mhurhangee/patent-ind-claim-en huggingface dataset:
Mobile sub-assembly for receiving and conveying at least one passenger, comprising a support , a cabin and a guide for guiding the cabin relative to the support in rotation about a reference axis which is common to the support and to the cabin , the reference axis being horizontal when the mobile sub-assembly is in an operational state, the mobile sub-assembly being provided with a stabilization system comprising at least one ring gear which is secured to the support and centered on the reference axis , at least one pinion which is connected to the cabin so as to mesh with the ring gear , first motor drive means which are capable of driving the pinion , comprising a motor having a motor shaft which rotates about an axis which is stationary with respect to the cabin and a transmission kinematic chain between the motor shaft and the pinion , characterized in that the stabilization system comprises a coupling mechanism which is capable of guiding the pinion between a position of engagement with the ring gear, in which the first pinion is capable of meshing with the first ring gear by rotating about a drive axis which is parallel to the reference axis, and an uncoupled position in which the first pinion is remote and disengaged from the first ring gear , the transmission kinematic chain comprising a universal joint.
A heated aerosol-generating article comprising a plurality of elements including an aerosol-forming substrate assembled within a wrapper, wherein the aerosol-generating article is configured to be heated by an insertable heater of an aerosol-generating device, the aerosol-forming substrate being in the form of a rod having a diameter of between 6.5 mm and 7.5 mm, the rod formed from a crimped and gathered sheet of aerosol-forming material, the sheet having a width of between 110 mm and 140 mm, a thickness of between 200 micrometres and 230 micrometres, and the sheet being crimped with a crimping depth of between 150 and 250 micrometres.
A cover comprising: a base material; and an incised panel affixed to said base material, said incised panel comprising a plurality of incised flaps, each of said plurality of incised flaps having a hinged flap portion, wherein at least a portion of said hinged flap portions assume a three-dimensional, non-linear open configuration upon an application of tension to said incised panel, wherein said plurality of incised flaps form a block pattern comprising two or more rows, each row comprising one inverted incised flap and two non-inverted incised flaps, wherein said plurality of incised flaps are oriented in an overlapping fashion, each said row of said block pattern has a length from 1.5 mm to 24 cm, and said incised panel has a size that is at least about 2% smaller than said base material, and wherein said block pattern is randomly oriented in said incised panel. a base material; and an incised panel affixed to said base material, said incised panel comprising a plurality of incised flaps, each of said plurality of incised flaps having a hinged flap portion, wherein at least a portion of said hinged flap portions assume a three-dimensional, non-linear open configuration upon an application of tension to said incised panel, wherein said plurality of incised flaps form a block pattern comprising two or more rows, each row comprising one inverted incised flap and two non-inverted incised flaps, wherein said plurality of incised flaps are oriented in an overlapping fashion, each said row of said block pattern has a length from 1.5 mm to 24 cm, and said incised panel has a size that is at least about 2% smaller than said base material, and wherein said block pattern is randomly oriented in said incised panel.
An article of manufacture comprising: a machine-readable medium having machine-executable instructions stored thereon for analyte monitoring management, the instructions comprising: instructions for receiving analyte measurement data , the analyte measurement data representing analyte measurement data collected over a time period; instructions for analyzing the analyte measurement data for analyte episodes (705C-705G, 805B-805G) within the time period; wherein the analyte episodes comprise at least one rate-of-change based episode; the rate of change being the rate of change of the analyte value over time; wherein the at least one rate-of-change based episode includes two points having a threshold rate-of-change for a duration threshold, and instructions for splitting a rate-of-change based episode into two episodes when the rate-of-change based episode includes a gap in the analyte measurement data that is larger than a gap threshold; and instructions for storing the analyte episodes in a memory . instructions for receiving analyte measurement data , the analyte measurement data representing analyte measurement data collected over a time period; instructions for analyzing the analyte measurement data for analyte episodes (705C-705G, 805B-805G) within the time period; wherein the analyte episodes comprise at least one rate-of-change based episode; the rate of change being the rate of change of the analyte value over time; wherein the at least one rate-of-change based episode includes two points having a threshold rate-of-change for a duration threshold, and wherein the analyte episodes comprise at least one rate-of-change based episode; the rate of change being the rate of change of the analyte value over time; wherein the at least one rate-of-change based episode includes two points having a threshold rate-of-change for a duration threshold, and instructions for splitting a rate-of-change based episode into two episodes when the rate-of-change based episode includes a gap in the analyte measurement data that is larger than a gap threshold; and instructions for storing the analyte episodes in a memory .
A holster for a handgun , the holster including: a holster body having a chamber for receiving the handgun; and an adjustable and resilient tensioner mounted on the holster body in a position to be engaged by a handgun in the chamber, the tensioner being operable to apply a resilient biasing force to the handgun in the chamber; the tensioner including a resilient handgun engagement portion extending between first and second tensioner end portions, characterised in that the tensioner first end portion is mounted on the holster body for only rotational movement on the holster body, and the tensioner second end portion is mounted on the holster body for both sliding and rotational movement on the holster body. a holster body having a chamber for receiving the handgun; and an adjustable and resilient tensioner mounted on the holster body in a position to be engaged by a handgun in the chamber, the tensioner being operable to apply a resilient biasing force to the handgun in the chamber; the tensioner including a resilient handgun engagement portion extending between first and second tensioner end portions, characterised in that the tensioner first end portion is mounted on the holster body for only rotational movement on the holster body, and the tensioner second end portion is mounted on the holster body for both sliding and rotational movement on the holster body.
The present invention is directed to a coating composition comprising: a) a film-forming component, wherein the film-forming component comprises an epoxy resin and optionally a crosslinker therefor; b) a phosphate source; c) a borate source; an aluminum source; and/or a silica source; d) TiO 2 ; and e) a gas source, wherein the gas source provides an expansion gas upon thermal decomposition; wherein the TiO 2 is present in an amount of 5 to 20 wt %, such as 9 to 15 wt %, the phosphate source is present in an amount of 25 to 55 wt %, such as 25 to 40 wt % or 40 to 55 wt %, and wherein if component c comprises a borate source, it is present in an amount of 5 to 20 wt %, such as 9 to 15 wt %, if component c comprises an aluminum source, it is present in an amount of 0.1 to 10 wt %, such as 0.2 to 8 wt % , and if component c comprises a silica source, it is present in an amount of 0.1 to 2 wt %, such 0.4 to 1 wt %, with wt % based on the total solid weight of the composition. a) a film-forming component, wherein the film-forming component comprises an epoxy resin and optionally a crosslinker therefor; b) a phosphate source; c) a borate source; an aluminum source; and/or a silica source; d) TiO 2 ; and e) a gas source, wherein the gas source provides an expansion gas upon thermal decomposition;
A method for determining privacy loss due to execution of a query by a client to a differentially private database storing restricted data, the method comprising: receiving a database query from the client, the database query including a relation specifying a set of data in the database upon which to perform the query and privacy parameters associated with the query, said privacy parameters indicating an amount of restricted data to release from the database to the client in response to the query; determining a worst-case privacy spend for the query based on the privacy parameters and the relation, the worst-case privacy spend being the highest privacy loss possible for the query; performing the query upon the set of data specified by the relation; decrementing the determined worst-case privacy spend from a privacy budget associated with the client, wherein said privacy budget specifies a limit on the restricted data to be released; recording the worst-case privacy spend and the query at a log ; determining a privacy budget refund, comprising analyzing relationships among the queries recorded in the log and determining a cumulative privacy loss for the queries based on said analysis; and applying the determined privacy budget refund to the privacy budget associated with the client. receiving a database query from the client, the database query including a relation specifying a set of data in the database upon which to perform the query and privacy parameters associated with the query, said privacy parameters indicating an amount of restricted data to release from the database to the client in response to the query; determining a worst-case privacy spend for the query based on the privacy parameters and the relation, the worst-case privacy spend being the highest privacy loss possible for the query; performing the query upon the set of data specified by the relation; decrementing the determined worst-case privacy spend from a privacy budget associated with the client, wherein said privacy budget specifies a limit on the restricted data to be released; recording the worst-case privacy spend and the query at a log ; determining a privacy budget refund, comprising analyzing relationships among the queries recorded in the log and determining a cumulative privacy loss for the queries based on said analysis; and applying the determined privacy budget refund to the privacy budget associated with the client.
A method, comprising: identifying, in a three-dimensional, 3D, anatomical image of a patient organ, multiple anatomical points corresponding to respective predefined locations on a surface of the patient organ in a first coordinate system; performing initial registration of the first coordinate system and a second coordinate system associated with a position tracking system by correlating between positions in the first coordinate system and respective anatomical points in the second coordinate system; navigating a medical device comprising a viewing device and a position sensor of the position tracking system to one of the predefined locations; viewing the predefined location in the first coordinate system using the viewing device; when the position of the viewed location does not match the predefined position of the viewed location, marking the position and weighting the position; and refining the initial registration of the first and second coordinate systems, by re-correlating between the positions, the marked and weighted positions and the respective anatomical points. identifying, in a three-dimensional, 3D, anatomical image of a patient organ, multiple anatomical points corresponding to respective predefined locations on a surface of the patient organ in a first coordinate system; performing initial registration of the first coordinate system and a second coordinate system associated with a position tracking system by correlating between positions in the first coordinate system and respective anatomical points in the second coordinate system; navigating a medical device comprising a viewing device and a position sensor of the position tracking system to one of the predefined locations; viewing the predefined location in the first coordinate system using the viewing device; when the position of the viewed location does not match the predefined position of the viewed location, marking the position and weighting the position; and refining the initial registration of the first and second coordinate systems, by re-correlating between the positions, the marked and weighted positions and the respective anatomical points.
A method for reducing banding artifacts, the method comprising: receiving an input image comprising pixel values; identifying one or more sequences of pixels having the same pixel value between a starting position and an end position in a one dimensional pixel array of the input image, to identify corresponding one or more image bands in the one-dimensional pixel array, wherein an image band in the one or more image bands is characterized by the width of the band defined as the number of pixels of the same value between the starting position and ending position, and a band pixel value; for each image band in the one or more image bands: determining , for a sparse filter, a tap-distance parameter, indicating the number of consecutive pixels between a pixel of a center-tap of the sparse filter and a pixel of a neighboring tap, as a function of the width of the image band, wherein the determined tap-distance parameter is directly proportional to the width of the image band; and applying the sparse filter with the tap-distance parameter to the image band to generate output filtered pixel values; and generating an output image based on the output filtered pixel values. receiving an input image comprising pixel values; identifying one or more sequences of pixels having the same pixel value between a starting position and an end position in a one dimensional pixel array of the input image, to identify corresponding one or more image bands in the one-dimensional pixel array, wherein an image band in the one or more image bands is characterized by the width of the band defined as the number of pixels of the same value between the starting position and ending position, and a band pixel value; for each image band in the one or more image bands: determining , for a sparse filter, a tap-distance parameter, indicating the number of consecutive pixels between a pixel of a center-tap of the sparse filter and a pixel of a neighboring tap, as a function of the width of the image band, wherein the determined tap-distance parameter is directly proportional to the width of the image band; and applying the sparse filter with the tap-distance parameter to the image band to generate output filtered pixel values; and determining , for a sparse filter, a tap-distance parameter, indicating the number of consecutive pixels between a pixel of a center-tap of the sparse filter and a pixel of a neighboring tap, as a function of the width of the image band, wherein the determined tap-distance parameter is directly proportional to the width of the image band; and applying the sparse filter with the tap-distance parameter to the image band to generate output filtered pixel values; and generating an output image based on the output filtered pixel values.
A weight measuring device to measure weight , and condition of individual tires, from which further parameters of passing vehicles such as speed, acceleration, deceleration, turning to the right and to the left, direction of movement, number and type of axles can be obtained, containing at least two measuring elements characterized in that the said device contains at least two groups of measuring elements arranged in a body which is part of the road surface , where groups of measuring elements are arranged along the length of the body , and where each of the measuring elements contains at least one optical fibre, wherein at least one of said measuring elements is a body load deformation measuring element and at least another one of said measuring elements is arranged in the body in such a manner that it is a measuring element with a zero deformation load or with a deformation load different from that of the load measuring element . of passing vehicles such as speed, acceleration, deceleration, turning to the right and to the left, direction of movement, number and type of axles can be obtained, containing at least two measuring elements characterized in that the said device contains at least two groups of measuring elements arranged in a body which is part of the road surface , where groups of measuring elements are arranged along the length of the body , and where each of the measuring elements contains at least one optical fibre, wherein at least one of said measuring elements is a body load deformation measuring element and at least another one of said measuring elements is arranged in the body in such a manner that it is a measuring element with a zero deformation load or with a deformation load different from that of the load measuring element .
Fastening element, comprising a shank , which defines a driving-in direction, the shank having a front end , facing in the driving-in direction, a rear end , facing counter to the driving-in direction, and at its periphery a profile ridge , the profile ridge being inclined in relation to the driving-in direction at an acute angle, also comprising a tip region adjoining the front end of the shank and having a nail tip , the shank having a cross-sectional area, oriented perpendicularly to the driving-in direction, with an area content, the tip region having a tip length, measured in the driving-in direction, and a cross-sectional area, oriented perpendicularly to the driving-in direction, with an area content that is as great at a transition from the tip region to the shank as the area content of the cross-sectional area of the shank and decreases from the shank to the nail tip , and the tip region comprising a convex portion, characterized in that an angle of inclination of the profile ridge with respect to the driving-in direction is less than 20°.
A compensation chain stabilizing apparatus for an elevator, wherein the compensation chain stabilizing apparatus comprises an electromagnet as a magnetic field generating device , and the magnetic field generating device is configured to generate a magnetic field to limit shaking of the compensation chain , characterized in that the compensation chain stabilizing apparatus further comprises a sensor configured to sense a shaking amplitude and/or position of the compensation chain ; and a control device configured to control the electromagnet based on the shaking amplitude and/or position of the compensation chain . characterized in that the compensation chain stabilizing apparatus further comprises a sensor configured to sense a shaking amplitude and/or position of the compensation chain ; and a control device configured to control the electromagnet based on the shaking amplitude and/or position of the compensation chain .
Parking system for storing a plurality of two wheeled vehicles , comprising [a] a storage enclosure with at least one opening for introducing and extracting said vehicles to be stored in said parking system , [b] a first carrousel type transporting device arranged inside said enclosure comprising [i] a first carrousel guiding path defining a guiding direction and [ii] a plurality of first single vehicle holding devices , each of said first vehicle holding devices holding a corresponding single vehicle and being movable along said first carrousel guiding path in said guiding direction , wherein said first carrousel guiding path lies on a horizontal plane (P), characterized in that [c] said vehicle holding devices are configured to hold the corresponding vehicle such that in operation of said parking system , the handlebar of said corresponding vehicle is oriented crosswise to said guiding direction . [a] a storage enclosure with at least one opening for introducing and extracting said vehicles to be stored in said parking system , [b] a first carrousel type transporting device arranged inside said enclosure comprising [i] a first carrousel guiding path defining a guiding direction and [ii] a plurality of first single vehicle holding devices , each of said first vehicle holding devices holding a corresponding single vehicle and being movable along said first carrousel guiding path in said guiding direction , wherein said first carrousel guiding path lies on a horizontal plane (P), characterized in that [i] a first carrousel guiding path defining a guiding direction and [ii] a plurality of first single vehicle holding devices , each of said first vehicle holding devices holding a corresponding single vehicle and being movable along said first carrousel guiding path in said guiding direction , wherein said first carrousel guiding path lies on a horizontal plane (P), [c] said vehicle holding devices are configured to hold the corresponding vehicle such that in operation of said parking system , the handlebar of said corresponding vehicle is oriented crosswise to said guiding direction .
A channel selection method for a transmit end comprising: ranking multiple channels; generating a backoff count value; determining, for each timeslot, a value of a decrement step that equals a quantity of idle channels in the timeslot divided by a quantity of channels required by the transmit end for sending data, sequentially decrementing , using the decrement step, from an initial timeslot, the backoff count value in each timeslot according to a ranking sequence of the channels and busy/idle states of all the multiple channels until the backoff count value is 0; and selecting , from the multiple channels according to a result of the decrement performed on the backoff count value and a busy/idle state of at least one of the multiple channels, p channels as channels that are used by the transmit end for sending data, where p is the quantity of channels required by the transmit end. ranking multiple channels; generating a backoff count value; determining, for each timeslot, a value of a decrement step that equals a quantity of idle channels in the timeslot divided by a quantity of channels required by the transmit end for sending data, sequentially decrementing , using the decrement step, from an initial timeslot, the backoff count value in each timeslot according to a ranking sequence of the channels and busy/idle states of all the multiple channels until the backoff count value is 0; and selecting , from the multiple channels according to a result of the decrement performed on the backoff count value and a busy/idle state of at least one of the multiple channels, p channels as channels that are used by the transmit end for sending data, where p is the quantity of channels required by the transmit end.