mhurhangee/patent-ind-claim-en huggingface dataset:
A saw comprising a frame provided with a worktable board , with a saw blade arranged between the frame and the worktable board ; wherein the saw blade is driven by a saw blade motor , and is arranged between a left blade cover and a right blade cover that are located under the worktable board , with the left blade cover and the right blade cover forming an enclosed space; and wherein a first dust outlet , located below the left blade cover and the right blade cover , is connected with a vacuum cleaner, which is driven by the saw blade motor; wherein the vacuum cleaner includes a first pulley , which is connected with the rear end of a motor shaft of the saw blade motor and with a second pulley through a belt ; the second pulley drives a vacuum blade in a vacuum cover to rotate via a transmission shaft , the vacuum cover being provided with a vacuum port and a second dust outlet, the first dust outlet being connected to the vacuum port via a vacuum tube , the second dust outlet being connected to a dust bag ; and wherein the left blade cover is provided with a notch, which is provided inside with a movable cover in active connection, the movable cover being inserted into the notch and then fixed by a screw or by buckles.
A method comprising, performed by at least one apparatus: obtaining fingerprints that have been collected at a particular site by at least one mobile device for supporting a positioning of other mobile devices, each fingerprint comprising results of measurements on radio signals of at least one communication node at a particular measurement location and an indication of the particular measurement location; estimating values of parameters defining a radio model for the at least one communication node based on the obtained fingerprints; determining a quality of the radio model; and generating data for a feedback for a user of the at least one mobile device based on the determined quality of the radio model, wherein determining a quality of the radio model comprises: determining an uncertainty of the estimated value of at least one of the parameters; determining a quality of the radio model based on the determined uncertainty of the value of the at least one parameter; the method comprising determining a quality of a set of a plurality of radio models for the particular site for which values of parameters have been estimated; and generating an indication that no further fingerprints have to be collected in case the determined quality of the set of radio models exceeds a predetermined threshold. obtaining fingerprints that have been collected at a particular site by at least one mobile device for supporting a positioning of other mobile devices, each fingerprint comprising results of measurements on radio signals of at least one communication node at a particular measurement location and an indication of the particular measurement location; estimating values of parameters defining a radio model for the at least one communication node based on the obtained fingerprints; determining a quality of the radio model; and generating data for a feedback for a user of the at least one mobile device based on the determined quality of the radio model, determining an uncertainty of the estimated value of at least one of the parameters; determining a quality of the radio model based on the determined uncertainty of the value of the at least one parameter; the method comprising determining a quality of a set of a plurality of radio models for the particular site for which values of parameters have been estimated; and generating an indication that no further fingerprints have to be collected in case the determined quality of the set of radio models exceeds a predetermined threshold.
A compound selected from a compound of formula 1: a compound of formula 2: a compound of formula 3: a compound of formula 4: and pharmaceutically acceptable salts thereof, for use in the therapeutic treatment of cancer that is positive for one or more mutations in a spliceosome gene or protein.
Apparatus for operating a vehicle, comprising: - a control device designed to guide the vehicle in an automated manner, and - a monitoring device designed to monitor the control device for a fault during the automated guidance of the vehicle by means of the control device and to take over the automated guidance of the vehicle from the control device if a fault is detected, characterized in that the monitoring device has, as a range of functions, a subset of a range of functions comprising a plurality of functions of the control device , wherein the monitoring device is designed, for the purpose of monitoring the control device , to monitor only those functions in the range of functions of the control device which correspond to the subset for a fault. - a control device designed to guide the vehicle in an automated manner, and - a monitoring device designed to monitor the control device for a fault during the automated guidance of the vehicle by means of the control device and to take over the automated guidance of the vehicle from the control device if a fault is detected,
1. An apparatus comprising: a first conductor and a second conductor , the first conductor and the second conductor being in electrical contact; and a spring disposed between the first conductor and a first surface , wherein the spring is loaded to apply a force to the first conductor and to apply a force to the first surface, characterized by a pellet disposed between the first conductor and a second surface , wherein the pellet is sized and positioned to prevent unloading of the spring and is designed to deform at a predetermined temperature, wherein, upon the pellet deforming at the predetermined temperature, the spring is configured to unload in a direction toward the first conductor so as to break the electrical contact between the first conductor and the second conductor , and wherein one conductor of the first conductor and the second conductor is connected to an electrical input for receiving photovoltaic power, and the other conductor of the first conductor and the second conductor is connected to an electrical output for providing photovoltaic power. a first conductor and a second conductor , the first conductor and the second conductor being in electrical contact; and a spring disposed between the first conductor and a first surface , wherein the spring is loaded to apply a force to the first conductor and to apply a force to the first surface, characterized by a pellet disposed between the first conductor and a second surface , wherein the pellet is sized and positioned to prevent unloading of the spring and is designed to deform at a predetermined temperature, wherein, upon the pellet deforming at the predetermined temperature, the spring is configured to unload in a direction toward the first conductor so as to break the electrical contact between the first conductor and the second conductor , and wherein one conductor of the first conductor and the second conductor is connected to an electrical input for receiving photovoltaic power, and the other conductor of the first conductor and the second conductor is connected to an electrical output for providing photovoltaic power.
Method of pickling and/or passivating at least an inside of a container , comprising the steps of: - holding the container by a manipulator ; - arranging a pickling and/or passivation liquid inside the container ; - manipulating the container along a pre-determined trajectory (T), thereby successively: - distributing the pickling and/or passivation liquid inside said container ; and - draining the pickling and/or passivation liquid out of said container , characterized in that - the step of arranging the pickling and/or passivation liquid inside the container comprises the step of at least partly submerging said container in a bath containing said pickling and/or passivation liquid ; and - the step of manipulating the container in the pre-determined trajectory (T) is preceded by the step of determining said trajectory (T) in dependence of the position of at least one opening in one or more than one wall of said container , wherein said at least one opening is selected for allowing a fluid to leave said container . - holding the container by a manipulator ; - arranging a pickling and/or passivation liquid inside the container ; - manipulating the container along a pre-determined trajectory (T), thereby successively: - distributing the pickling and/or passivation liquid inside said container ; and - draining the pickling and/or passivation liquid out of said container , - distributing the pickling and/or passivation liquid inside said container ; and - draining the pickling and/or passivation liquid out of said container , - the step of arranging the pickling and/or passivation liquid inside the container comprises the step of at least partly submerging said container in a bath containing said pickling and/or passivation liquid ; and - the step of manipulating the container in the pre-determined trajectory (T) is preceded by the step of determining said trajectory (T) in dependence of the position of at least one opening in one or more than one wall of said container , wherein said at least one opening is selected for allowing a fluid to leave said container .
A capability configuration method, comprising: sending , by a network device, capability configuration information to a terminal device, wherein the capability configuration information is used to indicate a capability corresponding to an air-interface slice supported by the terminal device, and the capability corresponding to the air-interface slice supported by the terminal device is determined from a capability candidate set reported by the terminal device; and communicating , by the network device, with the terminal device by using the air-interface slice supported by the terminal device; wherein the capability candidate set comprises a first unique capability, the first unique capability is physical uplink shared channel PUSCH preparation duration T1 and uplink bandwidth part BWP switching duration T2 that correspond to the terminal device on a first radio frequency channel, and PUSCH timing duration required by the air-interface slice supported by the terminal device is T3; and when T3 is greater than or equal to a maximum value between T1 and T2, the capability indicated by using the capability configuration information comprises the first unique capability. sending , by a network device, capability configuration information to a terminal device, wherein the capability configuration information is used to indicate a capability corresponding to an air-interface slice supported by the terminal device, and the capability corresponding to the air-interface slice supported by the terminal device is determined from a capability candidate set reported by the terminal device; and communicating , by the network device, with the terminal device by using the air-interface slice supported by the terminal device; wherein the capability candidate set comprises a first unique capability, the first unique capability is physical uplink shared channel PUSCH preparation duration T1 and uplink bandwidth part BWP switching duration T2 that correspond to the terminal device on a first radio frequency channel, and PUSCH timing duration required by the air-interface slice supported by the terminal device is T3; and when T3 is greater than or equal to a maximum value between T1 and T2, the capability indicated by using the capability configuration information comprises the first unique capability.
A multilayer panel for a turbomachine enclosure, the multilayer panel comprising: a first soundproof layer ; a first structural layer arranged directly onto said first soundproof layer ; an insulation core layer arranged directly onto said first structural layer ; and a second structural layer arranged directly onto said insulation core layer ; characterized in that said first soundproof layer further comprises an additional laminate layer floating thereinside. a first soundproof layer ; a first structural layer arranged directly onto said first soundproof layer ; an insulation core layer arranged directly onto said first structural layer ; and a second structural layer arranged directly onto said insulation core layer ; characterized in that said first soundproof layer further comprises an additional laminate layer floating thereinside.
An object identification device comprising: a map information storage unit to store map information indicating information on a road; a region determination unit to acquire observed position information indicating observed positions at which an object is observed from a plurality of sensors, and determine whether each observed position is in any one of regions into which an area indicated by the map information is divided; a road reference position conversion unit to convert each observed position determined to be in the region of the map information, into a traveling direction position indicating a position in a direction parallel to an assumed road direction in the region indicated by the map information, and a transverse direction position indicating a position in a direction perpendicular to the assumed road direction in the region, using the map information; and a comparison unit to rearrange the observed positions in order of the traveling direction, create pairs of front and rear observed positions in the traveling direction, calculate a difference in the traveling direction positions and a difference in the transverse direction positions between each pair of observed positions, and determine that a pair of observed positions between which the differences are within thresholds specified in respective items are derived from the same object, and determine that a pair of observed positions between which at least one of the differences is greater than the threshold are derived from different objects. a map information storage unit to store map information indicating information on a road; a region determination unit to acquire observed position information indicating observed positions at which an object is observed from a plurality of sensors, and determine whether each observed position is in any one of regions into which an area indicated by the map information is divided; a road reference position conversion unit to convert each observed position determined to be in the region of the map information, into a traveling direction position indicating a position in a direction parallel to an assumed road direction in the region indicated by the map information, and a transverse direction position indicating a position in a direction perpendicular to the assumed road direction in the region, using the map information; and a comparison unit to rearrange the observed positions in order of the traveling direction, create pairs of front and rear observed positions in the traveling direction, calculate a difference in the traveling direction positions and a difference in the transverse direction positions between each pair of observed positions, and determine that a pair of observed positions between which the differences are within thresholds specified in respective items are derived from the same object, and determine that a pair of observed positions between which at least one of the differences is greater than the threshold are derived from different objects.
A method of identifying an absence of the contact fitting lenses of a given type from a plurality of contact fitting lenses of different types, the method comprising: obtaining a stocked fitting set assembly comprising a case for supplying to an eye care professional, the assembly to accommodate at least one lens package of each of the different types of contact fitting lenses at a corresponding known compartment location of the case; wherein the at least one lens package of the given type of contact fitting lenses in the corresponding known compartment location is employed for retaining a visual indicator, which is a drop-down door, out of view within the corresponding known compartment prior to an automatic display thereof; depleting from the corresponding known compartment location the lens packages of the given type of contact fitting lenses; automatically displaying the drop-down door at the corresponding known compartment location emptied of all lens packages of the given type of contact fitting lenses due to the depleting, to provide an indication of the absence of the given type of contact fitting lenses, wherein displaying the drop-down door exposes the drop-down door at a front of the corresponding compartment location; and recording an image of a front of the assembly, the image including visual evidence of all compartment locations with lens packages of the different types of contact fitting lenses thereat and all compartment locations with the displayed drop-down door reflective of the absence of all lens packages of contact fitting lenses of the respective given type thereat. obtaining a stocked fitting set assembly comprising a case for supplying to an eye care professional, the assembly to accommodate at least one lens package of each of the different types of contact fitting lenses at a corresponding known compartment location of the case; wherein the at least one lens package of the given type of contact fitting lenses in the corresponding known compartment location is employed for retaining a visual indicator, which is a drop-down door, out of view within the corresponding known compartment prior to an automatic display thereof; depleting from the corresponding known compartment location the lens packages of the given type of contact fitting lenses; automatically displaying the drop-down door at the corresponding known compartment location emptied of all lens packages of the given type of contact fitting lenses due to the depleting, to provide an indication of the absence of the given type of contact fitting lenses, wherein displaying the drop-down door exposes the drop-down door at a front of the corresponding compartment location; and recording an image of a front of the assembly, the image including visual evidence of all compartment locations with lens packages of the different types of contact fitting lenses thereat and all compartment locations with the displayed drop-down door reflective of the absence of all lens packages of contact fitting lenses of the respective given type thereat.
A method of displaying sets of images of a subject comprising: acquiring, by one or more processors , a first set of subject images captured during a first time period and a first set of time-varying data that corresponds to a heart cycle of the subject during the first time period; correlating, by the one or more processors, subsets of the first set of subject images with subsets of the first set of time-varying data; acquiring, by the one or more processors, a second set of subject images captured during a second time period and a second set of time-varying data that corresponds to the heart cycle of the subject acquired during the second time period; correlating, by the one or more processors, the first set of time-varying data with the second set of time-varying data; identifying, by the one or more processors, one or more image frames from the first set of subject images that corresponds to a subset of the second set of time-varying data; and providing for display, by the one or more processors, the identified one or more image frames from the first set of subject images interlaced with a plurality of image frames from the second set of subject images; wherein the first set of subject images are angiographic images and the second set of subject images are fluoroscopic images. acquiring, by one or more processors , a first set of subject images captured during a first time period and a first set of time-varying data that corresponds to a heart cycle of the subject during the first time period; correlating, by the one or more processors, subsets of the first set of subject images with subsets of the first set of time-varying data; acquiring, by the one or more processors, a second set of subject images captured during a second time period and a second set of time-varying data that corresponds to the heart cycle of the subject acquired during the second time period; correlating, by the one or more processors, the first set of time-varying data with the second set of time-varying data; identifying, by the one or more processors, one or more image frames from the first set of subject images that corresponds to a subset of the second set of time-varying data; and providing for display, by the one or more processors, the identified one or more image frames from the first set of subject images interlaced with a plurality of image frames from the second set of subject images; wherein the first set of subject images are angiographic images and the second set of subject images are fluoroscopic images.
A method of cooking a snack food, the method comprising the steps of: a. providing a bed comprising a plurality of hollow particles; b. heating and moving the hollow particles in the bed to form a mobile cooking medium in the form of a heated, mobile bed of hollow particles, wherein the mobile bed has a Froude number of from 0.01 to 0.5, preferably from 0.1 to 0.3, more preferably from 0.15 to 0.25; c. providing a plurality of snack food precursor elements in the cooking medium thereby to cook the snack food precursor elements to form a plurality of cooked snack food pieces, wherein the heated, mobile hollow particles transfer heat into the snack food precursor elements by thermal conduction, and wherein the snack food precursor elements comprise starch-containing pellets and when the pellets are cooked to form the cooked snack food pieces the pellets expand and reduce in density; and d. separating the plurality of cooked snack food pieces from the cooking medium. a. providing a bed comprising a plurality of hollow particles; b. heating and moving the hollow particles in the bed to form a mobile cooking medium in the form of a heated, mobile bed of hollow particles, wherein the mobile bed has a Froude number of from 0.01 to 0.5, preferably from 0.1 to 0.3, more preferably from 0.15 to 0.25; c. providing a plurality of snack food precursor elements in the cooking medium thereby to cook the snack food precursor elements to form a plurality of cooked snack food pieces, wherein the heated, mobile hollow particles transfer heat into the snack food precursor elements by thermal conduction, and wherein the snack food precursor elements comprise starch-containing pellets and when the pellets are cooked to form the cooked snack food pieces the pellets expand and reduce in density; and d. separating the plurality of cooked snack food pieces from the cooking medium.
Flange seal ring having a centrally arranged through opening (D) comprising an integrated thermoelectric measuring device, wherein the measuring device comprises a first electrically conducting disk element and a second electrically conducting disk element (10, 10', 10"), wherein the first disk element and the second disk element (10, 10', 10") completely enclose the through opening (D) and wherein the first disk element and the second disk element (10, 10', 10") are electrically connected to one another only by at least one contact point arranged on the inner side facing the through opening (D), wherein between the inner side of the two disk elements (2, 2', 10, 10', 10") and the through opening (D) there remains a spacing at which the measuring device is covered by a sealing structure , characterized in that the sealing structure is either formed by two sealing overlays combined with a metal sleeve or the sealing structure is formed from a solid sealing moulding , wherein the sealing moulding has an outwardly open groove in the radial direction (R) in which the thermoelectric measuring device (2, 2', 10, 10', 10") is inserted.