mhurhangee/ep-ind-claims huggingface dataset:
Electrical connecting element that is designed to connect to at least one electrically conductive component of a window pane and comprises an electrically conductive body, wherein the electrically conductive body comprises a least one electrically conductive foil that has a thickness between 1 and 500 μm, wherein the foil has at least one electrical connection surface (21 a) that is designed to be in contact with the component and at least one affixing surface (21 b) that is designed to fix the connecting element on the window pane, and wherein the body comprises an electrically conductive stiff section or an electrically conductive stiff part that is connected to the foil or is intended to be connected thereto, characterized in that the body has intermediate means such that the stiff section or the stiff part is not designed to be directly in contact with the windowpane solely via the thickness of the foil, and in that the intermediate means are made of a shock-absorbing material, and the intermediate means are situated opposite the stiff section or the stiff part.
A composition comprising an RNA molecule in a dication containing solution wherein the RNA comprises a tumor cytotoxic nucleotide and is capable of increasing interferon in a subject.
A method for producing alpha-hemihydrate gypsum, comprising the following steps: S1) mixing phosphate rock powder with diluted sulfuric acid and performing an extraction reaction to obtain a mixed slurry A; S2) taking a fraction of X volume of the mixed slurry A obtained in step S1) and performing a solid and liquid separation to obtain a supernatant B and a solid C, wherein 0<X≤2/3; S3) mixing the solid C and the rest mixed slurry with diluted sulfuric acid; adding a crystal transformation agent; performing a crystal transformation reaction under heating to obtain a mixed slurry D; S4) filtering the mixed slurry D obtained in step S3) to obtain an alpha-hemihydrate gypsum. S1) mixing phosphate rock powder with diluted sulfuric acid and performing an extraction reaction to obtain a mixed slurry A; S2) taking a fraction of X volume of the mixed slurry A obtained in step S1) and performing a solid and liquid separation to obtain a supernatant B and a solid C, wherein 0<X≤2/3; S3) mixing the solid C and the rest mixed slurry with diluted sulfuric acid; adding a crystal transformation agent; performing a crystal transformation reaction under heating to obtain a mixed slurry D; S4) filtering the mixed slurry D obtained in step S3) to obtain an alpha-hemihydrate gypsum.
A closure comprising a sidewall closed at one end by a top plate, the sidewall comprising a screw thread for engagement with a screw thread on a container neck, the sidewall further comprising one or more anti-rotation formations in the form of ratchets for engagement with anti-rotation formations on a container neck so that the closure can be screwed on to the neck but is prevented from being unscrewed, wherein the ratchets extend from the top plate, characterised in that the closure screw thread comprises a plurality of spaced thread sections, wherein behind each of the plurality of spaced thread sections there is one of the ratchets, each ratchet being formed integrally with the respective thread section, extending from the upper surface of the thread to the top plate.
A detection device configured to detect a marker in a liquid, comprising: a reaction chamber, provided with a thermosensitive sensor, wherein said reaction chamber comprises a polymer capable of releasing or generating a chemical species that undergoes or initiates an exothermic or endothermic chemical reaction with the marker present in the liquid, characterised in that the polymer is a photopolymer. a reaction chamber, provided with a thermosensitive sensor, wherein said reaction chamber comprises a polymer capable of releasing or generating a chemical species that undergoes or initiates an exothermic or endothermic chemical reaction with the marker present in the liquid, characterised in that the polymer is a photopolymer.
A transverse propulsion device of a ship, comprising: - a maneuvering tunnel defined in a hull of the ship, and adapted to contain at least one maneuvering propeller; - said maneuvering tunnel being delimited by tunnel walls, which extend between a first tunnel entrance and an opposite second tunnel entrance; - said transverse propulsion device further comprising at least two closing doors shaped so as to close the at least one tunnel entrance (7, 8), as a whole, when in the closing position; characterized in that - said transverse propulsion device comprises at least one coupling, which extends from the tunnel walls at the at least one tunnel entrance (7, 8); - said transverse propulsion device comprises at least one support structure; said at least one support structure comprising at least one counter-coupling; - said at least one counter-coupling and said at least one coupling, when geometrically coupled, are locked together by means of captive screws; - said support structure being connected in a separable manner with said at least one counter-coupling thereof to said at least one coupling; - said at least one support structure comprises hinges; and wherein - said at least two closing doors are rotatably supported only on said hinges of the support structure, so that, when said at least one counter-coupling of the support structure is separated from said at least one coupling, the closing doors separate from the maneuvering tunnel, together with the support structure, thus allowing access to the maneuvering tunnel also when the maneuvering tunnel is immersed. - a maneuvering tunnel defined in a hull of the ship, and adapted to contain at least one maneuvering propeller; - said maneuvering tunnel being delimited by tunnel walls, which extend between a first tunnel entrance and an opposite second tunnel entrance; - said transverse propulsion device further comprising at least two closing doors shaped so as to close the at least one tunnel entrance (7, 8), as a whole, when in the closing position; characterized in that - said transverse propulsion device comprises at least one coupling, which extends from the tunnel walls at the at least one tunnel entrance (7, 8); - said transverse propulsion device comprises at least one support structure; said at least one support structure comprising at least one counter-coupling; - said at least one counter-coupling and said at least one coupling, when geometrically coupled, are locked together by means of captive screws; - said support structure being connected in a separable manner with said at least one counter-coupling thereof to said at least one coupling; - said at least one support structure comprises hinges; and wherein - said at least two closing doors are rotatably supported only on said hinges of the support structure, so that, when said at least one counter-coupling of the support structure is separated from said at least one coupling, the closing doors separate from the maneuvering tunnel, together with the support structure, thus allowing access to the maneuvering tunnel also when the maneuvering tunnel is immersed.
A catheter system comprising: a light guide catheter comprising a proximal end, a distal end, and at least one emitter disposed adjacent the distal end; a sheath configured to be disposed over the light guide catheter and configured to receive a liquid medium, the sheath comprising a proximal end, a distal end, and an attenuating member disposed at or adjacent the distal end of the sheath, wherein the sheath further comprises an inner liner, an outer jacket and an intermediate layer disposed concentrically between the inner liner and the outer jacket, wherein the attenuating member comprises an open area between 30 percent and 70 percent, wherein the attenuating member is formed from at least one coil having between 75 and 125 wraps per 25.4 mm, wherein the attenuating member is included within the sheath. a light guide catheter comprising a proximal end, a distal end, and at least one emitter disposed adjacent the distal end; a sheath configured to be disposed over the light guide catheter and configured to receive a liquid medium, the sheath comprising a proximal end, a distal end, and an attenuating member disposed at or adjacent the distal end of the sheath, wherein the sheath further comprises an inner liner, an outer jacket and an intermediate layer disposed concentrically between the inner liner and the outer jacket, wherein the attenuating member comprises an open area between 30 percent and 70 percent, wherein the attenuating member is formed from at least one coil having between 75 and 125 wraps per 25.4 mm, wherein the attenuating member is included within the sheath.
Transceiver circuit with a front-end and a back-end, the front-end comprising - a first terminal and a second terminal suitable for coupling to a first capacitor and to a second capacitor, respectively; - a tunable first resistor coupled between the first terminal and a reference terminal; and - a tunable second resistor coupled between the second terminal and the reference terminal; and configured to, during a tuning mode of operation, - receive receiver signals (RXP, RXN) from another transceiver at the first and the second terminal (T1, T2), wherein said another transceiver is capacitively coupled to the transceiver circuit via said first and second capacitors (C1, C2), utilizing a first setting for the first and the second resistor (R1, R2); and - generate a receiver data packet based on the receiver signals (RXP, RXN); and - wherein the back-end is configured to, during the tuning mode, - check the receiver data packet for errors with respect to a defined tuning data packet; - if an error is found by means of the checking, set the first and the second resistor (R1, R2) to a default setting, whereby a re-synchronization of the transceivers may be ensured; and - if no error is found by means of the checking, set the first and the second resistor (R1, R2) to a second setting. - a first terminal and a second terminal suitable for coupling to a first capacitor and to a second capacitor, respectively; - a tunable first resistor coupled between the first terminal and a reference terminal; and - a tunable second resistor coupled between the second terminal and the reference terminal; and configured to, during a tuning mode of operation, - receive receiver signals (RXP, RXN) from another transceiver at the first and the second terminal (T1, T2), wherein said another transceiver is capacitively coupled to the transceiver circuit via said first and second capacitors (C1, C2), utilizing a first setting for the first and the second resistor (R1, R2); and - generate a receiver data packet based on the receiver signals (RXP, RXN); and - wherein the back-end is configured to, during the tuning mode, - check the receiver data packet for errors with respect to a defined tuning data packet; - if an error is found by means of the checking, set the first and the second resistor (R1, R2) to a default setting, whereby a re-synchronization of the transceivers may be ensured; and - if no error is found by means of the checking, set the first and the second resistor (R1, R2) to a second setting.
A method for secure communication between nodes in a wired local area network, comprising: 1) creating a shared key between nodes comprising between a terminal and a switching device, between every two switching devices and between two terminals directly connected to the same switching device; 2) seeking a switching route between the nodes to obtain information on the switching route between the nodes, wherein information on the switching route from a transmission source node N Source to a destination node N Destination is defined as a four-tuple of identifiers comprising ID Source, ID SW-first, ID SW-last and ID Destination; wherein: ID Source represents the identifier of the transmission source node N Source; ID SW-first represents the identifier of a first switching device SW-first through which the data packet from the transmission source node N Source to the destination node N Destination passes; ID SW-last represents the identifier of a last switching device SW-last through which the data packet from the transmission source node N Source to the destination node N Destination passes; ID Destination represents the identifier of the destination node N Destination which is a terminal or a switching device; 3) determining the type of data communication between the nodes according to the information on the switching route; and 4) performing secure communication between the nodes by using a different secure communication strategy according to a different type of data communication between the nodes. 1) creating a shared key between nodes comprising between a terminal and a switching device, between every two switching devices and between two terminals directly connected to the same switching device; 2) seeking a switching route between the nodes to obtain information on the switching route between the nodes, wherein information on the switching route from a transmission source node N Source to a destination node N Destination is defined as a four-tuple of identifiers comprising ID Source, ID SW-first, ID SW-last and ID Destination; wherein: ID Source represents the identifier of the transmission source node N Source; ID SW-first represents the identifier of a first switching device SW-first through which the data packet from the transmission source node N Source to the destination node N Destination passes; ID SW-last represents the identifier of a last switching device SW-last through which the data packet from the transmission source node N Source to the destination node N Destination passes; ID Destination represents the identifier of the destination node N Destination which is a terminal or a switching device; 3) determining the type of data communication between the nodes according to the information on the switching route; and 4) performing secure communication between the nodes by using a different secure communication strategy according to a different type of data communication between the nodes.
A semi-trailer designed as an inloader, comprising: - a U-shaped vehicle frame oriented in the vehicle longitudinal direction, on whose U-legs (11, 11') wheels are arranged in individual wheel links, - a pivot base with a loading surface for forming a loading plane, - at least one transport rack which can be coupled to the vehicle frame and which comprises a transport base and a receiving device (20; 20') for a load, - wherein the receiving device (20; 20') comprises at least two stands and wherein the stands each comprise a base part and an upper part as well as a hinge arranged therebetween and in a working position together form a bearing surface for the load, - and wherein the hinges enable the upper part to be pivoted relative to the base part into a rest position, so that the receiving device (20; 20') as a whole can be accommodated in a loading space arranged below the loading surface, characterized in that the hinges have pivot axes which are arranged such that the upper part of the stand can be pivoted in the oblique direction relative to the base part. - a U-shaped vehicle frame oriented in the vehicle longitudinal direction, on whose U-legs (11, 11') wheels are arranged in individual wheel links, - a pivot base with a loading surface for forming a loading plane, - at least one transport rack which can be coupled to the vehicle frame and which comprises a transport base and a receiving device (20; 20') for a load, - wherein the receiving device (20; 20') comprises at least two stands and wherein the stands each comprise a base part and an upper part as well as a hinge arranged therebetween and in a working position together form a bearing surface for the load, - and wherein the hinges enable the upper part to be pivoted relative to the base part into a rest position, so that the receiving device (20; 20') as a whole can be accommodated in a loading space arranged below the loading surface, characterized in that the hinges have pivot axes which are arranged such that the upper part of the stand can be pivoted in the oblique direction relative to the base part.
A healthcare communication system for use in a healthcare facility having a plurality of patient rooms, the healthcare communication system comprising: a plurality of graphical audio stations, each of the patients rooms having at least one of the plurality of graphical audio stations located therein, and a master station communicatively coupled to each of the graphical audio stations, each of the plurality of graphical audio stations having a graphical display screen and having user inputs are displayed on the graphical display screen and that are usable to establish a two-way communication link with a selected one of the other graphical audio stations, characterised in that each of the graphical audio stations is configured to receive an alert signal automatically generated by at least one piece of equipment located in the respective hospital room, and in that the user inputs are displayed on the graphical display screen and are usable to perform at least one of the following functions: view alerts or nurse calls, acknowledge alerts or nurse calls, answer alerts or nurse calls, and cancel alerts or nurse calls. a plurality of graphical audio stations, each of the patients rooms having at least one of the plurality of graphical audio stations located therein, and a master station communicatively coupled to each of the graphical audio stations, each of the plurality of graphical audio stations having a graphical display screen and having user inputs are displayed on the graphical display screen and that are usable to establish a two-way communication link with a selected one of the other graphical audio stations, characterised in that each of the graphical audio stations is configured to receive an alert signal automatically generated by at least one piece of equipment located in the respective hospital room, and in that the user inputs are displayed on the graphical display screen and are usable to perform at least one of the following functions: view alerts or nurse calls, acknowledge alerts or nurse calls, answer alerts or nurse calls, and cancel alerts or nurse calls.
Vibration absorber for damping vibrations in wind turbines, which has at least one pendulum device, and comprises an absorber mass which (i) is fastened to a suspension structure such that it can swing freely, or (ii) is connected to a running device which is curved substantially concavely or circularly at least in its central region, and on which the absorber mass is movable back and forth together with a driven rotating, rotationally symmetrical rotational mass component by means of a roller-operated or wheel-operated running gear, characterized in that the vibration absorber has an electromagnetic braking apparatus (100, 200) which comprises a leaf spring device (105, 106, 205, 206, 209, 306, 307, 308, 309, 505, 506, 602), at one end of which an electromagnet (101, 201, 301, 401, 501, 601) is attached such that, when current flows through the electromagnet, said electromagnet is pulled toward the absorber mass or toward the rotational mass component connected to the absorber mass until contact is made so that the movement of the absorber mass or of the rotational mass component is braked or stopped, and the electromagnet, when free of current, returns to its initial position by being held in a spring-loaded manner or solely by means of its weight when the absorber mass or the rotational mass component is released, the electromagnetic braking apparatus being operated by controlled power management in such a way that it causes the stopping or braking, and restarting, of the absorber mass (1, 510) or a variable frequency-dependent damping of the movement of the absorber masses, and thus of the undesired vibrations. (i) is fastened to a suspension structure such that it can swing freely, or (ii) is connected to a running device which is curved substantially concavely or circularly at least in its central region, and on which the absorber mass is movable back and forth together with a driven rotating, rotationally symmetrical rotational mass component by means of a roller-operated or wheel-operated running gear,
Form changeable accessories / decorations like a flower opening /closing, comprising a group of petal shaped parts, characterized in that each of the petal shaped parts is mounted on a base having a butterfly shaped curved surface cut out from a sphere, the bases are allocated in rotationally symmetric positions in the way curved surfaces of the bases overlap each other so as to keep the surfaces touching / pushing throughout opening / closing movement, wherein, as a result, the open/close movement of one petal shaped part is well synchronized to all of the remaining petal shaped parts to smoothly and effectively replicate the movement of a flower opening / closing.
Attachable tool device, in particular an attachable compactor, which can be coupled to an excavator, comprising a housing and an interchangeable attachable tool, in particular a compactor plate, it being possible for the attachable tool to be releasably fixed to the housing by means of a locking device, a mechanical securing device being provided which secures the attachable tool to the attachable tool device to prevent it from accidentally falling off the attachable tool device if the locking device is unlocked, the securing device being designed as a catching device in such a way that it catches the attachable tool in a position that deviates from the position of the attachable tool when it is fixed to the housing by means of the locking device, so that the securing device is not or only negligibly stressed during proper operation, and the catching device is designed as a catching element which is fastened to the housing of the attachable tool device and is configured in such a way that, in order to catch the attachable tool, it interacts with a coupling portion of the interchangeable attachable tool that is used to fix the interchangeable attachable tool to the housing, characterized in that the catching element is designed as a catch hook which is spaced from the coupling portion during proper operation and only rests against said portion when the interchangeable attachable tool begins to fall off, and which has a hook-shaped cross-section on which an opening is provided which is oriented upward away from the fixed attachable tool.