mhurhangee/ep-ind-claims huggingface dataset:
A cleaning system comprising a self-propelling and self-steering floor cleaning appliance and a charging station (14, 102), wherein the floor cleaning appliance comprises at least one rechargeable electric battery and two appliance-side electrical contact elements coupled to said battery, wherein the charging station (14, 102) comprises a charging unit for providing electrical energy and two station-side electrical contact elements coupled to said charging unit, and wherein in each case one appliance-side contact element and one station-side contact element cooperate in a charging position of the floor cleaning appliance at the charging station (14, 102) for supplying electrical energy to the at least one battery, wherein the appliance-side contact elements and the station-side contact elements comprise first contact elements and second contact elements, wherein the first contact elements are arranged in at least one recess formed at a housing of the floor cleaning appliance or of the charging station comprising the first contact elements, and wherein the first contact elements are arranged set back in the at least one recess in relation to an exterior contour formed by the housing, characterized in that the charging station (14, 102) or the floor cleaning appliance comprising the second contact elements comprises at least one electrically insulating contact element carrier to which the second contact elements are fixed and are set back in relation to its end face which, in the charging position of the floor cleaning appliance, engages in the at least one recess.
A foam control agent comprising a linear polyorganosiloxane-polyoxyalkylene block copolymer comprising a single block of polyorganosiloxane having a DP of from 10 to 200 and a single block polyoxyalkylene block having a DP of from 2 to 60.
Medium voltage switchgear with an assembled pole part with two or three-position switch, with pole part frames made of insulating material, between which a vacuum-interrupter is mounted, wherein the vacuum interrupter is provided with a fixed contact and a moving contact, so that one end of the frame is provided with a first support in order to fix the vacuum interrupter at the moving contact side, and fixation means for the fixed contact side at the other end of the frame wherein the electrical connection between the movable part of the vacuum interrupter and the movable part of the two- or three-position switch is a mechanically flexible conductor element, and that the insulating pole part frames are provided with guiding means for the linear movable contact part of the two- or three-position switch, wich are integrated into the pole part frames or the pole part frame arrangement, characterized in that the open end of the bendable conductor is developed or formed as contact element itself which can be closed or opened on or from a finger contact element of the two or three position switch.
A lock mechanism, comprising: a bolt movable between a thrown position and a retracted position; and a deadbolt assembly comprising: a sliding deadbolt configured to slide between a locked position in which the sliding deadbolt inhibits retraction of the bolt and an unlocked position, the sliding deadbolt comprising a first anti-thrust cam configured to restrain the sliding deadbolt in the locked position, a release driver (160, 200, 300, 400) arranged such that, when driven, the release driver releases the first anti-thrust cam from restraining the sliding deadbolt in the locked position and slides the deadbolt to the unlocked position, and a second anti-thrust cam pivotably coupled to the sliding deadbolt and configured for rotational movement in cooperation with the first anti-thrust cam. a bolt movable between a thrown position and a retracted position; and a deadbolt assembly comprising: a sliding deadbolt configured to slide between a locked position in which the sliding deadbolt inhibits retraction of the bolt and an unlocked position, the sliding deadbolt comprising a first anti-thrust cam configured to restrain the sliding deadbolt in the locked position, a release driver (160, 200, 300, 400) arranged such that, when driven, the release driver releases the first anti-thrust cam from restraining the sliding deadbolt in the locked position and slides the deadbolt to the unlocked position, and a second anti-thrust cam pivotably coupled to the sliding deadbolt and configured for rotational movement in cooperation with the first anti-thrust cam. a sliding deadbolt configured to slide between a locked position in which the sliding deadbolt inhibits retraction of the bolt and an unlocked position, the sliding deadbolt comprising a first anti-thrust cam configured to restrain the sliding deadbolt in the locked position, a release driver (160, 200, 300, 400) arranged such that, when driven, the release driver releases the first anti-thrust cam from restraining the sliding deadbolt in the locked position and slides the deadbolt to the unlocked position, and a second anti-thrust cam pivotably coupled to the sliding deadbolt and configured for rotational movement in cooperation with the first anti-thrust cam.
A kiosk for purchasing mobile phones from users, the kiosk comprising: an inspection area configured to receive a mobile phone from a user; and a connector carrier, wherein the connector carrier includes - a support frame; and a chassis rotatably supported by the support frame; and a plurality of electrical connectors fixedly positioned around a periphery of the chassis, wherein the chassis is configured to rotate about a central axis to position a selected one of the electrical connectors in a first position adjacent to the inspection area, wherein the central axis is a first axis, and wherein the support frame is configured to rotate about a second axis, spaced apart from the central axis, to move the chassis toward the inspection area when the selected electrical connector is in the first position to move the selected electrical connector from the first position to a second position in which the selected electrical connector is positioned for connection to the mobile phone in the inspection area. an inspection area configured to receive a mobile phone from a user; and a connector carrier, wherein the connector carrier includes - a support frame; and a chassis rotatably supported by the support frame; and a plurality of electrical connectors fixedly positioned around a periphery of the chassis, wherein the chassis is configured to rotate about a central axis to position a selected one of the electrical connectors in a first position adjacent to the inspection area, wherein the central axis is a first axis, and wherein the support frame is configured to rotate about a second axis, spaced apart from the central axis, to move the chassis toward the inspection area when the selected electrical connector is in the first position to move the selected electrical connector from the first position to a second position in which the selected electrical connector is positioned for connection to the mobile phone in the inspection area. a support frame; and a chassis rotatably supported by the support frame; and a plurality of electrical connectors fixedly positioned around a periphery of the chassis, wherein the chassis is configured to rotate about a central axis to position a selected one of the electrical connectors in a first position adjacent to the inspection area, wherein the central axis is a first axis, and wherein the support frame is configured to rotate about a second axis, spaced apart from the central axis, to move the chassis toward the inspection area when the selected electrical connector is in the first position to move the selected electrical connector from the first position to a second position in which the selected electrical connector is positioned for connection to the mobile phone in the inspection area.
A method of detecting the presence or absence of a target nucleic acid in a test sample comprising: (a) inputting into a learning statistical classifier system data according to Formula I from a training set of samples where the amount of the target nucleic acid and a control nucleic acid is known, (b) using the learning statistical classifier system, calculating a plurality of weights for a general linear classifier; (c) building a general linear classifier with the plurality of weights calculated by the learning statistical classifier system in step (b); (d) contacting the test sample with a reaction mixture containing reagents necessary to amplify the target and the control nucleic acids by polymerase chain reaction under conditions enabling PCR; (e) measuring at least one amplification-dependent parameter for the target and the control nucleic acids to obtain a test set of data; (f) applying the general linear classifier built in step (c) to the data obtained in step (e) to classify the test sample as containing or not containing the target nucleic acid, thereby detecting the presence or absence of the target nucleic acid in the test sample, wherein the general linear classifier has Formula 1, which is F x = w 0 + w 1 * x 1 + w 2 * x 2 where F(x) is the decision function for sample x, x is C t value for the target nucleic acid, x is C t value for the control nucleic acid, and w, w and w are constants determined using support vector machine. (a) inputting into a learning statistical classifier system data according to Formula I from a training set of samples where the amount of the target nucleic acid and a control nucleic acid is known, (b) using the learning statistical classifier system, calculating a plurality of weights for a general linear classifier; (c) building a general linear classifier with the plurality of weights calculated by the learning statistical classifier system in step (b); (d) contacting the test sample with a reaction mixture containing reagents necessary to amplify the target and the control nucleic acids by polymerase chain reaction under conditions enabling PCR; (e) measuring at least one amplification-dependent parameter for the target and the control nucleic acids to obtain a test set of data; (f) applying the general linear classifier built in step (c) to the data obtained in step (e) to classify the test sample as containing or not containing the target nucleic acid, thereby detecting the presence or absence of the target nucleic acid in the test sample, wherein the general linear classifier has Formula 1, which is F x = w 0 + w 1 * x 1 + w 2 * x 2 where F(x) is the decision function for sample x, x is C t value for the target nucleic acid, x is C t value for the control nucleic acid, and w, w and w are constants determined using support vector machine.
A land mobile radio comprising: a land mobile radio communication portion configured to provide communication with a land mobile radio network; and a cellular data network communication portion configured to provide communication of an airlink protocol based data using a cellular data network characterized in that it further comprising a land mobile radio application encapsulation layer configured to encapsulate a received land mobile application layer radio content using a transport layer protocol encapsulation in accordance with a transport layer protocol of the cellular data network, i.e. a packet switching protocol, before transmission using the cellular data network, a selector coupled to said land mobile radio communication portion and said cellular data network communication portion; a processor coupled to said selector and configured to select one of said land mobile communication portion and said cellular data network communication portion for communicating said land mobile radio content; and an input/output module including transmission and receiving components configured for transmitting and receiving to and from the land mobile radio network and the cellular data network coupled to the selector and the processor. a land mobile radio communication portion configured to provide communication with a land mobile radio network; and a cellular data network communication portion configured to provide communication of an airlink protocol based data using a cellular data network characterized in that it further comprising a land mobile radio application encapsulation layer configured to encapsulate a received land mobile application layer radio content using a transport layer protocol encapsulation in accordance with a transport layer protocol of the cellular data network, i.e. a packet switching protocol, before transmission using the cellular data network, a selector coupled to said land mobile radio communication portion and said cellular data network communication portion; a processor coupled to said selector and configured to select one of said land mobile communication portion and said cellular data network communication portion for communicating said land mobile radio content; and an input/output module including transmission and receiving components configured for transmitting and receiving to and from the land mobile radio network and the cellular data network coupled to the selector and the processor.
A module casing of an airbag module comprising a casing wall which in the closed state of the module casing separates a casing interior from a casing environment, wherein the casing wall includes a casing projection which projects from the casing wall in the direction of the casing environment, wherein the casing projection includes at least one edge having an edge radius of less than 3.5 mm, characterized in that, adjacent to said at least one edge, a wall extension formed integrally with the casing wall is provided which includes exclusively edges having an edge radius of more than 3.2 mm and protrudes from the casing wall in the direction of the casing environment at least as far as the casing projection. a casing wall which in the closed state of the module casing separates a casing interior from a casing environment, wherein the casing wall includes a casing projection which projects from the casing wall in the direction of the casing environment, wherein the casing projection includes at least one edge having an edge radius of less than 3.5 mm, characterized in that, adjacent to said at least one edge, a wall extension formed integrally with the casing wall is provided which includes exclusively edges having an edge radius of more than 3.2 mm and protrudes from the casing wall in the direction of the casing environment at least as far as the casing projection.
A method of generating naive monoclonal antibody gene expression library or screened naive monoclonal antibody gene expression library, said method comprising processing biological samples comprising antibody gene pool to isolate plurality of nucleic acid(s) encoding a naturally occurring antibody repertoire, followed by amplification, introducing specific tri-nucleotide sequence markers in the nucleic acid(s) encoding heavy chain of the antibody repertoire to catalogue the product from respective gene pool, and enable tracing of displayed antibody back to source antibody gene pool, wherein the tri-nucleotide sequence marker encodes for respective amino acid identical to that originally coded by the said nucleic acid, pooling of the amplified product(s) having the tri-nucleotide sequence markers from different samples and cloning of said amplified product(s) into phagemid vectors to obtain naïve monoclonal antibody gene expression library, display of the antibody by the phage followed by screening of displayed antibody against specific antigen(s) to remove antibody non-binders to specific antigen(s) and to obtain selected pool of antibody molecules against specific antigen(s), transferring the nucleic acid(s) of the selected antibody molecules into yeast for display of said antibody molecules on surface of yeast followed by screening of the yeast displayed antibody against specific antigenic target(s), and selecting the yeast displayed antibodies showing higher affinity to the target antigen to form the screened naïve monoclonal antibody gene expression library or isolating selected antibodies with desired functional properties from the phage antibody library or the yeast antibody library to generate screened naïve monoclonal antibody gene expression library.
A differential assembly comprising a wireless system for determining the displacement of spinning components of the differential assembly, comprising: a differential case having a hollow interior space; the differential assembly including an actuator including an electromagnet having a coil and a spinning component selectively engaged with a differential gear arrangement; and at least one sensor assembly including at least one sensor; wherein the differential case houses the differential gear arrangement, wherein the at least one sensor directly senses an axial displacement of the spinning component, and wherein the sensor assembly generates a signal representing the axial displacement of the spinning component; characterized in that the at least one sensor assembly is non-rotatably mounted to the differential case and the at least one sensor is communicatively coupled to a printed circuit board, a transmitter and a power source, wherein the transmitter is wirelessly coupled to a receiver positioned outside the differential case, and wherein a portion of the sensor assembly extends axially and radially within the differential case and the at least one sensor is positioned axially adjacent to the spinning component of the differential assembly in the hollow interior space of the differential case. a differential case having a hollow interior space; the differential assembly including an actuator including an electromagnet having a coil and a spinning component selectively engaged with a differential gear arrangement; and at least one sensor assembly including at least one sensor; wherein the differential case houses the differential gear arrangement, wherein the at least one sensor directly senses an axial displacement of the spinning component, and wherein the sensor assembly generates a signal representing the axial displacement of the spinning component; characterized in that the at least one sensor assembly is non-rotatably mounted to the differential case and the at least one sensor is communicatively coupled to a printed circuit board, a transmitter and a power source, wherein the transmitter is wirelessly coupled to a receiver positioned outside the differential case, and wherein a portion of the sensor assembly extends axially and radially within the differential case and the at least one sensor is positioned axially adjacent to the spinning component of the differential assembly in the hollow interior space of the differential case.
An electric assembly for electrically connecting at least one wind turbine (450a, 450b) being located off-shore with an electric subsea cable being connected to an on-shore power grid, the electric assembly (100, 400) comprising a transformer (110, 410) for transforming a first voltage level being provided by the at least one wind turbine (450a, 450b) to a second voltage level of the subsea cable, and an external equipment being electrically and mechanically connected to the transformer for controlling an operation of at least the transformer, wherein the transformer and the external equipment are formed by a preinstalled package, which can be mechanically handled as a single piece, characterized in that the external equipment comprises (i) a gas insulated switchgear and (ii) an electric connection arrangement being configured for receiving a plug connector, whereby, when the electric assembly is lowered onto a platform of a wind turbine, an automatic plug in connection between the electric connection arrangement and the plug connector is established. a transformer (110, 410) for transforming a first voltage level being provided by the at least one wind turbine (450a, 450b) to a second voltage level of the subsea cable, and an external equipment being electrically and mechanically connected to the transformer for controlling an operation of at least the transformer, wherein (i) a gas insulated switchgear and (ii) an electric connection arrangement being configured for receiving a plug connector, whereby, when the electric assembly is lowered onto a platform of a wind turbine, an automatic plug in connection between the electric connection arrangement and the plug connector is established.
Swivel stack for transfer of fluid across a rotary interface around a main rotation axis between an incoming flow-line and an outgoing flow-line, the swivel stack comprising an inner cylindrical body and at least a first cylindrical annular element, the at least first cylindrical annular element mounted on the inner cylindrical body such that the rotation axis of the annular element and the rotation axis of the cylindrical body coincide; the inner cylindrical body having at least one internal conduit running from a cylindrical base of the inner cylindrical body parallel to the rotation axis of the inner cylindrical body; the at least one conduit having an outlet port in communication with a circumferential cavity on the cylindrical surface of the inner cylindrical body; the at least first cylindrical annular element comprising a toroidal cavity on its internal cylindrical surface; the at least first cylindrical annular element being mounted on the inner cylindrical body at the level of the outlet port of the conduit to provide that the toroidal cavity and the circumferential cavity form an annular chamber in fluid communication with the outlet port of the at least one internal conduit, wherein said inner cylindrical body is a massive inner cylindrical body, wherein the cylindrical surface of the inner cylindrical body comprises a first circumferential groove below the level of the outlet port, in which a lower bushing is received, and a second circumferential groove above the level of the outlet port, in which an upper bushing is received; the cylindrical annular element being rotatable around the inner cylindrical body while axially in locked position at the level of the outlet port of the conduit between the lower bushing and the upper bushing, wherein in the inner cylindrical body a number of conduits is arranged that run parallel to the rotation axis of the cylinder; on the cylindrical surface of the inner cylindrical body a number of outlet ports is provided that are in fluid communication with an associated conduit; characterised in that the swivel stack comprises at least a second cylindrical annular element; the second cylindrical annular element mounted on the inner cylindrical body below or above the first cylindrical annular element; the second cylindrical annular element comprises a toroidal cavity on its internal cylindrical surface and is mounted on the inner cylindrical body at the level of a second outlet port of the conduit to provide that the toroidal cavity of the second cylindrical annular element and the circumferential cavity associated with the second outlet port form an annular chamber in fluid communication with the associated conduit.
An immersion nozzle, wherein the immersion nozzle has a flat shape in which a width Wn of an inner hole is greater than a thickness Tn of the inner hole, the immersion nozzle comprising: a protruding portion in a center section of a wall surface in a width direction of a flat section, this protruding portion is referred to as central protrusion portion; Wp/Wn, which is a ratio of a length Wp of the central protrusion portion in the width direction to Wn, is 0.2 or more and 0.7 or less; the central protrusion portion is disposed symmetrically as a pair; and a total length Tp of the pair of the central protrusion portions in the thickness direction is 0.15 or more and 0.75 or less of Tn.