mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing an electronic device comprising a radiofrequency resonator connected to a printed circuit board , the method comprising: - a step for manufacturing the resonator ; and - a step for fastening the resonator to the printed circuit board in an assembled position, the step for manufacturing the resonator comprising a step for three-dimensional printing of at least one blank of the resonator , the manufacturing step by three-dimensional printing comprising manufacturing the blank of the resonator , and the method next comprises a step for depositing a conductive coating on the blank , the deposition step comprising an electrolysis deposition step, the blank of the resonator is made at least partially from a non-electrically conductive material and characterized in that the method comprises a step for applying an electrically conductive sub-layer on the blank before the deposition by electrolysis. - a step for manufacturing the resonator ; and - a step for fastening the resonator to the printed circuit board in an assembled position,
A computer- implemented method for calibrating a flow meter, including the following steps: - array of error dependencies E pi as a function of flow rate V i is taken for temperature T 1 , where i = (1, 2...,n); - values of kinematic viscosity v 1 for temperature T 1 and of kinematic viscosity v 2 for temperature T 2 ≠ T 1 are calculated ; - values of flow rate array V Ri are calculated , where V Ri * v 1 = V i * v 2 , where i = (1, 2...,n); - a corresponding error E pi is assigned V Ri → E pi to the values of the flow rate calculated in the previous step, obtaining as a result an array of error dependencies E pi as a function of flow rate V Ri for temperature T 2 ≠ T 1 , where i = (1,2...,n); - the array of dependencies from the previous step is saved in the memory of the flow meter. - array of error dependencies E pi as a function of flow rate V i is taken for temperature T 1 , where i = (1, 2...,n); - values of kinematic viscosity v 1 for temperature T 1 and of kinematic viscosity v 2 for temperature T 2 ≠ T 1 are calculated ; - values of flow rate array V Ri are calculated , where V Ri * v 1 = V i * v 2 , where i = (1, 2...,n); - a corresponding error E pi is assigned V Ri → E pi to the values of the flow rate calculated in the previous step, obtaining as a result an array of error dependencies E pi as a function of flow rate V Ri for temperature T 2 ≠ T 1 , where i = (1,2...,n); - the array of dependencies from the previous step is saved in the memory of the flow meter.
Bus coupler for a network, in particular for an optical ring network, comprising a bus participant interface for data connection to at least one bus participant device ; a bus receiving interface for receiving bus input data via a bus line ; and a bus transmitting interface for transmitting bus output data via the bus line ; and a control unit , which is configured to generate bus output data based on participant input data received via the bus participant interface , wherein the bus output data comprise bus control data, and to transfer them to a further bus coupler by means of the bus transmitting interface ; wherein the control unit is further configured to determine a control signal based on the bus input data, which comprise bus control data, received by means of the bus receiving interface and to perform a relaying of the bus input data to the further bus coupler based on the determined control signal, characterized in that the control unit is further configured to transfer the bus input data received by means of the bus receiving interface to the further bus coupler one byte at a time depending on the control signal, with the result that the relaying of the data is effected one byte at a time. a bus participant interface for data connection to at least one bus participant device ; a bus receiving interface for receiving bus input data via a bus line ; and a bus transmitting interface for transmitting bus output data via the bus line ; and a control unit , which is configured to generate bus output data based on participant input data received via the bus participant interface , wherein the bus output data comprise bus control data, and to transfer them to a further bus coupler by means of the bus transmitting interface ; wherein the control unit is further configured to determine a control signal based on the bus input data, which comprise bus control data, received by means of the bus receiving interface and to perform a relaying of the bus input data to the further bus coupler based on the determined control signal, characterized in that the control unit is further configured to transfer the bus input data received by means of the bus receiving interface to the further bus coupler one byte at a time depending on the control signal, with the result that the relaying of the data is effected one byte at a time.
A drivetrain module for a motor vehicle, comprising a flywheel with a flywheel housing ; and a crankshaft starter-generator (CSG) which can be arranged in a positionally fixed manner at the drive input side on the flywheel housing and at the drive output side on a transmission , wherein a rotor of the crankshaft starter-generator can be releasably rotationally conjointly coupled to the flywheel , wherein, to the flywheel , there is fastened a support device which extends in an axial direction (A) at the drive output side and along which the rotor is displaceable in the axial direction (A) when the rotor is released from the flywheel , and characterized in that a) the support device has, on an end region facing away from the flywheel , a projection in the direction of the rotor ; and/or b) a part , which extends in the axial direction (A), of the support device has a larger diameter at an end region facing away from the flywheel than in an adjoining central region; and/or c) a part, which extends in the axial direction (A), of the support device has, at an end region facing toward the flywheel , a slope with an adjoining fitting surface . a flywheel with a flywheel housing ; and a crankshaft starter-generator (CSG) which can be arranged in a positionally fixed manner at the drive input side on the flywheel housing and at the drive output side on a transmission , wherein a rotor of the crankshaft starter-generator can be releasably rotationally conjointly coupled to the flywheel , wherein, to the flywheel , there is fastened a support device which extends in an axial direction (A) at the drive output side and along which the rotor is displaceable in the axial direction (A) when the rotor is released from the flywheel , and characterized in that a) the support device has, on an end region facing away from the flywheel , a projection in the direction of the rotor ; and/or b) a part , which extends in the axial direction (A), of the support device has a larger diameter at an end region facing away from the flywheel than in an adjoining central region; and/or c) a part, which extends in the axial direction (A), of the support device has, at an end region facing toward the flywheel , a slope with an adjoining fitting surface . a) the support device has, on an end region facing away from the flywheel , a projection in the direction of the rotor ; and/or b) a part , which extends in the axial direction (A), of the support device has a larger diameter at an end region facing away from the flywheel than in an adjoining central region; and/or c) a part, which extends in the axial direction (A), of the support device has, at an end region facing toward the flywheel , a slope with an adjoining fitting surface .
A power supply system comprising: an input configured to receive input power from an input power source; an output configured to provide output power to a load; a power factor correction circuit coupled to the input ; an inverter having an input connection coupled to the power factor correction circuit and an output connection coupled to the output , the inverter further comprising an inverter switch ; a DC bus coupled to the power factor correction circuit and the inverter ; a capacitor coupled to the DC bus and switchably connected to the input connection of the inverter ; and a switching circuit coupled to the inverter , the switching circuit configured to: direct power from the input to the input connection of the inverter , by passing the capacitor , when in a first mode of operation, wherein the inverter switch remains constantly on in the first mode of operation, and wherein the inverter provides AC power to the output in the first mode of operation; and simultaneously direct power from the input to the input connection of the inverter and DC power from the capacitor to the input connection of the inverter when in a second mode of operation. an input configured to receive input power from an input power source; an output configured to provide output power to a load; a power factor correction circuit coupled to the input ; an inverter having an input connection coupled to the power factor correction circuit and an output connection coupled to the output , the inverter further comprising an inverter switch ; a DC bus coupled to the power factor correction circuit and the inverter ; a capacitor coupled to the DC bus and switchably connected to the input connection of the inverter ; and a switching circuit coupled to the inverter , the switching circuit configured to: direct power from the input to the input connection of the inverter , by passing the capacitor , when in a first mode of operation, wherein the inverter switch remains constantly on in the first mode of operation, and wherein the inverter provides AC power to the output in the first mode of operation; and simultaneously direct power from the input to the input connection of the inverter and DC power from the capacitor to the input connection of the inverter when in a second mode of operation. direct power from the input to the input connection of the inverter , by passing the capacitor , when in a first mode of operation, wherein the inverter switch remains constantly on in the first mode of operation, and wherein the inverter provides AC power to the output in the first mode of operation; and simultaneously direct power from the input to the input connection of the inverter and DC power from the capacitor to the input connection of the inverter when in a second mode of operation.
Household dishwasher with a receiving compartment for receiving items to be washed , having a pump sump , a heat pump assembly through which, during operation, a heat transfer medium flows, wherein the heat pump assembly comprises inter alia a condenser in the form of a plate condenser which can be used to transfer heat from the heat transfer medium to a washing liquor circulating in the household dishwasher , and at least one spray assembly which can be used to supply washing liquor to the items to be washed , wherein the household dishwasher has a first flow path for the washing liquor extending from the pump sump to the spray assembly , and wherein the household dishwasher has a second flow path extending from the pump sump to the plate condenser , wherein the household dishwasher has at least one means which is embodied to prevent or hinder foreign matter that is swept along with the washing liquor from adhering to a surface of the plate condenser facing the washing liquor , wherein the means is embodied as a filter assembly , characterised in that the filter assembly has a mesh size, the sum of which amounts to between 2 mm and 8 mm, preferably between 4 mm and 6 mm, wherein the mesh size of the filter assembly is smaller than the smallest distance between two opposing sides of the surface of the plate condenser facing the washing liquor , and wherein the means is provided by the distance (D) between each two adjacent walls of the plate condenser , between which a flow channel (SK) for the flow-through of washing liquor to be heated is present during operation of the heat pump assembly, being selected to be at least equal to 4.5 mm, and by the distance (W) between each two adjacent connecting points , which are provided between each two adjacent walls of the plate condenser , between which a flow channel (SK) for the flow-through of washing liquor to be heated is present during operation of the heat pump assembly, being selected to be at least equal to 4.5 mm.
A gas boiler comprising: a burner on which a burner flange is disposed in a circumferential direction, the burner burning a pre-mixed gas; a gas supply chamber seated and coupled to an upper portion of the burner to supply the pre-mixed gas to the burner , the gas supply chamber having a chamber flange that is shape-matched to the burner flange to surface-contact the burner flange; and a sealing member disposed between the burner and the gas supply chamber to prevent the pre-mixed gas supplied from the gas supply chamber to the burner from leaking between the gas supply chamber and the burner ; characterized in that a groove , to which the sealing member is installed, is defined in the chamber flange of the gas supply chamber ; the sealing member comprises: a body inserted into the groove ; and a plurality of protrusions of which one portion protrudes from the body towards the gas supply chamber and the other portion protrudes towards the burner , wherein the plurality of protrusions extends from the body , wherein the one portion of the plurality of protrusions inclinedly protrudes upward to the gas supply chamber , and the other portion of the plurality of protrusions inclinedly protrudes downward to the burner , and when the sealing member is disposed in the groove , and the burner is coupled to the gas supply chamber , the plurality of protrusions are lain and pushed towards the body . a burner on which a burner flange is disposed in a circumferential direction, the burner burning a pre-mixed gas; a gas supply chamber seated and coupled to an upper portion of the burner to supply the pre-mixed gas to the burner , the gas supply chamber having a chamber flange that is shape-matched to the burner flange to surface-contact the burner flange; and a sealing member disposed between the burner and the gas supply chamber to prevent the pre-mixed gas supplied from the gas supply chamber to the burner from leaking between the gas supply chamber and the burner ; characterized in that a groove , to which the sealing member is installed, is defined in the chamber flange of the gas supply chamber ; a body inserted into the groove ; and a plurality of protrusions of which one portion protrudes from the body towards the gas supply chamber and the other portion protrudes towards the burner , wherein the plurality of protrusions extends from the body , wherein the one portion of the plurality of protrusions inclinedly protrudes upward to the gas supply chamber , and the other portion of the plurality of protrusions inclinedly protrudes downward to the burner , and when the sealing member is disposed in the groove , and the burner is coupled to the gas supply chamber , the plurality of protrusions are lain and pushed towards the body .
Household refrigeration appliance with an internal compartment for holding food, which is bounded by walls of an internal container , and with a food storage container for food, which is arranged in the internal compartment and can be closed by a lid , and with a mounting device , which mounts the lid in the internal compartment in such a manner that it can be raised and lowered to open and close the food storage container , and with an operating element which can be used to actuate the lid , wherein it is possible for the operating element to be actuated on an actuation path to actuate the lid and for the lid to be positioned in a first closed position and at least in a second completely open position as a function of a position of the operating element , wherein the operating element itself has a display unit to display symbolic information as a function of the position of the lid , characterised in that the display unit has an information disk with information elements configured in a fixed position and permanently thereon, wherein the information disk is arranged in the operating element and wherein the information disk is fastened in a fixed position on an operating element support , on which the operating element is arranged in such a manner that it can be moved relative thereto.
A system for a vehicle, particularly an aircraft, comprising a trolley for collecting waste products in a vehicle, comprising: - a trolley housing with an upper housing opening to a housing interior of the trolley housing , - a waste enclosure that is suspended in the housing interior and provided with an upper enclosure opening , wherein the enclosure opening and the housing opening are arranged relative to one another, such that the waste products can be introduced through the housing opening and the enclosure opening , wherein the housing opening is closable with a trolley housing cover that is pivotably mounted on the trolley housing , wherein waste products can be collected when the trolley housing cover is opened, wherein the trolley comprises a liquid receiving container for separately collecting liquid waste, the liquid receiving container having an upper container opening , which is closable by a container cover and openable to fill in liquid waste, wherein the liquid receiving container is detachably connected to the trolley housing , wherein the liquid receiving container comprises a container suction port , by means of which a fluidic connection can be produced in order to extract a fluid from a bottom section of an interior of the liquid receiving container , the system further comprising a galley cabin monument , comprising a sink and a cabin docking station attached to the sink and having a station suction port , wherein the liquid receiving container is detachably coupleable by means of an associated coupling unit to the cabin docking station , and wherein the station suction port of the cabin docking station is realized in such a way that a fluidic connection between the container suction port and the station suction port of the cabin docking station is produced when the liquid receiving container is coupled by means of the associated coupling unit to the cabin docking station . - a trolley housing with an upper housing opening to a housing interior of the trolley housing , - a waste enclosure that is suspended in the housing interior and provided with an upper enclosure opening ,
Cleaning apparatus for cleaning items to be cleaned , wherein the cleaning apparatus comprises a cleaning chamber for receiving the items to be cleaned , wherein the cleaning apparatus comprises, in the cleaning chamber , at least one fluid source for subjecting the items to be cleaned to the action of at least one cleaning fluid, wherein the cleaning apparatus further comprises at least one plasma source , wherein the plasma source is designed to ignite at least one plasma in at least one gas and to generate at least one reactive gas, wherein the cleaning apparatus is designed to bring the reactive gas into contact with at least part of the items to be cleaned , wherein the cleaning apparatus comprises a one-chamber cleaning apparatus having exactly one cleaning chamber , wherein the cleaning chamber can be opened and closed in order to input and remove the items to be cleaned , wherein the one-chamber cleaning apparatus comprises a cleaning and disinfection unit for cleaning care utensils, wherein the care utensils are suitable for receiving liquid and/or solid human excretions of at least 100 ml, wherein the cleaning and disinfection unit comprises at least one drain for the disposal of excretions contained in the care utensils, wherein the drain is formed with an odour trap , wherein the cleaning apparatus is designed to discharge the reactive gas from the cleaning chamber into the drain after the odour trap , wherein the cleaning apparatus is designed to convey the reactive gas, after contact with at least part of the items to be cleaned , through at least one preparation apparatus , in particular at least one filter and/or at least one catalyst .
A fixture comprising: a member to be fixed , a support member attached to the member to be fixed and a retaining member extending in a nearly horizontal direction to intersect with the direction along which the member to be fixed extends so that one end thereof is supported by the support member and positioned below the member to be fixed to hang and hold articles in position, wherein the support member is composed of a first support member that supports the retaining member at a first position, a second support member that supports the retaining member at a second position, and a coupling component that connects the first support member and the second support member , wherein the coupling component is mounted on the upper surface of the member to be fixed , and wherein a first and a second hole (H1, H2) are formed in the first and the second support members through which the retaining member passes, respectively, wherein the first support member or the second support member , or the first support member and the second support member is provided with fixing means for fixing the retaining member , characterised in that the second support member is provided with a positioning member that determines the position of the retaining member in its longitudinal direction, and wherein the tip of the retaining member is tapered or chamfered, the retaining member is detachably attached to the support member . a member to be fixed , a support member attached to the member to be fixed and a retaining member extending in a nearly horizontal direction to intersect with the direction along which the member to be fixed extends so that one end thereof is supported by the support member and positioned below the member to be fixed to hang and hold articles in position, wherein the support member is composed of a first support member that supports the retaining member at a first position, a second support member that supports the retaining member at a second position, and a coupling component that connects the first support member and the second support member , wherein the coupling component is mounted on the upper surface of the member to be fixed , and wherein a first and a second hole (H1, H2) are formed in the first and the second support members through which the retaining member passes, respectively, wherein the first support member or the second support member , or the first support member and the second support member is provided with fixing means for fixing the retaining member , characterised in that the second support member is provided with a positioning member that determines the position of the retaining member in its longitudinal direction, and wherein the tip of the retaining member is tapered or chamfered, the retaining member is detachably attached to the support member .