mhurhangee/ep-ind-claims huggingface dataset:
A method for performing dynamic range compression, DRC, on a Higher Order Ambisonics, HOA, signal by applying multiband DRC in a Quadrature Mirror Filter, QMF, domain, the method comprising: providing a gain value g ch ( n, m) for every time frequency tile for time slot n and frequency band m for ( N + 1) 2 spatial channels of the transformed HOA signal; transforming the HOA signal to a spatial domain based on an inverse Discrete Spherical Harmonics Transform, DSHT; wherein the transforming the HOA signal into the spatial domain by inverse DSHT is based on W DSHT = D DSHT C, wherein C = D DSHT − 1 W DSHT and D -1 DSHT is the inverse DSHT matrix, C ∈ R N + 1 2 × τ is a block of τ HOA samples and W DSHT ∈ R N + 1 2 × τ is a block of spatial samples matching the input time granularity of a QMF filter bank of the QMF domain; applying a QMF analysis filter bank to the block of spatial samples to obtain as an output ŵ DSHT ( n, m), wherein w ^ DSHT n m ∈ C N + 1 2 × 1 denotes a vector of spatial channels per time frequency tile ( n, m); applying the gain value g ch ( n, m) by w̌ DRc ( n, m) = diag ( g ch ( n, m)) ŵ DSHT ( n, m); and combining the DSHT and rendering to loudspeaker channels by w ( n, m) = wherein D denotes an HOA rendering matrix and w ( n, m) denotes a loudspeaker signal. providing a gain value g ch ( n, m) for every time frequency tile for time slot n and frequency band m for ( N + 1) 2 spatial channels of the transformed HOA signal; transforming the HOA signal to a spatial domain based on an inverse Discrete Spherical Harmonics Transform, DSHT; wherein the transforming the HOA signal into the spatial domain by inverse DSHT is based on W DSHT = D DSHT C, wherein C = D DSHT − 1 W DSHT and D -1 DSHT is the inverse DSHT matrix, C ∈ R N + 1 2 × τ is a block of τ HOA samples and W DSHT ∈ R N + 1 2 × τ is a block of spatial samples matching the input time granularity of a QMF filter bank of the QMF domain; applying a QMF analysis filter bank to the block of spatial samples to obtain as an output ŵ DSHT ( n, m), wherein w ^ DSHT n m ∈ C N + 1 2 × 1 denotes a vector of spatial channels per time frequency tile ( n, m); applying the gain value g ch ( n, m) by w̌ DRc ( n, m) = diag ( g ch ( n, m)) ŵ DSHT ( n, m); and combining the DSHT and rendering to loudspeaker channels by w ( n, m) = wherein D denotes an HOA rendering matrix and w ( n, m) denotes a loudspeaker signal.
A compressor for an internal combustion engine having a compressor impeller mounted rotatably in a compressor housing and an intake section situated upstream of the compressor impeller in an operational flow direction of a gas to be compressed, wherein a circumferential shoulder, which faces toward the compressor impeller and which does not have a mouth is integrated into a wall which delimits the intake section and the ratio of the shortest distance between the compressor impeller and the circumferential shoulder, on the one hand, and the largest cross-sectional dimension in the flow cross section delimited by the circumferential shoulder, on the other hand, amounts to at least 0.5, characterized in that the circumferential shoulder is formed circumferentially continuous or segmented, wherein in the case of a circumferentially segmented circumferential shoulder the circumferential length of all segments is at least 50% of the corresponding total circumference within the intake section.
A laser-personalized multi-layer security document comprising: an optically transparent cover layer with a first surface, a second surface, and a thickness between the first surface and the second surface, the first surface being at least partially a microstructured surface, wherein the microstructured surface forms microlenses or a lenticular surface; a first composite suspended image, wherein the first composite suspended image comprises a collection of complete or partial images located such that when viewed through the microstructured surface of the cover layer, the collection of complete or partial images forms the first composite suspended image, wherein the collection of complete or partial images that form the composite image are located on or within the second surface of the cover layer; and an imaged layer located adjacent to the cover layer, wherein the imaged layer comprises at least one personalized laser imaged second three dimensional composite image comprising a collection of complete or partial images such that when viewed through the microstructured surface of the cover layer the collection of complete or partial images forms the second three dimensional composite image, and wherein there are no adhesive layers between the cover layer and the imaged layer. an optically transparent cover layer with a first surface, a second surface, and a thickness between the first surface and the second surface, the first surface being at least partially a microstructured surface, wherein the microstructured surface forms microlenses or a lenticular surface; a first composite suspended image, wherein the first composite suspended image comprises a collection of complete or partial images located such that when viewed through the microstructured surface of the cover layer, the collection of complete or partial images forms the first composite suspended image, wherein the collection of complete or partial images that form the composite image are located on or within the second surface of the cover layer; and an imaged layer located adjacent to the cover layer, wherein the imaged layer comprises at least one personalized laser imaged second three dimensional composite image comprising a collection of complete or partial images such that when viewed through the microstructured surface of the cover layer the collection of complete or partial images forms the second three dimensional composite image, and wherein there are no adhesive layers between the cover layer and the imaged layer.
A circulation pump assembly with an electric drive motor and with a control device, wherein at least one internal temperature sensor is arranged in the circulation pump assembly and detects the temperature of the medium delivered by the circulation pump assembly and outputs a corresponding temperature signal to the control device, wherein the control device is designed in a manner such that on the basis of the temperature signal of the internal temperature sensor, it approximately determines the temperature of the fluid in a fluid storage means which is connected to the circulation pump assembly via a heating circuit, Fehler! Textmarke nicht definiert.characterised in that the control device is integrated into the circulation pump assembly and that given a standstill of the electrical drive motor, on the basis of a temperature signal which is outputted previously by the internal temperature sensor on operation of the electric drive motor, in the further temporal course (t), it approximately determines the temperature (46; 46') of the fluid in a fluid storage means connected to the circulation pump assembly via a heating circuit.
Panel of a vehicle body part, comprising an outer skin of plastic appearance attached by gluing along its entire periphery to an inner carrier liner of plastic, characterized in that the inner liner comprises on at least part of its periphery, successively from the edge of the panel, an attachment area by gluing to the outer skin and then a flexible area.
An electronic labelling device made up of a label support and at least one electronic label, the label support including a rear part able to be fixed on the edge of a shelf, and a front part able to receive an electronic label, the electronic label including a display screen, characterized in that: the front part of the label support is a front plate having a groove with an omega-shaped profile, elastically deformable, in that the electronic label is made up of a display screen, an electronic block and a connecting plate, and in that the screen bears, on its rear face, a rib with an omega-shaped profile, able to be inserted in the groove to fasten the electronic label on the label support.
A method of manufacturing an electrode assembly, comprising: assembling an electrode stack including a plurality of electrodes (11, 12) stacked along a stacking axis with a respective separator portion positioned between each of the electrodes; after assembling the electrode stack, performing a primary heat press operation on the electrode stack, the primary heat press operation comprising applying heat and pressure to the electrode stack; characterized by, after the primary heat press operation, performing a pre-heating operation on the electrode stack; and after the pre-heating operation, performing a secondary heat press operation on the electrode stack, the secondary heat press operation comprising applying heat and pressure to the electrode stack, wherein the pre-heating operation includes applying heat and pressure to the electrode stack for a time period from 10 seconds to 40 seconds under a pressure condition from 0.5 MPa to 2 MPa and under a temperature condition from 50°C to 85°C, and wherein the pressure condition applied in the pre-heating operation includes applying a lower pressure than that applied in the primary heat press operation and the secondary heat press operation. assembling an electrode stack including a plurality of electrodes (11, 12) stacked along a stacking axis with a respective separator portion positioned between each of the electrodes; after assembling the electrode stack, performing a primary heat press operation on the electrode stack, the primary heat press operation comprising applying heat and pressure to the electrode stack; characterized by, after the primary heat press operation, performing a pre-heating operation on the electrode stack; and after the pre-heating operation, performing a secondary heat press operation on the electrode stack, the secondary heat press operation comprising applying heat and pressure to the electrode stack, wherein the pre-heating operation includes applying heat and pressure to the electrode stack for a time period from 10 seconds to 40 seconds under a pressure condition from 0.5 MPa to 2 MPa and under a temperature condition from 50°C to 85°C, and wherein the pressure condition applied in the pre-heating operation includes applying a lower pressure than that applied in the primary heat press operation and the secondary heat press operation.
Aluminium composite material, comprising - at least one core layer having an aluminium core alloy and - at least one corrosion protection layer arranged on the core layer, characterised in that - the at least one corrosion protection layer has an aluminium alloy with the following composition in wt%: Si ≤ 0.10%, Fe ≤ 0.6%, Cu ≤ 0.2%, 0.9% ≤ Mn ≤ 1.2%, Mg ≤ 0.10%, Cr ≤ 0.3%, Zn ≤ 0.1%, Ti ≤ 0.1%, the rest Al and unavoidable impurities, individually at most 0.05%, in total at most 0.15%. - at least one core layer having an aluminium core alloy and - at least one corrosion protection layer arranged on the core layer, characterised in that - the at least one corrosion protection layer has an aluminium alloy with the following composition in wt%: Si ≤ 0.10%, Fe ≤ 0.6%, Cu ≤ 0.2%, 0.9% ≤ Mn ≤ 1.2%, Mg ≤ 0.10%, Cr ≤ 0.3%, Zn ≤ 0.1%, Ti ≤ 0.1%, the rest Al and unavoidable impurities, individually at most 0.05%, in total at most 0.15%.
A polymorph of fumagill-6-yl N -( trans -4-aminocyclohexyl)carbamate benzenesulfonic acid salt, characterized by an X-ray powder diffraction pattern including peaks at 6.0, 9.0, 12.3, 12.5, 16.1, and 18.0 °2θ using Cu Kα radiation.
A method of modifying a pitch attitude of an aircraft during landing, comprising: commanding a trailing edge flap to move to a landing setting; providing a current value for a flight condition parameter, wherein said flight condition parameter is a current approach angle of attack α CUR; providing a current flaps setting; and comparing said current value to an upper threshold angle α MAX and a lower threshold angle α MIN; characterized in the method further comprising: if said current value exceeds one of said thresholds, determining a new flaps setting capable of producing an improvement in a selected aft body contact margin or a selected nose gear contact margin for the aircraft; adjusting the flaps to said new flaps setting, wherein the new flaps setting is higher than the current flaps setting if α CUR is above α MAX, and wherein the new flaps setting is lower than the current flaps setting if α CUR is below α MIN; and maintaining the flaps in said new flaps setting for a lag time before said current value is again compared to said threshold values. commanding a trailing edge flap to move to a landing setting; providing a current value for a flight condition parameter, wherein said flight condition parameter is a current approach angle of attack α CUR; providing a current flaps setting; and comparing said current value to an upper threshold angle α MAX and a lower threshold angle α MIN; if said current value exceeds one of said thresholds, determining a new flaps setting capable of producing an improvement in a selected aft body contact margin or a selected nose gear contact margin for the aircraft; adjusting the flaps to said new flaps setting, wherein the new flaps setting is higher than the current flaps setting if α CUR is above α MAX, and wherein the new flaps setting is lower than the current flaps setting if α CUR is below α MIN; and maintaining the flaps in said new flaps setting for a lag time before said current value is again compared to said threshold values.
A catheter adapter having a blood control catheter valve, the blood control catheter valve comprising: a septum positioned within the catheter adapter; and an actuator configured to pass partially through the septum to open the blood control catheter valve, the actuator including a body through which a channel is formed that allows a needle to be inserted through the actuator and also allows a fluid to flow through the actuator once said blood control catheter valve is open, characterized in that, the actuator including one or more flexible retention arms that are biased in an outward position, the one or more flexible retention arms folding inwardly as the actuator passes through the septum and returning to the outward position after the one or more flexible retention arms have passed through the septum thereby retaining the actuator within the septum, wherein, prior to the actuator passing partially through the septum, the one or more flexible retention arms are biased outwardly into one or more recesses formed in an internal wall of the catheter adapter thereby retaining the actuator within the catheter adapter. a septum positioned within the catheter adapter; and an actuator configured to pass partially through the septum to open the blood control catheter valve, the actuator including a body through which a channel is formed that allows a needle to be inserted through the actuator and also allows a fluid to flow through the actuator once said blood control catheter valve is open, characterized in that, the actuator including one or more flexible retention arms that are biased in an outward position, the one or more flexible retention arms folding inwardly as the actuator passes through the septum and returning to the outward position after the one or more flexible retention arms have passed through the septum thereby retaining the actuator within the septum, wherein, prior to the actuator passing partially through the septum, the one or more flexible retention arms are biased outwardly into one or more recesses formed in an internal wall of the catheter adapter thereby retaining the actuator within the catheter adapter.
A composition comprising: a cell, wherein the cell has a membrane comprising a functional group that is native to the cell membrane, wherein the native functional group comprises an amino acid selected from the group consisting of lysine, cysteine, tyrosine, threonine, serine, aspartic acid, glutamic acid and tryptophan, and wherein the cell has no cell wall; and a nucleic acid moiety comprising a member selected from the group consisting of an oligonucleotide, deoxyribonucleic acid, ribonucleic acid, peptide nucleic acid and an aptamer, wherein the activated nucleic acid moiety comprises a N-hydroxysuccinimide ester, wherein the nucleic acid moiety is covalently linked to the native functional group.
Amotor including a cylindrical housing, a cooling fan having a diameter, a rotating shaft, and a cover, the cylindrical housing defining at least one upstream through hole at its circumferential wall, wherein the cooling fan is mounted at an end of the rotating shaft outside the housing and near the cover for generating an air current towards the cylindrical housing for dissipating the heat generated in the motor; wherein the cover defines a plurality of air inlets (22, 23) and is mounted to a rear end of the housing and wherein a hollow hood is provided for collecting the air current generated by the cooling fan, the hollow hood having a neck portion, a head portion, and a gradually enlarged transitional portion integrally formed between the neck portion and the head portion, the neck portion opening out at a first opening, the head portion opening out at a second opening which is opposite to the first opening and which has a diameter, the hollow hood being mounted to the cylindrical housing near the cooling fan such that the neck portion is closely fitted around the cylindrical housing and the head portion of the hollow hood is located above the upstream through hole, thus defining an annular air-guiding channel therebetween which communicates with the upstream through hole and forming an intercepting surface at an inner surface of the gradually enlarged transitional portion of the hollow hood, the upstream through hole being located between the intercepting surface and the second opening of the hollow hood, whereby the air current can quickly pass through the annular air-guiding channel and the upstream through hole to enter the cylindrical housing to take away the heat generated therein, characterized in that the diameter of the cooling fan is larger than that of the second opening of the hollow hood.
A transmitting method for use by a transmitting apparatus for transmitting data and control information in a single carrier system, the method comprising: transmitting the data using a first coding rate, wherein the first coding rate depends on modulation and code information, the modulation and code information being derived from a channel quality information transmitted from a base station; and transmitting the control information using a second coding rate, wherein the second coding rate depends on both the modulation and code information and offset information transmitted from the base station, wherein the offset information changes the modulation and code information. transmitting the data using a first coding rate, wherein the first coding rate depends on modulation and code information, the modulation and code information being derived from a channel quality information transmitted from a base station; and transmitting the control information using a second coding rate, wherein the second coding rate depends on both the modulation and code information and offset information transmitted from the base station, wherein the offset information changes the modulation and code information.
A display device comprising: a base portion; assembled electrodes extending along one direction on the base portion; a dielectric layer to cover the assembled electrodes; a partition wall portion on the dielectric layer while forming a plurality of cells; and a plurality of semiconductor light emitting diodes seated in the plurality of cells, respectively, and to emit light of different colors, wherein the plurality of semiconductor light emitting diodes emitting different colors include recessed portions having different shapes on one surface thereof, and wherein a bottom surface of the plurality of cells includes a solder portion protruding to correspond to the recessed portions of the plurality of semiconductor light emitting diodes seated in the plurality of cells, respectively. a base portion; assembled electrodes extending along one direction on the base portion; a dielectric layer to cover the assembled electrodes; a partition wall portion on the dielectric layer while forming a plurality of cells; and a plurality of semiconductor light emitting diodes seated in the plurality of cells, respectively, and to emit light of different colors, wherein the plurality of semiconductor light emitting diodes emitting different colors include recessed portions having different shapes on one surface thereof, and wherein a bottom surface of the plurality of cells includes a solder portion protruding to correspond to the recessed portions of the plurality of semiconductor light emitting diodes seated in the plurality of cells, respectively.
A telecommunications information management system comprising: a diagnostic information collection module configured to obtain raw diagnostic information from one or more DSL sources utilizing a higher-layer protocol; a diagnostic information interpretation module configured to analyze the raw diagnostic information; and a data search and correlation module configured to search the raw diagnostic information and analyzed diagnostic information and and being characterised in that the data search and correlation module is configured to diagnose at least one problem by performing correlations between one or more of the DSL sources, in one or more geographic areas and/or associated with one or more local loops, by performing an analysis over a specific time period or during specific environmental conditions. a diagnostic information collection module configured to obtain raw diagnostic information from one or more DSL sources utilizing a higher-layer protocol; a diagnostic information interpretation module configured to analyze the raw diagnostic information; and a data search and correlation module configured to search the raw diagnostic information and analyzed diagnostic information and and being characterised in that the data search and correlation module is configured to diagnose at least one problem by performing correlations between one or more of the DSL sources, in one or more geographic areas and/or associated with one or more local loops, by performing an analysis over a specific time period or during specific environmental conditions.
A mobile terminal, comprising: a window; a display disposed on the underside of the window to output visual information through the window and including an organic light emitting diode; a fingerprint sensor disposed on the underside of the display to sense a fingerprint of a user on the window; and the mobile terminal being characterised in comprising a piezoelectric actuator formed in an annular shape with a hollow portion to receive the fingerprint sensor in the hollow portion and configured to transfer vibration to the window or sense a force applied to the window. a window; a display disposed on the underside of the window to output visual information through the window and including an organic light emitting diode; a fingerprint sensor disposed on the underside of the display to sense a fingerprint of a user on the window; and the mobile terminal being characterised in comprising a piezoelectric actuator formed in an annular shape with a hollow portion to receive the fingerprint sensor in the hollow portion and configured to transfer vibration to the window or sense a force applied to the window.