mhurhangee/ep-ind-claims huggingface dataset:
Circuitry for supplying power and data to an output via a common transmission line, comprising: a DC power source; a data signal source; and a switching means for switching the DC power to said transmission line in dependence on the data signal, such that the switching means in use generates a signal for output to the transmission line, characterised in that: the circuitry includes a modulator for generating a modulated signal in dependence on the data signal and the circuitry is such that the switching means is controlled in use by the modulated signal such that the signal for output to said transmission line comprises a sine wave AC signal with data superimposed on it. a DC power source; a data signal source; and a switching means for switching the DC power to said transmission line in dependence on the data signal, such that the switching means in use generates a signal for output to the transmission line, characterised in that: the circuitry includes a modulator for generating a modulated signal in dependence on the data signal and the circuitry is such that the switching means is controlled in use by the modulated signal such that the signal for output to said transmission line comprises a sine wave AC signal with data superimposed on it. the circuitry includes a modulator for generating a modulated signal in dependence on the data signal and the circuitry is such that the switching means is controlled in use by the modulated signal such that the signal for output to said transmission line comprises a sine wave AC signal with data superimposed on it.
An apparatus for configuring and/or programming a safety controller, comprising a display for displaying a program part of the safety controller in the form of a block diagram, wherein individual blocks represent program elements; a memory unit with at least one processing element, in particular a logical operation and/or a function, and communication elements which are designed in particular as input and output signals; and a processing unit for selecting the processing and communication elements (BE, KE) in the memory unit and for generating a conjunction of the selected processing and communication elements (BE, KE) in the block diagram being displayed in the display, wherein the processing unit is adapted to generate a program controlling the safety controller from the block diagram, characterized in that the communication elements are marked both safety-related and non-safety-related, and that the processing unit is further arranged such that for a combination of a safety-related marked communication element with a non-safety-related marked communication element, the combination abuts on an input side of the processing element, always a non-safety-related marked communication element is produced on an output side of the processing element.
A die arrangement (10, 20), comprising a plurality of dies (30-1, 30-2, 30-n); a physical interconnection structure extending between and traversing the plurality of dies (30-1, 30-2, 30-n), and being arranged for imparting unpredictable, yet reproducible properties to a digital signal being carried on the physical interconnection structure; and a monitoring logic for monitoring the properties of the digital signal, the monitoring logic being arranged for monitoring the properties of the digital signal against characteristic reference data of the digital signal, wherein the die arrangement (10, 20) comprises storage means comprising at least one of a protected memory area for the characteristic reference data and wherein non-conformity of the digital signal as monitored by the monitoring logic with the characteristic reference data denotes a breach of signal integrity of the digital signal. a plurality of dies (30-1, 30-2, 30-n); a physical interconnection structure extending between and traversing the plurality of dies (30-1, 30-2, 30-n), and being arranged for imparting unpredictable, yet reproducible properties to a digital signal being carried on the physical interconnection structure; and a monitoring logic for monitoring the properties of the digital signal, the monitoring logic being arranged for monitoring the properties of the digital signal against characteristic reference data of the digital signal, wherein the die arrangement (10, 20) comprises storage means comprising at least one of a protected memory area for the characteristic reference data and wherein non-conformity of the digital signal as monitored by the monitoring logic with the characteristic reference data denotes a breach of signal integrity of the digital signal.
A shroud (200, 300) for connecting to a container having a closure portion, the shroud comprising: a housing having a luer connector (205, 303); a spike having a fluid lumen (112, 301) transitioning into the connector (205, 303); a plurality of segments terminating in a continuous annular edge surrounding the spike and defining a plurality of openings; and a plurality of protrusions circumferentially spaced, each of the plurality of protrusions having (i) a proximal end connected to the continuous annular edge and (ii) a distal end positioned in one of the plurality of openings, the distal end of each protrusion inwardly extending from the continuous annular edge, the protrusions defining a receiving volume dimensioned to receive the closure portion of the container, whereby the protrusions deflect outwardly away from an initial position during contact and traversing of the closure portion of the container and return to approximately their initial position when the closure portion of the container passes the distal end of the protrusion, whereby the protrusions deflect inwardly towards the closure portion of the container when a removing force is applied to the container, thereby preventing removal of the container. a housing having a luer connector (205, 303); a spike having a fluid lumen (112, 301) transitioning into the connector (205, 303); a plurality of segments terminating in a continuous annular edge surrounding the spike and defining a plurality of openings; and a plurality of protrusions circumferentially spaced, each of the plurality of protrusions having (i) a proximal end connected to the continuous annular edge and (ii) a distal end positioned in one of the plurality of openings, the distal end of each protrusion inwardly extending from the continuous annular edge, the protrusions defining a receiving volume dimensioned to receive the closure portion of the container, whereby the protrusions deflect outwardly away from an initial position during contact and traversing of the closure portion of the container and return to approximately their initial position when the closure portion of the container passes the distal end of the protrusion, whereby the protrusions deflect inwardly towards the closure portion of the container when a removing force is applied to the container, thereby preventing removal of the container.
A headrest arrangement for arranging a headrest in a rotationally secure manner on a vehicle seat formed from a backrest and a seat face portion, wherein the headrest is arranged on the backrest by means of at least one headrest rod (2.1, 2.2) so as to be adjustable in terms of height, wherein there is formed at an upper end of each of the headrest rods (2.1, 2.2) a region in which the path of the headrest rods (2.1, 2.2) describes a curvature having a radius (r), the headrest rods (2.1, 2.2) having the curved region being arranged in the headrest in a positive-locking manner, characterized in that the headrest comprises a circular headrest member, wherein at each of the two sides of a headrest member of the headrest, a receiving region is shaped or formed on the headrest member, wherein the headrest member in a longitudinal extension of the headrest at least in the direction of the free ends of the receiving region partially extends beyond them.
A disc axis adjusting mechanism in a gas turbine, the gas turbine having a turbine, an exhaust gas diffuser having an outer diffuser and an inner diffuser provided between a casing wall and a bearing case which are connected to a downstream side of the turbine, a plurality of struts that couple the casing wall and the bearing case through the exhaust gas diffuser and are provided at intervals in a circumferential direction, and strut covers that couple the outer diffuser and the inner diffuser so as to cover the struts, the disc axis adjusting mechanism comprising: a plurality of air introduction holes formed in the casing wall so as to correspond to each of the struts and allow an interior and an exterior of the casing wall to communicate with each other; characterised in that a first sensor unit (25;27) is configured to detect a parameter corresponding to the thermal elongation of each of the struts; and a flow rate adjustor (20,26) is configured to adjust the flow rate of air flowing through each of the air introduction holes on the basis of a detection value detected by the first sensor unit (25;27), wherein partition plates are provided to demarcate spaces between the strut cover and an inner peripheral surface of the casing wall in the circumferential direction, and each of the struts is arranged within each of the spaces demarcated by the partition plates. a plurality of air introduction holes formed in the casing wall so as to correspond to each of the struts and allow an interior and an exterior of the casing wall to communicate with each other; characterised in that a first sensor unit (25;27) is configured to detect a parameter corresponding to the thermal elongation of each of the struts; and a flow rate adjustor (20,26) is configured to adjust the flow rate of air flowing through each of the air introduction holes on the basis of a detection value detected by the first sensor unit (25;27), wherein partition plates are provided to demarcate spaces between the strut cover and an inner peripheral surface of the casing wall in the circumferential direction, and each of the struts is arranged within each of the spaces demarcated by the partition plates.
A disposable servingware container press-formed from a generally planar paperboard blank, the container having a characteristic diameter, D, and comprising: (a) a bottom panel having an arched central crown with a convex upper surface; (b) a first annular transition portion extending upwardly and outwardly from the bottom panel, with the proviso that a portion of the arched central crown defines a substantially continuous, convex arched profile spanning at least 75% of the horizontal distance between the center of the container and the first annular transition portion; (c) optionally, a sidewall portion extending upwardly and outwardly from the first annular transition portion; (d) a second annular transition portion flaring outwardly with respect to the first annular transition portion defining a second radius of curvature, R2, the ratio of R2/D being 0.0125 or less; and (e) an outer flange portion extending outwardly with respect to the second annular transition portion. (a) a bottom panel having an arched central crown with a convex upper surface; (b) a first annular transition portion extending upwardly and outwardly from the bottom panel, with the proviso that a portion of the arched central crown defines a substantially continuous, convex arched profile spanning at least 75% of the horizontal distance between the center of the container and the first annular transition portion; (c) optionally, a sidewall portion extending upwardly and outwardly from the first annular transition portion; (d) a second annular transition portion flaring outwardly with respect to the first annular transition portion defining a second radius of curvature, R2, the ratio of R2/D being 0.0125 or less; and (e) an outer flange portion extending outwardly with respect to the second annular transition portion.
Method for capturing at least one object in a surrounding area of a motor vehicle, in which a first sensor is controlled to emit a sensor signal, sensor data are received from a second sensor, which describe the sensor signal reflected by the at least one object, a fuzzy feature (x U) is determined from the sensor data as an object feature (x P, x L, x U) for describing the at least one object, wherein the fuzzy feature (x U) describes a distance between the at least one object and the first sensor and a distance between the at least one object and the second sensor, wherein the first sensor and the second sensor are ultrasound sensors and the installation positions of the first sensor and of the second sensor are known, wherein the fuzzy feature (x U) is described as an ellipse (x E) and a further object feature (x P, x L), which describes the at least one object, is determined on the basis of sensor data of at least one further measurement of the first and/or the second sensor, Characterized in that the further object feature (x P, x L) and the fuzzy feature (x U) are transferred into a common state space using an innovation function (h), wherein the innovation function (h) describes a similarity between the fuzzy feature (x U) and the further object feature (x P, x L), and a merged object feature is determined from the further object feature (x P, x L) on the basis of the innovation function (h).
A shelf power supply device comprising a strip-shaped power supply cavity, a fixed power supply terminal and a power supply head, wherein: the strip-shaped power supply cavity is provided with a strip-shaped mounting hole extending along the length direction of its side wall; the fixed power supply terminal is arranged inside the strip-shaped power supply cavity; the power supply head is positioned on the strip-shaped mounting hole, and comprises a power supply part located inside the strip-shaped power supply cavity and an output part located outside the strip-shaped power supply cavity; the shelf power supply device further comprises a flexible wire having two ends, wherein the power supply head is positioned to be slidable on the strip-shaped mounting hole and the flexible wire is arranged inside the strip-shaped power supply cavity, and a first end of the flexible wire is connected to the fixed power supply terminal and a second end of the flexible wire is connected to the power supply part, wherein, when the power supply head is far from or close to the fixed power supply terminal, the flexible wire is stretched or bent correspondingly in the strip-shaped power supply cavity, characterized in that the fixed power supply terminal comprises a power supply wire passing through the strip-shaped power supply cavity and fixed at both ends thereof and a power supply block fixedly connected to the power supply wire and connected to the flexible wire. the strip-shaped power supply cavity is provided with a strip-shaped mounting hole extending along the length direction of its side wall; the fixed power supply terminal is arranged inside the strip-shaped power supply cavity; the power supply head is positioned on the strip-shaped mounting hole, and comprises a power supply part located inside the strip-shaped power supply cavity and an output part located outside the strip-shaped power supply cavity; the shelf power supply device further comprises a flexible wire having two ends, wherein the power supply head is positioned to be slidable on the strip-shaped mounting hole and the flexible wire is arranged inside the strip-shaped power supply cavity, and a first end of the flexible wire is connected to the fixed power supply terminal and a second end of the flexible wire is connected to the power supply part, wherein, when the power supply head is far from or close to the fixed power supply terminal, the flexible wire is stretched or bent correspondingly in the strip-shaped power supply cavity, characterized in that the fixed power supply terminal comprises a power supply wire passing through the strip-shaped power supply cavity and fixed at both ends thereof and a power supply block fixedly connected to the power supply wire and connected to the flexible wire.
Process for the solid/liquid extraction of a natural extract contained in at least a plant-based solid material or a micro-organism comprising at least the following steps: - solid/liquid extraction of at least one plant-based solid material or a micro-organism by a first solvent system comprising a solvent content chosen from the solvents comprising between 5 and 8 carbon atoms and one or two oxygen atoms in the form of either an ether functional group, ketone functional group, or ester functional group, of at least 50% by volume with respect to the total volume of the first solvent system, said solvents being chosen from methylketones, particularly methyl isobutyl ketone (MIBK), 2-heptanone, propionates, particularly ethyl propionate, n-butyl propionate, isoamyl propionate, propylethers, particularly diisopropyl ether (DIPE), and mixtures thereof, - retrieval of a natural extract comprising oil or butter, in particular enriched with unsaponifiable matter. - solid/liquid extraction of at least one plant-based solid material or a micro-organism by a first solvent system comprising a solvent content chosen from the solvents comprising between 5 and 8 carbon atoms and one or two oxygen atoms in the form of either an ether functional group, ketone functional group, or ester functional group, of at least 50% by volume with respect to the total volume of the first solvent system, said solvents being chosen from methylketones, particularly methyl isobutyl ketone (MIBK), 2-heptanone, propionates, particularly ethyl propionate, n-butyl propionate, isoamyl propionate, propylethers, particularly diisopropyl ether (DIPE), and mixtures thereof, - retrieval of a natural extract comprising oil or butter, in particular enriched with unsaponifiable matter.
Semiconductor component having - a semiconductor chip for generating a primary electromagnetic radiation, which is blue light, with a first peak wavelength - having a first conversion element which has a quantum structure and the quantum structure comprises a plurality of quantum layers, between which barrier layers are arranged, so that the quantum layers and the barrier layers form a multiple quantum well structure, wherein the quantum structure (6, 16) is formed to partially shift the primary radiation to a secondary radiation having a second peak wavelength and the secondary radiation is green light, and - a second conversion element which has a luminescent material, wherein the luminescent material has an Eu 2+ -doped nitride or an Mn 4+ -doped fluoride and is formed to shift an electromagnetic radiation to a tertiary radiation having a dominant wavelength, wherein the first conversion element is formed to generate a secondary radiation having a smaller peak wavelength than the dominant wavelength of the tertiary radiation and the tertiary radiation is red light, wherein - the second conversion element is located between the semiconductor chip and the first conversion element - the second conversion element is arranged on the semiconductor chip, - the first conversion element is arranged on the second conversion element, - the first conversion element has a transparent carrier, wherein the quantum structure is arranged on an underside of the carrier, and - the underside faces the second conversion element, and wherein the carrier consists of sapphire. - a semiconductor chip for generating a primary electromagnetic radiation, which is blue light, with a first peak wavelength - having a first conversion element which has a quantum structure and the quantum structure comprises a plurality of quantum layers, between which barrier layers are arranged, so that the quantum layers and the barrier layers form a multiple quantum well structure, wherein the quantum structure (6, 16) is formed to partially shift the primary radiation to a secondary radiation having a second peak wavelength and the secondary radiation is green light, and - a second conversion element which has a luminescent material, wherein the luminescent material has an Eu 2+ -doped nitride or an Mn 4+ -doped fluoride and is formed to shift an electromagnetic radiation to a tertiary radiation having a dominant wavelength, wherein the first conversion element is formed to generate a secondary radiation having a smaller peak wavelength than the dominant wavelength of the tertiary radiation and the tertiary radiation is red light, wherein - the second conversion element is located between the semiconductor chip and the first conversion element - the second conversion element is arranged on the semiconductor chip, - the first conversion element is arranged on the second conversion element, - the first conversion element has a transparent carrier, wherein the quantum structure is arranged on an underside of the carrier, and - the underside faces the second conversion element, and wherein the carrier consists of sapphire.
A method for use in a device of accessing a channel in a wireless communication system, the method comprising: receiving a channel switch announcement frame to advertise a channel switch from an access point, AP, the channel switch announcement frame including a channel switch announcement element, a secondary channel offset element and an extension channel offset element, the channel switch announcement element indicating when the channel switch occurs, the secondary channel offset element indicating a position of a secondary channel relative to a primary channel, the extension channel offset element indicating a position of at least one extension channel; and performing a communication with the AP by using the primary channel, the secondary channel and the at least one extension channel, wherein the secondary channel offset element is set to a value indicating one of first, second and third values, the first value indicating that no secondary channel is present, the second value indicating that the secondary channel is above the primary channel, the third value indicating that the secondary channel is below the primary channel, wherein the extension channel offset element is set to a value indicating one of first and second value, the first value indicating that the secondary channel and the primary channel are located below or above two extension channels, the second value indicating that the secondary channel and the primary channel are located between two extension channels. receiving a channel switch announcement frame to advertise a channel switch from an access point, AP, the channel switch announcement frame including a channel switch announcement element, a secondary channel offset element and an extension channel offset element, the channel switch announcement element indicating when the channel switch occurs, the secondary channel offset element indicating a position of a secondary channel relative to a primary channel, the extension channel offset element indicating a position of at least one extension channel; and performing a communication with the AP by using the primary channel, the secondary channel and the at least one extension channel, wherein the secondary channel offset element is set to a value indicating one of first, second and third values, the first value indicating that no secondary channel is present, the second value indicating that the secondary channel is above the primary channel, the third value indicating that the secondary channel is below the primary channel, wherein the extension channel offset element is set to a value indicating one of first and second value, the first value indicating that the secondary channel and the primary channel are located below or above two extension channels, the second value indicating that the secondary channel and the primary channel are located between two extension channels.