mhurhangee/ep-ind-claims huggingface dataset:
A dryer comprising - a drum which is rotated around the horizontal axis, - a bulkhead which has an opening that enables the laundry to be loaded into the drum and to be unloaded therefrom, and - at least two electrodes which are fixed to the bulkhead and which provide dryness sensing to be performed, characterized by a fixing surface which is fixed to the bulkhead and in which fixing surface the electrodes are partially embedded by means of a plastic injection method, with the fixing surface being formed by a plastic material being injected onto the electrodes by means of the plastic injection method with the electrodes being positioned into a mould.
A specimen retrieval device comprising: a suture loop assembly, the suture loop assembly including a length of suture material having a double strand central portion and a single-strand distal loop portion extending distally from the central portion, an elongate tubular member defining a bore, and a specimen retrieval bag, the suture material configured to engage the specimen retrieval bag and operable to close the specimen retrieval bag, characterised in that the specimen retrieval device comprises a one-way ferrule within the bore of the elongate tubular member and defining a bore, the double strand central portion passing through the bore of the one-way ferrule. a suture loop assembly, the suture loop assembly including a length of suture material having a double strand central portion and a single-strand distal loop portion extending distally from the central portion, an elongate tubular member defining a bore, and a specimen retrieval bag, the suture material configured to engage the specimen retrieval bag and operable to close the specimen retrieval bag,
A detection system, comprising: a ranging-sensor, the ranging-sensor configured to detect objects proximate to a host-vehicle; and a controller-circuit in communication with the ranging-sensor, the controller-circuit configured to determine a trailer-distance between the host-vehicle and a front of the trailer based on a distance to a first-group of objects detected by the ranging-sensor, said first-group characterized by a first-distance indicated by the ranging-sensor, determine an axle-distance between the front of the trailer and a trailer-axle based on a second-group of objects, said second-group characterized by a second-distance indicated by the ranging-sensor, and determine a trailer-length based on the trailer-distance and the axle-distance; wherein the controller-circuit is configured to further determine a peak-threshold that represents detections of real-objects detected by the ranging-sensor and a noise-threshold that represents detections of phantom-objects detected by the ranging-sensor, said peak-threshold being greater than the noise-threshold, wherein the controller-circuit is configured to determine the first-group of objects by a first-detection-count that is closer in magnitude to the peak-threshold than to the noise-threshold and is first closest in proximity to the host-vehicle. a ranging-sensor, the ranging-sensor configured to detect objects proximate to a host-vehicle; and a controller-circuit in communication with the ranging-sensor, the controller-circuit configured to determine a trailer-distance between the host-vehicle and a front of the trailer based on a distance to a first-group of objects detected by the ranging-sensor, said first-group characterized by a first-distance indicated by the ranging-sensor, determine an axle-distance between the front of the trailer and a trailer-axle based on a second-group of objects, said second-group characterized by a second-distance indicated by the ranging-sensor, and determine a trailer-length based on the trailer-distance and the axle-distance; wherein the controller-circuit is configured to further determine a peak-threshold that represents detections of real-objects detected by the ranging-sensor and a noise-threshold that represents detections of phantom-objects detected by the ranging-sensor, said peak-threshold being greater than the noise-threshold, wherein the controller-circuit is configured to determine the first-group of objects by a first-detection-count that is closer in magnitude to the peak-threshold than to the noise-threshold and is first closest in proximity to the host-vehicle.
Electronic component with a high electron mobility heterojunction, comprising: - a first layer of semiconductor material superimposed on a second layer of semiconductor material, in a manner such as to form an electron gas layer in the proximity of the interface between the first and second layers of semiconductor material; - first and second metallic contacts (21, 22) of conduction electrodes formed on said second layer of semiconductor material vertically with respect to the electron gas layer; characterized in that: - at least one of said first and second metallic contacts has a contact length L such that L≤ 1.5 * √(ρc/R2Deg); in which pc is the specific resistance of said metallic contact with the electron gas layer at 425K, in which R2Deg is the sheet resistance in the electron gas layer at 425K. - a first layer of semiconductor material superimposed on a second layer of semiconductor material, in a manner such as to form an electron gas layer in the proximity of the interface between the first and second layers of semiconductor material; - first and second metallic contacts (21, 22) of conduction electrodes formed on said second layer of semiconductor material vertically with respect to the electron gas layer; - at least one of said first and second metallic contacts has a contact length L such that L≤ 1.5 * √(ρc/R2Deg);
A procedure for igniting a combustion chamber of a turbine engine, the chamber being fed with fuel by injectors and having igniter means for igniting the fuel injected into the chamber, comprising an initial stage during which fuel is injected into the chamber at a constant rate while simultaneously exciting the igniter means, and in the event of non-ignition of the chamber at the end of the initial stage, it comprises a second stage during which the rate at which fuel is injected is increased rapidly by 20% to 30%, said procedure being characterized in that the second stage is followed by a stage of progressively increasing the fuel flow rate by an amount that is smaller and slower than in the second stage.
A threaded joint for steel pipes, comprising: a tubular pin and a tubular box, the pin and the box being made up by screwing the pin onto the box, the box having an outside diameter less than 104% of an outside diameter of a tubular body having the pin, wherein, the box comprises, in order from an end of the box toward a tubular body: a lip portion and a tapered female threaded portion, the lip portion including a shoulder surface and a sealing surface, the pin comprises: a shoulder surface; a sealing surface; and a tapered male threaded portion, the shoulder surface being in contact with the shoulder surface of the box in a made up state, the sealing surface being in contact with the sealing surface of the box in a made up state, the tapered male threaded portion engaging with the tapered female threaded portion in a made up state, the shoulder surface of the box and the shoulder surface of the pin are inclined with respect to a plane perpendicular to the pipe axis toward a direction in which the screwing of the pin advances, the lip portion of the box has: a nose portion disposed between the shoulder surface and the sealing surface; and an annular portion disposed between the sealing surface and the female threaded portion, the nose portion and the annular portion are not in contact with the pin in a made up state, and the annular portion has a length along the pipe axis, the length being longer than a thread pitch of the female threaded portion, characterised in that the inside diameter of the box at the annular portion is larger than the minimum diameter at the sealing surface.
Method for analysing a signal, in which - a spectrum of the signal to be analysed is provided, which is the result of a multiplication of the signal to be analysed by a predefined window function and subsequent, in particular discrete or fast, Fourier transformation, characterized in that - in the spectrum in the region of at least one peak-shaped local maximum, the highest spectral line (S 1)in terms of its amplitude and the second-highest spectral line (S 2) in terms of its amplitude that is directly adjacent thereto are determined for the local maximum, - the amplitude (A 1) of the highest spectral line and the amplitude (A 2) of the second-highest spectral line directly adjacent thereto are determined, - at least one value dependent on the amplitude (A 1) of the highest spectral line (S 1)and the amplitude (A 2) of the second-highest spectral line (S 2), in particular the ratio of the amplitude (A 1) of the highest spectral line to the amplitude (A 2) of the second-highest spectral line and/or the ratio of the amplitude (A 1) of the highest spectral line to the average value (Avg 12) of the amplitudes (A 1, A 2) of the highest and second-highest spectral lines, is determined, - a frequency correction value for the frequency of the highest spectral line (S 1)is determined from the determined value, in particular ratio, using a frequency correction characteristic curve which was created for the predefined window function, and - the frequency of the highest spectral line (S 1)is corrected by the frequency correction value. - a spectrum of the signal to be analysed is provided, which is the result of a multiplication of the signal to be analysed by a predefined window function and subsequent, in particular discrete or fast, Fourier transformation, characterized in that - in the spectrum in the region of at least one peak-shaped local maximum, the highest spectral line (S 1)in terms of its amplitude and the second-highest spectral line (S 2) in terms of its amplitude that is directly adjacent thereto are determined for the local maximum, - the amplitude (A 1) of the highest spectral line and the amplitude (A 2) of the second-highest spectral line directly adjacent thereto are determined, - at least one value dependent on the amplitude (A 1) of the highest spectral line (S 1)and the amplitude (A 2) of the second-highest spectral line (S 2), in particular the ratio of the amplitude (A 1) of the highest spectral line to the amplitude (A 2) of the second-highest spectral line and/or the ratio of the amplitude (A 1) of the highest spectral line to the average value (Avg 12) of the amplitudes (A 1, A 2) of the highest and second-highest spectral lines, is determined, - a frequency correction value for the frequency of the highest spectral line (S 1)is determined from the determined value, in particular ratio, using a frequency correction characteristic curve which was created for the predefined window function, and - the frequency of the highest spectral line (S 1)is corrected by the frequency correction value.
A nuclear medicine examination apparatus, comprising: a pixel-type radiation detection device comprising a chamber comprising a gas, wherein the pixel-type radiation detection device is configured to detect information of a charged particle generated by Compton scattering in the gas; one or a plurality of sensors (204, 206, 208) configured to detect a physical amount of the gas in the chamber, such as pressure and/or temperature; and a controller configured to control at least one of pressure, temperature, and a composition of the gas based on output signals from the one or plurality of sensors (204, 206, 208), wherein the controller comprises a gas state control unit, characterized in that the gas state control unit is configured to increase a pressure of the gas in the chamber causing the Compton scattering, with a reduction in amount of radiation emitted from a radiation source embedded in a specimen with a lapse of time. a pixel-type radiation detection device comprising a chamber comprising a gas, wherein the pixel-type radiation detection device is configured to detect information of a charged particle generated by Compton scattering in the gas; one or a plurality of sensors (204, 206, 208) configured to detect a physical amount of the gas in the chamber, such as pressure and/or temperature; and a controller configured to control at least one of pressure, temperature, and a composition of the gas based on output signals from the one or plurality of sensors (204, 206, 208), wherein the controller comprises a gas state control unit, characterized in that the gas state control unit is configured to increase a pressure of the gas in the chamber causing the Compton scattering, with a reduction in amount of radiation emitted from a radiation source embedded in a specimen with a lapse of time.
Connecting device for a fluid line, comprising, comprising a housing body having at least one connecting section, which extends axially between a front and a rear end region (16, 15), at the front side of which a recess facilitating the insertion of a fluid line terminates and the front end region of which is designed as a collet chuck with a plurality of resilient, radially pivotable clamping arms, wherein an operating sleeve, which is axially movable between a release position and a clamping position and which, when axially moved into the clamping position in a clamping direction, acts on the clamping arms in such a way that they are pivoted radially inwards to secure an inserted fluid line, is mounted on the connecting section, wherein the operating sleeve and the clamping arms are matched to one another in their design in such a way that the clamping direction of the movement of the operating sleeve is oriented towards the rear end region of the connecting section and the operating sleeve is closer to the rear end region of the connecting section in the clamping position than in the release position, and wherein the connecting device is provided with latching means, by which the operating sleeve is axially located in the clamping position and in the release position by releasable latching relative to the connecting section, characterised in that, as latching means, a single latching projection located on the inner circumference of the operating sleeve and only two latching recesses (67b, 67c) formed on the outer circumference of the connecting section are provided, wherein the two latching recesses (67b, 67c) are axially spaced from one another by a region free of latching recesses, and wherein the operating sleeve adopts the clamping position or the release position by a releasably latching engagement of the single latching projection with either one or the other of the two latching recesses (67b, 67c).
Latch for a door lock, having a pivotable front section, characterized in that the latch has at least one magnet which holds the front section in a basic pivot position with a holding force, wherein the front section folds over when the holding force is overcome if sufficient pressure or tension is exerted on a door in which the door lock with this latch is inserted.
A method of producing a ceramic manufactured object, comprising repeatedly performing: (i) a step of leveling a ceramic powder to form a powder layer; and (ii) a step of irradiating the powder layer with a laser beam from a laser based on three-dimensional data to fuse and then solidify an irradiated site; wherein in the step (ii), a surface of the powder layer is irradiated with the laser beam in an unfocused state, characterized in that a ratio D/L, that is a ratio of a fusion depth D to a fusion width L of the powder generated by single irradiation with the laser, falls within a range of 0.2≤D/L≤0.7. (i) a step of leveling a ceramic powder to form a powder layer; and (ii) a step of irradiating the powder layer with a laser beam from a laser based on three-dimensional data to fuse and then solidify an irradiated site; wherein in the step (ii), a surface of the powder layer is irradiated with the laser beam in an unfocused state, characterized in that a ratio D/L, that is a ratio of a fusion depth D to a fusion width L of the powder generated by single irradiation with the laser, falls within a range of 0.2≤D/L≤0.7. wherein in the step (ii), a surface of the powder layer is irradiated with the laser beam in an unfocused state, characterized in that a ratio D/L, that is a ratio of a fusion depth D to a fusion width L of the powder generated by single irradiation with the laser, falls within a range of 0.2≤D/L≤0.7.
A water heater comprising at least one water tank having at least one base, at least one roof and at least one side wall; at least one water inlet located at the base of the water tank and introducing cold water into the water tank at a first flow rate; at least one heating apparatus for heating cold water received into the water tank, which is mounted to the base of the water tank; and at least one water outlet for receiving water from an upper part of the water tank close to the roof thereof so that the water is discharged, and a water guide characterized in that said water guide comprises at least one inlet pipe comprising at least a first inlet opening and at least a first outlet opening whose diameters are equal to each other, and being connected to the water inlet through the first inlet opening so as to extend perpendicularly from the base towards the inner side of the water tank; at least one outlet pipe comprising a second inlet opening and a second outlet opening whose diameter is higher than the second inlet opening, and thus enabling the flow rate of water passing through the outlet pipe to be reduced; and at least one neck which connects the first outlet opening and second inlet opening to each other such that a first angle less than 90° is provided between the inlet pipe and the outlet pipe, and thus, enables the water from the water inlet to be directed to the base of the water tank at a second flow rate lower than first flow rate.
Kit for use in a therapeutic method for intracutaneous filling of the collagen structure in connective tissue of a patient's skin, comprising at least one container containing a collagen solution, at least one container containing a neutralizing buffer solution, and a syringe suited for intracutaneous injection of the collagen and buffer solution, wherein the needle of the syringe has a diameter of 0.3 to 0.4 mm.
An arrester membrane having a hollow core for housing stacked electrical elements, comprising: a pultruded tube having a plurality of protrusions extending into the hollow core, the pultruded tube formed of: a plurality of fibers; and resin, wherein the plurality of fibers are impregnated into the resin and said plurality of fibers are at least predominately oriented in a longitudinal direction; at least one wrap layer applied to an outer surface of the pultruded tube, the at least one wrap layer formed of: a plurality of fibers; and resin, wherein the plurality of fibers are impregnated into the resin to form a mat or fabric, and said plurality of fibers are at least predominately oriented in a radial direction; and an outer enclosure applied to a surface of the at least one wrap layer, the outer enclosure formed of a material comprising polymer. a pultruded tube having a plurality of protrusions extending into the hollow core, the pultruded tube formed of: a plurality of fibers; and resin, wherein the plurality of fibers are impregnated into the resin and said plurality of fibers are at least predominately oriented in a longitudinal direction; a plurality of fibers; and resin, wherein the plurality of fibers are impregnated into the resin and said plurality of fibers are at least predominately oriented in a longitudinal direction; at least one wrap layer applied to an outer surface of the pultruded tube, the at least one wrap layer formed of: a plurality of fibers; and resin, wherein the plurality of fibers are impregnated into the resin to form a mat or fabric, and said plurality of fibers are at least predominately oriented in a radial direction; and a plurality of fibers; and resin, wherein the plurality of fibers are impregnated into the resin to form a mat or fabric, and said plurality of fibers are at least predominately oriented in a radial direction; and an outer enclosure applied to a surface of the at least one wrap layer, the outer enclosure formed of a material comprising polymer.
A collet assembly usable with a powered surgical apparatus that includes a handle and a movable cutting blade assembly that includes an outer hub secured to an outer tube that defines a cutting window, the collet assembly comprising: a base mount secured to the handle; a stationary cam secured to the base mount; a sliding cam that defines at least one exterior groove and at least one interior groove, the sliding cam being engageable with the stationary cam to prevent relative rotation between the stationary cam and the sliding cam; at least one ball disposed in the at least one exterior groove of the sliding cam; a swivel shell attached to the sliding cam via the at least one ball such that rotation of the swivel shell moves the sliding cam out of engagement with the stationary cam; and a retention sleeve that receives a proximal end of the outer hub of the cutting blade assembly, the retention sleeve having at least one exterior key which engages with the at least one interior groove of the sliding cam to prevent relative rotational motion of the retention sleeve and the sliding cam and to allow the sliding cam to slide freely in an axial direction along a length of the retention sleeve, the retention sleeve being rotatable relative to a main axis of the collet assembly; wherein rotation of the swivel shell causes a corresponding rotation of the sliding cam and the retention sleeve, and a re-orientation of the cutting window of the outer tube of the cutting blade assembly; and a rotation of the retention sleeve does not cause a corresponding rotation of the swivel shell. a base mount secured to the handle; a stationary cam secured to the base mount; a sliding cam that defines at least one exterior groove and at least one interior groove, the sliding cam being engageable with the stationary cam to prevent relative rotation between the stationary cam and the sliding cam; at least one ball disposed in the at least one exterior groove of the sliding cam; a swivel shell attached to the sliding cam via the at least one ball such that rotation of the swivel shell moves the sliding cam out of engagement with the stationary cam; and a retention sleeve that receives a proximal end of the outer hub of the cutting blade assembly, the retention sleeve having at least one exterior key which engages with the at least one interior groove of the sliding cam to prevent relative rotational motion of the retention sleeve and the sliding cam and to allow the sliding cam to slide freely in an axial direction along a length of the retention sleeve, the retention sleeve being rotatable relative to a main axis of the collet assembly; wherein rotation of the swivel shell causes a corresponding rotation of the sliding cam and the retention sleeve, and a re-orientation of the cutting window of the outer tube of the cutting blade assembly; and a rotation of the retention sleeve does not cause a corresponding rotation of the swivel shell.