mhurhangee/patent-ind-claim-en huggingface dataset:
An in vitro method for detecting and quantifying circulating cells in superficial body fluids of a subject, wherein the superficial body fluids are cerebrospinal fluid (CSF), pleural fluid, synovial fluid and pericardial fluid, comprising: a) placing an ultrasound-based device in contact with a volume of a liquid sample isolated from a superficial body fluid of the subject, b) emitting, with the ultrasound-based device, an acoustic short pulse signal aimed to the liquid sample isolated from a superficial body fluid of the subject, c) receiving, in the ultrasound-based device, backscattered signals, d) determining the number of backscattered signals c) with a data processing system, e) determining the presence and concentration of circulating cells in the superficial body fluid by dividing the number of backscattered signals by the volume of the superficial body fluid scanned, wherein the ultrasound-based device operates at a central frequency in the range of 10-100 MHz and at a pulse duration between 25-500 ns, and at a wavelength between 15 and 150 μm. a) placing an ultrasound-based device in contact with a volume of a liquid sample isolated from a superficial body fluid of the subject, b) emitting, with the ultrasound-based device, an acoustic short pulse signal aimed to the liquid sample isolated from a superficial body fluid of the subject, c) receiving, in the ultrasound-based device, backscattered signals, d) determining the number of backscattered signals c) with a data processing system, e) determining the presence and concentration of circulating cells in the superficial body fluid by dividing the number of backscattered signals by the volume of the superficial body fluid scanned,
A work and storage table comprising: a support frame having opposed sides , said support frame includes a rear lower brace and lower support tubes , and opposed back support tubes extending up the back of the table, each said back support tubes join a respective one of the lower support tubes forming one single generally L-shaped tube extending from the back of the table the lower or bottom of the table ; a two sided work top mounted between said opposed sides of said support frame for rotation with respect to said support frame; said work top having a flat surface on one side and a tool support surface on the opposite side, said work top being rotatable with respect to said support frame to expose said flat surface or said tool support surface ; said tool support table having a generally cuboid shape. a support frame having opposed sides , said support frame includes a rear lower brace and lower support tubes , and opposed back support tubes extending up the back of the table, each said back support tubes join a respective one of the lower support tubes forming one single generally L-shaped tube extending from the back of the table the lower or bottom of the table ; a two sided work top mounted between said opposed sides of said support frame for rotation with respect to said support frame; said work top having a flat surface on one side and a tool support surface on the opposite side, said work top being rotatable with respect to said support frame to expose said flat surface or said tool support surface ; said tool support table having a generally cuboid shape.
A method implemented by a network device operating as a content node for securely distributing a content object over an information centric networking (ICN) network, the method to implement a unique obscured retrieval sequence, the method comprising: receiving an interest for a chunk of the content object from a client device, where the chunk is identified with an obscured chunk identifier; translating the obscured chunk identifier into a general chunk identifier for the content object; and sending the chunk of the content object to the client device, characterised in that the method further comprising: receiving a manifest key for the content object or a plurality of content objects including the content object from a publisher, wherein the manifest key comprises encryption keys necessary for encrypting or decrypting the retrieval sequence, wherein the general chunk identifier is derived from the unique obscured retrieval sequence using a client token, the manifest key from the publisher and a transform algorithm. receiving an interest for a chunk of the content object from a client device, where the chunk is identified with an obscured chunk identifier; translating the obscured chunk identifier into a general chunk identifier for the content object; and sending the chunk of the content object to the client device, characterised in that the method further comprising: receiving a manifest key for the content object or a plurality of content objects including the content object from a publisher, wherein the manifest key comprises encryption keys necessary for encrypting or decrypting the retrieval sequence, wherein the general chunk identifier is derived from the unique obscured retrieval sequence using a client token, the manifest key from the publisher and a transform algorithm. receiving a manifest key for the content object or a plurality of content objects including the content object from a publisher, wherein the manifest key comprises encryption keys necessary for encrypting or decrypting the retrieval sequence, wherein the general chunk identifier is derived from the unique obscured retrieval sequence using a client token, the manifest key from the publisher and a transform algorithm.
A system for controlling a work machine implement comprising: an electronic control module circuit (420; 500) capable of receiving, at one or more input registers, an input control signal of a first control signal type generated by a control mechanism of said work machine corresponding to a user input, and further capable of generating a control output signal of said first control signal type or of a second, different control signal type for controlling operation of said implement according to said user input; wherein said generating of said control output signal causes simultaneous or substantially simultaneous generation of a hydraulic flow output control signal for providing hydraulic power to said implement; and wherein said control output signal and said hydraulic flow output control signal are transmitted to an output register.
A method for a server computing device to communicate signaling information in a telecommunications signaling network, comprising: receiving in a processor of the server computing device from a source component a communication message that encodes signaling information; performing application level routing operations that include using the signaling information included in the received communication message by decoding the received communication message and storing the signaling information into an internal representation of the message and generating one or more keys based on the information contained in the internal representation; transmitting the generated keys to one of a business support system, BSS, and an operation support system, OSS, the BSS and the OSS being external to the network domain of the server computing device; receiving supplementary information from one of the BSS and the OSS based on the generated keys; and using the supplementary information received from one of the BSS and the OSS to identify a destination component; modifying the signaling information included in the received communication message based on the identified destination component; and sending the modified communication message to the identified destination component. receiving in a processor of the server computing device from a source component a communication message that encodes signaling information; performing application level routing operations that include using the signaling information included in the received communication message by decoding the received communication message and storing the signaling information into an internal representation of the message and generating one or more keys based on the information contained in the internal representation; transmitting the generated keys to one of a business support system, BSS, and an operation support system, OSS, the BSS and the OSS being external to the network domain of the server computing device; receiving supplementary information from one of the BSS and the OSS based on the generated keys; and using the supplementary information received from one of the BSS and the OSS to identify a destination component; modifying the signaling information included in the received communication message based on the identified destination component; and sending the modified communication message to the identified destination component.
An electric motor , comprising: - a frame defining an inner space (VI) in which a rotor , a stator and a fan are housed, the frame comprising: - a first opening placing the inner space (VI) of the frame in fluid communication with the outside of the frame , - a second opening placing the inner space (VI) of the frame in fluid communication with the outside of the frame along a radial axis (R) substantially perpendicular to a rotation axis (X) of the rotor, - the fan being arranged near the second opening and being configured to create a flow (F) of a gaseous fluid, in which a first acoustic attenuation device is housed in the second opening so as to partially close the second opening , the second opening comprises at least a first passage and a second passage for the passage of the gaseous fluid, the first passage and the second passage allowing the circulation of the gaseous fluid between the inner space (VI) and the outside of the frame , the first passage and the second passage being defined by the frame , the first passage being closed by the first acoustic attenuation device housed in said first passage , a cover is placed across from the second opening , the cover having at least one soundproofing area placed opposite the second passage and at least one air passage area placed opposite the first passage , the first passage extending along a first radial axis (R1), the second passage extending along a second radial axis (R2) distinct from the first radial axis (R1), the first and the second radial axis (R1, R2) extending in a plane substantially perpendicular to the rotation axis (X), the first passage and the second passage being circumferentially arranged around the rotation axis (X), the cover and the frame forming a peripheral channel for the circulation of the gaseous fluid. - a frame defining an inner space (VI) in which a rotor , a stator and a fan are housed, the frame comprising: - a first opening placing the inner space (VI) of the frame in fluid communication with the outside of the frame , - a second opening placing the inner space (VI) of the frame in fluid communication with the outside of the frame along a radial axis (R) substantially perpendicular to a rotation axis (X) of the rotor, - the fan being arranged near the second opening and being configured to create a flow (F) of a gaseous fluid,
A device for producing 3D moulded parts, which comprises a construction platform with a construction plane for applying construction material, means for selectively applying substances suitable for selective solidification and means for applying construction material as a suspension onto the construction plane, wherein said device comprises control means which are arranged such that the layer-by-layer application of the suspension is effected by a sequence of lowering and raising of the construction platform, characterised in that the device has a print head for selectively changing properties in specific areas.
Seat comfort system comprising one or more air cushions , the filling level of each air cushion being controllable via at least one valve , and one or more circuit arrangements for controlling the valve or valves , wherein the at least one valve comprises at least one actuator with at least one actuating element , wherein the actuating element is adjustable at least between a first position and a second position, wherein the circuit arrangement has at least one driver unit for actuating the actuator and a control unit for controlling the driver unit , characterised in that the circuit arrangement comprises at least one air mass measuring device (305-1 to 305-N, 305-X, 305a to 305d) for measuring an air mass flowing through the valve, wherein the control unit is suitable for processing an output signal of the air mass measuring device (305-1 to 305-N, 305-X, 305a to 305d). one or more air cushions , the filling level of each air cushion being controllable via at least one valve , and one or more circuit arrangements for controlling the valve or valves , wherein the at least one valve comprises at least one actuator with at least one actuating element , wherein the actuating element is adjustable at least between a first position and a second position, wherein the circuit arrangement has at least one driver unit for actuating the actuator and a control unit for controlling the driver unit , characterised in that the circuit arrangement comprises at least one air mass measuring device (305-1 to 305-N, 305-X, 305a to 305d) for measuring an air mass flowing through the valve, wherein the control unit is suitable for processing an output signal of the air mass measuring device (305-1 to 305-N, 305-X, 305a to 305d).
A method comprising: receiving , from a first entity at a negotiation service entity in a network of connected entities, a negotiation request comprising an indication of a service to be at least one of provided by the first entity or received by the first entity; admitting the first entity to the negotiation service entity; selecting, at the negotiation service entity from a plurality of negotiation target entities, and based on receiving the negotiation request comprising the indication of the service, a negotiation target entity capable of one or more of providing the service to the first entity or receiving the service from the first entity; determining, based on the indication of the service, and based on selecting the negotiation target entity, a negotiation result request for transmitting to the selected negotiation target entity; transmitting , to the selected negotiation target entity from the negotiation service entity, the negotiation result request; receiving , from the negotiation target entity at the negotiation service entity, a negotiation result response; and transmitting, to the first entity from the negotiation service entity, a negotiation result comprising an indication of the service to be provided by one of the first entity or the selected negotiation target entity to the other one of the first entity or the selected negotiation target entity. receiving , from a first entity at a negotiation service entity in a network of connected entities, a negotiation request comprising an indication of a service to be at least one of provided by the first entity or received by the first entity; admitting the first entity to the negotiation service entity; selecting, at the negotiation service entity from a plurality of negotiation target entities, and based on receiving the negotiation request comprising the indication of the service, a negotiation target entity capable of one or more of providing the service to the first entity or receiving the service from the first entity; determining, based on the indication of the service, and based on selecting the negotiation target entity, a negotiation result request for transmitting to the selected negotiation target entity; transmitting , to the selected negotiation target entity from the negotiation service entity, the negotiation result request; receiving , from the negotiation target entity at the negotiation service entity, a negotiation result response; and transmitting, to the first entity from the negotiation service entity, a negotiation result comprising an indication of the service to be provided by one of the first entity or the selected negotiation target entity to the other one of the first entity or the selected negotiation target entity.
A method for managing device data, the method comprising the following steps: alerting a user of a medication dispensing device to communicate with a master system ; generating, by the medication dispensing device , a status code based on device data indicating the status of the medication dispensing device , the status code encoding the device data; displaying the status code to the user ; receiving an access code entered by the user through an input pad of the device , the access code being generated by the master system in response to receiving the status code via a communication channel , and provided to the user via the communication channel , the access code comprising device instructions for remote programming of the device ; generating, by the master system , a report based on the status of the device encoded in the status code; checking validity of the access code, and if the access code is valid, interpreting the instructions to reprogram the device , otherwise signaling to the user that the access code is invalid. alerting a user of a medication dispensing device to communicate with a master system ; generating, by the medication dispensing device , a status code based on device data indicating the status of the medication dispensing device , the status code encoding the device data; displaying the status code to the user ; receiving an access code entered by the user through an input pad of the device , the access code being generated by the master system in response to receiving the status code via a communication channel , and provided to the user via the communication channel , the access code comprising device instructions for remote programming of the device ; generating, by the master system , a report based on the status of the device encoded in the status code; checking validity of the access code, and if the access code is valid, interpreting the instructions to reprogram the device , otherwise signaling to the user that the access code is invalid.
A cooling circuit for a motor vehicle comprising a first cooling loop (I) designed to ensure the thermoregulation of a first member and at least one second cooling loop (II, III) designed to ensure the thermoregulation of a second member, the cooling circuit comprising a single degassing case which is fluidly connected to the first loop and to said at least one second cooling loop (II, III) and an isolation valve which is interposed between the degassing case and said at least one second cooling loop (II, III) on a return branch which ensures the return of the coolant downstream of the degassing case , characterized in that said isolation valve is designed to selectively seal the flow between the degassing case and said at least one second cooling loop (II, III), the isolation valve comprising at least one heat-sensitive bimetal element designed to act on a shutter to pass the isolation valve ) from a passing position to a non-passing position when the coolant passing through the isolation valve reaches a trigger temperature.
A method, operational at a client device , comprising: determining , at the client device , whether to obtain an element of information among one or more elements of information related to a service parameter from an access node , wherein the one or more elements of information describe one or more network capabilities of a connectivity access network and/or a service provider , wherein the access node is shared by a plurality of connectivity access networks ; selecting , based on a result of the determining, the element of information; deriving a query associated with the element of information and a serving network identifier, wherein the query is configured according to one of a plurality of modes; and sending the query as an over-the-air message from the client device to the access node . determining , at the client device , whether to obtain an element of information among one or more elements of information related to a service parameter from an access node , wherein the one or more elements of information describe one or more network capabilities of a connectivity access network and/or a service provider , wherein the access node is shared by a plurality of connectivity access networks ; selecting , based on a result of the determining, the element of information; deriving a query associated with the element of information and a serving network identifier, wherein the query is configured according to one of a plurality of modes; and sending the query as an over-the-air message from the client device to the access node .
A method for detecting an antimicrobial surface coating on a substrate, comprising the steps of: providing a substrate having a surface with an antimicrobial coating thereon; applying an anionic agent to said surface of the substrate; allowing the anionic agent to bond to the antimicrobial coating present on the substrate surface; removing unbonded anionic agent from the surface of the substrate; subjecting the surface of the substrate to a predetermined process to effect a change in the bonded anionic agent; observing the change in the bonded anionic agent; and verifying , based on the observed change in the bonded anionic agent, the presence of antimicrobial surface coating on the substrate; characterized in that the anionic agent is applied to a predetermined portion of the surface of the substrate using an applicator device configured to apply the anionic agent to the predetermined portion according to a predetermined pattern provided by the applicator device. providing a substrate having a surface with an antimicrobial coating thereon; applying an anionic agent to said surface of the substrate; allowing the anionic agent to bond to the antimicrobial coating present on the substrate surface; removing unbonded anionic agent from the surface of the substrate; subjecting the surface of the substrate to a predetermined process to effect a change in the bonded anionic agent; observing the change in the bonded anionic agent; and verifying , based on the observed change in the bonded anionic agent, the presence of antimicrobial surface coating on the substrate; characterized in that the anionic agent is applied to a predetermined portion of the surface of the substrate using an applicator device configured to apply the anionic agent to the predetermined portion according to a predetermined pattern provided by the applicator device.