mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a speaker; and audio circuitry coupled to said speaker and configured to a) generate digitized samples of an audio waveform signal, b) compare each digitized sample of the audio waveform signal to a threshold, said threshold based upon peak and average limits of the speaker, said threshold represents a voltage threshold in the audio waveform signal that would potentially damage the speaker; and c) when a given digitized sample is above the threshold, then apply a compression operation to the given digitized sample and successive digitized samples for a set time period, and d) when the given digitized sample is below the threshold and not within a set time period running from a last sample that exceeded the threshold, then not apply the compression operation; wherein said audio circuitry comprises: a compression block; a digital-to-analog converter, i.e.DAC,; a power amplifier coupled downstream from said DAC; and a switch configured to selectively pass the audio waveform signal to said DAC, either directly or through said compression block. a speaker; and audio circuitry coupled to said speaker and configured to a) generate digitized samples of an audio waveform signal, b) compare each digitized sample of the audio waveform signal to a threshold, said threshold based upon peak and average limits of the speaker, said threshold represents a voltage threshold in the audio waveform signal that would potentially damage the speaker; and c) when a given digitized sample is above the threshold, then apply a compression operation to the given digitized sample and successive digitized samples for a set time period, and d) when the given digitized sample is below the threshold and not within a set time period running from a last sample that exceeded the threshold, then not apply the compression operation; wherein said audio circuitry comprises: a compression block; a digital-to-analog converter, i.e.DAC,; a power amplifier coupled downstream from said DAC; and a switch configured to selectively pass the audio waveform signal to said DAC, either directly or through said compression block. a) generate digitized samples of an audio waveform signal, b) compare each digitized sample of the audio waveform signal to a threshold, said threshold based upon peak and average limits of the speaker, said threshold represents a voltage threshold in the audio waveform signal that would potentially damage the speaker; and c) when a given digitized sample is above the threshold, then apply a compression operation to the given digitized sample and successive digitized samples for a set time period, and d) when the given digitized sample is below the threshold and not within a set time period running from a last sample that exceeded the threshold, then not apply the compression operation; a compression block; a digital-to-analog converter, i.e.DAC,; a power amplifier coupled downstream from said DAC; and a switch configured to selectively pass the audio waveform signal to said DAC, either directly or through said compression block.
A polypropylene resin composition having improved scratch resistance, the composition containing a polypropylene resin, a thermoplastic elastomer, a wool-like inorganic silica, wherein the wool-like inorganic silica has an average length of 200 nanometers or greater, and an average aspect ratio of 50 or greater, wherein a content of the wool-like inorganic silica is in a range of 5 to 30 parts by weight, based on 100 parts by weight of the polypropylene resin. wherein the wool-like inorganic silica has an average length of 200 nanometers or greater, and an average aspect ratio of 50 or greater, wherein a content of the wool-like inorganic silica is in a range of 5 to 30 parts by weight, based on 100 parts by weight of the polypropylene resin.
An apparatus for suspending an organ within a body, the apparatus comprising: (a) a sleeve having a lumen; (b) a dissecting instrument configured for being slidably located within the lumen, the dissecting instrument including a channel useful for hydrodissection; (c) an operating instrument configured for being slidably located within the lumen, the operating instrument including a graft chamber for conveying a graft for fixation between the organ and the body, and the operating instrument including at least one operating channel (20A, 20B) accepting a fixation device that that is configured for fixing the graft between the organ and the body, characterized in that the operating instrument includes at least one mount (37A, 37B) that rotatably bears a rod on which the graft may be disposed. (a) a sleeve having a lumen; (b) a dissecting instrument configured for being slidably located within the lumen, the dissecting instrument including a channel useful for hydrodissection; (c) an operating instrument configured for being slidably located within the lumen, the operating instrument including a graft chamber for conveying a graft for fixation between the organ and the body, and the operating instrument including at least one operating channel (20A, 20B) accepting a fixation device that that is configured for fixing the graft between the organ and the body,
A method for sending an integrated message to a recipient device by using a portable device, the method comprising: executing, by a controller, an integrated message application supporting a plurality of channels for sending messages including a first channel and a second channel, wherein the first channel and the second channel are used for different types of messaging services; displaying, on a display unit, a first graphical user interface, GUI, element to receive an input for activating the second channel; and transmitting, by a wireless communication unit, the message to the recipient device; wherein, if the second channel is activated, the message is transmitted via the first channel if transmission of the message via the second channel fails. executing, by a controller, an integrated message application supporting a plurality of channels for sending messages including a first channel and a second channel, wherein the first channel and the second channel are used for different types of messaging services; displaying, on a display unit, a first graphical user interface, GUI, element to receive an input for activating the second channel; and transmitting, by a wireless communication unit, the message to the recipient device; wherein, if the second channel is activated, the message is transmitted via the first channel if transmission of the message via the second channel fails.
A heat transfer sheet comprising: a plurality of ridges and valleys shaped as at least a partial sinusoidal pattern, extending from a first end to a second end, oriented such that a fluid passing from the first end to the second end is at least partially redirected in an alternating manner between a first direction and a second direction across the plurality of ridges and valleys; and a plurality of sheet spacing features extending along the heat transfer sheet parallel to the direction of the fluid flow from the first end to the second end and positioned at generally equally spaced intervals, such that the plurality of ridges and valleys are configured between pairs of sheet spacing features and the plurality of ridges and valleys are parallel to each other and orientated at a continuously varying angle with respect to the sheet spacing features. a plurality of ridges and valleys shaped as at least a partial sinusoidal pattern, extending from a first end to a second end, oriented such that a fluid passing from the first end to the second end is at least partially redirected in an alternating manner between a first direction and a second direction across the plurality of ridges and valleys; and a plurality of sheet spacing features extending along the heat transfer sheet parallel to the direction of the fluid flow from the first end to the second end and positioned at generally equally spaced intervals, such that the plurality of ridges and valleys are configured between pairs of sheet spacing features and the plurality of ridges and valleys are parallel to each other and orientated at a continuously varying angle with respect to the sheet spacing features.
Operating device for a domestic appliance, comprising a panel that is formed as a touchscreen and comprises a display, a transparent sensor field having a first conductive layer that has a structure made up of at least substantially straight rows (Ze), each of which rows comprises a plurality of conductively interconnected surface elements, and having a second conductive layer that has a structure made up of at least substantially straight columns (Sp), which columns extend transversely to the rows (Ze) of the first layer and each comprise a plurality of conductively interconnected surface elements, lines for connection to a microcontroller being attached to the individual rows and columns (Ze, Sp) at at least one edge of the sensor field in order to determine a touch position on the panel, the structure of the rows (Ze) and the structure of the columns (Sp) of the two layers (5, 6) placed one on top of the other being designed such that the surface elements of the first layer are located next to the surface elements of the second layer in the direction of the layers (5, 6), forming a substantially equal spacing between adjacent surface elements in the direction of the layers (5, 6), characterised in that the individual surface elements each have a square or rhombic basic shape having curved, S-shaped edge lines of the border, the surface elements of the second layer each forming the shape of a mirrored heart, the tips of which point in the extension direction of the columns (Sp), and the surface elements of the first layer having a mirrored tulip shape, the stem ends of which point in the extension direction of the rows (Ze), and in that the surface elements, which are arranged in rows, of the layer that is closer to the panel are smaller than the surface elements of the lower layer for the columns (Sp), each individual surface element of a column (Sp) being greater than each individual surface element of a row (Ze) by a factor in the range of from 1.1 to 1.5.
A method for manufacturing a color filter, the method comprising: forming a sacrificial layer exposing a light blocking region between a first pixel region and a second pixel region, the first and second pixel regions spaced from each other over a substrate; forming a reflection material layer over the substrate to cover the light blocking region of the substrate and the sacrificial layer, and forming a trench corresponding to the light blocking region and limited by the reflection material layer; forming an organic material pattern embedding the trench; etching the reflection material layer using the organic material pattern as a mask to expose the sacrificial layer, and forming a reflection layer over the light blocking region of the substrate and a side surface of the sacrificial layer; exposing the first and second pixel regions of the substrate by removing the sacrificial layer; forming, over the first pixel region, a first color conversion layer (140, 140a) to convert incident light (Lb, Lu) thereon to light (Lr) of a first color; and forming, over the second pixel region, a second color conversion layer (150, 150a) to convert the incident light thereon to light (Lg) of a second color. forming a sacrificial layer exposing a light blocking region between a first pixel region and a second pixel region, the first and second pixel regions spaced from each other over a substrate; forming a reflection material layer over the substrate to cover the light blocking region of the substrate and the sacrificial layer, and forming a trench corresponding to the light blocking region and limited by the reflection material layer; forming an organic material pattern embedding the trench; etching the reflection material layer using the organic material pattern as a mask to expose the sacrificial layer, and forming a reflection layer over the light blocking region of the substrate and a side surface of the sacrificial layer; exposing the first and second pixel regions of the substrate by removing the sacrificial layer; forming, over the first pixel region, a first color conversion layer (140, 140a) to convert incident light (Lb, Lu) thereon to light (Lr) of a first color; and forming, over the second pixel region, a second color conversion layer (150, 150a) to convert the incident light thereon to light (Lg) of a second color.
A hydraulic valve with a valve housing which in its inside defines at least one first flow path, and with a valve insert which is arranged in the inside of the valve housing and which comprises a movable valve element which is situated in the first flow path, characterised in that an infrared temperature sensor is arranged on or in the valve housing and is directed onto a surface of the valve insert or onto a surface of a thermal conductor which is connected to the valve insert, wherein a section of the valve insert, on which the surface onto which the infrared temperature sensor is directed is located or the thermal conductor are formed from a material which has a greater thermal conductivity than the material of the valve housing.
A method for realizing beam alignment, comprising: in response to a reception of first signals with a signal-to-noise ratio greater than or equal to a preset threshold through two analog subarrays with a same polarization mode by adopting receiving beams having a same beam direction, acquiring the first signals received by the two analog subarrays, and a difference between phase centers of the two analog subarrays; keeping the beam directions of the receiving beams of the two analog subarrays unchanged, performing a first change of the difference between phase centers of the two analog subarrays, and acquiring second signals received by the two analog subarrays and a difference between the phase centers after the first change of the two analog subarrays; keeping the beam directions of the receiving beams of the two analog subarrays unchanged, performing a second change of the difference between phase centers of the two analog subarrays, and acquiring third signals received by the two analog subarrays and a difference between the phase centers after the second change of the two analog subarrays; and estimating a Direction Of Arrival of a receiving signal, according to the first signals, the second signals and the third signals received by the two analog subarrays, the difference between phase centers before the first change, the difference between phase centers after the first change and the difference between phase centers after the second change; and directing a center of a receiving beam to the estimated DOA. in response to a reception of first signals with a signal-to-noise ratio greater than or equal to a preset threshold through two analog subarrays with a same polarization mode by adopting receiving beams having a same beam direction, acquiring the first signals received by the two analog subarrays, and a difference between phase centers of the two analog subarrays; keeping the beam directions of the receiving beams of the two analog subarrays unchanged, performing a first change of the difference between phase centers of the two analog subarrays, and acquiring second signals received by the two analog subarrays and a difference between the phase centers after the first change of the two analog subarrays; keeping the beam directions of the receiving beams of the two analog subarrays unchanged, performing a second change of the difference between phase centers of the two analog subarrays, and acquiring third signals received by the two analog subarrays and a difference between the phase centers after the second change of the two analog subarrays; and estimating a Direction Of Arrival of a receiving signal, according to the first signals, the second signals and the third signals received by the two analog subarrays, the difference between phase centers before the first change, the difference between phase centers after the first change and the difference between phase centers after the second change; and directing a center of a receiving beam to the estimated DOA.
A sealing insert for use with metallic closure caps of aluminium bottles comprising: - a bottom with a first surface designed to sealingly abut a mouth of a bottle and a second surface, opposite the first surface, - a sealing portion designed to be elastically deformed and located on the periphery of the bottom, wherein the sealing portion comprises a first radially external lip and a second radially internal lip connected to each other, the first lip being defined by a first protrusion and the second lip being defined by a second protrusion, the second protrusion protruding from the first surface more than the first protrusion, the sealing insert being characterized in that the first lip and the second lip are separated from each other by a separation region having a diameter between 22.8 mm and 25 mm and in that the first protrusion is formed by two surfaces, a first radially external rectilinear surface and a second radially internal curved surface. - a bottom with a first surface designed to sealingly abut a mouth of a bottle and a second surface, opposite the first surface, - a sealing portion designed to be elastically deformed and located on the periphery of the bottom, wherein the sealing portion comprises a first radially external lip and a second radially internal lip connected to each other, the first lip being defined by a first protrusion and the second lip being defined by a second protrusion, the second protrusion protruding from the first surface more than the first protrusion, the sealing insert being characterized in that the first lip and the second lip are separated from each other by a separation region having a diameter between 22.8 mm and 25 mm and in that the first protrusion is formed by two surfaces, a first radially external rectilinear surface and a second radially internal curved surface.
A nurse call conversion unit comprising: at least one hardware processor configured to implement: interfacing the nurse call conversion unit and a private branch exchange, PBX, of a nurse call system; receiving a call signal from a nurse call controller, the call signal comprising a set of IDs, the set of IDs comprising a group identification number, group ID, of a group of extension terminals and terminal identification numbers, terminal IDs, of the extension terminals; extracting the group ID, out of the set of IDs, the group ID being the first ID in ascending order; converting the call signal into a second call signal by including the extracted first ID into the second call signal and omitting the other IDs from the second call signal; and sending the second call signal to the private branch exchange. interfacing the nurse call conversion unit and a private branch exchange, PBX, of a nurse call system; receiving a call signal from a nurse call controller, the call signal comprising a set of IDs, the set of IDs comprising a group identification number, group ID, of a group of extension terminals and terminal identification numbers, terminal IDs, of the extension terminals; extracting the group ID, out of the set of IDs, the group ID being the first ID in ascending order; converting the call signal into a second call signal by including the extracted first ID into the second call signal and omitting the other IDs from the second call signal; and sending the second call signal to the private branch exchange.
Biocidal composition containing as active microbicidal components: (a) Hexahydro-1,3,5-tris (2-hydroxyethyl) -s-triazine and (b) Tetramethylolacetylenediurea, characterized in that the hexahydro-1,3,5-tris (2-hydroxyethyl) -s-triazine and the Tetramethylolacetylenediurea are present in a weight ratio from 5: 1 to 1: 120. (a) Hexahydro-1,3,5-tris (2-hydroxyethyl) -s-triazine and (b) Tetramethylolacetylenediurea,
A method performed in a user equipment for handling In Device Coexistent, IDC, configuration, which user equipment is IDC capable and being served by a network node in a communications network, the method comprising: - receiving (602,1101), from the network node, an IDC configuration comprising IDC autonomous denial for at least one IDC scheme leading to puncturing of certain subframes or time instances; and being characterised in: - adapting (604, 1102) measurement sampling rate based on the received IDC configuration. - receiving (602,1101), from the network node, an IDC configuration comprising IDC autonomous denial for at least one IDC scheme leading to puncturing of certain subframes or time instances; and being characterised in: - adapting (604, 1102) measurement sampling rate based on the received IDC configuration.
- Panel having a blade or slab shape for the realization of a floor or wall covering, said panel comprising two pairs of opposite sides defining four edges, with two edges comprising male coupling means, and two edges comprising complementary female coupling means, the assembly kinematics of two adjacent panels being vertical, - the male coupling means comprise two parallel grooves extending along the edge and opening onto a lower face of the panel, so as to define an inner male groove, an outer male groove, an inner male tenon, and an outer male tenon; - the female coupling means comprise two parallel grooves extending along the edge and opening onto an upper face of the panel, so as to define an inner female groove, an outer female groove, an inner female tenon, and an outer female tenon; - the male coupling means comprise two protrusions and/or notches, and the female coupling means comprise two complementary notches and/or protrusions, forming, after assembly of two adjacent panels, stoppers against vertical displacement between two assembled adjacent panels; characterized in that the male tenons (2c, 2d) and female tenons (3c, 3d) are inclined outward from the panel. - the male coupling means comprise two parallel grooves extending along the edge and opening onto a lower face of the panel, so as to define an inner male groove, an outer male groove, an inner male tenon, and an outer male tenon; - the female coupling means comprise two parallel grooves extending along the edge and opening onto an upper face of the panel, so as to define an inner female groove, an outer female groove, an inner female tenon, and an outer female tenon; - the male coupling means comprise two protrusions and/or notches, and the female coupling means comprise two complementary notches and/or protrusions, forming, after assembly of two adjacent panels, stoppers against vertical displacement between two assembled adjacent panels; characterized in that the male tenons (2c, 2d) and female tenons (3c, 3d) are inclined outward from the panel.
A composition comprising a mammalian extracellular matrix for use in preventing atrial fibrillation or ventricular fibrillation wherein the composition is administered to the heart.