mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising one or more processors configured to: retrieve (i) a forward-link user capacity matrix comprising a plurality of forward-link user capacity estimates each associated with a respective location on the ground, and (ii) a return-link user capacity matrix comprising a plurality of return-link user capacity estimates each associated with a respective azimuth and elevation with respect to a current location of an airborne aircraft; determine, based on (i) the forward-link user capacity matrix and (ii) the return-link user capacity matrix, a candidate serving cell that is disposed on the ground; and command a directional antenna and a particular transceiver to transmit or receive data between the airborne aircraft and the candidate serving cell. retrieve (i) a forward-link user capacity matrix comprising a plurality of forward-link user capacity estimates each associated with a respective location on the ground, and (ii) a return-link user capacity matrix comprising a plurality of return-link user capacity estimates each associated with a respective azimuth and elevation with respect to a current location of an airborne aircraft; (i) a forward-link user capacity matrix comprising a plurality of forward-link user capacity estimates each associated with a respective location on the ground, and (ii) a return-link user capacity matrix comprising a plurality of return-link user capacity estimates each associated with a respective azimuth and elevation with respect to a current location of an airborne aircraft; determine, based on (i) the forward-link user capacity matrix and (ii) the return-link user capacity matrix, a candidate serving cell that is disposed on the ground; and command a directional antenna and a particular transceiver to transmit or receive data between the airborne aircraft and the candidate serving cell.
A warming device comprising: (a) a housing having a top surface , a bottom surface , a first side extending from the top surface to the bottom surface and a receptacle disposed therein and extending from the top surface to the bottom surface, the receptacle having a top surface orifice and a bottom surface orifice ; (b) heating elements disposed within the housing and substantially surrounding the receptacle; (c) an electrical connection in the form of a plurality of prongs associated with the first side surface for selective coupling to an external electrical power source, the electrical connection being pivotable between a first position extending substantially perpendicular from the first side for insertion into an electrical socket and a second position, substantially parallel to the first side; and (d) a bottom surface orifice cover mechanically connected to the electrical connection, and movable between a first position, corresponding to the first position of the electrical connection, wherein the cover occludes the bottom surface orifice and a second position, corresponding to the second position of the electrical connection, wherein the cover is displaced from the bottom surface orifice. (a) a housing having a top surface , a bottom surface , a first side extending from the top surface to the bottom surface and a receptacle disposed therein and extending from the top surface to the bottom surface, the receptacle having a top surface orifice and a bottom surface orifice ; (b) heating elements disposed within the housing and substantially surrounding the receptacle; (c) an electrical connection in the form of a plurality of prongs associated with the first side surface for selective coupling to an external electrical power source, the electrical connection being pivotable between a first position extending substantially perpendicular from the first side for insertion into an electrical socket and a second position, substantially parallel to the first side; and (d) a bottom surface orifice cover mechanically connected to the electrical connection, and movable between a first position, corresponding to the first position of the electrical connection, wherein the cover occludes the bottom surface orifice and a second position, corresponding to the second position of the electrical connection, wherein the cover is displaced from the bottom surface orifice.
A method for the construction of bladed rings for radial turbomachinery, comprising: preparing at least one cylindrical block (M; M1, M2); making in the cylindrical block (M; M1, M2) a wavy circumferential cut (28, 28', 28") defining a first plurality of teeth and a second plurality of teeth meshing in one another; wherein the wavy circumferential cut (28, 28', 28") splits the cylindrical block (M; M1, M2) into a first annular body (31; 31', 31") provided with the first plurality of teeth and into a second annular body (32; 32', 32") provided with the second plurality of teeth ; separating the first annular body (31; 31', 31") from the second annular body (32; 32', 32"); removing material from each of the teeth of the first plurality to confer to said tooth the outline of at least a first blade with an aerodynamic profile; removing material from each of the teeth of the second plurality to confer to said tooth the outline of at least a second blade (22") with an aerodynamic profile; joining coaxially the first annular body (31; 31', 31") to the second annular body (32; 32', 32") by inserting the first blades between the second blades (22"). preparing at least one cylindrical block (M; M1, M2); making in the cylindrical block (M; M1, M2) a wavy circumferential cut (28, 28', 28") defining a first plurality of teeth and a second plurality of teeth meshing in one another; wherein the wavy circumferential cut (28, 28', 28") splits the cylindrical block (M; M1, M2) into a first annular body (31; 31', 31") provided with the first plurality of teeth and into a second annular body (32; 32', 32") provided with the second plurality of teeth ; separating the first annular body (31; 31', 31") from the second annular body (32; 32', 32"); removing material from each of the teeth of the first plurality to confer to said tooth the outline of at least a first blade with an aerodynamic profile; removing material from each of the teeth of the second plurality to confer to said tooth the outline of at least a second blade (22") with an aerodynamic profile; joining coaxially the first annular body (31; 31', 31") to the second annular body (32; 32', 32") by inserting the first blades between the second blades (22").
Method for storing and checking data on transactions in which a purchase price (KP) is paid at a point of sale of a commercial enterprise (H) for the receipt of a good or service and a payment document is handed over, and at the point of sale data at least on the place, time and purchase price of a transaction are transmitted from the point of sale to a registration and transmitting unit arranged at the point of sale, which registration and transmitting unit generates an encrypted transaction log on the basis of an encryption rule (V) assigned by an external registration unit (R) and identifying the registration and transmitting unit , wherein the transaction log contains the data on the place, time and purchase price of the transaction, as well as a unique identification number (IN) containing a registration number for the registration and transmitting unit and a transaction number for the transaction, and the registration and transmitting unit sends the transaction log to a publicly inaccessible data memory , which is checked by a checking station (P) by means of a decryption rule (E) specified by the registration unit (R) and assigned to the commercial enterprise (H) for retrieving the transaction log, wherein the registration and transmitting unit transmits the identification number (IN) to a payment document printer or a stamping device of the point of sale for output on the payment document , characterized in that the registration and transmitting unit , on the basis of the encryption rule (V) which identifies the registration and transmitting unit and is assigned by the external registration unit (R), generates, in addition to the encrypted transaction log, an encrypted operating log which contains operating data of the registration and transmitting unit and on the basis of which the proper operation of the registration and transmitting unit can be checked in order to detect attempts to tamper with the registration and transmitting unit , and the registration and transmitting unit sends the operating log, in addition to the encrypted transaction log, to the publicly inaccessible data memory , which is accessible by the checking station (P) with the aid of a decryption rule (E) specified by the registration unit (R) and assigned to the commercial enterprise (H), for retrieving the operating log, and the registration and transmitting unit transmits the identification number (IN) in a form encrypted with the aid of the purchase price (KP) to a data memory which is publicly accessible by means of inputting an access code, wherein the identification number (IN) issued on the payment document together with the purchase price (KP) represents the access code.
A non-therapeutic method for improving the performance of an animal, improving the environment of the animal and a combination thereof, the method comprising the step of administering to the animal a feed composition comprising, at a dose of 1.0 × 10 3 CFU/gram of the feed composition to 5.0 × 10 12 CFU/gram of the feed composition, an isolated Bacillus strain selected from the group consisting of Bacillus strain 86 (NRRL No. B-50944), Bacillus strain 300 (NRRL No. B-50943), and combinations thereof, wherein the animal is a porcine species, wherein the improvement in animal performance is selected from the group consisting of promoting weight gain, increasing final body weight and increasing growth rate, and wherein the improvement of the environment of the animal is selected from the group consisting of reducing the pH of manure and reducing ammonia in the manure.
A drilling head insert or drilling bit, in particular a drilling plate made of hard metal, for a rock drill, having cutting edges which are formed on the feed side and which extend from a drilling tip , receding rearwards, to an outer side of the drilling head insert or drilling bit, the drilling head insert or drilling bit being essentially roof-shaped in lateral view and, across a substantial portion of its extension between the drilling tip and the outer side , a clearance surface on each cutting edge abuts a rake surface , the substantially smooth course of at least one cutting edge being interrupted by at least one projection , the projections projecting from the substantially smooth course of the cutting edge in the feed direction, characterized in that - the projections are realized at respective radially different positions, and - in that the rake face of the cutting edge has at least one convex rake face projection , at which it projects relative to the rake face . - the projections are realized at respective radially different positions, and - in that the rake face of the cutting edge has at least one convex rake face projection , at which it projects relative to the rake face .
Vehicle architecture comprising a rigid structural platform chassis ; said architecture also comprising an independent shell module supported by said chassis , which forms the passenger compartment and the body of the vehicle , said rigid structural chassis comprising at least three separate modules that, once assembled together, take up all the road forces of the vehicle and power the latter, said modules comprising a front cradle module , a battery module and a rear cradle module , the battery module preserving the integrity of the survival cell and the shell module being made by one hollow body polymer part or an assembly of hollow body polymer parts having closed volumes, said parts being assembled to the chassis and arranged in such a way as to provide protection around the passengers of the vehicle; characterized by a simple mechanical, electrical and hydraulic assembly of the modules together, this assembly being carried out solely using end fixings, screws, nuts, electrical connectors and brake hose connectors, a structural battery housing performing the function of a central platform and being formed by the assembly of four side rails and two sheets , the central side rails making it possible to form the end fixings on the front and rear modules.
A compound represented by the following Chemical Formula 2 or 3: wherein: L 1 is a direct bond, a substituted or unsubstituted arylene group, or a substituted or unsubstituted heteroarylene group; n is an integer of 0 to 2, and when n is 2, L 1 's are the same as or different from each other; and Ar 1 is a substituted or unsubstituted aryl group, a substituted or unsubstituted heterocyclic group, a substituted or unsubstituted arylamino group, or a substituted or unsubstituted arylphosphine group. L 1 is a direct bond, a substituted or unsubstituted arylene group, or a substituted or unsubstituted heteroarylene group; n is an integer of 0 to 2, and when n is 2, L 1 's are the same as or different from each other; and Ar 1 is a substituted or unsubstituted aryl group, a substituted or unsubstituted heterocyclic group, a substituted or unsubstituted arylamino group, or a substituted or unsubstituted arylphosphine group.
Apparatus comprising: a ventricular assist device comprising a blood pump comprising an impeller configured to be placed inside a left ventricle of a subject and to pump blood from the subject's left ventricle to an aorta of the subject; a blood pressure sensor configured to measure aortic pressure of the subject; a computer processor , characterized in that the computer processor is configured to: vary a flow rate that is generated by the blood pump by changing a rotation rate of the impeller ; determine a relationship between arterial pulsatility of the subject and the flow rate that is generated by the blood pump, based upon aortic pressure that is measured by the blood pressure sensor as the flow rate that is generated by the blood pump is varied; and estimate native cardiac output of the subject at least partially based upon the relationship. a ventricular assist device comprising a blood pump comprising an impeller configured to be placed inside a left ventricle of a subject and to pump blood from the subject's left ventricle to an aorta of the subject; a blood pressure sensor configured to measure aortic pressure of the subject; a computer processor , vary a flow rate that is generated by the blood pump by changing a rotation rate of the impeller ; determine a relationship between arterial pulsatility of the subject and the flow rate that is generated by the blood pump, based upon aortic pressure that is measured by the blood pressure sensor as the flow rate that is generated by the blood pump is varied; and estimate native cardiac output of the subject at least partially based upon the relationship.
Fixing element for components (P1, P2) of an assembly, comprising a rod which is formed by a cylindrical shaft and an end , the rod being a metal component which is at least partially surface-treated by means of anode oxidation (O), and being coated over at least a portion of the cylindrical shaft with a lubricating coating (R), the said lubricating coating (R) being applied to just part of the cylindrical shaft and the said lubricating coating being applied to at least one annular portion extending over the entire circumference of the cylindrical shaft .
SPIM microscope, comprising - an imaging objective for imaging a sample onto a detector and means for illuminating the sample with a light sheet in the focus plane of the imaging objective , perpendicular to the optical axis of the imaging objective , comprising an illumination source emitting coherent light, wherein the means for illuminating comprise - an optical element , with which a rotationally symmetric Bessel beam is generated from the light beam , - a first and a second lens , wherein the optical element and the first and second lenses are embodied and arranged having a focal plane, which is common to the first and second lenses , as a Fourier plane between the two lenses , as a result of which the Bessel beam is imaged into the focus plane of the imaging objective , and - scanning means, with which the Bessel beam scans the sample in the focus plane of the imaging objective . - an imaging objective for imaging a sample onto a detector and means for illuminating the sample with a light sheet in the focus plane of the imaging objective , perpendicular to the optical axis of the imaging objective , comprising an illumination source emitting coherent light, wherein the means for illuminating comprise - an optical element , with which a rotationally symmetric Bessel beam is generated from the light beam , - a first and a second lens , wherein the optical element and the first and second lenses are embodied and arranged having a focal plane, which is common to the first and second lenses , as a Fourier plane between the two lenses , as a result of which the Bessel beam is imaged into the focus plane of the imaging objective , and - scanning means, with which the Bessel beam scans the sample in the focus plane of the imaging objective .
An icon display method, applied to a terminal device, comprising receiving (S201) a first input performed by a user on at least one target icon, wherein the at least one target icon is located on at least one first interface; and in response to the first input, displaying (S202) the at least one target icon on a second interface in a situation whereby a target quantity reaches a target value, wherein the target quantity is a quantity of icons displayed in fixed icon placeholders on the second interface, and the target value is a quantity of fixed icon placeholders on the second interface, wherein after the at least one target icon is displayed on the second interface, P icons on the second interface are located in non-fixed icon placeholders, P is a quantity of the at least one target icon, and P is a positive integer; wherein the fixed icon placeholders are display areas for displaying icons in the second interface; the non-fixed icon placeholders are another display areas for displaying icons in the second interface other than the fixed icon placeholders, and in a case that the icons in the second interface are in an editable state, the non-fixed icon placeholders are used for displaying icons. receiving (S201) a first input performed by a user on at least one target icon, wherein the at least one target icon is located on at least one first interface; and in response to the first input, displaying (S202) the at least one target icon on a second interface in a situation whereby a target quantity reaches a target value, wherein the target quantity is a quantity of icons displayed in fixed icon placeholders on the second interface, and the target value is a quantity of fixed icon placeholders on the second interface, wherein after the at least one target icon is displayed on the second interface, P icons on the second interface are located in non-fixed icon placeholders, P is a quantity of the at least one target icon, and P is a positive integer; wherein the fixed icon placeholders are display areas for displaying icons in the second interface; the non-fixed icon placeholders are another display areas for displaying icons in the second interface other than the fixed icon placeholders, and in a case that the icons in the second interface are in an editable state, the non-fixed icon placeholders are used for displaying icons.
A computer implemented method for predicting the critical solvent power of a visbroken residue stream of interest, CSP VisRes(OI) , said method comprising: predicting CSP VisRes(OI) from the critical percentage titrant for asphaltene stability in an atmospheric residue stream, CPT AR , the atmospheric residue stream being derived from the same crude oil as the visbroken residue stream of interest, using a correlation between the critical solvent power of a visbroken residue stream, CSP VisRes , and the critical percentage titrant for asphaltene stability in an atmospheric residue stream, CPT AR , wherein the correlation has been obtained by a method comprising: for each of a plurality of crude oils, measuring: CSP VisRes of a visbroken residue stream derived therefrom, and CPT AR of an atmospheric residue stream derived therefrom, and determining a correlation between CSP VisRes and CPT AR , wherein critical solvent power is the minimum solvent power required to keep asphaltenes in a hydrocarbon stream fully dispersed and in solution, critical percentage titrant for asphaltene stability is the point at which asphaltenes in a mixture with titrant become unstable, and atmospheric residue is the heavier aspheltene rich fraction of a crude oil. CSP VisRes of a visbroken residue stream derived therefrom, and CPT AR of an atmospheric residue stream derived therefrom, and
Method of cutting and measuring a wood composite panel with the following steps - cutting a flat and pressed wood material through cutting across with several saw devices (7.1, 7,2), - wherein a flat wood material continuously or successively emerging from a press is cut into individual wood composite panels of the same dimensions (21A, etc.), - transporting of the produced wood composite panel to a measuring station , wherein the measuring station comprises a camera panel measuring system with cameras , - optical scanning of the panel corners and forwarding of measured spatial data to a computer-assisted evaluation and control unit , - determination and calculation of the precise edge lengths and angles of two adjacent edges, and - calculating the adjusting data for controlling an adjusting device (10.1, 10.2) for aligning the cutting device (7.1, 7.2), wherein the adjusting data are determined from a comparison of edge lengths, diagonals and/or angles on the wood composite panel , wherein for determining edge lengths, diagonal lengths and/or angles , four measuring cameras are used, which are each aligned to the corners of the wood composite panel, wherein during the measuring process the measuring cameras are located above and within the dimensions of the wood composite panel to be measured, and wherein at least one measuring camera is moved into the area above the wood composite panel to be measured. - cutting a flat and pressed wood material through cutting across with several saw devices (7.1, 7,2), - wherein a flat wood material continuously or successively emerging from a press is cut into individual wood composite panels of the same dimensions (21A, etc.), - transporting of the produced wood composite panel to a measuring station , wherein the measuring station comprises a camera panel measuring system with cameras , - optical scanning of the panel corners and forwarding of measured spatial data to a computer-assisted evaluation and control unit , - determination and calculation of the precise edge lengths and angles of two adjacent edges, and - calculating the adjusting data for controlling an adjusting device (10.1, 10.2) for aligning the cutting device (7.1, 7.2), wherein the adjusting data are determined from a comparison of edge lengths, diagonals and/or angles on the wood composite panel , wherein for determining edge lengths, diagonal lengths and/or angles , four measuring cameras are used, which are each aligned to the corners of the wood composite panel, wherein during the measuring process the measuring cameras are located above and within the dimensions of the wood composite panel to be measured, and wherein at least one measuring camera is moved into the area above the wood composite panel to be measured.