mhurhangee/ep-ind-claims huggingface dataset:
An aircraft brake control system, comprising: a brake control module, comprising: a shutoff valve configured to receive a hydraulic fluid pressure via a primary hydraulic line; a servo valve configured to receive the hydraulic fluid pressure from the shutoff valve via an intermediate hydraulic line and configured to provide the hydraulic fluid pressure to apply braking force to a wheel via a third hydraulic line; and a dump valve in fluid communication with the hydraulic line, wherein the dump valve is an ON/OFF valve configured to be actuated to an open position in response to a locked wheel condition being detected to release the hydraulic fluid pressure from the third hydraulic line into a return line via the dump valve, wherein the servo valve and the dump valve are connected in parallel between the third hydraulic line and the return line. a shutoff valve configured to receive a hydraulic fluid pressure via a primary hydraulic line; a servo valve configured to receive the hydraulic fluid pressure from the shutoff valve via an intermediate hydraulic line and configured to provide the hydraulic fluid pressure to apply braking force to a wheel via a third hydraulic line; and a dump valve in fluid communication with the hydraulic line, wherein the dump valve is an ON/OFF valve configured to be actuated to an open position in response to a locked wheel condition being detected to release the hydraulic fluid pressure from the third hydraulic line into a return line via the dump valve, wherein the servo valve and the dump valve are connected in parallel between the third hydraulic line and the return line.
Handling system for mobile screen curtains provided with a handle bar having an internal guide and a movable carriage comprising at least a first module, the handling system comprising a plurality of guiding elements and at least one connector element interposed between the guiding elements and the at least one first module, characterized in that: - the guiding elements form a head body being connected between them by means of at least one pair of pins, each pin comprising a cylindrical body disposed on a circular base and a head, and at least an elastic element interposed between the pins; - the at least one connector element is connected to the last guiding element of the head body by means of at least a pair of other pins and at least another elastic element interposed between the other pins, - the elastic elements being configured to maintain the pair of pins in their position and to maintain the head always in contact with the surface of the guide of the handle bar, resulting creeping during handling of the handle bar and slowing the movement of the handle bar. - the guiding elements form a head body being connected between them by means of at least one pair of pins, each pin comprising a cylindrical body disposed on a circular base and a head, and at least an elastic element interposed between the pins; - the at least one connector element is connected to the last guiding element of the head body by means of at least a pair of other pins and at least another elastic element interposed between the other pins, - the elastic elements being configured to maintain the pair of pins in their position and to maintain the head always in contact with the surface of the guide of the handle bar, resulting creeping during handling of the handle bar and slowing the movement of the handle bar.
A sensor for the optical detection of an object in a detection zone, - having a light receiver for detecting a received signal (E1; E2; E3) dependent on the presence of the object; - having an evaluation unit for evaluating the received signal (E1; E2; E3) and for outputting a binary object detection signal (FB1; FB2; FB3); - having a timer internal to the sensor for determining an object detection time (tB1; tB2; tB3); and - having a synchronization input for recording a synchronization signal for synchronizing the timer with an external system time; and - having an output for outputting the binary object detection signal (FB1; FB2; FB3) and the associated objection detection time (tB1; tB2; tB3), wherein the evaluation unit has a memory, characterized in that the evaluation unit is configured to store received signal levels, which can adopt values between zero and at least one upper threshold in the memory at times (tn) predefined by the timer; and in that the evaluation unit has a time determination unit which is configured subsequently to determine the object detection time (tB1; tB2; tB3) from the stored values and from the predefined times (tn) after the received signal (E1; E2; E3) has exceeded an upper threshold value by moving back in the stored received signal levels until a lower threshold value is reached and the corresponding time is determined as the object detection time (tB1; tB2; tB3). - having a light receiver for detecting a received signal (E1; E2; E3) dependent on the presence of the object; - having an evaluation unit for evaluating the received signal (E1; E2; E3) and for outputting a binary object detection signal (FB1; FB2; FB3); - having a timer internal to the sensor for determining an object detection time (tB1; tB2; tB3); and - having a synchronization input for recording a synchronization signal for synchronizing the timer with an external system time; and - having an output for outputting the binary object detection signal (FB1; FB2; FB3) and the associated objection detection time (tB1; tB2; tB3),
Disc brake with a brake caliper which overlaps at least one brake disc, comprising an actuation mechanism received in the housing of the brake caliper, which includes an adjustment device, which upon the adjustment movement sets at least one rotary element directly or indirectly into rotation, in which the rotary element comprises a socket for receiving a tool for returning the adjustment device, and a sensor device which cooperates with the rotary element, characterized in that the sensor device comprises a hollow shaft which is in engagement with the rotary element such that the socket is freely accessible for the reception of said tool.
A method of motion information derivation for blocks of a picture, the method comprising: receiving input data associated with a current block; deriving three affine parameter motion vectors based on the motion information of neighboring coded blocks of the current block, wherein each of the affine parameter motion vectors is derived for one corner of the current block; deriving a Merge candidate list based on spatial or temporal neighboring blocks of the current block including the three affine parameter motion vectors as an affine Merge mode candidate; if the affine Merge mode is used for the current block, determining a current sub-block located at a current sub-block location within the current block; calculating a derived sub-block motion vector (MV_curr) for the current sub-block based on an affine motion-model function depending on the current sub-block location, wherein the affine motion-model function is represented by F ( x, y) = a × x + b × y + e, and wherein ( x, y) is the current sub-block location and a, b and e are affine model parameters associated with the affine motion-model function and are determined based on the affine parameter motion vectors; and encoding or decoding the current sub-block using the derived sub-block motion vector for the current sub-block. receiving input data associated with a current block; deriving three affine parameter motion vectors based on the motion information of neighboring coded blocks of the current block, wherein each of the affine parameter motion vectors is derived for one corner of the current block; deriving a Merge candidate list based on spatial or temporal neighboring blocks of the current block including the three affine parameter motion vectors as an affine Merge mode candidate; if the affine Merge mode is used for the current block, determining a current sub-block located at a current sub-block location within the current block; calculating a derived sub-block motion vector (MV_curr) for the current sub-block based on an affine motion-model function depending on the current sub-block location, wherein the affine motion-model function is represented by F ( x, y) = a × x + b × y + e, and wherein ( x, y) is the current sub-block location and a, b and e are affine model parameters associated with the affine motion-model function and are determined based on the affine parameter motion vectors; and encoding or decoding the current sub-block using the derived sub-block motion vector for the current sub-block.
Polyethylene-based fibers, characterized in that the polyethylene-based fibers are sheath-core conjugate fibers composed of polyethylene resin, wherein a core component thereof is composed of a polyethylene resin having a density of 0.94 g/cm 3 or more, a sheath component thereof is composed of a polyethylene resin having a density of 0.90 g/cm 3 or more, the density of the core component is higher than the density of the sheath component, polyethylene resins produced by polymerization using a metallocene catalysts are used as raw materials of the polyethylene-based fibers, in case linear law density polyethylene is used, a resin having density of 0.900 g/cm 3 or more and less than 0.940 g/cm 3 and a melting point of lower than 127 °C is used, a total of content of metal elements such as Na, K, Ca, Fe, Cu, Mg, Mn, Li, Al, Cr, Ni and Zn contained inside the fibers is 40 ppm or less, and a melt flow rate as measured in accordance with JIS K7210 (190 °C, 2160g) of the core component and the sheath component of the sheath-core conjugate fibers are in a range of 10 g/10 min to 40 g/10 min. a core component thereof is composed of a polyethylene resin having a density of 0.94 g/cm 3 or more, a sheath component thereof is composed of a polyethylene resin having a density of 0.90 g/cm 3 or more, the density of the core component is higher than the density of the sheath component, polyethylene resins produced by polymerization using a metallocene catalysts are used as raw materials of the polyethylene-based fibers, in case linear law density polyethylene is used, a resin having density of 0.900 g/cm 3 or more and less than 0.940 g/cm 3 and a melting point of lower than 127 °C is used, a total of content of metal elements such as Na, K, Ca, Fe, Cu, Mg, Mn, Li, Al, Cr, Ni and Zn contained inside the fibers is 40 ppm or less, and a melt flow rate as measured in accordance with JIS K7210 (190 °C, 2160g) of the core component and the sheath component of the sheath-core conjugate fibers are in a range of 10 g/10 min to 40 g/10 min.
A surgical system, comprising: a console; a handpiece; and a cassette that couples the handpiece with the console; the cassette comprising a front housing, a fluid manifold and a drain bag assembly; wherein the fluid manifold is over-molded as an integrated component such that it has a unibody construction, and the fluid manifold is removably coupled to at least the front housing and drain bag assembly, characterised in that the manifold further comprises a plurality of valves (113, 114). a console; a handpiece; and a cassette that couples the handpiece with the console; the cassette comprising a front housing, a fluid manifold and a drain bag assembly; wherein the fluid manifold is over-molded as an integrated component such that it has a unibody construction, and the fluid manifold is removably coupled to at least the front housing and drain bag assembly, characterised in that the manifold further comprises a plurality of valves (113, 114).
Impregnation installation for impregnating a textile sheetlike structure for composite components, by means of which a matrix can be applied in the form of a unidirectional ply comprising fibres, of a multiaxial laid scrim, of a nonwoven or of a woven fabric to the textile sheetlike structure in such a way that the latter is penetrated at least partially and/or at least on one side by the matrix, characterized in that a first and a second endless belt in the form of belt loops (4, 5) are provided, between which, on the mutually facing surfaces thereof, the textile sheetlike structure is guided and can be impregnated and which have, in the respective deflection regions thereof, deflection rollers by means of which a contact pressure between the textile sheetlike structure and the matrix in the form of thermoplastic material can be regulated via a tensile force in the endless belts by adjustment of the deflection rollers perpendicularly with respect to the direction pointing in the direction of the mutually facing surfaces and by adjustment thereof in the direction of the mutually facing surfaces of the belt loops (4, 5), and by variation of a wrap angle of the endless belts of at least one further roller arranged within at least one of the belt loops (4, 5), of which at least one roller can be adjusted in the direction of the mutually facing surfaces of the belt loops, and wherein the deflection rollers and the at least one further roller can be adjusted independently of one another.
Method for state estimation of a distribution network based on real time measurement values, the method being performed by means of a calculating unit in a substation and characterized by the steps: - calculating load scaling factors at least for non-redundantly measurable parts of the distribution network, wherein the load scaling factors are calculated with respect to a relation of a calculated load value and a load value, - determining whether each of the load scaling factors related to a non-redundantly measurable part of the distribution network is within a given range (RLSF), - discarding measurement values related to a corresponding scaling factor for all load scaling factors outside the given range (RLSF) to gain remaining measurement values, - estimating a network state of the distribution network based on remaining measurement values. - calculating load scaling factors at least for non-redundantly measurable parts of the distribution network, wherein the load scaling factors are calculated with respect to a relation of a calculated load value and a load value, - determining whether each of the load scaling factors related to a non-redundantly measurable part of the distribution network is within a given range (RLSF), - discarding measurement values related to a corresponding scaling factor for all load scaling factors outside the given range (RLSF) to gain remaining measurement values, - estimating a network state of the distribution network based on remaining measurement values.
A method for performing a random access process in an unlicensed band, the method comprising: transmitting, by a wireless device, a random access preamble; and receiving, by the wireless device, a random access response as a response to the random access preamble, wherein the random access response includes an uplink resource allocation assigned to a transmission of a scheduled message, a timing advance command, TAC, to be applied to the transmission of the scheduled message, and a listen before talk, LBT, parameter to be applied to a LBT operation for the transmission of the scheduled message; and sensing, by the wireless device, a channel based on the LBT parameter before transmitting the scheduled message, wherein based on the LBT parameter indicating a first LBT scheme, the scheduled message is transmitted by the wireless device after the channel is sensed to be idle for a predefined time, and based on the LBT parameter indicating a second LBT scheme, the scheduled message is transmitted by the wireless device after the channel is sensed to be idle for a channel detection time which is randomly selected by the wireless device. transmitting, by a wireless device, a random access preamble; and receiving, by the wireless device, a random access response as a response to the random access preamble, wherein the random access response includes an uplink resource allocation assigned to a transmission of a scheduled message, a timing advance command, TAC, to be applied to the transmission of the scheduled message, and a listen before talk, LBT, parameter to be applied to a LBT operation for the transmission of the scheduled message; and sensing, by the wireless device, a channel based on the LBT parameter before transmitting the scheduled message, wherein based on the LBT parameter indicating a first LBT scheme, the scheduled message is transmitted by the wireless device after the channel is sensed to be idle for a predefined time, and based on the LBT parameter indicating a second LBT scheme, the scheduled message is transmitted by the wireless device after the channel is sensed to be idle for a channel detection time which is randomly selected by the wireless device.
A cigarette comprising: a tobacco rod comprising a tobacco filler (21, 22) containing cut tobacco is wrapped with a cigarette paper, the tobacco rod being constituted by a distal end portion, a proximal end portion and a center portion; and a filter, the proximal end portion being connected to the filter, wherein the distal end portion comprises a volatile flavor-containing material comprising a volatile flavor incorporated in a gel of a polysaccharide, the center portion comprises the volatile flavor-containing material or does not comprise the volatile flavor-containing material, the proximal end portion comprises the volatile flavor-containing material or does not comprise the volatile flavor-containing material, and there is no case where both the center portion and the proximal end portion comprise the volatile flavor-containing material, wherein the polysaccharide is a single component system of gellan gum or tamarind gum, or a composite system of a combination of gellan gum and tamarind gum, wherein the volatile flavor-containing material is a volatile flavor-containing material sheet cut into a similar size to that of the cut tobacco, and wherein the cut volatile flavor-containing material sheet is present in the tobacco filler (21, 22). a tobacco rod comprising a tobacco filler (21, 22) containing cut tobacco is wrapped with a cigarette paper, the tobacco rod being constituted by a distal end portion, a proximal end portion and a center portion; and a filter, the proximal end portion being connected to the filter, wherein the distal end portion comprises a volatile flavor-containing material comprising a volatile flavor incorporated in a gel of a polysaccharide, the center portion comprises the volatile flavor-containing material or does not comprise the volatile flavor-containing material, the proximal end portion comprises the volatile flavor-containing material or does not comprise the volatile flavor-containing material, and there is no case where both the center portion and the proximal end portion comprise the volatile flavor-containing material, wherein the polysaccharide is a single component system of gellan gum or tamarind gum, or a composite system of a combination of gellan gum and tamarind gum, wherein the volatile flavor-containing material is a volatile flavor-containing material sheet cut into a similar size to that of the cut tobacco, and wherein the cut volatile flavor-containing material sheet is present in the tobacco filler (21, 22).
Tow bar for towing or pushing aircrafts on their nose landing gear comprising - a base body, - a drag head, the base body being positively coupled via at least one shear pin to the drag head adjoining it in the longitudinal direction, - the base body having, in the end region facing away from the drag head, the first free end region of the tow bar, a towing coupling for coupling a towing vehicle, and - the drag head has, in the end region facing away from the base body, the second free end region of the tow bar, an aircraft coupling for coupling the nose gear of the aircraft to be towed, - a tow bar landing gear having at least one pair of two wheels (20a, b), and - an extension device for extending the wheels (20a, b) relative to the main body, characterized in that - the extension device comprises an electric extension drive with an extension motor, - the tow bar comprises a power source as power supply of the electric extension drive, - the tow bar comprises an actuating element for activating the electric extension drive. - a base body, - a drag head, the base body being positively coupled via at least one shear pin to the drag head adjoining it in the longitudinal direction, - the base body having, in the end region facing away from the drag head, the first free end region of the tow bar, a towing coupling for coupling a towing vehicle, and - the drag head has, in the end region facing away from the base body, the second free end region of the tow bar, an aircraft coupling for coupling the nose gear of the aircraft to be towed, - a tow bar landing gear having at least one pair of two wheels (20a, b), and - an extension device for extending the wheels (20a, b) relative to the main body, - the extension device comprises an electric extension drive with an extension motor, - the tow bar comprises a power source as power supply of the electric extension drive, - the tow bar comprises an actuating element for activating the electric extension drive.
A fan wheel with a bottom plate and a cover plate which comprises an axial inlet opening, and with a blade ring arranged between the bottom plate and the cover plate and formed by fan wheel blades for conveying a conveying medium, wherein the bottom plate has a bottom plate edge section which radially protrudes over an outer edge of the blade ring adjoining the bottom plate, and/or the cover plate has a cover plate edge section which radially protrudes over an outer edge of the blade ring adjoining the cover plate, wherein the bottom plate edge section is inclined in an axial direction by an angle α1 with respect to a continuous extension of a radially inward directly adjoining section of the bottom plate and/or the cover plate edge section is inclined in an axial direction by an angle β1 with respect to a continuous extension of a radially inward directly adjoining section of the cover plate, and wherein the angles α1 and β1 are in a value range of -π/2 ≤ α1 ≤ π/2 and -π/2 ≤ β1 ≤ π/2, so that a flow direction of the conveying medium differing from a radial outflow can be adjusted, characterized in that the bottom plate edge section can be subdivided into multiple subsections, wherein a first radially inward lying section is inclined at an angle α1 and a second section which radially outward adjoins the first section is inclined at an angle α2, wherein the angles α1 and α2 differ in terms of value by at least π/40 (= 4.5°) and/or the cover plate edge section can be subdivided into multiple subsections, wherein a first radially inward lying section is inclined at an angle β1 and a second section which radially outward adjoins the first section is inclined at an angle β2, wherein the angles β1 and β2 differ in terms of value by at least π/40 (= 4.5°). characterized in that the bottom plate edge section can be subdivided into multiple subsections, wherein a first radially inward lying section is inclined at an angle α1 and a second section which radially outward adjoins the first section is inclined at an angle α2, wherein the angles α1 and α2 differ in terms of value by at least π/40 (= 4.5°) and/or the cover plate edge section can be subdivided into multiple subsections, wherein a first radially inward lying section is inclined at an angle β1 and a second section which radially outward adjoins the first section is inclined at an angle β2, wherein the angles β1 and β2 differ in terms of value by at least π/40 (= 4.5°).