mhurhangee/ep-ind-claims huggingface dataset:
A device for controlling a heating and/or cooling system comprising - a communication interface at which a heating and/or cooling system is connectable for data transfer and energy supply; - voltage conversion means for converting an input voltage applied at the communication interface into a direct voltage differing from the input voltage; - electronic energy distribution means for electric power supply of electronic components of the device by means of the direct voltage output of the voltage conversion means; - signal evaluation means for evaluating an electric signal transmitted from the heating and/or cooling system to the communication interface; and - signal outputting means which are configured to generate a modulated electric signal at the communication interface for outputting a control command to the heating and/or cooling system; characterized in that a DC-DC converter is provided as the voltage conversion means, wherein at least one capacitor is connected to the input of the DC-DC converter to increase an input capacity of the DC-DC converter, a decoupling circuit is provided, which is arranged between the communication interface and the DC-DC converter and configured to reduce an influence of the capacitor on the input voltage at the communication interface. - a communication interface at which a heating and/or cooling system is connectable for data transfer and energy supply; - voltage conversion means for converting an input voltage applied at the communication interface into a direct voltage differing from the input voltage; - electronic energy distribution means for electric power supply of electronic components of the device by means of the direct voltage output of the voltage conversion means; - signal evaluation means for evaluating an electric signal transmitted from the heating and/or cooling system to the communication interface; and - signal outputting means which are configured to generate a modulated electric signal at the communication interface for outputting a control command to the heating and/or cooling system; characterized in that a DC-DC converter is provided as the voltage conversion means, wherein at least one capacitor is connected to the input of the DC-DC converter to increase an input capacity of the DC-DC converter, a decoupling circuit is provided, which is arranged between the communication interface and the DC-DC converter and configured to reduce an influence of the capacitor on the input voltage at the communication interface.
A transdermal permeant application device comprising: a patch application support; a patch having an adhesive area, the adhesive area having a first part and a second part; and an intervening release liner provided between the patch application support and the patch, the intervening release liner covering the second part of the adhesive area of the patch, and extending away from the patch and turning over, and being fixed to the patch application support; characterized in that the device further comprises: a porating element, wherein the porating element is provided in or on the patch application support, and the porating element is adapted to form at least one pore in the skin surface; wherein the device is configured so that, in a use situation in which the first part of the adhesive area of the patch adheres to the skin surface and the porating element forms at least one pore in the skin surface, the patch application support with the porating element is slidable along the skin surface to peel the intervening release liner from the second part of the adhesive area of the patch to adhere the second part to the skin surface and allow the patch to alignedly cover the porated area. a patch application support; a patch having an adhesive area, the adhesive area having a first part and a second part; and an intervening release liner provided between the patch application support and the patch, the intervening release liner covering the second part of the adhesive area of the patch, and extending away from the patch and turning over, and being fixed to the patch application support; characterized in that the device further comprises: a porating element, wherein the porating element is provided in or on the patch application support, and the porating element is adapted to form at least one pore in the skin surface; wherein the device is configured so that, in a use situation in which the first part of the adhesive area of the patch adheres to the skin surface and the porating element forms at least one pore in the skin surface, the patch application support with the porating element is slidable along the skin surface to peel the intervening release liner from the second part of the adhesive area of the patch to adhere the second part to the skin surface and allow the patch to alignedly cover the porated area. a porating element, wherein the porating element is provided in or on the patch application support, and the porating element is adapted to form at least one pore in the skin surface; wherein the device is configured so that, in a use situation in which the first part of the adhesive area of the patch adheres to the skin surface and the porating element forms at least one pore in the skin surface, the patch application support with the porating element is slidable along the skin surface to peel the intervening release liner from the second part of the adhesive area of the patch to adhere the second part to the skin surface and allow the patch to alignedly cover the porated area.
A method implemented by a network node, for transmitting synchronization sequences, comprised ina synchronization signal, in a beam sweap to one or more wireless devices, the method comprising: determining multiple synchronization sequences, such that each synchronization sequence comprises a respective timing indication from which a timing of a forthcoming transmission event is derivable, wherein the forthcoming transmission event is a reserved time slot where a wireless device is allowed to transmit, wherein the reserved time slot is a random access window; and transmitting each beam, comprising the synchronization sequences, to the one or more wireless devices, at a different point in time, wherein the synchronization sequences is repeated in each of the transmitted beams. determining multiple synchronization sequences, such that each synchronization sequence comprises a respective timing indication from which a timing of a forthcoming transmission event is derivable, wherein the forthcoming transmission event is a reserved time slot where a wireless device is allowed to transmit, wherein the reserved time slot is a random access window; and transmitting each beam, comprising the synchronization sequences, to the one or more wireless devices, at a different point in time, wherein the synchronization sequences is repeated in each of the transmitted beams.
Power supply system particularly to be used in maritime oil/natural gas production comprising a plurality of data transfer/voltage conversion units (3, 31, 34) arranged particularly above sea level and at least one electrical means, such as choke, gate valve, production tree, power control/communication means or the like arranged below sea level, wherein each of the data transfer/voltage conversion units is adapted to transfer via a cable connection power to the at least one electrical means and data to and from the at least one electrical means; characterized in that the data transfer/voltage conversion units are each modularly structured as sub-modules, and the system further comprises at least one additional power supply module (6, 32, 35), wherein each data transfer/voltage conversion unit is adapted to selectively connect the output of the at least one additional power supply module to the cable connection to increase power supply to the at least one electrical means.
A barrel system for a timepiece, comprising: - a support arbor; - a barrel (2, 4) comprising a drum closed by a barrel bottom, the barrel housing a drive spring, an outer end of the drive spring being connected to the drum; - a barrel arbor in the form of a cannon situated in the barrel (2, 4) and surrounding the support arbor, an inner end of said drive spring being connected to the barrel arbor; wherein said barrel system further comprises a rotation-transmission shaft distinct from the support arbor and the barrel arbor and rotationally secured to a first end with a toothed wheel so as to rotate therewith for transmitting a rotation movement from said drum to a timepiece-movement element, the rotation-transmission shaft being in the form of a cannon surrounding the support arbor and being surrounded by the barrel arbor, the rotation-transmission shaft further being arranged in rotational kinematic connection at another end with the drum by means of a non-circular part that interacts with a connecting element fixed to the barrel bottom, the connecting element comprising a non-circular opening with a shape complementary to the non-circular part. - a support arbor; - a barrel (2, 4) comprising a drum closed by a barrel bottom, the barrel housing a drive spring, an outer end of the drive spring being connected to the drum; - a barrel arbor in the form of a cannon situated in the barrel (2, 4) and surrounding the support arbor, an inner end of said drive spring being connected to the barrel arbor; wherein said barrel system further comprises a rotation-transmission shaft distinct from the support arbor and the barrel arbor and rotationally secured to a first end with a toothed wheel so as to rotate therewith for transmitting a rotation movement from said drum to a timepiece-movement element, the rotation-transmission shaft being in the form of a cannon surrounding the support arbor and being surrounded by the barrel arbor, the rotation-transmission shaft further being arranged in rotational kinematic connection at another end with the drum by means of a non-circular part that interacts with a connecting element fixed to the barrel bottom, the connecting element comprising a non-circular opening with a shape complementary to the non-circular part.
Roll-up roof ridge sealing strip having a center strip which is securable to a roof ridge lath and in particular is provided with air passage openings, and having side strips, situated on both sides of the center strip, which have bendable and extendable edge areas which conform to the wave-like shape of the roofing panels in a use position, and having a hinge connection (8, 9) between the center strip and the side strip, about which the side strip is pivotable from a packaged position, in which the roof ridge strip may be rolled up into a roll, into the use position, characterized in that during the pivoting around the hinge connection from the packaged position into the use position, a retaining member comes into operation via which a spreading force is transmitted to the side strips when the center strip is secured to the roof ridge lath in order for the edge areas to conform to the roofing panels, and in order to hold the side strip in a pivot-blocking manner against pivoting back into the packaged position.
A method of forming a food package seal, the seal being between a first polyethylene layer and a second polyethylene layer, the method comprising: providing the first polyethylene layer and the second polyethylene layer between first and second sealing surfaces (104a, 104b); clamping the first polyethylene layer and the second polyethylene layer together with the first and second sealing surfaces, the first sealing surface comprising an array of discrete projections and the second sealing surface comprising an array of recesses, the projections of the first sealing surface cooperating with the recesses of the second sealing surface; and applying heat to the first polyethylene layer and the second polyethylene layer to seal the first and second polyethylene layers together, wherein applying heat to the first polyethylene layer and the second polyethylene layer comprises heating the first and second sealing surfaces to a temperature between 130 and 140 °C, wherein the method comprises clamping the first layer and the second layer together for a duration between 200 and 600 milliseconds. providing the first polyethylene layer and the second polyethylene layer between first and second sealing surfaces (104a, 104b); clamping the first polyethylene layer and the second polyethylene layer together with the first and second sealing surfaces, the first sealing surface comprising an array of discrete projections and the second sealing surface comprising an array of recesses, the projections of the first sealing surface cooperating with the recesses of the second sealing surface; and applying heat to the first polyethylene layer and the second polyethylene layer to seal the first and second polyethylene layers together, wherein applying heat to the first polyethylene layer and the second polyethylene layer comprises heating the first and second sealing surfaces to a temperature between 130 and 140 °C,
A pharmaceutical composition comprising: (a) a chimeric antigen receptor, a nucleic acid comprising a nucleotide sequence encoding the CAR, a recombinant expression vector comprising the nucleic acid, a host cell comprising the recombinant expression vector, or a population of cells comprising at least one of the host cell, wherein the CAR comprises an antigen binding domain against Epidermal Growth Factor Receptor Variant III, an extracellular hinge domain, a transmembrane domain, and an intracellular T cell signaling domain, wherein the antigen binding domain comprises a light chain variable region comprising SEQ ID NO: 1 and a heavy chain variable region comprising SEQ ID NO: 2; and (b) a pharmaceutically acceptable carrier, wherein the pharmaceutical composition is (i) an injectable formulation or (ii) a parenteral formulation. (a) a chimeric antigen receptor, a nucleic acid comprising a nucleotide sequence encoding the CAR, a recombinant expression vector comprising the nucleic acid, a host cell comprising the recombinant expression vector, or a population of cells comprising at least one of the host cell, wherein the CAR comprises an antigen binding domain against Epidermal Growth Factor Receptor Variant III, an extracellular hinge domain, a transmembrane domain, and an intracellular T cell signaling domain, wherein the antigen binding domain comprises a light chain variable region comprising SEQ ID NO: 1 and a heavy chain variable region comprising SEQ ID NO: 2; and (b) a pharmaceutically acceptable carrier,
An electron beam sterilizer for sterilizing an article by applying an electron beam thereto, comprising: an electron beam irradiation unit having an irradiation window for applying an electron beam therethrough; an adjustment irradiation box adapted to be removably coupled to said electron beam irradiation unit in covering relation to said irradiation window; an electron beam receiver disposed in said adjustment irradiation box for receiving the electron beam applied from said electron beam irradiation unit; an exhaust mechanism for discharging an atmosphere in said adjustment irradiation box from the adjustment irradiation box; a cooling mechanism for cooling said electron beam receiver, and further comprising: article feeding means for feeding said article; and a sterilization chamber housing said article feeding means therein; wherein said sterilization chamber includes an opening defined therein, and said electron beam sterilizer is selectively operable in a sterilization mode in which said irradiation window of said electron beam irradiation unit is disposed in facing relation to said opening of the sterilization chamber and a maintenance mode in which said electron beam irradiation unit is disconnected from said sterilization chamber and connected to said adjustment irradiation box. an electron beam irradiation unit having an irradiation window for applying an electron beam therethrough; an adjustment irradiation box adapted to be removably coupled to said electron beam irradiation unit in covering relation to said irradiation window; an electron beam receiver disposed in said adjustment irradiation box for receiving the electron beam applied from said electron beam irradiation unit; an exhaust mechanism for discharging an atmosphere in said adjustment irradiation box from the adjustment irradiation box; a cooling mechanism for cooling said electron beam receiver, and further comprising: article feeding means for feeding said article; and a sterilization chamber housing said article feeding means therein; wherein said sterilization chamber includes an opening defined therein, and said electron beam sterilizer is selectively operable in a sterilization mode in which said irradiation window of said electron beam irradiation unit is disposed in facing relation to said opening of the sterilization chamber and a maintenance mode in which said electron beam irradiation unit is disconnected from said sterilization chamber and connected to said adjustment irradiation box. article feeding means for feeding said article; and a sterilization chamber housing said article feeding means therein; wherein said sterilization chamber includes an opening defined therein, and said electron beam sterilizer is selectively operable in a sterilization mode in which said irradiation window of said electron beam irradiation unit is disposed in facing relation to said opening of the sterilization chamber and a maintenance mode in which said electron beam irradiation unit is disconnected from said sterilization chamber and connected to said adjustment irradiation box.
Tracheal cannula for active respiration of a patient, comprising a sealing ring, a respiration conduit and a speaking conduit, wherein the respiration conduit and the speaking conduit can be supplied with air independent of each other, and wherein the speaking conduit is formed by a collapsible air impermeable inner wall that cuts off a portion of the tracheal cannula from the main volume of the cannula, and wherein the collapsible air impermeable inner wall is configured to collapse the speaking conduit during the inhalation phase when compressed air is blown through the respiration conduit into the lungs, and wherein the speaking conduit expands again during the exhalation phase when speaking air is blown through the speaking conduit.
A packet forwarding method, comprising: receiving, by a second node (20, 60, 900), a first packet from a first node (50, 800), wherein the first packet comprises a first session identifier; and sending, by the second node (20, 60, 900), the first packet based on the first session identifier, wherein the first session identifier comprises a first application-aware identifier corresponding to the first packet, wherein the application-aware identifier is based on an application-aware networking, APN or an application-aware IPv6 networking, APN6 and comprises an application identifier and a user identifier, wherein the first session identifier is used by the second node (20, 60, 900) to perform load balancing, and wherein the sending, by the second node (20, 60, 900), the first packet based on the first session identifier comprises: generating, by the second node (20, 60, 900), a session table based on the first session identifier, wherein the session table comprises a key value and next-hop information, and the key value comprises the first application-aware identifier; and finding, by the second node (20, 60, 900), the next-hop information based on the key value corresponding to the first session identifier, and sending the first packet based on the next-hop information. receiving, by a second node (20, 60, 900), a first packet from a first node (50, 800), wherein the first packet comprises a first session identifier; and sending, by the second node (20, 60, 900), the first packet based on the first session identifier, wherein the first session identifier comprises a first application-aware identifier corresponding to the first packet, wherein the application-aware identifier is based on an application-aware networking, APN or an application-aware IPv6 networking, APN6 and comprises an application identifier and a user identifier, wherein the first session identifier is used by the second node (20, 60, 900) to perform load balancing, and wherein the sending, by the second node (20, 60, 900), the first packet based on the first session identifier comprises: generating, by the second node (20, 60, 900), a session table based on the first session identifier, wherein the session table comprises a key value and next-hop information, and the key value comprises the first application-aware identifier; and finding, by the second node (20, 60, 900), the next-hop information based on the key value corresponding to the first session identifier, and sending the first packet based on the next-hop information. generating, by the second node (20, 60, 900), a session table based on the first session identifier, wherein the session table comprises a key value and next-hop information, and the key value comprises the first application-aware identifier; and finding, by the second node (20, 60, 900), the next-hop information based on the key value corresponding to the first session identifier, and sending the first packet based on the next-hop information.
A method for attenuating water pressure pulses generated during sea piling when a percussion mechanism is used, the sea piling comprising the stage of driving at least one pile into an earth formation at the bottom of a sea or lake, the pile defining a longitudinal axis (z-z) and having an outer periphery, by means of the percussion mechanism, while along at least a part of the axial extension of the pile the pile is surrounded by sea or lake water, characterized in that the method comprises the steps of surrounding the pile, along at least a section of said part of the axial extension of the pile, with a tubular outer sleeve (126; 526) having an inner periphery (128; 528), the outer sleeve extending in the axial direction of the pile; and providing (604; 605; 606), at least partially along said section of said part of the axial extension of the pile, one gas-filled space (134; 534) or a plurality of gas-filled spaces (134, 534) between the inner periphery of the outer sleeve and the outer periphery of the pile.
A device for handling mechanical components, particularly for extracting or inserting vehicle components in their seats, comprising a main body provided with a through hole extended along a work direction, with an annular chamber that is extended externally to said hole along an axis that is substantially parallel to said work direction and has a closed bottom and an open end that is arranged opposite said bottom and at least one port for connection to means for supplying a pressurized working fluid within said annular chamber arranged proximate to its bottom, a piston which is accommodated in said annular chamber and is movable by translation along said work direction between an inactive position, in which it is closer to the bottom of said annular chamber, and an active position, in which it is spaced from it and protrudes partially from said chamber through its open end, and hydraulic sealing means (9, 10) that are interposed between said piston and the walls of said annular chamber, the sliding of the piston along the work direction away from the bottom of the annular chamber being actuated by the delivery of pressurized working fluid through the connection port and spring means (11, 12) being provided for the return of the piston to the inactive position, characterized in that it comprises an internally threaded bushing that is integral with said piston in the stroke from the inactive position to the active position, which is associated with said body so that it can translate freely along the work direction at said hole and can be associated with an externally threaded extraction/insertion bar, in the inactive position the bushing not protruding from the main body along the work direction.