mhurhangee/patent-ind-claim-en huggingface dataset:
A user terminal comprising: a reception section configured to receive, from a radio base station , resource information indicating a resource for transmission of a signal, from the radio base station to the user terminal , said signal being used for at least one of a synchronization procedure and a cell recognition performed by the user terminal ; and a control section configured to determine, based on the resource information received from the radio base station , that the resource indicated by the resource information is not for uplink transmission from the user terminal to the radio base station , without performing, by the user terminal , blind decoding a downlink control channel transmitted by the radio base station to the user terminal in the indicated resource, and wherein the reception section is configured to receive, from the radio base station , the resource information by broadcast information. a reception section configured to receive, from a radio base station , resource information indicating a resource for transmission of a signal, from the radio base station to the user terminal , said signal being used for at least one of a synchronization procedure and a cell recognition performed by the user terminal ; and a control section configured to determine, based on the resource information received from the radio base station , that the resource indicated by the resource information is not for uplink transmission from the user terminal to the radio base station , without performing, by the user terminal , blind decoding a downlink control channel transmitted by the radio base station to the user terminal in the indicated resource, and wherein the reception section is configured to receive, from the radio base station , the resource information by broadcast information.
A generally planar unit having at least one illumination element (31; 531, 532, 533)) on an upper major surface thereof, circuitry for providing electrical power to the illumination element, the circuitry comprising at least one first sensor (16, 17; 516) for sensing the presence of an article on the major surface and over or adjacent to the illumination element, and a second sensor for sensing the presence or movement of a person adjacent to the unit, the unit being configured such that at least one selected illumination element (31; 531, 532, 533) is illuminated only when both said first sensor (16, 17; 516) and said second sensor are actuated.
A burner comprising (A) a chamber having longitudinally opposed first and second ends , and a flame opening through the first end ; (B) a baffle in the chamber , having an outer edge which is adjacent to the interior surface of the chamber , the baffle having a first surface that faces toward the first end of the chamber and having a second surface that faces toward the second end of the chamber, and wherein the baffle is located in the chamber so that the second baffle surface is 12.7 to 25.4 cm (5 to 10 inches) from the interior surface of the second end of the chamber; (C) a conduit that extends from a conduit inlet outside the chamber into the chamber and terminates at a conduit outlet in the section of the chamber that is between the first baffle surface and the flame opening , wherein the conduit outlet opens toward the flame opening; (D) a passage that extends from a passage inlet outside the chamber and terminates at a passage outlet in the section of the chamber that is between the first baffle surface and the flame opening ; wherein the baffle comprises (a) a metal plate having a first plate surface that faces the flame opening and a second plate surface that faces the second end of the chamber , and (b) a layer of metal filaments in contact with the second plate surface , wherein the metal plate is 3.175 to 12.7 mm (one-eighth to half an inch) in thickness, and a plurality of holes 3.175 to 12.7 mm (one-eighth to half an inch) in diameter pass through the metal plate between the first and second plate surfaces, in a sufficient number of holes so that the total area of the openings of all holes in each plate surface is 30% to 50% of the surface area of the metal plate, and wherein the layer of metal filaments is at least 6.35 mm (0.25 inch) thick, exhibits a density of up to 865 kg/m 3 (0.5 ounces per cubic inch), and is composed of filaments up to 0.127 mm (0.005 inches) thick. Letter dated: August 19, 2020 (A) a chamber having longitudinally opposed first and second ends , and a flame opening through the first end ; (B) a baffle in the chamber , having an outer edge which is adjacent to the interior surface of the chamber , the baffle having a first surface that faces toward the first end of the chamber and having a second surface that faces toward the second end of the chamber, and wherein the baffle is located in the chamber so that the second baffle surface is 12.7 to 25.4 cm (5 to 10 inches) from the interior surface of the second end of the chamber; (C) a conduit that extends from a conduit inlet outside the chamber into the chamber and terminates at a conduit outlet in the section of the chamber that is between the first baffle surface and the flame opening , wherein the conduit outlet opens toward the flame opening; (D) a passage that extends from a passage inlet outside the chamber and terminates at a passage outlet in the section of the chamber that is between the first baffle surface and the flame opening ;
An optical measuring method for three-dimensional acquisition of the surface of an object with an optical capture unit , wherein, - during a first measurement time interval (T1), the optical capture unit is moved relative to the object , - during the first measurement time interval (T1), the object is illuminated by the capture unit with an illumination beam with a light intensity (I), - during the first measurement time interval (T1), height images (b i ) are successively acquired by the capture unit at a capture frequency (f A ), - at least some of the acquired height images (b i ) being added to a total height image (b tot ) during the measurement time interval (T1) and the total height image (b tot ) being displayed, characterised in that - the light intensity (I) and/or the capture frequency (f A ) during the measurement time interval (T1) is/are controlled by control signals (S), wherein - the control signals (S) are generated at time intervals during the measurement time interval (T1) and - each control signal (S) is generated on the basis of at least one sensor signal from at least one temperature sensor . - during a first measurement time interval (T1), the optical capture unit is moved relative to the object , - during the first measurement time interval (T1), the object is illuminated by the capture unit with an illumination beam with a light intensity (I), - during the first measurement time interval (T1), height images (b i ) are successively acquired by the capture unit at a capture frequency (f A ), - at least some of the acquired height images (b i ) being added to a total height image (b tot ) during the measurement time interval (T1) and the total height image (b tot ) being displayed, - the light intensity (I) and/or the capture frequency (f A ) during the measurement time interval (T1) is/are controlled by control signals (S), wherein - the control signals (S) are generated at time intervals during the measurement time interval (T1) and - each control signal (S) is generated on the basis of at least one sensor signal from at least one temperature sensor .
A method comprising: determining an upcoming time point in a media stream at which a media client is to perform a content revision involving insertion of new content; scheduling an advanced time point at which the media client should initiate a process of acquiring the new content to facilitate performing the content revision at the upcoming time point, wherein scheduling the advanced time point comprises determining a content-acquisition duration and setting the advanced time point to be at least the determined content-acquisition duration before the upcoming time point; at the advanced time point, initiating by the media client the process of acquiring the new content; and at the upcoming time point, performing by the media client the content revision with the acquired new content, wherein determining the content-acquisition duration comprises predicting the content-acquisition duration based on past instances of content-acquisition duration, wherein predicting the content-acquisition duration based on past instances of content-acquisition duration comprises: determining a state of at least one operational factor related to acquiring the new content; and predicting the content-acquisition duration based on past instances of content-acquisition duration in correlation with the determined state, wherein the at least one operational factor comprises at least one factor selected from the group consisting of content source, processor load, or memory load. determining an upcoming time point in a media stream at which a media client is to perform a content revision involving insertion of new content; scheduling an advanced time point at which the media client should initiate a process of acquiring the new content to facilitate performing the content revision at the upcoming time point, wherein scheduling the advanced time point comprises determining a content-acquisition duration and setting the advanced time point to be at least the determined content-acquisition duration before the upcoming time point; at the advanced time point, initiating by the media client the process of acquiring the new content; and at the upcoming time point, performing by the media client the content revision with the acquired new content, wherein determining the content-acquisition duration comprises predicting the content-acquisition duration based on past instances of content-acquisition duration, wherein predicting the content-acquisition duration based on past instances of content-acquisition duration comprises: determining a state of at least one operational factor related to acquiring the new content; and predicting the content-acquisition duration based on past instances of content-acquisition duration in correlation with the determined state, determining a state of at least one operational factor related to acquiring the new content; and predicting the content-acquisition duration based on past instances of content-acquisition duration in correlation with the determined state, wherein the at least one operational factor comprises at least one factor selected from the group consisting of content source, processor load, or memory load.
A pulsation damper for a condensate pump comprising: a housing defining a fluid chamber having a liquid inlet connectable to an outlet of the condensate pump , an air inlet , and a liquid outlet , and a damper element connected to the liquid inlet and projecting into the fluid chamber , forming a pulsation dampening channel , wherein the air inlet includes a one-way valve configured to selectively introduce air into the housing to maintain a first air pocket within the fluid chamber as liquid flows through the fluid chamber from the liquid inlet to the liquid outlet , wherein the liquid outlet is located outside the first air pocket, wherein the air pocket is configured to dissipate pulsations within liquid entering the housing at the liquid inlet prior to the liquid discharging via the liquid outlet . a housing defining a fluid chamber having a liquid inlet connectable to an outlet of the condensate pump , an air inlet , and a liquid outlet , and a damper element connected to the liquid inlet and projecting into the fluid chamber , forming a pulsation dampening channel , wherein the air inlet includes a one-way valve configured to selectively introduce air into the housing to maintain a first air pocket within the fluid chamber as liquid flows through the fluid chamber from the liquid inlet to the liquid outlet , wherein the liquid outlet is located outside the first air pocket, wherein the air pocket is configured to dissipate pulsations within liquid entering the housing at the liquid inlet prior to the liquid discharging via the liquid outlet .
A management method of a storage system, wherein the method comprises: obtaining, by the storage system, a maintenance-free parameter, wherein the maintenance-free parameter comprises at least one of a maintenance-free rate and a maintenance-free period, wherein the maintenance-free rate is a probability that redundant space is not all damaged, and the maintenance-free period is a period in which a storage medium of the storage system does not need to be maintained; determining, by the storage system, a capacity of an over provisioning redundant space, according to the maintenance-free parameter, wherein, over-provisioning redundant space, is space over-provisioned by a storage system for use by the storage system but unavailable to a user; configuring, by the storage system, the over provisioning redundant space of the storage system with the determined capacity. obtaining, by the storage system, a maintenance-free parameter, wherein the maintenance-free parameter comprises at least one of a maintenance-free rate and a maintenance-free period, wherein the maintenance-free rate is a probability that redundant space is not all damaged, and the maintenance-free period is a period in which a storage medium of the storage system does not need to be maintained; determining, by the storage system, a capacity of an over provisioning redundant space, according to the maintenance-free parameter, wherein, over-provisioning redundant space, is space over-provisioned by a storage system for use by the storage system but unavailable to a user; configuring, by the storage system, the over provisioning redundant space of the storage system with the determined capacity.
Method for operating a centrifuge , wherein the centrifuge has an inlet pipe and a rotatably mounted drum with a vertical axis of rotation and wherein the centrifuge has at least one gripper chamber for discharging clarified or separated liquid and wherein the centrifuge has a blocking chamber above the gripper chamber with a blocking disk projecting into the blocking chamber , wherein a blocking gas , which is heavier than air, is located in the blocking chamber and is introduced into the blocking chamber through a channel that opens into the blocking chamber , characterized in that the channel is arranged above the blocking disk or in the blocking disk .
Locking device for a refrigerator and/or freezer, comprising: a locking recess for receiving a closure hook , a closure unit for optionally locking the closure hook receivable in the locking recess , and an actuator for transferring the closure unit from a release position to a locking position and vice versa, wherein the closure unit comprises a first cam and a second cam which cooperate with each other and are disposed rotatably about a respective axis of rotation , wherein the first cam is designed to retain the closure hook to be inserted into the locking recess , and the second cam is designed to block or release the first cam in a release direction for the closure hook , wherein the second cam comprises two legs spaced apart from each other at an angle, of which a first leg cooperates with the actuator and a second arm serves for manually actuating the device , characterised in that movement of the second leg can only be effected using a tool. a locking recess for receiving a closure hook , a closure unit for optionally locking the closure hook receivable in the locking recess , and an actuator for transferring the closure unit from a release position to a locking position and vice versa, wherein the closure unit comprises a first cam and a second cam which cooperate with each other and are disposed rotatably about a respective axis of rotation , wherein the first cam is designed to retain the closure hook to be inserted into the locking recess , and the second cam is designed to block or release the first cam in a release direction for the closure hook , wherein the second cam comprises two legs spaced apart from each other at an angle, of which a first leg cooperates with the actuator and a second arm serves for manually actuating the device , characterised in that movement of the second leg can only be effected using a tool.
An ophthalmically therapeutic material, comprising: a therapeutic component comprising a therapeutically effective amount of an alpha 2 adrenergic receptor agonist having a structure effective in providing elimination of the agonist from the anterior chamber of an eye to which the agonist is administered, wherein the alpha 2 adrenergic receptor agonist is selected from: a therapeutic component comprising a therapeutically effective amount of an alpha 2 adrenergic receptor agonist having a structure effective in providing elimination of the agonist from the anterior chamber of an eye to which the agonist is administered, wherein the alpha 2 adrenergic receptor agonist is selected from:
Process for the performance assessment of cleaning operations at least comprising the steps of: a) exposing at least one chemical test strip comprising a carrier and an indicator means, wherein the indicator means comprises at least in a defined surface area a color indicator, to the chemical environment of a cleaning operation; b) recording with an image device the data of at least one digital color image of the test strip after the cleaning operation; and c) quantitative evaluation of the digital image data, wherein, the quantitative evaluation of the digital color image data in step c) at least comprises the steps c1) to c5): c1) color-to-greyscale image data transformation; c2) glare detection to rule out artifacts in the images based on unsuitable or unfavorable light-conditions; c3) greyscale- to binary image data transformation; c4) image pixel-area normalization, wherein image areas outside a defined indicator area, not including any relevant content, are excluded from evaluation, and step c5) pixel-counting, wherein the number of black and white pixels of the test strip image data after the cleaning process are counted and the counting result is compared to the quantitative evaluation result of the test strip prior to the cleaning process. a) exposing at least one chemical test strip comprising a carrier and an indicator means, wherein the indicator means comprises at least in a defined surface area a color indicator, to the chemical environment of a cleaning operation; b) recording with an image device the data of at least one digital color image of the test strip after the cleaning operation; and c) quantitative evaluation of the digital image data, wherein, the quantitative evaluation of the digital color image data in step c) at least comprises the steps c1) to c5): c1) color-to-greyscale image data transformation; c2) glare detection to rule out artifacts in the images based on unsuitable or unfavorable light-conditions; c3) greyscale- to binary image data transformation; c4) image pixel-area normalization, wherein image areas outside a defined indicator area, not including any relevant content, are excluded from evaluation, and step c5) pixel-counting, wherein the number of black and white pixels of the test strip image data after the cleaning process are counted and the counting result is compared to the quantitative evaluation result of the test strip prior to the cleaning process. c1) color-to-greyscale image data transformation; c2) glare detection to rule out artifacts in the images based on unsuitable or unfavorable light-conditions; c3) greyscale- to binary image data transformation; c4) image pixel-area normalization, wherein image areas outside a defined indicator area, not including any relevant content, are excluded from evaluation, and step c5) pixel-counting, wherein the number of black and white pixels of the test strip image data after the cleaning process are counted and the counting result is compared to the quantitative evaluation result of the test strip prior to the cleaning process.
A control module comprising: a motherboard ; and at least one circuit board removably connected to said motherboard , and there being at least one lever connected to said at least one circuit board , and said lever being moveable between a release and a locked position, wherein said lever contacts a lock bracket in said locked position to move said lock bracket against a spring force, such that a bias force maintains said at least one circuit board in contact with said motherboard , characterised in that said lever is pivotally mounted on a bracket on a side of said at least one circuit board , and has a pair of spaced heads configured to cam against a side of said lock bracket when said lever is in said locked position. a motherboard ; and at least one circuit board removably connected to said motherboard , and there being at least one lever connected to said at least one circuit board , and said lever being moveable between a release and a locked position, wherein said lever contacts a lock bracket in said locked position to move said lock bracket against a spring force, such that a bias force maintains said at least one circuit board in contact with said motherboard , characterised in that said lever is pivotally mounted on a bracket on a side of said at least one circuit board , and has a pair of spaced heads configured to cam against a side of said lock bracket when said lever is in said locked position.
A method for manufacturing a wing rib for an aircraft wing, said method comprising: shaping a sheet of composite material into a corrugated sheet of composite material by means of a layup corrugation tool; cutting a first corrugated composite web having a wave pattern from said corrugated sheet of composite material, wherein at least one portion of the first corrugated composite web has a uniform thickness; providing two or more fittings having an engagement structure having a shape and size corresponding to the wave pattern of the corrugated composite wet ; coupling , by means of the two or more fittings , said first corrugated composite web with an upper wing skin and a lower wing skin at a first position within said wing. shaping a sheet of composite material into a corrugated sheet of composite material by means of a layup corrugation tool; cutting a first corrugated composite web having a wave pattern from said corrugated sheet of composite material, wherein at least one portion of the first corrugated composite web has a uniform thickness; providing two or more fittings having an engagement structure having a shape and size corresponding to the wave pattern of the corrugated composite wet ; coupling , by means of the two or more fittings , said first corrugated composite web with an upper wing skin and a lower wing skin at a first position within said wing.