mhurhangee/ep-ind-claims huggingface dataset:
An artificial urinary sphincter system comprising: a pump attachable with tubing between a pressure regulating reservoir and a cuff, the cuff configured for placement around a portion of a urethra and comprising: a rigid frame with at least one inflatable balloon attached to the rigid frame, a gap formed from a top edge to a bottom edge of the rigid frame providing the rigid frame with a C-shaped conformation in lateral cross-section having a first lateral section separated from a second lateral section; wherein the at least one inflatable balloon is attached to an interior surface on one of the first lateral section or the second lateral section of the rigid frame, and wherein the C-shaped conformation in lateral cross-section extends along an arc of more than 270 degrees and less than 360 degrees. a pump attachable with tubing between a pressure regulating reservoir and a cuff, the cuff configured for placement around a portion of a urethra and comprising: a rigid frame with at least one inflatable balloon attached to the rigid frame, a gap formed from a top edge to a bottom edge of the rigid frame providing the rigid frame with a C-shaped conformation in lateral cross-section having a first lateral section separated from a second lateral section; wherein the at least one inflatable balloon is attached to an interior surface on one of the first lateral section or the second lateral section of the rigid frame, and wherein the C-shaped conformation in lateral cross-section extends along an arc of more than 270 degrees and less than 360 degrees. a rigid frame with at least one inflatable balloon attached to the rigid frame, a gap formed from a top edge to a bottom edge of the rigid frame providing the rigid frame with a C-shaped conformation in lateral cross-section having a first lateral section separated from a second lateral section; wherein the at least one inflatable balloon is attached to an interior surface on one of the first lateral section or the second lateral section of the rigid frame, and wherein the C-shaped conformation in lateral cross-section extends along an arc of more than 270 degrees and less than 360 degrees.
A method for evaluating a cement sheath in a multi-string wellbore, comprising: transmitting sonic or ultrasonic waves from a logging tool, disposed in a wellbore; receiving reflected waves at the logging tool and recording waveforms based on the received waves at varying wellbore depths; for each wave identifying location of amplitude maxima and minima; for each maxima and minima identifying the absolute values of the amplitudes; dividing the series of points into a plurality of zones, based on the absolute value amplitudes waveforms; processing the waveforms to determine average absolute value amplitude data of the recorded waveforms for each of the plurality of zones; and determining a number using the average absolute value amplitude data for a first of the plurality of zones and the average absolute value amplitude data for a second of the plurality of zones, wherein the number is a ratio or a difference. transmitting sonic or ultrasonic waves from a logging tool, disposed in a wellbore; receiving reflected waves at the logging tool and recording waveforms based on the received waves at varying wellbore depths; for each wave identifying location of amplitude maxima and minima; for each maxima and minima identifying the absolute values of the amplitudes; dividing the series of points into a plurality of zones, based on the absolute value amplitudes waveforms; processing the waveforms to determine average absolute value amplitude data of the recorded waveforms for each of the plurality of zones; and determining a number using the average absolute value amplitude data for a first of the plurality of zones and the average absolute value amplitude data for a second of the plurality of zones, wherein the number is a ratio or a difference.
A medical guidewire (1A; 1B; 1C; 1E) comprising: a core shaft; an outer coiled body (3; 31; 32) covering at least a front end portion of the core shaft; and an inner coiled body (10; 14) positioned inside the outer coiled body (3; 31) and covering at least the front end portion of the core shaft, characterized in that a resin material is filled only between the outer coiled body (3; 31) and the inner coiled body (10; 14) to form a resin layer. a core shaft; an outer coiled body (3; 31; 32) covering at least a front end portion of the core shaft; and an inner coiled body (10; 14) positioned inside the outer coiled body (3; 31) and covering at least the front end portion of the core shaft, characterized in that a resin material is filled only between the outer coiled body (3; 31) and the inner coiled body (10; 14) to form a resin layer.
A house change judgment method, comprising: a region-of-elevated-part extraction step of determining, based on altitude data on an above-ground surface including above-ground features (32, 34), for each elevated part of the above-ground surface, each elevated part having a size corresponding to a house to be a judgment target, a region of elevated part which contains each elevated part, the altitude data being acquired from above with regard to each point within a judgment target region; an outline extraction step of extracting an outline of the house from the region of elevated part based on the altitude data; an object defining step of defining a house object containing three-dimensional information on the house based on the extracted outline and the altitude data within the outline; and a change judgment step of comparing the house objects acquired at two different time points to detect a variation between the two different time points, and making a judgment as to a house change based on the variation. a region-of-elevated-part extraction step of determining, based on altitude data on an above-ground surface including above-ground features (32, 34), for each elevated part of the above-ground surface, each elevated part having a size corresponding to a house to be a judgment target, a region of elevated part which contains each elevated part, the altitude data being acquired from above with regard to each point within a judgment target region; an outline extraction step of extracting an outline of the house from the region of elevated part based on the altitude data; an object defining step of defining a house object containing three-dimensional information on the house based on the extracted outline and the altitude data within the outline; and a change judgment step of comparing the house objects acquired at two different time points to detect a variation between the two different time points, and making a judgment as to a house change based on the variation.
A system for use with a stimulus presentation device to provide one or more of advertisement or entertainment material (311, 433) to a subject, the system comprising: a data collection device configured to obtain neuro-response data from the subject prior to exposure to one or more of the advertisement or entertainment material (311, 433), during exposure to the advertisement or entertainment material (311, 433), and after exposure to the advertisement or entertainment material (311, 433), the neuro-response data including pre-stimulus event related potential measurements, post-stimulus ERP measurements, target ERP measurements, and distracter ERP measurements, the pre-stimulus ERP measurements occurring before the target ERP measurements and the post-stimulus ERP measurements occurring after the target ERP measurements; a data analyzer configured to determine differential event related potential (DERP) measurements of ERP time domain components at multiple regions of a brain of the subject based on the pre-stimulus ERP measurements, the post-stimulus ERP measurements, the target ERP measurements, and the distracter ERP measurements; and a resonance estimator configured to determine a subject resonance measurement to the advertisement or entertainment material (311, 433) and attributes (203, 205, 207, 209, 211, 217, 219, 221, 223, 225, 227, 229) of the advertisement or entertainment material (311, 433) based on the DERP measurements. a data collection device configured to obtain neuro-response data from the subject prior to exposure to one or more of the advertisement or entertainment material (311, 433), during exposure to the advertisement or entertainment material (311, 433), and after exposure to the advertisement or entertainment material (311, 433), the neuro-response data including pre-stimulus event related potential measurements, post-stimulus ERP measurements, target ERP measurements, and distracter ERP measurements, the pre-stimulus ERP measurements occurring before the target ERP measurements and the post-stimulus ERP measurements occurring after the target ERP measurements; a data analyzer configured to determine differential event related potential (DERP) measurements of ERP time domain components at multiple regions of a brain of the subject based on the pre-stimulus ERP measurements, the post-stimulus ERP measurements, the target ERP measurements, and the distracter ERP measurements; and a resonance estimator configured to determine a subject resonance measurement to the advertisement or entertainment material (311, 433) and attributes (203, 205, 207, 209, 211, 217, 219, 221, 223, 225, 227, 229) of the advertisement or entertainment material (311, 433) based on the DERP measurements.
Process for producing potassium sulfate granules, characterized in that the potassium sulfate is admixed during the granulating with a sodium salt selected from sodium chloride, sodium sulfate, sodium sulfate hydrates, sodium hydroxide and mixtures thereof in an amount of 0.1% to 7.5% by weight, based in each case on the potassium sulfate used, wherein the sodium salt is added in the form of a dust having a maximum particle size of 200 μm or in the form of an aqueous solution or wherein a portion of the sodium salt is added in the form of a dust having a maximum particle size of 200 μm and the remainder of the sodium salt in the form of an aqueous solution.
A composite body comprising: a base; and an oxide layer arranged on the base, the oxide layer containing more than 45% by volume of a perovskite-type oxide phase, and having a porosity of 90% by volume or less, the perovskite-type oxide phase being composed of at least one of an oxide containing La and Cu and an oxide containing Sr and Fe, and wherein either (i) or (ii) applies: (i) the composite body includes: a first member and a second member, at least one of the first member and the second member serving as the base, and a joining portion that joins the first member and the second member, the joining portion serving as the oxide layer; or (ii) the oxide layer forms a covering portion that covers the whole or part of a surface of the base. a base; and an oxide layer arranged on the base, the oxide layer containing more than 45% by volume of a perovskite-type oxide phase, and having a porosity of 90% by volume or less, the perovskite-type oxide phase being composed of at least one of an oxide containing La and Cu and an oxide containing Sr and Fe, (i) the composite body includes: a first member and a second member, at least one of the first member and the second member serving as the base, and a joining portion that joins the first member and the second member, the joining portion serving as the oxide layer; or a first member and a second member, at least one of the first member and the second member serving as the base, and a joining portion that joins the first member and the second member, the joining portion serving as the oxide layer; (ii) the oxide layer forms a covering portion that covers the whole or part of a surface of the base.
Transmission with a pulley (1; 2) with two pulley sheaves (4, 5) that mutually define a pulley angle (Φp) and with a drive belt with a ring-shaped carrier and a number of transverse members that are arranged slidingly and consecutively on the carrier and that are each provided with a front surface and with a rear surface, where between the transverse member extends in thickness direction, and with contact surfaces for arriving into friction contact with the pulley sheaves (4, 5) of pulley (1; 2) of the transmission and that are mutually oriented at a contact angle (Φc) of the drive belt and where between the transverse member extends widthwise, characterized in that, the contact angles (Φc-I, Φc-II) of the transverse members (32-I, 32-II) of the drive belt can be grouped into two populations, with an average value of the contact angles (Φc-I; Φc-II) of the transverse members (32-I; 32-II) of one population being smaller than the pulley angle (Φp), with an average value of the contact angles (Φc-I; Φc-II) of the transverse members (32-I; 32-II) of the other one population being larger than the pulley angle (Φp) and with the difference between such average values of the contact angle (Φc-I; Φc-II) of the transverse members (32-I; 32-II) of the respective populations being equal to or larger than a difference between the contact angles (Φc-I, Φc-II) of all possible pairs of two transverse members (32-I, 32-II) of the said two populations separately.
Heat exchanger having a housing (2, 20) which defines a first volume and at least one line (9, 19) which defines a second volume, wherein the housing (2, 20) has an inlet (5, 25) and an outlet (6, 26) and at least a first opening and at least a second opening which is opposite the first opening with respect to the housing (2, 20), wherein the at least one line (9, 19) connects the at least one first opening of the housing (2, 20) and the at least one second opening of the housing (2, 20) so as to extend through the first volume and is connected at the two ends thereof to the housing (2, 20) in a fluid-tight manner, wherein the at least one line (9, 19) does not extend in a linear manner within the first volume and is connected in the region of the first opening thereof and/or the second opening thereof to the housing (2, 20) in a monolithic manner, wherein the elements which are constructed in a monolithic manner are produced by means of additive production, characterised in that the at least one line (9, 19) extends at least partially in an undulating and/or helical and/or zig-zag manner.
An input device comprising: a housing; a keycap (204, 216, 408) comprising a first magnet, the keycap being movable with respect to the housing; a second magnet being movable with respect to the housing, wherein the second magnet is movable independent from the keycap; and an output interface configured to send data corresponding to a movement of the keycap with respect to the housing; wherein a pole of the first magnet and a pole of the same polarity of the second magnet point into at least substantially opposite directions. a housing; a keycap (204, 216, 408) comprising a first magnet, the keycap being movable with respect to the housing; a second magnet being movable with respect to the housing, wherein the second magnet is movable independent from the keycap; and an output interface configured to send data corresponding to a movement of the keycap with respect to the housing; wherein a pole of the first magnet and a pole of the same polarity of the second magnet point into at least substantially opposite directions.
An apparatus for sharing antennas of wireless access node systems in a wireless communication network including wireless access node system A and wireless access node system B, each of which includes one or more transceiving units for processing transmission/reception signals of one or more frequency bands, the apparatus comprising: a directional coupler module A that allows a transmission signal provided through a first transceiving path among Multiple Input Multiple Output paths of the one or more transceiving units (110, 120, 130) of the wireless access node system A to totally reflect, allows a transmission signal of a second transceiving path among MIMO paths of the one or more transceiving units (210, 220, 230) of the wireless access node system B to pass therethrough, synthesizes both signals, and outputs the synthesized signal to an antenna of the wireless access node system A; and a MIMO coupler A configured to distribute a signal of a band allocated to wireless access node system A among the signals received by the base station antenna A through the first transceiving path, and further configured to distribute a signal of a band allocated to the wireless access node system B among the signals received by the base station antenna A 12 through the second transceiving path. a directional coupler module A that allows a transmission signal provided through a first transceiving path among Multiple Input Multiple Output paths of the one or more transceiving units (110, 120, 130) of the wireless access node system A to totally reflect, allows a transmission signal of a second transceiving path among MIMO paths of the one or more transceiving units (210, 220, 230) of the wireless access node system B to pass therethrough, synthesizes both signals, and outputs the synthesized signal to an antenna of the wireless access node system A; and a MIMO coupler A configured to distribute a signal of a band allocated to wireless access node system A among the signals received by the base station antenna A through the first transceiving path, and further configured to distribute a signal of a band allocated to the wireless access node system B among the signals received by the base station antenna A 12 through the second transceiving path.
A water diverter apparatus comprising - a housing having an inlet section and two outlet sections, with a separation angle of less than 180° between the outlet sections, and - a flow directing member that can be adjusted by rotation about a shaft supported in the housing, wherein the flow directing member is a closing member arranged downstream of the shaft, the closing member being connected with the shaft via a spacer and having a closing surface arranged transversely to a flow direction, the closing member having a first position adapted to close one of the outlet sections, a second position adapted to close the other outlet section, and a third position between the first and the second positions, adapted to allow water to flow into both outlet sections in their entire crosssections, and wherein the water diverter apparatus further comprises a motor connected directly or indirectly to the shaft, characterised in that the closing member is arranged downstream of the shaft in all of the first, second and third positions, and - the motor is adapted for generating a pulsating water flow in the outlet sections by moving in periodically alternating manner the closing member into the first and into the second positions. - a housing having an inlet section and two outlet sections, with a separation angle of less than 180° between the outlet sections, and - a flow directing member that can be adjusted by rotation about a shaft supported in the housing, wherein the flow directing member is a closing member arranged downstream of the shaft, the closing member being connected with the shaft via a spacer and having a closing surface arranged transversely to a flow direction, the closing member having a first position adapted to close one of the outlet sections, a second position adapted to close the other outlet section, and a third position between the first and the second positions, adapted to allow water to flow into both outlet sections in their entire crosssections, and wherein the water diverter apparatus further comprises a motor connected directly or indirectly to the shaft, characterised in that the closing member is arranged downstream of the shaft in all of the first, second and third positions, and - the motor is adapted for generating a pulsating water flow in the outlet sections by moving in periodically alternating manner the closing member into the first and into the second positions.
Cleaning apparatus for cleaning articles to be cleaned, comprising at least one cleaning chamber for receiving the articles to be cleaned, further comprising at least one application apparatus for applying at least one cleaning fluid to the articles to be cleaned, wherein the cleaning apparatus further comprises at least one cooling surface facing the cleaning chamber and at least one cooling container which is thermally coupled to the cooling surface and which is intended to receive a cooling liquid, wherein the cooling surface comprises an inner wall of the cleaning chamber facing the cleaning chamber, wherein the inner wall can be cooled by the cooling liquid on an outer side which is arranged outside the cleaning chamber, wherein the cleaning apparatus comprises at least one controller, wherein the controller is furthermore configured to control at least one regeneration step in the cleaning apparatus, wherein the regeneration step comprises the following sub-steps: a) filling the cooling container with cooling liquid; b) heating the cooling liquid in the cooling container; and c) removing the cooling liquid from the cooling container, wherein the controller is furthermore configured to control at least one cleaning step in the cleaning apparatus, wherein the cleaning fluid is applied to the articles to be cleaned during the cleaning step, and wherein the controller is furthermore configured to control at least one drying step in the cleaning apparatus, wherein the articles to be cleaned are dried in the cleaning chamber during the drying step, characterized in that the regeneration step and the cleaning step are separate steps, and in that the regeneration step and the drying step are separate steps. a) filling the cooling container with cooling liquid; b) heating the cooling liquid in the cooling container; and c) removing the cooling liquid from the cooling container,
Linear bearing having a seal and having an outer part (10, 20, 30; 10', 20', 30') of hollow-cylindrical configuration which extends at least over a sector-like region and is provided for enclosing an inner part at least partially, and the two parts being at least longitudinally displaceable with respect to one another, the seal being arranged between the parts along the circumferential direction of the outer part (10, 20, 30; 10', 20', 30'), and, starting from an inner shell of a core region of the seal towards the inner part, the seal comprising two sealing lips (56, 57) which project obliquely in an opposed manner, characterized in that, starting from an outer shell of the core region, the seal comprises a projection obliquely to the radial outside.