mhurhangee/ep-ind-claims huggingface dataset:
A screen capturing method, wherein the method comprises: in a case that M interfaces (L1, L2, L3, L4) are displayed on a screen (A1, A2, A3, A4) of a terminal device, receiving a first input of a user on K interfaces in the M interfaces (L1, L2, L3, L4); an interface in the M interfaces (L1, L2, L3, L4) is an interface of an application or a desktop; in response to the first input, performing screen capturing operations on N interfaces that are corresponding to a parameter of the first input, to obtain N first images; and synthesizing the N first images to obtain a target screenshot, wherein the N interfaces are interfaces in the K interfaces, M and K are positive integers greater than 2, and N is a positive integer greater than 1; characterized in that the N interfaces comprise a first interface and a second interface that are adjacent to each other, and the first input comprises a sliding input from the first interface to the second interface, wherein an input track of the first input comprises a first sliding track on the first interface and a second sliding track on the second interface; a difference between first coordinates and second coordinates is within a preset value range, the first coordinates are coordinates, in a first direction, of a last touch point of the first sliding track, and the second coordinates are coordinates, in the first direction, of a first touch point of the second sliding track; and the first direction is perpendicular to a second direction, and the second direction is a direction from the first interface to the second interface. in a case that M interfaces (L1, L2, L3, L4) are displayed on a screen (A1, A2, A3, A4) of a terminal device, receiving a first input of a user on K interfaces in the M interfaces (L1, L2, L3, L4); an interface in the M interfaces (L1, L2, L3, L4) is an interface of an application or a desktop; in response to the first input, performing screen capturing operations on N interfaces that are corresponding to a parameter of the first input, to obtain N first images; and synthesizing the N first images to obtain a target screenshot, wherein the N interfaces are interfaces in the K interfaces, M and K are positive integers greater than 2, and N is a positive integer greater than 1; characterized in that the N interfaces comprise a first interface and a second interface that are adjacent to each other, and the first input comprises a sliding input from the first interface to the second interface, wherein an input track of the first input comprises a first sliding track on the first interface and a second sliding track on the second interface; a difference between first coordinates and second coordinates is within a preset value range, the first coordinates are coordinates, in a first direction, of a last touch point of the first sliding track, and the second coordinates are coordinates, in the first direction, of a first touch point of the second sliding track; and the first direction is perpendicular to a second direction, and the second direction is a direction from the first interface to the second interface.
Method for manufacturing artificial building materials from municipal solid waste treatment residue which is characterized by the following process steps: Step 1: Waste feeding to a chain conveyor type redler, equipped with integrated primary shredding system Step 2: Input in sorter of 1 st material separation with outputs for ferrous, nonferrous, soil, stones, glass, equipped with a filter device for filtration of exhaust air from the suspended solid particles Step 3: Drying of the waste stream residue in a hot air drying unit, consisting of a rotary treatment cylindrical shell Step 4: Input of the waste stream residue to a horizontal feeder and dry sieving device as 2nd materials separation, final separation of the materials flow from inert materials Step 5: The waste enters to a cylindrical chamber-reactor, equipped with multiple cutting elements, where takes place the conversion of MSW in fibrous form Step 6: Controlled melting of the material with exposure to temperatures between 200-300 °C Step 7: Entering to a mold in controlled high pressure and to a final forming-cooling unit. Step 1: Waste feeding to a chain conveyor type redler, equipped with integrated primary shredding system Step 2: Input in sorter of 1 st material separation with outputs for ferrous, nonferrous, soil, stones, glass, equipped with a filter device for filtration of exhaust air from the suspended solid particles Step 3: Drying of the waste stream residue in a hot air drying unit, consisting of a rotary treatment cylindrical shell Step 4: Input of the waste stream residue to a horizontal feeder and dry sieving device as 2nd materials separation, final separation of the materials flow from inert materials Step 5: The waste enters to a cylindrical chamber-reactor, equipped with multiple cutting elements, where takes place the conversion of MSW in fibrous form Step 6: Controlled melting of the material with exposure to temperatures between 200-300 °C Step 7: Entering to a mold in controlled high pressure and to a final forming-cooling unit.
A method for using out-band information to adapt communication settings in a wireless device comprising: receiving image data from a camera included in the wireless device; receiving sound data from a microphone included in the wireless device; processing the received image data and the received sound data, at the wireless device, to generate an environment parameter related an environment around the wireless device; determining a propagation channel characteristic based at least in part on the environment parameter; and responsive to the determined propagation channel characteristic, adjusting a physical layer setting in the wireless device, wherein the physical layer setting is based at least in part on the propagation channel characteristic. receiving image data from a camera included in the wireless device; receiving sound data from a microphone included in the wireless device; processing the received image data and the received sound data, at the wireless device, to generate an environment parameter related an environment around the wireless device; determining a propagation channel characteristic based at least in part on the environment parameter; and responsive to the determined propagation channel characteristic, adjusting a physical layer setting in the wireless device, wherein the physical layer setting is based at least in part on the propagation channel characteristic.
A dispersion for a silicon carbide sintered body, comprising: silicon carbide particles; boron nitride particles; a resin having a hydroxyl group; and water, wherein the dispersion has a pH at 25°C of less than or equal to 7.0, and the silicon carbide particles and the boron nitride particles have charges of the same sign, and wherein the silicon carbide particles are subjected to charge control by aluminum hydroxide coating, and wherein the boron nitride particles are subjected to charge control by a coating layer comprising one or more cationic polymer selected from the group consisting of poly(diallyl dimethyl ammonium chloride), poly(methacryloyloxyethyl trimethyl ammonium chloride), poly(acryl amide-co-diallyl dimethyl ammonium chloride), poly(dimethyl amine-co-epichlorohydrin-co-ethylene diamine), ethoxylated polyethylene imine, poly(amidoamine), poly(methacryloyloxyethyl dimethyl ammonium chloride), poly(vinyl pyrrolidone), poly(vinyl imidazole), and poly(vinyl pyridine). silicon carbide particles; boron nitride particles; a resin having a hydroxyl group; and water, wherein the dispersion has a pH at 25°C of less than or equal to 7.0, and the silicon carbide particles and the boron nitride particles have charges of the same sign, and wherein the silicon carbide particles are subjected to charge control by aluminum hydroxide coating, and wherein the boron nitride particles are subjected to charge control by a coating layer comprising one or more cationic polymer selected from the group consisting of poly(diallyl dimethyl ammonium chloride), poly(methacryloyloxyethyl trimethyl ammonium chloride), poly(acryl amide-co-diallyl dimethyl ammonium chloride), poly(dimethyl amine-co-epichlorohydrin-co-ethylene diamine), ethoxylated polyethylene imine, poly(amidoamine), poly(methacryloyloxyethyl dimethyl ammonium chloride), poly(vinyl pyrrolidone), poly(vinyl imidazole), and poly(vinyl pyridine).
Kit for identifying the nature of clogs present in a membrane filtration plant, said kit comprising separate solutions arranged to flow through said plant following separate supplies of said solutions, said kit comprising at least: - a first enzyme solution comprising at least one protease arranged to be supplied and to flow through said membrane filtration plant for a first predetermined time period; - a second enzyme solution comprising at least one enzyme other than a protease arranged to be supplied and to flow through said membrane filtration plant for a second predetermined time period; - a composition comprising at least one detergent component and at least one enzyme component, said enzyme component comprising at least one laccase and/or at least one polysaccharidase and/or at least one protease and said detergent component comprising at least one sequestering compound, one dispersing compound and one wetting compound, said kit allowing in situ identification of the nature of the filter clogs of said membrane filtration plant. - a first enzyme solution comprising at least one protease arranged to be supplied and to flow through said membrane filtration plant for a first predetermined time period; - a second enzyme solution comprising at least one enzyme other than a protease arranged to be supplied and to flow through said membrane filtration plant for a second predetermined time period; - a composition comprising at least one detergent component and at least one enzyme component, said enzyme component comprising at least one laccase and/or at least one polysaccharidase and/or at least one protease and said detergent component comprising at least one sequestering compound, one dispersing compound and one wetting compound,
An atomizer, comprising an e-liquid injection and vapor discharging module, wherein: the e-liquid injection and vapor discharging module comprises an outer tube and an inner tube disposed in the outer tube; the inner tube is configured to accommodate e-liquid, and a cavity formed between the outer tube and the inner tube is configured to guide air and discharge vapor; and the e-liquid injection and vapor discharging module further comprises a seal ring and a ceramic core; the seal ring comprises a hollow center and is disposed on an outer edge of the ceramic core; a bottom end of the inner tube is disposed on the seal ring around the ceramic core, or is disposed in the hollow center of the seal ring; characterised in that: the ceramic core is in the shape of a concave bowl comprising the outer edge protruding upwards, and the ceramic core further comprises a heating wire disposed in the concave bowl. the e-liquid injection and vapor discharging module comprises an outer tube and an inner tube disposed in the outer tube; the inner tube is configured to accommodate e-liquid, and a cavity formed between the outer tube and the inner tube is configured to guide air and discharge vapor; and the e-liquid injection and vapor discharging module further comprises a seal ring and a ceramic core; the seal ring comprises a hollow center and is disposed on an outer edge of the ceramic core; a bottom end of the inner tube is disposed on the seal ring around the ceramic core, or is disposed in the hollow center of the seal ring;
An angiographic injection system comprising: an actuator; a mounting chamber body constructed and arranged to hold a syringe that is inserted into said mounting chamber, said syringe including a body defining a pumping chamber, said body having a distal end and a proximal end, said distal end having an end wall with (i) a flat face and (ii) an interior portion and a plunger constructed and arranged within said pumping chamber for engagement with said actuator; where an inside of said body is tapered such that said proximal end has a larger inside diameter than an inside diameter of said interior portion of said end wall of said distal rend; a motor connected to said actuator to reciprocate said plunger when engaged with said actuator; a remote control to generate a command signal; wherein a speed of said motor is controlled by said command signal. an actuator; a mounting chamber body constructed and arranged to hold a syringe that is inserted into said mounting chamber, said syringe including a body defining a pumping chamber, said body having a distal end and a proximal end, said distal end having an end wall with (i) a flat face and (ii) an interior portion and a plunger constructed and arranged within said pumping chamber for engagement with said actuator; where an inside of said body is tapered such that said proximal end has a larger inside diameter than an inside diameter of said interior portion of said end wall of said distal rend; a motor connected to said actuator to reciprocate said plunger when engaged with said actuator; a remote control to generate a command signal; wherein a speed of said motor is controlled by said command signal.
An oral care implement (200; 400) comprising: a handle (220; 420); a head (210; 410) coupled to the handle (220; 420), the head (210; 410) comprising a front surface (211; 411) and extending from a proximal end to a distal end along a longitudinal axis (D-D); a plurality of tooth cleaning elements extending from the front surface (211; 411) of the head; and the plurality of tooth cleaning elements comprising a conical tuft (230; 430) comprising a bristle wall having an inner surface defining a cavity along a cavity axis (C-C), the cavity having a transverse cross-sectional area that increases with distance from the front surface (211; 411) of the head (210; 410); characterized in that the bristle wall of the conical tuft terminates in an annular top surface (231; 431) that undulates in height relative to the front surface (211; 411); wherein the annular top surface (231; 431) comprises first and second peak portions (432, 434) and first and second valley portions (433, 435); wherein a longitudinal reference plane that is substantially parallel to the longitudinal axis (D-D) and perpendicular to the front surface (211; 411) of the head (210; 410) intersects the first and second valley portions (433, 435); and wherein a transverse reference plane that is substantially perpendicular to the longitudinal axis (D-D) and perpendicular to the front surface (211; 411) of the head (210; 410) intersects both the first and second peak portions (432, 434). a handle (220; 420); a head (210; 410) coupled to the handle (220; 420), the head (210; 410) comprising a front surface (211; 411) and extending from a proximal end to a distal end along a longitudinal axis (D-D); a plurality of tooth cleaning elements extending from the front surface (211; 411) of the head; and the plurality of tooth cleaning elements comprising a conical tuft (230; 430) comprising a bristle wall having an inner surface defining a cavity along a cavity axis (C-C), the cavity having a transverse cross-sectional area that increases with distance from the front surface (211; 411) of the head (210; 410); characterized in that the bristle wall of the conical tuft terminates in an annular top surface (231; 431) that undulates in height relative to the front surface (211; 411); wherein the annular top surface (231; 431) comprises first and second peak portions (432, 434) and first and second valley portions (433, 435); wherein a longitudinal reference plane that is substantially parallel to the longitudinal axis (D-D) and perpendicular to the front surface (211; 411) of the head (210; 410) intersects the first and second valley portions (433, 435); and wherein a transverse reference plane that is substantially perpendicular to the longitudinal axis (D-D) and perpendicular to the front surface (211; 411) of the head (210; 410) intersects both the first and second peak portions (432, 434).
A communications management system that manages communication of a communications terminal, the communications management system comprising: an execution image frame data management unit configured to manage application identification information of a plurality of applications installed in the communications terminal in association with address information, within a communications network, of execution image frame data representing an execution image frame of an execution image to be displayed when a given application of the plurality of applications is activated at the communications terminal; a data management unit configured to manage the execution image frame data in association with the address information; a transmission unit configured to transmit to the communications terminal the application identification information and the address information that are managed in association with each other by the execution image frame data management unit; and a reception unit configured to receive from the communications terminal an execution image frame data request designating the execution image frame data that is managed in association with the address information associated with the application identification information of a designated application of the plurality of applications that has been activated at the communications terminal; wherein the transmission unit transmits to the communications terminal the execution image frame data designated in the execution image frame data request received by the reception unit. an execution image frame data management unit configured to manage application identification information of a plurality of applications installed in the communications terminal in association with address information, within a communications network, of execution image frame data representing an execution image frame of an execution image to be displayed when a given application of the plurality of applications is activated at the communications terminal; a data management unit configured to manage the execution image frame data in association with the address information; a transmission unit configured to transmit to the communications terminal the application identification information and the address information that are managed in association with each other by the execution image frame data management unit; and a reception unit configured to receive from the communications terminal an execution image frame data request designating the execution image frame data that is managed in association with the address information associated with the application identification information of a designated application of the plurality of applications that has been activated at the communications terminal; wherein the transmission unit transmits to the communications terminal the execution image frame data designated in the execution image frame data request received by the reception unit.
An adaptor for coupling with a medical container having a collar closed by a septum, said septum having an outer surface directed towards the outside of the medical container, the adaptor comprising: - a tubular body substantially closed at its distal end with a transversal wall provided with a central hole and substantially closed at its proximal end by a pierceable elastomeric piece, said pierceable elastomeric piece, transversal wall and tubular body together defining an inner cavity of said adaptor, said pierceable elastomeric piece being movable within said tubular body between a first position, in which a distal part of said pierceable elastomeric piece forms a seal of said central hole, and a second position, proximally spaced from said first position, in which said distal part opens the seal of said central hole, - an air inlet, said air inlet comprising a filtering system for decontaminating said entering air before it reaches said inner cavity, and - a gripping member (26, 126) for securing the adaptor to the medical container, so that the distal surface of said transversal wall is brought in contact with the outer surface of said septum when said adaptor is secured on said medical container, characterized in that said air inlet allows air from the outside to enter said inner cavity at least when said pierceable elastomeric piece moves from its first position to its second position. - a tubular body substantially closed at its distal end with a transversal wall provided with a central hole and substantially closed at its proximal end by a pierceable elastomeric piece, said pierceable elastomeric piece, transversal wall and tubular body together defining an inner cavity of said adaptor, said pierceable elastomeric piece being movable within said tubular body between a first position, in which a distal part of said pierceable elastomeric piece forms a seal of said central hole, and a second position, proximally spaced from said first position, in which said distal part opens the seal of said central hole, - an air inlet, said air inlet comprising a filtering system for decontaminating said entering air before it reaches said inner cavity, and - a gripping member (26, 126) for securing the adaptor to the medical container, so that the distal surface of said transversal wall is brought in contact with the outer surface of said septum when said adaptor is secured on said medical container, characterized in that said air inlet allows air from the outside to enter said inner cavity at least when said pierceable elastomeric piece moves from its first position to its second position.