mhurhangee/patent-ind-claim-en huggingface dataset:
A wire (F) tensioning device (1;10;11) comprising at least one wire (F) tensioning member (2;9), one support member (3;7) adapted to support the tensioning member in rotation, and blocking means (33;4;8) to block the rotation of said tensioning member, wherein said tensioning member (2;9) consists of a metal fork bent so as to comprise a first end (20;90) as a bridge connected to a second end (21;91) by means of two longitudinal arms (22;92), the second end consisting of two free ends (23;93) of the fork, the support member (3;7) being equipped with at least one through-hole (32;32A) penetrated by said arms (22;92) of the tensioning member (2;9) so that the same rotates with respect to the same support member, the means of blocking the rotation comprising at least one recess or groove (43;82) for the reversible engagement with said first end (20;90) and/or with said two free ends (23;93) of said tensioning member (2;9).
A substrate for a nicking and extension reaction comprising a nucleic acid duplex, the duplex comprising: i) a first nucleic acid strand comprising a nicking enzyme recognition site, a nick site and a fluorescent detectable label covalently linked at the 3' end; and ii) a second nucleic acid strand having a sequence capable of duplexing with the first strand and a quencher moiety covalently linked at the 5' end; or i) a first nucleic acid strand comprising a nicking enzyme recognition site, a nick site and a quencher moiety covalently linked at the 3' end; and ii) a second nucleic acid strand having a sequence capable of duplexing with the first strand and a fluorescent detectable label covalently linked at the 5' end; wherein the first nucleic acid strand is modified at one or more nucleotides between the nicking enzyme recognition site and the nick site; and/or wherein the first nucleic acid strand is modified at one or more positions within the nicking enzyme recognition site. i) a first nucleic acid strand comprising a nicking enzyme recognition site, a nick site and a fluorescent detectable label covalently linked at the 3' end; and ii) a second nucleic acid strand having a sequence capable of duplexing with the first strand and a quencher moiety covalently linked at the 5' end; or i) a first nucleic acid strand comprising a nicking enzyme recognition site, a nick site and a quencher moiety covalently linked at the 3' end; and ii) a second nucleic acid strand having a sequence capable of duplexing with the first strand and a fluorescent detectable label covalently linked at the 5' end; wherein the first nucleic acid strand is modified at one or more nucleotides between the nicking enzyme recognition site and the nick site; and/or wherein the first nucleic acid strand is modified at one or more positions within the nicking enzyme recognition site. i) a first nucleic acid strand comprising a nicking enzyme recognition site, a nick site and a quencher moiety covalently linked at the 3' end; and ii) a second nucleic acid strand having a sequence capable of duplexing with the first strand and a fluorescent detectable label covalently linked at the 5' end; wherein the first nucleic acid strand is modified at one or more nucleotides between the nicking enzyme recognition site and the nick site; and/or wherein the first nucleic acid strand is modified at one or more positions within the nicking enzyme recognition site.
An elevator system comprising: an elevator controller , at least one mobile robot , wherein the at least one mobile robot is configured to generate at least one control signal to the elevator controller for controlling an elevator in response to an interaction with at least one user in a predetermined position, characterized in that the elevator system further comprises a data center , wherein the data center is configured to generate at least one control signal to the at least one mobile robot for instructing the at least one mobile robot to the predetermined position. an elevator controller , at least one mobile robot , wherein the at least one mobile robot is configured to generate at least one control signal to the elevator controller for controlling an elevator in response to an interaction with at least one user in a predetermined position, characterized in that the elevator system further comprises a data center , wherein the data center is configured to generate at least one control signal to the at least one mobile robot for instructing the at least one mobile robot to the predetermined position.
A service valve assembly for a refrigeration system that includes a condenser unit and an evaporation unit, comprising: a housing having a passageway , a condenser side port in communication with the passageway for connection to the condenser unit, an evaporation side port in communication with the passageway for connection to the evaporation unit, and a service port in communication with the passageway; a flow port in the passageway between the condenser side port and the evaporation side port , a valve unit disposed within the passageway of the housing, the valve unit including a shut-off valve and a control valve , the shut-off valve controls flow through the housing and has a first position that permits flow communication between the condenser side port and the service port , and a second position that prevents flow communication between the condenser side port on the one hand and the evaporation side port and the service port on the other hand but permits flow communication between the evaporation side port and the service port , the shut-off valve includes a first end and a second end that extends from the housing through the service port , the first end includes a piston head that is in sealing engagement with the flow port and prevents flow past the flow port at the second position, and the control valve controls flow through the service port and has a first position preventing flow past the control valve and thereby preventing flow through the service port, and a second position that permits flow past the control valve and thereby permits flow through the service port. a housing having a passageway , a condenser side port in communication with the passageway for connection to the condenser unit, an evaporation side port in communication with the passageway for connection to the evaporation unit, and a service port in communication with the passageway; a flow port in the passageway between the condenser side port and the evaporation side port , a valve unit disposed within the passageway of the housing, the valve unit including a shut-off valve and a control valve , the shut-off valve controls flow through the housing and has a first position that permits flow communication between the condenser side port and the service port , and a second position that prevents flow communication between the condenser side port on the one hand and the evaporation side port and the service port on the other hand but permits flow communication between the evaporation side port and the service port , the shut-off valve includes a first end and a second end that extends from the housing through the service port , the first end includes a piston head that is in sealing engagement with the flow port and prevents flow past the flow port at the second position, and the control valve controls flow through the service port and has a first position preventing flow past the control valve and thereby preventing flow through the service port, and a second position that permits flow past the control valve and thereby permits flow through the service port.
A process for the production of composite elements comprising a first and a second outer layer, a vacuum insulation panel between the two outer layers, rigid polyurethane foam in contact with the first outer layer and the underside of the vacuum insulation panel, and also rigid polyurethane foam in contact with the second outer layer and the upper side of the vacuum insulation panel, comprising the following steps: (i) application of a reaction mixture (R1) for the production of a rigid polyurethane foam onto the first outer layer, (ii) bringing the lower side of a vacuum insulation panel into contact with the unhardened reaction mixture (R1), (iii) application of a reaction mixture (R2) for the production of a rigid polyurethane foam to the upper side of the vacuum insulation panel, (iv) bringing the second outer layer into contact with the layer of the unhardened reaction mixture (R2), (v) hardening of the two rigid polyurethane foam systems (R1) and (R2) to give the composite element, where the reaction mixtures (R1) and (R2) comprise the following components: A) at least one polyisocyanate, B) at least one polyfunctional compound reactive toward isocyanates, C) at least one blowing agent, D) at least one catalyst, E) optionally foam stabilizers and F) optionally further auxiliaries and/or additional substances, where the difference between the composition of the reaction mixture (R1) and of the reaction mixture (R2) relates to at least one of the components B) to F), and where the reaction mixture (R1) has a longer fiber time than the reaction mixture (R2). (i) application of a reaction mixture (R1) for the production of a rigid polyurethane foam onto the first outer layer, (ii) bringing the lower side of a vacuum insulation panel into contact with the unhardened reaction mixture (R1), (iii) application of a reaction mixture (R2) for the production of a rigid polyurethane foam to the upper side of the vacuum insulation panel, (iv) bringing the second outer layer into contact with the layer of the unhardened reaction mixture (R2), (v) hardening of the two rigid polyurethane foam systems (R1) and (R2) to give the composite element, A) at least one polyisocyanate, B) at least one polyfunctional compound reactive toward isocyanates, C) at least one blowing agent, D) at least one catalyst, E) optionally foam stabilizers and F) optionally further auxiliaries and/or additional substances,
A method for determining in vitro whether a subject suffers from lung adenocarcinoma, comprising: detecting whether the MRC2 gene of lung cells or tissue of the subject contains a mutation; and determining that the subject suffers from lung adenocarcinoma when the MRC2 gene contains said mutation. detecting whether the MRC2 gene of lung cells or tissue of the subject contains a mutation; and determining that the subject suffers from lung adenocarcinoma when the MRC2 gene contains said mutation.
An article for forming emulsion droplets, said article comprising: a body having an inlet port , an outlet , and a reservoir configured to receive both an aqueous phase and an organic phase through the inlet port ; means for flowing an aqueous phase stream and a separate organic phase stream from the reservoir, said means comprising a first fluidic pathway in the body which receives the aqueous phase stream and a second fluidic pathway which receives the organic phase stream, and wherein said means comprises a hydrophobic barrier for separating the aqueous phase and the organic phase into the aqueous phase stream and the separate organic phase stream; and means for combining the streams to form emulsion droplets which are dispensed through the outlet. a body having an inlet port , an outlet , and a reservoir configured to receive both an aqueous phase and an organic phase through the inlet port ; means for flowing an aqueous phase stream and a separate organic phase stream from the reservoir, said means comprising a first fluidic pathway in the body which receives the aqueous phase stream and a second fluidic pathway which receives the organic phase stream, and wherein said means comprises a hydrophobic barrier for separating the aqueous phase and the organic phase into the aqueous phase stream and the separate organic phase stream; and means for combining the streams to form emulsion droplets which are dispensed through the outlet.
Hydraulic tube rupture protection device , comprising: - a hydraulic line comprising a first port (P1) connectable with a hydraulic actuator (C) and a second port (P2) connectable with a tube (T) at risk of rupture; - at least one control valve (V) operating in said hydraulic line , said control valve (V) comprising at least one first position in which it allows a flow towards said first port (P1) and prevents a flow towards said second port (P2) and at least one second position in which it permits a flow towards said second port (P2); - a pilot line arranged to pilot said control valve (V) towards said first position, said pilot line comprising a third port (P3) connectable with a control device (J) which is manoeuvrable by an operator; - a connection line arranged to connect said pilot line with a portion of said hydraulic line between said second port (P2) and said at least one control valve (V); - at least one circuit element arranged in said connection line and sensitive to a pressure present in said portion of said hydraulic line to close said connection line when in said portion of said hydraulic line there is a first pressure, in case of intact tube (T), and to open at least partially said connection line when in said portion of said hydraulic line there is a second pressure, lower than said first pressure, in case of broken tube (T); - at least one locking valve arranged on said connection line ; characterized in that said at least one locking valve comprises a valve with at least two positions that is integrated into a movable element of said control valve (V). - a hydraulic line comprising a first port (P1) connectable with a hydraulic actuator (C) and a second port (P2) connectable with a tube (T) at risk of rupture; - at least one control valve (V) operating in said hydraulic line , said control valve (V) comprising at least one first position in which it allows a flow towards said first port (P1) and prevents a flow towards said second port (P2) and at least one second position in which it permits a flow towards said second port (P2); - a pilot line arranged to pilot said control valve (V) towards said first position, said pilot line comprising a third port (P3) connectable with a control device (J) which is manoeuvrable by an operator; - a connection line arranged to connect said pilot line with a portion of said hydraulic line between said second port (P2) and said at least one control valve (V); - at least one circuit element arranged in said connection line and sensitive to a pressure present in said portion of said hydraulic line to close said connection line when in said portion of said hydraulic line there is a first pressure, in case of intact tube (T), and to open at least partially said connection line when in said portion of said hydraulic line there is a second pressure, lower than said first pressure, in case of broken tube (T); - at least one locking valve arranged on said connection line ;
Chain table (100; 200; 400) for a turret (50; 250;450) of a vessel (1; 1') floating in the sea, wherein said turret is adapted to rotate in a moonpool of the vessel , said chain table comprising a main body (110; 210; 410) with a bottom surface (111; 211), a circumferential top edge (112; 212), an outer surface (113; 213) extending therebetween around a longitudinal axis (L) of the main body (110; 210), and a plurality of connectors (131a-c, 132a-c; 213a-c, 232a-c) arranged along said outer surface (113'213) and adapted for connecting to an end of an anchor line characterized in that said plurality of connectors is partitioned into different sets of connectors, wherein each set is arranged at a height (h1,h2,h3) along said longitudinal axis (L) that differs from the height of the other sets and is spaced apart from said bottom surface (111; 211), wherein said chain table (100; 200; 400) is adapted for sinking to the sea bed and is further adapted for attachment to the turret with said longitudinal (L) axis extending substantially vertically.
A valve for a pneumatic brake system, with pressure input , pressure outlet , non-return element and a movable switching element having a sealing contour , wherein in a first switching position of the switching element a check function formed by the non-return element and the sealing contour is present with a passage direction from the pressure input to the pressure outlet and a blocking effect from the pressure outlet to the pressure input , characterized in that in a second switching position of the switching element this blocking effect is canceled, wherein a return element is provided, which exerts a restoring force on the switching element in the direction toward the second switching position, wherein the return element is a compression spring and/or in addition to the return element control pressure can be applied to a pressure chamber for the switching element .
A battery system comprising: a plurality of monolithic cell trays configured to accommodate a plurality of aligned battery cells ; a plurality of cell retainers provided in each cell tray and configured to retain the battery cells in the cell tray by being connected to the battery cells and the cell tray ; a battery system carrier configured to accommodate the plurality of cell trays therein; a plurality of tray fasteners provided in each cell tray and connected with the cell trays and the battery system carrier to install the cell trays in the battery system carrier ; and characterized in that the battery system carrier comprises a plurality of longitudinal beams and a plurality of crossbeams constituting a carrier frame and a ground plate attached to the carrier frame; cooling channels provided in an outer side of the battery system carrier to cool the battery cells , wherein each cell tray comprises an opening that exposes the plurality of battery cells , and the cooling channel is provided in the battery system carrier facing the opening of each cell tray . a plurality of monolithic cell trays configured to accommodate a plurality of aligned battery cells ; a plurality of cell retainers provided in each cell tray and configured to retain the battery cells in the cell tray by being connected to the battery cells and the cell tray ; a battery system carrier configured to accommodate the plurality of cell trays therein; a plurality of tray fasteners provided in each cell tray and connected with the cell trays and the battery system carrier to install the cell trays in the battery system carrier ; and characterized in that the battery system carrier comprises a plurality of longitudinal beams and a plurality of crossbeams constituting a carrier frame and a ground plate attached to the carrier frame; cooling channels provided in an outer side of the battery system carrier to cool the battery cells , wherein each cell tray comprises an opening that exposes the plurality of battery cells , and the cooling channel is provided in the battery system carrier facing the opening of each cell tray .
A method for generating fault indications for an additive manufacturing machine based on a comparison of the outputs of multiple process models to measured sensor data, the method comprising: receiving, via a communication interface, sensor data from a plurality of sensors from the additive manufacturing machine during manufacture of at least one part; selecting a plurality of models from a model database, each model generating expected sensor values for a defined condition; computing difference values between a selected set of the sensor data and an output of each of the plurality of models; computing a probability density function defining, for each of the models, a likelihood that a given difference value corresponds to each respective model; applying a probabilistic rule to determine, for each of the models, a probability that the corresponding model output matches the received sensor data; and outputting an indicator of a defined condition corresponding to a model having the highest match probability. receiving, via a communication interface, sensor data from a plurality of sensors from the additive manufacturing machine during manufacture of at least one part; selecting a plurality of models from a model database, each model generating expected sensor values for a defined condition; computing difference values between a selected set of the sensor data and an output of each of the plurality of models; computing a probability density function defining, for each of the models, a likelihood that a given difference value corresponds to each respective model; applying a probabilistic rule to determine, for each of the models, a probability that the corresponding model output matches the received sensor data; and outputting an indicator of a defined condition corresponding to a model having the highest match probability.
A temperature probe configured to be used in a domestic oven and comprising a sensing portion for inserting into food during cooking and a cable for coupling the sensing portion to a control unit of the oven, characterized in that said cable is configured for self-supporting the sensing portion of the probe , and said cable is a semi-rigid cable possessing enough stiffness to keep the sensing portion in its intended position even when subjected to the bare force of gravity.
A method for managing viewability of a location-based spatial object , performed in a server that provides a remote management interface for receiving computer-configurable spatial objects , as well as spatial information and searching criteria corresponding to every spatial object from multiple subscribers, so as to establish a database including the location-based spatial objects , wherein the method comprises: the server receiving one of the spatial objects through the remote management interface; setting up ground-position data corresponding to the spatial object using the remote management interface; setting up spatial-angle data corresponding to the spatial object and determining a position and size of the spatial object when it is configured to be attached to a real scene using the remote management interface, wherein the spatial angle is a combination of an azimuth angle and an elevation angle, the ground-position data and the spatial-angle data form spatial information corresponding to the spatial object , and the real scene is analyzed by an image-processing method so as to form color block data and line data that are used to position the spatial object ; setting up the searching criteria corresponding to the spatial object using the remote management interface, and wherein the searching criteria is a time range and/or a user range; in the server , querying the database according to the spatial information, the time range and/or the user range for obtaining potential users who are able to access the spatial object ; and completing the setting of the spatial object and creating a file of the location-based spatial object in the database . the server receiving one of the spatial objects through the remote management interface; setting up ground-position data corresponding to the spatial object using the remote management interface; setting up spatial-angle data corresponding to the spatial object and determining a position and size of the spatial object when it is configured to be attached to a real scene using the remote management interface, wherein the spatial angle is a combination of an azimuth angle and an elevation angle, the ground-position data and the spatial-angle data form spatial information corresponding to the spatial object , and the real scene is analyzed by an image-processing method so as to form color block data and line data that are used to position the spatial object ; setting up the searching criteria corresponding to the spatial object using the remote management interface, and wherein the searching criteria is a time range and/or a user range; in the server , querying the database according to the spatial information, the time range and/or the user range for obtaining potential users who are able to access the spatial object ; and completing the setting of the spatial object and creating a file of the location-based spatial object in the database .