mhurhangee/ep-ind-claims huggingface dataset:
An air cycle machine, comprising: a housing with an exterior wall defining therethrough an overboard air inlet, an ambient air inlet, and an ambient air outlet; a scavenging turbine arranged within the housing and supported for rotation about a rotation axis and in fluid communication with the overboard air inlet; and an ambient air fan arranged within the housing and supported for rotation about the rotation axis within the housing, characterized in that the ambient air fan has a radially inner spoked portion and radially outer bladed portion, wherein the radially outer bladed portion fluidly couples the ambient air inlet to the ambient air outlet, and wherein the radially inner spoked portion fluidly couples the scavenging turbine to the ambient air fan within the housing. a housing with an exterior wall defining therethrough an overboard air inlet, an ambient air inlet, and an ambient air outlet; a scavenging turbine arranged within the housing and supported for rotation about a rotation axis and in fluid communication with the overboard air inlet; and an ambient air fan arranged within the housing and supported for rotation about the rotation axis within the housing, characterized in that the ambient air fan has a radially inner spoked portion and radially outer bladed portion, wherein the radially outer bladed portion fluidly couples the ambient air inlet to the ambient air outlet, and wherein the radially inner spoked portion fluidly couples the scavenging turbine to the ambient air fan within the housing.
A vehicle clip comprising: a stud unit comprising a stud body, a pair of panel fixing bodies disposed on both ends of the stud body, and hooks formed on upper and lower surfaces of the panel fixing bodies; and a clip body unit having an opening portion, wherein the clip body unit has a "T" shape, wherein the opening portion has a shape corresponding to a shape of the stud body and the hooks so that the stud unit is bidirectionally fitted into the clip body unit. a stud unit comprising a stud body, a pair of panel fixing bodies disposed on both ends of the stud body, and hooks formed on upper and lower surfaces of the panel fixing bodies; and a clip body unit having an opening portion, wherein the clip body unit has a "T" shape, wherein the opening portion has a shape corresponding to a shape of the stud body and the hooks so that the stud unit is bidirectionally fitted into the clip body unit.
Drive device for the generation of an actuation movement, having at least one actuation element made from a memory shape alloy, having at least one resetting element which counteracts the actuation movement of the at least one actuation element, and the at least one actuation element is received between two connection elements that are arranged separately from each other and with spacing apart from each other and engages with or is fastened to each connection element, the connection elements are held at a distance by the at least one actuation element and the at least one resetting element, which are positioned between the connection elements, and, as a result of the opposing directions of action thereof, the connection elements are positioned in a defined starting position for controlling an actuation movement, and the at least one actuation element and the at least one resetting element are positioned coaxially relative to each other, - wherein each connection element comprises a first connection section for guiding the at least one resetting element, - wherein the at least one actuation element and the at least one resetting element each engage with the connection elements and the at least one resetting element surrounds the actuation element, characterized in - that the actuation element is held with a clamping element in a through bore of the connection element or is at least simply redirected, - each connection element has an installation section opposite to the connection section, and - the connection elements, the at least one actuation element and the at least one resetting element are formed as a manageable module. - wherein each connection element comprises a first connection section for guiding the at least one resetting element, - wherein the at least one actuation element and the at least one resetting element each engage with the connection elements and the at least one resetting element surrounds the actuation element, characterized in - that the actuation element is held with a clamping element in a through bore of the connection element or is at least simply redirected, - each connection element has an installation section opposite to the connection section, and - the connection elements, the at least one actuation element and the at least one resetting element are formed as a manageable module.
Arrangement (12, 30) comprising a housing wall (14, 39), an ultrasonic converter (13, 31) and a damping element (19, 32) with a longitudinal axis, wherein said damping element (19, 32) connects the ultrasonic converter (13, 31) with the housing wall (14, 39), wherein the ultrasonic converter (13, 31) has a surface in conduct with the medium, wherein from said surface ultrasonic signals are emitted to a gaseous or liquid medium, wherein the damping element (19, 32) is provided for the structure-borne sound attenuation between the ultrasonic converter (13, 31) and the housing wall (14, 39), and wherein, during the operation of the ultrasonic converter, the damping element (19, 32) has at least one, particularly several, vibration node points, characterized in that at least a first sealing ring (21, 40) is arranged between the damping element (19, 32) and the housing wall (14, 39), said sealing ring being designed to be arranged on the same axial position along the longitudinal axis of the damping element as the at least one vibration node point.
A composite IC card comprising an antenna, a noncontacting interface which performs generation of driving power from a signal received via the antenna and performs signal transmission and reception, and a contacting interface which performs supply of driving power and signal transmission and reception in a contacting manner, a control circuit which processes data received via the contacting or the noncontacting interface (401, 400) characterized by further comprising inhibiting means (309; 309a, 312-316, 317-320) for inhibiting input/output of data to/from the control circuit and supply of the driving power to the control circuit via the noncontacting interface while the composite IC card is driven by the contacting interface.
A method, stored in a memory and executing on a processor, for mitigating interference associated with transmissions on radio access links and wireless backhaul links (332, 334, 336; 430, 432, 434) of mobile relay nodes (250; 800), said method comprising: applying fractional frequency reuse between the radio access links and the wireless backhaul links associated with said mobile relay nodes, wherein said fractional frequency reuse is applied within a donor macro cell (302-306; 426-430; 502-506) having an associated, stationary base station (326-330; 402-406; 532, 570) and wherein applying fractional frequency reuse comprises: assigning a first group of dedicated frequency resource blocks to said wireless backhaul links between said mobile relay nodes (250; 800) and said base station; and assigning a second group of dedicated frequency resource blocks to said radio access links of said mobile relay nodes (250; 800); and applying power controlled targeted beamforming to the wireless backhaul links associated with the mobile relay nodes, wherein the power control comprises adjusting power associated with a wireless backhaul link as a mobile relay node (250; 800) changes geographical position with respect to the associated, stationary base station. applying fractional frequency reuse between the radio access links and the wireless backhaul links associated with said mobile relay nodes, wherein said fractional frequency reuse is applied within a donor macro cell (302-306; 426-430; 502-506) having an associated, stationary base station (326-330; 402-406; 532, 570) and wherein applying fractional frequency reuse comprises: assigning a first group of dedicated frequency resource blocks to said wireless backhaul links between said mobile relay nodes (250; 800) and said base station; and assigning a second group of dedicated frequency resource blocks to said radio access links of said mobile relay nodes (250; 800); and assigning a first group of dedicated frequency resource blocks to said wireless backhaul links between said mobile relay nodes (250; 800) and said base station; and assigning a second group of dedicated frequency resource blocks to said radio access links of said mobile relay nodes (250; 800); and applying power controlled targeted beamforming to the wireless backhaul links associated with the mobile relay nodes, wherein the power control comprises adjusting power associated with a wireless backhaul link as a mobile relay node (250; 800) changes geographical position with respect to the associated, stationary base station.
A continuously operating centrifuge for centrifuging sugar massecuites, comprising elements (20, 30, 40, 50) which rotate about a common axis, comprising a drive unit, comprising an outer housing consisting of a framework having a base and side walls and comprising vibration damping elements, comprising an inner housing which is provided around the elements (20, 30, 40, 50) rotating about the common axis, wherein the vibration damping elements are arranged between the inner housing and the base of the framework of the outer housing, wherein the drive unit together with the inner housing are vibration-damped with respect to the outer housing incorporating the framework by the vibration damping elements, and wherein there is provided a surrounding collecting device for the centrifuged sugar particles which together with the outer housing incorporating the framework is vibration-damped with respect to the inner housing.
Method for the production of a double-layer composite material consisting of hydroxyapatite and β-tricalcium phosphate in a collagen matrix, in which a first layer consists of collagen and a second layer consists of granules of hydroxyapatite/β-tricalcium phosphate or their aggregates immersed in a matrix of collagen, which comprises the following steps: a) in a container, preparing an aqueous solution of collagen at a concentration between 0.5% and 2% by weight; b) distributing a layer of granules of hydroxyapatite/β-tricalcium phosphate having a size between 0.3 and 5 mm on the surface of said aqueous solution prepared in step a) and wait for the deposition by gravity of said granules on the bottom of the layer of collagen solution. c) cooling the product obtained in step b) to a temperature between -20 and - 30 °C; d) subjecting to lyophilization the product obtained in step c). a) in a container, preparing an aqueous solution of collagen at a concentration between 0.5% and 2% by weight; b) distributing a layer of granules of hydroxyapatite/β-tricalcium phosphate having a size between 0.3 and 5 mm on the surface of said aqueous solution prepared in step a) and wait for the deposition by gravity of said granules on the bottom of the layer of collagen solution. c) cooling the product obtained in step b) to a temperature between -20 and - 30 °C; d) subjecting to lyophilization the product obtained in step c).
An ultrasonic endoscope comprising: an endoscope head body that is disposed on a distal side of an insertion portion of the ultrasonic endoscope and is provided with an Albarran lever chamber which is open in a radial direction of the endoscope head body at a side surface of the endoscope head body and extends in the axial direction of the endoscope head body, the endoscope head body comprises a working channel, wherein on the proximal side of the Albarran lever chamber, the working channel enters into the Albarran lever chamber; a convex-shaped ultrasonic head that is disposed on the distal side of the endoscope head body and capable of transmitting and receiving ultrasonic signals in a lateral viewing direction corresponding to the side surface of the endoscope head body; and an Albarran lever that can be attached at and removed from the endoscope head body is disposed in the Albarran lever chamber and pivotally fixed to be rotatable, wherein the Albarran lever detachably engages with a pin in the Albarran lever chamber, the pin arranged on a rotating shaft, the pin is fixed to a pivot lever that forms the rotating shaft and is rotatably supported by the endoscope head body, and the pivot lever rotates in conjunction with an operation of an actuating lever provided in an operation unit of the ultrasonic endoscope, characterized in that the pin extends from the rotating shaft in a radial direction of the rotating shaft. an endoscope head body that is disposed on a distal side of an insertion portion of the ultrasonic endoscope and is provided with an Albarran lever chamber which is open in a radial direction of the endoscope head body at a side surface of the endoscope head body and extends in the axial direction of the endoscope head body, the endoscope head body comprises a working channel, wherein on the proximal side of the Albarran lever chamber, the working channel enters into the Albarran lever chamber; a convex-shaped ultrasonic head that is disposed on the distal side of the endoscope head body and capable of transmitting and receiving ultrasonic signals in a lateral viewing direction corresponding to the side surface of the endoscope head body; and an Albarran lever that can be attached at and removed from the endoscope head body is disposed in the Albarran lever chamber and pivotally fixed to be rotatable, the Albarran lever detachably engages with a pin in the Albarran lever chamber, the pin arranged on a rotating shaft, the pin is fixed to a pivot lever that forms the rotating shaft and is rotatably supported by the endoscope head body, and the pivot lever rotates in conjunction with an operation of an actuating lever provided in an operation unit of the ultrasonic endoscope, characterized in that the pin extends from the rotating shaft in a radial direction of the rotating shaft.
A method for cutting hair for obtaining a smooth, curly hairstyle, using scissors, wherein the following steps are carried out: a) forming an uncut chunk of hair by means of a comb and holding the chunk of hair between two adjacent fingers of a hand approximately vertically to the shape of the parallel hair, which is held tightly away from the scalp and then b) the open scissors are inserted with the other hand at an angle or vertically to the shape of the hair of the chunk of hair, which is held, c) the scissors are moved so as to slide (9") from a cutting point, away from the fingers, which hold the chunk of hair, in the direction of the fingers, which hold the chunk of hair, and a closing movement of the scissors is carried out at the same time, namely such that d) a leveling curve-shaped cutting line runs from the cutting point so as to level out at least approximately vertically to the fingers, wherein e) more than one cutting line is carried out for each chunk of hair, characterized in that, in the case of step c), the hairdresser carries out a pivot movement away from the head of the client towards the fingers, which hold the chunk of hair, during the sliding movement (9"). a) forming an uncut chunk of hair by means of a comb and holding the chunk of hair between two adjacent fingers of a hand approximately vertically to the shape of the parallel hair, which is held tightly away from the scalp and then b) the open scissors are inserted with the other hand at an angle or vertically to the shape of the hair of the chunk of hair, which is held, c) the scissors are moved so as to slide (9") from a cutting point, away from the fingers, which hold the chunk of hair, in the direction of the fingers, which hold the chunk of hair, and a closing movement of the scissors is carried out at the same time, namely such that d) a leveling curve-shaped cutting line runs from the cutting point so as to level out at least approximately vertically to the fingers, wherein e) more than one cutting line is carried out for each chunk of hair,
An apparatus for pliabilizing tubular materials comprising: a frame; a ring holder assembly mounted to the frame, wherein the ring holder assembly includes a circumferential ring, and a plurality of pairs of non-mechanically driven, rotatable wheels spaced circumferentially around said ring and mounted thereto; and a mandrel assembly including a mandrel having proximal and distal ends (311, 309) and a maximum outer circumference, wherein the mandrel has a longitudinal axis (L-L) and a plurality of non-mechanically driven, rotatable wheels spaced apart about a circumference of the mandrel at a location spaced apart from the proximal end and mounted thereto so as to extend radially beyond said maximum outer circumference; wherein the wheels of each pair of rotatable wheels of the ring holder assembly extend inwardly from the circumferential ring and spin in a direction along the longitudinal axis (L-L) of the mandrel, wherein the pairs of wheels of the ring holder assembly are positioned so as to each align with a respective wheel of the mandrel assembly, and wherein the wheels of the mandrel assembly are positioned between and in circumferential contact with both wheels of the respective pairs of the wheels of the ring holder assembly to thereby maintain the position of the mandrel assembly relative to the ring holder assembly and frame without any further structural support. a frame; a ring holder assembly mounted to the frame, wherein the ring holder assembly includes a circumferential ring, and a plurality of pairs of non-mechanically driven, rotatable wheels spaced circumferentially around said ring and mounted thereto; and a mandrel assembly including a mandrel having proximal and distal ends (311, 309) and a maximum outer circumference, wherein the mandrel has a longitudinal axis (L-L) and a plurality of non-mechanically driven, rotatable wheels spaced apart about a circumference of the mandrel at a location spaced apart from the proximal end and mounted thereto so as to extend radially beyond said maximum outer circumference; wherein the wheels of each pair of rotatable wheels of the ring holder assembly extend inwardly from the circumferential ring and spin in a direction along the longitudinal axis (L-L) of the mandrel, wherein the pairs of wheels of the ring holder assembly are positioned so as to each align with a respective wheel of the mandrel assembly, and wherein the wheels of the mandrel assembly are positioned between and in circumferential contact with both wheels of the respective pairs of the wheels of the ring holder assembly to thereby maintain the position of the mandrel assembly relative to the ring holder assembly and frame without any further structural support.
A computer-implemented method for providing stimulated images for use with a display system in conjunction with vision augmenting equipment used to convert imagery in one or more of the visible and/or invisible spectral bands into imagery that is clearly visible to the human eye, the method comprising: determining measured spectral characteristics that characterize a display system; determining spectral response characteristics for vision augmenting equipment; mapping for each of a plurality of luminance values, according to the measured spectral characteristics of the display system and the spectral response characteristics of the vision augmenting equipment, a set of stimulating color parameters; receiving a simulated data stream, the simulated data stream including a plurality of simulated luminance values; and for each simulated luminance value of the simulated data stream, determining a set of stimulating color parameters to be provided to the display system according to said mapping. determining measured spectral characteristics that characterize a display system; determining spectral response characteristics for vision augmenting equipment; mapping for each of a plurality of luminance values, according to the measured spectral characteristics of the display system and the spectral response characteristics of the vision augmenting equipment, a set of stimulating color parameters; receiving a simulated data stream, the simulated data stream including a plurality of simulated luminance values; and for each simulated luminance value of the simulated data stream, determining a set of stimulating color parameters to be provided to the display system according to said mapping.
A non-resonance photo-neutralizer for neutral beam injectors comprising first and second mirrors (30,20) having opposing mirror surfaces forming a photon trap, wherein the mirror surface of the first mirror is concave, and the mirror surface of the second mirror is flat, characterised in that the first mirror comprises a mirror assembly (32,34) including a central mirror and first and second outer mirrors coupled to the central mirror,-wherein the central mirror is cylindrically shaped and the outer mirrors are conically shaped.
A method of tuning a vibratory ring structure forming part of a gyroscope characterized by determining an angular separation between a pair of fine tuning holes of substantially the same size, located on or near the neutral axis of the vibratory ring structure, the angular separation being selected to reduce to an acceptable level the frequency split between the target normal mode and a further normal mode which is angularly offset relative to the target normal mode, and forming the pair of fine tuning holes in the vibratory ring structure at the determined angular separation.
A device for loading and/or unloading a glass plate storage device, wherein the device comprises a loading system comprising a gear wheel with a series of depressions in an outer surface of the gear wheel thereby defining a rim of teeth between pairs of depressions, wherein the gear wheel is configured to engage the glass plate storage device and to perform at least one of rotating in a first direction thereby moving the glass plate storage device (401; 805, 807) towards the device for loading the glass plate storage device (401; 805, 807) over the device and rotating in a second direction thereby moving the glass plate storage device (401; 805, 807) away from the device and to disengage the glass plate storage device (401; 805, 807) for unloading the glass plate storage device (401; 805, 807) from the device and wherein the first direction and the second direction are opposite directions.
Method for operating a hybrid vehicle having an internal combustion engine and at least one electric motor, each for outputting a torque to operate the vehicle, in particular to be able to drive at least one vehicle wheel, wherein the internal combustion engine is assigned an exhaust system with a catalytic converter system for at least one exhaust gas component and an energy storage device is provided for storing and outputting electrical energy again, and at least one value of a catalytic converter activity is determined and compared with at least one predefined limiting value, and a motor or generator torque addition M_E of at least one electric motor is carried out as a function of the comparison result and of a state value of the energy store in order to influence activity parameters of the catalytic converter system in a targeted fashion, characterized in that in the case of a catalytic converter temperature T_Kat within a predefined temperature window TF1 and an exhaust gas mass flow and/or a raw emission of at least one exhaust gas component which is/are greater than a threshold value SW1, motor assistance is provided by the electric motor and no assistance is provided if the energy storage device has stored less energy than a predefined threshold value E_SPmn.