mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for pretreating a biomass, comprising: a reaction part for pretreating a biomass, the reaction part including an inlet part which is formed at one end and through which a water-reactive anhydride can be input, wherein the water-reactive anhydride is anhydrous ammonia; an outlet part which is formed at an opposite end and through which the water-reactive anhydride can be output; a biomass supply part for supplying a biomass to the reaction part; a water supply part formed between the biomass supply part and reaction part to supply water to the biomass; a washing part connected to the reaction part to wash the biomass; a separation part for separating components extracted from the biomass; wherein the inlet, the outlet, and the biomass supply parts are configured such that the direction of flow of the water-reactive anhydride through the reaction part is the reverse of the direction of transfer of the biomass through the reaction part; and wherein pretreating the biomass comprises removing lignin extracted from the pretreated biomass. a reaction part for pretreating a biomass, the reaction part including an inlet part which is formed at one end and through which a water-reactive anhydride can be input, wherein the water-reactive anhydride is anhydrous ammonia; an outlet part which is formed at an opposite end and through which the water-reactive anhydride can be output; a biomass supply part for supplying a biomass to the reaction part; a water supply part formed between the biomass supply part and reaction part to supply water to the biomass; a washing part connected to the reaction part to wash the biomass; a separation part for separating components extracted from the biomass; wherein the inlet, the outlet, and the biomass supply parts are configured such that the direction of flow of the water-reactive anhydride through the reaction part is the reverse of the direction of transfer of the biomass through the reaction part; and wherein pretreating the biomass comprises removing lignin extracted from the pretreated biomass.
Process for preparing polyethercarbonate polyols, the polyethercarbonate polyols containing double bonds, comprising the steps of: (α) initially introducing a catalyst and (αα) a suspension medium which contains no H-functional groups and/or (αβ) an H-functional starter compound (γ) metering in carbon dioxide, an epoxide which contains no unsaturated group, and at least two unsaturated compounds, characterized in that the unsaturated compounds metered in step (γ) are selected from the group of the unsaturated epoxides and/or unsaturated cyclic anhydrides, and (γ1) one of the unsaturated compounds comprises a double bond comprising at least one substituent selected from the group of -OX 1, -OCOX 1, -X 1, -CH 2 OX 1 and/or -CH=CHX 1, where X 1 in each case is substituted or unsubstituted alkyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted aryl or a substituted or unsubstituted methylene chain; (γ2) and another of the unsaturated compounds comprises a double bond comprising at least one substituent selected from the group of -F, -Cl, -Br, -I, -COH, COX 2, -COOX 2, -C≡N and/or -NO 2 or is an unsaturated, substituted or unsubstituted cyclic anhydride of an organic dicarboxylic acid, where X 2 in each case is substituted or unsubstituted alkyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted aryl or a substituted or unsubstituted methylene chain; and where additionally, if no H-functional starter compound is introduced in step (α), step (γ) comprises the metering in of an H-functional starter compound. (α) initially introducing a catalyst and (αα) a suspension medium which contains no H-functional groups and/or (αβ) an H-functional starter compound (αα) a suspension medium which contains no H-functional groups and/or (αβ) an H-functional starter compound (γ) metering in carbon dioxide, an epoxide which contains no unsaturated group, and at least two unsaturated compounds, (γ1) one of the unsaturated compounds comprises a double bond comprising at least one substituent selected from the group of -OX 1, -OCOX 1, -X 1, -CH 2 OX 1 and/or -CH=CHX 1, where X 1 in each case is substituted or unsubstituted alkyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted aryl or a substituted or unsubstituted methylene chain; (γ2) and another of the unsaturated compounds comprises a double bond comprising at least one substituent selected from the group of -F, -Cl, -Br, -I, -COH, COX 2, -COOX 2, -C≡N and/or -NO 2 or is an unsaturated, substituted or unsubstituted cyclic anhydride of an organic dicarboxylic acid, where X 2 in each case is substituted or unsubstituted alkyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted aryl or a substituted or unsubstituted methylene chain;
A WiGig Display Extension, WDE, capable device operating as a WiFi Direct Services, WFDS, service seeker, comprising: a memory; and logic, at least a portion of which is implemented in baseband circuitry coupled to the memory, the logic adapted to: determine an advertisement identifier 'ID' associated with a WDE service advertised by a WDE device; generate a Peer-to-Peer 'P2P' Provision Discovery Request frame for transmission to the WDE device to initiate a procedure for establishing a P2P connection with the WDE device; generate an Application Service Platform 'ASP' REQUEST_SESSION message for transmission to the WDE device to initiate a procedure for creating an ASP session with the WDE device, the ASP REQUEST_SESSION message to comprise the advertisement ID associated with the WDE service; and following a determination that the ASP session is open, exchange WDE protocol data with the WDE device via the P2P connection. a memory; and logic, at least a portion of which is implemented in baseband circuitry coupled to the memory, the logic adapted to: determine an advertisement identifier 'ID' associated with a WDE service advertised by a WDE device; generate a Peer-to-Peer 'P2P' Provision Discovery Request frame for transmission to the WDE device to initiate a procedure for establishing a P2P connection with the WDE device; generate an Application Service Platform 'ASP' REQUEST_SESSION message for transmission to the WDE device to initiate a procedure for creating an ASP session with the WDE device, the ASP REQUEST_SESSION message to comprise the advertisement ID associated with the WDE service; and following a determination that the ASP session is open, exchange WDE protocol data with the WDE device via the P2P connection. determine an advertisement identifier 'ID' associated with a WDE service advertised by a WDE device; generate a Peer-to-Peer 'P2P' Provision Discovery Request frame for transmission to the WDE device to initiate a procedure for establishing a P2P connection with the WDE device; generate an Application Service Platform 'ASP' REQUEST_SESSION message for transmission to the WDE device to initiate a procedure for creating an ASP session with the WDE device, the ASP REQUEST_SESSION message to comprise the advertisement ID associated with the WDE service; and following a determination that the ASP session is open, exchange WDE protocol data with the WDE device via the P2P connection.
A method of protection zone selection in a multiple busbar arrangement, the multiple busbar arrangement comprising busbar zones (ZA1, ZB1, ZC1, ZA2, ZB2, ZC2) and bays (FB-1, BC-1, BS, BC-2, FB-2) connectable to the busbar zones (ZA1, ZB1, ZC1, ZA2, ZB2, ZC2), which bays (FB-1, BC-1, BS, BC-2, FB-2) comprise measurement transformers (CT1, CT2, CT3, CT4, CT5, CT6, CT7, CT8), wherein the method comprises: receiving first connection data comprising information of an operational status if the measurement transformer is connected to one of the busbar zones, determining all pairs of connections between the busbar zones based on the first connection data, comparing data representing the pairs of busbar zone to busbar zone connections, assigning each of the pairs of busbar zones, which has a busbar zone in common with at least another pair of busbar zones, to a respective protection zone based on the compared data, and defining any busbar zone that is not connected to any other busbar zone as a further protection zone characterized in comprising arranging the first connection data in a first data structure in a predefined order, wherein the step of determining comprises scanning through the first data structure whereby a busbar zone is determined to be connected to another busbar zone if a predefined value in a position in the data structure comprising busbar to measurement transformer connection data is equal to a value in another position, in the same row or same column, in the data structure comprising busbar to measurement transformer connection data. receiving first connection data comprising information of an operational status if the measurement transformer is connected to one of the busbar zones, determining all pairs of connections between the busbar zones based on the first connection data, comparing data representing the pairs of busbar zone to busbar zone connections, assigning each of the pairs of busbar zones, which has a busbar zone in common with at least another pair of busbar zones, to a respective protection zone based on the compared data, and defining any busbar zone that is not connected to any other busbar zone as a further protection zone characterized in comprising arranging the first connection data in a first data structure in a predefined order, wherein the step of determining comprises scanning through the first data structure whereby a busbar zone is determined to be connected to another busbar zone if a predefined value in a position in the data structure comprising busbar to measurement transformer connection data is equal to a value in another position, in the same row or same column, in the data structure comprising busbar to measurement transformer connection data.
A bio-based and biodegradable thermoplastic polymer characterised in that it comprises a biodegradable thermoplastic polymer component, thermoplastic starch in the co-continuous or continuous phase and at least one polymer from latex, wherein the biodegradable thermoplastic polymer component is selected from the group formed by aliphatic-aromatic copolyesters, polylactic acid, polyhydroxybutyrate, polyhydroxybutyrate-hydroxyvalerate copolymers, aliphatic copolyesters, aliphatic polyesters including units formed from a hydroxy acid, polyesters including units formed from glycolide, lactide and [epsilon]-caprolactone, polyester-urea, polyester amides, polyesteretheramides, particularly aliphatic-aromatic polyesteretheramides, and mixture thereof.
Ceiling feedthrough device (1.1, 1.2, 1.3, 1.4), prefabricated ex works, for a storey ceiling, comprising a pipeline (3.1, 3.2, 3.3, 3.4) having a first connecting portion and having a second connecting portion, comprising a sound insulation medium which encloses the pipeline (3.1, 3.2, 3.3, 3.4) in portions and/or a thermal insulation medium which encloses the pipeline (3.1, 3.2, 3.3, 3.4) in portions and/or a fire retardant medium assigned to the pipeline (3.1, 3.2, 3.3, 3.4), the sound insulation medium and/or the thermal insulation medium and/or the fire retardant medium being arranged between the first connecting portion and the second connecting portion in terms of a longitudinal extension direction of the pipeline (3.1, 3.2, 3.3, 3.4), and comprising a contact body (7.1, 7.2, 7.3, 7.4), enclosing the pipeline (3.1, 3.2, 3.3, 3.4) between the first connecting portion and the second connecting portion and having a planar contact face facing the first connecting portion, the contact body (7.1, 7.2, 7.3, 7.4) being formed from a fireproof material and preferably from a mineral fireproof material, characterised in that a mounting rail is provided, which is orientated in the longitudinal extension direction of the pipeline (3.1, 3.2, 3.3, 3.4) and on which the pipeline (3.1, 3.2, 3.3, 3.4) and/or the sound insulation medium and/or the thermal insulation medium and/or the fire-retardant medium and/or the contact body (7.1, 7.2, 7.3, 7.4) are held.
Use of perovskite type compound ABX 3 as an energetic material, wherein the X in said perovskite type compound is at least one anionic energetic ligand.
Cultivated hepatocyte for blood purification, wherein the hepatocyte contains a compound which is an inhibitor of the kinase activity of MKK4, MKK4 being encoded by the mRNA of SEQ ID NO: 1204, wherein the compound is not SP600125, myricitine, genistein or PD98059.
Method for determining the overall brightness of at least one object in a digital image, the at least one object being configured to receive molecules comprising genetic information, the method comprising the steps of: generating an area A comprising k sample points, the k sample points being distributed in the area A according to a predetermined distribution, wherein the k sample points are generated using Poisson disk sampling; aligning the center position of the area A to the center position of the at least one object in the digital image; extracting the intensity value at each of the k sample points; and calculating the central tendency of the extracted intensity values at the respective k sample points. generating an area A comprising k sample points, the k sample points being distributed in the area A according to a predetermined distribution, wherein the k sample points are generated using Poisson disk sampling; aligning the center position of the area A to the center position of the at least one object in the digital image; extracting the intensity value at each of the k sample points; and calculating the central tendency of the extracted intensity values at the respective k sample points.
Method for compacting soils, wherein in a first stage, a soil compacting device (101-103; 107-109) is inserted into the soil (104, 105), at a specified depth, and comprises at least one wedge-shaped tool having a convex surface, tilted downwards, from front to rear, with a convexity toward soil depth in a working position of the tool, namely in a position pressed into the soil and parallel to the soil, between a leading edge formed by the ridge of the wedge-shaped tool and a heel at the other end of the convex surface and arranged below the surface generated by the leading edge when the tool is advanced parallel to the soil, and wherein in a second stage, this device is advanced while being maintaining at the specified depth, which allows a continuous soil compacting at a depth where the methods for compacting from above the soil become ineffective.
An article of footwear, comprising: an upper member including a first textile element forming at least a major portion of an exterior surface of the upper member and a second textile element forming at least a major portion of an interior surface of the upper member, the first textile element joined to the second textile element in a stitchless manner at a foot- receiving opening of the upper member; the upper member further including a first opening independent of the foot-receiving opening, the first opening located at an instep portion of the upper member between the foot-receiving opening and a forefoot portion of the upper member, wherein edges of the first textile element and the edges of the second textile element along the first opening are fixed together in a stitchless manner; and a sole member engaged with the upper member. an upper member including a first textile element forming at least a major portion of an exterior surface of the upper member and a second textile element forming at least a major portion of an interior surface of the upper member, the first textile element joined to the second textile element in a stitchless manner at a foot- receiving opening of the upper member; the upper member further including a first opening independent of the foot-receiving opening, the first opening located at an instep portion of the upper member between the foot-receiving opening and a forefoot portion of the upper member, wherein edges of the first textile element and the edges of the second textile element along the first opening are fixed together in a stitchless manner; and a sole member engaged with the upper member.
An inverting and boosting device, comprising: a first inverter, a second inverter, a transformer, and a ring main unit electrically connected with a high-voltage side of the transformer, wherein a first alternating-current output end of the first inverter is electrically connected with a first low-voltage side of the transformer, and the first inverter and the first low-voltage side are arranged on a same side of the transformer; and a second AC output end of the second inverter is electrically connected with a second low-voltage side of the transformer, and the second inverter and the second low-voltage side are arranged on a same side of the transformer, wherein the inverting and boosting device is characterized in that the first low-voltage side and the second low-voltage side are respectively arranged on two opposite sides of the transformer, the first inverter and the second inverter are respectively arranged on the two opposite sides of the transformer, the first AC output end faces towards the first low-voltage side, and the second AC output end faces towards the second low-voltage side. a first inverter, a second inverter, a transformer, and a ring main unit electrically connected with a high-voltage side of the transformer, wherein a first alternating-current output end of the first inverter is electrically connected with a first low-voltage side of the transformer, and the first inverter and the first low-voltage side are arranged on a same side of the transformer; and a second AC output end of the second inverter is electrically connected with a second low-voltage side of the transformer, and the second inverter and the second low-voltage side are arranged on a same side of the transformer, wherein the inverting and boosting device is characterized in that the first low-voltage side and the second low-voltage side are respectively arranged on two opposite sides of the transformer, the first inverter and the second inverter are respectively arranged on the two opposite sides of the transformer, the first AC output end faces towards the first low-voltage side, and the second AC output end faces towards the second low-voltage side.
An air-conditioner outdoor unit, comprising: a fan; a deflector ring sleeved outside a vane of the fan; a vane stopping device on the deflector ring, being configured to prevent the vane that is passively rotating from rotating; a wind speed measuring device, for detecting the wind speed of wind flowing through the vane, wherein the wind speed comprises a wind speed value and a wind speed direction; and a control system connecting with the vane stopping device and the wind speed measuring device, for controlling the vane stopping device to start or shut down according to the wind speed that is detected by the wind speed measuring device, and controlling the fan to start with a compensated start-up frequency after preventing the vane from passively rotating by the vane stopping device, when the wind speed value is greater than a preset value; wherein the vane stopping device comprises an elastic sheet and a driving member, a groove is disposed on an inner side of the deflector ring, the elastic sheet is movably disposed in the groove, and the driving member is configured to drive the elastic sheet to abut against the vane to prevent the vane from passively rotating. a fan; a deflector ring sleeved outside a vane of the fan; a vane stopping device on the deflector ring, being configured to prevent the vane that is passively rotating from rotating; a wind speed measuring device, for detecting the wind speed of wind flowing through the vane, wherein the wind speed comprises a wind speed value and a wind speed direction; and a control system connecting with the vane stopping device and the wind speed measuring device, for controlling the vane stopping device to start or shut down according to the wind speed that is detected by the wind speed measuring device, and controlling the fan to start with a compensated start-up frequency after preventing the vane from passively rotating by the vane stopping device, when the wind speed value is greater than a preset value; wherein the vane stopping device comprises an elastic sheet and a driving member, a groove is disposed on an inner side of the deflector ring, the elastic sheet is movably disposed in the groove, and the driving member is configured to drive the elastic sheet to abut against the vane to prevent the vane from passively rotating.
A substrate inspection apparatus without a reference mirror, comprising: a light source configured to radiate laser light onto a region of a coated film that is spread on a substrate; a light detector configured to obtain optical interference data on an interference between reference light, that is generated by the laser light being reflected from a surface of the region of the coated film, and measurement light, that is generated by the laser light penetrating the region of the coated film and being scattered; a movement part configured to move the light source; and a processor configured to: derive a reflectivity of the surface from an intensity of the reference light; determine whether the reflectivity is less than a predetermined reflectivity; upon the determination that the reflectivity is not less than the predetermined reflectivity, derive a thickness of the coated film corresponding to the region based on the optical interference data; and upon the determination that the reflectivity is less than the predetermined reflectivity, control the movement part to move the light source so as to radiate laser light onto another region adjacent to the region of the coated film on the substrate. a light source configured to radiate laser light onto a region of a coated film that is spread on a substrate; a light detector configured to obtain optical interference data on an interference between reference light, that is generated by the laser light being reflected from a surface of the region of the coated film, and measurement light, that is generated by the laser light penetrating the region of the coated film and being scattered; a movement part configured to move the light source; and a processor configured to: derive a reflectivity of the surface from an intensity of the reference light; determine whether the reflectivity is less than a predetermined reflectivity; upon the determination that the reflectivity is not less than the predetermined reflectivity, derive a thickness of the coated film corresponding to the region based on the optical interference data; and upon the determination that the reflectivity is less than the predetermined reflectivity, control the movement part to move the light source so as to radiate laser light onto another region adjacent to the region of the coated film on the substrate. derive a reflectivity of the surface from an intensity of the reference light; determine whether the reflectivity is less than a predetermined reflectivity; upon the determination that the reflectivity is not less than the predetermined reflectivity, derive a thickness of the coated film corresponding to the region based on the optical interference data; and upon the determination that the reflectivity is less than the predetermined reflectivity, control the movement part to move the light source so as to radiate laser light onto another region adjacent to the region of the coated film on the substrate.