mhurhangee/patent-ind-claim-en huggingface dataset:
EtherCAT bus system comprising an EtherCAT bus master and EtherCAT bus subscribers , characterised in that an EtherCAT star hub is arranged and/or mounted on the same printed circuit board together with the EtherCAT bus master , the printed circuit board being surrounded by a housing, the cooling member dissipating the thermal losses of the bus master and the star hub to the surroundings, the housing acting as a single housing for the star hub and the bus master , a single cooling member dissipating the thermal losses of the star hub and the thermal losses of the bus master to the surroundings, the bus master being connected to an Ethernet interface, which emits interfering radiation and is likewise arranged on the printed circuit board , the Ethernet interface being less distant from the bus master than the star hub is distant from the bus master, or the Ethernet interface being less distant from the star hub than the bus master is distant from the star hub, level conversion, galvanic isolation, differential data routing and voltage refresh being implemented. an EtherCAT star hub is arranged and/or mounted on the same printed circuit board together with the EtherCAT bus master , the printed circuit board being surrounded by a housing, the cooling member dissipating the thermal losses of the bus master and the star hub to the surroundings, the housing acting as a single housing for the star hub and the bus master , a single cooling member dissipating the thermal losses of the star hub and the thermal losses of the bus master to the surroundings, the bus master being connected to an Ethernet interface, which emits interfering radiation and is likewise arranged on the printed circuit board , the Ethernet interface being less distant from the bus master than the star hub is distant from the bus master, or the Ethernet interface being less distant from the star hub than the bus master is distant from the star hub, level conversion, galvanic isolation, differential data routing and voltage refresh being implemented.
A process for laminating a substrate using an adhesive packaging system said system comprising: a core structure; and an adhesive layer coated at least on one surface defined by the core structure; the adhesive layer comprising at least two different heat-activated adhesive materials located in alternative sequences over said at least one surface of the core structure, each of the heat-activated adhesive materials being activated at different temperatures, the activation temperature of the heat-activated adhesive materials being defined as the melting point, said process comprising the steps of: a. positioning in or on a laminating machine the adhesive packaging system at a given position over the substrate to be laminated; b. heating the adhesive packaging system while contacting the adhesive packaging system with the substrate to form a laminated substrate; c. cooling the laminated substrate for setting one of said at least two different heat-activated adhesive materials of the adhesive packaging system to provide a first adhesion between the adhesive packaging system and the substrate; and d. cutting a given section of the laminated substrate before a second adhesion occurred between the adhesive packaging system and the laminated substrate when the other one of said at least two different heat-activated adhesive materials of the system adhesive packaging system is set to permanently fixed the adhesive packaging system to the substrate. a core structure; and an adhesive layer coated at least on one surface defined by the core structure; the adhesive layer comprising at least two different heat-activated adhesive materials located in alternative sequences over said at least one surface of the core structure, each of the heat-activated adhesive materials being activated at different temperatures, the activation temperature of the heat-activated adhesive materials being defined as the melting point, a. positioning in or on a laminating machine the adhesive packaging system at a given position over the substrate to be laminated; b. heating the adhesive packaging system while contacting the adhesive packaging system with the substrate to form a laminated substrate; c. cooling the laminated substrate for setting one of said at least two different heat-activated adhesive materials of the adhesive packaging system to provide a first adhesion between the adhesive packaging system and the substrate; and d. cutting a given section of the laminated substrate before a second adhesion occurred between the adhesive packaging system and the laminated substrate when the other one of said at least two different heat-activated adhesive materials of the system adhesive packaging system is set to permanently fixed the adhesive packaging system to the substrate.
A vertical takeoff and landing (VTOL) unmanned aerial vehicle (UAV) comprising: a flight control system configured to provide avionic control of the VTOL UAV in a hover mode and in a level-flight mode; a body encapsulating an engine and the flight control system, the body comprising a fixed body portion and a plurality of retractable wings ; a rotor disk coupled to the engine and configured to provide vertical thrust and cyclic pitch control in the hover mode and to provide horizontal thrust for flight during the level-flight mode; the plurality of retractable wings comprising a first pair of control flaps providing avionic direction control during the level-flight mode; and a second pair of control flaps coupled to the fixed body portion , the second pair being arranged entirely within a rotor wash of the rotor disk that is defined by a diameter of the rotor disk , said second pair of control flaps providing avionic control authority for the vehicle during the hover mode. a flight control system configured to provide avionic control of the VTOL UAV in a hover mode and in a level-flight mode; a body encapsulating an engine and the flight control system, the body comprising a fixed body portion and a plurality of retractable wings ; a rotor disk coupled to the engine and configured to provide vertical thrust and cyclic pitch control in the hover mode and to provide horizontal thrust for flight during the level-flight mode; the plurality of retractable wings comprising a first pair of control flaps providing avionic direction control during the level-flight mode; and a second pair of control flaps coupled to the fixed body portion , the second pair being arranged entirely within a rotor wash of the rotor disk that is defined by a diameter of the rotor disk , said second pair of control flaps providing avionic control authority for the vehicle during the hover mode.
Process to convert a thiol or a polyorgano polysulphide (POPS) compound to bisulphide by direct or indirect transfer of electrons from a cathode of a bio-electrochemical cell to the thiol or the polyorgano polysulphide (POPS) compound under anaerobic conditions and in the presence of methanogens.
A folding leaf door installation , comprising - at least one folding leaf door with at least two leaves and at least one hinge body disposed there between, - wherein each leaf includes a frame , - wherein the frame includes a groove , into which an attachment web of the hinge body is insertable, - wherein the groove and the attachment web include an undercut such that a positive connection is provided between frame and hinge body , - wherein the hinge body includes a strip web , - wherein the strip web is connectable to the frame , - wherein the strip web includes at least one threaded bore , into which an attachment bolt is screwable and can be pressed against the frame , - wherein the folding leaf door comprises at least one first leaf with a first frame and at least one second leaf with a second frame , wherein a first hinge body is disposed at the first frame and a second hinge body is disposed at a second frame , wherein the first hinge body is supportable at least at two second hinge bodies and the second hinge body is supportable at least at two first hinge bodies , and - the first hinge body includes a first bushing-shaped area and the second hinge body a second bushing-shaped area , wherein the first bushing-shaped area and the second bushing shaped area are supported at each other, in particular vertically one on top of the other, via a supported door bolt . - at least one folding leaf door with at least two leaves and at least one hinge body disposed there between, - wherein each leaf includes a frame , - wherein the frame includes a groove , into which an attachment web of the hinge body is insertable, - wherein the groove and the attachment web include an undercut such that a positive connection is provided between frame and hinge body , - wherein the hinge body includes a strip web , - wherein the strip web is connectable to the frame , - wherein the strip web includes at least one threaded bore , into which an attachment bolt is screwable and can be pressed against the frame , - wherein the folding leaf door comprises at least one first leaf with a first frame and at least one second leaf with a second frame , wherein a first hinge body is disposed at the first frame and a second hinge body is disposed at a second frame , wherein the first hinge body is supportable at least at two second hinge bodies and the second hinge body is supportable at least at two first hinge bodies , and - the first hinge body includes a first bushing-shaped area and the second hinge body a second bushing-shaped area , wherein the first bushing-shaped area and the second bushing shaped area are supported at each other, in particular vertically one on top of the other, via a supported door bolt .
A method for operating a wireless communication system, the wireless communication system comprising a base station and a terminal , the terminal comprising a plurality of antenna elements , wherein the terminal provides at least two antenna array configurations comprising a first antenna array configuration comprising at least two antenna elements of the plurality of antenna elements having same radio transmission characteristics enabling a transmission rank one only and a second antenna array configuration comprising at least two antenna elements of the plurality of antenna elements having different radio transmission characteristics enabling a transmission rank higher than one, the method comprising: - triggering a selection process for selecting an antenna array configuration of the at least two antenna array configurations, the selection process comprising: - determining for each of the at least two antenna array configurations a corresponding figure of merit, the corresponding figure of merit being determined based on corresponding pilot signals received from the base station at the terminal via the corresponding antenna array configuration, and - activating an antenna array configuration of the at least two antenna array configurations depending on the figures of merit. - triggering a selection process for selecting an antenna array configuration of the at least two antenna array configurations, the selection process comprising: - determining for each of the at least two antenna array configurations a corresponding figure of merit, the corresponding figure of merit being determined based on corresponding pilot signals received from the base station at the terminal via the corresponding antenna array configuration, and - activating an antenna array configuration of the at least two antenna array configurations depending on the figures of merit. - determining for each of the at least two antenna array configurations a corresponding figure of merit, the corresponding figure of merit being determined based on corresponding pilot signals received from the base station at the terminal via the corresponding antenna array configuration, and - activating an antenna array configuration of the at least two antenna array configurations depending on the figures of merit.
Method for operating an agricultural working device , which is designed in particular as a working device which is towed or self-propelled by a tractor , wherein one or more machine parameters relevant for operation are managed via at least one job computer arranged on the working device and are displayed on a first of at least two universal terminals by means of an ISOBUS interface , wherein the working device comprises a network, which network is designed as an ISOBUS network, and at least the at least one job computer , the connection to the at least two universal terminals and the at least two universal terminals , characterized in that, after an eventual initial configuration phase during operation, the at least one machine parameter is displayed simultaneously on a second of the at least two universal terminals and the at least two universal terminals are equal in such a way that they are also interchangeable with one another with regard to their bus addresses, wherein input surfaces are assigned to the at least one machine parameter on the at least two universal terminals , via which the at least one machine parameter can be changed from both, i.e, the first and the second, universal terminals .
A glove comprising a knitted fabric, comprising a plurality of stitches arranged successively in a course direction and engaged with corresponding stitches arranged in a wale direction, characterized in that: the knitted fabric comprises at least one irregular surface portion comprising a plurality of tucked parts that are arranged in a scattered manner, and at least one rib portion that is provided in proximity to the irregular surface portion and along the course direction; the rib portion comprises a rib main body part having a cylindrical shape comprising a plurality of stitches arranged successively in the course direction and engaged with corresponding stitches arranged in the wale direction, with a region between a pair of base ends of the rib main body part being contracted; a pair of the irregular surface portions is arranged to be adjacent to both sides of the rib main body part in the wale direction; among a plurality of stitches in one irregular surface portion that are adjacent to the rib main body part , at least one stitch engages with a stitch in the other irregular surface portion ; and the at least one stitch in the one irregular surface portion that engages with the stitch in the other irregular surface portion engages with the stitch in the other irregular surface portion together with at least one stitch among a plurality of stitches in the other irregular surface portion that are adjacent to the rib main body part . the knitted fabric comprises at least one irregular surface portion comprising a plurality of tucked parts that are arranged in a scattered manner, and at least one rib portion that is provided in proximity to the irregular surface portion and along the course direction; the rib portion comprises a rib main body part having a cylindrical shape comprising a plurality of stitches arranged successively in the course direction and engaged with corresponding stitches arranged in the wale direction, with a region between a pair of base ends of the rib main body part being contracted; a pair of the irregular surface portions is arranged to be adjacent to both sides of the rib main body part in the wale direction; among a plurality of stitches in one irregular surface portion that are adjacent to the rib main body part , at least one stitch engages with a stitch in the other irregular surface portion ; and the at least one stitch in the one irregular surface portion that engages with the stitch in the other irregular surface portion engages with the stitch in the other irregular surface portion together with at least one stitch among a plurality of stitches in the other irregular surface portion that are adjacent to the rib main body part .
Opto-electronic encoder for a joint , in particular of a metrological articulated arm or robot, the encoder having • a reading head comprising ▭ at least a first measuring light source , and ▭ an image sensor , in particular a CMOS-sensor, for imaging reflected measuring light , • an optical system comprising at least a ball lens , whereby • the ball lens comprises ▭ a front surface transparent for the measuring light and facing the reading head and ▭an at least partially reflective, structured back surface , • the ball lens has -with respect to the measuring light - a refractive index (n) of at least approximately two or a radially varying, in particular stepped or gradient, refractive index (n), such that a bundle of measuring light rays reflected inside the ball lens from a point (A) of the back surface of the ball lens forms at least approximately a parallel bundle after getting refracted at the front surface of the ball lens , • the reading head and the ball lens are rotatable relative to each other in at least two degrees of freedom, • such rotational positions of the reading head and ball lens relative to each other are determinable with respect to the at least two degrees of freedom (Rx, Ry, Rz) using an image of at least a section of the back surface , captured with the image sensor through the optical system, by image evaluation of the imaged structure of the back surface . • a reading head comprising ▭ at least a first measuring light source , and ▭ an image sensor , in particular a CMOS-sensor, for imaging reflected measuring light , ▭ at least a first measuring light source , and ▭ an image sensor , in particular a CMOS-sensor, for imaging reflected measuring light , • an optical system comprising at least a ball lens , • the ball lens comprises ▭ a front surface transparent for the measuring light and facing the reading head and ▭an at least partially reflective, structured back surface , ▭ a front surface transparent for the measuring light and facing the reading head and ▭an at least partially reflective, structured back surface , • the ball lens has -with respect to the measuring light - a refractive index (n) of at least approximately two or a radially varying, in particular stepped or gradient, refractive index (n), such that a bundle of measuring light rays reflected inside the ball lens from a point (A) of the back surface of the ball lens forms at least approximately a parallel bundle after getting refracted at the front surface of the ball lens , • the reading head and the ball lens are rotatable relative to each other in at least two degrees of freedom, • such rotational positions of the reading head and ball lens relative to each other are determinable with respect to the at least two degrees of freedom (Rx, Ry, Rz) using an image of at least a section of the back surface , captured with the image sensor through the optical system, by image evaluation of the imaged structure of the back surface .
An exterior mirror module for a vehicle comprising: an image sensor configured to capture image data; a reflective element disposed on a first side portion; a housing configured to support the reflective element and the image sensor in connection with the vehicle ; wherein the exterior mirror module is characterized by : an actuator configured to adjust an orientation of the reflective element about an adjustment axis (A) while maintaining an orientation of the image sensor ; and a controller in communication with the image sensor and the actuator , wherein the controller is configured to control the actuator to adjust an orientation of the reflective element about the adjustment axis (A). an image sensor configured to capture image data; a reflective element disposed on a first side portion; a housing configured to support the reflective element and the image sensor in connection with the vehicle ; wherein the exterior mirror module is characterized by : an actuator configured to adjust an orientation of the reflective element about an adjustment axis (A) while maintaining an orientation of the image sensor ; and a controller in communication with the image sensor and the actuator , wherein the controller is configured to control the actuator to adjust an orientation of the reflective element about the adjustment axis (A). an actuator configured to adjust an orientation of the reflective element about an adjustment axis (A) while maintaining an orientation of the image sensor ; and a controller in communication with the image sensor and the actuator , wherein the controller is configured to control the actuator to adjust an orientation of the reflective element about the adjustment axis (A).
A powered fastener driver comprising: a driver blade movable from a top-dead-center (TDC) position toward a driven or bottom-dead-center (BDC) position for driving a fastener into a workpiece; a gas spring mechanism for driving the driver blade toward the BDC position; a lifter assembly having a rotary lifter for returning the driver blade from the BDC position toward the TDC position; an arm upon which the rotary lifter is supported; a motor which, in a first position of the rotary lifter , provides torque to the rotary lifter to return the driver blade from the BDC position toward the TDC position; and a brake mechanism , characterised in that the brake mechanism, when activated, prevents the transfer of torque from the motor to the rotary lifter and redirects torque from the motor away from the rotary lifter and toward the arm , causing the rotary lifter to move from the first position toward a second position in which the rotary lifter is not engageable with the driver blade . a driver blade movable from a top-dead-center (TDC) position toward a driven or bottom-dead-center (BDC) position for driving a fastener into a workpiece; a gas spring mechanism for driving the driver blade toward the BDC position; a lifter assembly having a rotary lifter for returning the driver blade from the BDC position toward the TDC position; an arm upon which the rotary lifter is supported; a motor which, in a first position of the rotary lifter , provides torque to the rotary lifter to return the driver blade from the BDC position toward the TDC position; and a brake mechanism , characterised in that the brake mechanism, when activated, prevents the transfer of torque from the motor to the rotary lifter and redirects torque from the motor away from the rotary lifter and toward the arm , causing the rotary lifter to move from the first position toward a second position in which the rotary lifter is not engageable with the driver blade .