mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: determining, by a first component of a memory sub-system controller , a first temperature value of the memory subsystem controller; determining, by a second component of a non-volatile memory device , a second temperature value of the non-volatile memory device coupled to the memory sub-system controller; performing, by the memory sub-system controller, a full save operation in response to: the first temperature value being below a first threshold temperature value; or the second temperature value being below a second threshold temperature value, wherein performing the full save operation comprises saving a full set of data; performing, by the memory sub-system controller, a partial save operation in response to the first temperature value exceeding the first threshold temperature value or the second temperature value exceeding the second threshold temperature value, wherein performing the partial save operation comprises saving a portion of the full set of data and not saving other portions of the full set of data; and modifying a data parameter in response to: the first temperature value exceeding the first threshold temperature value; or the second temperature value exceeding the second threshold temperature value; or both. determining, by a first component of a memory sub-system controller , a first temperature value of the memory subsystem controller; determining, by a second component of a non-volatile memory device , a second temperature value of the non-volatile memory device coupled to the memory sub-system controller; performing, by the memory sub-system controller, a full save operation in response to: the first temperature value being below a first threshold temperature value; or the second temperature value being below a second threshold temperature value, wherein performing the full save operation comprises saving a full set of data; the first temperature value being below a first threshold temperature value; or the second temperature value being below a second threshold temperature value, wherein performing the full save operation comprises saving a full set of data; performing, by the memory sub-system controller, a partial save operation in response to the first temperature value exceeding the first threshold temperature value or the second temperature value exceeding the second threshold temperature value, wherein performing the partial save operation comprises saving a portion of the full set of data and not saving other portions of the full set of data; and modifying a data parameter in response to: the first temperature value exceeding the first threshold temperature value; or the second temperature value exceeding the second threshold temperature value; or both. the first temperature value exceeding the first threshold temperature value; or the second temperature value exceeding the second threshold temperature value; or both.
A double wall plate heat exchanger comprising a plurality of double wall plate heat exchanger elements , wherein said heat exchanger elements are formed with a pattern of ridges (R) and grooves (G) providing contact points between at least some crossing ridges and grooves of neighbouring heat exchanger elements under formation of flow channels between them for fluids to exchange heat, said flow channels being in selective fluid communication with each other through port openings of the heat exchanger elements , wherein each of the heat exchanger elements comprises at least two joined plates (150-180), wherein said plates are formed with ridges (R) and grooves (G) to form the pattern of ridges and grooves of the heat exchanger elements , and wherein leakage channels are formed between the plates of each heat exchanger element for fluid leaking from a flow channel, characterised in that the plates (150-180) are provided with cooperating elevations and indentations forming leakage channels extending across the ridges (R) and grooves (G) between the plates of each heat exchanger element , at least one connecting space is formed between the plates of each heat exchanger element , said connecting space connecting leakage channels within the same heat exchanger element , and the at least one connecting space is connected to a leakage outlet . the plates (150-180) are provided with cooperating elevations and indentations forming leakage channels extending across the ridges (R) and grooves (G) between the plates of each heat exchanger element , at least one connecting space is formed between the plates of each heat exchanger element , said connecting space connecting leakage channels within the same heat exchanger element , and the at least one connecting space is connected to a leakage outlet .
A cooking oven, in particular a domestic cooking oven, wherein: - the cooking oven comprises at least one oven cavity, - the cooking oven comprises at least two resistive heating elements for heating up the oven cavity, - at least two of the resistive heating elements are connected in series, - the cooking oven comprises at least one cooling fan for cooling down the oven cavity, characterized in that : - the cooling fan is connected in parallel to at least one of the resistive heating elements connected in series, so that - the resistive heating elements connected in series form a voltage divider for the cooling fan . - the cooking oven comprises at least one oven cavity, - the cooking oven comprises at least two resistive heating elements for heating up the oven cavity, - at least two of the resistive heating elements are connected in series, - the cooking oven comprises at least one cooling fan for cooling down the oven cavity, - the cooling fan is connected in parallel to at least one of the resistive heating elements connected in series, so that - the resistive heating elements connected in series form a voltage divider for the cooling fan .
A method for labelling areas on an airport map, comprising: generating, by a map labeling control unit comprising a processor , label candidates for areas of the airport map , the areas on the airport map comprising buildings, taxiways, deicing locations, helipads, parking stands, and aprons of an airport as represented on the airport map ; wherein said generating label candidates comprises creating one label candidate in the center of a first area of the airport map , wherein the first area comprises at least one building, apron, deicing location, or helipad, then generating a series of horizontal lines equidistantly from the center to a highest boundary and a lowest boundary of the first area , for each of the horizontal lines determining intersections with the first area resulting in a series of line segments, and identifying a middle point of each line segment as a first label candidate; evaluating, by the map labeling control unit , the label candidates to determine positions of labels for the areas of the airport map ; determining, by the map labeling control unit , different sets of labels to display for different views of the airport map ; and displaying at least one label of the determined different sets of labels on a view of the airport map . generating, by a map labeling control unit comprising a processor , label candidates for areas of the airport map , the areas on the airport map comprising buildings, taxiways, deicing locations, helipads, parking stands, and aprons of an airport as represented on the airport map ; wherein said generating label candidates comprises creating one label candidate in the center of a first area of the airport map , wherein the first area comprises at least one building, apron, deicing location, or helipad, then generating a series of horizontal lines equidistantly from the center to a highest boundary and a lowest boundary of the first area , for each of the horizontal lines determining intersections with the first area resulting in a series of line segments, and identifying a middle point of each line segment as a first label candidate; evaluating, by the map labeling control unit , the label candidates to determine positions of labels for the areas of the airport map ; determining, by the map labeling control unit , different sets of labels to display for different views of the airport map ; and displaying at least one label of the determined different sets of labels on a view of the airport map .
A turbine engine comprising: a compressor section ; a combustor section in fluid communication with the compressor section ; a turbine section in fluid communication with the combustor section ; a mixing chamber defined by an inner diffuser case wall, an outer diffuser case wall, and a mixing chamber wall, wherein the mixing chamber is located between the compressor section and the combustor section and wherein the mixing chamber is radially outward of a primary fluid flow path connecting the compressor section , the combustor section , and the turbine section ; and wherein said mixing chamber wall isolates said mixing chamber from a diffuser chamber, and wherein said mixing chamber wall includes a seal having local penetrations such that diffuser air can travel from said diffuser into said mixing chamber. a compressor section ; a combustor section in fluid communication with the compressor section ; a turbine section in fluid communication with the combustor section ; a mixing chamber defined by an inner diffuser case wall, an outer diffuser case wall, and a mixing chamber wall, wherein the mixing chamber is located between the compressor section and the combustor section and wherein the mixing chamber is radially outward of a primary fluid flow path connecting the compressor section , the combustor section , and the turbine section ; and wherein said mixing chamber wall isolates said mixing chamber from a diffuser chamber, and wherein said mixing chamber wall includes a seal having local penetrations such that diffuser air can travel from said diffuser into said mixing chamber.
Device for separating particles of a bulk material which is deliverable to an input location and is removable processed in different or at least approximately unitary particle sizes at an output location, with at least one separating element , which comprises a metal separating plate that is provided therein with through-openings , which is admittable by ultrasonic energy and for this purpose is connected to an ultrasonic transducer , and which is held by a holding device , wherein the holding device is a mounting shaft , characterised in that the mounting shaft is held movably at one end or at both ends is and is connected at one end or at both ends to an ultrasonic transducer by which ultrasonic energy is couplable via the mounting shaft into the separating element , which is dimensionally stable, wherein the mounting shaft is rotatably held or that the mounting shaft is held displaceable along its longitudinal axis or that the mounting shaft is held rotatably and displaceable along its longitudinal axis.
Hydraulic on-off valve with filtering function for hydraulic applications comprising a valve body in which a shutter is received, which can be operated between an open and a closed position and in which a cavity is obtained for fluid passage communicating in the open position with an inlet and an outlet of the valve, wherein the cavity has a first and a second chamber separated from one another, wherein a removable closed structure is provided, for collecting particles, provided with magnetic attraction elements , fixed to the valve body , and communicating internally with the inlet and the outlet of the valve in the open position, wherein inside the closed structure a first and a second chamber are obtained that communicate through a filter , wherein in the open position the fluid coming from the inlet of the valve flows into the first chamber of the shutter , enters the first chamber inside the closed structure , passes through the filter , flows into the second chamber inside the closed structure , flows into the second chamber of the shutter , and exits the outlet of the valve, in the closed structure being accumulated the ferromagnetic particles attracted by the magnetic attraction elements and the inert particles filtered by the filter , characterized by the fact that the first and the second chamber are obtained by a ducting wall that runs through the cavity of the shutter , that the filter has a tilted configuration, that the ducting wall and the filter are geometrically consecutive, that the first chamber and the second chamber of the shutter are asymmetric with respect to one another and the first chamber and the second chamber inside the closed structure are also asymmetric with respect to one another divided by the filter , in the closed position the communication between the inside of the closed structure and the inlet and the outlet of the valve being interrupted.
An occupant sensor system for determining an occupant load distribution in an aircraft having a passenger cabin with a plurality of passenger seats (14A...25F), the sensor system comprising: a plurality of sensors , each of the plurality of sensors associated with a different one of the plurality of passenger seats (14A...25F) for detecting an occupant in each of the plurality of passenger seats (14A...25F), and a weight of the detected occupant; and characterized by further comprising a computer connected to receive data from each of the plurality of sensors indicative of the weight of the detected occupant and passenger seat location in the aircraft of the detected occupant in each of the plurality of passenger seats (14A...25F), and calculate from the data a total weight of and a center of gravity of the detected occupants in the plurality of passenger seats (14A...25F). a plurality of sensors , each of the plurality of sensors associated with a different one of the plurality of passenger seats (14A...25F) for detecting an occupant in each of the plurality of passenger seats (14A...25F), and a weight of the detected occupant; and characterized by further comprising a computer connected to receive data from each of the plurality of sensors indicative of the weight of the detected occupant and passenger seat location in the aircraft of the detected occupant in each of the plurality of passenger seats (14A...25F), and calculate from the data a total weight of and a center of gravity of the detected occupants in the plurality of passenger seats (14A...25F).
A method of evaluating a subject, comprising: (a) acquiring a first nucleic acid library comprising genomic DNA from a sample from the subject; (b) contacting the first nucleic acid library with a first bait set to provide a first plurality of selected members comprising a subgenomic interval or a portion thereof; (c) amplifying each member of the first plurality of selected members; (d) acquiring a second nucleic acid library comprising cDNA obtained from RNA from the sample; (e) contacting the second nucleic acid library with a second bait set to provide a second plurality of selected members comprising an expressed subgenomic interval or a portion thereof, wherein the expressed subgenomic interval includes at least an antibody gene, an immunoglobulin (Ig) superfamily receptor gene, or a fragment thereof; (f) amplifying each member of the second plurality of selected members; (g) acquiring the sequence of the subgenomic interval and the expressed subgenomic interval; thereby evaluating the subject. (a) acquiring a first nucleic acid library comprising genomic DNA from a sample from the subject; (b) contacting the first nucleic acid library with a first bait set to provide a first plurality of selected members comprising a subgenomic interval or a portion thereof; (c) amplifying each member of the first plurality of selected members; (d) acquiring a second nucleic acid library comprising cDNA obtained from RNA from the sample; (e) contacting the second nucleic acid library with a second bait set to provide a second plurality of selected members comprising an expressed subgenomic interval or a portion thereof, wherein the expressed subgenomic interval includes at least an antibody gene, an immunoglobulin (Ig) superfamily receptor gene, or a fragment thereof; (f) amplifying each member of the second plurality of selected members; (g) acquiring the sequence of the subgenomic interval and the expressed subgenomic interval;
A method comprising: in response to a client device detecting a location sensor , wirelessly receiving, at the client device and from the location sensor , an identifier for the location sensor ; determining, based on the identifier for the location sensor , a first device corresponding to the identifier for the location sensor , wherein the first device comprises a printer ; making, by a server, one or more resources of the first device available to the client device , wherein making the one or more resources of the first device available to the client device comprises: in response to a driver for the printer not being installed, downloading and installing, by the server, the driver for the printer; and mapping the printer to the client device in a virtual session between the client device and the server; and after the one or more resources of the first device are made available to the client device , sending, by the client device to the server and within the virtual session, data for accessing the one or more resources of the first device . in response to a client device detecting a location sensor , wirelessly receiving, at the client device and from the location sensor , an identifier for the location sensor ; determining, based on the identifier for the location sensor , a first device corresponding to the identifier for the location sensor , wherein the first device comprises a printer ; making, by a server, one or more resources of the first device available to the client device , wherein making the one or more resources of the first device available to the client device comprises: in response to a driver for the printer not being installed, downloading and installing, by the server, the driver for the printer; and mapping the printer to the client device in a virtual session between the client device and the server; and after the one or more resources of the first device are made available to the client device , sending, by the client device to the server and within the virtual session, data for accessing the one or more resources of the first device . in response to a driver for the printer not being installed, downloading and installing, by the server, the driver for the printer; and mapping the printer to the client device in a virtual session between the client device and the server; and after the one or more resources of the first device are made available to the client device , sending, by the client device to the server and within the virtual session, data for accessing the one or more resources of the first device .
Power plant comprising at least one compressor , at least one heat engine and a device for cooling the intake air of each heat engine , each heat engine being provided with a combustion chamber , each compressor comprising at least two compression stages for compressing said intake air prior to the injection thereof into said combustion chamber of each heat engine , said cooling device comprising a refrigerant, first pipes and second pipes , as well as a first and a second evaporator , a pump , an expander and a condenser , said first pipes connecting a first compression stage to a first evaporator , said first evaporator to a second evaporator , and said second evaporator to a second compression stage , said second pipes connecting said condenser to said pump , said pump to said first evaporator , said condenser to said expander , and said expander to said second evaporator , said refrigerant flowing in said second pipes and the components of said cooling device while said compressed intake air flows in said first pipes and consecutively in said two evaporators in order to vaporise said refrigerant and to cool said compressed intake air between said two compression stages , characterised in that said cooling device is a tri-thermal heat machine comprising a compression and drive means , said refrigerant flowing in said compression and drive means , said second pipes connecting said compression and drive means to said first evaporator , said second evaporator and said condenser .
Use of a phosphate-based material as a heat transfer medium or thermal energy storage medium, wherein said phosphate-based material comprises one or more orthophosphates, pyrophosphates, polyphosphates, pure or substituted apatites, and/or phosphate ores, with an O/P atomic ratio comprised between 3 and 4, used alone or in combinations or in a majority mixture of more than 50% by mass with other inert minority solids containing silica, wherein the phosphate(s) of said phosphate-based material consist(s) of anhydrous phosphate(s), and wherein said phosphate-based material is heated to a temperature of at least 130°C.
A golf ball having a plurality of dimples on a surface thereof, wherein a standard deviation Su of areas of all the dimples is not greater than 1.7 mm 2 , characterized in that a standard deviation Pd of distances L, measured between edges (Ed) of dimples along a line segment (CL) that connects the center of the dimples , of all neighboring dimple pairs is less than 0.500 mm and in that the contour of each dimple is circular. a standard deviation Su of areas of all the dimples is not greater than 1.7 mm 2 , characterized in that a standard deviation Pd of distances L, measured between edges (Ed) of dimples along a line segment (CL) that connects the center of the dimples , of all neighboring dimple pairs is less than 0.500 mm and in that the contour of each dimple is circular.
A method for enabling haptic feedback for objects in an augmented reality system, the method comprising: capturing an image of the user's hand; generating a proxy surface by reconfiguring a configurable pin array surface; detecting a position of a first touch point at which a user is touching the proxy surface , the proxy surface being the configurable pin array surface and being associated with a virtual three-dimensional, 3D, object ; mapping the first touch point to a first corresponding point on the 3D object by using a stored mapping of coordinates of points on the proxy surface and corresponding coordinates of points on the surface of the 3D object; transforming the captured image of the user's hand such that the image is in alignment with the first corresponding point on the 3D object; and displaying the captured image of the user's hand in alignment with the first corresponding point on the 3D object on an optical see-through or video see-through augmented reality display . capturing an image of the user's hand; generating a proxy surface by reconfiguring a configurable pin array surface; detecting a position of a first touch point at which a user is touching the proxy surface , the proxy surface being the configurable pin array surface and being associated with a virtual three-dimensional, 3D, object ; mapping the first touch point to a first corresponding point on the 3D object by using a stored mapping of coordinates of points on the proxy surface and corresponding coordinates of points on the surface of the 3D object; transforming the captured image of the user's hand such that the image is in alignment with the first corresponding point on the 3D object; and displaying the captured image of the user's hand in alignment with the first corresponding point on the 3D object on an optical see-through or video see-through augmented reality display .