mhurhangee/patent-ind-claim-en huggingface dataset:
A method of error correction in structured light, comprising: receiving, via a receiver sensor, a structured light image of at least a portion of a composite code mask encoding a plurality of codewords, the image including an invalid codeword; detecting the invalid codeword; first generating candidate codewords within a hamming distance of one from the invalid codeword; selecting one of the candidate codewords having an associated depth value closest to depth values associated with codewords within a local neighborhood of the invalid codeword; generating a depth map for an image of the scene based on the selected candidate codeword; generating a digital representation of a scene based on the depth map; and outputting the digital representation of the scene to an output device. receiving, via a receiver sensor, a structured light image of at least a portion of a composite code mask encoding a plurality of codewords, the image including an invalid codeword; detecting the invalid codeword; first generating candidate codewords within a hamming distance of one from the invalid codeword; selecting one of the candidate codewords having an associated depth value closest to depth values associated with codewords within a local neighborhood of the invalid codeword; generating a depth map for an image of the scene based on the selected candidate codeword; generating a digital representation of a scene based on the depth map; and outputting the digital representation of the scene to an output device.
Actuating device for a mobile aerodynamic blade for an automotive vehicle rear spoiler , comprising a drive unit comprising a motor and a main gear wheel , the actuating device comprising : - at least one outer gear wheel , and - a transmission of movement element , the transmission of movement element being connected to the main gear wheel and to the outer gear wheel , the outer gear wheel cooperating with a sliding unit allowing to deploy and retract the mobile aerodynamic blade, characterized in that the outer gear wheel is a double gear wheel comprising a first level cooperating with the transmission of movement element and a second level cooperating with the sliding unit . - at least one outer gear wheel , and - a transmission of movement element ,
A wafer prober comprising a support structure defining a first upper guide and a first lower guide parallel to a first horizontal axis and vertically overlapping with each other, a plurality of measuring units each comprising a first carriage sliding along one respective first guide , a second guide carried by the first carriage and parallel to a second horizontal axis orthogonal to the first axis, a second carriage sliding along the second guide , a movable terminal assembly carried by the second carriage , and a measuring head carried by the movable terminal assembly and provided with a plurality of needle contacts configured to interact with respective points of the wafer, said movable terminal assembly being configured to move the measuring head according to a linear degree of freedom along a vertical axis and at least one rotational degree of freedom about said vertical axis, the wafer prober comprising a control unit which controls the measuring units independently, wherein the measuring head comprises a support fixed to an output member of the movable terminal assembly and a probe card interchangeable and connectable to the support by means of a quick coupling , wherein the quick coupling comprises a magnetic connection and a centring coupling between the support and the probe card .
Method for connecting a printed circuit board to a coaxial cable , wherein the coaxial cable has an internal conductor which is surrounded by a dielectric which, in turn, is surrounded by a shield , wherein the dielectric is surrounded by an outer sheath , wherein the internal conductor is soldered to a contact point on the printed circuit board for the purpose of electrical contacting, wherein the printed circuit board is equipped with a recess which starts from the surface of the printed circuit board and the end region of the outer sheath of the coaxial cable is inserted at least partially into the recess , wherein a further contact point is present at least partially adjacent to the recess , to which contact point the shield of the coaxial cable is electrically connected, in particular soldered, characterized in that the recess and a partial region around it are equipped with a cover , wherein the cover is produced from a liquid or viscous material and the region of the end of the coaxial cable and the contact points are covered therewith.
Pylon for mounting an engine to an aircraft structural element , said engine mounting pylon comprising a primary structure , a first fastening device for fastening to an aircraft engine and a second fastening device for fastening to said aircraft structural element , the second fastening device for fastening to said aircraft structural element comprises at least one brace , a first brace-attachment device for mechanically connecting a first end of said at least one brace to the aircraft structural element , and a second brace-attachment device that mechanically connects a second end of said at least one brace to the primary structure of the pylon, the second fastening device for fastening to said aircraft structural element furthermore comprising a ball-joint attachment that mechanically connects the rear of the primary structure to the structural element of the aircraft, the mounting pylon comprising at least two lateral braces that take up the bending moments (MfZ) generated about a Z axis that is substantially perpendicular to the aircraft structural element to which the mounting pylon is attached and that passes through the ball-joint attachment , and at least two transverse braces that take up the torsion moments (MtX) generated about an X axis that is substantially parallel to the direction of movement of the aircraft and that passes through the ball-joint attachment .
An information processing apparatus comprising: a sound output control unit configured to generate localization information of a sound marker (Ms) based on a virtual position, the virtual position being a position of a visual marker (Mv); and a sound output unit configured to output a sound associated with the sound marker (Ms), based on the localization information, wherein the virtual position is determined based on a position of a real object present in a space and the sound output unit is further configured to audibly output the sound at the virtual position concurrently with a displaying of the visual marker (Mv) at the virtual position on a display unit of the information processing apparatus , wherein the sound output control unit is further configured to determine a sound source position of the sound marker (Ms) based on a distance between a position of a user and the virtual position, and wherein when the distance between the position of the user and the virtual position is greater than a threshold value, the sound output control unit is further configured to determine the sound source position of the sound marker (Ms) to be at a location that is located closer to being directly in front of the user than to the virtual position. a sound output control unit configured to generate localization information of a sound marker (Ms) based on a virtual position, the virtual position being a position of a visual marker (Mv); and a sound output unit configured to output a sound associated with the sound marker (Ms), based on the localization information, wherein the virtual position is determined based on a position of a real object present in a space and the sound output unit is further configured to audibly output the sound at the virtual position concurrently with a displaying of the visual marker (Mv) at the virtual position on a display unit of the information processing apparatus , wherein the sound output control unit is further configured to determine a sound source position of the sound marker (Ms) based on a distance between a position of a user and the virtual position, and wherein when the distance between the position of the user and the virtual position is greater than a threshold value, the sound output control unit is further configured to determine the sound source position of the sound marker (Ms) to be at a location that is located closer to being directly in front of the user than to the virtual position.
A tire comprising an outer circumferential tread, the tread comprising a rubber formulation comprising a rubbery polymer, a silica and a silylated triglyceride oil, characterized in that the silylated triglyceride oil is a silylated vegetable oil selected from the group consisting of soybean oil, sunflower oil, canola (rapeseed) oil, corn oil, coconut oil, cottonseed oil, olive oil, peanut oil, and safflower oil, and wherein the silylated triglyceride oil is at least 30% silylated, based upon the mole percent of unsaturation in the starting triglyceride oil.
Lock for a pivotably mounted leaf of a door or a window with a lock housing comprising a lock faceplate , a lock base and a removable lock cover , as well as at least one bolt element engaging through the lock faceplate and a slide plate cooperating with the bolt element, wherein the slide plate is movably coupled with the bolt element , wherein it is provided that, the lock base has mechanical receptacles for holding at least two different modules , each of which is designed as an assembly, and the modules each have a module carrier which carries a plurality of components of the module and is supported on the receptacles of the lock base , and at least one of the modules is connected to the slide plate , characterized in that, the at least two modules each have a connecting element which establishes a connection between a module and the slide plate . wherein it is provided that, the lock base has mechanical receptacles for holding at least two different modules , each of which is designed as an assembly, and the modules each have a module carrier which carries a plurality of components of the module and is supported on the receptacles of the lock base , and at least one of the modules is connected to the slide plate , characterized in that, the at least two modules each have a connecting element which establishes a connection between a module and the slide plate .
A control valve , in particular for an adjustable rotary pump of a motor vehicle, comprising: a) a valve housing which comprises a piston space ; and b) a control piston which is movably arranged in the piston space and sub-divides the piston space into at least a first valve space (R1) and a second valve space (R2), c) and at least a leakage path (L1) which sets a desired leakage between the first valve space (R1) and the second valve space (R2), d) wherein the control piston sub-divides the piston space into at least three valve spaces (R1, R2, R3, R3'), characterised in that e) another leakage path (L2) connects the third valve space (R3) and the second valve space (R2) or the third valve space (R3') and the first valve space (R1) to each other, and in that f) the leakage via the first leakage path (L1) is larger than the leakage via the other leakage path (L2). a) a valve housing which comprises a piston space ; and b) a control piston which is movably arranged in the piston space and sub-divides the piston space into at least a first valve space (R1) and a second valve space (R2), c) and at least a leakage path (L1) which sets a desired leakage between the first valve space (R1) and the second valve space (R2), d) wherein the control piston sub-divides the piston space into at least three valve spaces (R1, R2, R3, R3'), characterised in that e) another leakage path (L2) connects the third valve space (R3) and the second valve space (R2) or the third valve space (R3') and the first valve space (R1) to each other, and in that f) the leakage via the first leakage path (L1) is larger than the leakage via the other leakage path (L2).
A mobile apparatus for measuring the photometric characteristics of airport marker lights, the mobile apparatus comprising a measuring rod designed to be moved above the marker lights to be checked, in the light beams emitted by these marker lights, and means for measuring the distance between said measuring rod and the marker lights to be checked, said measuring rod carrying at least one photometric sensor , said measuring rod comprises means for acquiring and processing the signals emitted by said photometric sensor or sensors during its movement, as a function of the distance measured between said measuring rod and the marker lights to be checked, said means of acquisition and processing being capable of generating a set of data representing photometric characteristics of each marker light checked, characterized in that said measuring rod comprises a plurality of frontward-oriented photometric sensors and furthermore comprises a plurality of rearward-oriented photometric sensors .
Damper for a rotary movement, in particular of toilet lids or seats , about an axis of rotation, having a housing , a viscous damping medium in the housing , a first damper element , which has a first part in the housing and a second part, firmly connected to the first part in a rotational sense, outside the housing and which is rotatable with the first and the second part relative to the housing about the axis of rotation, a second damper element , which is firmly coupled to the housing with respect to rotations about the axis of rotation, and which is coupled to the first damper element such that a rotation of the first damper element relative to the housing leads to an axial displacement of the second damper element relative to the first damper element and a displacement of the damping medium in the housing by the second damper element , characterized in that the second damper element is coupled to the first damper element by means of a thread engagement and is received radially in the first damper element at least to the extent that the thread engagement is present in the first damper element , and that the thread engagement and the resulting displacement of the damping medium by the second damping element have a bidirectional effect. a housing , a viscous damping medium in the housing , a first damper element , which has a first part in the housing and a second part, firmly connected to the first part in a rotational sense, outside the housing and which is rotatable with the first and the second part relative to the housing about the axis of rotation, a second damper element , which is firmly coupled to the housing with respect to rotations about the axis of rotation, and which is coupled to the first damper element such that a rotation of the first damper element relative to the housing leads to an axial displacement of the second damper element relative to the first damper element and a displacement of the damping medium in the housing by the second damper element , characterized in that the second damper element is coupled to the first damper element by means of a thread engagement and is received radially in the first damper element at least to the extent that the thread engagement is present in the first damper element , and that the thread engagement and the resulting displacement of the damping medium by the second damping element have a bidirectional effect.
A method of manufacturing three-dimensional porous structures 10, the method including: providing a paste composition comprising particles of at least one inorganic material, at least one polymeric binder and at least one solvent, depositing filaments 2 of the paste composition in a predetermined interconnected arrangement in a plurality of consecutively stacked layers 11 for forming a three-dimensional porous structure 10 with interconnected pores between the filaments, subsequently drying the deposited three-dimensional porous structure by subjecting the porous structure to a heat treatment by irradiating microwave energy 30 through said porous structure 10, wherein the applied microwave energy 30 employed during the heat treatment is selected based on the structural interconnected arrangement of the filaments 2 defining the shape and size of the pores of the three-dimensional porous structure 10, wherein the applied microwave energy 30 is selected based on at least the relative spatial positioning and orientation of the filaments 2 forming the three-dimension porous structure 10. providing a paste composition comprising particles of at least one inorganic material, at least one polymeric binder and at least one solvent, depositing filaments 2 of the paste composition in a predetermined interconnected arrangement in a plurality of consecutively stacked layers 11 for forming a three-dimensional porous structure 10 with interconnected pores between the filaments, subsequently drying the deposited three-dimensional porous structure by subjecting the porous structure to a heat treatment by irradiating microwave energy 30 through said porous structure 10, wherein the applied microwave energy 30 employed during the heat treatment is selected based on the structural interconnected arrangement of the filaments 2 defining the shape and size of the pores of the three-dimensional porous structure 10, wherein the applied microwave energy 30 is selected based on at least the relative spatial positioning and orientation of the filaments 2 forming the three-dimension porous structure 10.
An adapter , comprising: a converter unit configured to increase at least one of a voltage and a current outputted from a battery pack and supply the increased at least one of the voltage and the current to a load ; and a characteristic detection unit configured to detect at least one of the voltage outputted from the battery pack , the current outputted from the battery pack , a temperature of the battery pack , a voltage inputted to the load , a current inputted to the load and a temperature of the converter unit ; characterized in that the adapter further comprises: a control unit configured to control the converter unit to increase each of said at least one of the voltage and the current outputted from the battery pack to a corresponding reference value and further to perform, while the increased at least one of the voltage and the current is configured to be supplied to the load , a control operation of suppressing the increase of said at least one of the voltage and the current in the converter unit to prevent an occurrence of over-current or over-discharge based on at least one detection result detected by the characteristic detection unit . a converter unit configured to increase at least one of a voltage and a current outputted from a battery pack and supply the increased at least one of the voltage and the current to a load ; and a characteristic detection unit configured to detect at least one of the voltage outputted from the battery pack , the current outputted from the battery pack , a temperature of the battery pack , a voltage inputted to the load , a current inputted to the load and a temperature of the converter unit ; characterized in that the adapter further comprises: a control unit configured to control the converter unit to increase each of said at least one of the voltage and the current outputted from the battery pack to a corresponding reference value and further to perform, while the increased at least one of the voltage and the current is configured to be supplied to the load , a control operation of suppressing the increase of said at least one of the voltage and the current in the converter unit to prevent an occurrence of over-current or over-discharge based on at least one detection result detected by the characteristic detection unit .
A device (DEV) for measuring viscoelastic properties of a viscoelastic medium having an ultrasound signal after being subjected to ultrasound pulses comprising: - a probe for vibration controlled transient elastography comprising: • a probe casing (PC); • at least one ultrasound transducer (US) having a symmetry axis (A) ; • at least a vibrator (VIB), said vibrator (VIB) being located inside the probe casing (PC); • a force sensor (FS), the force sensor being configured to measure a force applied by the probe against the to-be-measured viscoelastic medium; - a signal generator ; the device (DEV) being characterized in that : • the vibrator (VIB) is arranged to induce a movement of the probe casing (PC) along a predefined axis, the predefined axis being the symmetry axis (A) of the ultrasound transducer (US); • the ultrasound transducer is bound to the probe casing (PC) with no motion of the ultrasound transducer (US) with respect to the probe casing (PC); • the signal generator is constructed and arranged to issue a contact ready signal when the ultrasound transducer (US) of the probe is in contact with a to-be-measured viscoelastic medium, the contact ready signal being set by the signal generator when the force applied by the ultrasound probe on the viscoelastic medium is greater than a minimum contact force threshold. - a probe for vibration controlled transient elastography comprising: • a probe casing (PC); • at least one ultrasound transducer (US) having a symmetry axis (A) ; • at least a vibrator (VIB), said vibrator (VIB) being located inside the probe casing (PC); • a force sensor (FS), the force sensor being configured to measure a force applied by the probe against the to-be-measured viscoelastic medium; • a probe casing (PC); • at least one ultrasound transducer (US) having a symmetry axis (A) ; • at least a vibrator (VIB), said vibrator (VIB) being located inside the probe casing (PC); • a force sensor (FS), the force sensor being configured to measure a force applied by the probe against the to-be-measured viscoelastic medium; - a signal generator ; • the vibrator (VIB) is arranged to induce a movement of the probe casing (PC) along a predefined axis, the predefined axis being the symmetry axis (A) of the ultrasound transducer (US); • the ultrasound transducer is bound to the probe casing (PC) with no motion of the ultrasound transducer (US) with respect to the probe casing (PC); • the signal generator is constructed and arranged to issue a contact ready signal when the ultrasound transducer (US) of the probe is in contact with a to-be-measured viscoelastic medium, the contact ready signal being set by the signal generator when the force applied by the ultrasound probe on the viscoelastic medium is greater than a minimum contact force threshold.