mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile robot comprising: a moveable body ; an image acquirer configured to continuously or repeatedly capture an image in a traveling direction to photograph an obstacle in an enlarged form as the mobile robot approaches the obstacle; an obstacle detection unit configured to detect an obstacle positioned at a side toward the traveling direction; and a controller configured to store a plurality of image data captured through the image acquirer , to start a response motion at a predetermined time point at which the obstacle detection unit determines that the obstacle is positioned within a predetermined distance, and to determine the response motion depending on a determined type of the obstacle based on the image data captured before to the predetermined time point, characterized in that the controller is configured to determine whether the obstacle causes a confinement situation which is defined as a state in which movement of the body is less than a preset distance for a preset time period wherein the response motion at the predetermined time point at which the obstacle detection unit determines that an obstacle is positioned within the predetermined distance, consists in travelling and avoiding the obstacle without entering the obstacle when the controller determined the obstacle caused a confinement situation. a moveable body ; an image acquirer configured to continuously or repeatedly capture an image in a traveling direction to photograph an obstacle in an enlarged form as the mobile robot approaches the obstacle; an obstacle detection unit configured to detect an obstacle positioned at a side toward the traveling direction; and a controller configured to store a plurality of image data captured through the image acquirer , to start a response motion at a predetermined time point at which the obstacle detection unit determines that the obstacle is positioned within a predetermined distance, and to determine the response motion depending on a determined type of the obstacle based on the image data captured before to the predetermined time point, characterized in that the controller is configured to determine whether the obstacle causes a confinement situation which is defined as a state in which movement of the body is less than a preset distance for a preset time period wherein the response motion at the predetermined time point at which the obstacle detection unit determines that an obstacle is positioned within the predetermined distance, consists in travelling and avoiding the obstacle without entering the obstacle when the controller determined the obstacle caused a confinement situation.
A system comprising: a first baseboard having a first processor package and a second processor package respectively adapted thereto, the first baseboard further having a plurality of memory modules adapted thereto, wherein the first baseboard has one or more layers including first interconnect means for carrying processor-to-memory signaling between the first processor package and at least some of the plurality of memory modules and second interconnect means for carrying processor-to-memory signaling between the second processor package and at least some of the plurality of memory modules ; and a first auxiliary board for carrying processor-to-processor signaling between the first processor package and the second processor package wherein the first auxiliary board is directly coupled to the first processor package and the second processor package , and wherein the first baseboard does not include interconnect means for carrying the processor-to-processor signaling between the first processor package and the second processor package . a first baseboard having a first processor package and a second processor package respectively adapted thereto, the first baseboard further having a plurality of memory modules adapted thereto, wherein the first baseboard has one or more layers including first interconnect means for carrying processor-to-memory signaling between the first processor package and at least some of the plurality of memory modules and second interconnect means for carrying processor-to-memory signaling between the second processor package and at least some of the plurality of memory modules ; and a first auxiliary board for carrying processor-to-processor signaling between the first processor package and the second processor package wherein the first auxiliary board is directly coupled to the first processor package and the second processor package , and wherein the first baseboard does not include interconnect means for carrying the processor-to-processor signaling between the first processor package and the second processor package .
A battery module comprising: a housing comprising a first housing and a second housing , which are coupled to each other to form a accommodation space ; a plurality of secondary batteries accommodated in the accommodation space ; a bolt comprising a screw portion and a bolt head arranged at an end of the screw portion , the bolt being configured to fasten the first housing and the second housing to each other by being mounted such that the screw portion penetrates the first housing to be screw-coupled to the second housing , and that the bolt head is caught by the first housing ; and an O-ring mounted to be interposed between the first housing and the bolt head , wherein the O-ring comprises: a hollow pierced such that the screw portion is inserted therein; and a recognition protrusion formed to protrude in a radial direction of the bolt head as compared with the bolt head , wherein the first housing comprises an O-ring groove formed to be recessed such that the O-ring is inserted therein, and wherein the O-ring groove has a recognition portion formed to extend in the radial direction of the bolt head such that the recognition protrusion is inserted therein. a housing comprising a first housing and a second housing , which are coupled to each other to form a accommodation space ; a plurality of secondary batteries accommodated in the accommodation space ; a bolt comprising a screw portion and a bolt head arranged at an end of the screw portion , the bolt being configured to fasten the first housing and the second housing to each other by being mounted such that the screw portion penetrates the first housing to be screw-coupled to the second housing , and that the bolt head is caught by the first housing ; and an O-ring mounted to be interposed between the first housing and the bolt head , wherein the O-ring comprises: a hollow pierced such that the screw portion is inserted therein; and a recognition protrusion formed to protrude in a radial direction of the bolt head as compared with the bolt head , wherein the first housing comprises an O-ring groove formed to be recessed such that the O-ring is inserted therein, and wherein the O-ring groove has a recognition portion formed to extend in the radial direction of the bolt head such that the recognition protrusion is inserted therein. a hollow pierced such that the screw portion is inserted therein; and a recognition protrusion formed to protrude in a radial direction of the bolt head as compared with the bolt head , wherein the first housing comprises an O-ring groove formed to be recessed such that the O-ring is inserted therein, and wherein the O-ring groove has a recognition portion formed to extend in the radial direction of the bolt head such that the recognition protrusion is inserted therein.
A method of determining a filling level of a product in a tank using a radar level gauge system including a transceiver, a signal propagation device and processing circuitry, the method comprising the steps of: performing, for each transmit pulse repetition frequency in a sequence of different transmit pulse repetition frequencies, a measurement operation including: generating and transmitting an electromagnetic transmit signal in the form of a pulse train of transmit pulses, the pulse train exhibiting the transmit pulse repetition frequency; propagating the transmit signal towards a surface of the product in the tank; returning an electromagnetic reflection signal resulting from reflection of the transmit signal at the surface back towards the transceiver; and receiving the reflection signal; and determining, for each measurement operation, a measure indicative of signal disturbance of the reflection signal received in the measurement operation; evaluating, for each measurement operation, the measure indicative of signal disturbance of the reflection signal in view of a predefined signal disturbance criterion; and determining the filling level based on at least one of the reflection signals fulfilling the signal disturbance criterion. performing, for each transmit pulse repetition frequency in a sequence of different transmit pulse repetition frequencies, a measurement operation including: generating and transmitting an electromagnetic transmit signal in the form of a pulse train of transmit pulses, the pulse train exhibiting the transmit pulse repetition frequency; propagating the transmit signal towards a surface of the product in the tank; returning an electromagnetic reflection signal resulting from reflection of the transmit signal at the surface back towards the transceiver; and receiving the reflection signal; and generating and transmitting an electromagnetic transmit signal in the form of a pulse train of transmit pulses, the pulse train exhibiting the transmit pulse repetition frequency; propagating the transmit signal towards a surface of the product in the tank; returning an electromagnetic reflection signal resulting from reflection of the transmit signal at the surface back towards the transceiver; and receiving the reflection signal; and determining, for each measurement operation, a measure indicative of signal disturbance of the reflection signal received in the measurement operation; evaluating, for each measurement operation, the measure indicative of signal disturbance of the reflection signal in view of a predefined signal disturbance criterion; and determining the filling level based on at least one of the reflection signals fulfilling the signal disturbance criterion.
An information system for a working machine , the working machine comprising a user operable implement , the information system comprising: - an illumination arrangement arranged to project an image onto an area externally of said working machine , and - a control unit adapted to control the illumination arrangement, wherein the control unit is adapted to: - receive construction data of a portion of a surrounding of the working machine, - form the image to be projected based on the construction data, - receive information of a present location of the working machine, and - project the image onto a surface of the area externally of said working machine based on the present location of the working machine using the illumination arrangement for assisting the user in operating the implement , wherein the illumination arrangement comprises an image projector, characterized in that the control unit is further adapted to control an orientation of the illumination arrangement in relation to the working machine, whereby the projected image at the surface of the area externally of said working machine is made independent on a present orientation of the working machine at the present location. - an illumination arrangement arranged to project an image onto an area externally of said working machine , and - a control unit adapted to control the illumination arrangement, - receive construction data of a portion of a surrounding of the working machine, - form the image to be projected based on the construction data, - receive information of a present location of the working machine, and - project the image onto a surface of the area externally of said working machine based on the present location of the working machine using the illumination arrangement for assisting the user in operating the implement , wherein the illumination arrangement comprises an image projector,
Device (30; 330) for short-circuiting an electrical installation (10; 300) comprising at least two electrical conductors , the device comprising: - at least two connection terminals , each being capable of being connected to a respective electrical conductor , - an electromechanical unit capable of establishing a short-circuit between the connection terminals , - at least one resistance element (46; 346) capable of connecting one of the connection terminals to the corresponding electrical conductor , the or each resistance element (46; 346) comprising a first connection end connected to the corresponding connection terminal and a second connection end capable of being connected to the corresponding electrical conductor, characterised in that the resistance element (46; 346) has an impedance, and the variation of the impedance value is less than 1 mΩ for a temperature of the resistance element of between 0°C and 200°C. - at least two connection terminals , each being capable of being connected to a respective electrical conductor , - an electromechanical unit capable of establishing a short-circuit between the connection terminals , - at least one resistance element (46; 346) capable of connecting one of the connection terminals to the corresponding electrical conductor , the or each resistance element (46; 346) comprising a first connection end connected to the corresponding connection terminal and a second connection end capable of being connected to the corresponding electrical conductor, characterised in that the resistance element (46; 346) has an impedance, and the variation of the impedance value is less than 1 mΩ for a temperature of the resistance element of between 0°C and 200°C.
A frame for a prosthetic heart valve , comprising: a plurality of strut members arranged to form an annular main body of the frame and coupled together by a plurality of pivot joints , the main body of the frame being radially collapsible to a collapsed configuration and radially expandable to an expanded configuration, the main body of the frame having an inflow end and an outflow end ; and a plurality of leaflet clamps disposed on an exterior of the main body of the frame and coupled to the strut members , the plurality of leaflet clamps being movable between an open position corresponding to the collapsed configuration of the main body of the frame and a closed position corresponding to the expanded configuration of the main body of the frame ; wherein motion of the main body of the frame between the collapsed configuration and the expanded configuration causes corresponding motion of the leaflet clamps between the open position and the closed position. a plurality of strut members arranged to form an annular main body of the frame and coupled together by a plurality of pivot joints , the main body of the frame being radially collapsible to a collapsed configuration and radially expandable to an expanded configuration, the main body of the frame having an inflow end and an outflow end ; and a plurality of leaflet clamps disposed on an exterior of the main body of the frame and coupled to the strut members , the plurality of leaflet clamps being movable between an open position corresponding to the collapsed configuration of the main body of the frame and a closed position corresponding to the expanded configuration of the main body of the frame ; wherein motion of the main body of the frame between the collapsed configuration and the expanded configuration causes corresponding motion of the leaflet clamps between the open position and the closed position.
An apparatus for motion compensated modelling of a parameter of an eye, comprising: means for illuminating a targeted ocular surface (116-120) with a least one incident light beam and means for directing at least two light beams returning from the illuminated ocular surface to an image forming device ; a first measuring means for measuring a plurality of position parameters of the eye with respect to an optical reference coordinate system of the apparatus wherein the plurality of position parameters include lateral displacement along an x axis of the optical reference coordinate system, lateral displacement along a y axis of the optical reference coordinate system and axial displacement along a z axis of the optical reference coordinate system; a second measuring means for measuring an interference signal at a plurality of optical reference coordinates, wherein the measurement of the plurality of position parameters and measurement of the interference signal are time synchronised; and means for correcting the interference signal to account for the displacements of the plurality of position parameters; and means for modelling the eye parameter based at least in part on the corrected interference signal characterized in that the plurality of position parameters include cyclorotation around the z-axis, rotation around the x axis and rotation around the y axis. means for illuminating a targeted ocular surface (116-120) with a least one incident light beam and means for directing at least two light beams returning from the illuminated ocular surface to an image forming device ; a first measuring means for measuring a plurality of position parameters of the eye with respect to an optical reference coordinate system of the apparatus wherein the plurality of position parameters include lateral displacement along an x axis of the optical reference coordinate system, lateral displacement along a y axis of the optical reference coordinate system and axial displacement along a z axis of the optical reference coordinate system; a second measuring means for measuring an interference signal at a plurality of optical reference coordinates, wherein the measurement of the plurality of position parameters and measurement of the interference signal are time synchronised; and means for correcting the interference signal to account for the displacements of the plurality of position parameters; and means for modelling the eye parameter based at least in part on the corrected interference signal characterized in that the plurality of position parameters include cyclorotation around the z-axis, rotation around the x axis and rotation around the y axis.
A swivel arrangement comprising a plurality of high voltage electrical swivels (100,100', 100") arranged around a common axis (Y), each high voltage electrical swivel comprising: - a first annular housing part and a second annular housing part together defining an annular interior volume; - a first solid electrical conductor stationary with respect to the first annular housing part, and a second solid electrical conductor stationary with respect to the second annular housing part, wherein the first and second electrical conductors are electrically isolated from the first and second housing parts and are arranged within the internal annular volume (V) for making conductive sliding contact with each other; wherein the first annular housing part and second annular housing part of each electrical swivel are rotatable relative to each other around said common axis (Y) while the first and second electrical conductors thereof are in sliding contact with each other; wherein the first and second annular housing parts of the plurality of swivels together define a central through opening (O) through which the common axis (Y) extends; and wherein the electrical swivels (100, 100', 100") are arranged concentrically around the common axis in such a manner that a plane (N) normal to said axis (Y) intersects at least two, preferably at least three, of the electrical swivels. - a first annular housing part and a second annular housing part together defining an annular interior volume; - a first solid electrical conductor stationary with respect to the first annular housing part, and a second solid electrical conductor stationary with respect to the second annular housing part, wherein the first and second electrical conductors are electrically isolated from the first and second housing parts and are arranged within the internal annular volume (V) for making conductive sliding contact with each other; wherein the first annular housing part and second annular housing part of each electrical swivel are rotatable relative to each other around said common axis (Y) while the first and second electrical conductors thereof are in sliding contact with each other; wherein the first and second annular housing parts of the plurality of swivels together define a central through opening (O) through which the common axis (Y) extends; and wherein the electrical swivels (100, 100', 100") are arranged concentrically around the common axis in such a manner that a plane (N) normal to said axis (Y) intersects at least two, preferably at least three, of the electrical swivels.
A blast protection wall comprising - a sandwich wall panel comprising a first and second metal plate ; - a support structure comprising support posts , for supporting the sandwich wall panel ; characterized in that - the sandwich wall panel comprises a layer of fibers between the first and second metal plate , the layer of fibers interconnecting the first and second metal plate ; the blast protection wall further comprising a mechanically plastic baffle connected between the support structure and the sandwich wall panel . - a sandwich wall panel comprising a first and second metal plate ; - a support structure comprising support posts , for supporting the sandwich wall panel ; - the sandwich wall panel comprises a layer of fibers between the first and second metal plate , the layer of fibers interconnecting the first and second metal plate ; the blast protection wall further comprising a mechanically plastic baffle connected between the support structure and the sandwich wall panel .
A composition for 3D printing comprising a thermosetting compound, 1 to 40 parts by weight of a thermoplastic resin, relative to 100 parts by weight of said thermosetting compound, and magnetic particles.
An electrical power generating assembly for a wind turbine comprising: a gearbox comprising a gearbox output shaft, a generator comprising a rotor that is coupled to the gearbox output shaft; and an electrical pickup mounted to the electrical power generating assembly, characterized in that the electrical pickup comprises: a contact disk associated with and extending radially away from the generator rotor ; and at least one electrical contact parallel with the rotational axis of the generator rotor and configured to be in electrical contact with an electrical contact surface of the contact disk so as to pick up current from components of the electrical power generating assembly. a gearbox comprising a gearbox output shaft, a generator comprising a rotor that is coupled to the gearbox output shaft; and an electrical pickup mounted to the electrical power generating assembly, characterized in that the electrical pickup comprises: a contact disk associated with and extending radially away from the generator rotor ; and at least one electrical contact parallel with the rotational axis of the generator rotor and configured to be in electrical contact with an electrical contact surface of the contact disk so as to pick up current from components of the electrical power generating assembly. a contact disk associated with and extending radially away from the generator rotor ; and at least one electrical contact parallel with the rotational axis of the generator rotor and configured to be in electrical contact with an electrical contact surface of the contact disk so as to pick up current from components of the electrical power generating assembly.