mhurhangee/ep-ind-claims huggingface dataset:
A method for broadcasting a plurality of positioning signals from a plurality of transmitters in support of reducing cross-interference in a position location system, the method comprising: selecting a first frequency from a sum of a base frequency plus a first offset that belongs to a set of offsets, wherein each offset of the set of offsets is a multiple of a minimum nonzero offset, and wherein the set of offsets corresponds to 0, k 0 R+R/Q, 2 k 0 R+2R/Q, 3 k 0 R+3R/Q...,(Q-1)k 0 R+(Q-1)R/Q, where R represents a PN frame rate, k 0 represents a nonzero integer, and Q represents an integer equal to the number of offsets in the set of offsets; generating a first positioning signal comprising a carrier at the first frequency wherein the first positioning signal includes a wideband pseudorandom ranging signal with a first pseudorandom code; and transmitting, from a first transmitter, the first positioning signal concurrently with transmission of a second positioning signal from a second transmitter of the plurality of transmitters, wherein the second positioning signal has a carrier at a second frequency that is the sum of the base frequency plus a second offset belonging to the set of offsets, and wherein the first and second offsets are different by an amount that is at least one of equal to and less than 25 percent of the bandwidth of each of the plurality of positioning signals. selecting a first frequency from a sum of a base frequency plus a first offset that belongs to a set of offsets, wherein each offset of the set of offsets is a multiple of a minimum nonzero offset, and wherein the set of offsets corresponds to 0, k 0 R+R/Q, 2 k 0 R+2R/Q, 3 k 0 R+3R/Q...,(Q-1)k 0 R+(Q-1)R/Q, where R represents a PN frame rate, k 0 represents a nonzero integer, and Q represents an integer equal to the number of offsets in the set of offsets; generating a first positioning signal comprising a carrier at the first frequency wherein the first positioning signal includes a wideband pseudorandom ranging signal with a first pseudorandom code; and transmitting, from a first transmitter, the first positioning signal concurrently with transmission of a second positioning signal from a second transmitter of the plurality of transmitters, wherein the second positioning signal has a carrier at a second frequency that is the sum of the base frequency plus a second offset belonging to the set of offsets, and wherein the first and second offsets are different by an amount that is at least one of equal to and less than 25 percent of the bandwidth of each of the plurality of positioning signals.
Air spring bellows of an air spring, which air spring bellows can be fastened sealingly with its two open ends to connector parts (3, 4) of two components spaced apart from each other, and which air spring bellows, in the mounted state of the air spring, at least partially delimits a working space filled with compressed air, wherein the air spring bellows is formed from an elastomer in which a woven-fabric strength member is embedded and an annular core (7, 11) is embedded in at least one end-side bead (6, 10), and in which air spring bellows the at least one core (7, 11) is at least partially looped by the woven-fabric strength member, wherein the strength member, close to at least one of the beads (6, 10) in the elastomer, is not smooth but instead designed and/or arranged undulating or meandering in the axial direction of the air spring bellows, characterized in that a shaping element (30, 40) is arranged in the elastomer of the air spring bellows, in that the shaping element (30, 40) has an undulating or meandering surface structure in the axial direction of the air spring bellows, and in that a section (36, 38) of the strength member is arranged flush on this shaping element (30, 40) in order to form an undulating or meandering structure of the strength member.
Device (101, 400) for ascertaining a vehicle acceleration specification for a vehicle during operation of a plurality of different automated driving functions in a vehicle; wherein the device (101, 400) is configured, for a specific point in time - on the basis of a plurality of controllers (410, 420, 430) for the plurality of driving functions, to ascertain a corresponding plurality of function-specific acceleration specifications (311, 321, 331); and - to ascertain the vehicle acceleration specification for automated guidance of the vehicle at the specific point in time on the basis of the plurality of function-specific acceleration specifications (311, 321, 331); characterized in that the device (101, 400) is configured - to provide feedback with respect to the ascertained vehicle acceleration specification to at least a part of the plurality of controllers (410, 420, 430); wherein the feedback is taken into consideration by the part of the plurality of controllers (410, 420, 430) in the ascertainment of the respective function-specific acceleration specification (311, 321, 331) for a subsequent point in time. - on the basis of a plurality of controllers (410, 420, 430) for the plurality of driving functions, to ascertain a corresponding plurality of function-specific acceleration specifications (311, 321, 331); and - to ascertain the vehicle acceleration specification for automated guidance of the vehicle at the specific point in time on the basis of the plurality of function-specific acceleration specifications (311, 321, 331); - to provide feedback with respect to the ascertained vehicle acceleration specification to at least a part of the plurality of controllers (410, 420, 430); wherein the feedback is taken into consideration by the part of the plurality of controllers (410, 420, 430) in the ascertainment of the respective function-specific acceleration specification (311, 321, 331) for a subsequent point in time.
An assembly (66; 100; 200) comprising: a first enclosed flexible pressure chamber with a first extension arm extending from a first endwall of the first enclosed flexible pressure chamber; a second enclosed flexible pressure chamber; a lever arm disposed on a pivot, wherein a first end of the lever arm is attached to the first extension arm; a variable restriction element connected to a second end of the lever arm; and a regulating valve (102; 202; 302) with a regulating valve element (132; 232; 332); characterised in that: the first enclosed flexible pressure chamber is fluidly connected to an inlet (128; 228; 328) of the regulating valve (102; 202; 302); in that the second enclosed flexible pressure chamber has a second extension arm extending from a second endwall of the second enclosed flexible pressure chamber; and in that the second end of the lever arm is attached to the second extension arm. a first enclosed flexible pressure chamber with a first extension arm extending from a first endwall of the first enclosed flexible pressure chamber; a second enclosed flexible pressure chamber; a lever arm disposed on a pivot, wherein a first end of the lever arm is attached to the first extension arm; a variable restriction element connected to a second end of the lever arm; and a regulating valve (102; 202; 302) with a regulating valve element (132; 232; 332); characterised in that: the first enclosed flexible pressure chamber is fluidly connected to an inlet (128; 228; 328) of the regulating valve (102; 202; 302); in that the second enclosed flexible pressure chamber has a second extension arm extending from a second endwall of the second enclosed flexible pressure chamber; and in that the second end of the lever arm is attached to the second extension arm.
A snap lock assembly for securing an openable aperture closure member in closed position relative to an aperture defined by a frame, said snap lock assembly comprising: a base member for mounting on the aperture closure member, a link member, a latch member, and an operating member for manipulation by an operator, said link member is connected to the base member by a first hinge with a first pivot axis, said latch member is connected to said link member by a second hinge with a second pivot axis, said operating member is connected to said latch member by a third hinge with a third pivot axis, said base member is connected to said operating member by a fourth hinge with a fourth pivot axis so that the base member, the link member, the latch member and the operating member form a four-link mechanism, said four link mechanism enables the latch member to move between an extended locking position and a retracted opening position, said latch member is provided with a protruding part for engagement with a striking plate, said protruding part provided with a roller for contact with a locking face of the striking plate, said roller having a fifth pivot axis and said base member has a substantially planar abutment face for abutment with a face of the openable aperture closure member, characterized in that said fifth pivot axis is offset relative to said second pivot axis in the direction towards the operating member when the latch member is in its extended locking position. a base member for mounting on the aperture closure member, a link member, a latch member, and an operating member for manipulation by an operator, said link member is connected to the base member by a first hinge with a first pivot axis, said latch member is connected to said link member by a second hinge with a second pivot axis, said operating member is connected to said latch member by a third hinge with a third pivot axis, said base member is connected to said operating member by a fourth hinge with a fourth pivot axis so that the base member, the link member, the latch member and the operating member form a four-link mechanism, said four link mechanism enables the latch member to move between an extended locking position and a retracted opening position, said latch member is provided with a protruding part for engagement with a striking plate, said protruding part provided with a roller for contact with a locking face of the striking plate, said roller having a fifth pivot axis and said base member has a substantially planar abutment face for abutment with a face of the openable aperture closure member, characterized in that said fifth pivot axis is offset relative to said second pivot axis in the direction towards the operating member when the latch member is in its extended locking position.
An Anti-Tactical Ballistic Missile (ATBM) load, having a longitudinal axis XX', intended to destroy a target C moving along an axis ZZ', comprising a bundle (10, 20) of metal rods distributed about said longitudinal axis XX', with a central sector of said bundle comprising an energy material intended to effect the deployment of said rods perpendicular to said longitudinal axis XX', a set of energy sectors (E1, E2,..Ei,...En) surrounding said bundle, a device for activating said ATBM load, characterised in that said bundle comprises a pyrotechnic retardant configured to activate said energy material of said central sector of said bundle at the end of a delay dT following the activation of the active energy sector so as to deploy said rods axisymmetrically to said longitudinal axis XX' and destroy said target.
String mowing head for a string mower, wherein the string mowing head can in operation be driven to rotate about an axis of rotation in a direction of rotation, wherein the string mowing head has a base body, on which at least one cutting string (8, 9) is held, wherein the base body has an underside facing the ground in operation, wherein the cutting string (8, 9) extends from an outside of the base body through an opening (22, 23) to an interior region of the base body which is open towards the underside of the base body, wherein a shielding element is provided in the interior region, wherein the section (16, 17) of the cutting string (8, 9) which extends in the interior region is located on the lee side of the shielding element relative to the direction of rotation, wherein the interior region is bounded by a roof surface on the side remote from the underside, characterised in that the shielding element (20, 21, 50, 60) together with the roof surface of the interior region forms a receptacle for the cutting string (8, 9) which is at least partially open towards the side which is trailing in operation,
A bifurcated aortic stent graft including: a tubular main body having a diameter, a proximal end, a distal end, an internal lumen extending from the proximal end to the distal end, an anterior side, and a posterior side, the anterior and posterior sides being opposite each other circumferentially around the internal lumen; a first limb extending from the distal end of the tubular main body along the anterior side of the main body, the first limb having a diameter less than the diameter of the tubular main body, the first limb having a proximal end and a distal end; a fenestration adjacent to the proximal end of the first limb; a second limb extending within the internal lumen from the fenestration toward the proximal end of the tubular main body; wherein the fenestration has a substantially diamond shape and a nonlinear profile; the graft being characterised in that the fenestration extends from the proximal end of the first limb to the posterior side of the tubular main body, and in that the second limb extends into the lumen along the posterior side of the tubular main body. a tubular main body having a diameter, a proximal end, a distal end, an internal lumen extending from the proximal end to the distal end, an anterior side, and a posterior side, the anterior and posterior sides being opposite each other circumferentially around the internal lumen; a first limb extending from the distal end of the tubular main body along the anterior side of the main body, the first limb having a diameter less than the diameter of the tubular main body, the first limb having a proximal end and a distal end; a fenestration adjacent to the proximal end of the first limb; a second limb extending within the internal lumen from the fenestration toward the proximal end of the tubular main body; wherein the fenestration has a substantially diamond shape and a nonlinear profile; the graft being characterised in that the fenestration extends from the proximal end of the first limb to the posterior side of the tubular main body, and in that the second limb extends into the lumen along the posterior side of the tubular main body.
A bathing system comprising: a shell molded to define a containment for containing water, a hollow molded in the shell, at least one water connector in the hollow that is associated with a water supply system to supply water to the connector, a canister with a jet plate with at least one jet on the jet plate, the jet plate dimensioned and constructed to fit over the hollow and constructed such that when the canister is in an installed position in the hollow, the jet is disposed to inject water into the containment, the canister having a water port and structure for water communication between the water port and the jet or jets on the canister wall, the water port and the water connector disposed such that the water port registers with the water connector when the canister is in the installed position to provide a water supply from the water supply, through the water connector and port, to the jet, the canister, hollow, the water connector and port constructed such that the canister is reversibly removable from the hollow from the installed position, characterised in that the canister has a second fluid port and structure for fluid communication between the second fluid port and the jet or jets mounted on the canister wall, and the second fluid port registers with a second fluid connector in the hollow that is supplied by a second fluid supply. a shell molded to define a containment for containing water, a hollow molded in the shell, at least one water connector in the hollow that is associated with a water supply system to supply water to the connector, a canister with a jet plate with at least one jet on the jet plate, the jet plate dimensioned and constructed to fit over the hollow and constructed such that when the canister is in an installed position in the hollow, the jet is disposed to inject water into the containment,
Household cooking appliance with a steam cooking function, having - a cooking compartment, - at least one metering device for the successive addition of multiple treatment additives (B1, B2) to water to form a respective liquid treatment agent, wherein the metering device is designed to add the treatment additives (B1, B2) on the appliance side, - wherein the cooking compartment can be treated successively by the multiple treatment agents, and - a receiving means for jointly receiving the treatment agents after the respective treatment of the cooking compartment, characterised in that - the household cooking appliance has a first tank which can be filled with the water by the user, - the first tank can be filled by the user with clear water to be evaporated in order to perform the steam cooking function and to form the respective liquid treatment agent, - the receiving means is embodied as a second tank which can be emptied and removed by the user and - the household cooking appliance comprises a liquid circuit and is designed to circulate the liquid treatment agent in the liquid circuit during a cleaning process, - wherein the cooking compartment represents a part of the liquid circuit and the liquid circuit does not have a tank (12; 6) as a component. - a cooking compartment, - at least one metering device for the successive addition of multiple treatment additives (B1, B2) to water to form a respective liquid treatment agent, wherein the metering device is designed to add the treatment additives (B1, B2) on the appliance side, - wherein the cooking compartment can be treated successively by the multiple treatment agents, and - a receiving means for jointly receiving the treatment agents after the respective treatment of the cooking compartment, - the household cooking appliance has a first tank which can be filled with the water by the user, - the first tank can be filled by the user with clear water to be evaporated in order to perform the steam cooking function and to form the respective liquid treatment agent, - the receiving means is embodied as a second tank which can be emptied and removed by the user and - the household cooking appliance comprises a liquid circuit and is designed to circulate the liquid treatment agent in the liquid circuit during a cleaning process, - wherein the cooking compartment represents a part of the liquid circuit and the liquid circuit does not have a tank (12; 6) as a component.
A model based reasoning system having dynamic domain abstraction, the model-based reasoning system comprising: an abstraction determining module, implemented on a processor device, characterized in that the abstraction determining module is configured to identify an abstraction level for a system model of a real world system to be analyzed from a plurality of potential abstraction levels; and the model-based reasoning system further comprising a system reasoning module, implemented on a processor device, configured to perform analysis on the system model of the real world system at the abstraction level determined by the abstraction determining module, wherein the system reasoning module configured to perform analysis is particularly configured to perform at least one of a diagnosis of the real world system or a simulation of the real world system. an abstraction determining module, implemented on a processor device, characterized in that the abstraction determining module is configured to identify an abstraction level for a system model of a real world system to be analyzed from a plurality of potential abstraction levels; and the model-based reasoning system further comprising a system reasoning module, implemented on a processor device, configured to perform analysis on the system model of the real world system at the abstraction level determined by the abstraction determining module, wherein the system reasoning module configured to perform analysis is particularly configured to perform at least one of a diagnosis of the real world system or a simulation of the real world system.
A method of producing a gel glucan product comprising glucan in aqueous solution at a concentration of 1 to 6%, the glucan having a weight average molar mass on an aggregate basis of 4 to 20 x 10 5 g/mol and a weight average molar mass on a single chain basis of 15,000 to 50,000 g/mol, said method comprising the following steps: a) heating an aqueous solution of glucan molecules to a temperature of 120°C to 130°C, preferably 120°C to 125°C, and holding the solution at that temperature for 10 to 30 minutes, preferably about 20 minutes; and b) cooling the glucan solution to a temperature of 35°C to 50°C, over a time period of less than 80 minutes, preferably 50 to 60 minutes, wherein the glucan is derived from yeast and wherein the gel glucan product has a gel to sol melting temperature of 30 to 44°C, wherein said gel to sol melting temperature is determined by small strain oscillatory measurements using a Stresstech HR rheometer and a temperature scan of cooling from 70°C to 10°C at 1/3°C/min, keeping at 10°C for 2 hours, and heating from 10°C to 70°C at 1/3°C/min, wherein the storage modulus is plotted against temperature and wherein the melting temperature is the temperature at which the storage modulus of the curve for increasing temperature levels out. a) heating an aqueous solution of glucan molecules to a temperature of 120°C to 130°C, preferably 120°C to 125°C, and holding the solution at that temperature for 10 to 30 minutes, preferably about 20 minutes; and b) cooling the glucan solution to a temperature of 35°C to 50°C, over a time period of less than 80 minutes, preferably 50 to 60 minutes,