mhurhangee/ep-ind-claims huggingface dataset:
A laundry-drying machine, having a cabinet, within which a laundry drum is rotatably housed, the machine comprising means for forcing a flow of hot air through the drum for drying the laundry, and a system for delivery of an additive to the inside of the drum, which comprises a container for the additive, a delivery nozzle, and an actuator, operatively set between the container and the nozzle and controllable for causing delivery of an amount of additive towards the inside of the drum, wherein the container for the additive is irremovably mounted with respect to the cabinet, said container substantially consisting of a drawer body axially extending between a respective front and a respective back, the drawer body being slidingly mounted through a through opening of a front face (4, 6) of the cabinet, the drawer body being displaceable in a sliding direction between a closed position and an open position; said laundry-drying machine being characterized in that: - the drawer body is connected directly to the actuator by means of a hose of a length such as to enable displacement of the body itself between the closed and open positions; and - the drawer body has, in an intermediate position between the front and the back, stop means (22, 23) for preventing removal of the drawer body from the cabinet through the through opening. - the drawer body is connected directly to the actuator by means of a hose of a length such as to enable displacement of the body itself between the closed and open positions; and - the drawer body has, in an intermediate position between the front and the back, stop means (22, 23) for preventing removal of the drawer body from the cabinet through the through opening.
A detachable roof system for a convertible vehicle having an open state in which a vehicle cabin is open and a closed state in which the vehicle cabin is closed; the roof system including: a front frame which is removably mountable to the vehicle at the front of the vehicle cabin; a foldable or rollable hood for covering the cabin in the closed state, wherein the hood is attached permanently to the front frame; and characterized by a rear frame, separate from the front frame, which is removably mountable to the vehicle at the rear of the vehicle cabin, the rear frame including an integral panel which forms a rear window of the vehicle when the rear frame is mounted on the vehicle, wherein the rear frame provides a rigid support for the hood which spans the rear frame when the hood covers the cabin, and wherein the rear frame is not permanently attached to the hood. a front frame which is removably mountable to the vehicle at the front of the vehicle cabin; a foldable or rollable hood for covering the cabin in the closed state, wherein the hood is attached permanently to the front frame; and characterized by a rear frame, separate from the front frame, which is removably mountable to the vehicle at the rear of the vehicle cabin, the rear frame including an integral panel which forms a rear window of the vehicle when the rear frame is mounted on the vehicle, wherein the rear frame provides a rigid support for the hood which spans the rear frame when the hood covers the cabin, and wherein the rear frame is not permanently attached to the hood.
A deployable flat panel array, the panel array comprising: a first row of panels; a second row of panels; and at least two respective panels of each of the first and the second rows (112, 114) coupled together via a carpenter tape hinge and allowing for multi-axial deployment to form the panel array; wherein the at least two respective panels of each of the first and the second rows (112, 114) are deployable by rotation substantially along a first-axis, and the first and the second rows (112, 114) are deployable by a uni-directional unfolding substantially along a second-axis to form the panel array, wherein the first row of panels is interconnected with the second row of panels at only each outer end of the first and second row of panels, wherein the first and second row of panels are disconnected at middle parts of the first and second row of panels. a first row of panels; a second row of panels; and at least two respective panels of each of the first and the second rows (112, 114) coupled together via a carpenter tape hinge and allowing for multi-axial deployment to form the panel array; wherein the at least two respective panels of each of the first and the second rows (112, 114) are deployable by rotation substantially along a first-axis, and the first and the second rows (112, 114) are deployable by a uni-directional unfolding substantially along a second-axis to form the panel array, wherein the first row of panels is interconnected with the second row of panels at only each outer end of the first and second row of panels, wherein the first and second row of panels are disconnected at middle parts of the first and second row of panels.
Wall covering for a kitchen, comprising a multilayer composite with the following layers: a) an upper layer made of hard plastic, b) a similar lower layer made of hard plastic, c) a core layer made of pressure-resistant plastic that is arranged between these two layers (2, 4), d) a softer foam layer made of hard plastic that is arranged on the lower layer, and e) a lower adhesive layer for gluing to a kitchen wall that is arranged on the foam layer, wherein the material and the material thickness of said layers are selected, such that the wall covering is formed to be rollable.
A method for providing VoIP in a communication system with a plurality of terminals (VOIP PHONE, VOIP CLIENT, VOIP SERVER, VOIP GATEWAY) operating according to VoIP, between which a transmission of voice data according to VoIP is implemented by means of a signaling, characterized in that the entire signaling in order to set up a VoIP connection between the terminals (VOIP PHONE, VOIP CLIENT, VOIP SERVER, VOIP GATEWAY) occurs on the basis of the Computer Supported Telecommunications Application "CSTA" interface standard according to a single signaling protocol, wherein the signaling with CSTA occurs in such a manner that, in the context of an exchange of CSTA messages between the terminals, which was triggered by a call up of CSTA services for setting up the VOIP connection, at least one piece of information concerning VoIP-related real time data is added to the CSTA messages (MakeCall, Offered, Accept, Delivered, Established), information which is needed for a transmission of the VoIP payload or for the local generation of signaling tones (RTP-INFO A, RTP-INFO_B, TONE-INFO).
A process for the preparation of empagliflozin of Formula I or its co-crystals, solvates and/or their polymorphs thereof; comprising: a) reacting the compound of Formula VII or its protected derivative of Formula VI with glucono lactone of compound of Formula V to obtain a compound of Formula IV"; wherein R 1, R 2, P 1, P 2, P 3, and P 4 independently represents hydrogen or a suitable hydroxyl protecting group; wherein "X 1 " represents a suitable leaving group; b) converting the compound of Formula IV" to a compound of Formula IV; wherein R 3 represents an alkyl group; and c) converting the compound of Formula IV in to empagliflozin of Formula I. a) reacting the compound of Formula VII or its protected derivative of Formula VI with glucono lactone of compound of Formula V to obtain a compound of Formula IV"; wherein R 1, R 2, P 1, P 2, P 3, and P 4 independently represents hydrogen or a suitable hydroxyl protecting group; wherein "X 1 " represents a suitable leaving group; b) converting the compound of Formula IV" to a compound of Formula IV; wherein R 3 represents an alkyl group; and c) converting the compound of Formula IV in to empagliflozin of Formula I.
A power conversion device, comprising: a casing comprising a base plate and a side wall, and the base plate and the side wall forming a chamber; a structural plate located in the chamber; a converter module located between the base plate and the structural plate, the converter module having at least one connecting end; an auxiliary circuit board module located at a side of the structural plate in the chamber away from the base plate, and electrically connected with the converter module; and a top cover sealing the chamber; characterised in that the power conversion device further comprises: at least one strut, the strut comprising: an insulating column, a first end of the insulating column being connected with the base plate, a second end of the insulating column supporting the converter module; at least one terminal located at the second end of the insulating column and electrically connected with the connecting end; and at least one fastener configured to fasten together the connecting end, the terminal and the insulating column. a casing comprising a base plate and a side wall, and the base plate and the side wall forming a chamber; a structural plate located in the chamber; a converter module located between the base plate and the structural plate, the converter module having at least one connecting end; an auxiliary circuit board module located at a side of the structural plate in the chamber away from the base plate, and electrically connected with the converter module; and a top cover sealing the chamber; characterised in that the power conversion device further comprises: at least one strut, the strut comprising: an insulating column, a first end of the insulating column being connected with the base plate, a second end of the insulating column supporting the converter module; at least one terminal located at the second end of the insulating column and electrically connected with the connecting end; and at least one fastener configured to fasten together the connecting end, the terminal and the insulating column. at least one strut, the strut comprising: an insulating column, a first end of the insulating column being connected with the base plate, a second end of the insulating column supporting the converter module; at least one terminal located at the second end of the insulating column and electrically connected with the connecting end; and an insulating column, a first end of the insulating column being connected with the base plate, a second end of the insulating column supporting the converter module; at least one terminal located at the second end of the insulating column and electrically connected with the connecting end; and at least one fastener configured to fasten together the connecting end, the terminal and the insulating column.
A compression garment comprising: one or more garment portions (110, 120, 140, 208) wrappable about one or more body portions of a user to apply compression to the one or more body portions, wherein a wraparound garment portion (107, 108, 137, 210) of the one or more garment portions (110, 120, 140, 208) extends from a proximal end region and terminates at a distal end region that is configured to be moved by a user to wrap the one or more garment portions about the one or more body portions, wherein the wraparound garment portion (107, 108, 137, 210) comprises a mitt at the distal end region defining a mitt opening to receive a hand of a user to assist the user in donning the one or more compression garment portions (110, 120, 140, 208) and in wrapping the one or more garment portions about the one or more body portions of the user; and tightening apparatus coupled to the wraparound garment portion (107, 108, 137, 210) to selectively tighten the one or more garment portions about the one or more body portions, wherein the tightening apparatus selectively adjusts a length of the wraparound garment portion (107, 108, 137, 210) defined from the proximal end region to the distal end region. one or more garment portions (110, 120, 140, 208) wrappable about one or more body portions of a user to apply compression to the one or more body portions, wherein a wraparound garment portion (107, 108, 137, 210) of the one or more garment portions (110, 120, 140, 208) extends from a proximal end region and terminates at a distal end region that is configured to be moved by a user to wrap the one or more garment portions about the one or more body portions, wherein the wraparound garment portion (107, 108, 137, 210) comprises a mitt at the distal end region defining a mitt opening to receive a hand of a user to assist the user in donning the one or more compression garment portions (110, 120, 140, 208) and in wrapping the one or more garment portions about the one or more body portions of the user; and tightening apparatus coupled to the wraparound garment portion (107, 108, 137, 210) to selectively tighten the one or more garment portions about the one or more body portions, wherein the tightening apparatus selectively adjusts a length of the wraparound garment portion (107, 108, 137, 210) defined from the proximal end region to the distal end region.
A transcutaneous analyte sensor assembly, the assembly comprising: a contact subassembly; a mounting unit adapted for mounting on a skin of a host; the contact subassembly and the mounting unit comprising a hinge allowing the contact subassembly to articulate relative to the mounting unit between a first position and a second position; the assembly further comprising a sensor configured to measure a level of an analyte in the host, wherein the sensor extends from the mounting unit and is adapted to be inserted through the skin of the host, wherein the contact subassembly is configured to guide insertion of the sensor into the host when the contact subassembly is in the first position. a contact subassembly; a mounting unit adapted for mounting on a skin of a host; the contact subassembly and the mounting unit comprising a hinge allowing the contact subassembly to articulate relative to the mounting unit between a first position and a second position; the assembly further comprising a sensor configured to measure a level of an analyte in the host, wherein the sensor extends from the mounting unit and is adapted to be inserted through the skin of the host, wherein the contact subassembly is configured to guide insertion of the sensor into the host when the contact subassembly is in the first position.
Ink for producing catalyst layers for electrochemical devices, which comprises catalyst material, ionomer material, water and at least one organic solvent selected from the group consisting of tert.-butanol and 4-hydroxy-4-methyl-2-pentanone (diacetone alcohol) and mixtures thereof, wherein the organic solvent is present in the ink in an amount of 50 to 80% by weight and wherein the ink contains water in an amount of 1 to 50% by weight, based on the total weight of the ink.
Diagnostic device for the operation of a control loop having a controlled system comprising a valve as an actuator with a data memory in which in each case a sequence of setpoint (w) data, manipulated variable (u) data and actual value (y) data of the control loop can be stored with an evaluation device for the selection of at least first segments of the sequences for a period with a substantially stepped profile of the setpoint (w) and second segments of the sequences for a period with a substantially constant setpoint (w), characterised in that the evaluation device is embodied to use the first segments to identify a linear submodel for the dynamic behaviour of the controlled system comprising a valve and wherein the evaluation device is further embodied to use the second segments and the linear submodel to identify a nonlinear submodel for the friction behaviour of the controlled system, wherein the nonlinear submodel is arranged upstream of the previously identified linear submodel and, on the basis of an evaluation of the sequence, to determine whether there is suspected increased static friction of the valve and, if there is suspected increased static friction, to determine this quantitatively by the identification of the nonlinear submodel.
A system for powder-bed-based additive manufacturing a workpiece, the system comprising: a housing comprising a work volume, wherein the work volume comprises a work field; at least three marking devices fixed within or on the housing, wherein each marking device comprises a laser light source configured for projecting a point-shaped or cross-shaped light reference mark onto a workpiece arranged on the work field and/or onto the work field; a laser device for laser processing a powder bed for generating a workpiece on the work field by means of additive manufacturing, wherein the laser device is configured for laser processing an associated work field (32a-32d), wherein the laser device comprises a detection device configured for detecting the at least three light reference marks; and a control unit configured for calibrating the laser device based on the at least three point-shaped or cross-shape light reference marks detected by the detection device. a housing comprising a work volume, wherein the work volume comprises a work field; at least three marking devices fixed within or on the housing, wherein each marking device comprises a laser light source configured for projecting a point-shaped or cross-shaped light reference mark onto a workpiece arranged on the work field and/or onto the work field; a laser device for laser processing a powder bed for generating a workpiece on the work field by means of additive manufacturing, wherein the laser device is configured for laser processing an associated work field (32a-32d), wherein the laser device comprises a detection device configured for detecting the at least three light reference marks; and a control unit configured for calibrating the laser device based on the at least three point-shaped or cross-shape light reference marks detected by the detection device.
A tape feeder configured to supply lead components removed from a carrier tape by cutting leads of a taped component, and discharge a waste tape outside of the tape feeder, the taped component being composed of the lead components, each having the leads, and the carrier tape holding the leads of the lead components, the waste tape being composed of remaining leads, which remain on the carrier tape after the leads are cut, and the carrier tape holding the remaining leads in a protruded state; wherein, the tape feeder further comprises: a path, inside the tape feeder, which is used for linearly feeding the taped component before cutting the leads and linearly feeding the waste tape after cutting the leads in a first direction, and then reversing to a second direction opposite to the first direction and linearly feeding in the second direction; a discharge port configured to discharge the waste tape, being fed from the downstream end of the path, downwardly from the tape feeder; and a pushing section, being provided between the downstream end of the path and the discharge port, configured to push a portion of the carrier tape of the waste tape fed from the downstream end of the path in a direction intersecting the path characterized in that: a slit-shaped opening is formed in a wall surface (170, 172) of a side wall of the tape feeder so as to extend in the second direction of the waste tape, the wall surface (170, 172) being one among a pair of wall surfaces (170, 172) defining the path configured to feed the waste tape in the second direction; and multiple feeding holes of the carrier tape of the waste tape are exposed through the opening. a path, inside the tape feeder, which is used for linearly feeding the taped component before cutting the leads and linearly feeding the waste tape after cutting the leads in a first direction, and then reversing to a second direction opposite to the first direction and linearly feeding in the second direction; a discharge port configured to discharge the waste tape, being fed from the downstream end of the path, downwardly from the tape feeder; and a pushing section, being provided between the downstream end of the path and the discharge port, configured to push a portion of the carrier tape of the waste tape fed from the downstream end of the path in a direction intersecting the path characterized in that: a slit-shaped opening is formed in a wall surface (170, 172) of a side wall of the tape feeder so as to extend in the second direction of the waste tape, the wall surface (170, 172) being one among a pair of wall surfaces (170, 172) defining the path configured to feed the waste tape in the second direction; and multiple feeding holes of the carrier tape of the waste tape are exposed through the opening.
Propulsion system for vessels, comprising at least one suction sail, comprising the suction sail a flap, a suction system and a driving unit for driving the rotation of at least one suction sail, the at least one suction sail also comprising a plurality of sensors (12, 13, 14, 15) connected to a control unit, whose control unit determines the operation of the suction system and the driving unit, said plurality of sensors comprises: - at least one rotation sensor of the suction sail; - at least one suction sensor, characterized in that the flap is rotatable between different positions, and said plurality of sensors comprises at least one position sensor of the flap of the suction sail. the at least one suction sail also comprising a plurality of sensors (12, 13, 14, 15) connected to a control unit, whose control unit determines the operation of the suction system and the driving unit, said plurality of sensors comprises: - at least one rotation sensor of the suction sail; - at least one suction sensor, - at least one rotation sensor of the suction sail; - at least one suction sensor, characterized in that the flap is rotatable between different positions, and said plurality of sensors comprises at least one position sensor of the flap of the suction sail.
A method for manufacturing T cells which express a cell surface receptor that recognizes a specific antigenic moiety on the surface of a target cell, the method comprising (a) enriching a population of lymphocytes obtained from a donor subject; (b) stimulating the population of lymphocytes with one or more T-cell stimulating agents to produce a population of activated T cells, wherein the stimulation is performed in a closed system using serum-free culture medium; (c) transducing the population of activated T cells with a viral vector comprising a nucleic acid molecule which encodes the cell surface receptor, using a single cycle transduction to produce a population of transduced T cells, wherein the transduction is performed in a closed bag system using serum-free culture medium, wherein the bag is coated with a recombinant human fibronectin protein or fragment thereof; and (d) expanding the population of transduced T cells for a predetermined time to produce a population of engineered T cells, wherein the expansion is performed in a closed system using serum-free culture medium. (a) enriching a population of lymphocytes obtained from a donor subject; (b) stimulating the population of lymphocytes with one or more T-cell stimulating agents to produce a population of activated T cells, wherein the stimulation is performed in a closed system using serum-free culture medium; (c) transducing the population of activated T cells with a viral vector comprising a nucleic acid molecule which encodes the cell surface receptor, using a single cycle transduction to produce a population of transduced T cells, wherein the transduction is performed in a closed bag system using serum-free culture medium, wherein the bag is coated with a recombinant human fibronectin protein or fragment thereof; and (d) expanding the population of transduced T cells for a predetermined time to produce a population of engineered T cells, wherein the expansion is performed in a closed system using serum-free culture medium.