mhurhangee/ep-ind-claims huggingface dataset:
A steam and vacuum cleaner, preferably a canister steam and vacuum cleaner, comprising: i) a main body ii) a suction hose for vacuum cleaning, iii) a steam hose for steam conveyance and supply, wherein the steam hose is external to the suction hose, characterized in that said steam and vacuum cleaner further comprises: iv) one or more articulated joints, wherein the suction hose and the steam hose are joined by means of the one or more articulated joints and wherein said articulated joints allow the rotation and sliding of the one hose in respect to the other. i) a main body ii) a suction hose for vacuum cleaning, iii) a steam hose for steam conveyance and supply, wherein the steam hose is external to the suction hose, characterized in that said steam and vacuum cleaner further comprises: iv) one or more articulated joints,
Capsule for preparing beverages, comprising: - a housing at least partially filled with a substance to be extracted and/or dissolved, such as ground coffee, wherein the housing is provided with a supply side for pressing a liquid such as water into the capsule, and with a discharge side located a distance from the supply side for discharging liquid provided with extract and/or dissolved substance and guided through the capsule, wherein the supply side and/or the discharge side of the housing is initially sealed by a foil; - a laterally protruding engaging edge connected to the housing to enable clamping of the capsule in a capsule holder of a device for preparing beverages; and - at least one resilient sealing element arranged at least on the engaging edge and/or the housing for sealing a space between the capsule holder and the capsule during clamping of the capsule in the capsule holder, characterized in that the sealing element encloses at least a part of at least one absorption cavity for facilitating deformation of the resilient sealing element, wherein at least one absorption cavity is enclosed by the sealing element and the engaging edge and/or the housing and said at least one absorption cavity is given an annular form. - a housing at least partially filled with a substance to be extracted and/or dissolved, such as ground coffee, wherein the housing is provided with a supply side for pressing a liquid such as water into the capsule, and with a discharge side located a distance from the supply side for discharging liquid provided with extract and/or dissolved substance and guided through the capsule, wherein the supply side and/or the discharge side of the housing is initially sealed by a foil; - a laterally protruding engaging edge connected to the housing to enable clamping of the capsule in a capsule holder of a device for preparing beverages; and - at least one resilient sealing element arranged at least on the engaging edge and/or the housing for sealing a space between the capsule holder and the capsule during clamping of the capsule in the capsule holder,
A method for wireless communication, comprising: identifying a duration of a control region of a transmission time interval, TTI, of a first duration; determining a first pattern for a set of TTIs of a second duration within the TTI of the first duration based at least in part on the duration of the control region, wherein symbol periods of the control region are non-overlapping with symbol periods of the set of TTIs of the second duration; and communicating via at least one of the set of TTIs of the second duration based at least in part on the first pattern for the set of TTIs of the second duration. identifying a duration of a control region of a transmission time interval, TTI, of a first duration; determining a first pattern for a set of TTIs of a second duration within the TTI of the first duration based at least in part on the duration of the control region, wherein symbol periods of the control region are non-overlapping with symbol periods of the set of TTIs of the second duration; and communicating via at least one of the set of TTIs of the second duration based at least in part on the first pattern for the set of TTIs of the second duration.
A Proxy Call Session Control Function, P-CSCF, server for allowing a user (5, 5a) to access an IP Multimedia Subsystem, IMS, offering multimedia services to the user, the P-CSCF server comprising: - first communication means configured to receive (S-010) a register message from a user equipment and forward (S-015) the register message towards a further entity of the IMS; and characterised in that it further comprises: - second communication means configured to transmit (S-030) a first message requesting configuration data to a Policy Control Rules server, which is responsible for installing control rules at an entity in the bearer layer, and to receive (S-40) a second message, which is responsive to the first message, from the Policy Control Rules server with the configuration data; and - wherein the configuration data received in the second message comprises information about a type of an IP connectivity access network, IP-CAN, through which the user accesses the IMS. - first communication means configured to receive (S-010) a register message from a user equipment and forward (S-015) the register message towards a further entity of the IMS; - second communication means configured to transmit (S-030) a first message requesting configuration data to a Policy Control Rules server, which is responsible for installing control rules at an entity in the bearer layer, and to receive (S-40) a second message, which is responsive to the first message, from the Policy Control Rules server with the configuration data; and - wherein the configuration data received in the second message comprises information about a type of an IP connectivity access network, IP-CAN, through which the user accesses the IMS.
A photographing method, comprising: receiving an instruction to perform photography alignment; displaying a user interface for selecting a reference picture, the reference picture comprising a photo or an image of a video; receiving a target to align with in the reference picture selected by a user, the target comprising a primary target and a secondary target, each target comprising an object; marking a contour of the target to align with in the reference picture by displaying a contour of the primary target to align with using at least one of a first color or a line of a first type, and displaying a contour of the secondary target to align with using at least one of a second color or a line of a second type; and displaying the reference picture with the contour of the primary target and the secondary target marked in a screen, wherein a part of the reference picture other than the line of the contour is displayed with transparency ranging from 0% to 100%. receiving an instruction to perform photography alignment; displaying a user interface for selecting a reference picture, the reference picture comprising a photo or an image of a video; receiving a target to align with in the reference picture selected by a user, the target comprising a primary target and a secondary target, each target comprising an object; marking a contour of the target to align with in the reference picture by displaying a contour of the primary target to align with using at least one of a first color or a line of a first type, and displaying a contour of the secondary target to align with using at least one of a second color or a line of a second type; and displaying the reference picture with the contour of the primary target and the secondary target marked in a screen, wherein a part of the reference picture other than the line of the contour is displayed with transparency ranging from 0% to 100%.
A boom assembly, comprising: a frame comprising a first portion and a second portion hingeably coupled to the first portion; and a hinge assembly hingeably coupling the first and second portions, the hinge assembly comprising: first and second electromagnets coupled respectively to the first and second portions; a first switch membrane coupled to the second portion and configured to control an energy state of the first and second electromagnets. a frame comprising a first portion and a second portion hingeably coupled to the first portion; and a hinge assembly hingeably coupling the first and second portions, the hinge assembly comprising: first and second electromagnets coupled respectively to the first and second portions; a first switch membrane coupled to the second portion and configured to control an energy state of the first and second electromagnets. first and second electromagnets coupled respectively to the first and second portions; a first switch membrane coupled to the second portion and configured to control an energy state of the first and second electromagnets.
A polyphenylene sulfide resin composition, comprising: polyphenylene sulfide resin, and a deformed cross-section glass fiber, wherein the chlorine content of the polyphenylene sulfide resin composition is equal to or lower than 1,000 ppm, and wherein the flatness ratio of the deformed cross-section glass fiber is equal to or larger than 1.5.
Method for manufacturing carbonated recycled concrete paste and clean aggregate comprising the following steps: - providing a feedstock comprising waste concrete with a D 10 ≥ 0.1 mm and a D 90 ≤ 100 mm - passing the feedstock, a water containing liquid and carbon dioxide in an amount providing a concentration of at least 0.1 wt.-% carbon dioxide in the liquid into a fragmentation vessel, where the wet feedstock is subjected to electric-pulse fragmentation, - withdrawing fragmented solid material from the fragmentation vessel, - separating the fragmented solid material from admixed liquid phase, - separating the fragmented solid material into a fine fraction with a maximum particle size of 250 μm to provide the carbonated recycled concrete paste and a coarse fraction, - recycling the coarse fraction into the fragmentation vessel and/or discharging the coarse fraction as clean aggregate. - providing a feedstock comprising waste concrete with a D 10 ≥ 0.1 mm and a D 90 ≤ 100 mm - passing the feedstock, a water containing liquid and carbon dioxide in an amount providing a concentration of at least 0.1 wt.-% carbon dioxide in the liquid into a fragmentation vessel, where the wet feedstock is subjected to electric-pulse fragmentation, - withdrawing fragmented solid material from the fragmentation vessel, - separating the fragmented solid material from admixed liquid phase, - separating the fragmented solid material into a fine fraction with a maximum particle size of 250 μm to provide the carbonated recycled concrete paste and a coarse fraction, - recycling the coarse fraction into the fragmentation vessel and/or discharging the coarse fraction as clean aggregate.
A brewing unit for the production of a beverage, comprising: - a brewing chamber comprising two brewing chamber portions (421, 423) movable one with respect to the other from an open position to a closed position and vice-versa; - a capsule guide for guiding a capsule from a capsule insertion aperture to a brewing position, said capsule guide comprising a pair of capsule guiding channels, configured and arranged for slidingly engaging a rim (Fc) of a capsule; - a respective capsule retention member arranged at the lower end of each capsule guiding channel for retaining a capsule in said brewing position before closing said brewing chamber and for disengaging a capsule when said brewing chamber portions (421, 423) are moved apart after completion of a brewing cycle; wherein both chamber portions (421, 423) are movable towards said capsule guide and towards a capsule stationarily retained in the brewing position defined by the capsule retention members, from an open position for receiving a capsule there between, to a closed brewing position, and vice-versa; and wherein a control member (469, 470) is provided, which is configured and arranged for spacing apart said capsule retention members when said brewing chamber portions are both moved towards said open position and away from said capsule retained in the brewing position, thus releasing a spent capsule from said retention members upon completion of a brewing cycle. - a brewing chamber comprising two brewing chamber portions (421, 423) movable one with respect to the other from an open position to a closed position and vice-versa; - a capsule guide for guiding a capsule from a capsule insertion aperture to a brewing position, said capsule guide comprising a pair of capsule guiding channels, configured and arranged for slidingly engaging a rim (Fc) of a capsule; - a respective capsule retention member arranged at the lower end of each capsule guiding channel for retaining a capsule in said brewing position before closing said brewing chamber and for disengaging a capsule when said brewing chamber portions (421, 423) are moved apart after completion of a brewing cycle; wherein both chamber portions (421, 423) are movable towards said capsule guide and towards a capsule stationarily retained in the brewing position defined by the capsule retention members, from an open position for receiving a capsule there between, to a closed brewing position, and vice-versa; and wherein a control member (469, 470) is provided, which is configured and arranged for spacing apart said capsule retention members when said brewing chamber portions are both moved towards said open position and away from said capsule retained in the brewing position, thus releasing a spent capsule from said retention members upon completion of a brewing cycle.
An apparatus for performing an instantaneous short-circuit test on a polyphase synchronous generator, comprising: a switch having first terminals (5a, 5b, 5c) for connection to respective stator terminals (2a, 2b, 2c) of an electric generator and second terminals (5d, 5e, 5f) connected to one another; an acquisition module configured to acquire electric signals (V R ', V S ', V T ') representative of output voltages (V R, V S, V T) at respective stator terminals (2a, 2b, 2c) of the electric generator; and a processing module configured to determine a test voltage (V TEST) from the output voltages (V R, V S, V T) of the electric generator; characterized in that the processing module is configured to determine a current frequency (f c) of the test voltage (V TEST), and to compare the current frequency (f c) with a reference frequency (f REF), wherein the processing module is further configured to keep the switch open when the current frequency (f c) is greater than the reference frequency (f REF), and to close the switch when the current frequency (f c) substantially equals the reference frequency (f REF). a switch having first terminals (5a, 5b, 5c) for connection to respective stator terminals (2a, 2b, 2c) of an electric generator and second terminals (5d, 5e, 5f) connected to one another; an acquisition module configured to acquire electric signals (V R ', V S ', V T ') representative of output voltages (V R, V S, V T) at respective stator terminals (2a, 2b, 2c) of the electric generator; and a processing module configured to determine a test voltage (V TEST) from the output voltages (V R, V S, V T) of the electric generator; characterized in that the processing module is configured to determine a current frequency (f c) of the test voltage (V TEST), and to compare the current frequency (f c) with a reference frequency (f REF), wherein the processing module is further configured to keep the switch open when the current frequency (f c) is greater than the reference frequency (f REF), and to close the switch when the current frequency (f c) substantially equals the reference frequency (f REF).
Pneumatic system for operating a drive for a windscreen wiper for a rail vehicle, wherein the drive has a piston guide device and a power transmission device, wherein the piston guide device has a first port and a second port situated opposite the first port and has a piston which is arranged in the piston guide device and which is designed to perform mutually opposite linear movements along the main direction of extent of the piston guide device, and wherein the power transmission device is designed to transmit the mutually opposite linear movements of the at least one piston to a wiper shaft in order to effect an alternating rotational movement of the wiper shaft, and wherein the pneumatic system has the following features: a first normal-operation connection line and, parallel thereto, a first emergency-operation connection line which are designed to connect a supply port for a compressed-air supply of the pneumatic system to the first port of the drive; a second normal-operation connection line and, parallel thereto, a second emergency-operation connection line which are designed to connect the supply port to the second port of the drive; and a valve device which is designed such that, during normal operation of the pneumatic system, said valve device couples the supply port to the first port via the first normal-operation connection line and to the second port via the second normal-operation connection line in order to effect the alternating rotational movement of the wiper shaft, and is designed such that, during emergency operation of the pneumatic system, said valve device couples the supply port to the first port via the first emergency-operation connection line and to the second port via the second emergency-operation connection line in order to effect the alternating rotational movement of the wiper shaft. a first normal-operation connection line and, parallel thereto, a first emergency-operation connection line which are designed to connect a supply port for a compressed-air supply of the pneumatic system to the first port of the drive; a second normal-operation connection line and, parallel thereto, a second emergency-operation connection line which are designed to connect the supply port to the second port of the drive; and a valve device which is designed such that, during normal operation of the pneumatic system, said valve device couples the supply port to the first port via the first normal-operation connection line and to the second port via the second normal-operation connection line in order to effect the alternating rotational movement of the wiper shaft, and is designed such that, during emergency operation of the pneumatic system, said valve device couples the supply port to the first port via the first emergency-operation connection line and to the second port via the second emergency-operation connection line in order to effect the alternating rotational movement of the wiper shaft.
Method for preparing to manage a tree plantation area, for the production of fuel wood and logs with short rotation plantations, comprising the steps of determining the number of Z-trees to be planted, determining the positions of the Z-trees in a plurality of rows at predetermined distances from each other, determining the positions of the fuel wood trees, in their own rows between the rows of Z-trees, wherein additional fuel wood trees are provided as protection trees at predetermined positions in the Z-tree rows and/or fuel wood trees are also provided within a Z-tree row. determining the number of Z-trees to be planted, determining the positions of the Z-trees in a plurality of rows at predetermined distances from each other, determining the positions of the fuel wood trees, in their own rows between the rows of Z-trees, wherein additional fuel wood trees are provided as protection trees at predetermined positions in the Z-tree rows and/or fuel wood trees are also provided within a Z-tree row.
A horology mechanism comprising, fastened to a structure, control means arranged to be operated by a user or by a mechanism or by a circuit of a timepiece and to control the stopping or release of a mobile comprised in said mechanism, which comprises at least one stop lever guided on said structure on a guide, said stop lever comprising a first arm carrying, at a distance from said guide, a control finger arranged to be operated by said control means, and a second arm carrying, at a distance from said guide, a stop finger arranged to bear against said mobile or to release it, said stop lever further comprising a flexible arm, which is more flexible than said first arm and which is arranged to bear against a first fixed stop comprised in said structure, and which allows the movement of said stop lever in relation to said guide, in a single configuration for driving said control finger by said control means pushing said control finger, to move said second arm and stop the movement of said mobile and in which the first arm, the second arm and the flexible arm extend on one same side of said guide.
Method for manufacturing a sound-absorbing panel with a sandwich structure and having the shape of portions of cylindrical surfaces for reducing the noise impact of an aeronautic engine, comprising the following steps in sequence: a) providing a first skin of a thermoplastic polymeric material; b) making a plurality of micro-holes through the first skin by mechanical punching of the first skin; a0) having the first skin undergo a process of thermoforming on mold; c) securing said first skin to a central layer by arranging a structural adhesive layer between the first skin and the central layer; and d) securing said central layer to a second skin by arranging a structural adhesive layer between the central layer and the second skin; wherein at least two adjacent components among the first skin, the central layer and the second skin comprise uncured polymerizable material, and wherein step c) and/or step d) further comprise the step of: e) having the first skin, the central layer, and the second skin undergo a curing process in autoclave with vacuum bag, according to a specific pressure and temperature cycle, for co-curing the uncured components. a) providing a first skin of a thermoplastic polymeric material; b) making a plurality of micro-holes through the first skin by mechanical punching of the first skin; a0) having the first skin undergo a process of thermoforming on mold; c) securing said first skin to a central layer by arranging a structural adhesive layer between the first skin and the central layer; and d) securing said central layer to a second skin by arranging a structural adhesive layer between the central layer and the second skin; wherein at least two adjacent components among the first skin, the central layer and the second skin comprise uncured polymerizable material, and wherein step c) and/or step d) further comprise the step of: e) having the first skin, the central layer, and the second skin undergo a curing process in autoclave with vacuum bag, according to a specific pressure and temperature cycle, for co-curing the uncured components.