the temperature T I of the medium for heating the internal liquid stream in the column is less than the temperature T BV of the medium by means of which the bottom vaporizer is operated, and the energy of the medium for heating the internal liquid stream in the column is partly or entirely recovered in another chemical production process,
Female element of a coupling for the disconnectable connection of two pipe lines (C2, C3) of fluid under pressure, extending longitudinally along an axis (X-X') and comprising: - a body able to receive through fitting a male element and defining a channel for the passage of the fluid that extends along the axis (X-X') of the coupling, - at least one locking element (7a, 7b) mobile in rotation with respect to the body of the female element around a generally orthoradial axis (X40a-X'40a, X40b, X'40b), between a first angular position wherein the locking element (7a, 7b) locks the male element in a coupled configuration (figures 4, 5, 7), and a second angular position (figures 3, 6) wherein the locking element (7a, 7b) authorises the withdrawal of the male element outside of the female element, characterised in that - the locking element (7a, 7b) has a first guiding surface in the form of a portion of a cylinder with a circular section centred on an axis (X7a-X'7a, X7b-X'7b) of the locking element (7a, 7b) and - the locking element (7a, 7b) is arranged in a slot arranged in the body of the female element and delimited by a cylinder with circular section extending along the orthoradial axis (X40a-X'40a, X40b, X'40b) and defining a second guiding surface in rotation of the first guiding surface of the locking element (7a, 7b) in the body of the female element around the orthoradial axis (X40a-X'40a, X40b, X'40b). - a body able to receive through fitting a male element and defining a channel for the passage of the fluid that extends along the axis (X-X') of the coupling, - at least one locking element (7a, 7b) mobile in rotation with respect to the body of the female element around a generally orthoradial axis (X40a-X'40a, X40b, X'40b), between a first angular position wherein the locking element (7a, 7b) locks the male element in a coupled configuration (figures 4, 5, 7), and a second angular position (figures 3, 6) wherein the locking element (7a, 7b) authorises the withdrawal of the male element outside of the female element, characterised in that - the locking element (7a, 7b) has a first guiding surface in the form of a portion of a cylinder with a circular section centred on an axis (X7a-X'7a, X7b-X'7b) of the locking element (7a, 7b) and - the locking element (7a, 7b) is arranged in a slot arranged in the body of the female element and delimited by a cylinder with circular section extending along the orthoradial axis (X40a-X'40a, X40b, X'40b) and defining a second guiding surface in rotation of the first guiding surface of the locking element (7a, 7b) in the body of the female element around the orthoradial axis (X40a-X'40a, X40b, X'40b).
Thermally conductive polymer resin composition comprising components and: 90 to 99.9% by weight of component which is a composition comprising components and: 60 to 85% by volume of at least one matrix polymer as component comprising styrenic polymers (I') selected from the group consisting of: ABS (acrylonitrile-butadiene-styrene) resins, ASA (acrylonitrile-styrene-acrylate) resins, and elastomeric block copolymers of the structure S − B / S n − S, where S is a vinylaromatic block forming a hard phase, (B/S) is a random copolymer block of vinylaromatic monomer and of a conjugated diene forming a soft phase, and n are natural numbers from 1 to 10, wherein the elastomeric block copolymer has a monomer composition comprising from 25 to 60% by weight (based on the elastomeric block copolymer) of diene and from 75 to 40% by weight (based on the elastomeric block copolymer) of vinylaromatic compound, the glass transition temperature Tg of block S is above 25°C and that of block (B/S) is below 25°C, and the proportion of the hard phase in the elastomeric block copolymer is from 5 to 40% by weight and the relative amount of 1,2 linkages of the polydiene, based on the sum of 1,2- and 1,4-cis/trans-linkages, is less than 15%; 15 to 40% by volume of at least one thermally conductive filler material as component having a weight median particle diameter (D 50) of from 1 to 200 μm, which consists of at least one ceramic material and/or graphite; wherein the sum of components and totals 100% by volume; 0.1 to 10% by weight of at least one chemical foaming agent as component; wherein the sum of components and totals 100% by weight; and the thermal conductivity κ is more than 0.4 W/m ·K. 60 to 85% by volume of at least one matrix polymer as component comprising styrenic polymers (I') selected from the group consisting of: ABS (acrylonitrile-butadiene-styrene) resins, ASA (acrylonitrile-styrene-acrylate) resins, and elastomeric block copolymers of the structure S − B / S n − S, where S is a vinylaromatic block forming a hard phase, (B/S) is a random copolymer block of vinylaromatic monomer and of a conjugated diene forming a soft phase, and n are natural numbers from 1 to 10, wherein the elastomeric block copolymer has a monomer composition comprising from 25 to 60% by weight (based on the elastomeric block copolymer) of diene and from 75 to 40% by weight (based on the elastomeric block copolymer) of vinylaromatic compound, the glass transition temperature Tg of block S is above 25°C and that of block (B/S) is below 25°C, and the proportion of the hard phase in the elastomeric block copolymer is from 5 to 40% by weight and the relative amount of 1,2 linkages of the polydiene, based on the sum of 1,2- and 1,4-cis/trans-linkages, is less than 15%; 15 to 40% by volume of at least one thermally conductive filler material as component having a weight median particle diameter (D 50) of from 1 to 200 μm, which consists of at least one ceramic material and/or graphite; wherein the sum of components and totals 100% by volume; 0.1 to 10% by weight of at least one chemical foaming agent as component;
A lead connector comprising: a base member; a flexible circuit comprising a printed circuit board disposed on the base member and comprising a plurality of electrical contacts; a casing comprising a bottom casing and a cover member, wherein the bottom casing comprises two or more arrays of receptacles at least partially open to a surface of the flexible circuit and aligned with corresponding electrical contacts on the flexible circuit, and wherein the cover member comprises two or more slot openings (808, 810) configured to receive two or more leads (812, 822); and two or more arrays of ball contacts positioned in the two or more arrays of receptacles within the bottom casing; wherein when each of the two or more leads (812, 822) are inserted through the lead connector via the two or more slot openings (808, 810), the two or more leads (812, 822) push the two or more arrays of ball contacts downward to make electrical contact with the corresponding contacts on the flexible circuit, such that the two or more leads (812, 822) are electrically coupled to each other; wherein the two or more leads (812, 822) are electrically coupled to each other via the two or more arrays of ball contacts and the flexible circuit. a base member; a flexible circuit comprising a printed circuit board disposed on the base member and comprising a plurality of electrical contacts; a casing comprising a bottom casing and a cover member, wherein the bottom casing comprises two or more arrays of receptacles at least partially open to a surface of the flexible circuit and aligned with corresponding electrical contacts on the flexible circuit, and wherein the cover member comprises two or more slot openings (808, 810) configured to receive two or more leads (812, 822); and two or more arrays of ball contacts positioned in the two or more arrays of receptacles within the bottom casing; wherein when each of the two or more leads (812, 822) are inserted through the lead connector via the two or more slot openings (808, 810), the two or more leads (812, 822) push the two or more arrays of ball contacts downward to make electrical contact with the corresponding contacts on the flexible circuit, such that the two or more leads (812, 822) are electrically coupled to each other; wherein the two or more leads (812, 822) are electrically coupled to each other via the two or more arrays of ball contacts and the flexible circuit.
A negative electrode for a lithium secondary battery, comprising: a lithium metal layer; and a protective layer formed on at least one side of the lithium metal layer, wherein the protective layer comprises a material that forms a Schottky junction with lithium metal; wherein the protective layer has an activation energy for migration of lithium ions of 0.95 eV or less, wherein the activation energy is measured by the nudged elastic band method; and wherein the lithium metal layer is formed by forming a lithium metal thin film on a current collector. a lithium metal layer; and a protective layer formed on at least one side of the lithium metal layer, wherein the protective layer comprises a material that forms a Schottky junction with lithium metal; wherein the protective layer has an activation energy for migration of lithium ions of 0.95 eV or less, wherein the activation energy is measured by the nudged elastic band method; and wherein the lithium metal layer is formed by forming a lithium metal thin film on a current collector.
Intraocular lens having an optical body and a haptic element, characterized in that the haptic element comprises a first component with a latching projection and a second component with a latching recess, wherein the latching projection and the latching recess are spaced from one another when the haptic element is in a relaxed state, and are designed to engage with one another when, from the relaxed state, the haptic element is moved towards the optical body into a fully compressed state of the haptic element via a partially compressed state of the haptic element, wherein the haptic element is formed in one piece and has a haptic cutout, which is delimited by the first component and the second component.
A non-transitory machine-readable storage medium 218 having stored thereon machine-readable instructions executable to cause a processing resource to: Monitor sensory inputs related to a printer; Monitor a second maintenance intervention related to the printer; wherein the instructions are executable to select a time interval to monitor the sensory inputs as a training sample to train a machine learning model to predict a health status of the printer, wherein the selected time interval is between a first day of a first detected event after a first maintenance intervention and a second day of a second detected event before the second maintenance intervention; store data relating to the monitored sensory inputs and the second maintenance intervention in a centralized database; analyze the data stored in the centralized database via supervised machine learning; and predict a further maintenance intervention based on the analyzed data stored in the centralized database. Monitor sensory inputs related to a printer; Monitor a second maintenance intervention related to the printer; wherein the instructions are executable to select a time interval to monitor the sensory inputs as a training sample to train a machine learning model to predict a health status of the printer, wherein the selected time interval is between a first day of a first detected event after a first maintenance intervention and a second day of a second detected event before the second maintenance intervention; store data relating to the monitored sensory inputs and the second maintenance intervention in a centralized database; analyze the data stored in the centralized database via supervised machine learning; and predict a further maintenance intervention based on the analyzed data stored in the centralized database.
A method for creating a certificate to authenticate a user identity at a web browser, the method comprising: receiving a login request including a first user identity for a user; generating a first browser-signed certificate using public and secret keys associating the first user identity to the web browser; sending the first browser-signed certificate to a first identity provider server; receiving a first server-signed certificate from the first identity provider server, the first server-signed certificate associating the first user identity to the first identity provider server; and generating a final certificate by merging the first browser-signed certificate with the first server-signed certificate; wherein, the method further comprises: receiving a login request including a second user identity for a user associated with a second identity provider server; adjusting the final certificate to add the second user identity to the final certificate; sending the adjusted final certificate to the second identity provider server; receiving a second server-signed certificate from the second identity provider server; and merging the adjusted final certificate with the second-server signed certificate to create a final merged certificate. receiving a login request including a first user identity for a user; generating a first browser-signed certificate using public and secret keys associating the first user identity to the web browser; sending the first browser-signed certificate to a first identity provider server; receiving a first server-signed certificate from the first identity provider server, the first server-signed certificate associating the first user identity to the first identity provider server; and generating a final certificate by merging the first browser-signed certificate with the first server-signed certificate; receiving a login request including a second user identity for a user associated with a second identity provider server; adjusting the final certificate to add the second user identity to the final certificate; sending the adjusted final certificate to the second identity provider server; receiving a second server-signed certificate from the second identity provider server; and merging the adjusted final certificate with the second-server signed certificate to create a final merged certificate.
A digital printing and finishing method for fabrics and the like, comprising: a step of unwinding a fabric from a first reel, a step of compensating the speeds and of spreading said fabric in order to position it on a conveyor belt provided with supporting means on which a digital printing step occurs, followed by a step of drying said fabric, and a step of winding said fabric onto a second reel or of arranging said fabric in sheets, said steps being performed in corresponding stations arranged in sequence with respect to each other and said fabric passing through said stations continuously, transversely to said conveyor belt there being a plurality of bars provided with printing heads which are controlled electronically and synchronized with the movement of said conveyor belt. a step of unwinding a fabric from a first reel, a step of compensating the speeds and of spreading said fabric in order to position it on a conveyor belt provided with supporting means on which a digital printing step occurs, followed by a step of drying said fabric, and a step of winding said fabric onto a second reel or of arranging said fabric in sheets, said steps being performed in corresponding stations arranged in sequence with respect to each other and said fabric passing through said stations continuously, transversely to said conveyor belt there being a plurality of bars provided with printing heads which are controlled electronically and synchronized with the movement of said conveyor belt.
A method of determining whether a subject has non-alcoholic steatohepatitis (NASH), comprising forming a biomarker panel having N biomarker proteins from the biomarker proteins listed in Table 7, and detecting the level of each of the N biomarker proteins of the panel in a sample from the subject, wherein at least one of the N biomarker proteins is COLEC11, and wherein the sample is a blood sample, serum sample, or plasma sample.