mhurhangee/ep-ind-claims huggingface dataset:
Decoder for reconstructing a predetermined block of a depth/disparity map associated with a texture picture from a data stream, configured to determine a measure for a central tendency of reconstructed sample values of a reference block of the texture picture, co-located to the predetermined block, segment the reference block by thresholding, using the determined measure as a threshold, the texture picture within the reference block to obtain a bi-segmentation of the reference block into first and second partitions, spatially transfer the bi-segmentation of the reference block of the texture picture onto the predetermined block of the depth/disparity map so as to obtain first and second partitions (202a, 202b) of the predetermined block, and decode the predetermined block in units of the first and second partitions (202a, 202b). determine a measure for a central tendency of reconstructed sample values of a reference block of the texture picture, co-located to the predetermined block, segment the reference block by thresholding, using the determined measure as a threshold, the texture picture within the reference block to obtain a bi-segmentation of the reference block into first and second partitions, spatially transfer the bi-segmentation of the reference block of the texture picture onto the predetermined block of the depth/disparity map so as to obtain first and second partitions (202a, 202b) of the predetermined block, and decode the predetermined block in units of the first and second partitions (202a, 202b).
The combination of a sensor assembly and a shock tube, wherein the sensor assembly is configured for actuating an electronic detonator in response to a shock tube event propagated through the shock tube, the combination being characterized in that the sensor assembly includes a cylindrical support, a plurality of sensors arranged circumferentially and distributed in an axial direction on an inner surface of the cylindrical support and a screen over the sensors, the support being configured to define an interior, located at an end of the shock tube, into which a shock wave is propagated in an axial direction.
A method comprising: partitioning a section of an encoded multimedia signal into at least two segments and determining a decoding start of the second of the at least two segments, wherein the decoding start of the second of the at least two segments preceeds a decoding start of the first of the at least two segments; determining an error correction code for each of the at least two time segments; distributing the error correction code for the first of the at least two segments together with the section of the encoded multimedia signal such that the section of the encoded multimedia signal is transmitted together with its error correction code determined for the first segment within a time slot of a transmission period; and distributing the error correction code for the second of the at least two segments with a section of at least one further encoded multimedia signal such that the error correction code for the second of the at least two segments is transmitted together with the section of the at least one further encoded multimedia signal and its distributed error correction code within a further time slot of the transmission period such that the error correction code for the second of the at least two segments can be received and decoded at a corresponding receiving device before a specified time which is before or at the determined decoding start of the second segment. partitioning a section of an encoded multimedia signal into at least two segments and determining a decoding start of the second of the at least two segments, wherein the decoding start of the second of the at least two segments preceeds a decoding start of the first of the at least two segments; determining an error correction code for each of the at least two time segments; distributing the error correction code for the first of the at least two segments together with the section of the encoded multimedia signal such that the section of the encoded multimedia signal is transmitted together with its error correction code determined for the first segment within a time slot of a transmission period; and distributing the error correction code for the second of the at least two segments with a section of at least one further encoded multimedia signal such that the error correction code for the second of the at least two segments is transmitted together with the section of the at least one further encoded multimedia signal and its distributed error correction code within a further time slot of the transmission period such that the error correction code for the second of the at least two segments can be received and decoded at a corresponding receiving device before a specified time which is before or at the determined decoding start of the second segment.
A system for measuring very low electrical potentials in a medium comprising: an electrode (1, 6) having a low electrical impedance to the medium; a connecting element made of a conducting material attached to the electrode (1, 6); and an amplifier including a low noise differential preamplifier attached to the connecting element, characterised in that said amplifier contains an input bias circuit arranged to minimize the current drawn from the electrode through the amplifier inputs in order to minimize electrochemical reactions at the electrode by minimizing a DC potential difference between the electrode and the medium and by preventing transfer of a resistive current from the electrode to the medium, and in that all system components in contact with the medium are highly non-reactive in order to minimize the occurrence of electrochemical corrosion potentials. an electrode (1, 6) having a low electrical impedance to the medium; a connecting element made of a conducting material attached to the electrode (1, 6); and an amplifier including a low noise differential preamplifier attached to the connecting element,
A cutting template comprising: a top portion (200, 300) possessing at least one slit forming a desired pattern; a bottom portion (210, 310) comprising a recessed region (230, 330) capable of holding a surgical patch therein and centering the surgical patch under the top portion (200, 300) of the template, wherein the top portion is removably affixed to the bottom portion; characterised in that the bottom portion possesses openings (240, 340) corresponding to the pattern in the top portion, the opening being provided within the recessed region allowing the surgical patch to be cut all the way through while supporting the surgical patch. a top portion (200, 300) possessing at least one slit forming a desired pattern; a bottom portion (210, 310) comprising a recessed region (230, 330) capable of holding a surgical patch therein and centering the surgical patch under the top portion (200, 300) of the template, wherein the top portion is removably affixed to the bottom portion; characterised in that the bottom portion possesses openings (240, 340) corresponding to the pattern in the top portion, the opening being provided within the recessed region allowing the surgical patch to be cut all the way through while supporting the surgical patch.
A transdermal therapeutic system including an active substance-impermeable rear layer, an active substance-containing polymer matrix and a peelable protective layer, characterised in that the active substance is 5-aminolevulinic acid hydrochloride, that the base polymer of the polymer matrix is a self-adhesive polyacrylate and that the polyacrylate was produced without a cross-linking agent.
An electrical power steering apparatus including; a high voltage power generating a voltage of more than 100 volts; an electrical motor generating steering assist force presented to a steering mechanism of a vehicle; a motor drive circuit including a plurality of switching elements supplying drive current to said electrical motor; a motor control circuit controlling said motor drive circuit; a power relay opening and closing a conduct between said high voltage power and said motor drive circuit; a converter division supplying power to said motor drive circuit; and a smoothing condenser absorbing any current ripple; wherein said electrical power steering apparatus comprising said converter division including a step down circuit reducing high voltage of said high voltage power to low voltage, a low voltage charge device charged through said step down circuit, and a switch equipped to shut and connect a conduct between said low voltage charge device and said motor drive circuit; characterized in that said electrical power steering apparatus supplies said power from said low voltage charge device to said motor drive circuit at a collision of said vehicle. a high voltage power generating a voltage of more than 100 volts; an electrical motor generating steering assist force presented to a steering mechanism of a vehicle; a motor drive circuit including a plurality of switching elements supplying drive current to said electrical motor; a motor control circuit controlling said motor drive circuit; a power relay opening and closing a conduct between said high voltage power and said motor drive circuit; a converter division supplying power to said motor drive circuit; and a smoothing condenser absorbing any current ripple; wherein said electrical power steering apparatus comprising said converter division including a step down circuit reducing high voltage of said high voltage power to low voltage, a low voltage charge device charged through said step down circuit, and a switch equipped to shut and connect a conduct between said low voltage charge device and said motor drive circuit; characterized in that said electrical power steering apparatus supplies said power from said low voltage charge device to said motor drive circuit at a collision of said vehicle.
An electronic paper display screen, comprising a transparent electrode substrate, an upper transparent electrode, an electrophoretic display layer, and a pixel electrode, wherein the transparent electrode substrate, the upper transparent electrode, the electrophoretic display layer, and the pixel electrode are sequentially arranged from top to bottom and are sealed by a waterproof adhesive on edges; a conductive silver paste is provided between the upper transparent electrode and the pixel electrode, the electrophoretic display layer is a single layer microcapsule electrophoretic display layer or a single layer micro-cup electrophoretic display layer, characterized in that both the single layer microcapsule electrophoretic display layer or the single layer micro-cup electrophoretic display layer have adhesion by its own; this adhesion is achieved by a reversible heat curing method, so that the electrophoretic display layer is bonded to the pixel electrode by the reversible heat curing method based on their own adhesion, wherein the reversible heat curing is a reversible process of bonding and de-bonding by heating, temperature range of bonding and de-bonding in the reversible heat curing is 60-150°C and heating time range is 0-30 minutes.
A conveyor or a similar conveying means for mounting on a construction machine and in particular a road surface milling machine, which conveyor can be linked with a coupling area to the construction machine in an articulated manner and is pivotable by way of a lifting apparatus with a loading area in relation to the construction machine, wherein the lifting apparatus comprises at least one actuating element which is fastened to a fixed area on the conveyor and which can be brought into operational connection with the construction machine with an actuating area actively movable relative to the fixed area via at least one pulling element in such a way that the loading area pivots if there is a movement of the actuating area relative to the fixed area, characterized in that a first deflecting element is provided on the conveyor by means of which the pulling element guided from the actuating area of the actuating element is deflectable and can be guided to the construction machine, wherein the actuating element comprises a second deflecting element in the movable actuating area, which second deflecting element forms a pulley system with the first deflecting element by means of the pulling element in such a way that the relative movement between the fixed area and the actuating area has a multiplied impact on the pivoting movement of the conveyor.
Balloon-like structure having a balloon body and a balloon envelope, for positioning within a cavity in the human or animal body, for example within a lumen or some other interior space, in particular as an integral part of a catheter, in such a way that said cavity on the one hand is filled as completely as possible, i.e., without residual space, but on the other hand largely maintains its shape or is not deformed by the balloon body, whereby the balloon envelope is made of a multi-layer balloon foil material, characterized in that at least one layer is made from an elastically deformable polyurethane and at least one other layer is made from a non-elastic material such as polyvinyl chloride, whereby said at least one PUR layer is made from thermoplastic PUR of a type having a water absorption of 5% or less according to the standard DIN ISO 62 in its version valid on the filing date (3 rd edition from the year 2008), preferably having a water absorption of 2% or less according to the standard DIN ISO 62 in its version valid on the filling date (3 rd edition from the year 2008), whereby the conjunction of several layers (2, 3, 10) of the balloon envelope is obtained by co-extrusion of the several layers (2, 3, 10).
A transmission apparatus comprising: a search space configuration section configured to configure a plurality of search spaces within an Enhanced PDCCH, EPDCCH, defined in a data region, each search space including a plurality of mapping candidates for mapping a control signal, the EPDCCH including a resource block pair, RB pair, on which a plurality of control channel elements, CCEs, are configured, and each of the plurality of mapping candidates having a same number of CCEs as an aggregation level, wherein when the aggregation level is one, each of the plurality of search spaces includes a first mapping candidate which is a CCE having a first number of REs and a second mapping candidate which is a CCE having a second number of REs, the second number being different from the first number; and transmitting section configured to map the control signal to one of the plurality of mapping candidates for each of the plurality of search spaces and to transmit the mapped control signal. a search space configuration section configured to configure a plurality of search spaces within an Enhanced PDCCH, EPDCCH, defined in a data region, each search space including a plurality of mapping candidates for mapping a control signal, the EPDCCH including a resource block pair, RB pair, on which a plurality of control channel elements, CCEs, are configured, and each of the plurality of mapping candidates having a same number of CCEs as an aggregation level, wherein when the aggregation level is one, each of the plurality of search spaces includes a first mapping candidate which is a CCE having a first number of REs and a second mapping candidate which is a CCE having a second number of REs, the second number being different from the first number; and transmitting section configured to map the control signal to one of the plurality of mapping candidates for each of the plurality of search spaces and to transmit the mapped control signal.
A method for differentiating in a heart failure patient between (i) forward heart failure, (ii) backward heart failure of the left ventricle and (iii) forward heart failure and backward heart failure of the left ventricle, the method comprising the steps of: a) determining in a sample of a heart failure patient the ratio of the amount of proSP-B and the amount ofNT-proBNP; and b) comparing the ratio of proSP-B and NT-proBNP determined in step a) to at least one reference ratio of proSP-B and NT-proBNP, thereby differentiating between (i) forward heart failure, (ii) backward heart failure of the left ventricle and (iii) forward heart failure and backward heart failure of the left ventricle in said heart failure patient. a) determining in a sample of a heart failure patient the ratio of the amount of proSP-B and the amount ofNT-proBNP; and b) comparing the ratio of proSP-B and NT-proBNP determined in step a) to at least one reference ratio of proSP-B and NT-proBNP, thereby differentiating between (i) forward heart failure, (ii) backward heart failure of the left ventricle and (iii) forward heart failure and backward heart failure of the left ventricle in said heart failure patient.
A bracket for mounting on roofs, said bracket being made of sheeting and comprising a body that is provided with a plane surface comprising a fastening means at a first end of the body for fastening the bracket to a roof part and a support part at the other end of the body, said fastening means comprising at least two sheet elements made in one continuous piece with the body along their respective first side, where the two sheet elements each comprises a longitudinal second and a third side extending from each their first side, where each sheet element comprises a fourth side placed opposite to the first side and facing away from the first end of the body where and connecting the second and third sides, and where the two sheet elements are placed at each their side of the body and are separated from this by a separation element when the surfaces of the body and the sheet elements are at the same level and surface-parallel, characterised in that the bracket further comprises at least one bend line/imprint that is perpendicular to a central axis of the body for each sheet element where the sheet elements are adapted to form at least one first angle with the plane surface of the body when the fastening means abuts the roof part and where the bend line/imprint is positioned in an area where each sheet element is connected to the rest of the bracket.
A method of operating a mobile crane with a boom, comprising the steps of: - determining maximum permissible loads for a plurality of positions in predetermined position range of the boom; - determining a curve of local load limits and / or one or more local load ranges based on a suspended load and on the maximum permissible loads for the plurality of positions of the predetermined position range of the boom; wherein the curve of the load limit indicate those positions of the boom or those load positions, respectively, where the suspended load equals the maximum permissible load, wherein the load ranges indicate those positions of the boom or those load positions, respectively, where a ratio of the suspended load and the maximum permissible load is within a specified range, and - operating the mobile crane, depending on the curve of the determined load limits and/or the one or more determined load ranges. - determining maximum permissible loads for a plurality of positions in predetermined position range of the boom; - determining a curve of local load limits and / or one or more local load ranges based on a suspended load and on the maximum permissible loads for the plurality of positions of the predetermined position range of the boom; wherein the curve of the load limit indicate those positions of the boom or those load positions, respectively, where the suspended load equals the maximum permissible load, wherein the load ranges indicate those positions of the boom or those load positions, respectively, where a ratio of the suspended load and the maximum permissible load is within a specified range, and - operating the mobile crane, depending on the curve of the determined load limits and/or the one or more determined load ranges.
Method for partial reinforcement of a material web by applying ribbons to the surface of the material web in a predetermined course and a permanent connection thereof with the material web, wherein the virtually endless ribbons are continuously deposited on the material web in groups and in each group of ribbons sections with a differing course of ribbons with relation to the longitudinal axis of the material web and a differing degree of coverage of the material web by the ribbons is formed according to a predefined contour, whereby the ribbons either run along side by side at a constant width without gaps or at a distance, characterized in that the material web is a web-shaped structure with a movement direction and the ribbons are moreover deposited by means of the following possibilities: - the ribbons run along with constant width and increasing / decreasing coverage and / or - the ribbons run along side by side with increasing / decreasing width and / or - the ribbons run along with increasing / decreasing width and increasing / decreasing coverage. - the ribbons run along with constant width and increasing / decreasing coverage and / or - the ribbons run along side by side with increasing / decreasing width and / or - the ribbons run along with increasing / decreasing width and increasing / decreasing coverage.
A security element for a secured document, comprising: - an at least partially transparent support, - a first layer borne by the support, formed by a deposition of metal or a print, the first layer only partially covering the support so as to define at least one first region appearing solid but not completely opaque and a first opening at least partially delimiting at least one first pattern, - a second layer borne by the support, at least partially overlaid with the first, only partially covering the support so as to define at least one second region appearing solid but not completely opaque and at least one second opening at least partially delimiting at least one second pattern, the first pattern being visible in transmitted light from the two faces of the security element and in reflected light only from the front face of the security element, and the second pattern being visible in transmitted light from the two faces of the security element and in reflected light only from the back face of the security element. - an at least partially transparent support, - a first layer borne by the support, formed by a deposition of metal or a print, the first layer only partially covering the support so as to define at least one first region appearing solid but not completely opaque and a first opening at least partially delimiting at least one first pattern, - a second layer borne by the support, at least partially overlaid with the first, only partially covering the support so as to define at least one second region appearing solid but not completely opaque and at least one second opening at least partially delimiting at least one second pattern, the first pattern being visible in transmitted light from the two faces of the security element and in reflected light only from the front face of the security element, and the second pattern being visible in transmitted light from the two faces of the security element and in reflected light only from the back face of the security element.