mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for treating a target region in a subject's body with TTFields, the apparatus comprising: a first pair of ring-shaped electrode arrays (21, 22; 60) configured completely to surround a respective body part longitudinally prior to the target region and longitudinally subsequent to the target region, the first pair of electrode arrays (21, 22; 60) each comprising a plurality of individual electrode elements wired together using wiring and mounted on a band-shaped substrate , the band-shaped substrate being shaped and dimensioned to fit on the body part and configured to hold the individual electrode elements against the subject's body; and an AC voltage generator configured to generate an AC voltage with a frequency of 100-500 kHz between the individual electrode elements of the first pair of electrode arrays (21, 22; 60) to impose a first electric field with field lines that run longitudinally through the target region, wherein the first electric field has a field strength of at least 1 V/cm. a first pair of ring-shaped electrode arrays (21, 22; 60) configured completely to surround a respective body part longitudinally prior to the target region and longitudinally subsequent to the target region, the first pair of electrode arrays (21, 22; 60) each comprising a plurality of individual electrode elements wired together using wiring and mounted on a band-shaped substrate , the band-shaped substrate being shaped and dimensioned to fit on the body part and configured to hold the individual electrode elements against the subject's body; and an AC voltage generator configured to generate an AC voltage with a frequency of 100-500 kHz between the individual electrode elements of the first pair of electrode arrays (21, 22; 60) to impose a first electric field with field lines that run longitudinally through the target region, wherein the first electric field has a field strength of at least 1 V/cm.
Absorber system having an absorber mass carrier on which at least one absorber mass is accommodated so as to be movable relative thereto by means of coupling devices , which connect guide tracks in the absorber mass carrier to guide tracks in the at least one absorber mass , and having at least one stop , wherein the at least one absorber mass is arranged radially outside the stop , and, on its radial side facing the stop , is provided with a contact region which interacts with a profile region , which is provided on the stop , on the radial side thereof assigned to the at least one absorber mass , wherein the stop has at least one stop carrier as a first constructional unit and at least one stop damper , which is connected to the stop carrier via a radial securing means , as a second constructional unit , characterized in that the radial securing means is in each case assigned a pressure medium supply which interacts with in each case one of the coupling devices .
Sensor system for a vehicle, in particular a motor vehicle, comprising a sensor housing and an active or passive sensor arranged therein and held on a movable sensor holder with sensor technology based on radiation wave detection as well as a measuring device associated with the sensor and a control device, coupled to said measuring device, for the sensor holder , wherein the sensor housing has a signal-transmissive cover for the sensor on its side located in the detection direction of the sensor and wherein the detection area of the sensor in the area of the signal-transmissive cover has a smaller extent than the signal-transmissive cover , characterized in that the measuring device is designed in such a way that it is suitable to check in the detection area of the sensor whether and in which section the signal-transmissive cover has an area with reduced signal transmissivity , wherein the measuring device cooperates with the control device in such a way that the control device can change the position of the sensor in such a way that the area with reduced signal transmissivity is outside the detection area of the sensor .
A female urinary catheter deployment device , comprising: a housing extending between proximal and distal ends ; an inner tip secured to the proximal end of the housing and including a proximal end positioned outside of the housing ; an outer tip associated with the proximal end of the housing and movable from a closed condition to an open condition; a catheter at least partially positioned within the housing ; and an actuator secured to the catheter and movable with respect to the housing , wherein the outer tip defines a protective enclosure for the proximal end of the inner tip when the outer tip is in the closed condition, the inner tip defines a protective enclosure for a proximal end of the catheter when the outer tip is in the closed condition, a portion of the inner tip extends proximally through the outer tip so as to position the proximal end of the inner tip outside of the outer tip when the outer tip is in the open condition, and the actuator is configured to be moved with respect to the housing to advance the proximal end of the catheter proximally through and out of the proximal end of the inner tip when the outer tip is in the open condition. a housing extending between proximal and distal ends ; an inner tip secured to the proximal end of the housing and including a proximal end positioned outside of the housing ; an outer tip associated with the proximal end of the housing and movable from a closed condition to an open condition; a catheter at least partially positioned within the housing ; and an actuator secured to the catheter and movable with respect to the housing , wherein the outer tip defines a protective enclosure for the proximal end of the inner tip when the outer tip is in the closed condition, the inner tip defines a protective enclosure for a proximal end of the catheter when the outer tip is in the closed condition, a portion of the inner tip extends proximally through the outer tip so as to position the proximal end of the inner tip outside of the outer tip when the outer tip is in the open condition, and the actuator is configured to be moved with respect to the housing to advance the proximal end of the catheter proximally through and out of the proximal end of the inner tip when the outer tip is in the open condition. the outer tip defines a protective enclosure for the proximal end of the inner tip when the outer tip is in the closed condition, the inner tip defines a protective enclosure for a proximal end of the catheter when the outer tip is in the closed condition, a portion of the inner tip extends proximally through the outer tip so as to position the proximal end of the inner tip outside of the outer tip when the outer tip is in the open condition, and the actuator is configured to be moved with respect to the housing to advance the proximal end of the catheter proximally through and out of the proximal end of the inner tip when the outer tip is in the open condition.
A method for decorating a hollow glass item , comprising the following steps: - providing the item and placing the item in contact with an electrical ground , - spraying electrically charged dyeing powder to produce a deposition of the dyeing powder on a surface of the provided item , the dyeing powder being attracted on the surface by electrostatic forces, and - firing at least the surface of the item including said deposition at a firing temperature, characterized in that the dyeing powder comprises at least 50% by weight of an epoxy resin, a polyester, a polyurethane, an acrylic resin or mixtures thereof. - providing the item and placing the item in contact with an electrical ground , - spraying electrically charged dyeing powder to produce a deposition of the dyeing powder on a surface of the provided item , the dyeing powder being attracted on the surface by electrostatic forces, and - firing at least the surface of the item including said deposition at a firing temperature,
Jet regulator having a jet regulator housing which , on its housing outer circumference, has an outer thread for screwing into an inner thread in the water outlet of a sanitary outlet fitting, characterized in that the jet regulator housing has, on its housing outer circumference, a thread profile as outer thread that deviates at least in regions from a thread groove extending continuously in a helical manner about a cylindrical wall, which outer thread cooperates in this region in a self-adapting manner with the inner thread provided in the water outlet .
An insulating coating material having an adhesion layer on at least one side of a polyimide film, wherein the polyimide film has a weight of 23.5 g or less per 1 m 2 and a loop stiffness value of 0.45 g/cm or more, wherein the polyimide film is obtained by polymerizing an acid dianhydride component and a diamine component, the acid dianhydride component containing a component (a): 80 mol% - 100 mol% of 2,2',3,3'-biphenyl-tetracarboxylic acid dianhydride and/or 3,3',4,4'-biphenyl-tetracarboxylic acid dianhydride in the entire acid dianhydride component, and a component (b): 0 mol% - 20 mol% of other acid dianhydride components, and the diamine component containing 90 mol% or more of p-phenylenediamine in the entire diamine component.
A photography system comprising: an observation scope configured to be inserted into a hole of a case in which a plurality of subjects, which are cyclically disposed around a rotary shaft and rotate around the rotary shaft, are housed along with the rotary shaft and the hole is formed to penetrate through the case, the observation scope being configured to sequentially acquire light from the plurality of subjects; an imaging section configured to generate an image by continuously imaging light acquired by the observation scope ; an image sensor configured to continuously capture the plurality of subjects which rotate and sequentially output images; and an image acquisition section characterized in that the image acquisition section is configured to detect an edge from the image output from the image sensor, detect a position of the subject based on cyclic variation of a position of the detected edge, acquire the image including the subject at the detected position which is a predetermined position, and detect a cycle in which the rotary shaft rotates based on the cyclic variation of the position of the detected edge. an observation scope configured to be inserted into a hole of a case in which a plurality of subjects, which are cyclically disposed around a rotary shaft and rotate around the rotary shaft, are housed along with the rotary shaft and the hole is formed to penetrate through the case, the observation scope being configured to sequentially acquire light from the plurality of subjects; an imaging section configured to generate an image by continuously imaging light acquired by the observation scope ; an image sensor configured to continuously capture the plurality of subjects which rotate and sequentially output images; and an image acquisition section characterized in that the image acquisition section is configured to detect an edge from the image output from the image sensor, detect a position of the subject based on cyclic variation of a position of the detected edge, acquire the image including the subject at the detected position which is a predetermined position, and detect a cycle in which the rotary shaft rotates based on the cyclic variation of the position of the detected edge. detect an edge from the image output from the image sensor, detect a position of the subject based on cyclic variation of a position of the detected edge, acquire the image including the subject at the detected position which is a predetermined position, and detect a cycle in which the rotary shaft rotates based on the cyclic variation of the position of the detected edge.
A coil device of solenoid type comprising: a coil portion (C) having a bobbin , a conductive wire wound around the bobbin , and a magnetic member ; and a housing for accommodating the coil portion (C); wherein the conductive wire includes a plurality of extending portions extending along a wound wire direction, which intersects on the bobbin with a winding axis direction, wherein the housing includes a first housing member facing a first surface of the coil portion (C) having a flat plate shape, and a second housing member fixed to the first housing member to face a second surface on an opposite side from the first surface, wherein the bobbin includes a first winding plate disposed between the first housing member and the magnetic member , and a second winding plate disposed between the second housing member and the magnetic member , wherein the magnetic member is disposed inside the bobbin , and characterized in that the coil device of solenoid type further comprises at least one fastener for fastening the bobbin , the housing , and the magnetic member , wherein the at least one fastener is provided between the plurality of extending portions , is obliquely disposed with respect to a plane orthogonal to the winding axis direction, and penetrates through the bobbin and the magnetic member . a coil portion (C) having a bobbin , a conductive wire wound around the bobbin , and a magnetic member ; and a housing for accommodating the coil portion (C); wherein the conductive wire includes a plurality of extending portions extending along a wound wire direction, which intersects on the bobbin with a winding axis direction, wherein the housing includes a first housing member facing a first surface of the coil portion (C) having a flat plate shape, and a second housing member fixed to the first housing member to face a second surface on an opposite side from the first surface, wherein the bobbin includes a first winding plate disposed between the first housing member and the magnetic member , and a second winding plate disposed between the second housing member and the magnetic member , wherein the magnetic member is disposed inside the bobbin , and characterized in that the coil device of solenoid type further comprises at least one fastener for fastening the bobbin , the housing , and the magnetic member , wherein the at least one fastener is provided between the plurality of extending portions , is obliquely disposed with respect to a plane orthogonal to the winding axis direction, and penetrates through the bobbin and the magnetic member .
A ball screw device , comprising: a ball screw shaft having a ball rolling groove provided on its outer peripheral surface in a helical pattern; a ball screw nut having a ball rolling groove provided on its inner peripheral surface in a helical pattern; a plurality of balls provided between the ball rolling groove of the ball screw shaft and the ball rolling groove of the ball screw nut ; and a retainer arranged between the ball screw shaft and the ball screw nut and having a plurality of retainer grooves configured to retain the balls in a rollable manner, characterized in that the retainer groove has a shape of an elongated hole that extends so as to be inclined at a predetermined angle with respect to the axis of the ball screw shaft , and a distance (E) between a first end of the ball screw nut and a first end of the retainer , which is one of two ends of the retainer that is closer to the first end of the ball screw nut , is set equal to or larger than a distance (F') between a terminal end of the retainer groove that is closest to a second end of the retainer and a part of the ball that is closest to a second end of the ball screw nut . a ball screw shaft having a ball rolling groove provided on its outer peripheral surface in a helical pattern; a ball screw nut having a ball rolling groove provided on its inner peripheral surface in a helical pattern; a plurality of balls provided between the ball rolling groove of the ball screw shaft and the ball rolling groove of the ball screw nut ; and a retainer arranged between the ball screw shaft and the ball screw nut and having a plurality of retainer grooves configured to retain the balls in a rollable manner, characterized in that the retainer groove has a shape of an elongated hole that extends so as to be inclined at a predetermined angle with respect to the axis of the ball screw shaft , and a distance (E) between a first end of the ball screw nut and a first end of the retainer , which is one of two ends of the retainer that is closer to the first end of the ball screw nut , is set equal to or larger than a distance (F') between a terminal end of the retainer groove that is closest to a second end of the retainer and a part of the ball that is closest to a second end of the ball screw nut .
A method of repairing a variable vane having an airfoil , an inner trunnion shaft and an outer trunnion shaft , with said outer trunnion shaft having a threaded hole and a groove extending around a circumference of the outer trunnion shaft, comprising the steps of: removing a portion of said outer trunnion shaft at a location between said airfoil and said groove leaving a shaft stub; preparing a repair detail , said repair detail having an outer peripheral shaft portion with a nominal outer diameter, with said repair detail further having a pilot portion extending forwardly and having a smaller outer diameter than an outer diameter of said nominal outer diameter, with said shaft stub having a remaining bore portion , which is a portion of said threaded hole and with said pilot portion being sized to be received within said remaining bore ortion ; and inserting said pilot portion into said remaining bore portion , and welding said repair detail to said shaft stub; and wherein said repair detail is formed with a pilot hole that extends through said repair detail, but is of a smaller diameter than said remaining bore portion . removing a portion of said outer trunnion shaft at a location between said airfoil and said groove leaving a shaft stub; preparing a repair detail , said repair detail having an outer peripheral shaft portion with a nominal outer diameter, with said repair detail further having a pilot portion extending forwardly and having a smaller outer diameter than an outer diameter of said nominal outer diameter, with said shaft stub having a remaining bore portion , which is a portion of said threaded hole and with said pilot portion being sized to be received within said remaining bore ortion ; and inserting said pilot portion into said remaining bore portion , and welding said repair detail to said shaft stub; and wherein said repair detail is formed with a pilot hole that extends through said repair detail, but is of a smaller diameter than said remaining bore portion .
A method, comprising: receiving, at a memory device comprising a memory array , a read command; reading first data of the memory array based at least in part on the read command; performing an error correction operation on the first data to obtain second data and an indicator of a state of error in the second data; and outputting the second data using a first channel of the memory device and the indicator of the state of error using a second channel of the memory device different than the first channel , wherein the indicator indicates one of at least three states of error, and wherein the at least three states of error comprise no detectable error, a corrected error, and an uncorrected error. receiving, at a memory device comprising a memory array , a read command; reading first data of the memory array based at least in part on the read command; performing an error correction operation on the first data to obtain second data and an indicator of a state of error in the second data; and outputting the second data using a first channel of the memory device and the indicator of the state of error using a second channel of the memory device different than the first channel , wherein the indicator indicates one of at least three states of error, and wherein the at least three states of error comprise no detectable error, a corrected error, and an uncorrected error.
An image processing apparatus that sequentially applies correction to a plurality of continuous images forming a moving image, the image processing apparatus comprising: an image acquiring unit configured to acquire an image; a face detecting unit configured to extract a face region corresponding to a face of a person from the image; a representative-color acquiring unit configured to acquire a representative color, which is a skin color representing a target region where the correction is performed, from the acquired image and to update a set reference color by the representative color, wherein the representative-color acquiring unit is configured not to update the reference color with the representative color when a color difference indicating similarity between the representative color corresponding to the acquired image and the reference color is equal to or smaller than a predetermined threshold, and to update the reference color when the color difference is larger than the predetermined threshold; a correction-map generating unit configured to generate a skin color map representing similarity of color between the pixels of the image and the reference color and to generate a correction map based on the skin color map and the face region; and an image correcting unit configured to perform correction processing on the image using the correction map, wherein the image correcting unit is configured to perform correction processing by applying a blur to the acquired image and to determine intensity of the blur using the correction map. an image acquiring unit configured to acquire an image; a face detecting unit configured to extract a face region corresponding to a face of a person from the image; a representative-color acquiring unit configured to acquire a representative color, which is a skin color representing a target region where the correction is performed, from the acquired image and to update a set reference color by the representative color, wherein the representative-color acquiring unit is configured not to update the reference color with the representative color when a color difference indicating similarity between the representative color corresponding to the acquired image and the reference color is equal to or smaller than a predetermined threshold, and to update the reference color when the color difference is larger than the predetermined threshold; a correction-map generating unit configured to generate a skin color map representing similarity of color between the pixels of the image and the reference color and to generate a correction map based on the skin color map and the face region; and an image correcting unit configured to perform correction processing on the image using the correction map, wherein the image correcting unit is configured to perform correction processing by applying a blur to the acquired image and to determine intensity of the blur using the correction map.