mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a self-supporting case intended to provide thermal insulation for a fluid-storage tank with a fluid-tight membrane, said method comprising: - providing a plurality of bearing webs made of composite material comprising a fiber-reinforced thermoplastic matrix; - providing a base panel and a cover panel ; the base panel and the cover panel each have an inner face turned towards the inside of the case, and an outer face ; - interposing the bearing webs between the base panel and the cover panel such that the base panel and the cover panel are spaced apart in a thickness direction of the case and the bearing webs extend in the thickness direction; - fixing the bearing webs to the base panel and/or to the cover panel ; - lining a plurality of compartments arranged between the bearing webs with a heat-insulating lining; the method being characterized in that the base panel and the cover panel each comprise at least one thermoplastic element for fixing the bearing webs ; in that the bearing webs are fixed to the base panel and the cover panel by a thermoplastic welding operation performed at interface zones between the bearing webs and the thermoplastic elements of the base panel and the cover panel , an in that , the inner faces of the base panel and cover panel are covered with thermoplastic film for fixing the bearing webs . - providing a plurality of bearing webs made of composite material comprising a fiber-reinforced thermoplastic matrix; - providing a base panel and a cover panel ; the base panel and the cover panel each have an inner face turned towards the inside of the case, and an outer face ; - interposing the bearing webs between the base panel and the cover panel such that the base panel and the cover panel are spaced apart in a thickness direction of the case and the bearing webs extend in the thickness direction; - fixing the bearing webs to the base panel and/or to the cover panel ; - lining a plurality of compartments arranged between the bearing webs with a heat-insulating lining; the method being characterized in that the base panel and the cover panel each comprise at least one thermoplastic element for fixing the bearing webs ; in that the bearing webs are fixed to the base panel and the cover panel by a thermoplastic welding operation performed at interface zones between the bearing webs and the thermoplastic elements of the base panel and the cover panel , an in that , the inner faces of the base panel and cover panel are covered with thermoplastic film for fixing the bearing webs .
Locking arrangement for a double-leaf door (active leaf 3, inactive leaf 5), comprising a lock case having a lock bolt and a blocking means (18.1), which secures the lock bolt in an extended state against transfer into a retracted state, and also comprising a box keep having a striker plate , wherein the lock bolt in the extended state engages, at least to some extent, in an aperture of the striker plate , wherein, for the purpose of performing a panic function, an actuating device in the box keep actuates an unlocking element , which is guided in the lock bolt , disengages the blocking means of the lock bolt in the lock case and transfers the lock bolt from the extended state into the retracted state, in which the lock bolt releases the striker plate , wherein the actuating device , in the form of a pivoting lever, can be pivoted between a starting position and an end position and is configured with a basic lever , which can be pivoted about a pivot pin , and an actuating lever , characterized in that the actuating lever is connected to the basic lever for rotation about a rotary pin and its position in relation to the basic lever can be altered via a setting device , wherein the change in position of the actuating lever can be used to set a gap width (S, S', S") in the extended state between the actuating lever and lock bolt .
An optical element comprising a base material and an antireflection film , wherein the antireflection film consists of a first film formed on the base material and a second film formed on the first film , wherein the second film consists of a first layer , a second layer , and a third layer , in order from a side closest to the first film , wherein the first layer and the third layer each include silicon oxide, wherein the second layer includes magnesium fluoride; and wherein the first layer and the third layer each include silicon oxide at a weight ratio of 90% or more; characterized in that the base material consists of resin material, and the first layer and the third layer each include aluminum at a weight ratio of 10% or less. wherein the antireflection film consists of a first film formed on the base material and a second film formed on the first film , wherein the second film consists of a first layer , a second layer , and a third layer , in order from a side closest to the first film , wherein the first layer and the third layer each include silicon oxide, wherein the second layer includes magnesium fluoride; and wherein the first layer and the third layer each include silicon oxide at a weight ratio of 90% or more; characterized in that the base material consists of resin material, and the first layer and the third layer each include aluminum at a weight ratio of 10% or less.
A refrigerator appliance defining a vertical direction, a lateral direction, and a transverse direction, the refrigerator appliance comprising: a cabinet defining a chilled chamber; a door providing selective access to the chilled chamber; a drawer assembly comprising: a storage bin positioned within the chamber; an adjustable divider positioned within the storage bin , the adjustable divider comprising a top support arm and a window mounted to the top support arm , wherein the window is transparent or translucent; a light source mounted on the adjustable divider ; and a power supply assembly electrically connected to the light source as the adjustable divider slides within the storage bin , characterized in that the light source is mounted onto the top support arm and directed through the window , in that the storage bin defines a rear guide track that extends along a rear wall , and in that the adjustable divider comprises: one or more rear wheels rotatably coupled to the top support arm and being positioned within the rear guide track for guiding the adjustable divider as it is moved along a lateral direction. a cabinet defining a chilled chamber; a door providing selective access to the chilled chamber; a drawer assembly comprising: a storage bin positioned within the chamber; an adjustable divider positioned within the storage bin , the adjustable divider comprising a top support arm and a window mounted to the top support arm , wherein the window is transparent or translucent; a light source mounted on the adjustable divider ; and a power supply assembly electrically connected to the light source as the adjustable divider slides within the storage bin , characterized in that a storage bin positioned within the chamber; an adjustable divider positioned within the storage bin , the adjustable divider comprising a top support arm and a window mounted to the top support arm , wherein the window is transparent or translucent; a light source mounted on the adjustable divider ; and a power supply assembly electrically connected to the light source as the adjustable divider slides within the storage bin , characterized in that the light source is mounted onto the top support arm and directed through the window , in that the storage bin defines a rear guide track that extends along a rear wall , and in that the adjustable divider comprises: one or more rear wheels rotatably coupled to the top support arm and being positioned within the rear guide track for guiding the adjustable divider as it is moved along a lateral direction.
An imaging medical device , comprising: an elongate shaft having a distal end region ; an imaging assembly disposed within the elongate shaft, the imaging assembly including a drive cable , a housing coupled to the drive cable, and a transducer coupled to the housing; and a bubble-reducing member disposed adjacent to the drive cable, characterized in that the bubble-reducing member includes a barrier disk with a plurality of openings formed therein. an elongate shaft having a distal end region ; an imaging assembly disposed within the elongate shaft, the imaging assembly including a drive cable , a housing coupled to the drive cable, and a transducer coupled to the housing; and a bubble-reducing member disposed adjacent to the drive cable, characterized in that the bubble-reducing member includes a barrier disk with a plurality of openings formed therein.
Knitted fabric comprising regions (10~50) having different cushioning properties, which is designed as a two-layer knitted fabric and between stitch rows of which, at least one weft thread (15, S) is inserted in at least one portion, the knitted fabric layers being connected to one another in regions (10.1, 20.1, 30.1) which have no or a low level of cushioning and not being connected to one another in regions which have a higher level of cushioning, characterized in that a plurality of regions which have a different, higher level of cushioning are provided, which regions each comprise a plurality of consecutive stitch rows in which the knitted layers are not connected to one another, so that these regions are only filled by weft threads (15, S) between the knitted layers , these regions being distinguished by a different number of consecutive stitch rows having weft thread insertion without connection between the knitted layers , and thus being distinguished by the number of weft threads (15, S) between the knitted layers .
Electric motor vehicle auxiliary unit comprising an electronically commutated drive motor having motor coils and an electronic commutator arrangement energizing the motor coils , wherein the commutator arrangement comprises a control unit , multiple power semiconductors (T 1 -T 4 ) which are controlled by the control unit , a motor current tap and a high-pass filter wherein the motor current tap is arranged in the course of the motor current path at which current tap a voltage signal U M proportional to the motor current I M drops during motor energization, and wherein a high-pass filter is arranged between the motor current tap and the control unit , the input signal of which high-pass filter is the voltage signal U M and the output signal of the high-pass filter is a control signal for the control unit , by means of which, following the input of a peak signal (T) which is interpreted as a pole reversal trigger signal, the following pole reversal (K) is triggered after a delay (dt).
Impulse body modular assembly comprising at least two impulse body modules for a gas turbine blade , the impulse body modules being combined to form the impulse body modular assembly and each of the impulse body modules comprising a cuboid housing , characterized in that the housing has a first cavity which is closed by a first cover connected to the housing and in which a single first impulse body is received with movement play in at least one first impact direction (S), the housing has no further or only one further cavity in which a single further impulse body is received with play in at least one impact direction (S), the at least two impulse body modules being non-destructively detachable or permanently connected to one another.
A method of determining the effectiveness of an intervention on a hybrid copper-fibre access network, the method comprising the steps of: a) determining a value for the maximum achievable data rate MAR1 before the intervention; b) determining a value for the attenuation ATT1 before the intervention; c) determining a value for the maximum achievable data rate MAR2 after the intervention; d) determining a value for the attenuation ATT2 after the intervention; e) determining an effectiveness score E for the intervention based on the determined values of maximum achievable data rate MAR1 and MAR2 and attenuation ATT1 and ATT2 ; and f) determining whether a further intervention is required in accordance with the effectiveness score determined in step e). a) determining a value for the maximum achievable data rate MAR1 before the intervention; b) determining a value for the attenuation ATT1 before the intervention; c) determining a value for the maximum achievable data rate MAR2 after the intervention; d) determining a value for the attenuation ATT2 after the intervention; e) determining an effectiveness score E for the intervention based on the determined values of maximum achievable data rate MAR1 and MAR2 and attenuation ATT1 and ATT2 ; and f) determining whether a further intervention is required in accordance with the effectiveness score determined in step e).
Follower aircraft in formation flying comprising a flight command management system having at least one information source and a system for aiding formation flying of the follower aircraft with respect to a wake vortex from a leader aircraft , the system for aiding formation flying being independent of the at least one information source of the flight command management system, characterized in that the system for aiding formation flying comprises a controller and at least one accelerometer installed on the follower aircraft , the controller comprising electronic circuitry configured so as to: - receive (501, 601; 701, 703, 801, 802) acceleration measurements performed by said at least one accelerometer ; - process (502, 602; 702, 704, 803, 804) the received measurements so as to obtain therefrom a value representative of vibrations generated by the wake vortex from the leader aircraft ; - compare (503, 603; 706, 806) the obtained value with a predetermined threshold representative of excessive vibrations with regard to the location of said at least one accelerometer on the follower aircraft ; - generate (504, 604; 707, 807) a notification when the comparison shows that the obtained value is greater than the predetermined threshold, the notification being a message sent to the flight command management system, and in that the flight command management system is configured so as to make adjustments to the trajectory of the follower aircraft based on said message. - receive (501, 601; 701, 703, 801, 802) acceleration measurements performed by said at least one accelerometer ; - process (502, 602; 702, 704, 803, 804) the received measurements so as to obtain therefrom a value representative of vibrations generated by the wake vortex from the leader aircraft ; - compare (503, 603; 706, 806) the obtained value with a predetermined threshold representative of excessive vibrations with regard to the location of said at least one accelerometer on the follower aircraft ; - generate (504, 604; 707, 807) a notification when the comparison shows that the obtained value is greater than the predetermined threshold, the notification being a message sent to the flight command management system,
Compressor installation provided with a liquid-injected compressor device with at least one liquid-injected compressor element , an outlet pipe connected to an outlet of the compressor element , whereby a liquid separator is mounted in the outlet pipe which comprises an inlet and an outlet for compressed gas and an outlet for separated liquid and with a dryer connected to said outlet pipe of the type that uses a desiccant for drying compressed gas coming from the compressor device , whereby the dryer is provided with a drying section and a regeneration section with an entry and an exit for regeneration gas, whereby a regeneration pipe is connected to the entry of the regeneration section and whereby a heat exchanger is provided in said regeneration pipe for heating the regeneration gas with a primary section through which the regeneration gas is guided, characterised in that a secondary section of said heat exchanger is mounted in the compressor device and that the compressor installation is further provided with means to regulate the amount of liquid injected in the compressor element .
A liquid crystal display, comprising: a back light unit (BLU); a light valve panel (LV) disposed on the back light unit, and including a plurality of first unit pixel areas (UPR); and a video display panel (RV) disposed on the light valve panel, and including a plurality of second unit pixel areas (UPL), characterised in that each first unit pixel area has a rhomboid shape and each second unit pixel area has a quadrate shape, wherein the rhomboid shape corresponds to the quadrate shape rotated by 45 degrees. a back light unit (BLU); a light valve panel (LV) disposed on the back light unit, and including a plurality of first unit pixel areas (UPR); and a video display panel (RV) disposed on the light valve panel, and including a plurality of second unit pixel areas (UPL), characterised in that each first unit pixel area has a rhomboid shape and each second unit pixel area has a quadrate shape, wherein the rhomboid shape corresponds to the quadrate shape rotated by 45 degrees.
A media monitoring method comprising: extracting, with a server meter , watermark payload data having a first format from media being streamed from a media provider to a media device via a received transport stream in response to a request from the media device, the extracted watermark payload data identifying at least one of the media or a source of the media; transcoding, with the server meter , the extracted watermark payload data to form transcoded watermark payload data having a second format different from the first format; and encoding, at the server meter , the transcoded watermark payload data into an external metadata channel, which is external to and associated with the transport stream carrying media content, and transmitting the transcoded watermark payload data to the media device for receipt by a device meter executed by the media device prior to streaming the transport stream providing the media downstream from the server meter to the media device. extracting, with a server meter , watermark payload data having a first format from media being streamed from a media provider to a media device via a received transport stream in response to a request from the media device, the extracted watermark payload data identifying at least one of the media or a source of the media; transcoding, with the server meter , the extracted watermark payload data to form transcoded watermark payload data having a second format different from the first format; and encoding, at the server meter , the transcoded watermark payload data into an external metadata channel, which is external to and associated with the transport stream carrying media content, and transmitting the transcoded watermark payload data to the media device for receipt by a device meter executed by the media device prior to streaming the transport stream providing the media downstream from the server meter to the media device.
A sensor device for detecting an anomaly in a fluid power system having at least one periodically running process, the sensor device comprising at least one sensor for determining a measured value for the instantaneous flow rate in a line of the system and a control and evaluation unit configured to evaluate a time series of measured values and to determine whether an anomaly is present on the basis of at least one measured value, characterized in that the control and evaluation unit is configured to first determine from the time series a period duration of a cycle of the at least one periodically running process to be monitored, to consider a section of the time series of the period duration or a plurality of sections of the period duration and to determine at least one characteristic variable for this purpose, to compare the characteristic variable with a reference characteristic variable and, in the case of deviation by more than a tolerance, to determine the presence of an anomaly.
A method for evaluating an orientation of an elevator car , the method, performed by a control unit , comprises: obtaining measurement data from at least one inclination sensor associated to the elevator car , the measurement data comprising data values indicative of an orientation of the elevator car , characterized in that the method further comprises: comparing the data values of the measurement data to reference data values, setting , in accordance with a comparison between the data values of the measurement data to the reference data values, a detection result to express one of the following: i) the orientation of the elevator car is proper, ii) the orientation of the elevator car is improper. obtaining measurement data from at least one inclination sensor associated to the elevator car , the measurement data comprising data values indicative of an orientation of the elevator car , characterized in that the method further comprises: comparing the data values of the measurement data to reference data values, setting , in accordance with a comparison between the data values of the measurement data to the reference data values, a detection result to express one of the following: i) the orientation of the elevator car is proper, ii) the orientation of the elevator car is improper. comparing the data values of the measurement data to reference data values, setting , in accordance with a comparison between the data values of the measurement data to the reference data values, a detection result to express one of the following: i) the orientation of the elevator car is proper, ii) the orientation of the elevator car is improper.
A low noise amplifier, LNA, comprising: an input stage circuit to receive an RF signal, the input stage circuit comprising a MOS transistor in a common gate configuration coupled to a load resistor , and having a first input node and a second output node ; a first amplifier including a first pair of complementary MOS transistors , wherein the gate of each of the first pair of transistors is coupled to the first input node through one of a pair of capacitors , respectively, to convert a first noise voltage at the first input node into a first noise current at an output node of the first amplifier, wherein the drain of each of the first pair of transistors is coupled to the output node of the first amplifier; and a second amplifier directly coupled, dc coupled, to the first amplifier, and including a MOS transistor having its gate coupled to the second output node through a capacitor , its drain coupled to an output terminal of the LNA and its source coupled to the output node of the first amplifier, the second amplifier configured to provide noise canceling by summing the first noise current with a second noise current generated by the second amplifier as a function of the noise voltage at the second output node . an input stage circuit to receive an RF signal, the input stage circuit comprising a MOS transistor in a common gate configuration coupled to a load resistor , and having a first input node and a second output node ; a first amplifier including a first pair of complementary MOS transistors , wherein the gate of each of the first pair of transistors is coupled to the first input node through one of a pair of capacitors , respectively, to convert a first noise voltage at the first input node into a first noise current at an output node of the first amplifier, wherein the drain of each of the first pair of transistors is coupled to the output node of the first amplifier; and a second amplifier directly coupled, dc coupled, to the first amplifier, and including a MOS transistor having its gate coupled to the second output node through a capacitor , its drain coupled to an output terminal of the LNA and its source coupled to the output node of the first amplifier, the second amplifier configured to provide noise canceling by summing the first noise current with a second noise current generated by the second amplifier as a function of the noise voltage at the second output node .