mhurhangee/ep-ind-claims huggingface dataset:
A piston press comprising a pressing chamber, the pressing chamber being formed by a cylinder and a piston, this piston press being arranged in order to carry out at least one pressing operation, this pressing operation comprising: - at least one displacement of the piston in a first direction that reduces the volume of the pressing chamber, - at least one displacement of the piston in a second direction that increases the volume of the pressing chamber, this piston press comprising a pipe connecting the pressing chamber to an air outlet of this pipe, this pipe being arranged so that air circulating in the pipe between the pressing chamber and said air outlet is displaced: - from the pressing chamber to the air outlet of the pipe when the piston is displaced in the first direction, - to the pressing chamber when the piston is displaced in the second direction, the pipe comprising: - at least one mixed part arranged to move air and water originating from the pressing chamber, - a bifurcation arranged in order to separate the air and the water moved through the at least one mixed part, the mixed part of the pipe being located between the bifurcation and the pressing chamber, characterized in that the piston press additionally comprises closure means (61, 62) for closing the pipe that are arranged in order to prevent any circulation of air or water in the pipe through these closure means (61, 62). - at least one displacement of the piston in a first direction that reduces the volume of the pressing chamber, - at least one displacement of the piston in a second direction that increases the volume of the pressing chamber, - from the pressing chamber to the air outlet of the pipe when the piston is displaced in the first direction, - to the pressing chamber when the piston is displaced in the second direction, - at least one mixed part arranged to move air and water originating from the pressing chamber, - a bifurcation arranged in order to separate the air and the water moved through the at least one mixed part,
A process to redistribute cyclic and linear polysiloxanes, comprising: contacting and heating a surfactant, wherein the surfactant is a salt of a protonated amine or a quaternary ammonium compound, an aqueous hydrochloric acid solution, and a silicone hydrolysate composition, wherein the silicone hydrolysate composition comprises: from 31 to 47 weight percent D 4; from 8 to 30 weight % D 5; from 1 to 12 weight % D 6; and from 38 to 45 weight % chlorine endblocked linear polydimethylsiloxane. contacting and heating a surfactant, wherein the surfactant is a salt of a protonated amine or a quaternary ammonium compound, an aqueous hydrochloric acid solution, and a silicone hydrolysate composition, wherein the silicone hydrolysate composition comprises: from 31 to 47 weight percent D 4; from 8 to 30 weight % D 5; from 1 to 12 weight % D 6; and from 38 to 45 weight % chlorine endblocked linear polydimethylsiloxane. from 31 to 47 weight percent D 4; from 8 to 30 weight % D 5; from 1 to 12 weight % D 6; and from 38 to 45 weight % chlorine endblocked linear polydimethylsiloxane.
A sterilization device, comprising: a plurality of sprayer units having: one or more sprayers for atomizing peracetic acid disinfectant using forced air, and discharging droplets, one or more temperature-humidity sensors, characterized by a primary controller which is electrically connected to the one or more sprayers and the one or more temperature-humidity sensors; a main controller; and a repeater which communicates wirelessly with the main controller, and which communicates with the plurality of sprayer units wirelessly or using a wire. a plurality of sprayer units having: one or more sprayers for atomizing peracetic acid disinfectant using forced air, and discharging droplets, one or more temperature-humidity sensors, characterized by a primary controller which is electrically connected to the one or more sprayers and the one or more temperature-humidity sensors; one or more sprayers for atomizing peracetic acid disinfectant using forced air, and discharging droplets, one or more temperature-humidity sensors, characterized by a primary controller which is electrically connected to the one or more sprayers and the one or more temperature-humidity sensors; a main controller; and a repeater which communicates wirelessly with the main controller, and which communicates with the plurality of sprayer units wirelessly or using a wire.
A protection device for a missile EO seeker comprising a fixed sunshade that can be mounted surrounding an EO seeker sensor, the fixed sunshade forming a cavity, characterised by comprising at least one deployable sunshade arranged to be moved in a telescopic manner relative to the fixed sunshade between a first position, in which the at least one deployable sunshade substantially does not protrude the fixed sunshade, and a second position, in which the at least one deployable sunshade is deployed with respect to the fixed sunshade, thus creating a longer cavity with respect to the first position, at least one container for a pressurizing optically-inert gas, wherein in the second position, the optically-inert gas can be injected into a space forward facing the sensor in the cavity, forming a highly stable flow pattern.
A coating comprising a first, lower layer which comprises substantially only a first phase, and a second, upper layer which comprises the first phase as a matrix phase, a second phase distributed within the matrix phase, and at least one luminescent dopant.
Vibration attenuation device comprising: - a main body made of anti-vibration material, said main body being defined between an upper face and a lower face, the device being provided for direct or indirect interposition between a vibration source and a support surface, so that said upper face is directed towards the vibration source and said lower face is directed towards said support surface; - at least a first and second vibration sensor, for outputting a first and second signal, respectively, carrying information related to vibrations measured by said sensors (M1, M2), said sensors (M1, M2) being housed within the thickness of said main body between said upper face and lower face; characterized in that said sensors (M1,M2) are spaced apart at different heights in the thickness of said main body, in a vertical alignment and spaced apart each other by a separation layer of said material, so that correlating information carried by said first and second signals it is possible to obtain an indication of the degradation status of the vibration damping properties of said separation layer and therefore of said attenuation device. - a main body made of anti-vibration material, said main body being defined between an upper face and a lower face, the device being provided for direct or indirect interposition between a vibration source and a support surface, so that said upper face is directed towards the vibration source and said lower face is directed towards said support surface; - at least a first and second vibration sensor, for outputting a first and second signal, respectively, carrying information related to vibrations measured by said sensors (M1, M2), said sensors (M1, M2) being housed within the thickness of said main body between said upper face and lower face;
A method for resetting a high speed medium access control entity, characterized in comprising: receiving, by a user equipment, a reset instruction sent from a radio network controller when a high speed downlink shared channel, HS-DSCH, serving cell handover occurs, wherein the reset instruction comprises: reset indication information of an assisting cell and/or an assisting secondary cell; and resetting, by the user equipment, a high speed medium access control entity only for the assisting cell and/or the assisting secondary cell according to the reset indication information of the assisting cell and/or the assisting secondary cell; wherein multiflow cells are configured to the user equipment, one multiflow cell is called an HS-DSCH serving cell or an HS-DSCH primary cell of the user equipment, the assisting cell of the user equipment has an intra-frequency with the HS-DSCH serving cell, another cell that has a same timing relationship as the HS-DSCH serving cell is called a high speed, HS, secondary serving cell or a secondary cell of the user equipment, and the assisting secondary cell has an intra-frequency with the HS secondary serving cell. receiving, by a user equipment, a reset instruction sent from a radio network controller when a high speed downlink shared channel, HS-DSCH, serving cell handover occurs, wherein the reset instruction comprises: reset indication information of an assisting cell and/or an assisting secondary cell; and resetting, by the user equipment, a high speed medium access control entity only for the assisting cell and/or the assisting secondary cell according to the reset indication information of the assisting cell and/or the assisting secondary cell; wherein multiflow cells are configured to the user equipment, one multiflow cell is called an HS-DSCH serving cell or an HS-DSCH primary cell of the user equipment, the assisting cell of the user equipment has an intra-frequency with the HS-DSCH serving cell, another cell that has a same timing relationship as the HS-DSCH serving cell is called a high speed, HS, secondary serving cell or a secondary cell of the user equipment, and the assisting secondary cell has an intra-frequency with the HS secondary serving cell.
A temperature-sensitive bacterium, wherein the temperature-sensitive bacterium is a mesophilic bacterium comprising one or more essential nucleic acid coding sequences encoding a polypeptide from a psychrophilic bacterium, wherein said nucleic acid coding sequences are inserted into the genome of said mesophilic bacterium by homologous recombination thereby functionally replacing the mesophilic bacterium's homolog of the TS essential polynucleotide and wherein said temperature-sensitive mesophilic bacterium is for use in producing an immune response to the temperature-sensitive mesophilic bacterium in a subject.
A method for multi-level storage of block data, the method comprising: receiving latest block data of a blockchain; storing the latest block data in a first-level storage system in a multi-level storage system, wherein block data of the blockchain is stored in the multi-level storage system interconnected to the blockchain and the block data further includes index data corresponding to each respective block data, the multi-level storage system comprising the first-level storage system configured to store the latest block data of the blockchain, and at least one lower-level storage system configured to archive block data stored in the first-level storage system, wherein the at least one lower-level storage system is configured to allow only a read operation on block data migrated to the at least one lower-level storage system, and wherein, for each respective block data, the corresponding index data includes one or more of: a block digest value index, a transaction digest value index, and a historical transaction status data index; determining whether a block data migration event for the first-level storage system is triggered; and in response to determining that a block data migration event for the first-level storage system is triggered, migrating at least a part of block data stored in the first-level storage system to the at least one lower-level storage system. receiving latest block data of a blockchain; storing the latest block data in a first-level storage system in a multi-level storage system, wherein block data of the blockchain is stored in the multi-level storage system interconnected to the blockchain and the block data further includes index data corresponding to each respective block data, the multi-level storage system comprising the first-level storage system configured to store the latest block data of the blockchain, and at least one lower-level storage system configured to archive block data stored in the first-level storage system, wherein the at least one lower-level storage system is configured to allow only a read operation on block data migrated to the at least one lower-level storage system, and wherein, for each respective block data, the corresponding index data includes one or more of: a block digest value index, a transaction digest value index, and a historical transaction status data index; determining whether a block data migration event for the first-level storage system is triggered; and in response to determining that a block data migration event for the first-level storage system is triggered, migrating at least a part of block data stored in the first-level storage system to the at least one lower-level storage system.
A tire dismounting hook apparatus applied to a tire dismounting device, comprising a cylinder, a tube assembly connected with the cylinder, a stand connected with one end of the cylinder closing to a piston rod of the cylinder; a curved lever disposed in the stand and hinged with the piston rod; wherein, an arc groove having a predetermined width being disposed on the curved lever, a roll wheel being disposed in the arc groove in contact with an inner wall of the arc groove, and a roll shaft corresponding to the roll wheel being disposed in the stand, the roll shaft penetrating through the roll wheel; a linkage mechanism hinged with one end of the curved lever apart from the piston rod, one end of the linkage mechanism apart from the curved lever extending out of the stand; and a tire dismounting hook hinged with the one end of the linkage mechanism apart from the curved lever, when a piston of the cylinder protrudes, the piston rod drives the curved lever to move in a protruding direction of the piston and the curved lever moves along the arc groove in a direction moving away from the piston rod, and the curved lever drives the tire dismounting hook to move in the protruding direction of the piston and in the direction moving away from the piston rod.
Holding device for holding a manually operated medical device in place, comprising: - a connector arranged to connect the holding device to a positioning apparatus; - a clamp member arranged to clamp the medical device, wherein the clamp member is moveable between a locking position wherein the medical device is clamped and a moving position wherein the medical device is moveable with respect to the holding device; - a joint assembly arranged to allow movement between the clamp member and the connector, wherein the joint assembly is moveable between a moving position wherein the clamp member is moveable with respect to the connector and a locking position wherein movement between the clamp member and the connector is prevented, and; - an actuator for moving both the joint assembly and the clamp member between the moving positions and the locking positions, characterized by - a trocar as guiding tube for receiving the medical device in the guiding tube, wherein a part of the wall of the tube is arranged to receive the clamp member for clamping the medical device in the guiding tube. - a connector arranged to connect the holding device to a positioning apparatus; - a clamp member arranged to clamp the medical device, wherein the clamp member is moveable between a locking position wherein the medical device is clamped and a moving position wherein the medical device is moveable with respect to the holding device; - a joint assembly arranged to allow movement between the clamp member and the connector, wherein the joint assembly is moveable between a moving position wherein the clamp member is moveable with respect to the connector and a locking position wherein movement between the clamp member and the connector is prevented, and; - an actuator for moving both the joint assembly and the clamp member between the moving positions and the locking positions, - a trocar as guiding tube for receiving the medical device in the guiding tube, wherein a part of the wall of the tube is arranged to receive the clamp member for clamping the medical device in the guiding tube.
A method for adjusting the effective length of one lift cord relative to another in a covering for an architectural opening having first and second lift cords wound onto first and second lift spools, respectively, wherein the first and second lift cords support a first movable rail that is connected to the covering, and wherein the first and second lift spools are interconnected so as to rotate together, comprising the steps of: temporarily disconnecting the first lift spool from the second lift spool; then rotating the first lift spool relative to the second lift spool to change the effective length of the first lift cord relative to the second lift cord; and then reconnecting the first and second lift spools so the first and second lift spools rotate together again. temporarily disconnecting the first lift spool from the second lift spool; then rotating the first lift spool relative to the second lift spool to change the effective length of the first lift cord relative to the second lift cord; and then reconnecting the first and second lift spools so the first and second lift spools rotate together again.
Method for enabling streaming of segmented content on the basis of a manifest file, said manifest file comprising one or more segment identifiers and one or more associated segment locators for locating one or more delivery nodes configured to deliver one or more segments, identified by said segment identifiers, to a client, said method comprising: requesting by said client the delivery of at least one segment on the basis of at least a segment identifier in said manifest file; on the basis of said at least one segment identifier, selecting by said client at least one further segment identifier from said manifest file, said method characterized in that said selecting being based on at least part of: a user profile, a user navigation history, user interaction with the segmented content, or a geo-location of the client and/or the user said further segment identifier being associated with at least one expected future segment request; and, pre-resolving by said client at least part of a first segment locator associated with said selected further segment identifier for obtaining network information associated with said first segment locator, said network information comprising information on at least part of a network address associated with at least part of said first segment locator; and modifying by said client said manifest file on the basis of said network information, said modifying comprising adding the network address to the manifest file, or modifying or rewriting entries in the manifest file. requesting by said client the delivery of at least one segment on the basis of at least a segment identifier in said manifest file; on the basis of said at least one segment identifier, selecting by said client at least one further segment identifier from said manifest file, said method characterized in that said selecting being based on at least part of: a user profile, a user navigation history, user interaction with the segmented content, or a geo-location of the client and/or the user said further segment identifier being associated with at least one expected future segment request; and, pre-resolving by said client at least part of a first segment locator associated with said selected further segment identifier for obtaining network information associated with said first segment locator, said network information comprising information on at least part of a network address associated with at least part of said first segment locator; and modifying by said client said manifest file on the basis of said network information, said modifying comprising adding the network address to the manifest file, or modifying or rewriting entries in the manifest file.
Aircraft turbofan, the turbofan being composed by a fan, a stator, an inner fairing and an outer fairing, appropriate for involving the fan and the stator, comprising at least two wings disposed inside the turbofan, between the outer fairing and inner fairing of the turbofan and externally to the inner fairing of the turbofan, characterized in that each of the wings is connected by two articulated supports or non-articulated supports, which fasten each of the wings on the structure of the turbofan, the supports being located approximately in the same cross-section of the location of the center of gravity of the turbofan, and approximately in the same cross-section of the location of the center of lift of each of the two small wings, internally to the outer fairing of the turbofan.
A cold work tool material having an annealed structure including carbides, wherein the cold work tool material has a composition, in mass%, consisting of C: 0.80% to 2.40%, Cr: 5.0% to 15.0%, Mo and W alone or in combination in an amount of (Mo + 1/2W): 0.50% to 3.00%, V: 0.10% to 1.50%, Si in an amount not more than 2.00%, Mn in an amount not more than 1.50% and not more than: 0.050% of P, 0.0500% of S, 1.00% of Ni and 1.50% of Nb; with the mass% balance being Fe and inevitable impurities, wherein the cold work tool material includes a cross sectional region of an annealed structure parallel to an extending direction of hot working, the region having a length of 90 μm and a width of 90 μm and including no carbides having a circle equivalent diameter exceeding 5.0 μm, wherein, in the cross sectional region, a proportion of a number of carbides B having a circle equivalent diameter of more than 0.1 μm and not more than 0.4 μm to a number of carbides A having a circle equivalent diameter of more than 0.1 μm and not more than 2.0 μm is greater than 80.0%.