mhurhangee/ep-ind-claims huggingface dataset:
A system for compensating motion-related error associated with micro-entities that move between a first location and at least a second location in a stream, the system comprising: detection apparatuses (D1, D2, D3, D4, D5) configured to generate a first signal when a micro-entity crosses the first location and generate at least a second signal when the micro-entity crosses at least the second location; a transducer configured to couple energy periodically to the stream that conveys the micro-entities between the first and second locations; one or more processors configured to: receive at least the first signal; determine from the first signal a value with respect to a parameter of the system; and adjust, by a correction amount that compensates for motion-related error associated with the micro-entity, an observation or operation time for observing or operating on the micro-entity at the second location, wherein the correction amount is determined from an error model that predicts the motion-related error associated with the micro-entity from the determined value, wherein the value determined with respect to a parameter of the system is a time offset or phase of an arrival time of the micro-entity at the first location with respect to a feature of a periodic signal used to drive the transducer, and the time offset or phase is measured using a number of clock cycles of a clock signal provided by the system. detection apparatuses (D1, D2, D3, D4, D5) configured to generate a first signal when a micro-entity crosses the first location and generate at least a second signal when the micro-entity crosses at least the second location; a transducer configured to couple energy periodically to the stream that conveys the micro-entities between the first and second locations; one or more processors configured to: receive at least the first signal; determine from the first signal a value with respect to a parameter of the system; and adjust, by a correction amount that compensates for motion-related error associated with the micro-entity, an observation or operation time for observing or operating on the micro-entity at the second location, wherein the correction amount is determined from an error model that predicts the motion-related error associated with the micro-entity from the determined value, receive at least the first signal; determine from the first signal a value with respect to a parameter of the system; and adjust, by a correction amount that compensates for motion-related error associated with the micro-entity, an observation or operation time for observing or operating on the micro-entity at the second location, wherein the correction amount is determined from an error model that predicts the motion-related error associated with the micro-entity from the determined value, wherein the value determined with respect to a parameter of the system is a time offset or phase of an arrival time of the micro-entity at the first location with respect to a feature of a periodic signal used to drive the transducer, and the time offset or phase is measured using a number of clock cycles of a clock signal provided by the system.
Method of evaluating control parameters of a series of solar trackers (20, 30, 40) of a solar power station, each solar tracker of the series of solar trackers including a set of solar modules, each solar module including a table (A, 1, 2, 3, 4, 5, 6, 7, 8) of solar radiation processing means mounted to be rotatable about a rotation axis to track a diurnal passage of the Sun on means (P1, P2, P3) of connection to the ground, characterized in that the method includes the steps of: a - for each of the ground connection means, determining coordinates in space of a point of connection with the table; b - for each of the solar modules: i. determining an inclination (α) of the associated table from the coordinates in space so determined of the ground connection means of the associated table; ii. determining the coordinates of a series of reference points (M1, M2, M3) of the associated table from the coordinates in space of the ground connection means of the associated table and the inclination of the associated table; c - for each of the solar modules, determining a set of relative positioning parameters of the associated table with tables (1, 2, 3, 4, 5, 6, 7, 8) directly adjacent the associated table of the solar power station from the coordinates in space of the series of reference points of the tables concerned; d - for each solar tracker of the series of solar trackers, determining the control parameters of the solar tracker concerned from the inclination and the set of relative positioning parameters of the tables of the set of solar modules of the solar tracker concerned. a - for each of the ground connection means, determining coordinates in space of a point of connection with the table; b - for each of the solar modules: i. determining an inclination (α) of the associated table from the coordinates in space so determined of the ground connection means of the associated table; ii. determining the coordinates of a series of reference points (M1, M2, M3) of the associated table from the coordinates in space of the ground connection means of the associated table and the inclination of the associated table; i. determining an inclination (α) of the associated table from the coordinates in space so determined of the ground connection means of the associated table; ii. determining the coordinates of a series of reference points (M1, M2, M3) of the associated table from the coordinates in space of the ground connection means of the associated table and the inclination of the associated table; c - for each of the solar modules, determining a set of relative positioning parameters of the associated table with tables (1, 2, 3, 4, 5, 6, 7, 8) directly adjacent the associated table of the solar power station from the coordinates in space of the series of reference points of the tables concerned; d - for each solar tracker of the series of solar trackers, determining the control parameters of the solar tracker concerned from the inclination and the set of relative positioning parameters of the tables of the set of solar modules of the solar tracker concerned.
A data cut-over method, comprising: obtaining a model mapping relationship between a source Operation Maintenance Module, OMM, and a target OMM of different system versions; obtaining a base station which is designated by a user to be cut over to the target OMM and data associated with the base station that needs to be modified during the data cut-over designated by the user, and generating a data cut-over plan file, wherein the data cut-over plan file describes which base stations need to be cut over from the source OMM to the target OMM and which data needs to be modified according to an engineering plan; exporting a source OMM data file from the source OMM; exporting a target OMM data file from the target OMM; generating an interface data file according to the model mapping relationship, the source OMM data file, the target OMM data file and the data cut-over plan file, wherein the interface data file is used for importing on the target OMM to complete cut-over; importing the interface data file into the target OMM; completing cut-over of the base station from the source OMM to the target OMM according to the interface data. obtaining a model mapping relationship between a source Operation Maintenance Module, OMM, and a target OMM of different system versions; obtaining a base station which is designated by a user to be cut over to the target OMM and data associated with the base station that needs to be modified during the data cut-over designated by the user, and generating a data cut-over plan file, wherein the data cut-over plan file describes which base stations need to be cut over from the source OMM to the target OMM and which data needs to be modified according to an engineering plan; exporting a source OMM data file from the source OMM; exporting a target OMM data file from the target OMM; generating an interface data file according to the model mapping relationship, the source OMM data file, the target OMM data file and the data cut-over plan file, wherein the interface data file is used for importing on the target OMM to complete cut-over; importing the interface data file into the target OMM; completing cut-over of the base station from the source OMM to the target OMM according to the interface data.
A communication controller for controlling Time-Division Duplexing TDD communications over a plurality of subscriber lines (L 1 to L 4) making use of a common TDD frame structure, the common TDD frame structure comprising a total number N of transmission slots per TDD frame, a first number N DS of which are configured for downstream communications over the subscriber lines and a second number N US of which are configured for upstream communications over the subscriber lines, the communication controller being configured to receive traffic measurements performed over the respective subscriber lines, and to determine a first target number N DS,TAR of downstream transmission slots per TDD frame and a second target number N US,TAR of upstream transmission slots per TDD frame to be sustained over the subscriber lines during one or more TDD frames based on the traffic measurements, wherein the communication controller is further configured, if a difference or a weighted difference between a downstream margin N DS - N DS,TAR and an upstream margin N US - N US,TAR is greater than a given threshold, to adjust the first number N DS and the second number N US such that the difference or weighted difference between the downstream and upstream margins is reduced.
A communication system containing two or more communication interface devices (12, 14) for communicating between separate I 2 C busses, wherein one of the communication interface devices comprises: a current source internal to the communication interface device, the current source being connected to one of the I 2 C buses and arranged to pull the one I 2 C bus to a logic high level in the absence of an active pull down device on the one I 2 C bus; a pull down component connected to the one I 2 C bus arranged to pull down the one I 2 C bus to a logic low level; and a detector configured to detect when a remote communication interface device is pulling the signal level on the one I 2 C bus to a logic low level meeting the I 2 C specification at the same time as the communication interface device pulling the signal level on the bus to a valid logic low meeting the I 2 C specification. a current source internal to the communication interface device, the current source being connected to one of the I 2 C buses and arranged to pull the one I 2 C bus to a logic high level in the absence of an active pull down device on the one I 2 C bus; a pull down component connected to the one I 2 C bus arranged to pull down the one I 2 C bus to a logic low level; and a detector configured to detect when a remote communication interface device is pulling the signal level on the one I 2 C bus to a logic low level meeting the I 2 C specification at the same time as the communication interface device pulling the signal level on the bus to a valid logic low meeting the I 2 C specification.
A reusable joint stabilizer for application to a joint of a patient, the stabilizer (10; 20; 80; 90) comprising: a web (12; 12') having a pattern selected to provide a desired stability and restriction in the range of motion of the joint, the web (12; 12') being securable about the joint of the patient and formed of a plurality of flexible and non-stretchable strips (14; 14') interconnected in a desired pattern and a plurality of non-adhesive and reusable flexible tacky strips (16; 16') aligned with and connected to at least selected ones of the non-stretchable strips (14; 14') for positioning adjacent to skin of the patient proximate the joint; wherein the tacky strips (16; 16') transfer forces between the exterior of the web (12; 12') and the skin of the patient contacted by the tacky strips (16; 16') to provide a desired stability of the joint and a desired restriction in the range of motion of the joint. a web (12; 12') having a pattern selected to provide a desired stability and restriction in the range of motion of the joint, the web (12; 12') being securable about the joint of the patient and formed of a plurality of flexible and non-stretchable strips (14; 14') interconnected in a desired pattern and a plurality of non-adhesive and reusable flexible tacky strips (16; 16') aligned with and connected to at least selected ones of the non-stretchable strips (14; 14') for positioning adjacent to skin of the patient proximate the joint; wherein the tacky strips (16; 16') transfer forces between the exterior of the web (12; 12') and the skin of the patient contacted by the tacky strips (16; 16') to provide a desired stability of the joint and a desired restriction in the range of motion of the joint.
Circuit breaker assembly, comprising a housing (11, 12, 13) in which a circuit breaker is accommodated, in which the housing (11, 12, 13) is fluid tight and arranged to maintain a pressure inside the housing (11, 12, 13) at a predetermined level which is independent of a pressure outside the housing (11, 12, 13), in which the housing (11, 12, 13) further accommodates a drive mechanism for operating the circuit breaker, in which the housing (11, 12, 13) is arranged to maintain an internal pressure of substantially one bar (10 5 Pa) when the pressure outside the housing (11, 12, 13) is higher than 1 x 10 5 Pa, e.g. higher than 100 x 10 5 Pa, e.g. up to 300 x 10 5 Pa, wherein the drive mechanism is actuated using a non-mechanical external signal, characterized in that the circuit breaker is a vacuum circuit breaker, and that the housing comprises a tube (11; 11a, 11b) of isolating material and two terminals (12, 13) of conducting material, the terminals (12, 13) being attached to the tube, in which the two terminals (12, 13) are connected to terminals (16, 17) of the vacuum circuit breaker.
A cleaning device for cleaning a pipe from the inside, the cleaning device comprising: a front body member having apertures defined therein for accommodating a first end of pins; a back body member having apertures defined therein for accommodating a second end of pins, and having a connector (53, 54) for connecting a drive shaft and being rotatable about a rotation axis with the drive shaft; pins extending from the first body member to the second body member in a direction parallel to the rotation axis; a first set of cutters having cutting edges provided on the cutters and each cutter having an aperture defined therein and extending through the cutter for accommodating one pin between the first ends and the second ends, said cutters are rigid and pivotally connected to said pins allowing said cutters to pivot in a plane perpendicular to the rotation axis characterized in that the cutters have a curved shape with a convex surface and an opposing concave surface facing towards the body (30, 50) of the cleaning device, wherein the cutting edges are provided on the convex surface and said cutting edges are parallel to the rotation axis of the cleaning device. a front body member having apertures defined therein for accommodating a first end of pins; a back body member having apertures defined therein for accommodating a second end of pins, and having a connector (53, 54) for connecting a drive shaft and being rotatable about a rotation axis with the drive shaft; pins extending from the first body member to the second body member in a direction parallel to the rotation axis; a first set of cutters having cutting edges provided on the cutters and each cutter having an aperture defined therein and extending through the cutter for accommodating one pin between the first ends and the second ends, said cutters are rigid and pivotally connected to said pins allowing said cutters to pivot in a plane perpendicular to the rotation axis characterized in that the cutters have a curved shape with a convex surface and an opposing concave surface facing towards the body (30, 50) of the cleaning device, wherein the cutting edges are provided on the convex surface and said cutting edges are parallel to the rotation axis of the cleaning device.
A passive readout circuit for reading out a charge stored on an integration capacitor coupled to a photodiode, the passive readout circuit comprising: a column bus selectively connectable to the integration capacitor; at least one shield line (340, 342) arranged near the column bus such that a parasitic capacitance is created between the at least one shield line and the column bus; an amplifier having a first, inverting input, a second non-inverting input connected to a reference voltage, and an output; wherein the column bus is connected to the first, inverting input and the at least one shield line is connected to the output of the amplifier; wherein a feedback path between the output of the amplifier and the first, inverting input of the amplifier includes the parasitic capacitance and does not include a discrete feedback capacitor. a column bus selectively connectable to the integration capacitor; at least one shield line (340, 342) arranged near the column bus such that a parasitic capacitance is created between the at least one shield line and the column bus; an amplifier having a first, inverting input, a second non-inverting input connected to a reference voltage, and an output; wherein the column bus is connected to the first, inverting input and the at least one shield line is connected to the output of the amplifier; wherein a feedback path between the output of the amplifier and the first, inverting input of the amplifier includes the parasitic capacitance and does not include a discrete feedback capacitor.
A dry sprinkler head comprising: a flexible conduit having a first end and a second end, the flexible conduit being configured to couple to a fluid supply; a sprinkler nozzle mounted at the first end of the flexible conduit; the sprinkler nozzle having an element which breaks when exposed to temperatures above a preselected temperature to permit fluid flow through the sprinkler nozzle; and a valve disposed proximate to the second end of the flexible conduit and having a released position and a latched position, wherein the valve is a check valve configured to allow fluid from the fluid supply to flow through the conduit when the valve is in the released position and to prevent fluid from the fluid supply from flowing through the conduit when the valve is in the latched position, characterized in that: a flexible link extending between said sprinkler nozzle and said valve, wherein breaking of said element causes said flexible link to in turn cause the valve to move from the latched position to the released position. a flexible conduit having a first end and a second end, the flexible conduit being configured to couple to a fluid supply; a sprinkler nozzle mounted at the first end of the flexible conduit; the sprinkler nozzle having an element which breaks when exposed to temperatures above a preselected temperature to permit fluid flow through the sprinkler nozzle; and a valve disposed proximate to the second end of the flexible conduit and having a released position and a latched position, wherein the valve is a check valve configured to allow fluid from the fluid supply to flow through the conduit when the valve is in the released position and to prevent fluid from the fluid supply from flowing through the conduit when the valve is in the latched position, characterized in that: a flexible link extending between said sprinkler nozzle and said valve, wherein breaking of said element causes said flexible link to in turn cause the valve to move from the latched position to the released position.
Crystalline form A of a compound, wherein the compound has the structure of formula I, and said crystalline form A has characteristic peaks at the following 2θ angles in the X-ray Powder diffraction (XRPD) pattern: 2.9±0.2°, 13.6±0.2°, 17.3±0.2° and 18.6±0.2°;
Device for height adjustment of a household appliance comprising a sliding profile, a support profile, a rod and a locating means, wherein the sliding profile is attachable to a surface of the appliance, and, wherein the support profile is for resting the device on a firm base, wherein the support profile, the sliding profile and the rod are arranged such that a main section of the sliding profile is parallel to a main section of the support profile, and wherein the rod is located between the sliding profile and the support profile, parallel to the main section of the sliding profile and the main section of the support profile, the rod forming an axis in its longitudinal dimension perpendicular to the firm base, and wherein an operation of said locating means causes a linear motion of the main section along the axis, wherein said operation causes a gliding motion of the main section on and alongside the main section along the axis, characterised in that the sliding profile is an Omega-profile or an U-profile comprising said main section, wherein the main section is the upper border and comprises vertical edges (12, 13), a first and a second side section flanking the main section at each vertical edge (12, 13) of the main section, wherein each side section (10, 11) projects from a vertical edge (12, 13) of the main section towards the appliance, and wherein the side sections (10, 11) and the main section of the sliding profile form a sliding channel, said sliding channel is for gliding on and alongside the support profile.
A reporting processing method for User Agent Profile information, characterized by comprising: issuing, by an origin server, a reporting policy to a user client to instruct the user client to report User Agent Profile information in accordance with the reporting policy; and receiving, by the origin server, User Agent Profile information reported by the user client every time the user client discoveries that the User Agent Profile information satisfies the reporting policy; wherein, when the User Agent Profile information is changed, the user client determines whether the changed User Agent Profile information satisfies a corresponding reporting policy, and reports the changed User Agent Profile information when the corresponding reporting policy is satisfied. issuing, by an origin server, a reporting policy to a user client to instruct the user client to report User Agent Profile information in accordance with the reporting policy; and receiving, by the origin server, User Agent Profile information reported by the user client every time the user client discoveries that the User Agent Profile information satisfies the reporting policy; wherein, when the User Agent Profile information is changed, the user client determines whether the changed User Agent Profile information satisfies a corresponding reporting policy, and reports the changed User Agent Profile information when the corresponding reporting policy is satisfied.