mhurhangee/patent-ind-claim-en huggingface dataset:
A flow system for multiparameter data acquisition, particle sorting and enumeration, the system comprising: a fluidics system configured to propagate a fluid column within which particles of a sample move along a common sample path , wherein the sample is a test sample for measurement and analysis; a detection system for collecting one or more signals from each particle as it passes one or more detection stations along the common sample path , each signal being assigned a signal value to form a multiparameter data point for each particle, the detection system collecting during successive time intervals said multiparameter data points in one or more predetermined subsets of a data space, wherein the one or more predetermined subsets comprise one or more boundaries within the data space that encompass said multiparameter data points , to form a data profile for each of said time intervals , wherein the data profile corresponds to a number of multiparameter data points counted within the one or more boundaries of each of the one or more predetermined subsets ; and a control system operationally associated with the fluidics system and detection system, the control system determining a data profile characteristic of the current data profile and comparing the data profile characteristic either with that of a predetermined prior data profile or with a predetermined limit, wherein the control system is configured to actuate a corrective action in real time whenever said data profile characteristic exceeds the predetermined limit or differs from the data profile characteristic of the predetermined prior data profile. a fluidics system configured to propagate a fluid column within which particles of a sample move along a common sample path , wherein the sample is a test sample for measurement and analysis; a detection system for collecting one or more signals from each particle as it passes one or more detection stations along the common sample path , each signal being assigned a signal value to form a multiparameter data point for each particle, the detection system collecting during successive time intervals said multiparameter data points in one or more predetermined subsets of a data space, wherein the one or more predetermined subsets comprise one or more boundaries within the data space that encompass said multiparameter data points , to form a data profile for each of said time intervals , wherein the data profile corresponds to a number of multiparameter data points counted within the one or more boundaries of each of the one or more predetermined subsets ; and a control system operationally associated with the fluidics system and detection system, the control system determining a data profile characteristic of the current data profile and comparing the data profile characteristic either with that of a predetermined prior data profile or with a predetermined limit, wherein the control system is configured to actuate a corrective action in real time whenever said data profile characteristic exceeds the predetermined limit or differs from the data profile characteristic of the predetermined prior data profile.
Cooling module for a hydraulic machine , which has a cooling device , at least certain portions of which can be immersed in a housing interior, which can be delimited by a housing and an engine , which can rotate therein, of the hydraulic machine , wherein an inlet of the cooling device is connected to an inlet channel of a housing portion , and an outlet of the cooling device is connected to an outlet channel of the housing portion , characterized in that at least certain portions of the cooling module are additively manufactured and in that the housing portion forms a one-piece cooling module together with the cooling device .
A shovel comprising: a lower traveling body ; an upper turning body turnably mounted on the lower traveling body; a cab mounted on the upper turning body; an operating information obtaining device (S7) configured to obtain operating information at multiple points of time; and a control device , characterised in that the control device is configured to store the obtained operating information at the multiple points of time, to obtain and store biological information of an operator in the cab at the multiple points of time, and to correlate the stored biological information and the stored operating information at the multiple points of time. a lower traveling body ; an upper turning body turnably mounted on the lower traveling body; a cab mounted on the upper turning body; an operating information obtaining device (S7) configured to obtain operating information at multiple points of time; and a control device , characterised in that the control device is configured to store the obtained operating information at the multiple points of time, to obtain and store biological information of an operator in the cab at the multiple points of time, and to correlate the stored biological information and the stored operating information at the multiple points of time.
An apparatus for stacking hay bales comprising: a base frame securable to a motorized vehicle ; a plurality of tines pivotally connected to the base frame extending to free distal ends , the tines defining locations therebetween spaced to correspond to a bale of hay; and a push bar extending parallel to the base frame and movable between a retracted position proximate to the base frame to an extended position along the plurality of tines to push the hay bales from therebetween, wherein each of the plurality of tines are supported by a support member extending from the tine to the base frame at a position above the pivot connection for that tine , wherein the support members are slidably received in bores in the base frame , and wherein the support members include a stop adapted to limit the downward rotation of the plurality of tines below horizontal and permit rotation above horizontal. a base frame securable to a motorized vehicle ; a plurality of tines pivotally connected to the base frame extending to free distal ends , the tines defining locations therebetween spaced to correspond to a bale of hay; and a push bar extending parallel to the base frame and movable between a retracted position proximate to the base frame to an extended position along the plurality of tines to push the hay bales from therebetween, wherein each of the plurality of tines are supported by a support member extending from the tine to the base frame at a position above the pivot connection for that tine , wherein the support members are slidably received in bores in the base frame , and wherein the support members include a stop adapted to limit the downward rotation of the plurality of tines below horizontal and permit rotation above horizontal.
Assembly for activating at least one clutch in the drivetrain of a motor vehicle, having a high-pressure pump and at least one control valve , the high-pressure side of the latter being assigned to the clutch , and having a low-pressure pump which supplies a lubricant/coolant circuit, characterized in that an accumulator valve is provided, the pressure side thereof being connected to a return-flow side of the control valve , wherein the pressure side of the low-pressure pump is connected between the return-flow side of the control valve and the pressure side of the accumulator valve .
A molten metal pump comprising a body defining an elongated pumping chamber , said elongated pumping chamber receiving a shaft and impeller assembly the impeller comprising outlets for radially discharging the molten metal, said body comprised of a refractory material, said elongated pumping chamber including an open top through which said shaft passes and a bottom inlet , said inlet including a bearing surface receiving said impeller , said impeller being located in or adjacent said inlet , said body including an elongated passage adjacent to said chamber , an opening providing fluid communication between said elongated passage and said elongated pumping chamber , said opening being oriented such that a point of intersection with the elongated pumping chamber is vertically in its entirety above the outlets in said impeller , and wherein said elongated passage is in fluid communication with a discharge channel configured to direct molten metal at least substantially perpendicular to an elongated axis of the elongated chamber .
Electronic module for accommodating electronic components , with a housing which is bounded in a longitudinal direction by two end faces , each comprising an opening , such that the housing can be fitted via the openings with at least one first circuit board equipped with electronic components and with at least one second circuit board equipped with plug and/or clamp connectors , whereby on the at least one second circuit board additional plug and/or clamp connectors are arranged in such a way that plug and/or clamp connectors of another electronic module can be wirelessly connected to the at least one second circuit board via plug and/or clamp connectors for the transmission of electrical power and communication signals, characterized in that the housing , on the inner side of a housing wall , exhibits at least one dome configured in a longitudinal direction to which the at least one first circuit board can be attached essentially transversely to the longitudinal direction , and the housing further exhibits, on two opposite-facing inner sides and/or two opposite-facing domes , a retaining groove in each case for the insertion of at least one second circuit board in the longitudinal direction , wherein the at least one first circuit board and the at least one second circuit board are wirelessly electrically connected to each other inside the housing via plug and/or clamp connectors for the transmission of electrical power and communication signals.
A system comprising: a processor ; and a memory having computer-executable instructions stored thereupon which, when executed by the processor, cause the system to: receive, from a client device , a first instance of short authentication data for verification of a particular user; generate a first number; provide the first number to the client device; determine a commitment value using the first instance of short authentication data, the first number and a secret value; and store the commitment value in association with an identifier of the particular user, wherein the stored commitment value is usable to verify a second instance of short authentication data and a second number received during a subsequent validation attempt. a processor ; and a memory having computer-executable instructions stored thereupon which, when executed by the processor, cause the system to: receive, from a client device , a first instance of short authentication data for verification of a particular user; generate a first number; provide the first number to the client device; determine a commitment value using the first instance of short authentication data, the first number and a secret value; and store the commitment value in association with an identifier of the particular user, wherein the stored commitment value is usable to verify a second instance of short authentication data and a second number received during a subsequent validation attempt. receive, from a client device , a first instance of short authentication data for verification of a particular user; generate a first number; provide the first number to the client device; determine a commitment value using the first instance of short authentication data, the first number and a secret value; and store the commitment value in association with an identifier of the particular user, wherein the stored commitment value is usable to verify a second instance of short authentication data and a second number received during a subsequent validation attempt.
A method for generating at least one recipe suggestion when using a kitchen appliance for preparing food, comprising the following steps: - recording of food data , in particular on the kitchen appliance , - assigning the food data to a data history of a user profile , - recognizing a behavior pattern of the user profile depending on the data history , - determining at least one recipe suggestion as a function of the behavior pattern , - providing the at least one recipe suggestion on the kitchen appliance , wherein the method comprises the following step: - recording (106.2) of away-from-home activities , wherein the away-from-home activities are taken into account when recognizing the behavior pattern and/or when determining the at least one recipe suggestion . - recording of food data , in particular on the kitchen appliance , - assigning the food data to a data history of a user profile , - recognizing a behavior pattern of the user profile depending on the data history , - determining at least one recipe suggestion as a function of the behavior pattern , - providing the at least one recipe suggestion on the kitchen appliance , wherein the method comprises the following step: - recording (106.2) of away-from-home activities , - recording (106.2) of away-from-home activities , wherein the away-from-home activities are taken into account when recognizing the behavior pattern and/or when determining the at least one recipe suggestion .
A method of fabricating a metallic wire, the method comprising: combining, to form at least a portion of a preform, (i) one or more first metal powders each comprising a plurality of substantially spherical particles, defined by being spherical to within ±10% in any direction, and (ii) one or more second metal powders each comprising a plurality of non-spherical particles, which are either elongated with an aspect ratio of at least 2:1, acicular, having at least one flat surface, having at least one corner or vertex, or polyhedral, the one or more second metal powders being mixed with the one or more first metal powders such that a composition of the preform is substantially homogeneous ±10% along a length of the preform; and reducing a diameter of the preform via one or more mechanical deformation processes, thereby forming a metallic wire, wherein (i) the metallic wire comprises a high-entropy alloy comprising five or more metallic elements selected from Nb, Ta, Mo, W, Ti, Hf, V, Zr, Al, and Cr, each element with a concentration between 5 and 35 atomic % or a multi-principal element alloy comprising four or more metallic elements selected from Nb, Ta, Mo, W, Ti, Hf, V, Zr, Al, and Cr, each element with a concentration between 5 and 35 atomic %, (ii) each first metal powder comprises at least one of the metallic elements, and (iii) each second metal powder comprises at least one of the metallic elements. combining, to form at least a portion of a preform, (i) one or more first metal powders each comprising a plurality of substantially spherical particles, defined by being spherical to within ±10% in any direction, and (ii) one or more second metal powders each comprising a plurality of non-spherical particles, which are either elongated with an aspect ratio of at least 2:1, acicular, having at least one flat surface, having at least one corner or vertex, or polyhedral, the one or more second metal powders being mixed with the one or more first metal powders such that a composition of the preform is substantially homogeneous ±10% along a length of the preform; and reducing a diameter of the preform via one or more mechanical deformation processes, thereby forming a metallic wire, wherein (i) the metallic wire comprises a high-entropy alloy comprising five or more metallic elements selected from Nb, Ta, Mo, W, Ti, Hf, V, Zr, Al, and Cr, each element with a concentration between 5 and 35 atomic % or a multi-principal element alloy comprising four or more metallic elements selected from Nb, Ta, Mo, W, Ti, Hf, V, Zr, Al, and Cr, each element with a concentration between 5 and 35 atomic %, (ii) each first metal powder comprises at least one of the metallic elements, and (iii) each second metal powder comprises at least one of the metallic elements.
An optical lattice clock comprising: atoms for making a clock transition between two levels of electronic states; and a laser light source configured to operate at an operational magic frequency for generating at least a pair of counterpropagating laser beams, each of which having a lattice-laser intensity I , wherein the pair of counterpropagating laser beams forms an optical lattice potential for trapping the atoms at around antinodes of a standing electromagnetic wave of the counterpropagating laser beams, wherein the operational magic frequency is a frequency that allows for nonlinear dependence of a lattice-induced clock shift (Δv c ) of the clock transition on the lattice-laser intensity I , where the lattice-induced clock shift (Δv c ) is a shift in a frequency for the clock transition of the atoms caused by variation ΔI of the lattice-laser intensity I , characterized in that the lattice-laser intensity I is set to an intensity I op that makes the lattice-induced clock shift insensitive to the variation ΔI at the operational magic frequency. atoms for making a clock transition between two levels of electronic states; and a laser light source configured to operate at an operational magic frequency for generating at least a pair of counterpropagating laser beams, each of which having a lattice-laser intensity I , wherein the pair of counterpropagating laser beams forms an optical lattice potential for trapping the atoms at around antinodes of a standing electromagnetic wave of the counterpropagating laser beams, wherein the operational magic frequency is a frequency that allows for nonlinear dependence of a lattice-induced clock shift (Δv c ) of the clock transition on the lattice-laser intensity I , where the lattice-induced clock shift (Δv c ) is a shift in a frequency for the clock transition of the atoms caused by variation ΔI of the lattice-laser intensity I , characterized in that the lattice-laser intensity I is set to an intensity I op that makes the lattice-induced clock shift insensitive to the variation ΔI at the operational magic frequency.
A top plate for a cooking device comprising: a glass substrate that has a cooking surface on which a cooking utensil is to be placed and a back surface located on a side opposite to the cooking surface ; and a first coating film provided on the cooking surface and having a pattern, wherein the first coating film is made only of glass and is substantially free of any inorganic pigment, wherein the glass substrate is transparent and the top plate further comprises a second coating film provided on the back surface of the glass substrate , wherein the second coating film is a light shielding film, or wherein the glass substrate is a deeply colored crystallized glass plate. a glass substrate that has a cooking surface on which a cooking utensil is to be placed and a back surface located on a side opposite to the cooking surface ; and a first coating film provided on the cooking surface and having a pattern, wherein the first coating film is made only of glass and is substantially free of any inorganic pigment, wherein the glass substrate is transparent and the top plate further comprises a second coating film provided on the back surface of the glass substrate , wherein the second coating film is a light shielding film, or wherein the glass substrate is a deeply colored crystallized glass plate.
A compressed air supply installation for operating a pneumatic installation , in particular an air spring installation of a vehicle, comprising: - a compressed air feed , - a compressed air connection point to the pneumatic installation , - at least one venting connection point to the environment , - a pneumatic main line between the compressed air feed and the compressed air connection point , which comprises an air dryer and a regeneration throttle , - a first ventilation line between the pneumatic main line and a ventilation connection , which has a first pneumatic 4/2-way ventilation valve , which in a first position closes the first ventilation line and which forms a check valve in the pneumatic main line , and has a ventilation throttle , - a second ventilation line between the compressed air connection and a ventilation connection , which has an additional second ventilation valve , which is a 2/2-way valve and which is configured in a first position as a check valve , and - the second ventilation line permits a larger minimum flow cross-section of a throughflowing compressed air flow than the first ventilation line , wherein the compressed air supply installation is configured to provide at least one operating mode in which the second ventilation valve is open over a predetermined time period of a ventilation process. - a compressed air feed , - a compressed air connection point to the pneumatic installation , - at least one venting connection point to the environment , - a pneumatic main line between the compressed air feed and the compressed air connection point , which comprises an air dryer and a regeneration throttle , - a first ventilation line between the pneumatic main line and a ventilation connection , which has a first pneumatic 4/2-way ventilation valve , which in a first position closes the first ventilation line and which forms a check valve in the pneumatic main line , and has a ventilation throttle , - a second ventilation line between the compressed air connection and a ventilation connection , which has an additional second ventilation valve , which is a 2/2-way valve and which is configured in a first position as a check valve , and - the second ventilation line permits a larger minimum flow cross-section of a throughflowing compressed air flow than the first ventilation line ,
A system to direct print onto print substrates, comprising: a print head , wherein a print substrate will move in a process direction past the print head; characterized by at least one optical image sensor arranged adjacent the print substrate ; at least one telecentric lens arranged between the print substrate and the at least one image sensor ; and control circuitry electrically connected to the at least one optical image sensor and the print head , the control circuitry to generate dot clocks to cause the print head to print onto the substrate based upon data from the at least one optical image sensor identifying a position of the print substrate. a print head , wherein a print substrate will move in a process direction past the print head; characterized by at least one optical image sensor arranged adjacent the print substrate ; at least one telecentric lens arranged between the print substrate and the at least one image sensor ; and control circuitry electrically connected to the at least one optical image sensor and the print head , the control circuitry to generate dot clocks to cause the print head to print onto the substrate based upon data from the at least one optical image sensor identifying a position of the print substrate.