mhurhangee/ep-ind-claims huggingface dataset:
A method for noise suppression, the method characterized by: receiving an input audio signal at a first filter bank of a noise suppression module; splitting, by the first filter bank, the received signal into a first signal stream and a second signal stream, the first signal stream including a first range of frequencies and the second signal stream including a second range of frequencies higher than the first range of frequencies; deriving a gain for the second signal stream based on speech probability and gain filter data collected from the first signal stream; applying the derived gain to the second signal stream in time-domain; and in response to applying the derived gain to the second signal stream, synthesizing at a second filter bank of the noise suppression module the first signal stream and the second signal stream into an output signal. receiving an input audio signal at a first filter bank of a noise suppression module; splitting, by the first filter bank, the received signal into a first signal stream and a second signal stream, the first signal stream including a first range of frequencies and the second signal stream including a second range of frequencies higher than the first range of frequencies; deriving a gain for the second signal stream based on speech probability and gain filter data collected from the first signal stream; applying the derived gain to the second signal stream in time-domain; and in response to applying the derived gain to the second signal stream, synthesizing at a second filter bank of the noise suppression module the first signal stream and the second signal stream into an output signal.
A current probing system for use with an oscilloscope for acquiring a current signal from a current carrying conductor, the current probing system comprising: a current probe having a probe body and first and second electrically conductive contacts (94,95) disposed in one end of the probe body with the first and second electrically conductive contacts (94,95) adapted for coupling in series with the current carrying conductor; a current sensing circuit coupled to the first and second electrically conductive contacts (94,95) for generating an output signal representative of the current flowing in the current carrying conductor, the current sensing circuit comprising a magnetic sensor coupled to the first and second electrically conductive contacts (94,95) for sensing the magnetic flux of the current signal and coupled to amplifier circuitry (126,152,180) for generating the output signal representative of the current flowing in the current carrying conductor; and an electrically conductive cable extending from the other end of the probe body coupled to receive the output signal from the current sensing circuit and for coupling to the oscilloscope; and an adapter having a housing adapted for mounting on the probe body having first and second electrically conductive leads (24,26) extending from the housing with each of the first and second electrically conductive leads (24,26) having a first electrical contact (38,40) for coupling to the current carrying conductor and a second electrical contact (99,100) disposed within the housing for coupling with one of the first and second electrically conductive contacts of the current probe. a current probe having a probe body and first and second electrically conductive contacts (94,95) disposed in one end of the probe body with the first and second electrically conductive contacts (94,95) adapted for coupling in series with the current carrying conductor; a current sensing circuit coupled to the first and second electrically conductive contacts (94,95) for generating an output signal representative of the current flowing in the current carrying conductor, the current sensing circuit comprising a magnetic sensor coupled to the first and second electrically conductive contacts (94,95) for sensing the magnetic flux of the current signal and coupled to amplifier circuitry (126,152,180) for generating the output signal representative of the current flowing in the current carrying conductor; and an electrically conductive cable extending from the other end of the probe body coupled to receive the output signal from the current sensing circuit and for coupling to the oscilloscope; and an adapter having a housing adapted for mounting on the probe body having first and second electrically conductive leads (24,26) extending from the housing with each of the first and second electrically conductive leads (24,26) having a first electrical contact (38,40) for coupling to the current carrying conductor and a second electrical contact (99,100) disposed within the housing for coupling with one of the first and second electrically conductive contacts of the current probe.
A high strength steel sheet consisting of C: 0.03 to 0.20% (% by mass in chemical compositions; hereafter, the same holds true), Si: 0.50 to 2.5%, Mn: 0.50 to 2.5%, Cr: 0.01 to 0.5%, and optionally 0.02 to 0.2% Mo, and optionally at least one element selected from the group consisting of Ti: 0.01 to 0.15%, Nb: 0.01 to 0.15%, and V: 0.001 to 0.15%, with the remainder being iron and inevitable impurities, wherein a metal structure includes ferrite and low temperature transformation phase comprising martensite, bainite, and pseudo pearlite, wherein the low temperature transformation phase mainly comprising martensite occupies 10% or more to 80% or less by area ratio, in which the martensite structure is 90% or more by area ratio, a mean grain size of the low temperature transformation phase is 3.0 μm or less, grains having a grain size of 3.0 μm or less occupy 50% or more by area ratio of the low temperature transformation phase, and an average aspect ratio of the low temperature transformation phase is 0.35 or more.
Method for detecting emission light, in particular fluorescence light from at least one fluorescent dye, in a laser scanning microscope, in which emission light coming from a sample is guided by way of an imaging optical unit to a two-dimensional matrix sensor that is situated in an image plane and has a multiplicity of pixels, wherein a detection point spread function is detected in spatially oversampled fashion using the matrix sensor, wherein the emission light coming from the sample is spectrally decomposed, in particular in a dispersion direction, using a dispersion device, wherein the spectrally decomposed emission light (42, 44, 46, 47) is detected in spectrally resolved fashion using the matrix sensor, and wherein the evaluation of the intensities ( I i,j; g i,j) measured by the pixels ( i, j) of a pixel region (71, 72) includes a reversal of the spectral separation for at least some of these pixels ( i, j), characterized in that in order to reverse the spectral separation for the individual pixels ( i, j) of a pixel region (71, 72), the intensity values ( g i,j) measured by the pixels ( i, j) are assigned to a location in the image plane that has been displaced relative to the respective pixel ( i, j) by pixel reassignment, with the displacement vector ( d i,j) depending on the location of the respective pixel ( i, j) and the wavelength ( λ) associated with that location. wherein a detection point spread function is detected in spatially oversampled fashion using the matrix sensor, wherein the emission light coming from the sample is spectrally decomposed, in particular in a dispersion direction, using a dispersion device, wherein the spectrally decomposed emission light (42, 44, 46, 47) is detected in spectrally resolved fashion using the matrix sensor, and wherein the evaluation of the intensities ( I i,j; g i,j) measured by the pixels ( i, j) of a pixel region (71, 72) includes a reversal of the spectral separation for at least some of these pixels ( i, j), characterized in that in order to reverse the spectral separation for the individual pixels ( i, j) of a pixel region (71, 72), the intensity values ( g i,j) measured by the pixels ( i, j) are assigned to a location in the image plane that has been displaced relative to the respective pixel ( i, j) by pixel reassignment, with the displacement vector ( d i,j) depending on the location of the respective pixel ( i, j) and the wavelength ( λ) associated with that location.
Apparatus for electrostimulation of muscles, having a support for part of the body or for the whole body, and electrodes disposed in the support, wherein the electrodes (27 to 50) are disposed in pairs relative to a centre longitudinal axis of the apparatus, wherein the electrodes (27 to 50) are configured to be planar, and wherein electrode pairs (27 to 50) that are formed from adjacent electrodes (27 to 50) are configured so that they can be controlled one after the other or simultaneously, wherein the electrode pairs (27 to 50) are configured so that they can be controlled in wave form, one after the other, characterised - in that the electrode pairs (27 to 50) are configured so that they can be controlled to increase and decrease again, - in that during the decrease of a preceding electrode pair (27, 39), an increase of the next, adjacent electrode pair (28, 40) is provided, - in that at least a part of the electrodes (27 to 50) has a curved surface, and/or - in that at least a part of the electrodes (27 to 50) is disposed inclined relative to a base surface of the support, and - in that the curved surface of the electrodes (27 to 50) is configured as a curved surface adapted to a body contour and/or - in that the inclination of the electrodes (27 to 50) is configured as an inclination adapted to a body contour, - in that the apparatus has a lying surface adapted to a body contour, - in that the lying surface has a continuous recess in the centre longitudinal axis, - in that the apparatus has an interrupted lying surface, and - in that contact surfaces are configured to be movable, such that the electrodes are configured to optimally adapt to a body contour of a person lying on the apparatus. - in that the electrode pairs (27 to 50) are configured so that they can be controlled to increase and decrease again, - in that during the decrease of a preceding electrode pair (27, 39), an increase of the next, adjacent electrode pair (28, 40) is provided, - in that at least a part of the electrodes (27 to 50) has a curved surface, and/or - in that at least a part of the electrodes (27 to 50) is disposed inclined relative to a base surface of the support, and - in that the curved surface of the electrodes (27 to 50) is configured as a curved surface adapted to a body contour and/or - in that the inclination of the electrodes (27 to 50) is configured as an inclination adapted to a body contour, - in that the apparatus has a lying surface adapted to a body contour, - in that the lying surface has a continuous recess in the centre longitudinal axis, - in that the apparatus has an interrupted lying surface, and - in that contact surfaces are configured to be movable, such that the electrodes are configured to optimally adapt to a body contour of a person lying on the apparatus.
An apparatus comprising: (a) a reinforcement clip comprising a crown, legs, and teeth, wherein the reinforcement clip is configured to enclose a staple line, wherein the legs of the reinforcement clip comprise a width sufficiently wide to overlay the width of the staple line, wherein the teeth are configured to anchor tissue, wherein the crown comprises a deformable material; and (b) a surgical applier, wherein the applier is in selective communication with the reinforcement clip, wherein the applier is configured to deliver the reinforcement clip to a surgical site, wherein the applier is further configured to clamp the reinforcement clip, thereby anchoring the reinforcement clip, wherein the surgical applier is further configured to clamp the reinforcement clip over the staple line; wherein the applier has jaws connected to a shaft; characterized in that the reinforcement clip is malleable such that the jaws of the applier may be closed around the reinforcement clip causing the reinforcement clip to collapse around staples where tissue has been severed and stapled, wherein the reinforcement clip is operable to retain its collapsed shape such that the applier may be removed while leaving the reinforcement clip clamped around the staples and severed tissue. (a) a reinforcement clip comprising a crown, legs, and teeth, wherein the reinforcement clip is configured to enclose a staple line, wherein the legs of the reinforcement clip comprise a width sufficiently wide to overlay the width of the staple line, wherein the teeth are configured to anchor tissue, wherein the crown comprises a deformable material; and (b) a surgical applier, wherein the applier is in selective communication with the reinforcement clip, wherein the applier is configured to deliver the reinforcement clip to a surgical site, wherein the applier is further configured to clamp the reinforcement clip, thereby anchoring the reinforcement clip, wherein the surgical applier is further configured to clamp the reinforcement clip over the staple line; wherein the applier has jaws connected to a shaft; characterized in that the reinforcement clip is malleable such that the jaws of the applier may be closed around the reinforcement clip causing the reinforcement clip to collapse around staples where tissue has been severed and stapled, wherein the reinforcement clip is operable to retain its collapsed shape such that the applier may be removed while leaving the reinforcement clip clamped around the staples and severed tissue.
Vibratory conveyor (1, 30) having a conveying device (3, 32) that can be excited to vibrate by at least one drive device (2, 31), wherein, as a result of the vibration of the conveying device (3, 32), objects supported by a conveying surface of the conveying device (3, 32) can be conveyed along a conveying path, wherein the conveying surface is formed by mutually spaced elevations of the conveying device and/or by carrying sections (14, 15, 16, 25) between apertures (17, 26) of the conveying device (3, 32), wherein the conveying device is or comprises a grid (10, 34) which forms the conveying surface, characterized in that the grid (10, 34) has a floor section extending along the conveying path and at least one wall section angled vertically relative to the floor section for guiding the objects along the conveying path.
A head assembly for a dermaplaning device, the assembly comprising: a head having a housing with a elongate end and a blade extending along one side of the elongate end; the assembly further comprising a removable cap which is fitted onto the head so as to cover the blade, the cap comprising a blade cover which covers the blade and has a means for removable attachment to the head, characterised in that the cap comprises a frangible tab connected to the blade cover by one or more frangible portions (10, 11), the tab comprising a latching mechanism for attachment to the head, the latching mechanism being configured such that the cap cannot be removed from the head unless at least one frangible portion (10, 11) is irreversibly deformed, the means for removable attachment to the head being positioned such that it continues to function to retain the blade cover on the head following the irreversible deformation of the frangible portion (10, 11). a head having a housing with a elongate end and a blade extending along one side of the elongate end; the assembly further comprising a removable cap which is fitted onto the head so as to cover the blade, the cap comprising a blade cover which covers the blade and has a means for removable attachment to the head, characterised in that the cap comprises a frangible tab connected to the blade cover by one or more frangible portions (10, 11), the tab comprising a latching mechanism for attachment to the head, the latching mechanism being configured such that the cap cannot be removed from the head unless at least one frangible portion (10, 11) is irreversibly deformed, the means for removable attachment to the head being positioned such that it continues to function to retain the blade cover on the head following the irreversible deformation of the frangible portion (10, 11).
A microorganism culture device, comprising: - an open chamber having microorganism retention features; and - an overflow area, comprising capillary structures configured to retain, in operation, excess liquid overflowing (19', 19") from the open chamber, wherein: - the overflow area is an open area, the chamber and the overflow area have a same open side; and - the device further comprises a cover, preferably transparent, movable to a close position where it covers the open side, and wherein: - the capillary structures are further configured such that liquid (19', 19") retained therein retains the cover in the close position, by capillarity. - an open chamber having microorganism retention features; and - an overflow area, comprising capillary structures configured to retain, in operation, excess liquid overflowing (19', 19") from the open chamber, wherein: - the overflow area is an open area, the chamber and the overflow area have a same open side; and - the device further comprises a cover, preferably transparent, movable to a close position where it covers the open side, - the capillary structures are further configured such that liquid (19', 19") retained therein retains the cover in the close position, by capillarity.
A method for producing a plastic product consisting of a support with projecting stem parts that have on their free end a head part with a diameter that widens with respect to the respective stem part, the stem parts and the head parts being formed in cavities of a moulding screen and on their sides facing away from the support in a shaping zone of the moulding screen, the shaping zone being sealed off from the environment by means of a counter-face such that a pre-determined quantity of air enclosed in the shaping zone exerts a counter-pressure on the plastic material introduced into the respective cavity of the shaping zone in order to support the shaping process, and the sealing of the shaping zone being achieved by means of the surface configuration of the surfaces of the moulding screen and/or counter-face that face one another, characterised in that at least one of the two surfaces is provided with a roughness Rz of 0.02 to 2.5 μm.
A device for rendering useful a cantilever plate element comprising: - at least two stayer elements which can be fastened on an exterior area of the cantilever plate element without engagement into the fastening device of the cantilever plate element; and - at least a connecting element that can be arranged between the stayer elements for connecting the at least two stayer elements; characterised in that each of the stayer elements on the front side of the cantilever plate element can be placed on an upper side of the cantilever plate element, each of the stayer elements being clampable on the plate element by means of a clamping element, in that within the stayer element a fastening element is arranged which by a rotary motion can move the clamping element, into which a suitable fastening element is arranged, towards the top. - at least two stayer elements which can be fastened on an exterior area of the cantilever plate element without engagement into the fastening device of the cantilever plate element; and - at least a connecting element that can be arranged between the stayer elements for connecting the at least two stayer elements;
A method of communicating via a wireless medium by a wireless communications apparatus within a network configured with periodic discovery windows, and the network sized for a maximum number of devices M, the method comprising: determining a discovery window interval K, the smallest integer greater than or equal to one, such that the probability that more than a threshold M devices will transmit during the same discovery window is less than a threshold probability P; selecting a random or pseudo-random integer m in the range from o to K -1; determining an adjustment b = max(o, ( K - m -1 - c)), wherein m -1 comprises an integer m computed for a previous transmission, and c comprises a number of discovery windows that have elapsed since the previous transmission; deferring for b+ m discovery windows after a previous interval K -1 has elapsed; and transmitting a discovery frame during the next discovery window after said deferring. determining a discovery window interval K, the smallest integer greater than or equal to one, such that the probability that more than a threshold M devices will transmit during the same discovery window is less than a threshold probability P; selecting a random or pseudo-random integer m in the range from o to K -1; determining an adjustment b = max(o, ( K - m -1 - c)), wherein m -1 comprises an integer m computed for a previous transmission, and c comprises a number of discovery windows that have elapsed since the previous transmission; deferring for b+ m discovery windows after a previous interval K -1 has elapsed; and transmitting a discovery frame during the next discovery window after said deferring.
Protein mimic of a member of the cystine-knot growth factor superfamily, said protein mimic being capable of inducing an immune response against said member and having the motif X0-C1-X1-C2-X2-C3-X3-C4-X4-C5-X5-C6-X6, wherein C1 to C6 are cysteine residues which form a cystine-knot structure in which C1 is linked to C4, C2 is linked to C5 and C3 is linked to C6, and wherein X0 and X6 represent, independently from each other, an amino acid sequence with a length of 0 to 10 amino acids, X2 represents an amino acid sequence with a length of 2 to 24 amino acid residues with at least 90% sequence identity to the amino acid sequence located between C2 and C3 of a member of the cystine-knot growth factor superfamily, X5 represents an amino acid sequence with a length of 1 amino acid residue, X1 represents an amino acid sequence with a length of 15 to 50 amino acids with at least 90% sequence identity to the amino acid sequence located between C1 and C2 of a member of the cystine-knot growth factor superfamily, X3 represents an amino acid sequence with a length of 3 to 36 amino acids with at least 90% sequence identity to the amino acid sequence located between C3 and C4 of a member of the cystine-knot growth factor superfamily, and X4 represents an amino acid sequence with a length of 15 to 50 amino acids with at least 90% sequence identity to the amino acid sequence located between C4 and C5 of a member of the cystine-knot growth factor superfamily, and wherein at least one cysteine in any of the sequences represented by X1, X2, X3, X4 and X6 is replaced by another amino acid residue.
Device for fixing a spoke of a wheel in the context of trueing the same, comprising a clamping means with a clamping gap of variable width with a longitudinal axis, in which a section of the spoke can be received, wherein, by driving the clamping means, the clamping gap can be narrowed so far that the section of the spoke can be fixed form-locking and/or force-fitting by the clamping means, wherein the device further comprises surfaces (3A, 3B) characterized in that the surfaces (3A, 3B) are moveable in direction of the longitudinal axis of the clamping gap, so that said section is rotationally fixed and moveable in longitudinal direction, such that a movement of the spoke in direction of its longitudinal axis is enabled.