mhurhangee/patent-ind-claim-en huggingface dataset:
A method of providing zero configuration (zeroconf) networking across multiple multicast domains , comprising the steps of: at a gateway configured to communicate with both a first multicast domain and a second multicast domain, bridging a zeroconf multicast service between the first multicast domain and the second multicast domain, by receiving a zeroconf multicast service discovery query from a client device in the first multicast domain; re-broadcasting the zeroconf multicast service discovery query in the second multicast domain; and receiving multicast service advertisements of client devices in the second multicast domain in response to the multicast service discovery query; the method characterised by further comprising fencing access to a zeroconf service from the second multicast domain to the first multicast domain by the gateway on the basis of a pre-determined proximity, wherein the pre-determined proximity includes a proximity to an access point. at a gateway configured to communicate with both a first multicast domain and a second multicast domain, bridging a zeroconf multicast service between the first multicast domain and the second multicast domain, by receiving a zeroconf multicast service discovery query from a client device in the first multicast domain; re-broadcasting the zeroconf multicast service discovery query in the second multicast domain; and receiving multicast service advertisements of client devices in the second multicast domain in response to the multicast service discovery query; receiving a zeroconf multicast service discovery query from a client device in the first multicast domain; re-broadcasting the zeroconf multicast service discovery query in the second multicast domain; and receiving multicast service advertisements of client devices in the second multicast domain in response to the multicast service discovery query; the method characterised by further comprising fencing access to a zeroconf service from the second multicast domain to the first multicast domain by the gateway on the basis of a pre-determined proximity, wherein the pre-determined proximity includes a proximity to an access point.
A weighing apparatus comprising: a conveyance unit configured to convey an article; a weighing unit configured to output an original signal corresponding to a weighing component of a force applied to the conveyance unit ; a disturbance vibration detecting unit configured to output an original vibration signal corresponding to a disturbance vibration received by the weighing unit ; and a processing unit configured to perform a weighing process based on at least the original signal when the article is positioned on the conveyance unit and when the conveyance unit is in operation, characterized in that the processing unit is configured to perform a determining process of determining whether to perform the weighing process using the original vibration signal based on both the original signal and the original vibration signal, the original signal and the original vibration signal being output both when the article is not positioned on the conveyance unit and when the conveyance unit is in operation, and the processing unit is configured to perform the weighing process according to the determining result of the determining process. a conveyance unit configured to convey an article; a weighing unit configured to output an original signal corresponding to a weighing component of a force applied to the conveyance unit ; a disturbance vibration detecting unit configured to output an original vibration signal corresponding to a disturbance vibration received by the weighing unit ; and a processing unit configured to perform a weighing process based on at least the original signal when the article is positioned on the conveyance unit and when the conveyance unit is in operation, characterized in that the processing unit is configured to perform a determining process of determining whether to perform the weighing process using the original vibration signal based on both the original signal and the original vibration signal, the original signal and the original vibration signal being output both when the article is not positioned on the conveyance unit and when the conveyance unit is in operation, and the processing unit is configured to perform the weighing process according to the determining result of the determining process.
A method of testing whether a patient suffering of multiple myeloma will respond or not to a DNA methyltransferase inhibitor (DNMTi) comprising: i. determining the expression level (ELi) of the 47 genes G 1 -G 47 from table A in a biological sample obtained from said patient ii. comparing the expression level (ELi) determined at step i) with a predetermined reference level (ELRi) iii. calculating the DMS score trough the following formula DMS = ∑ i = 1 n βi × Ci wherein βi represent the regression β coefficient reference value for the gene G i and Ci = 1 if the expression of the gene G i (ELi) is higher than the predetermined reference level (ELRi) or Ci = -1 if the expression of the gene (ELi) is lower than or equal to the predetermined reference level (ELRi) iv. comparing the score DMS determined at step iii) with a predetermined reference value DMS R v. and concluding that the patient will respond to the DNMTi when the DMS score is higher than the predetermined reference value DMS R or concluding that the patient will not respond to the DNMTi when the DMS score is lower than the predetermined reference value DMS R . i. determining the expression level (ELi) of the 47 genes G 1 -G 47 from table A in a biological sample obtained from said patient ii. comparing the expression level (ELi) determined at step i) with a predetermined reference level (ELRi) iii. calculating the DMS score trough the following formula DMS = ∑ i = 1 n βi × Ci wherein βi represent the regression β coefficient reference value for the gene G i and Ci = 1 if the expression of the gene G i (ELi) is higher than the predetermined reference level (ELRi) or Ci = -1 if the expression of the gene (ELi) is lower than or equal to the predetermined reference level (ELRi) iv. comparing the score DMS determined at step iii) with a predetermined reference value DMS R v. and concluding that the patient will respond to the DNMTi when the DMS score is higher than the predetermined reference value DMS R or concluding that the patient will not respond to the DNMTi when the DMS score is lower than the predetermined reference value DMS R .
Appliance for preparing baby or toddler food, comprising a water container or a water connection, comprising a pump device , comprising a heating apparatus for heating water and/or for generating water vapour, comprising a cleaning apparatus for cleaning a bottle for receiving the baby or toddler food by means of heated water and/or water vapour, and comprising a filling apparatus for filling the bottle with the baby or toddler food, in particular with heated water and a food supplement, in particular milk powder, wherein the bottle can be coupled to a holding device of the appliance which holds the bottle during cleaning and filling, and wherein said holding device forms a receiving chamber in which the bottle is received during cleaning and also filling, wherein the holding device with the bottle coupled thereto can be arranged in a first orientation in a cleaning station on the appliance in order to clean the bottle and wherein the holding device can be arranged in the first orientation in the cleaning station by means of a releasable connection mechanism on the appliance , wherein the connection mechanism comprises a bayonet locking mechanism , a clamping mechanism or a snapping, latching or otherwise engaging and then releasable mechanism, and wherein the holding device with the bottle coupled thereto can be arranged in a second orientation in a filling station on the appliance in order to fill the bottle, and wherein the holding device with the bottle coupled thereto can be taken off the appliance by manually gripping the holding device with the bottle coupled thereto proceeding from the first orientation in the cleaning station and can be arranged on the appliance again in the second orientation in the filling station , or wherein the holding device with the bottle coupled thereto is manually supported in the state arranged on the appliance or can be brought from the first orientation in the cleaning station into the second orientation in the filling station by means of a mechanical, in particular motor-assisted adjusting mechanism . wherein the holding device with the bottle coupled thereto can be taken off the appliance by manually gripping the holding device with the bottle coupled thereto proceeding from the first orientation in the cleaning station and can be arranged on the appliance again in the second orientation in the filling station , or wherein the holding device with the bottle coupled thereto is manually supported in the state arranged on the appliance or can be brought from the first orientation in the cleaning station into the second orientation in the filling station by means of a mechanical, in particular motor-assisted adjusting mechanism .
Multi-layer composite, comprising at least a first cover layer or a first and a second cover layer, a core layer and cavities between the core layer and the cover layer or the cover layers, wherein the core layer consists of a lightweight panel element, where the lightweight panel element extends along a - in particular flat - surface, wherein the lightweight panel element has a first wave-shaped course of a first wave running along the surface with an elongation that changes along a first direction of propagation, in which wave crests of the top and bottom of the lightweight panel element are arranged in parallel to one another along a second direction of propagation, wherein this second direction of propagation being at an angle α with 0° < α < 90°, preferably approximately 90°, to the first propagation direction and along the surface, wherein the core layer is bonded to the first cover layer or the first cover layer and the second cover layer over the surface, the core layer being located between the first cover layer and the second cover layer if the multilayer composite has the second cover layer, and wherein the cover layer or one of the cover layers is flat, wherein the lightweight panel element has a thickness in the range of from 0.1 to 5 mm, wherein the term "thickness" means the smallest distance between two opposite surfaces of the lightweight panel element, characterized in that the lightweight panel element consists of wood fibers and adhesive and that the wood fibers are connected to one another with the aid of the adhesive to increase the strength of the lightweight panel element.
A heat exchanger for use in a desiccant air conditioning system, comprising: a plurality of membrane-covered structures facing each other in a generally parallel arrangement and being spaced apart to define air channels therebetween through which an air flow to be treated by the desiccant air conditioning system can flow, each of said membrane-covered structures comprising: a structure having a hollow interior portion defining a heat transfer fluid channel through which a heat transfer fluid can flow, said structure also having one or more outer hydrophobic polymer surfaces; and one or more hydrophobic polymer membranes covering the one or more outer surfaces of the structure to define a liquid desiccant gap therebetween through which a liquid desiccant can flow, each membrane being heat sealed to the outer surface of the structure at discrete locations spaced apart by less than 50 mm on the outer surface to define liquid desiccant flow channels, wherein the liquid desiccant flow channels have a channel height measured from the outer surface to the membrane not exceeding 0.5 mm; and a liquid desiccant pressure regulator connected to a liquid desiccant inlet of the heat exchanger , said pressure regulator configured to maintain a positive pressure at the liquid desiccant flow channels not exceeding a given preset value at a flow rate sufficient to fill each of the liquid desiccant flow channels across a given range of liquid desiccant temperature and concentration conditions, said liquid desiccant pressure regulator configured to divert a portion of the liquid desiccant flowing to the heat exchanger to a liquid desiccant tank in order to maintain a constant liquid desiccant pressure at the liquid desiccant flow channels. a structure having a hollow interior portion defining a heat transfer fluid channel through which a heat transfer fluid can flow, said structure also having one or more outer hydrophobic polymer surfaces; and one or more hydrophobic polymer membranes covering the one or more outer surfaces of the structure to define a liquid desiccant gap therebetween through which a liquid desiccant can flow, each membrane being heat sealed to the outer surface of the structure at discrete locations spaced apart by less than 50 mm on the outer surface to define liquid desiccant flow channels, wherein the liquid desiccant flow channels have a channel height measured from the outer surface to the membrane not exceeding 0.5 mm; and a liquid desiccant pressure regulator connected to a liquid desiccant inlet of the heat exchanger , said pressure regulator configured to maintain a positive pressure at the liquid desiccant flow channels not exceeding a given preset value at a flow rate sufficient to fill each of the liquid desiccant flow channels across a given range of liquid desiccant temperature and concentration conditions, said liquid desiccant pressure regulator configured to divert a portion of the liquid desiccant flowing to the heat exchanger to a liquid desiccant tank in order to maintain a constant liquid desiccant pressure at the liquid desiccant flow channels.
A drawer pull-out guide , comprising: - at least two guide rails displaceably supported relative to one another, - at least one running carriage having load-transmitting rolling bodies , the running carriage being displaceably supported between the at least two guide rails , and the guide rails , upon a movement of the at least one running carriage , adopt a predefined relative position to one another, provided that no malposition of the guide rails to one another is present, - a compensation device for compensating for a malposition, deviating from the predefined relative position, of the guide rails to one another, the compensation device including an actuating device configured to be actuated by one of the guide rails , and the actuating device compensates for the malposition upon an actuation, characterized in that a switching device is provided for switching the actuating device of the compensation device out of engagement with the guide rail , if the predefined relative position of the guide rails to another is present. - at least two guide rails displaceably supported relative to one another, - at least one running carriage having load-transmitting rolling bodies , the running carriage being displaceably supported between the at least two guide rails , and the guide rails , upon a movement of the at least one running carriage , adopt a predefined relative position to one another, provided that no malposition of the guide rails to one another is present, - a compensation device for compensating for a malposition, deviating from the predefined relative position, of the guide rails to one another, the compensation device including an actuating device configured to be actuated by one of the guide rails , and the actuating device compensates for the malposition upon an actuation,
Method for operating an elevator comprising an operating panel , the operating panel having a plurality of capacitive buttons and a control unit which evaluates a change in capacitance of the capacitive buttons in order to detect an actuation of the button , characterized in that , if an actuation of a first button is detected, the actuation duration of this first button exceeds a predetermined first time period, and an actuation of at least one second button arranged adjacent to the first button is detected, then the actuation of the first button is controlled on the basis of a change in capacitance of the actuated second button such that the control unit cancels the actuation of the first button if the actuation of the second button continues during a predetermined check period. if an actuation of a first button is detected, the actuation duration of this first button exceeds a predetermined first time period, and an actuation of at least one second button arranged adjacent to the first button is detected, then the actuation of the first button is controlled on the basis of a change in capacitance of the actuated second button such that the control unit cancels the actuation of the first button if the actuation of the second button continues during a predetermined check period.
A data transmitter (100_1), comprising: means for generating transmission data packets, configured to split a first data packet into at least three transmission data packets (104_1-104_n), wherein each of the at least three transmission data packets (104_1-104_n) is shorter than the first data packet , the means for generating data packets being configured to channel-encode the at least three transmission data packets (104_1-104_n), wherein, caused by the used channel encoding, only a portion of the transmission data packets (104_1-104_n) is required for decoding the first data packet ; means for transmitting data packets, configured to transmit the at least three transmission data packets (104_1-104_n) via a communications channel with a time gap ; characterized in that the means for transmitting data packets is configured to discard a transmission data packet, waiting for transmission, of the at least three transmission data packets (104_1-104_n), so that the transmission data packet, waiting for transmission, is not transmitted if there is a further transmission data packet waiting for transmission at the time of transmitting the one transmission data packet; wherein the means for transmitting data packets is configured to transmit the further transmission data packet via the communications channel. means for generating transmission data packets, configured to split a first data packet into at least three transmission data packets (104_1-104_n), wherein each of the at least three transmission data packets (104_1-104_n) is shorter than the first data packet , the means for generating data packets being configured to channel-encode the at least three transmission data packets (104_1-104_n), wherein, caused by the used channel encoding, only a portion of the transmission data packets (104_1-104_n) is required for decoding the first data packet ; means for transmitting data packets, configured to transmit the at least three transmission data packets (104_1-104_n) via a communications channel with a time gap ; characterized in that the means for transmitting data packets is configured to discard a transmission data packet, waiting for transmission, of the at least three transmission data packets (104_1-104_n), so that the transmission data packet, waiting for transmission, is not transmitted if there is a further transmission data packet waiting for transmission at the time of transmitting the one transmission data packet; wherein the means for transmitting data packets is configured to transmit the further transmission data packet via the communications channel.
Apparatus (1; 1'; 1"; 1′′′) for producing a fibre composite component, having a shaping tool (2; 2'; 2"), wherein the shaping tool (2; 2'; 2") is in the form of a running surface (6; 6'), and a laying unit (3; 103; 203; 303) having: a drive device (10; 10'; 110; 210; 310), which is designed to magnetically interact with the running surface (6; 6'), which is ferromagnetic and/or provides a magnetic field, for the purpose of advancing the laying unit on the running surface (6; 6'), wherein the drive device (10; 110; 210; 310) comprises controllable magnets , which are designed to hold the laying unit (3; 103; 203; 303) on the running surface and/or to drive said laying unit in a predetermined advancement upon interaction with the ferromagnetic running surface , or wherein the drive device (10'; 110; 210; 310) comprises a ferromagnetic mass element , which is designed to hold the laying unit (3; 103; 203; 303) on the running surface and/or to drive said laying unit in a predetermined advancement upon interaction with the running surface that provides a magnetic field, wherein the laying unit (3; 103; 203; 303) can be advanced on the running surface (6; 6') by magnetic interaction of the drive device (10; 110; 210; 310) with the running surface . a drive device (10; 10'; 110; 210; 310), which is designed to magnetically interact with the running surface (6; 6'), which is ferromagnetic and/or provides a magnetic field, for the purpose of advancing the laying unit on the running surface (6; 6'), wherein the drive device (10; 110; 210; 310) comprises controllable magnets , which are designed to hold the laying unit (3; 103; 203; 303) on the running surface and/or to drive said laying unit in a predetermined advancement upon interaction with the ferromagnetic running surface , or wherein the drive device (10'; 110; 210; 310) comprises a ferromagnetic mass element , which is designed to hold the laying unit (3; 103; 203; 303) on the running surface and/or to drive said laying unit in a predetermined advancement upon interaction with the running surface that provides a magnetic field, wherein the laying unit (3; 103; 203; 303) can be advanced on the running surface (6; 6') by magnetic interaction of the drive device (10; 110; 210; 310) with the running surface .