mhurhangee/patent-ind-claim-en huggingface dataset:
A machine comprising: a water intake pipe ; a pump for drawing water into the machine through the water intake pipe ; and a device for causing flow of water into the machine to be inhibited, the device comprising a container which contains a material that coalesces when it absorbs water; characterised by : the device being configured to discharge at least some of the material into the water intake pipe such that the material coalesces so as to prevent water being drawn into the machine , thereby to prevent flooding in the machine . a water intake pipe ; a pump for drawing water into the machine through the water intake pipe ; and a device for causing flow of water into the machine to be inhibited, the device comprising a container which contains a material that coalesces when it absorbs water; characterised by : the device being configured to discharge at least some of the material into the water intake pipe such that the material coalesces so as to prevent water being drawn into the machine , thereby to prevent flooding in the machine .
An apparatus for calibrating a probe that includes an image sensor and a magnetic field sensor , the apparatus comprising: a jig configured to hold the probe; a magnetic field generator configured to generate at least one magnetic field having a predefined direction in alignment with the jig; an optical target aligned with the jig so that the image sensor in the probe is able to capture an image of the optical target while the probe is held in the jig; and processing circuitry configured to receive from the probe a signal output by the magnetic field sensor in response to the at least one magnetic field and the image captured by the image sensor while the probe is held in the jig, and to calibrate an alignment of the image sensor relative to the magnetic field sensor responsively to the received signal and the received image. a jig configured to hold the probe; a magnetic field generator configured to generate at least one magnetic field having a predefined direction in alignment with the jig; an optical target aligned with the jig so that the image sensor in the probe is able to capture an image of the optical target while the probe is held in the jig; and processing circuitry configured to receive from the probe a signal output by the magnetic field sensor in response to the at least one magnetic field and the image captured by the image sensor while the probe is held in the jig, and to calibrate an alignment of the image sensor relative to the magnetic field sensor responsively to the received signal and the received image.
Wind turbine with a tower, a nacelle fixed to the tower and a rotor rotatably mounted on the nacelle via a rotor bearing , the rotor bearing comprising an inner ring , an outer ring , wherein the outer ring is connected to the rotor and the inner ring is connected to the nacelle, wherein the inner ring and the outer ring together delimit an inner bearing space, and sealing arrangements for sealing the inner bearing space on a nacelle side (1.1) and a rotor side (1.2) of the rotor bearing , wherein the sealing arrangements each comprise at least two seals, between which a drainage chamber for collecting leakage oil is formed, characterized in that the drainage chambers on both sides of the rotor bearing are connected to each other via a plurality of channels traversing the outer ring , which are distributed over the circumference of the outer ring and in that an axis (A) of the rotor bearing is arranged at an angle in the range of 2° to 10° to the horizontal line (H) for promoting a flow of leakage oil through the channels to the nacelle side (1.1) of the rotor bearing . an inner ring , an outer ring , wherein the outer ring is connected to the rotor and the inner ring is connected to the nacelle, wherein the inner ring and the outer ring together delimit an inner bearing space, and sealing arrangements for sealing the inner bearing space on a nacelle side (1.1) and a rotor side (1.2) of the rotor bearing , wherein the sealing arrangements each comprise at least two seals, between which a drainage chamber for collecting leakage oil is formed, characterized in that the drainage chambers on both sides of the rotor bearing are connected to each other via a plurality of channels traversing the outer ring , which are distributed over the circumference of the outer ring and in that an axis (A) of the rotor bearing is arranged at an angle in the range of 2° to 10° to the horizontal line (H) for promoting a flow of leakage oil through the channels to the nacelle side (1.1) of the rotor bearing .
A method in a system comprising a first and a second security module , as well as at least one communication device , wherein an anti-collision phase comprises a sequence of anti-collision queries of the communication device , and a communication phase follows the anti-collision phase; the first security module transmits information to be transmitted to the second security module in the anti-collision phase by sending responses of the first security module to the sequence of anti-collision queries, with the information to be transmitted being encoded in the responses of the first security module ; and the second security module decodes the information to be transmitted from the sequence of the received anti-collision queries, characterized in that the responses of the first security module are configured dynamically and the first security module influences the contents of the sequence of subsequent anti-collision queries deterministically via each of the responses.
A method of producing a microcapsule that comprises a shell comprising silica as a constituent component and a core comprising at least one organic compound inside the shell, the method comprising: step 1-1: subjecting an emulsion obtained by emulsifying an aqueous phase component comprising a cationic surfactant, and an oil phase component comprising at least one organic compound and a silica source to a sol-gel reaction under an acidic condition to form a silica microcapsule that has a core and a first shell whose constituent component is silica, and to obtain a water dispersion comprising the silica microcapsule , and step 2-1: adding an anionic surfactant to the water dispersion obtained in the step 1-1, and then performing a sol-gel reaction in the presence of a silica source to form a microcapsule having a shell that encloses the silica microcapsule . step 1-1: subjecting an emulsion obtained by emulsifying an aqueous phase component comprising a cationic surfactant, and an oil phase component comprising at least one organic compound and a silica source to a sol-gel reaction under an acidic condition to form a silica microcapsule that has a core and a first shell whose constituent component is silica, and to obtain a water dispersion comprising the silica microcapsule , and step 2-1: adding an anionic surfactant to the water dispersion obtained in the step 1-1, and then performing a sol-gel reaction in the presence of a silica source to form a microcapsule having a shell that encloses the silica microcapsule .
Transfer system for transferring persons and/or goods from and/or to an accessed unit, such as a floating ship , comprising: - a pedestal ; - an integrated gangway boom crane connected to the pedestal; and - an actuator acting between the pedestal and the integrated gangway boom crane configured for rotating the integrated gangway boom crane relative to the pedestal, wherein the actuator is a hydraulic actuator that is involved in vertical displacement compensation, and wherein the integrated gangway boom crane comprises vertical displacement compensation means, capable of compensating vertical displacement between the pedestal and the accessed unit during transfer of persons and/or goods, characterized in that the actuator is configured to enable rotation of the integrated gangway relative to the pedestal around a substantial horizontal axis with an angle in a range of -25° to +30° relative to a horizontal, and wherein the transfer system further comprising a hoist system that is integrally provided with the gangway boom crane and comprises rotational means for rotating the boom crane relative to the pedestal around a substantial vertical axis. - a pedestal ; - an integrated gangway boom crane connected to the pedestal; and - an actuator acting between the pedestal and the integrated gangway boom crane configured for rotating the integrated gangway boom crane relative to the pedestal, wherein the actuator is a hydraulic actuator that is involved in vertical displacement compensation, and wherein the integrated gangway boom crane comprises vertical displacement compensation means, capable of compensating vertical displacement between the pedestal and the accessed unit during transfer of persons and/or goods, characterized in that the actuator is configured to enable rotation of the integrated gangway relative to the pedestal around a substantial horizontal axis with an angle in a range of -25° to +30° relative to a horizontal, and
A method for interference resolution of an uplink transmission by an access node in a wireless communication system, the method comprising: receiving, at the access node , an uplink transmission and deriving local uplink transmission data associated with the received uplink transmission , the uplink transmission comprising a first transmission from a first user equipment and a second transmission from a second user equipment , the uplink transmission being received over a plurality of uplink resources; sending a request to a first neighboring access node for first neighboring uplink transmission data associated with the uplink transmission as received by the first neighboring access node ; receiving, from the first neighboring access node , the first neighboring uplink transmission data received by the first neighboring access node over one or more of the plurality of uplink resources; and decoding a resolved uplink transmission data in order to obtain a decoded uplink data, characterized in that , interference resolution of the uplink transmission is conducted based on the local uplink transmission data and the first neighboring uplink transmission data to obtain the resolved uplink transmission data, the interference resolution including calculation of a channel transfer function based on the local uplink transmission data, the first neighboring uplink transmission data and on utilization of a cross-correlation nulling procedure that improves the channel transfer function based on correlation between the local uplink transmission data and the first neighboring uplink transmission data. receiving, at the access node , an uplink transmission and deriving local uplink transmission data associated with the received uplink transmission , the uplink transmission comprising a first transmission from a first user equipment and a second transmission from a second user equipment , the uplink transmission being received over a plurality of uplink resources; sending a request to a first neighboring access node for first neighboring uplink transmission data associated with the uplink transmission as received by the first neighboring access node ; receiving, from the first neighboring access node , the first neighboring uplink transmission data received by the first neighboring access node over one or more of the plurality of uplink resources; and decoding a resolved uplink transmission data in order to obtain a decoded uplink data, characterized in that , interference resolution of the uplink transmission is conducted based on the local uplink transmission data and the first neighboring uplink transmission data to obtain the resolved uplink transmission data, the interference resolution including calculation of a channel transfer function based on the local uplink transmission data, the first neighboring uplink transmission data and on utilization of a cross-correlation nulling procedure that improves the channel transfer function based on correlation between the local uplink transmission data and the first neighboring uplink transmission data.
A process for preparing ethylene oxide by reacting ethylene with oxygen in the presence of a catalyst composition comprising a support having a Brunauer, Emmet and Teller (B.E.T) surface area of at least 500 m 2 /kg, and deposited on the support: - silver metal, - a metal or component comprising rhenium, tungsten, molybdenum or a nitrate- or nitrite-forming compound, and - a Group IA metal or component comprising a Group IA metal having an atomic number of at least 37, and in addition potassium, wherein the value of the expression (Q K / R) + Q HIA is in the range of from 1.5 to 30 mmole/kg, wherein Q HIA and Q K represent the quantities in mmole/kg of the Group IA metal having an atomic number of at least 37 and potassium, respectively, present in the catalyst composition, the ratio of Q HIA to Q K is at least 1:1, the value of Q K is at least 0.01 mmole/kg, and R is a dimensionless number in the range of from 1.5 to 5, the units mmole/kg being relative to the weight of the catalyst composition, wherein a feed comprising ethylene and oxygen is contacted with the catalyst composition, and the feed comprises carbon dioxide, in addition to ethylene and oxygen, in a concentration in the range of from 0.5 to 2 mole-%, relative to the total feed. - silver metal, - a metal or component comprising rhenium, tungsten, molybdenum or a nitrate- or nitrite-forming compound, and - a Group IA metal or component comprising a Group IA metal having an atomic number of at least 37, and in addition potassium,
An atomizer comprising an upper cover assembly and a fixing member, wherein the upper cover assembly comprises an upper cover , a movable member and a locking member movably provided between the upper cover and the movable member , the movable member is at least partially received in the upper cover , the upper cover is provided with a through hole , the fixing member is sleeved at the outside of the upper cover , the fixing member is provided with a locking groove corresponding to the through hole ; characterized in that the movable member is rotatable relative to the upper cover and is provided with a recess , such that when the movable member is rotated until the recess and the locking member are staggered from each other, the locking member partially passes through the through hole and is locked with the locking groove ; when the movable member is rotated until the recess and the locking member are aligned with each other, the locking member is partially received in the recess and is separated from the locking groove . the movable member is rotatable relative to the upper cover and is provided with a recess , such that when the movable member is rotated until the recess and the locking member are staggered from each other, the locking member partially passes through the through hole and is locked with the locking groove ; when the movable member is rotated until the recess and the locking member are aligned with each other, the locking member is partially received in the recess and is separated from the locking groove .
An electronic pen main body unit comprising: an ink writing unit comprising a pen core , a pen body configured to be impregnated with liquid ink, and an ink cartridge , wherein the cartridge housing liquid ink is fitted to a rear end portion of the pen core and the pen body is disposed so as to be superposed on the pen core in a direction orthogonal to a coupling direction of the pen core and the cartridge ; and an interaction unit having an electronic part configured to exchange a signal with a tablet; characterised in that the interaction unit is disposed on a side of the pen core opposite the pen body in the direction orthogonal to the coupling direction of the pen core and the cartridge , the pen core is made of resin and is interposed between the interaction unit and the pen body , and the electronic part is separated from the pen body by the pen core . an ink writing unit comprising a pen core , a pen body configured to be impregnated with liquid ink, and an ink cartridge , wherein the cartridge housing liquid ink is fitted to a rear end portion of the pen core and the pen body is disposed so as to be superposed on the pen core in a direction orthogonal to a coupling direction of the pen core and the cartridge ; and an interaction unit having an electronic part configured to exchange a signal with a tablet; characterised in that the interaction unit is disposed on a side of the pen core opposite the pen body in the direction orthogonal to the coupling direction of the pen core and the cartridge , the pen core is made of resin and is interposed between the interaction unit and the pen body , and the electronic part is separated from the pen body by the pen core .
A method by a user equipment, UE, for a wireless communication network, the method comprising: receiving , from a network node , an Radio Resource Control, RRC, Connection Reconfiguration message comprising an announcement message indicating a Network Type and Software Version Number, N-TSVN, for an extended protocol; determining that a UE Software Version Number, UE-SVN, is compatible with the N-TSVN received in the announcement message; transmitting , to the network node , an initial message comprising the UE-SVN, in response to the determining that the UE-SVN is compatible with the N-TSVN, wherein the initial message comprises a UE Type and Software Version Number, UE-TSVN, and wherein the UE-TSVN comprises a UE Type and the UE-SVN; and further comprising, recognizing that the announcement message is a portion of the RRC Connection Reconfiguration message based on respective values of a plurality of measurement information elements, wherein the N-TSVN comprises an oldest software version number, O-SVN, and a latest software version number, L-SVN and wherein the determining that the UE-SVN is compatible with the N-TSVN comprises: determining that the UE-SVN is greater than or equal to the O-SVN and that the UE-SVN is less than or equal to the L-SVN. receiving , from a network node , an Radio Resource Control, RRC, Connection Reconfiguration message comprising an announcement message indicating a Network Type and Software Version Number, N-TSVN, for an extended protocol; determining that a UE Software Version Number, UE-SVN, is compatible with the N-TSVN received in the announcement message; transmitting , to the network node , an initial message comprising the UE-SVN, in response to the determining that the UE-SVN is compatible with the N-TSVN, wherein the initial message comprises a UE Type and Software Version Number, UE-TSVN, and wherein the UE-TSVN comprises a UE Type and the UE-SVN; and further comprising, recognizing that the announcement message is a portion of the RRC Connection Reconfiguration message based on respective values of a plurality of measurement information elements, wherein the N-TSVN comprises an oldest software version number, O-SVN, and a latest software version number, L-SVN and wherein the determining that the UE-SVN is compatible with the N-TSVN comprises: determining that the UE-SVN is greater than or equal to the O-SVN and that the UE-SVN is less than or equal to the L-SVN.
Automatic machine for preparing beverages, in particular American coffee, comprising a unit to feed the coffee powder, a mobile infusion unit comprising an infusion cylinder which delimits an infusion chamber , and a hydraulic circuit configured to heat the water for the infusion and feed it to the infusion chamber , wherein said infusion unit comprises an expulsion piston slidable inside the infusion cylinder and delimiting at the lower part said infusion chamber , and a valve device provided with a valve body and a closing piston which can engage with the infusion cylinder in order to close said infusion chamber , wherein said infusion chamber is associated with a first feed pipe for the infusion water connected to said hydraulic circuit and with a second exit pipe , which extends from a side opposite said first feed pipe , and configured to take to the exit of said infusion chamber both a coffee beverage obtained by infusion of said coffee powder, and also the residual water obtained by means of a compression of said used coffee powder between said expulsion piston and said closing piston , characterized in that it comprises a deflection valve which can be selectively activated to put said exit pipe in communication with a delivery pipe configured to deliver the infused beverage into a receptacle of a user, or with a discharge pipe configured to discharge the residual water deriving from the drying of the dose of used coffee powder, and a collection tray fluidically connected to said discharge pipe .
An apparatus for manufacturing green tyres consisting of a carcass or inner section coupled with a belt package or outer section (13ʺ), the apparatus comprises a first tyre processing assembly for manufacturing the carcass or inner section , a second tyre processing assembly for finishing said carcass or inner part , a third tyre processing assembly for manufacturing a belt package or outer section (13ʺ) and for coupling said carcass or inner section with said belt package or outer section (13', 13ʺ) to form a tyre , and an unloading station for unloading said tyre , the first tyre processing assembly comprising a rotary support and transfer drum station for transferring the drum from the first tyre processing assembly to the second tyre processing assembly comprising a transfer element translatory movable towards a third tyre processing assembly , and said third tyre processing assembly comprising a transfer device comprising rotatable movable means between the second assembly and the third assembly for transferring the carcass or inner section of the tyre from the second tyre processing assembly to the third tyre processing assembly and to the unloading station , said station transfer element and transfer device co-operating for a fully automatic handling of said tyre being processed internally to said individual tyre processing assemblies.
A display module including: a display panel formed by an organic light emitting diode panel; a bottom chassis configured to cover a rear surface of the display panel ; wherein the bottom chassis comprises: a reinforcing panel ; a rear chassis member; wherein the rear chassis member comprises a front portion and a plurality of depressed portions depressed from the front portion towards a rear side of the display module , wherein each of the plurality of depressed portions includes: a bottom portion that is spaced apart from the reinforcing panel ; and a plurality of side portions connecting the front portion and the bottom portion; characterised in that the front portion is attached to a surface of the refinforcing panel via a double-sided tape to increase a strength of the bottom chassis. a display panel formed by an organic light emitting diode panel; a bottom chassis configured to cover a rear surface of the display panel ; wherein the bottom chassis comprises: a reinforcing panel ; a rear chassis member; wherein the rear chassis member comprises a front portion and a plurality of depressed portions depressed from the front portion towards a rear side of the display module , a reinforcing panel ; a rear chassis member; wherein the rear chassis member comprises a front portion and a plurality of depressed portions depressed from the front portion towards a rear side of the display module , wherein each of the plurality of depressed portions includes: a bottom portion that is spaced apart from the reinforcing panel ; and a plurality of side portions connecting the front portion and the bottom portion; a bottom portion that is spaced apart from the reinforcing panel ; and a plurality of side portions connecting the front portion and the bottom portion;