mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring carrier phase anomalies in a range finding system comprising: predicting, by an relative carrier phase estimator, a relative carrier phase between locations of a first and a second antenna (12, 14) as a function of a relative position between the locations of the two antennas (12, 14), where the first and the second antennas (12, 14) are each configured to receive a signal from a transmitter and a baseline between the locations of the two antennas (12, 14) is known; measuring, by signal processor, a relative carrier phase between the locations of the first and second antennas (12, 14) based upon at least one transmitted signal received at each of the locations of the first and second antennas (12, 14); calculating, by an anomaly detection component, an anomaly detection metric as a function of a difference between the measured relative carrier phase and the predicted relative carrier phase; determining, by the anomaly detection component, if an anomaly, comprising one of a tracking error at the antennas and an introduction of false signals via spoofing or meaconing, is present according to the anomaly detection metric, by determining if the anomaly detection metric exceeds a predetermined threshold value; and indicating, by the anomaly detection component, that an anomaly is present, if the predetermined threshold value is exceeded, to allow adjustment to the range finding system; wherein the predetermined threshold value is one-quarter of a wavelength associated with the transmitted signal. predicting, by an relative carrier phase estimator, a relative carrier phase between locations of a first and a second antenna (12, 14) as a function of a relative position between the locations of the two antennas (12, 14), where the first and the second antennas (12, 14) are each configured to receive a signal from a transmitter and a baseline between the locations of the two antennas (12, 14) is known; measuring, by signal processor, a relative carrier phase between the locations of the first and second antennas (12, 14) based upon at least one transmitted signal received at each of the locations of the first and second antennas (12, 14); calculating, by an anomaly detection component, an anomaly detection metric as a function of a difference between the measured relative carrier phase and the predicted relative carrier phase; determining, by the anomaly detection component, if an anomaly, comprising one of a tracking error at the antennas and an introduction of false signals via spoofing or meaconing, is present according to the anomaly detection metric, by determining if the anomaly detection metric exceeds a predetermined threshold value; and indicating, by the anomaly detection component, that an anomaly is present, if the predetermined threshold value is exceeded, to allow adjustment to the range finding system; wherein the predetermined threshold value is one-quarter of a wavelength associated with the transmitted signal.
A pump system for a water supply mains with at least one pump device, with a pressure sensor which detects the pressure at the delivery side of the pump device, with a flow sensor which detects the flow rate of the pump device, with several pressure sensor units which are provided for the remote arrangement from the pump device in different part regions of the water supply mains, and with a control device for the control of the pump device, characterised in that the control device comprises a model formation module which is designed in each case to produce a model which represents the pressure loss from the pressure sensor to the position of the respective pressure sensor unit, on the basis of several pressure measured values of at least two pressure sensor units for the at least two associated part regions, wherein the produced models each image the pressure loss from the pump device up to the position of the associated pressure sensor unit in dependence on the time (t) and the flow (q) of the pump device, and that the control device is designed for the regulation of the pump device on the basis of the produced models.
A lifting assembly of a lift truck, a forklift truck in particular, with a lift mast with an axis and with a first mast section and a second mast section, wherein damping devices of elastic material are provided on the first mast section or the second mast section which prevent bouncing of the second mast section onto the first mast section in the retracted end position of the second mast section, wherein the damping devices are designed and arranged such that in addition to damping the movement of the second mast section in the axial direction (i.e. along the z-axis) they damp also movements of it in both the directions running vertical thereto (i.e. along the x-axis and the y-axis), and the damping devices are formed by two damping elements which contact the second mast section on both sides, characterised in that the damping elements are made in the shape of wedges and the second mast section and the damping elements comprise flat contact surfaces (4, 5), running parallel to each other, which damp movements of the second mast section in the z-, x- and y-direction.
A method for coding depth information, comprising: arranging,, all elements in a Depth Look-up Table, DLT, in an ascending order of values, wherein the DLT is a data structure representing depth numerical values by index numbers; coding the value of the first element in the DLT, and writing bits of the value of the first element into a bitstream; and coding a differential value between the value of each of other elements except the first element in the DLT and the value of an adjacent element with an index number smaller than an index number of the each of other elements in the DLT, and writing bits of the differential value into the bitstream,, wherein the method further comprises: before coding the differential value, coding auxiliary information and writing bits of the auxiliary information into the bitstream, wherein the auxiliary information is configured to identify which entropy coding method is used for coding the differential value. arranging,, all elements in a Depth Look-up Table, DLT, in an ascending order of values, wherein the DLT is a data structure representing depth numerical values by index numbers; coding the value of the first element in the DLT, and writing bits of the value of the first element into a bitstream; and coding a differential value between the value of each of other elements except the first element in the DLT and the value of an adjacent element with an index number smaller than an index number of the each of other elements in the DLT, and writing bits of the differential value into the bitstream,, wherein the method further comprises: before coding the differential value, coding auxiliary information and writing bits of the auxiliary information into the bitstream, wherein the auxiliary information is configured to identify which entropy coding method is used for coding the differential value.
A barrier assembly sealing the gap between the frame of a window and the rough opening defined in the exterior structural wall of a building in which the window is received, the exterior wall having an outside surface, the rough opening being defined by building framing members (24, 26, 28, 30), the barrier assembly comprising: an adaptor attached to the window frame, the adaptor defining a channel along at least a majority of the perimeter of the window frame, and a flexible sealing membrane providing an air and moisture barrier between the window frame and the building framing members (24, 26, 28, 30), characterized by the flexible sealing membrane being formed from multiple membrane sections formed from an elastomeric material, the membrane sections formed from a flexible sheet and a projection integral with the flexible sheet, the projection being received in the channel of the adaptor to provide a flat air and moisture-proof barrier between the window frame and the outside surface of the exterior structural wall. an adaptor attached to the window frame, the adaptor defining a channel along at least a majority of the perimeter of the window frame, and a flexible sealing membrane providing an air and moisture barrier between the window frame and the building framing members (24, 26, 28, 30), characterized by the flexible sealing membrane being formed from multiple membrane sections formed from an elastomeric material, the membrane sections formed from a flexible sheet and a projection integral with the flexible sheet, the projection being received in the channel of the adaptor to provide a flat air and moisture-proof barrier between the window frame and the outside surface of the exterior structural wall.
A mesenchymoangioblast mesenchymal stem cell (MCA-MSC) for use in a method of treating allergic airways disease / asthma in a subject, wherein the MCA-MSC expresses miR-145-5p, miR-181b-5p, and miR-214-3p, but not miR-127-3p and miR-299-5p, wherein the MCA-MSC has a CD73 + CD105 + CD90 + CD146 + CD44 + CD10 + CD31 - CD45 - phenotype, and wherein the MCA-MSC is made by a method comprising: (a) culturing a primitive mesoderm cell with mesenchymoangioblast potential that has a EMH lin - KDR + APLNR + PDGFRalpha + phenotype in a mesenchymal-colony forming medium (M-CFM) comprising LiCl and FGF2, but excluding PDGF, under normoxic conditions for sufficient time for a mesenchymal colony to form; and (b) culturing the mesenchymal colony of (a) adherently to produce the MCA-MSC. (a) culturing a primitive mesoderm cell with mesenchymoangioblast potential that has a EMH lin - KDR + APLNR + PDGFRalpha + phenotype in a mesenchymal-colony forming medium (M-CFM) comprising LiCl and FGF2, but excluding PDGF, under normoxic conditions for sufficient time for a mesenchymal colony to form; and (b) culturing the mesenchymal colony of (a) adherently to produce the MCA-MSC.
A compound represented by general formula: wherein the ring A represents * represents the bonding site with the benzene ring, X represents CH or N, R 1 represents -C(=O) -NH-R 5, -NH-C(=O) -NH-R 5, or-S(=O) 2 -R 5, R 2 represents -F or -H R 3 represents -CH 3 or -C 2 H 5 R 4 represents and R 5 represents -H, or represents a C1-C6 alkyl group, a C3-C6 cycloalkyl group, or each of which may be substituted with 1 to 3 -OH; or a pharmaceutically acceptable salt thereof. the ring A represents * represents the bonding site with the benzene ring, X represents CH or N, R 1 represents -C(=O) -NH-R 5, -NH-C(=O) -NH-R 5, or-S(=O) 2 -R 5, R 2 represents -F or -H R 3 represents -CH 3 or -C 2 H 5 R 4 represents and R 5 represents -H, or represents a C1-C6 alkyl group, a C3-C6 cycloalkyl group, or
System for controlling a use of an exercise by a person, wherein the exercise comprises a guidance element, along which a person can move between a hang up region of the guidance element and a hang out region of the guidance element, wherein there is formed at least in the hang up region an identification region, the system comprising a securing device for securing a person to the guidance element, wherein the securing device is movably attachable along the guidance element between the hang up region and the hang out region, wherein the securing device is hangable up to the guidance element in the hang up region and hangable out from the guidance element in the hang out region, an identification device, which is configured such that by means of the identification device, at least a hanging up of the securing device within the identification region is identifiable, so that an occupation of the guidance element with another person is identifiable, and characterized in that the system comprises a securing device actuating device, which is, based on an identification result of the identification device, controllable such that the securing device actuating device is adjustable to a release mode and, upon identification of the occupation of the guidance element with another person, to a blocking mode, wherein the securing device actuating device is couplable or coupled with the securing device such that in the blocking mode, a hanging up of the securing device in the hang up region and/or a movement of the securing device between the hang up region and the hang out region of the guidance element is blocked.
A laundry treatment apparatus comprising: a cabinet having an opening; a drawer dischargeable from the cabinet through the opening; a receiving unit provided in the drawer for receiving water and laundry; a drain pump for discharging water from the receiving unit; a drain channel extending from a higher position than a highest level of water that can be stored in the receiving unit, the drain channel being located outside the cabinet; and a connection channel (83, 85, 87) located in the cabinet for connecting the drain pump and the drain channel to each other, characterized in that water stored inside the connection channel (83, 85, 87) flows to the drain pump by gravity and is collected in the drain pump when the operation of the drain pump is stopped. a cabinet having an opening; a drawer dischargeable from the cabinet through the opening; a receiving unit provided in the drawer for receiving water and laundry; a drain pump for discharging water from the receiving unit; a drain channel extending from a higher position than a highest level of water that can be stored in the receiving unit, the drain channel being located outside the cabinet; and a connection channel (83, 85, 87) located in the cabinet for connecting the drain pump and the drain channel to each other, characterized in that water stored inside the connection channel (83, 85, 87) flows to the drain pump by gravity and is collected in the drain pump when the operation of the drain pump is stopped.
An elevator rope comprising: an inner layer rope that includes: a plurality of steel inner layer strands; and a resin inner layer rope coating body that is coated onto an outer circumference; and a plurality of outer layer strands that are twisted together on an outer circumference of the inner layer rope, characterized in that the outer layer strands each include: an outer layer strand fiber core; and a plurality of steel wires (9, 10) that are twisted together on an outer circumference of the outer layer strand fiber core; wherein a rope grease is impregnated into the outer layer strand fiber core; wherein the inner layer rope includes an inner layer rope fiber core; wherein the inner layer strands are twisted together onto an outer circumference of the inner layer rope fiber core; and wherein a rope grease is impregnated into the inner layer rope fiber core. an inner layer rope that includes: a plurality of steel inner layer strands; and a resin inner layer rope coating body that is coated onto an outer circumference; and a plurality of steel inner layer strands; and a resin inner layer rope coating body that is coated onto an outer circumference; and a plurality of outer layer strands that are twisted together on an outer circumference of the inner layer rope, characterized in that the outer layer strands each include: an outer layer strand fiber core; and a plurality of steel wires (9, 10) that are twisted together on an outer circumference of the outer layer strand fiber core; an outer layer strand fiber core; and a plurality of steel wires (9, 10) that are twisted together on an outer circumference of the outer layer strand fiber core; wherein a rope grease is impregnated into the outer layer strand fiber core; wherein the inner layer rope includes an inner layer rope fiber core; wherein the inner layer strands are twisted together onto an outer circumference of the inner layer rope fiber core; and wherein a rope grease is impregnated into the inner layer rope fiber core.
Method for performing a TSH immunoassay, the method comprising the steps of: (a) inserting a fluid sample into a device comprising an immunosensor in a conduit, said immunosensor having a capture antibody to TSH; (b) dissolving a signal antibody into said fluid sample; (c) amending said fluid sample with scavenger beads coated with antibodies to one or more of follicle stimulating hormone, luteinizing hormone and chorionic gonadotropin; (d) forming a sandwich complex on said immunosensor, said complex comprising said capture antibody, TSH, and said signal antibody; (e) washing uncomplexed signal antibody from the sensor with a wash fluid; and (f) detecting a signal associated with said complexed signal antibody; wherein the scavenger beads are magnetic and are removed prior to the detecting step; the process further comprising the step of retaining said scavenger beads in a retaining area upon application of a magnet field. (a) inserting a fluid sample into a device comprising an immunosensor in a conduit, said immunosensor having a capture antibody to TSH; (b) dissolving a signal antibody into said fluid sample; (c) amending said fluid sample with scavenger beads coated with antibodies to one or more of follicle stimulating hormone, luteinizing hormone and chorionic gonadotropin; (d) forming a sandwich complex on said immunosensor, said complex comprising said capture antibody, TSH, and said signal antibody; (e) washing uncomplexed signal antibody from the sensor with a wash fluid; and (f) detecting a signal associated with said complexed signal antibody;
A method for performing an operation on a touchscreen, comprising: receiving a touch operation when content currently displayed on the touchscreen is a displayed entry, wherein the displayed entry corresponds to a data entry stored in a terminal; performing, when a track of the touch operation is a sliding track on a preset area, a preset operation on each entry that the track of the touch operation passes through, wherein the preset area is a part of a current operation interface, wherein the preset operation is a select operation or a deselect operation performed on the entry; when the sliding track of the touch operation reaches an edge of the preset area, flipping the content currently displayed on the touchscreen, and saving the content selected or content deselected by the sliding track, wherein the flipping comprises updating a part of displayed content on the current operation interface. receiving a touch operation when content currently displayed on the touchscreen is a displayed entry, wherein the displayed entry corresponds to a data entry stored in a terminal; performing, when a track of the touch operation is a sliding track on a preset area, a preset operation on each entry that the track of the touch operation passes through, wherein the preset area is a part of a current operation interface, wherein the preset operation is a select operation or a deselect operation performed on the entry; when the sliding track of the touch operation reaches an edge of the preset area, flipping the content currently displayed on the touchscreen, and saving the content selected or content deselected by the sliding track, wherein the flipping comprises updating a part of displayed content on the current operation interface.
A data processing method, wherein the method comprises: determining, by a first terminal device based on a parameter group, a first sequence comprising N elements, wherein the parameter group comprises a first parameter, a second parameter, and a cyclic shift value, the first sequence is obtained by performing cyclic shift on a second sequence based on the cyclic shift value, and the second sequence is determined based on the first parameter and the second parameter; and sending, by the first terminal device, a signal to a network device based on the first sequence, wherein an element in the second sequence satisfies: x u 1, u 2 i = αe j 2 π u 1 i mod P 3 + u 2 i mod P P + φ; or x u 1, u 2 i = αe − j 2 π u 1 i mod P 3 + u 2 i mod P P + φ, wherein u 1 is the first parameter, wherein u 1 ∈ {1,2,..., P - 1}; u 2 is the second parameter, wherein u 2 ∈ {0,1,2,..., P - 1}; i is an index of the element in the second sequence, wherein a value of i ranges from 0 to N- 1; x u 1, u 2 ( i) is a value of the element whose index of the element is i in the second sequence; N is a length of the second sequence; j is a symbol of an imaginary number in a complex number; P and N satisfy any one of the following relationships: P is a minimum prime number greater than or equal to N, P is a maximum prime number less than or equal to N, P is a minimum prime number greater than 2 × N, or P is a maximum prime number less than 2 × N; α is a non-zero complex number; and φ is a real number. determining, by a first terminal device based on a parameter group, a first sequence comprising N elements, wherein the parameter group comprises a first parameter, a second parameter, and a cyclic shift value, the first sequence is obtained by performing cyclic shift on a second sequence based on the cyclic shift value, and the second sequence is determined based on the first parameter and the second parameter; and sending, by the first terminal device, a signal to a network device based on the first sequence, wherein an element in the second sequence satisfies: x u 1, u 2 i = αe j 2 π u 1 i mod P 3 + u 2 i mod P P + φ; or x u 1, u 2 i = αe − j 2 π u 1 i mod P 3 + u 2 i mod P P + φ, wherein u 1 is the first parameter, wherein u 1 ∈ {1,2,..., P - 1}; u 2 is the second parameter, wherein u 2 ∈ {0,1,2,..., P - 1}; i is an index of the element in the second sequence, wherein a value of i ranges from 0 to N- 1; x u 1, u 2 ( i) is a value of the element whose index of the element is i in the second sequence; N is a length of the second sequence; j is a symbol of an imaginary number in a complex number; P and N satisfy any one of the following relationships: P is a minimum prime number greater than or equal to N, P is a maximum prime number less than or equal to N, P is a minimum prime number greater than 2 × N, or P is a maximum prime number less than 2 × N; α is a non-zero complex number; and φ is a real number.
Method for querying a database by computer means, comprising the following steps: - receiving a first request in a first language, aimed at obtaining information contained in the database, said request being directed to at least one object having at least one property represented in the database, - accessing a representation of the database restricted to said at least one object, - generating, from said representation and said at least one property of the first request, at least one second request in a second language, aimed at obtaining the information requested in the first request, and - querying the database by means of said at least one second request. - receiving a first request in a first language, aimed at obtaining information contained in the database, said request being directed to at least one object having at least one property represented in the database, - accessing a representation of the database restricted to said at least one object, - generating, from said representation and said at least one property of the first request, at least one second request in a second language, aimed at obtaining the information requested in the first request, and - querying the database by means of said at least one second request.