mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing a sample in a customizable sample processing tubule comprising, from a proximate to a distal end, an opening through which a sample is introducible, at least three segments, and a reagent introduction port fluidly connected to a distal segment of the at least three segments and adapted to enable the introduction and deposition of reagent into at least one of said at least three segments, wherein each of the at least three segments are separated from one another and from the opening and the reagent introduction port by a breakable seal , the method comprising: - introducing a reagent through said reagent introduction port into said at least one segment; - introducing sample through said opening ; and - driving fluid flow from a first segment at the proximate end of said tubule to said distal segment, thereby contacting said sample with one or more reagents positioned in said tubule and/or reaction conditions to transform at least a portion of said sample into a reaction mixture. - introducing a reagent through said reagent introduction port into said at least one segment; - introducing sample through said opening ; and - driving fluid flow from a first segment at the proximate end of said tubule to said distal segment, thereby contacting said sample with one or more reagents positioned in said tubule and/or reaction conditions to transform at least a portion of said sample into a reaction mixture.
A device for delivery of a bioactive agent across a dermal barrier, the device comprising: a base ; an array of microneedles each including a channel in a side of the microneedles , wherein the channel is in at least partial alignment with an aperture in the base so as to form a junction between the aperture and the channel allowing the passage of a substance through the channel ; and a composition in fluid communication with the microneedles , the composition comprising the bioactive agent, wherein the composition has a viscosity of greater than about 5 centipoise; characterized in that the array of microneedles include a nanopatterned surface. a base ; an array of microneedles each including a channel in a side of the microneedles , wherein the channel is in at least partial alignment with an aperture in the base so as to form a junction between the aperture and the channel allowing the passage of a substance through the channel ; and a composition in fluid communication with the microneedles , the composition comprising the bioactive agent, wherein the composition has a viscosity of greater than about 5 centipoise; characterized in that the array of microneedles include a nanopatterned surface.
An electrical parameter sensor probe operative to detect an electrical parameter in an insulated conductor without requiring galvanic contact with the insulated conductor , the electrical parameter sensor probe comprising: a Rogowski coil ; a body comprising a first channel and a second channel , each of the first and second channels having respective first and second open ends, the respective first open ends of the first and second channels being spaced apart from each other, and the respective second open ends of the first and second channels being adjacent each other, the first channel sized and dimensioned to slidably contain a first length of the Rogowski coil between the first and second open ends of the first channel , and the second channel sized and dimensioned to slidably contain a second length of the Rogowski coil between the first and second open ends of the second channel such that a loop of the Rogowski coil is formed between the respective first open ends of the first and second channels, and the size of the loop is selectively adjustable by movement of the Rogowski coil within at least one of the first and second channels; and a non-contact sensor coupled to the body and positioned between the respective first ends of the first and second channels, the non-contact sensor operative to sense at least one electrical parameter in the insulated conductor when the insulated conductor is within the loop formed by the Rogowski coil . a Rogowski coil ; a body comprising a first channel and a second channel , each of the first and second channels having respective first and second open ends, the respective first open ends of the first and second channels being spaced apart from each other, and the respective second open ends of the first and second channels being adjacent each other, the first channel sized and dimensioned to slidably contain a first length of the Rogowski coil between the first and second open ends of the first channel , and the second channel sized and dimensioned to slidably contain a second length of the Rogowski coil between the first and second open ends of the second channel such that a loop of the Rogowski coil is formed between the respective first open ends of the first and second channels, and the size of the loop is selectively adjustable by movement of the Rogowski coil within at least one of the first and second channels; and a non-contact sensor coupled to the body and positioned between the respective first ends of the first and second channels, the non-contact sensor operative to sense at least one electrical parameter in the insulated conductor when the insulated conductor is within the loop formed by the Rogowski coil .
A guaranteed control method for a computer to execute a process comprising: acquiring certificate data that contains a plurality of pieces of attribute information; transmitting hash values of the plurality of pieces of attribute information to a data providing device; disclosing first attribute information that identifies an individual among the plurality of pieces of attribute information to the data providing device by zero-knowledge proof that uses the hash values of the plurality of pieces of attribute information; receiving, from the data providing device, provided data that corresponds to the first attribute information, the hash values of the plurality of pieces of attribute information, and signature information of data that contains the provided data and the hash values of the plurality of pieces of attribute information; transmitting the provided data, the hash values of the plurality of pieces of attribute information, and the signature information to a data using device; and disclosing second attribute information used by the data using device, among the plurality of pieces of attribute information, to the data using device by the zero-knowledge proof that uses the hash values of the plurality of pieces of attribute information. acquiring certificate data that contains a plurality of pieces of attribute information; transmitting hash values of the plurality of pieces of attribute information to a data providing device; disclosing first attribute information that identifies an individual among the plurality of pieces of attribute information to the data providing device by zero-knowledge proof that uses the hash values of the plurality of pieces of attribute information; receiving, from the data providing device, provided data that corresponds to the first attribute information, the hash values of the plurality of pieces of attribute information, and signature information of data that contains the provided data and the hash values of the plurality of pieces of attribute information; transmitting the provided data, the hash values of the plurality of pieces of attribute information, and the signature information to a data using device; and disclosing second attribute information used by the data using device, among the plurality of pieces of attribute information, to the data using device by the zero-knowledge proof that uses the hash values of the plurality of pieces of attribute information.
An electric motor , - wherein the electric motor comprises a rotor , which is rotatable about a rotation axis , and a stator which interact with one another electromagnetically, - wherein the stator comprises a plurality of stator coils , wherein at least some of the stator coils are electrically contacted via their coil wires directly with three electric phases, - wherein the electric motor , for each phase, comprises at least one electrically conductive phase terminal , which is connected with the associated coil wire in an electrically conductive manner, - wherein the phase terminals are secured on a stator housing of the stator , - that the respective phase terminal comprises a contact region projecting axially from the stator for contacting an inverter , and a securing region arranged transversely to the rotation axis on the stator housing , characterized in - that an elastically deformable underlay plate is directly clamped between the respective phase terminal and the stator housing of the stator , - that the electric motor has a pressure ring which is secured on the stator housing of the stator , and - that the pressure ring presses the respective phase terminal against the stator housing of the stator and thereby secures the respective phase terminal on the stator housing of the stator . - wherein the electric motor comprises a rotor , which is rotatable about a rotation axis , and a stator which interact with one another electromagnetically, - wherein the stator comprises a plurality of stator coils , wherein at least some of the stator coils are electrically contacted via their coil wires directly with three electric phases, - wherein the electric motor , for each phase, comprises at least one electrically conductive phase terminal , which is connected with the associated coil wire in an electrically conductive manner, - wherein the phase terminals are secured on a stator housing of the stator , - that the respective phase terminal comprises a contact region projecting axially from the stator for contacting an inverter , and a securing region arranged transversely to the rotation axis on the stator housing , characterized in - that an elastically deformable underlay plate is directly clamped between the respective phase terminal and the stator housing of the stator , - that the electric motor has a pressure ring which is secured on the stator housing of the stator , and - that the pressure ring presses the respective phase terminal against the stator housing of the stator and thereby secures the respective phase terminal on the stator housing of the stator .
A data transmission method, comprising: receiving (S401), by a terminal device, first information from a session management function, SMF, network element, wherein the first information indicates to bind a first packet data unit, PDU, session and a second PDU session; and transmitting (S402), by the terminal device, data based on the bound first PDU session and the bound second PDU session; wherein the method further comprises: sending (S504), by the terminal device, a first request message to the SMF network element, wherein the first request message comprises an identifier of the first PDU session and information about the second PDU session, and the information about the second PDU session comprises at least one of an identifier of the second PDU session, the second address of the second PDU session, and the type information of the second address; and the receiving, by the terminal device, the first information from the SMF network element comprises: receiving (S506), by the terminal device, a response message of the first request message from the SMF network element, wherein the response message of the first request message comprises the first information. receiving (S401), by a terminal device, first information from a session management function, SMF, network element, wherein the first information indicates to bind a first packet data unit, PDU, session and a second PDU session; and transmitting (S402), by the terminal device, data based on the bound first PDU session and the bound second PDU session; wherein the method further comprises: sending (S504), by the terminal device, a first request message to the SMF network element, wherein the first request message comprises an identifier of the first PDU session and information about the second PDU session, and the information about the second PDU session comprises at least one of an identifier of the second PDU session, the second address of the second PDU session, and the type information of the second address; and the receiving, by the terminal device, the first information from the SMF network element comprises: receiving (S506), by the terminal device, a response message of the first request message from the SMF network element, wherein the response message of the first request message comprises the first information. sending (S504), by the terminal device, a first request message to the SMF network element, wherein the first request message comprises an identifier of the first PDU session and information about the second PDU session, and the information about the second PDU session comprises at least one of an identifier of the second PDU session, the second address of the second PDU session, and the type information of the second address; and the receiving, by the terminal device, the first information from the SMF network element comprises: receiving (S506), by the terminal device, a response message of the first request message from the SMF network element, wherein the response message of the first request message comprises the first information.
Liposome composition for use in the peritoneal dialysis of patients suffering from hyperammonemia, wherein the pH within the liposomes vesicles differs from the pH in the peritoneal cavity, wherein the pH within the liposomes vesicles is 1 to 6.5 and results in a liposome-encapsulated charged toxin, wherein the liposomes bilayer comprises as main constituent a natural or synthetic phospholipid, and wherein the diameter size of the liposomes vesicles is larger than 700 nm.
System for observing and/or controlling an installation, having a telecontrol arrangement which is set up to communicate with field devices (lla-i) of the installation and with a control center arrangement ; characterized in that - the telecontrol arrangement is formed in a data processing cloud, wherein - the telecontrol arrangement is designed to interchange field-device-specific messages with the field devices (lla-i) and to interchange control-center-specific messages with the control center arrangement ; and - the telecontrol arrangement is designed to convert field-device-specific messages received from the field devices (lla-i) into control-center-specific messages and to transmit them to the control center arrangement and to convert control-center-specific messages received from the control center arrangement into field-device-specific messages and to transmit them to the field devices (11a-i). - the telecontrol arrangement is formed in a data processing cloud, wherein - the telecontrol arrangement is designed to interchange field-device-specific messages with the field devices (lla-i) and to interchange control-center-specific messages with the control center arrangement ; and - the telecontrol arrangement is designed to convert field-device-specific messages received from the field devices (lla-i) into control-center-specific messages and to transmit them to the control center arrangement and to convert control-center-specific messages received from the control center arrangement into field-device-specific messages and to transmit them to the field devices (11a-i).
A roller shutter comprising a plurality of slats , hooked by ends thereof to a respective slat holder support , which is rotatably associated to a respective chain element , which chain element , together with further chain elements consecutively connected to one another, is inserted in a groove formed on a vertical profile , positionable in the compartment of a window or a French window or another outward opening of a building, whereby said slat holder support comprises a profiled projection for joint-fitting to the respective slat , the shutter being characterised in that said slat holder support further superiorly comprises an upper pin and a lower pin that are parallel to one another and arranged on the opposite side to the slat holder with respect to the profiled projection , and in that each chain element is provided, at the two opposite ends thereof, with holes arranged parallel, of which a first is lower and a second is higher, and wherein the lower hole of each chain element is destined to accommodate the upper pin of the slat holder located on the lower slat, while the upper hole accommodates the lower pin of the slat holder located on the same level.
Cleaning appliance that is arranged to be carried on the back, with a cleaning device a mains-network-independent energy supply device for supplying the cleaning device with energy, in particular electrical energy, and an operating device for controlling, in particular for activating and deactivating, the cleaning device and/or the energy supply device , which operating device comprises a control signal generating device for producing control signals for controlling the cleaning device and/or the energy supply device and a signal transmission device for transmitting the control signals, wherein the control signal generating device comprises at least one first switch member for activating and deactivating the cleaning device , wherein the operating device comprises at least one second switch member for activating and deactivating at least one mode of operation of the cleaning device , wherein the at least one first switch member and the at least one second switch member are constructed in a haptically distinguishable manner, wherein the operating device is arranged separately from the cleaning device and comprises a housing , characterized in that the operating device comprises an indicator device for indicating a status of the energy supply device and/or for indicating the at least one mode of operation of the cleaning device .
A collar feeding device for removable attachment to a slotted, barrel-shaped swaging tool nose assembly , said collar feeding device comprising: A rear stationary body assembly attachable to said nose assembly , said rear stationary body assembly having an inner tab configured to be lined up with a barrel slot of said swaging tool nose assembly ; a lower assembly pivotally attached to said rear stationary body assembly and movable between raised and lowered positions; a collar supply magazine ; the lower assembly having a gripper configured to transfer collars one at a time from the supply magazine to a presentation position; and a front movable body mounted in front of the lower assembly by means of a pair of resiliently collapsible arms and configured to collapse under pressure exerted by an operator to pivot the lower assembly relative to the front movable body , wherein the collar supply magazine comprises an air-driven tube , and wherein the collar feeding device is configured to feed serially-arranged co-axial collars loaded in said air-driven tube from said lowered position to said raised presentation position. A rear stationary body assembly attachable to said nose assembly , said rear stationary body assembly having an inner tab configured to be lined up with a barrel slot of said swaging tool nose assembly ; a lower assembly pivotally attached to said rear stationary body assembly and movable between raised and lowered positions; a collar supply magazine ; the lower assembly having a gripper configured to transfer collars one at a time from the supply magazine to a presentation position; and a front movable body mounted in front of the lower assembly by means of a pair of resiliently collapsible arms and configured to collapse under pressure exerted by an operator to pivot the lower assembly relative to the front movable body , wherein the collar supply magazine comprises an air-driven tube , and wherein the collar feeding device is configured to feed serially-arranged co-axial collars loaded in said air-driven tube from said lowered position to said raised presentation position.
A flexible cloth that can be set to become rigid or semi-rigid, the cloth comprising: a first face ; a second face separated from the first face by a space ; linking fibres extending between the first and second faces that maintain the first and second face in a spaced-apart arrangement; and a compacted powder material having a void fraction located in the space between the first and second faces , which material is capable of setting to a rigid or semi-rigid solid on the addition of a liquid, wherein the linking fibres are configured to be self-supporting in that they are sufficiently resistant to bending under forces tending to crush the fabric before addition of the powder material, in order to maintain the spacing between the faces when the powder material is placed onto the first face both the first and second faces are substantially impervious to the powder material but at least one of them is pervious to liquid, characterised in that the void fraction of the powder material and length, stiffness and quantity of the linking fibres are configured to control the space available to accommodate the liquid so that the amount of liquid allowed to enter the space between the two faces equals an amount which provides a ratio between the liquid and the powder material in the space such that there is below the theoretical optimum amount of liquid, thereby providing unset powder material within the set material which can impart limited self-healing properties. a first face ; a second face separated from the first face by a space ; linking fibres extending between the first and second faces that maintain the first and second face in a spaced-apart arrangement; and a compacted powder material having a void fraction located in the space between the first and second faces , which material is capable of setting to a rigid or semi-rigid solid on the addition of a liquid, wherein the linking fibres are configured to be self-supporting in that they are sufficiently resistant to bending under forces tending to crush the fabric before addition of the powder material, in order to maintain the spacing between the faces when the powder material is placed onto the first face both the first and second faces are substantially impervious to the powder material but at least one of them is pervious to liquid, characterised in that the void fraction of the powder material and length, stiffness and quantity of the linking fibres are configured to control the space available to accommodate the liquid so that the amount of liquid allowed to enter the space between the two faces equals an amount which provides a ratio between the liquid and the powder material in the space such that there is below the theoretical optimum amount of liquid, thereby providing unset powder material within the set material which can impart limited self-healing properties.
A system, comprising a closed container (RCP), and a detection device (DSD), the detection device (DSD) comprising a contactless passive transponder (TG) configured to communicate with a reader (RD) via an antenna (ANT) using a carrier signal, the transponder (TG) including an integrated circuit (IC) having two antenna terminals (AC0, AC1) connected to the antenna and a first and a second additional terminals (TDO, TDI) interconnected by a first electrically conductive wire (FL1; FL10) having a severable part (FL10; FL100) and arranged to be severed at its severable part in case of opening or attempted opening of the container, an a short-circuiting means (MP, PLT, FL2; MP1, PLT1, FL20) configured to short-circuit the first additional terminal (TDO) with another terminal (AC1, TDIS) of the integrated circuit in case of severance of the severable part (FL10; FL100) and reestablishment of an electrical connection between the first and second additional terminals (TDO, TDI).