mhurhangee/patent-ind-claim-en huggingface dataset:
A heater arrangement system for a water provision system for controlling a water supply provided to a water outlet, the water outlet being arranged to provide heated water to a user, the heater arrangement system comprising: a water heating device disposed remotely from the water outlet; and a control unit communicatively coupled to the water heating device , the control unit being configured to: a) set a timer to begin counting from an initial time value, upon detection that the water outlet has been opened; b) initiate a warning if an elapsed time of the timer has passed a first threshold time value; and c) stop the flow of water being supplied to the water outlet if the elapsed time of the timer has passed a second threshold time value, which is higher than the first threshold time value; wherein the first and second thresholdtime values are set by an artificial intelligence algorithm executed by the control unit ; and wherein the artificial intelligence algorithm determines the values of the first and second threshold time values, based on past usage of the water provision system. a water heating device disposed remotely from the water outlet; and a control unit communicatively coupled to the water heating device , the control unit being configured to: a) set a timer to begin counting from an initial time value, upon detection that the water outlet has been opened; b) initiate a warning if an elapsed time of the timer has passed a first threshold time value; and c) stop the flow of water being supplied to the water outlet if the elapsed time of the timer has passed a second threshold time value, which is higher than the first threshold time value; a) set a timer to begin counting from an initial time value, upon detection that the water outlet has been opened; b) initiate a warning if an elapsed time of the timer has passed a first threshold time value; and c) stop the flow of water being supplied to the water outlet if the elapsed time of the timer has passed a second threshold time value, which is higher than the first threshold time value; wherein the first and second thresholdtime values are set by an artificial intelligence algorithm executed by the control unit ; and wherein the artificial intelligence algorithm determines the values of the first and second threshold time values, based on past usage of the water provision system.
Motor vehicle comprising a structure and at least one opening leaf which can move with respect to the structure between a closed position and an open position, the vehicle comprising an aerodynamic device comprising at least one duct that channels a flow of air between an air inlet secured to the structure and an air outlet secured to the opening leaf , passing through a junction region situated at an interface between the structure and the opening leaf , characterized in that the structure comprises a front pillar on which the opening leaf is articulated, the opening leaf comprising a lower box , the box being at least in part covered by an attached aerodynamic deflector comprising an air-passage duct opening via the air outlet , this outlet being situated in a central region of the box , substantially at mid-height as considered in the vertical direction (Z).
An apparatus for use in negative pressure wound therapy, comprising: a pump assembly , comprising: a pump housing ; a magnet positioned within the pump housing; an electrically conductive coil positioned within the pump housing; and a diaphragm , wherein the coil is directly or indirectly coupled with the diaphragm and is configured to move at least a portion of the diaphragm to pump a fluid through the pump assembly; and a dampener positioned within the pump assembly configured to reduce sound generated by the pump assembly during operation of the pump assembly; wherein the pump housing comprises a chamber and the dampener is positioned within the chamber and characterized in that the chamber is integrally formed with the pump housing. a pump assembly , comprising: a pump housing ; a magnet positioned within the pump housing; an electrically conductive coil positioned within the pump housing; and a diaphragm , wherein the coil is directly or indirectly coupled with the diaphragm and is configured to move at least a portion of the diaphragm to pump a fluid through the pump assembly; and a pump housing ; a magnet positioned within the pump housing; an electrically conductive coil positioned within the pump housing; and a diaphragm , wherein the coil is directly or indirectly coupled with the diaphragm and is configured to move at least a portion of the diaphragm to pump a fluid through the pump assembly; and a dampener positioned within the pump assembly configured to reduce sound generated by the pump assembly during operation of the pump assembly; wherein the pump housing comprises a chamber and the dampener is positioned within the chamber and characterized in that the chamber is integrally formed with the pump housing.
An enteral syringe comprising: a hollow syringe barrel adapted to receive a plunger for retraction and advancement within the syringe barrel to transfer a delivered fluid to and from a contained volume of the syringe barrel; and a dosing control coupling extending along an elongate axis from a first end to a second end, the first end comprising a cylindrical outer collar defining an internal chamber and a lumen extension tip projecting axially into the internal chamber of the collar, the second end comprising an end coupling for engagement with the syringe barrel; characterised in that the lumen extension is a separate piece and configured for removable coupling engagement with the dosing control coupling . a hollow syringe barrel adapted to receive a plunger for retraction and advancement within the syringe barrel to transfer a delivered fluid to and from a contained volume of the syringe barrel; and a dosing control coupling extending along an elongate axis from a first end to a second end, the first end comprising a cylindrical outer collar defining an internal chamber and a lumen extension tip projecting axially into the internal chamber of the collar, the second end comprising an end coupling for engagement with the syringe barrel; characterised in that the lumen extension is a separate piece and configured for removable coupling engagement with the dosing control coupling .
Vehicle comprising: - a body , - a door assembly comprising a door hingely connected to the body by at least one first hinge , a door frame , and a horizontally extending first guide unit ; and - a retractable stair assembly comprising: a stairway comprising a plurality of steps , wherein the stairway is configured to be horizontally retractable between a first position, in which the stairway is provided inside the body in an inverted upside-down orientation and a second position, in which the stairway is provided at least partly outside the body and still in the inverted upside-down orientation, a hand rail coupled on a first end to the first guide unit and on a second end opposing to the first end coupled to the stairway , the first end being provided moveable along the first guide unit , a second hinge provided to rotate the stairway in said second position from the inverted upside-down orientation to a third position in which the stairway is in the regular orientation. - a body , - a door assembly comprising a door hingely connected to the body by at least one first hinge , a door frame , and a horizontally extending first guide unit ; and a door hingely connected to the body by at least one first hinge , a door frame , and a horizontally extending first guide unit ; and - a retractable stair assembly comprising: a stairway comprising a plurality of steps , wherein the stairway is configured to be horizontally retractable between a first position, in which the stairway is provided inside the body in an inverted upside-down orientation and a second position, in which the stairway is provided at least partly outside the body and still in the inverted upside-down orientation, a hand rail coupled on a first end to the first guide unit and on a second end opposing to the first end coupled to the stairway , the first end being provided moveable along the first guide unit , a second hinge provided to rotate the stairway in said second position from the inverted upside-down orientation to a third position in which the stairway is in the regular orientation. a stairway comprising a plurality of steps , wherein the stairway is configured to be horizontally retractable between a first position, in which the stairway is provided inside the body in an inverted upside-down orientation and a second position, in which the stairway is provided at least partly outside the body and still in the inverted upside-down orientation, a hand rail coupled on a first end to the first guide unit and on a second end opposing to the first end coupled to the stairway , the first end being provided moveable along the first guide unit , a second hinge provided to rotate the stairway in said second position from the inverted upside-down orientation to a third position in which the stairway is in the regular orientation.
Use of a printing ink composition for printing conductive tracks and patterns, semiconductive tracks and patterns, emitting tracks and patterns and absorbing tracks and patterns, with a printing ink composition comprising a metal salt of a metal ion and a counter ion, and a viscosity adjusting agent, wherein the metal ion is present as a metal complex of the metal ion and the viscosity adjusting agent, wherein the viscosity adjusting agent comprises at least one functional ligand, wherein the functional ligand is selected from the group consisting of monofunctional ligands a monofunctional ligand being a ligand having one functional group, and multifunctional ligands a multifunctional ligand being a ligand having more than one functional groups, wherein the viscosity adjusting agent comprises a combination of at least one monofunctional ligand and at least one multifunctional ligand, and wherein the metal of the metal ion is chosen from Ag, Cu, Pd, Au, Pt, Ni, In, Sn, Al and Zn, preferably the metal is Ag or Cu.
Suction vehicle with a suction fan , a suction line and a suction mouth for guiding a suction flow, wherein the suction mouth comprises a base unit and an adapter unit arranged on the base unit , the adapter unit has a suction opening and an adapter outlet opening and the adapter unit can be decoupled from the suction vehicle and the base unit , wherein the suction vehicle is configured in such a way that the suction flows through the suction opening into the adapter unit , from the adapter unit through the adapter outlet opening into the base unit and through the suction line , characterised in that the adapter unit is designed in such a way that it can be moved laterally with respect to the main direction of travel onto the base unit for coupling with the suction vehicle. wherein the suction vehicle is configured in such a way that the suction flows through the suction opening into the adapter unit , from the adapter unit through the adapter outlet opening into the base unit and through the suction line , characterised in that the adapter unit is designed in such a way that it can be moved laterally with respect to the main direction of travel onto the base unit for coupling with the suction vehicle.
A ground station comprising: control channel receiver circuitry to receive airborne vehicle control channel packets from an airborne vehicle ; control channel decode circuitry to determine contents of the airborne vehicle control channel packets ; radio circuitry to receive downlink data from the airborne vehicle; processing circuitry ; and a memory device coupled to the processing circuitry, the memory device including a program stored thereon for execution by the processing circuitry to perform operations, the operations comprising: determining, based on contents of the airborne vehicle control channel packets, that the airborne vehicle is or will be within a specified distance of the radio circuitry; characterised by : waking up the radio circuitry to receive data from or transmit data to the airborne vehicle . control channel receiver circuitry to receive airborne vehicle control channel packets from an airborne vehicle ; control channel decode circuitry to determine contents of the airborne vehicle control channel packets ; radio circuitry to receive downlink data from the airborne vehicle; processing circuitry ; and a memory device coupled to the processing circuitry, the memory device including a program stored thereon for execution by the processing circuitry to perform operations, the operations comprising: determining, based on contents of the airborne vehicle control channel packets, that the airborne vehicle is or will be within a specified distance of the radio circuitry; characterised by : waking up the radio circuitry to receive data from or transmit data to the airborne vehicle . determining, based on contents of the airborne vehicle control channel packets, that the airborne vehicle is or will be within a specified distance of the radio circuitry; characterised by : waking up the radio circuitry to receive data from or transmit data to the airborne vehicle .
Method for validating a test plan for an object measurement using a coordinate measuring machine in preparation for a subsequent implementation or execution of the test plan, wherein the test plan includes at least one test feature to be quantified within the scope of the object measurement, wherein the quantification of the test feature is implemented on the basis of a measurement result of a plurality of reference elements of the object; wherein the method comprises: - obtaining at least one accuracy quantity for each of the reference elements , the accuracy quantity specifying an accuracy of the measurement result of a respective reference element ; and characterized by : - ascertaining an error influence of each reference element on the quantification of the test feature on the basis of the respective accuracy quantity; - ascertaining for each of the error influences whether it satisfies an error criterion, and should this be the case: - classifying a reference element assigned to this error influence as a critical reference element . wherein the test plan includes at least one test feature to be quantified within the scope of the object measurement, wherein the quantification of the test feature is implemented on the basis of a measurement result of a plurality of reference elements of the object; wherein the method comprises: - obtaining at least one accuracy quantity for each of the reference elements , the accuracy quantity specifying an accuracy of the measurement result of a respective reference element ; - obtaining at least one accuracy quantity for each of the reference elements , the accuracy quantity specifying an accuracy of the measurement result of a respective reference element ; and characterized by : - ascertaining an error influence of each reference element on the quantification of the test feature on the basis of the respective accuracy quantity; - ascertaining for each of the error influences whether it satisfies an error criterion, and should this be the case: - classifying a reference element assigned to this error influence as a critical reference element . - ascertaining an error influence of each reference element on the quantification of the test feature on the basis of the respective accuracy quantity; - ascertaining for each of the error influences whether it satisfies an error criterion, and should this be the case: - classifying a reference element assigned to this error influence as a critical reference element .
A method in a terminal device , the method comprising: receiving a content item and first repair data over a content delivery network via a first network connection; determining that the first repair data is not sufficient to correct an error in the content item; and receiving , by error correction circuitry , in response to the determination that the first repair data is not sufficient to correct an error in the content item, second repair data via a second network connection from a remote terminal device having received the content item over the content delivery network , wherein the first and second repair data are configured to enable error correction of the content item, and wherein said determining comprises estimating that the first repair data is not sufficient to correct an error in the content item based at least in part on one or more of the following: current context information, estimated context information, wherein - the current context information comprises one or more of the following: a current position of the terminal device, a current direction of motion of the terminal device, a current rate of motion of the terminal device, - the estimated context information comprises one or more of the following: an estimated future position of the terminal device, an estimated rate of motion of the terminal device. receiving a content item and first repair data over a content delivery network via a first network connection; determining that the first repair data is not sufficient to correct an error in the content item; and receiving , by error correction circuitry , in response to the determination that the first repair data is not sufficient to correct an error in the content item, second repair data via a second network connection from a remote terminal device having received the content item over the content delivery network , wherein the first and second repair data are configured to enable error correction of the content item, and wherein said determining comprises estimating that the first repair data is not sufficient to correct an error in the content item based at least in part on one or more of the following: current context information, estimated context information, wherein - the current context information comprises one or more of the following: a current position of the terminal device, a current direction of motion of the terminal device, a current rate of motion of the terminal device, - the estimated context information comprises one or more of the following: an estimated future position of the terminal device, an estimated rate of motion of the terminal device. - the current context information comprises one or more of the following: a current position of the terminal device, a current direction of motion of the terminal device, a current rate of motion of the terminal device, - the estimated context information comprises one or more of the following: an estimated future position of the terminal device, an estimated rate of motion of the terminal device.
A method of controlling wireless transmissions in a wireless communication system, the method comprising: an access point (10; 1100; 1300; 1500) of the wireless communication system operating on a primary bandwidth part of a medium, said operating on the primary bandwidth part being based on carrier sensing to gain access to the primary bandwidth part of the medium; the access point (10; 1100; 1300; 1500) scanning a secondary bandwidth part of the medium to detect control messages transmitted on the secondary bandwidth part, without performing carrier sensing to gain access to the secondary bandwidth part of the medium; the access point (10; 1100; 1300; 1500) detecting a control message indicating that another access point (10; 1100; 1300; 1500) reserved a transmission opportunity, TXOP, on the secondary bandwidth part of the medium; and in response to the control message, the access point (10; 1100; 1300; 1500) cooperating with the other access point (10; 1100; 1300; 1500) by sharing the TXOP for performing one or more transmissions of data. an access point (10; 1100; 1300; 1500) of the wireless communication system operating on a primary bandwidth part of a medium, said operating on the primary bandwidth part being based on carrier sensing to gain access to the primary bandwidth part of the medium; the access point (10; 1100; 1300; 1500) scanning a secondary bandwidth part of the medium to detect control messages transmitted on the secondary bandwidth part, without performing carrier sensing to gain access to the secondary bandwidth part of the medium; the access point (10; 1100; 1300; 1500) detecting a control message indicating that another access point (10; 1100; 1300; 1500) reserved a transmission opportunity, TXOP, on the secondary bandwidth part of the medium; and in response to the control message, the access point (10; 1100; 1300; 1500) cooperating with the other access point (10; 1100; 1300; 1500) by sharing the TXOP for performing one or more transmissions of data.
Electronic device for processing images, comprising at least one pipeline (PP1, PP2), each pipeline (PP1, PP2) being intended to process frames of data of images at the pace of a frame rate (DT), an internal memory including for each pipeline (PP1, PP2) a set of descriptors (D1PP1, D2PP1, D3PP1, D4PP1, D1PP2, D2PP2, D3PP2) disposed according to an order (ORD1, ORD2), each descriptor (D1PP1, D2PP1, D3PP1, D4PP1, D1PP2, D2PP2, D3PP2) including information relative to a function (PV1, PV2, PV3, PV4) intended to be activated by the corresponding pipeline on at least one frame of data of images, the functions associated with the various descriptors being different, and control means (MC) configured to, for each pipeline (PP1, PP2), read the corresponding set of descriptors (D1PP1, D2PP1, D3PP1, D4PP1, D1PP2, D2PP2, D3PP2) in a sequential and cyclical manner according to said order (ORD1, ORD2) at the pace of one descriptor per at least one frame of data of images (F1, F2, F3, F4) and memorise the information corresponding to the descriptor read, each pipeline (PP1, PP2) being configured to activate on each frame of data of images (F1, F2, F3, F4) the function (PV1, PV2, PV3, PV4) corresponding to the information memorised. an internal memory including for each pipeline (PP1, PP2) a set of descriptors (D1PP1, D2PP1, D3PP1, D4PP1, D1PP2, D2PP2, D3PP2) disposed according to an order (ORD1, ORD2), each descriptor (D1PP1, D2PP1, D3PP1, D4PP1, D1PP2, D2PP2, D3PP2) including information relative to a function (PV1, PV2, PV3, PV4) intended to be activated by the corresponding pipeline on at least one frame of data of images, the functions associated with the various descriptors being different, and control means (MC) configured to, for each pipeline (PP1, PP2), read the corresponding set of descriptors (D1PP1, D2PP1, D3PP1, D4PP1, D1PP2, D2PP2, D3PP2) in a sequential and cyclical manner according to said order (ORD1, ORD2) at the pace of one descriptor per at least one frame of data of images (F1, F2, F3, F4) and memorise the information corresponding to the descriptor read, each pipeline (PP1, PP2) being configured to activate on each frame of data of images (F1, F2, F3, F4) the function (PV1, PV2, PV3, PV4) corresponding to the information memorised.