mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus comprising: a substrate; a high-frequency coupling device including a coupling electrode and a first ground portion formed as a conductive pattern on the substrate; a communication circuit unit configured to process a high-frequency signal transmitted and received by the coupling electrode; a resonant unit configured to increase an amount of electric current flowing into the coupling electrode, wherein the high-frequency coupling device is configured such that its longitudinal length in longitudinal direction of the substrate is shorter than its lateral length in lateral direction of the substrate perpendicular to its longitudinal direction; and a second ground portion formed on the substrate, wherein the second ground portion is separated from the first ground portion, wherein the coupling electrode, the first ground portion and the second ground portion are formed on the same surface of the substrate, and wherein the resonant unit is mounted on the first ground portion and the communication circuit unit is mounted on the second ground portion. a substrate; a high-frequency coupling device including a coupling electrode and a first ground portion formed as a conductive pattern on the substrate; a communication circuit unit configured to process a high-frequency signal transmitted and received by the coupling electrode; a resonant unit configured to increase an amount of electric current flowing into the coupling electrode, wherein the high-frequency coupling device is configured such that its longitudinal length in longitudinal direction of the substrate is shorter than its lateral length in lateral direction of the substrate perpendicular to its longitudinal direction; and a second ground portion formed on the substrate, wherein the second ground portion is separated from the first ground portion, wherein the coupling electrode, the first ground portion and the second ground portion are formed on the same surface of the substrate, and wherein the resonant unit is mounted on the first ground portion and the communication circuit unit is mounted on the second ground portion.
Sinker for use in a knitting machine, having the following features: • a shaft which extends predominantly in a sinker longitudinal direction, • wherein, on its front end in its sinker longitudinal direction, the shaft has at least one loop-formation means which, during knitting operation, is in contact with the yarn and which is involved in the loop formation, • wherein the at least one loop-formation means is a hold-down edge for holding down the knitted fabric that has just been finished, • wherein the shaft has at least one base slide surface, • wherein said base slide surface extends in the sinker longitudinal direction and the sinker width direction, extending transversely to the sinker longitudinal direction, of the shaft and downwardly delimits the extent of the shaft in its sinker vertical direction, extending transversely to the sinker longitudinal direction and sinker width direction, and is designed in such a way that, during knitting operation, the sinker can slide on it, • and wherein, during knitting operation, when loops are held down, loop-formation forces act at the hold-down edge of the sinker, said loop-formation forces acting upwards in the sinker vertical direction, characterized by • a first sub-element of an action pair for exerting a force acting in the sinker vertical direction of the sinker, wherein the action pair preferably comprises at least one spring element, • and wherein, by way of the exertable force of the action pair, the sinker can be preloaded in the sinker vertical direction in a knitting apparatus in order to compensate for the loop-formation forces. • a shaft which extends predominantly in a sinker longitudinal direction, • wherein, on its front end in its sinker longitudinal direction, the shaft has at least one loop-formation means which, during knitting operation, is in contact with the yarn and which is involved in the loop formation, • wherein the at least one loop-formation means is a hold-down edge for holding down the knitted fabric that has just been finished, • wherein the shaft has at least one base slide surface, • wherein said base slide surface extends in the sinker longitudinal direction and the sinker width direction, extending transversely to the sinker longitudinal direction, of the shaft and downwardly delimits the extent of the shaft in its sinker vertical direction, extending transversely to the sinker longitudinal direction and sinker width direction, and is designed in such a way that, during knitting operation, the sinker can slide on it, • and wherein, during knitting operation, when loops are held down, loop-formation forces act at the hold-down edge of the sinker, said loop-formation forces acting upwards in the sinker vertical direction, • a first sub-element of an action pair for exerting a force acting in the sinker vertical direction of the sinker, wherein the action pair preferably comprises at least one spring element, • and wherein, by way of the exertable force of the action pair, the sinker can be preloaded in the sinker vertical direction in a knitting apparatus in order to compensate for the loop-formation forces.
Smoke detection device for detecting smoke from a fire in a monitoring area, having a camera interface for accepting an image sequence having temporally successive individual images from a monitoring camera, wherein the individual images show the monitoring area, having an evaluation device for determining at least one moving object in the monitoring area, wherein the evaluation device is designed to determine a movement of the at least one moving object from at least two individual images in the image sequence, having a filter device for distinguishing the moving object as smoke or a non-smoke object on the basis of the movement of the moving object, characterized in that the evaluation device comprises a speed measuring unit for determining a speed v F of the average optical flow of the moving object and for determining a speed v G of a contour area of the moving object, wherein the filter device comprises a comparison unit, wherein the comparison unit is designed to detect the moving object as smoke if v G < v F and/or to detect the moving object as a non-smoke object if v G >= v F.
A method for detecting a misalignment of a vehicle chassis by using image data of a vehicle camera (12, 13, 14, 15) of a vehicle comprising - receiving image data from the vehicle camera (12, 13, 14, 15), - identifying a position of a horizon in the image data, - identifying a position (19, 20, 21) of a camera axis of the vehicle camera in the image data, - deriving a distance between the horizon and the position (19, 20, 21) of the camera axis, - retrieving a previously calibrated distance between the horizon and the position (19, 20, 21) of the camera axis from a computer readable memory, - deriving a misalignment value from the difference between the derived distance and the previously calibrated distance, - correlating the misalignment value with data relating to a suspension of the chassis, - generating an output signal if the misalignment value exceeds a first pre-determined threshold. - receiving image data from the vehicle camera (12, 13, 14, 15), - identifying a position of a horizon in the image data, - identifying a position (19, 20, 21) of a camera axis of the vehicle camera in the image data, - deriving a distance between the horizon and the position (19, 20, 21) of the camera axis, - retrieving a previously calibrated distance between the horizon and the position (19, 20, 21) of the camera axis from a computer readable memory, - deriving a misalignment value from the difference between the derived distance and the previously calibrated distance, - correlating the misalignment value with data relating to a suspension of the chassis, - generating an output signal if the misalignment value exceeds a first pre-determined threshold.
A rotary wing aircraft that extends along an associated roll axis between a nose region and an aft region, comprising: a fuselage with a front section and a rear section, wherein the front section comprises a port side wall and a starboard side wall a main rotor that is rotatably mounted at the front section, a shrouded duct that is arranged in the aft region, and a pusher propeller that is rotatably mounted to the shrouded duct, wherein the rear section extends in prolongation to one of the port side wall or the starboard side wall between the front section and the shrouded duct; characterized in that the rear section comprises an asymmetrical cross-sectional profile in direction of the associated roll axis, and wherein the rear section is configured to generate sideward thrust (1210,1220) for main rotor anti-torque from main rotor downwash. a fuselage with a front section and a rear section, wherein the front section comprises a port side wall and a starboard side wall a main rotor that is rotatably mounted at the front section, a shrouded duct that is arranged in the aft region, and a pusher propeller that is rotatably mounted to the shrouded duct, wherein the rear section extends in prolongation to one of the port side wall or the starboard side wall between the front section and the shrouded duct; characterized in that the rear section comprises an asymmetrical cross-sectional profile in direction of the associated roll axis, and wherein the rear section is configured to generate sideward thrust (1210,1220) for main rotor anti-torque from main rotor downwash.
Device for storing planar substrates, in particular wafers or test wafers such as those which are primarily found in the manufacture of electronic components, the device having a plurality of storage elements which are consecutive in a stacking direction, movable in relation to one another and are each provided to receive at least one substrate, the storage elements each being provided with means for supporting the substrates, the storage elements having a stacking region which is provided for arranging the relevant storage element within a stack of storage elements, and at least some of the storage elements being substantially the same, characterised in that, in order to compensate for stacking errors, the storage elements are arranged such that they are rotationally offset from one another with respect to their circumferential direction, in that storage elements arranged one on top of the other form notches and flattened portions for an opening means such that storage elements stacked one on top of the other form at least two substantially juxtaposed rows (46a, 46b) of notches and flattened portions, and in that the notches and flattened portions of the two rows (46a, 46b) are offset in the direction of a stacking axis by half the distance between consecutive notches and flattened portions in one of the rows (46a, 46b).
Centrifuge, particularly a separator, having a. a rotatable centrifugal drum with a vertical axis of rotation, b. a rotatable drive spindle for the centrifugal drum, c. at least one feed line for a control fluid in a hydraulic system in the interior of the centrifugal drum, characterized in that d. the feed line for the control fluid leads out radially in front of the drive spindle in an outlet region, which is oriented and arranged such that the emerging control fluid can be spread directly against the drive spindle such that a portion of the control fluid enters through a gap between the drive spindle and the centrifugal drum or a part non-rotatably connected with the centrifugal drum into the hydraulic system in the interior of the drum, e. that the drive spindle has a relatively smooth surface in the region in which the water jet impacts and in which the drive spindle enters the centrifugal drum; i.e. there are no grooves or abrupt diameter changes. a. a rotatable centrifugal drum with a vertical axis of rotation, b. a rotatable drive spindle for the centrifugal drum, c. at least one feed line for a control fluid in a hydraulic system in the interior of the centrifugal drum, d. the feed line for the control fluid leads out radially in front of the drive spindle in an outlet region, which is oriented and arranged such that the emerging control fluid can be spread directly against the drive spindle such that a portion of the control fluid enters through a gap between the drive spindle and the centrifugal drum or a part non-rotatably connected with the centrifugal drum into the hydraulic system in the interior of the drum, e. that the drive spindle has a relatively smooth surface in the region in which the water jet impacts and in which the drive spindle enters the centrifugal drum; i.e. there are no grooves or abrupt diameter changes.
Coupling device of an intake system of a charged internal combustion engine, in particular of a motor vehicle, comprising at least one first duct part of a charge air duct having a female joining section at an end of the at least one first duct part and comprising at least one second duct part of the charge air duct having a male joining section at an end of the at least one second duct part, wherein at least the female joining section of the at least one first duct part is at least partly flexible and wherein the male joining section can at least partly be plugged in the female joining section, the coupling device further comprising at least one reinforcing sleeve, for reinforcing at least the at least one male joining section, and comprising a clamping ring for engaging around the connected joining sections (38, 40) of the duct parts (30, 32) with regard to a coupling axis, comprising at least one fastener part (54; 154) of at least one fastener (52; 152) for engaging with at least one corresponding fastener part (50; 150) of the at least one second duct part and comprising at least one clamping part (42, 44) of a clamping connection for pressing at least a part of the female joining section at least against the male joining section, characterized in that the at least one fastener (52; 152) realizes a form-locked and/or force-locked join, wherein at least a radial inner surface at least of the at least one female joining section and/or at least a radial outer surface at least of the male joining section and/or at least a radial inner surface of the clamping ring are funnel shaped or conical shaped or a combination of funnel shaped and conical shaped, and wherein the reinforcing sleeve is acting as a counterpart to the clamping part with a clamping protrusion of the clamping ring.
An air flow control system for a respirator, the control system comprising: a shell that defines a breathable air zone for a user wearing the respirator; an air delivery conduit (27, 28, 28a, 28b) within the shell of the respirator; a valve member (57, 257) moveable relative to the air delivery conduit (27, 28, 28a, 28b) and within the shell to vary the air flow through the air delivery conduit (27, 28, 28a, 28b); an air inlet conduit (26, 226) in fluid communication with the air delivery conduit and extending out of an opening in the shell; and an outer device (46, 246) outside of the shell of the respirator that is rotatable by a user of the respirator while wearing the respirator to control movement of the valve member (57, 257); characterised in that the air delivery conduit (27, 28, 28a, 28b) is separable from the shell. a shell that defines a breathable air zone for a user wearing the respirator; an air delivery conduit (27, 28, 28a, 28b) within the shell of the respirator; a valve member (57, 257) moveable relative to the air delivery conduit (27, 28, 28a, 28b) and within the shell to vary the air flow through the air delivery conduit (27, 28, 28a, 28b); an air inlet conduit (26, 226) in fluid communication with the air delivery conduit and extending out of an opening in the shell; and an outer device (46, 246) outside of the shell of the respirator that is rotatable by a user of the respirator while wearing the respirator to control movement of the valve member (57, 257); characterised in that the air delivery conduit (27, 28, 28a, 28b) is separable from the shell.
A method for heating a blank by an energization using a single pair of electrodes (10, 60) connected with two different ends of the blank, wherein the blank has a non-energized area (4, 5, 54, 55, 56) formed in a direction perpendicular to equipotential lines generated between the electrode pair (10, 60), and the non-energized area (4, 5, 54, 55, 56) comprises: a cutout (4, 54, 55) formed at an end of the blank, opening the end of the blank; and a hole (5, 56) formed inside the blank, current paths (20, 70, 80) are arranged at both ends of peripheries separated by the cutout (4, 54, 55) and the hole (5, 56) in the direction perpendicular to the equipotential lines, and the current path (20, 70, 80) connected to the cutout (4, 54, 55) is connected to the electrode, whereby the current paths (20, 70, 80) bypass the non-energized area (4, 5, 54, 55, 56) between the electrode pair (10, 60) so as to make a change of section area along the direction perpendicular to the energization direction small, and the current paths (20, 70, 80) are made of a material having lower electric resistance than the blank.
A dental floss comprising: an elastomeric matrix containing one or more particles; wherein the dental floss is adapted such that at least one of the one or more particles protrudes from the matrix in increasing amounts as increasing tensile stress is applied to the dental floss, wherein the elastomeric matrix comprises: a blend of an elastomeric block copolymer and polypropylene; and a plasticizer, and wherein at least one of said one or more particles is an abrasive particle, and the dental floss comprises from 0.1 to 5% by weight based on a weight of the dental floss, of abrasive particles, wherein the abrasive particles comprise at least one member selected from the group consisting of silica, precipitated calcium carbonate, di-calcium phosphate, mica, crystalline alumino-silicate, precipitated silica, glass beads, glass bubbles, glass microspheres, ceramic microspheres and polymers having a melting point above 200°C and wherein the elastomeric block copolymer comprises a styrene-ethylene/butylene-styrene block copolymer; and wherein the elastomeric block copolymer comprises 50% to 99% by weight of the blend. an elastomeric matrix containing one or more particles; wherein the dental floss is adapted such that at least one of the one or more particles protrudes from the matrix in increasing amounts as increasing tensile stress is applied to the dental floss, wherein the elastomeric matrix comprises: a blend of an elastomeric block copolymer and polypropylene; and a plasticizer, and wherein at least one of said one or more particles is an abrasive particle, and the dental floss comprises from 0.1 to 5% by weight based on a weight of the dental floss, of abrasive particles, wherein the abrasive particles comprise at least one member selected from the group consisting of silica, precipitated calcium carbonate, di-calcium phosphate, mica, crystalline alumino-silicate, precipitated silica, glass beads, glass bubbles, glass microspheres, ceramic microspheres and polymers having a melting point above 200°C and
A method of sounding a wireless network associated with multiple basic service sets, BSSs, the method performed by a first access point corresponding to a first BSS and comprising: receiving, from a first wireless device (io6b-d) unassociated with the first access point, a first message including first beamforming information indicative of channel conditions between the first wireless device (io6b-d) and the first access point and indicative of channel conditions between the first wireless device (io6b-d) and a second access point (104b-d) corresponding to a second BSS; determining first sounding information for a first communication path between the first wireless device (io6b-d) and the first access point based on the first beamforming information; determining second sounding information for a second communication path between the first wireless device (io6b-d) and the second access point (104b-d) based on the second beamforming information; and transmitting a second message to the first wireless device (106b-d) based on the first beamforming information, wherein the second message include one or both of the first sounding information and the second sounding information. receiving, from a first wireless device (io6b-d) unassociated with the first access point, a first message including first beamforming information indicative of channel conditions between the first wireless device (io6b-d) and the first access point and indicative of channel conditions between the first wireless device (io6b-d) and a second access point (104b-d) corresponding to a second BSS; determining first sounding information for a first communication path between the first wireless device (io6b-d) and the first access point based on the first beamforming information; determining second sounding information for a second communication path between the first wireless device (io6b-d) and the second access point (104b-d) based on the second beamforming information; and transmitting a second message to the first wireless device (106b-d) based on the first beamforming information, wherein the second message include one or both of the first sounding information and the second sounding information.
A method for detecting and/or assaying and/or trapping at least one aldehyde, characterized in that it comprises a step of bringing a gas stream into contact with a material comprising a solid and transparent nanoporous metal oxide sol-gel matrix, said matrix containing at least one probe molecule bearing at least one reactive functional group which can react with an aldehyde functional group, said reactive functional group being chosen from enaminones and the corresponding β-diketone/amine pairs or salts derived from these compounds.
A monomeric bispecific fusion protein consisting of a single polypeptide that comprises: a first targeting domain with a specificity for a first target of interest; a bridging domain consisting of a full-length kappa or lambda-2 light chain constant domain of an immunoglobulin; a second targeting domain with a specificity for CD3; and an inter-domain linker comprising a GGGGS sequence fused to the C-terminus of the bridging domain and to the second targeting domain, wherein the first targeting domain is directly linked with the bridging domain. a first targeting domain with a specificity for a first target of interest; a bridging domain consisting of a full-length kappa or lambda-2 light chain constant domain of an immunoglobulin; a second targeting domain with a specificity for CD3; and an inter-domain linker comprising a GGGGS sequence fused to the C-terminus of the bridging domain and to the second targeting domain,
Method for metallurgical treatment of a metal melt, which contains carbon, within the scope of a production process, particularly during a metallurgical end treatment process or end treatment step, by means of a process gas brought, in particular blown, onto and/or into the metal melt, wherein carbon dioxide (CO 2) as process gas is blown onto and/or into the metal melt and inducted into the metal melt as well as, with execution of the endothermic Boudouard reaction, converted at least partly into carbon monoxide as product gas by carbon present in, in particular released into, the metal melt, characterised in that the metallurgical treatment comprises decarburisation, desiliconisation and dephosphorisation of the metal melt by means of the process gas carbon dioxide (CO 2) and the product gas carbon monoxide of the Boudouard reaction.