mhurhangee/patent-ind-claim-en huggingface dataset:
Tool for modelling the physical behaviour of a wind turbine, the operation of the full-scale wind turbine being controlled by a controller , the modelling tool being characterised in that it comprises: - an at least partial model of the wind turbine on a reduced scale comprising at least one sensor measuring a quantity representative of the physical behaviour of the model and at least one actuator with adjustable control actuating an element of the model, - a conversion module comprising an interface designed to communicate with the controller and an interface designed to communicate with the model , the conversion module converting: ∘ the scaled-down measurements (M) from the sensor into full-scale measurements (M') sent to the controller, and ∘ the full-scale setpoints (C') from the controller into reduced-scale setpoints (C) sent to the actuator. - an at least partial model of the wind turbine on a reduced scale comprising at least one sensor measuring a quantity representative of the physical behaviour of the model and at least one actuator with adjustable control actuating an element of the model, - a conversion module comprising an interface designed to communicate with the controller and an interface designed to communicate with the model , the conversion module converting: ∘ the scaled-down measurements (M) from the sensor into full-scale measurements (M') sent to the controller, and ∘ the full-scale setpoints (C') from the controller into reduced-scale setpoints (C) sent to the actuator. ∘ the scaled-down measurements (M) from the sensor into full-scale measurements (M') sent to the controller, and ∘ the full-scale setpoints (C') from the controller into reduced-scale setpoints (C) sent to the actuator.
A processing apparatus for processing a crowned portion (Wc) of a roller (W), which apparatus comprises: first and second feed drums each having an outer periphery formed with respective spirally extending threaded guide surfaces , the first and second feed drums extending parallel to each other and being driven to rotate about respective central axes (L1, L2) to transport the roller (W), while the roller is held in rolling contact with the threaded guide surfaces opposed to each other, from a first location towards a second location through between the first and second feed drums ; and a grinding stone for processing the crowned portion (Wc) of the roller (W) passing through between the first and second feed drums ; characterized in that the threaded guide surface of one of the first and second feed drums is divided into two axially juxtaposed divided threaded surface areas so that an outer peripheral surface of the roller (W) may be supported at two anteroposterior locations of such roller (W). first and second feed drums each having an outer periphery formed with respective spirally extending threaded guide surfaces , the first and second feed drums extending parallel to each other and being driven to rotate about respective central axes (L1, L2) to transport the roller (W), while the roller is held in rolling contact with the threaded guide surfaces opposed to each other, from a first location towards a second location through between the first and second feed drums ; and a grinding stone for processing the crowned portion (Wc) of the roller (W) passing through between the first and second feed drums ; characterized in that the threaded guide surface of one of the first and second feed drums is divided into two axially juxtaposed divided threaded surface areas so that an outer peripheral surface of the roller (W) may be supported at two anteroposterior locations of such roller (W).
A piezoelectric microbalance sensor comprising: i. a piezoelectric material having a process side suitable for contacting a liquid stream and a non-process side , at least a portion of the process side engaging a process side electrode , and at least a portion of the non-process side engaging a non-process side electrode ; ii. a heater capable of heating the piezoelectric material from the non-process side , thereby enabling temperature control of the piezoelectric material ; iii. a counter-electrode having a first surface suitable for contacting the liquid stream and facing the process side of the piezoelectric material , and a second opposing surface, the counter-electrode positioned within the piezoelectric microbalance sensor so as to allow flow of at least a portion of the liquid stream between the process side of the piezoelectric material and the first surface of the counter-electrode , wherein the counter-electrode is constructed of an electrically-conducting, corrosion-resistant material; and characterized by iv. a pressure-compensating spacer operably contacting the second opposing surface of the counter-electrode , the pressure-compensating spacer capable of compressing and expanding in response to variations in pressure such as would be created by the liquid stream passing through the piezoelectric microbalance sensor , wherein the pressure-compensating spacer is a bellows. i. a piezoelectric material having a process side suitable for contacting a liquid stream and a non-process side , at least a portion of the process side engaging a process side electrode , and at least a portion of the non-process side engaging a non-process side electrode ; ii. a heater capable of heating the piezoelectric material from the non-process side , thereby enabling temperature control of the piezoelectric material ; iii. a counter-electrode having a first surface suitable for contacting the liquid stream and facing the process side of the piezoelectric material , and a second opposing surface, the counter-electrode positioned within the piezoelectric microbalance sensor so as to allow flow of at least a portion of the liquid stream between the process side of the piezoelectric material and the first surface of the counter-electrode , wherein the counter-electrode is constructed of an electrically-conducting, corrosion-resistant material; and characterized by iv. a pressure-compensating spacer operably contacting the second opposing surface of the counter-electrode , the pressure-compensating spacer capable of compressing and expanding in response to variations in pressure such as would be created by the liquid stream passing through the piezoelectric microbalance sensor , wherein the pressure-compensating spacer is a bellows.
Apparatus for the transport of a device along a construction having extension mainly vertical between a base portion and a terminal portion, said apparatus comprising: - at least one rail , which is extended, according to a substantially rectilinear guide direction (X), between a first end and a second end , and is provided with fixing means by means of which said rail is susceptible of being fixed to said construction with said second end placed at the terminal portion of said construction ; - at least one transport means provided with at least one carriage slidably constrained to said rail and intended to carry said device mounted thereon; - movement means mechanically connected to said transport means and actuatable to move said transport means to slide along said rail between an access position, in which said transport means is placed at the first end of said rail , and a service position, in which said transport means is placed at the second end of said rail in order to arrange said device at the terminal portion of said construction ; said apparatus being characterized in that said transport means comprises an oscillating frame , which is rotatably constrained to said at least one carriage by means of at least one hinge having a rotation axis (Y), and is intended to carry said device fixed thereto; wherein said apparatus also comprises orientation means mechanically connected to said transport means and configured to move, when said transport means is brought into said service position, said oscillating frame to rotate around said rotation axis (Y) between at least one non-operative position and at least one operative position. - at least one rail , which is extended, according to a substantially rectilinear guide direction (X), between a first end and a second end , and is provided with fixing means by means of which said rail is susceptible of being fixed to said construction with said second end placed at the terminal portion of said construction ; - at least one transport means provided with at least one carriage slidably constrained to said rail and intended to carry said device mounted thereon; - movement means mechanically connected to said transport means and actuatable to move said transport means to slide along said rail between an access position, in which said transport means is placed at the first end of said rail , and a service position, in which said transport means is placed at the second end of said rail in order to arrange said device at the terminal portion of said construction ;
A sterile aqueous colloidal solution comprising the following components: - hydroxyethyl starch at a concentration within the range of 45-55 g/L; - dextran at a concentration within the range of 4-6 g/L; - sodium metabisulfite and EDTA sodium salt; together with one or more osmotic agents, a buffer system and electrolytes, for use in the medical field for ex-vivo perfusion and storage of isolated lungs to be transplanted. - hydroxyethyl starch at a concentration within the range of 45-55 g/L; - dextran at a concentration within the range of 4-6 g/L; - sodium metabisulfite and EDTA sodium salt;
A method comprising: performing polar coding on a bit sequence to obtain a polar-coded bit sequence; obtaining , based on a puncturing proportion P' and a prestored sequence S', a constructed sequence S that has a length equal to a target code length M, wherein the prestored sequence S' comprises N' channel indexes sorted by channel reliability, wherein N'>M, and wherein sorting of channel indexes in the constructed sequence S is the same as sorting of channel indexes in the prestored sequence S'; and mapping the polar coded bit sequence to channels corresponding to the channel indexes in the constructed sequence S, wherein, when N' and M satisfy: N'×3/4<M<β×(N'×3/4), where β>1, channels corresponding to channel indexes that are less than N'/4 in the prestored sequence S' are frozen. performing polar coding on a bit sequence to obtain a polar-coded bit sequence; obtaining , based on a puncturing proportion P' and a prestored sequence S', a constructed sequence S that has a length equal to a target code length M, wherein the prestored sequence S' comprises N' channel indexes sorted by channel reliability, wherein N'>M, and wherein sorting of channel indexes in the constructed sequence S is the same as sorting of channel indexes in the prestored sequence S'; and mapping the polar coded bit sequence to channels corresponding to the channel indexes in the constructed sequence S, wherein, when N' and M satisfy: N'×3/4<M<β×(N'×3/4), where β>1, channels corresponding to channel indexes that are less than N'/4 in the prestored sequence S' are frozen.
A remote monitoring equipment for an apparatus, which is an elevator or an escalator or a moving walkway, characterized by , the equipment comprising: a data storage comprising apparatus-specific static power consumption models (112-1, 200), a static power consumption model modelling power consumption and being parametrized with apparatus-specific parameters; means for receiving controller events relating to the apparatus; means for determining from the controller events a distance to travel, a time and a load; means (111-1, 702) for calculating, using an apparatus-specific static power consumption model of the apparatus and the distance to travel, the time and the load, a total power consumed by the apparatus; and means for outputting the total power. a data storage comprising apparatus-specific static power consumption models (112-1, 200), a static power consumption model modelling power consumption and being parametrized with apparatus-specific parameters; means for receiving controller events relating to the apparatus; means for determining from the controller events a distance to travel, a time and a load; means (111-1, 702) for calculating, using an apparatus-specific static power consumption model of the apparatus and the distance to travel, the time and the load, a total power consumed by the apparatus; and means for outputting the total power.
A lens control apparatus comprising: focus detection means configured to detect a defocus amount; and control means configured to control a focus lens to move to an in-focus position based on the defocus amount, wherein the control means is configured to control the focus lens to move based on three speed control patterns of acceleration control, constant speed control, and deceleration control, and the speed control patterns are changed based on at least two or more parameters, characterized in that one of the parameters is duration of the acceleration control, and the speed control patterns are shifted from the acceleration control to the constant speed control in a case where the duration of the acceleration control exceeds a predetermined time. focus detection means configured to detect a defocus amount; and control means configured to control a focus lens to move to an in-focus position based on the defocus amount, wherein the control means is configured to control the focus lens to move based on three speed control patterns of acceleration control, constant speed control, and deceleration control, and the speed control patterns are changed based on at least two or more parameters,
A splice table comprising a sealer trolley , wherein the sealer trolley is configured to seal an incoming web of packaging material to an existing web of packaging material during a splicing operation on the splice table , the sealer trolley comprising: a cutting unit having a blade arranged to cut the incoming web of packaging material at a slanted angle (β) characterized in that the cutting unit comprises a razor blade . a cutting unit having a blade arranged to cut the incoming web of packaging material at a slanted angle (β) characterized in that the cutting unit comprises a razor blade .
A rig for removal of tubing from a well, e.g. a hydrocarbon well, the rig comprising: a working floor having a well center , which well center defines a vertical firing line that is to be aligned with the well; a tower structure provided with a tripping operation elevator , adapted to engage an upper end of the tubing , preferably for engaging the tubing just below a connector of a tubular, and for lifting the tubing along the firing line out of the well; a slip device , arranged at the well center and adapted for engaging the tubing and to suspend the tubing in the firing line ; characterized, in that the rig further comprises a cable clamp removal device , adapted to remove cable clamps from the tubing and to thus enable stripping the cables and/or control lines from the exterior of the tubing , to provide tubing having an exterior cleared from cables and/or control lines , and a tubulars connection makeup and breaking device , e.g. an iron roughneck machine or mechanized tong device, and/or a tubing cutting device, which makeup and breaking device and/or tubing cutting device are/is located above the slip device, for in line braking out or cutting a tubulars stand from the tubing suspended by the slip device . a working floor having a well center , which well center defines a vertical firing line that is to be aligned with the well; a tower structure provided with a tripping operation elevator , adapted to engage an upper end of the tubing , preferably for engaging the tubing just below a connector of a tubular, and for lifting the tubing along the firing line out of the well; a slip device , arranged at the well center and adapted for engaging the tubing and to suspend the tubing in the firing line ; characterized, in that the rig further comprises a cable clamp removal device , adapted to remove cable clamps from the tubing and to thus enable stripping the cables and/or control lines from the exterior of the tubing , to provide tubing having an exterior cleared from cables and/or control lines , and a tubulars connection makeup and breaking device , e.g. an iron roughneck machine or mechanized tong device, and/or a tubing cutting device, which makeup and breaking device and/or tubing cutting device are/is located above the slip device, for in line braking out or cutting a tubulars stand from the tubing suspended by the slip device .
Method for managing the electricity consumption of an electrical network to which is linked a set of consuming entities (E1,...,Ei,...EN) each equipped with a thermal installation (Ch1,...,ChN) consuming electricity to regulate a temperature of the entity, comprising the following steps, implemented in parallel by each consuming entity for a given instant (τ): a) determination (S1) of a first datum (VN1) representative of a power deviation between the electrical power consumed by the set of consuming entities and a setpoint electrical power; b) determination (S2) of a second datum (VN2 i ) representative of a temperature deviation between a measurement of the regulated temperature of said entity and a reference temperature specific to said entity; c) determination (S3) of a power regulation coefficient (k i (τ)) for said entity from the first power deviation datum and from the second temperature deviation datum; d) control of a reduction (S4, S5) of the power consumed by said entity as a function of the determined regulation coefficient. a) determination (S1) of a first datum (VN1) representative of a power deviation between the electrical power consumed by the set of consuming entities and a setpoint electrical power; b) determination (S2) of a second datum (VN2 i ) representative of a temperature deviation between a measurement of the regulated temperature of said entity and a reference temperature specific to said entity; c) determination (S3) of a power regulation coefficient (k i (τ)) for said entity from the first power deviation datum and from the second temperature deviation datum; d) control of a reduction (S4, S5) of the power consumed by said entity as a function of the determined regulation coefficient.
A liquid discharge head comprising: a pressure chamber configured to store a liquid to be discharged from a nozzle , the nozzle disposed at a leading end (6e1) or in a vicinity of the leading end (6e1) of the pressure chamber in a longitudinal direction of the pressure chamber ; and a deformable portion defining a part of a first wall (6f1) of the pressure chamber , the first wall (6f1) opposed to a second wall (6f2) of the pressure chamber , the deformable portion having a first end closer to the nozzle and a second end farther from the nozzle than the first end in the longitudinal direction, wherein a first distance (Z1; X1) between the deformable portion and the second wall (6f2) at the first end or in a vicinity of the first end is larger than a second distance (Z2; X2) between the deformable portion and the second wall (6f2) at the second end , and characterised in that : wherein the pressure chamber has a volume of 35 nL or less, and a ratio of the second distance (Z2; X2) to the first distance (Z1; X1) is within a range of 1:1.25 to 1:1.4. a pressure chamber configured to store a liquid to be discharged from a nozzle , the nozzle disposed at a leading end (6e1) or in a vicinity of the leading end (6e1) of the pressure chamber in a longitudinal direction of the pressure chamber ; and a deformable portion defining a part of a first wall (6f1) of the pressure chamber , the first wall (6f1) opposed to a second wall (6f2) of the pressure chamber , the deformable portion having a first end closer to the nozzle and a second end farther from the nozzle than the first end in the longitudinal direction, wherein a first distance (Z1; X1) between the deformable portion and the second wall (6f2) at the first end or in a vicinity of the first end is larger than a second distance (Z2; X2) between the deformable portion and the second wall (6f2) at the second end , and characterised in that : wherein the pressure chamber has a volume of 35 nL or less, and a ratio of the second distance (Z2; X2) to the first distance (Z1; X1) is within a range of 1:1.25 to 1:1.4.
Cell traverse for an aseptic area of a filling machine for filling packages with flowable products, wherein the cell traverse (1, 1', 1") comprises a frame structure (2, 2', 2") with - at least one first lateral longitudinal structure (4a, 4a', 4a"), - at least one second lateral longitudinal structure (4b, 4b', 4b") opposite the first longitudinal structure (4a, 4a', 4a"), and - a plurality of transverse elements (6, 6', 6") arranged between the first and second longitudinal structure (4a, 4a', 4a", 4b, 4b', 4b") and connecting the longitudinal structures, wherein a plurality of cells (8, 8', 8") situated adjacent to one another in the longitudinal direction of the cell traverse (1, 1', 1") for receiving filled or to-be-filled packages are formed between the longitudinal structures (4a, 4a', 4a", 4b, 4b', 4b") and the transverse elements (6, 6', 6"), characterized in that the cells (8, 8', 8") are each formed by the longitudinal structures (4a, 4a', 4a", 4b, 4b") and transverse elements (6, 6', 6"), wherein either - the first longitudinal structure and/or the second longitudinal structure (4a, 4a', 4a", 4b, 4b', 4b") is formed as a substantially planar side wall and at least part of the transverse elements (6, 6', 6") is formed substantially tubular, or - the first longitudinal structure and/or the second longitudinal structure (4a, 4a', 4a", 4b, 4b', 4b") each comprise at least one, preferably at least two tubular longitudinal struts and at least part of the transverse elements (6, 6', 6") is formed substantially planar, and wherein at least part of the transverse elements (6, 6', 6") is connected to the longitudinal structures (4a, 4a', 4a", 4b, 4b', 4b") exclusively in a positive-locking and/or force-locking manner. - at least one first lateral longitudinal structure (4a, 4a', 4a"), - at least one second lateral longitudinal structure (4b, 4b', 4b") opposite the first longitudinal structure (4a, 4a', 4a"), and - a plurality of transverse elements (6, 6', 6") arranged between the first and second longitudinal structure (4a, 4a', 4a", 4b, 4b', 4b") and connecting the longitudinal structures, wherein a plurality of cells (8, 8', 8") situated adjacent to one another in the longitudinal direction of the cell traverse (1, 1', 1") for receiving filled or to-be-filled packages are formed between the longitudinal structures (4a, 4a', 4a", 4b, 4b', 4b") and the transverse elements (6, 6', 6"), characterized in that the cells (8, 8', 8") are each formed by the longitudinal structures (4a, 4a', 4a", 4b, 4b") and transverse elements (6, 6', 6"), wherein either - the first longitudinal structure and/or the second longitudinal structure (4a, 4a', 4a", 4b, 4b', 4b") is formed as a substantially planar side wall and at least part of the transverse elements (6, 6', 6") is formed substantially tubular, or - the first longitudinal structure and/or the second longitudinal structure (4a, 4a', 4a", 4b, 4b', 4b") each comprise at least one, preferably at least two tubular longitudinal struts and at least part of the transverse elements (6, 6', 6") is formed substantially planar,
Method for processing submerged material at the bottom of a body of water , like the bottom of the sea, by application of electric energy , wherein the method comprises providing electrodes for application of the electric energy in a process zone proximate the material for crushing the material, and displacing of fluid of the body of water away from the process zone to outside the process zone before application of the electric energy, wherein the displacing of fluid of the body of water away from the process zone comprises introducing an electrically insulating body in the process zone.