mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft landing system for landing of an aircraft , the aircraft landing system comprising: a landing gear comprising a landing skid; a plurality of force sensors positioned in an array along a length of the landing gear of the aircraft , wherein the aircraft landing system can sense forces applied to the landing gear at the positions of the plurality of force sensors during landing at a landing zone; at least one of an acoustic sensor and an optical sensor; and a processor configured to receive force measurements from the plurality of force sensors , wherein the processor is further configured to analyze the force measurements received from the plurality of force sensors and the data from the at least one of the acoustic sensor and the optical sensor ; wherein the processor is further configured to determine a suitability of the terrain of the landing zone for landing based combination and/or correlation of the force measurements from the plurality of force sensors and the data from the at least one of the acoustic sensor and the optical sensor ; wherein the determination of suitability of terrain comprises sensing forces applied at different positions along the length of each skid and comparing the sensed forces of the force sensors to detect a non-uniform application of force. a landing gear comprising a landing skid; a plurality of force sensors positioned in an array along a length of the landing gear of the aircraft , wherein the aircraft landing system can sense forces applied to the landing gear at the positions of the plurality of force sensors during landing at a landing zone; at least one of an acoustic sensor and an optical sensor; and a processor configured to receive force measurements from the plurality of force sensors , wherein the processor is further configured to analyze the force measurements received from the plurality of force sensors and the data from the at least one of the acoustic sensor and the optical sensor ; wherein the processor is further configured to determine a suitability of the terrain of the landing zone for landing based combination and/or correlation of the force measurements from the plurality of force sensors and the data from the at least one of the acoustic sensor and the optical sensor ; wherein the determination of suitability of terrain comprises sensing forces applied at different positions along the length of each skid and comparing the sensed forces of the force sensors to detect a non-uniform application of force.
Cleaning head comprising a wet cleaning device comprising: - a mop support on which a mop is intended to be mounted, - a cleaning liquid reservoir which is located above the mop support and which is configured to supply a mop with cleaning liquid mounted on the mop support , the cleaning liquid reservoir comprising a liquid outlet provided in a lower part of the cleaning liquid reservoir , - a blocking member which extends in an extension axis (A) and which is movably mounted in translation in a translation direction (D4), which is substantially parallel to the extension axis (A), with respect to the cleaning liquid reservoir between a blocking position, wherein the blocking member blocks the liquid outlet and a release position wherein the blocking member releases the liquid outlet , - a lower annular seal which is arranged substantially coaxially to the extension axis (A) and which is configured to prevent a cleaning liquid flow through the liquid outlet when the blocking member occupies the blocking position, and - an upper annular seal which is arranged substantially coaxially to the extension axis (A) and which is axially offset, about the extension axis (A) of the blocking member , with respect to the lower annular seal , characterised in that the upper annular seal is configured to perform a sealing, by axial contact, between a first annular surface provided on the blocking member and a second annular surface provided on the cleaning liquid reservoir when the blocking member occupies the blocking position. - a mop support on which a mop is intended to be mounted, - a cleaning liquid reservoir which is located above the mop support and which is configured to supply a mop with cleaning liquid mounted on the mop support , the cleaning liquid reservoir comprising a liquid outlet provided in a lower part of the cleaning liquid reservoir , - a blocking member which extends in an extension axis (A) and which is movably mounted in translation in a translation direction (D4), which is substantially parallel to the extension axis (A), with respect to the cleaning liquid reservoir between a blocking position, wherein the blocking member blocks the liquid outlet and a release position wherein the blocking member releases the liquid outlet , - a lower annular seal which is arranged substantially coaxially to the extension axis (A) and which is configured to prevent a cleaning liquid flow through the liquid outlet when the blocking member occupies the blocking position, and - an upper annular seal which is arranged substantially coaxially to the extension axis (A) and which is axially offset, about the extension axis (A) of the blocking member , with respect to the lower annular seal , characterised in that the upper annular seal is configured to perform a sealing, by axial contact, between a first annular surface provided on the blocking member and a second annular surface provided on the cleaning liquid reservoir when the blocking member occupies the blocking position.
High-pressure container comprising a cylinder as a central part, wherein the cylinder is composed of a plastic , wherein the high-pressure container further comprises at least one half-shell at one axial end of the cylinder , wherein the half-shell is composed of the plastic , wherein the half-shell further comprises a substantially rotationally symmetrical insert , namely a boss part, wherein the insert has a foot part at the end of the insert facing the container interior, wherein the foot part of the insert is embedded in the plastic of the half-shell , so that the plastic surrounds the boss part at least from two sides, wherein the foot part substantially forms a hollow cone or hollow cylinder, wherein a sleeve is arranged within the inner circumference of the foot part , wherein the plastic of the half-shell is arranged between the sleeve and the inner circumference of the foot part , wherein the high-pressure container comprises a valve , which is accommodated in the boss part, wherein a stem portion of the valve is accommodated in the sleeve , wherein a sealing element , in particular a ring seal, seals between the stem portion of the valve and the sleeve , characterized in that the sleeve is press-fitted into the inner circumference of the foot part , wherein a thin plastic layer is compressed between the sleeve and the inner circumference of the foot part in the region of press fitting.
A method of controlling the vertical growth of at least one fracture in a subterranean formation, the method comprising: selectively pumping a first fracturing fluid or slurry of a first specific gravity into said formation and into the at least one fracture formed therein, wherein the first fracturing fluid or slurry has a fracture gradient higher than the formation fracture gradient; selectively pumping a second fracturing fluid or slurry of a second specific gravity into said formation and into the at least one fracture formed therein, wherein the specific gravity of the second fracturing fluid or slurry is different from the specific gravity of the first fracturing fluid or slurry, characterised in ; receiving at least one of: (a) pressure and temperature information indicating fracture growth rate and direction for the surface and/or downhole, and (b) real time seismic information indicating fracture growth rate and direction for the surface and/or downhole; and pumping either the first or second fracturing fluid or slurry in dependence on the received information so as to vary slurry densities pumped into said formation, thereby controlling the growth of the at least one fracture in a vertical direction. selectively pumping a first fracturing fluid or slurry of a first specific gravity into said formation and into the at least one fracture formed therein, wherein the first fracturing fluid or slurry has a fracture gradient higher than the formation fracture gradient; selectively pumping a second fracturing fluid or slurry of a second specific gravity into said formation and into the at least one fracture formed therein, wherein the specific gravity of the second fracturing fluid or slurry is different from the specific gravity of the first fracturing fluid or slurry, characterised in ; receiving at least one of: (a) pressure and temperature information indicating fracture growth rate and direction for the surface and/or downhole, and (b) real time seismic information indicating fracture growth rate and direction for the surface and/or downhole; and pumping either the first or second fracturing fluid or slurry in dependence on the received information so as to vary slurry densities pumped into said formation, thereby controlling the growth of the at least one fracture in a vertical direction.
A composition antitumor agent in the form of a solution for injection, characterized in that it contains alloferon at a concentration of 0.05 to 0.1 % wt, cis-diamminedichloridoplatinum at a concentration of 0.01 to 0.05% wt, wherein the composition is an injectable solution, where as the active component of the composition, a complex compound of divalent platinum with the alloferon oligopeptide is formed.
A handle comprising: one or more surfaces suitable for contacting one or more digits of a user, wherein the handle is radially asymmetric, wherein the one or more surfaces comprise a first surface suitable for contacting a first digit of the user and a second surface suitable for contacting a second digit of the user, wherein at least one of the one or more surfaces comprises a concave feature, wherein the second surface is separated from the first surface by a ridge , characterised in that : a volume of the handle is substantially the same as a volume of space created by the user's curved digits and a portion of the user's palm when his or her hand is relaxed, wherein the portion of the user's palm comprises between 10% and 50% of the user's palm, optionally, wherein the portion of the user's palm is a portion above a line between the user's thumb and pinky finger, wherein the first digit is a thumb, index finger, or middle finger, and wherein the second digit is an index finger, middle finger, ring finger, or pinky finger. one or more surfaces suitable for contacting one or more digits of a user, wherein the handle is radially asymmetric, wherein the one or more surfaces comprise a first surface suitable for contacting a first digit of the user and a second surface suitable for contacting a second digit of the user, wherein at least one of the one or more surfaces comprises a concave feature, wherein the second surface is separated from the first surface by a ridge , characterised in that : a volume of the handle is substantially the same as a volume of space created by the user's curved digits and a portion of the user's palm when his or her hand is relaxed, wherein the portion of the user's palm comprises between 10% and 50% of the user's palm, optionally, wherein the portion of the user's palm is a portion above a line between the user's thumb and pinky finger, wherein the first digit is a thumb, index finger, or middle finger, and wherein the second digit is an index finger, middle finger, ring finger, or pinky finger. a volume of the handle is substantially the same as a volume of space created by the user's curved digits and a portion of the user's palm when his or her hand is relaxed, wherein the portion of the user's palm comprises between 10% and 50% of the user's palm, optionally, wherein the portion of the user's palm is a portion above a line between the user's thumb and pinky finger, wherein the first digit is a thumb, index finger, or middle finger, and wherein the second digit is an index finger, middle finger, ring finger, or pinky finger.
A method of operation at a wireless communication device configured for operation in a wireless communication network , the method comprising: determining , based on information received from a network node in the network , a sequence offset for a reference signal sequence ; determining , based on the sequence offset, which reference signal sequence elements of the reference signal sequence map to a scheduled bandwidth of the wireless communication device , wherein the scheduled bandwidth is a portion of a larger, system bandwidth associated with the network ; and characterized by: transmitting one or more of the determined reference signal sequence elements of the reference signal sequence , wherein the reference signal sequence elements map to the system bandwidth according to a mapping between respective reference signal sequence elements and respective subcarriers constituting the system bandwidth . determining , based on information received from a network node in the network , a sequence offset for a reference signal sequence ; determining , based on the sequence offset, which reference signal sequence elements of the reference signal sequence map to a scheduled bandwidth of the wireless communication device , wherein the scheduled bandwidth is a portion of a larger, system bandwidth associated with the network ; and characterized by: transmitting one or more of the determined reference signal sequence elements of the reference signal sequence , wherein the reference signal sequence elements map to the system bandwidth according to a mapping between respective reference signal sequence elements and respective subcarriers constituting the system bandwidth .
Plug-in connection (V), comprising a socket and a plug , wherein a plug-in handle (S) by means of the plug is adapted to be inserted into at least one socket of a training platform (T), wherein the socket comprises: a depression , in the bottom surface of which a positioning pin is provided, and a groove , which is provided in an inner lateral surface of the depression or on an outer lateral surface of the positioning pin , and wherein the plug comprises: a base plate , to which a hollow body is attached, on which at least one connecting element is provided, wherein the depression of the socket is adapted to receive the hollow body of the plug , and wherein in the plugged-together state the at least one connecting element of the plug is adapted to engage with a respective complementarily formed groove of the socket , and the inner side of the hollow body is adapted to engage with the positioning pin of the socket , wherein the hollow body and the positioning pin have a conical or frustoconical shape. a depression , in the bottom surface of which a positioning pin is provided, and a groove , which is provided in an inner lateral surface of the depression or on an outer lateral surface of the positioning pin , and wherein the plug comprises: a base plate , to which a hollow body is attached, on which at least one connecting element is provided, wherein the depression of the socket is adapted to receive the hollow body of the plug , and wherein in the plugged-together state the at least one connecting element of the plug is adapted to engage with a respective complementarily formed groove of the socket , and the inner side of the hollow body is adapted to engage with the positioning pin of the socket , wherein the hollow body and the positioning pin have a conical or frustoconical shape. a base plate , to which a hollow body is attached, on which at least one connecting element is provided, wherein the depression of the socket is adapted to receive the hollow body of the plug , and wherein in the plugged-together state the at least one connecting element of the plug is adapted to engage with a respective complementarily formed groove of the socket , and the inner side of the hollow body is adapted to engage with the positioning pin of the socket , wherein the hollow body and the positioning pin have a conical or frustoconical shape.
An affinity binding entity comprising an antigen binding domain comprising: (i) an immunoglobulin heavy chain variable region having the sequence of: and (ii) an immunoglobulin light chain variable region having the sequence of: said affinity binding entity capable of binding HLA-A2/ MAGE-A4 230-239 in an MHC restricted manner. (i) an immunoglobulin heavy chain variable region having the sequence of: and (ii) an immunoglobulin light chain variable region having the sequence of: said affinity binding entity capable of binding HLA-A2/ MAGE-A4 230-239 in an MHC restricted manner.
A method of manufacturing a fluid-filled chamber , the method comprising: locating a tensile member between a first polymer sheet and a second polymer sheet , the tensile member having a first layer , an opposite second layer , and a plurality of connecting members ; pressing the first polymer sheet against the first layer and the second polymer sheet against the second layer to form a plurality of indentations and a plurality of protrusions in the first polymer sheet and a plurality of indentations and a plurality of protrusions in the second polymer sheet, the protrusions in the second polymer sheet being formed opposite the protrusions in the first polymer sheet; joining the first polymer sheet and the second polymer sheet to form a peripheral bond ; and pressurizing the chamber to place the connecting members in tension, wherein the plurality of protrusion in the first and second polymer sheets are spaced apart from the tensile member. locating a tensile member between a first polymer sheet and a second polymer sheet , the tensile member having a first layer , an opposite second layer , and a plurality of connecting members ; pressing the first polymer sheet against the first layer and the second polymer sheet against the second layer to form a plurality of indentations and a plurality of protrusions in the first polymer sheet and a plurality of indentations and a plurality of protrusions in the second polymer sheet, the protrusions in the second polymer sheet being formed opposite the protrusions in the first polymer sheet; joining the first polymer sheet and the second polymer sheet to form a peripheral bond ; and pressurizing the chamber to place the connecting members in tension, wherein the plurality of protrusion in the first and second polymer sheets are spaced apart from the tensile member.
A method of fabricating a semiconductor substrate, the method comprising: - forming a first GaN layer on a substrate ; - forming a Ta layer in a shape of stripes as metallic layer on the first GaN layer ; - forming at 1000°C or more a second GaN layer on the first GaN layer and the metallic layer in the presence of an NH 3 atmosphere while a cavity is formed in a portion of the first GaN layer located under the metallic layer ; - removing the metallic layer through ultrasound cleaning; and then - forming a third GaN layer on the second GaN layer and over the cavity ; wherein the step of removing the metallic layer by ultrasound cleaning comprises etching the metallic layer using a solution comprising potassium hydroxide or sodium hydroxide or dipping the substrate in a solution comprising hydrogen fluoride. - forming a first GaN layer on a substrate ; - forming a Ta layer in a shape of stripes as metallic layer on the first GaN layer ; - forming at 1000°C or more a second GaN layer on the first GaN layer and the metallic layer in the presence of an NH 3 atmosphere while a cavity is formed in a portion of the first GaN layer located under the metallic layer ; - removing the metallic layer through ultrasound cleaning; and then - forming a third GaN layer on the second GaN layer and over the cavity ; etching the metallic layer using a solution comprising potassium hydroxide or sodium hydroxide or dipping the substrate in a solution comprising hydrogen fluoride.
A threaded fastener driving tool comprising: a proximal end portion ; a distal driving head having a plurality of driving surfaces configured to engage a threaded fastener; and a torsion zone extending proximally from the driving head, characterised in that the torsion zone is composed of a plurality of wires or cables twisted together in a helical configuration. a proximal end portion ; a distal driving head having a plurality of driving surfaces configured to engage a threaded fastener; and a torsion zone extending proximally from the driving head, characterised in that the torsion zone is composed of a plurality of wires or cables twisted together in a helical configuration.
A method for locating at least N (N>1) fluorophores (F 1 , F 2 ), N being an unknown number, in a diffusing medium using at least one source (S 1 - S 4 , L 1 -L 4 ,) of pulsed radiation capable of emitting radiation to excite these fluorophores, and at least one detector (D 1 - D 5 ) capable of measuring a fluorescence signal emitted by these fluorophores comprising: - illumination of the medium by a radiation source, - detection, by at least one detector, of the signal, with a measured intensity M 0 sd , produced by the medium at the fluorescence wavelength, - for at least one source-detector pair, performing a temporal distribution M sd (t) of the signal received by the detector, - the diffusing medium being discretized into M voxels, considering that we have a current N number of fluorophores, each fluorophore occupying one voxel among the M voxels of the medium, according to a distribution m, - for different distributions m, the computing of at least one basic parameter χ N i,m , which, for at least one of said temporal distributions M sd (t), combines at least one magnitude obtained from at least one moment of said distribution, and at least one estimation of this magnitude; the at least one basic parameter giving an information which concerns the location of the fluorophores; - method in which the following steps are carried out for at least one basic parameter: * a computing step to compute a correlation (S 8 , S' 11 ) between the measured intensity and all the intensity contributions of all the fluorophores; - a step (S' 1 ) to increment the current N number of fluorophores if the computing of a correlation is not satisfactory. - illumination of the medium by a radiation source, - detection, by at least one detector, of the signal, with a measured intensity M 0 sd , produced by the medium at the fluorescence wavelength, - for at least one source-detector pair, performing a temporal distribution M sd (t) of the signal received by the detector, - the diffusing medium being discretized into M voxels, considering that we have a current N number of fluorophores, each fluorophore occupying one voxel among the M voxels of the medium, according to a distribution m, - for different distributions m, the computing of at least one basic parameter χ N i,m , which, for at least one of said temporal distributions M sd (t), combines at least one magnitude obtained from at least one moment of said distribution, and at least one estimation of this magnitude; the at least one basic parameter giving an information which concerns the location of the fluorophores; - method in which the following steps are carried out for at least one basic parameter: * a computing step to compute a correlation (S 8 , S' 11 ) between the measured intensity and all the intensity contributions of all the fluorophores; - a step (S' 1 ) to increment the current N number of fluorophores if the computing of a correlation is not satisfactory.