mhurhangee/ep-ind-claims huggingface dataset:
Mechanical seal arrangement, comprising - a rotating slide ring and a stationary slide ring which define a sealing gap in between them, and - a bellows unit with a bellows element, - wherein the bellows element has a first connector area, a second connector area, and a bellows intermediate area, - wherein the bellows element is made of an elastomer material and provides a connection between the rotating slide ring and a rotating structural component, - wherein the bellows unit further comprises an intermediate disc, - wherein the intermediate disc is arranged between the bellows element and the rotating slide ring, characterized in that - the intermediate disc has at least one slit that has a slit width that is smaller than a slit length, and - wherein the slit is closed on one side, so that a connection area remains at the slit at the intermediate disc. - a rotating slide ring and a stationary slide ring which define a sealing gap in between them, and - a bellows unit with a bellows element, - wherein the bellows element has a first connector area, a second connector area, and a bellows intermediate area, - wherein the bellows element is made of an elastomer material and provides a connection between the rotating slide ring and a rotating structural component, - wherein the bellows unit further comprises an intermediate disc, - wherein the intermediate disc is arranged between the bellows element and the rotating slide ring, - the intermediate disc has at least one slit that has a slit width that is smaller than a slit length, and - wherein the slit is closed on one side, so that a connection area remains at the slit at the intermediate disc.
An apparatus for maximizing utilization of a dynamically varying channel, comprising: a transmitter for encoding and transmitting data over one or more digital data channels, the transmitter comprising a variable rate encoder; a forward error correction coder associated with the transmitter for error correction coding of one or more blocks of the data, the forward error correction coder comprising an FEC encoder using rateless erasure codes; the one or more blocks of error correction coded data being transmitted at a predetermined overall transmitting rate over the one or more digital data channels to a receiving module; and a rate control module for controlling a data rate of the transmitter and for modifying an individual block transmitting rate of the one or more blocks of the error correction coded data of the forward error correction coder based on feedback from the receiving module. a transmitter for encoding and transmitting data over one or more digital data channels, the transmitter comprising a variable rate encoder; a forward error correction coder associated with the transmitter for error correction coding of one or more blocks of the data, the forward error correction coder comprising an FEC encoder using rateless erasure codes; the one or more blocks of error correction coded data being transmitted at a predetermined overall transmitting rate over the one or more digital data channels to a receiving module; and a rate control module for controlling a data rate of the transmitter and for modifying an individual block transmitting rate of the one or more blocks of the error correction coded data of the forward error correction coder based on feedback from the receiving module.
A system for determining a touch contact location for each of one or more touch contacts, comprising: a touch detector configured to receive a disturbed version of a signal that has been disturbed by a touch input on a surface, wherein prior to the touch input, the signal was transmitted by a transmitter for propagation through a propagating medium with the surface and the touch input disturbed the signal propagating through the propagating medium; and a processor included in the touch detector and configured to: transform the received disturbed version of the signal to determine a spatial domain signal; the system being characterised in that the processor is further configured to: determine a hypothesis of a number of one or more simultaneous touch contacts in the touch input; determine a plurality of sets of potential touch contact locations for the hypothesis of the number of simultaneous touch contacts in the touch input; determine an expected signal for each set of the plurality of sets of potential touch contact locations; compare the spatial domain signal with each of the expected signals; and determine the touch contact location for each of the one or more touch contacts of the touch input based at least in part on the comparisons. a touch detector configured to receive a disturbed version of a signal that has been disturbed by a touch input on a surface, wherein prior to the touch input, the signal was transmitted by a transmitter for propagation through a propagating medium with the surface and the touch input disturbed the signal propagating through the propagating medium; and a processor included in the touch detector and configured to: transform the received disturbed version of the signal to determine a spatial domain signal; the system being characterised in that the processor is further configured to: determine a hypothesis of a number of one or more simultaneous touch contacts in the touch input; determine a plurality of sets of potential touch contact locations for the hypothesis of the number of simultaneous touch contacts in the touch input; determine an expected signal for each set of the plurality of sets of potential touch contact locations; compare the spatial domain signal with each of the expected signals; and determine the touch contact location for each of the one or more touch contacts of the touch input based at least in part on the comparisons. transform the received disturbed version of the signal to determine a spatial domain signal; the system being characterised in that the processor is further configured to: determine a hypothesis of a number of one or more simultaneous touch contacts in the touch input; determine a plurality of sets of potential touch contact locations for the hypothesis of the number of simultaneous touch contacts in the touch input; determine an expected signal for each set of the plurality of sets of potential touch contact locations; compare the spatial domain signal with each of the expected signals; and determine the touch contact location for each of the one or more touch contacts of the touch input based at least in part on the comparisons.
An organic light-emitting display (OLED) device comprising: a pixel area defined by a plurality of pixels on a flexible substrate; a non-pixel area around the pixel area; a pad area where a plurality of pads are formed; a gate driver in the non-pixel area; a flexible encapsulation unit configured to cover the pixel area and the non-pixel area and comprising a first encapsulation layer, a particle cover layer, a second encapsulation layer and a structure, wherein the flexible encapsulation unit is formed not to cover the pad area, the structure in the non-pixel area configured to surround the pixel area and the gate driver; the first encapsulation layer covering the plurality of pixels, the gate driver, the structure and an outer periphery of the structure; the particle cover layer covering the pixel area and suppressed from being excessively spread by the structure; and the second encapsulation layer covering whole or a portion of the first encapsulation layer and the particle cover layer; wherein the second encapsulation layer is in contact with the first encapsulation layer at the outer side of the structure, and the area where the first encapsulation layer is in contact with the second encapsulation layer is extended from the outer periphery of the structure by a distance away from the pixel area. a pixel area defined by a plurality of pixels on a flexible substrate; a non-pixel area around the pixel area; a pad area where a plurality of pads are formed; a gate driver in the non-pixel area; a flexible encapsulation unit configured to cover the pixel area and the non-pixel area and comprising a first encapsulation layer, a particle cover layer, a second encapsulation layer and a structure, wherein the flexible encapsulation unit is formed not to cover the pad area, the structure in the non-pixel area configured to surround the pixel area and the gate driver; the first encapsulation layer covering the plurality of pixels, the gate driver, the structure and an outer periphery of the structure; the particle cover layer covering the pixel area and suppressed from being excessively spread by the structure; and the second encapsulation layer covering whole or a portion of the first encapsulation layer and the particle cover layer; wherein the second encapsulation layer is in contact with the first encapsulation layer at the outer side of the structure, and the area where the first encapsulation layer is in contact with the second encapsulation layer is extended from the outer periphery of the structure by a distance away from the pixel area.
A drive train comprising: a housing having a first end and a second end; a first stage disposed within the housing proximate the first end; a second stage disposed within the housing proximate the second end; and a third stage disposed within the housing between the first stage and the second stage; wherein the first stage, the second stage, and the third stage are disposed coaxially on a drive train axis, characterized in that the housing directly supports a plurality of third stage planetary gears of the third stage, the plurality of third stage planetary gears disposed in slots extending through the housing. a housing having a first end and a second end; a first stage disposed within the housing proximate the first end; a second stage disposed within the housing proximate the second end; and a third stage disposed within the housing between the first stage and the second stage; wherein the first stage, the second stage, and the third stage are disposed coaxially on a drive train axis,
A therapeutic agent coupled to a SPARC-binding-polypeptide, wherein the SBP comprises SEQ ID NO: 1 or SEQ ID NO: 2 or combinations thereof for use in the treatment of cancer in a mammal.
Converter for the interchange of energy between a supply network and a terminal (10, 14, 26), comprising: - network-sided connections and terminal-sided connections; - a transformer unit coupled between the network-sided connections and the terminal-sided connections, by means of which active power or reactive power can be output to the supply network or can be input; - a control unit controlling the transformer unit as a function of the network voltage, by means of which a rated interrelation (17, 21) between network voltage and reactive power can be adjusted as a function of a network impedance of the supply network; - the rated interrelation (17, 21) between network voltage and active power or reactive power has an average voltage range about a nominal voltage, wherein the increase of the input or fed active power or reactive power per amount of increase of the voltage deviation from the nominal voltage is smaller than beyond the average voltage range, characterized in that the extent of the average voltage range depends on the network impedance, and in that the limit, where converter control begins, can be adjusted as a function of the network impedance. - network-sided connections and terminal-sided connections; - a transformer unit coupled between the network-sided connections and the terminal-sided connections, by means of which active power or reactive power can be output to the supply network or can be input; - a control unit controlling the transformer unit as a function of the network voltage, by means of which a rated interrelation (17, 21) between network voltage and reactive power can be adjusted as a function of a network impedance of the supply network; - the rated interrelation (17, 21) between network voltage and active power or reactive power has an average voltage range about a nominal voltage, wherein the increase of the input or fed active power or reactive power per amount of increase of the voltage deviation from the nominal voltage is smaller than beyond the average voltage range,
A pharmaceutical formulation for use in inducing weight loss or reducing body fat, or a combination thereof in a pre-obese, obese, or morbidly obese patient by oral administration of a weight loss agent in an amount between 0.005 mg and 10 mg per day per kg of body weight; wherein the formulation comprises a weight loss agent which is a compound defined by Formula I or a pharmaceutically acceptable salt thereof.
A fold and dive seat for a vehicle, comprising: a seat cushion frame; a seatback frame reclinably mounted to the seat cushion frame; a tilting and dive link including a front end fixed to the seat cushion frame, and a rear end hinged to the seatback frame; a link supporter formed on a rear end of the seat cushion frame to support a rear surface of the tilting and dive link; a rail pipe mounted to a lower portion of the seat cushion frame; a slider mounted on the rail pipe and configured to be slidable forwards and rearwards; and a tilting support link hinged between a front end of the slider and a front end of the seat cushion frame. a seat cushion frame; a seatback frame reclinably mounted to the seat cushion frame; a tilting and dive link including a front end fixed to the seat cushion frame, and a rear end hinged to the seatback frame; a link supporter formed on a rear end of the seat cushion frame to support a rear surface of the tilting and dive link; a rail pipe mounted to a lower portion of the seat cushion frame; a slider mounted on the rail pipe and configured to be slidable forwards and rearwards; and a tilting support link hinged between a front end of the slider and a front end of the seat cushion frame.
A method of projecting an incision marker (I1, I2) onto a patient using a medical imaging system comprising a gantry and at least one laser which is adjustable relative to the gantry, the method comprising the steps of: - capturing a fluoroscopic image of at least a part of the bony structure of the patient from a viewing direction onto the patient, - setting a virtual marker (V1, V2) in the fluoroscopic image and - controlling the at least one laser to project the incision marker (I1, I2) in accordance with the virtual marker (V1, V2) onto the patient from a projection direction different from the viewing direction, characterized in that: the at least one laser projects an imaging marker which indicates the image position on the patient when the fluoroscopic image is captured; and an initial virtual marker is overlaid over the fluoroscopic image, the position of the initial virtual marker corresponding to the position of the imaging marker on the patient. - capturing a fluoroscopic image of at least a part of the bony structure of the patient from a viewing direction onto the patient, - setting a virtual marker (V1, V2) in the fluoroscopic image and - controlling the at least one laser to project the incision marker (I1, I2) in accordance with the virtual marker (V1, V2) onto the patient from a projection direction different from the viewing direction, characterized in that: the at least one laser projects an imaging marker which indicates the image position on the patient when the fluoroscopic image is captured; and an initial virtual marker is overlaid over the fluoroscopic image, the position of the initial virtual marker corresponding to the position of the imaging marker on the patient. the at least one laser projects an imaging marker which indicates the image position on the patient when the fluoroscopic image is captured; and an initial virtual marker is overlaid over the fluoroscopic image, the position of the initial virtual marker corresponding to the position of the imaging marker on the patient.
A nuclear fuel assembly including a plurality of fuel elements, wherein each fuel element comprises: a liner disposed exterior to an annular nuclear fuel, the annular nuclear fuel comprising Uranium metal; and a steel cladding layer disposed exterior to the liner; wherein the liner includes a first region disposed adjacent the nuclear fuel and including a first material, and a second region disposed adjacent the steel cladding layer and including a second material that is different from the first material, and wherein the first material is adapted at high burn ups to mitigate interatomic diffusion between the first material and the annular nuclear fuel, the first material and the second material are adapted at high burn ups to mitigate interatomic diffusion between the first and second material, and the second material is adapted at high burn ups to mitigate interatomic diffusion between the second material and the steel cladding layer. a liner disposed exterior to an annular nuclear fuel, the annular nuclear fuel comprising Uranium metal; and a steel cladding layer disposed exterior to the liner;
A system for cryogenically treating a nerve, the system_comprising: a probe body; an elongated probe having a cryogenic treating portion and a blunt distal tip; and a cryogen supply tube extending within the elongated probe from a proximal end of the elongated probe to the cryogenic treating portion, wherein the elongated probe and cryogen supply tube are configured to resiliently bend and the elongated probe is configured to laterally traverse along a fascia layer adjacent to the nerve when the elongated probe is inserted into an access site laterally displaced from the nerve, and wherein the cryogenic treating portion configured to receive a cryogen from the cryogen supply tube and cause a therapeutic effect in the nerve when the cryogenic treating portion is positioned adjacent to the nerve, characterised by a hub connector detachably coupled to the probe body, whereby said elongated probe extends from said hub connector, whereby said blunt distal tip is configured to bluntly dissect the fascia layer so as to position the cryogenic treating portion of the elongated probe adjacent to the nerve. a probe body; an elongated probe having a cryogenic treating portion and a blunt distal tip; and a cryogen supply tube extending within the elongated probe from a proximal end of the elongated probe to the cryogenic treating portion, wherein the elongated probe and cryogen supply tube are configured to resiliently bend and the elongated probe is configured to laterally traverse along a fascia layer adjacent to the nerve when the elongated probe is inserted into an access site laterally displaced from the nerve, and wherein the cryogenic treating portion configured to receive a cryogen from the cryogen supply tube and cause a therapeutic effect in the nerve when the cryogenic treating portion is positioned adjacent to the nerve, characterised by a hub connector detachably coupled to the probe body, whereby said elongated probe extends from said hub connector, whereby said blunt distal tip is configured to bluntly dissect the fascia layer so as to position the cryogenic treating portion of the elongated probe adjacent to the nerve.
A batch suspension polymerization reactor for preparing a vinyl chloride resin, the reactor comprising: a paddle type agitator having two or more stages of impellers, wherein in the agitator, an angle (pitched angle) of blades of a top impeller is 5 to 20° with respect to an agitator shaft and an angle of blades of the other lower impellers except the top impeller is 0° with respect to the agitator shaft in a vertical direction, and the top impeller of the agitator is disposed in a lower portion of a liquid interface inside the reactor, so that a position of the top impeller satisfies a relationship between a distance (t) between an upper portion of blades of the top impeller and the liquid interface inside the reactor and a reactor diameter which is t/D = 0.22 to 0.3.
Interventional device (110, 210, 510, 610, 1510) comprising an elongate shaft and a transducer strip; wherein the transducer strip comprises: a first edge and an opposing second edge; wherein the first edge and the second edge are separated by a width dimension and wherein the first edge and the second edge each extend along a length direction of the transducer strip; and a piezoelectric transducer (116, 216); wherein the piezoelectric transducer (116, 216) is disposed on the transducer strip and extends along a transducer direction (117, 217) that forms an acute angle (α) with respect to the length direction of the transducer strip; and wherein the transducer strip is wrapped in the form of a spiral around the elongate shaft of the interventional device (110, 210) such that the piezoelectric transducer (116, 216) forms a band around the elongate shaft; and wherein the width dimension is defined such that the adjacent first and second edges (113, 114) of consecutive turns of the spiral abut or overlap one another. a first edge and an opposing second edge; wherein the first edge and the second edge are separated by a width dimension and wherein the first edge and the second edge each extend along a length direction of the transducer strip; and a piezoelectric transducer (116, 216); wherein the piezoelectric transducer (116, 216) is disposed on the transducer strip and extends along a transducer direction (117, 217) that forms an acute angle (α) with respect to the length direction of the transducer strip; and wherein the transducer strip is wrapped in the form of a spiral around the elongate shaft of the interventional device (110, 210) such that the piezoelectric transducer (116, 216) forms a band around the elongate shaft; and wherein the width dimension is defined such that the adjacent first and second edges (113, 114) of consecutive turns of the spiral abut or overlap one another.
A method for forming metal bars, in particular for producing ingots made of precious metal such as gold, silver, precious alloys, as well as other pure metals or different alloys, said method comprising filling an ingot mould with metal in form of powders, grits or swarf and closing said ingot mould with a cover and melting said metal; said method being characterized in that said ingot mould has a dimension in height such that said cover passes from a first position to a second position, when the volume occupied by the mass of metal that fill said ingot mould reduces gradually up to one third of the initial solid volume; in said first position said cover rests on the metal that fill said ingot mold and remains raised with respect to the abutment of the edge of said ingot mould, in such a manner that the bottom of the cover compresses and thus uniformly compacts the powders, the grits or the swarf so that, during the melting step, in said second position, said cover lowers progressively as the metal melts, until said cover rests on said abutment, thus hermetically closing said ingot mould.
Sports clothing for race cycling and cycling made of stretch fabric to have a close and tight fit with a user's body, characterized in that the sports clothing comprises a bag for an airbag, wherein the bag of the airbag is folded up and/or rolled up in at least a U-shape and/or S-shape, such that there is mainly less hindrance to perspiration discharge.