mhurhangee/patent-ind-claim-en huggingface dataset:
An absorption refrigeration machine with an evaporator for evaporation of a refrigerant absorbing heat from a coolant circuit and an absorber for absorbing the refrigerant vapor through the concentrated, low-refrigerant pair of working substances, wherein the evaporator comprises several evaporation units , each having a coolant channel , through which the coolant flows and which is delimited at least in part by a heat-conducting, vapor- and liquid-tight wall , and having at least one refrigerant channel that adjoins the heat-conducting wall and is loaded with the refrigerant , wherein the refrigerant channel is separated from a vapor chamber by a vapor-permeable, liquid-tight membrane wall on the side of the refrigerant channel opposite the heat-conducting wall , and the absorber comprises several absorption units , each having a cooling-medium channel, through which a cooling medium flows and which is delimited at least in part by a heat-conducting, vapor- and liquid-tight wall and at least one absorption channel that adjoins the heat conducting wall, wherein the concentrated, low-refrigerant pair of working substances is fed to the absorption channel and wherein the absorption channel is loaded with refrigerant vapor from the vapor chamber via a vapor-permeable, liquid-tight membrane wall provided on the side of the absorption channel opposite the heat-conducting wall , characterized in that in each case an evaporating unit and an absorption unit are provided on a rotating basis for the formation of an integrated evaporating/absorption unit in a sequential arrangement of several evaporating and absorption units, wherein a respective pair of succeeding evaporating and absorption units or absorption and evaporating units has vapor-permeable, liquid-tight membrane walls facing each another, the evaporating units arranged between two absorption units in each case have a refrigerant channel in each case on at least two sides of the coolant channel opposite each other, said refrigerant channel being separated from the assigned coolant channel by a heat-conducting, vapor and liquid-tight wall , wherein the refrigerant channel is separated from the vapor chamber on its side opposite the heat-conducting wall by a vapor-permeable, liquid-tight membrane wall , and the absorption units arranged between two evaporating units in each case have an absorption channel in each case on at least two sides of the cooling medium channel opposite each other, said absorption channel being separated from the assigned cooling medium channel by a heat-conducting, vapor and liquid-tight wall , wherein the absorption channel is loaded with vapor from the vapor chamber via a vapor-permeable, liquid-tight membrane wall provided on the side of the absorption channel opposite the heat-conducting wall .
A plaster treatment compound, in particular a compound for reinforcing waterproof plaster treatments containing water glass, characterized in that it contains 20 to 69 wt% of an aqueous solution of potassium silicate, 20 to 59.9 wt% of aqueous lithium silicate solution, 10 to 20 wt% of octyltriethoxysilane solution, and 0.1 to 1 wt% water glass stabiliser.
An illumination system for a safety barrier , the system comprising a power supply coupled to at least one light emitting device, and at least one generally tubular light guide formed of a light transmissive fibre-optic material, an input of said light guide being coupled to said light emitting device such that light emitted from said light emitting device is transmitted through said light guide , in use, at least said light emitting device and said light guide being configured to be mounted on an outer surface of a safety barrier , wherein the or each light guide , when mounted for use on an outer surface of said safety barrier , has a proximal wall adjacent said outer surface of said safety barrier and an opposing distal wall, characterised in that a surface of said distal wall is provided with a plurality of refractive portions being arranged in spaced apart relation along its length and configured to converge light incident thereon from the or a respective light emitting device so as to create a plurality of discrete illuminated portions at said distal wall of the or each light guide, in use, and wherein said refractive portions comprise respective diagonal cuts or notches formed in said distal wall of the or each light guide .
Apparatus for feeding and preheating a metal charge (S) toward a melting furnace of a melting plant , comprising: - at least one conveyor channel for said metal charge (S) defining at least one support and advance surface , - at least one hood disposed above said conveyor channel at a hood height (H), defining with it a tunnel along which a flow of fumes (F) is able to pass in order to heat said metal charge (S), - scrap detection means able to identify the profile of the metal charge (S) entering said conveyor channel , characterized in that it also comprises adjustment means associated with said at least one hood in order to move it vertically away from/toward said support and advance surface of the conveyor channel in order to vary said hood height (H) as a function at least of the detected profile of said metal charge (S). - at least one conveyor channel for said metal charge (S) defining at least one support and advance surface , - at least one hood disposed above said conveyor channel at a hood height (H), defining with it a tunnel along which a flow of fumes (F) is able to pass in order to heat said metal charge (S), - scrap detection means able to identify the profile of the metal charge (S) entering said conveyor channel ,
A steam electrolysis cell, comprising an anode layer, a cathode layer, and a proton conducting oxide electrolyte layer between the anode layer and the cathode layer, wherein the anode layer comprises a perovskite oxide, and the perovskite oxide comprises Ba and Co, and wherein the molar ratio of Co in the B site of the perovskite oxide is 90% or more. comprising an anode layer, a cathode layer, and a proton conducting oxide electrolyte layer between the anode layer and the cathode layer, wherein the anode layer comprises a perovskite oxide, and the perovskite oxide comprises Ba and Co, and wherein the molar ratio of Co in the B site of the perovskite oxide is 90% or more.
A wireless communication system comprising: a mobile station ; a first wireless base station for forming a first cell; and a second wireless base station for forming a second cell, which is included in the first cell, and for being usable by the mobile station when the mobile station is one of at least one registered mobile station; wherein the mobile station is configured to store, in case that the mobile station is one of at least one registered mobile station, a first identifier of the first wireless base station and a second identifier of the second wireless base station; the mobile station is configured to transmit, in case that the mobile station is one of at least one registered mobile station, first information to the second wireless base station when a third identifier of a serving wireless base station is other than the first and second identifiers, and transmit second information to the second wireless base station when the third identifier is the first identifier or the second identifier; and the second wireless base station is configured to reduce or stop transmitting power of the second wireless base station, when the second wireless base station detects all of the at least one registered mobile station being out of the first cell and the second cell based on the first information. a mobile station ; a first wireless base station for forming a first cell; and a second wireless base station for forming a second cell, which is included in the first cell, and for being usable by the mobile station when the mobile station is one of at least one registered mobile station; wherein the mobile station is configured to store, in case that the mobile station is one of at least one registered mobile station, a first identifier of the first wireless base station and a second identifier of the second wireless base station; the mobile station is configured to transmit, in case that the mobile station is one of at least one registered mobile station, first information to the second wireless base station when a third identifier of a serving wireless base station is other than the first and second identifiers, and transmit second information to the second wireless base station when the third identifier is the first identifier or the second identifier; and the second wireless base station is configured to reduce or stop transmitting power of the second wireless base station, when the second wireless base station detects all of the at least one registered mobile station being out of the first cell and the second cell based on the first information.
Lifting platform for motor vehicles, having - a supporting column which rotatably mounts a threaded spindle , - a supporting nut which is in engagement with the threaded spindle and which can be moved thereon by a rotational movement of the threaded spindle , - a lifting device which is connected to the supporting nut and is designed to hold at least one supporting arm , - a securing nut which is arranged offset with respect to the supporting nut in engagement with the threaded spindle , and - a supporting nut defect detection device which has a distance detection device having at least two activation means , characterized in that the activation means are in contact with one another in the case of a defect-free supporting nut and are arranged separately from one another in the case of a defect of the supporting nut , the supporting nut defect detection device has the distance detection device and a supporting nut defect detection sensor , wherein the supporting nut defect detection sensor can be activated by one of the activation means in the case of a defect of the supporting nut , and a second activation means is designed to move into a second position in the separated state of the activation means , in which second position the supporting nut defect detection sensor can be activated by the second activation means . - a supporting column which rotatably mounts a threaded spindle , - a supporting nut which is in engagement with the threaded spindle and which can be moved thereon by a rotational movement of the threaded spindle , - a lifting device which is connected to the supporting nut and is designed to hold at least one supporting arm , - a securing nut which is arranged offset with respect to the supporting nut in engagement with the threaded spindle , and - a supporting nut defect detection device which has a distance detection device having at least two activation means , the activation means are in contact with one another in the case of a defect-free supporting nut and are arranged separately from one another in the case of a defect of the supporting nut , the supporting nut defect detection device has the distance detection device and a supporting nut defect detection sensor , wherein the supporting nut defect detection sensor can be activated by one of the activation means in the case of a defect of the supporting nut , and a second activation means is designed to move into a second position in the separated state of the activation means , in which second position the supporting nut defect detection sensor can be activated by the second activation means .
Transfer system for sealed enclosure, said sealed enclosure defining a first closed volume and comprising at least one device for sealed connection intended to connect the first closed volume to a second closed volume, said transfer system being intended to be arranged in said enclosure, said transfer system comprising: - at least one arm intended to be rotationally mounted on a wall of the sealed enclosure through a first rotating hinge comprising a first axis of rotation (Y1), - a chute , said chute comprising: a docking edge configured to cooperate with the device for sealed connection; and a pouring edge , and - a second rotating hinge between the arm and the chute , said second rotating hinge comprising a second axis of rotation (Y2), - at least one arm intended to be rotationally mounted on a wall of the sealed enclosure through a first rotating hinge comprising a first axis of rotation (Y1), - a chute , said chute comprising: a docking edge configured to cooperate with the device for sealed connection; and a pouring edge , and a docking edge configured to cooperate with the device for sealed connection; and a pouring edge , and - a second rotating hinge between the arm and the chute , said second rotating hinge comprising a second axis of rotation (Y2),
A method for minimizing yaw torque needed to limit the power output of an upwind wind turbine having only two blades and a teetering hinge, the turbine having a rotor designed to run clockwise (when seen from the coming wind) and being housed in a nacelle atop a tower, the method being characterized by comprising the following steps: controlling the yawing with a central controller and a subordinated yawing actuation system; the central controller receives signals from a rotor speed sensor and a wind relative direction sensor; the central controller compares an actual rotor running speed with a desired running speed in order to determine the relevant speed error; the central controller calculates a desired counterclockwise yaw angle by integrating the relevant speed error; the central controller receives from the wind direction sensor the actual relative angle between the wind direction and the nacelle; the central controller compares the desired yaw angle and the actual relative angle between the wind direction and the nacelle in order to determine the demand of the rotor axis direction which is the change of the absolute angle of the nacelle; yawing the rotor axis counterclockwise (when seen from above the nacelle) away from the direction of the wind if the demand of the rotor axis direction is positive or yawing the rotor axis clockwise (when seen from above the nacelle) away from the direction of the wind if the demand of the rotor axis direction is negative to limit the power output for wind speeds higher than rated. controlling the yawing with a central controller and a subordinated yawing actuation system; the central controller receives signals from a rotor speed sensor and a wind relative direction sensor; the central controller compares an actual rotor running speed with a desired running speed in order to determine the relevant speed error; the central controller calculates a desired counterclockwise yaw angle by integrating the relevant speed error; the central controller receives from the wind direction sensor the actual relative angle between the wind direction and the nacelle; the central controller compares the desired yaw angle and the actual relative angle between the wind direction and the nacelle in order to determine the demand of the rotor axis direction which is the change of the absolute angle of the nacelle; yawing the rotor axis counterclockwise (when seen from above the nacelle) away from the direction of the wind if the demand of the rotor axis direction is positive or yawing the rotor axis clockwise (when seen from above the nacelle) away from the direction of the wind if the demand of the rotor axis direction is negative to limit the power output for wind speeds higher than rated.
Holder for a fascia-training element: at least having at least two rotatable, fixed-location retaining elements on which the fascia-training element rests so as to be freely movable in at least one direction of rotation, and at least having at least one retaining device on which the at least two retaining elements are arranged, and the at least one retaining device has a fastening device , which is formed separately from the retaining elements and is intended for releasably fastening the fascia-training element designed in the form of a roller-like body , characterized in that the fastening device comprises at least one tongue-like spring element , which can engage in an aperture at a longitudinal end of the fascia-training element . at least having at least two rotatable, fixed-location retaining elements on which the fascia-training element rests so as to be freely movable in at least one direction of rotation, and at least having at least one retaining device on which the at least two retaining elements are arranged, and the at least one retaining device has a fastening device , which is formed separately from the retaining elements and is intended for releasably fastening the fascia-training element designed in the form of a roller-like body , characterized in that the fastening device comprises at least one tongue-like spring element , which can engage in an aperture at a longitudinal end of the fascia-training element .
An in vitro method of screening candidate compounds capable of being used for the preventive and/or curative treatment of a disease caused by a retrovirus, comprising the following steps: - contacting a candidate compound with a cell expressing SAMHD1 or with the SAMHD1 protein; and - determining whether the candidate compound modulates the expression and/or the activity of the SAMHD1 protein; wherein said candidate compound which modulates the expression and/or the activity of the SAMHD1 protein is identified as a candidate compound capable of being used for the preventive and/or curative treatment of a disease caused by a retrovirus, wherein said retrovirus belongs to the lentivirus genus and is selected from the group consisting of species consisting of human immunodeficiency viruses type 1 (HIV-1), human immunodeficiency viruses type 2 (HIV-2) and simian immunodeficiency viruses (SIV). - contacting a candidate compound with a cell expressing SAMHD1 or with the SAMHD1 protein; and - determining whether the candidate compound modulates the expression and/or the activity of the SAMHD1 protein;
Cue comprising a shaft and an end piece , wherein the shaft has a cavity at the position of a striking end of the cue, wherein the shaft is hollow at the striking end to form the cavity, wherein the cavity extends along a longitudinal axis of the cue, wherein the end piece comprises a core which is situated in the cavity, wherein the end piece further comprises at least two ribs which extend from the core in a direction radially of the longitudinal axis, wherein the shaft comprises at least two notches at the position of the cavity, which each comprise two opposite inner walls through which the at least two ribs extend at least partially, and wherein the side walls of the at least two ribs lie against the opposite inner walls so as to connect the end piece to the shaft, characterized in that the at least two notches extend from the striking end of the cue along the longitudinal axis such that the ribs can be inserted along the longitudinal axis and wherein the ribs extend radially through the wall of the shaft, wherein the at least two notches each have a depth as measured along the longitudinal axis, and wherein the at least two ribs each have a length substantially equal to the depth, such that the at least two ribs are compatible in shape with the at least two notches.
A method of analyzing the effect of an agent on cells: (a) exposing a first population of iPS cells to the agent and determining an effect; (b) exposing a second population of iPS cells to the agent and determining an effect; and (c) comparing said effect of step (a) with the effect of step (b), wherein said first and said second population of iPS cells are autosomal-identical iPSCs, wherein the complement of sex chromosomes of the first population of iPS cells is non-identical to the complement of sex chromosomes of the second population of iPS cells. (a) exposing a first population of iPS cells to the agent and determining an effect; (b) exposing a second population of iPS cells to the agent and determining an effect; and (c) comparing said effect of step (a) with the effect of step (b), wherein said first and said second population of iPS cells are autosomal-identical iPSCs, wherein the complement of sex chromosomes of the first population of iPS cells is non-identical to the complement of sex chromosomes of the second population of iPS cells.
A super absorbent polymer drying apparatus, which is a drying apparatus equipped with a conveyor for drying the super absorbent polymer , the apparatus comprising: a conveyor for transferring the super absorbent polymer ; and a hot air supply part for supplying dry hot air to the conveyor , wherein the conveyor comprises: a plurality of conveyor beds (no) connected to each other in a bent state; a link connecting part for connecting between the plurality of conveyor beds ; and a driving part for driving the conveyor beds , wherein the conveyor beds include a plurality of bed bodies to which the super absorbent polymer is seated on the surface and transferred, characterized in that the plurality of bed bodies are connected to each other in a zigzag shape in the upper and lower directions when the state of being connected to each other is viewed from the side. a conveyor for transferring the super absorbent polymer ; and a hot air supply part for supplying dry hot air to the conveyor , wherein the conveyor comprises: a plurality of conveyor beds (no) connected to each other in a bent state; a link connecting part for connecting between the plurality of conveyor beds ; and a driving part for driving the conveyor beds , wherein the conveyor beds include a plurality of bed bodies to which the super absorbent polymer is seated on the surface and transferred, characterized in that the plurality of bed bodies are connected to each other in a zigzag shape in the upper and lower directions when the state of being connected to each other is viewed from the side. a plurality of conveyor beds (no) connected to each other in a bent state; a link connecting part for connecting between the plurality of conveyor beds ; and a driving part for driving the conveyor beds , wherein the conveyor beds include a plurality of bed bodies to which the super absorbent polymer is seated on the surface and transferred, characterized in that the plurality of bed bodies are connected to each other in a zigzag shape in the upper and lower directions when the state of being connected to each other is viewed from the side.