mhurhangee/ep-ind-claims huggingface dataset:
A method for the manufacture of a component having an internal cavity and an array of pedestals (43, 44) extending into the cavity, the method comprising; defining an external geometry of the component, defining a core geometry of the component; wherein the core geometry includes a main core passage of the cavity, an array of pedestals (43, 44) extending into the main core passage orthogonally from a first plane, and at least one passage wall extending orthogonally from the first plane, one or more intersecting pedestals intersecting with the passage wall, the pedestals in the array having a uniform cross-section in a plane parallel to the first plane except for the intersecting pedestals all of which have a cross-section in a plane parallel to the first plane which is altered with respect to the uniform cross-section of the non-intersecting pedestals to extend a face of each intersecting pedestal which faces away from the powder extraction direction so as to intersect with the passage wall at an obtuse angle; using a powder bed additive layer manufacturing method, building the component orthogonally upwards from the first plane from a plurality of layers; removing excess powder from the main core passage in a first powder extraction direction which is in parallel with the first plane and the at least one passage wall.
A ram air turbine assembly comprising: a strut movable about a pivot axis between a deployed position and a stowed position; a turbine supported by the strut; a drive shaft rotatable about a first axis transverse to an axis of rotation of the turbine, wherein the drive shaft extends through the strut; a generator driven by the drive shaft, the generator being supported within a generator housing, wherein the generator housing is attached to the strut; and a hydraulic pump driven by the drive shaft and mounted on the generator housing; wherein the drive shaft, the generator and the hydraulic pump are all movable with the strut between the deployed position and the stowed position, and wherein the hydraulic pump and generator are driven about the first axis transverse to the axis of rotation of the turbine. a strut movable about a pivot axis between a deployed position and a stowed position; a turbine supported by the strut; a drive shaft rotatable about a first axis transverse to an axis of rotation of the turbine, wherein the drive shaft extends through the strut; a generator driven by the drive shaft, the generator being supported within a generator housing, wherein the generator housing is attached to the strut; and a hydraulic pump driven by the drive shaft and mounted on the generator housing;
A vehicle for transporting plate-like goods in an at least substantially upright position, in particular for transporting flat glass panes or packets of flat glass panes, between a bearing frame with an elongate bottom beam and a transport container, comprising a wheeled undercarriage with a motorized drive, all of the wheels (6, 6'; 7) being steerable, and comprising a carrier with at least two support projections (43, 43'), the horizontal spacing of which can be modified, said carrier being displaceable from a driving position, which is approximately symmetrical with respect to the central longitudinal axis L of the vehicle, to a receiving/depositing position, which protrudes laterally beyond the undercarriage by at least the horizontal extent of the plate-like goods, characterized in that the undercarriage is suitably designed to run along the bottom beam in its longitudinal direction, for which purpose the base of the undercarriage is configured to be at least almost level and the suspension of the wheels (6, 6'; 7) is selected such that the ground clearance prevents contact between the base and the support, and the vehicle comprises two front wheels (6, 6') and one rear wheel, and the lateral spacing of the front wheels (6, 6') and the position of the rear wheel are selected such that the wheels (6, 6'; 7) are sufficiently distanced from the bottom beams that they can be steered when the vehicle is driven symmetrically between the bottom beams.
Method of controlling a platoon combination of a leading vehicle immediately preceding a following vehicle, comprising - equipping said leading and following vehicles with a vehicle longitudinal motion control system and a vehicle-to-vehicle communication system, - said vehicle-to-vehicle communication system communicating a deceleration value of the leading vehicle from the leading vehicle to the following vehicle; - wherein the vehicle longitudinal motion control comprises an adaptive cruise control module, programmed to calculate a first deceleration value of the following vehicle; based on the deceleration value received from the leading vehicle by the vehicle-to-vehicle system; - characterised in that the vehicle longitudinal motion control system comprises a cooperative collision avoidance module, programmed to calculate a second deceleration value in order to maintain a safe following distance and/or time headway of the following vehicle with respect to the leading vehicle in the platoon; - wherein the vehicle longitudinal motion control comprises an arbitrator, programmed to output a maximum of said calculated first and second deceleration values; and - the vehicle longitudinal motion control comprises a brake controller, programmed to execute an actual deceleration value based on the output of the arbitrator. - equipping said leading and following vehicles with a vehicle longitudinal motion control system and a vehicle-to-vehicle communication system, - said vehicle-to-vehicle communication system communicating a deceleration value of the leading vehicle from the leading vehicle to the following vehicle; - wherein the vehicle longitudinal motion control comprises an adaptive cruise control module, programmed to calculate a first deceleration value of the following vehicle; based on the deceleration value received from the leading vehicle by the vehicle-to-vehicle system; - characterised in that the vehicle longitudinal motion control system comprises a cooperative collision avoidance module, programmed to calculate a second deceleration value in order to maintain a safe following distance and/or time headway of the following vehicle with respect to the leading vehicle in the platoon; - wherein the vehicle longitudinal motion control comprises an arbitrator, programmed to output a maximum of said calculated first and second deceleration values; and - the vehicle longitudinal motion control comprises a brake controller, programmed to execute an actual deceleration value based on the output of the arbitrator.
A method for executing an application at a mobile terminal, the method comprising: receiving (31, 321) execution data from an electronic device communicating with the mobile terminal over a Wireless Local Area Network, WLAN, the execution data comprising a phone number and a command for executing a function of the mobile terminal based on the phone number; and executing (35, 323) the function of the mobile terminal with respect to the command based on the phone number included in the received execution data, wherein the function of the mobile terminal corresponds to an item selected by a user input from among a plurality of items displayed on the screen of the electronic device, and wherein the plurality of items corresponds to a plurality of functions of the mobile terminal, respectively, characterised in that the phone number is identified by a user selection from among multiple contents in a web browser application displayed on a screen of the electronic device. receiving (31, 321) execution data from an electronic device communicating with the mobile terminal over a Wireless Local Area Network, WLAN, the execution data comprising a phone number and a command for executing a function of the mobile terminal based on the phone number; and executing (35, 323) the function of the mobile terminal with respect to the command based on the phone number included in the received execution data, wherein the function of the mobile terminal corresponds to an item selected by a user input from among a plurality of items displayed on the screen of the electronic device, and wherein the plurality of items corresponds to a plurality of functions of the mobile terminal, respectively,
A method of wireless communication, performed by a user equipment, UE, comprising: identifying an uplink transmission time period (415-e) associated with an unlicensed radio frequency spectrum band, wherein said uplink transmission time period (415-e) corresponds to a duration of a physical uplink shared channel, PUSCH, transmission, or a physical uplink control channel, PUCCH, transmission; receiving an indicator in a downlink transmission (410-e) associated with an uplink transmission of a reference signal; triggering to transmit sounding reference signal, SRS, transmissions (425-e) during an SRS subframe based on the received indicator, wherein the SRS subframe extends through an uplink subframe (405-e) of the uplink transmission time period (415-e), and wherein a special subframe (420-e) directly precedes the SRS subframe, the special subframe (420-e) consisting of a physical downlink control channel, PDCCH (455-a), followed by a guard period (460-a), and the PDCCH (455-a) including control information scheduling the SRS transmissions (425-e); and transmitting the sounding reference signal transmissions (425-e) over the unlicensed radio frequency spectrum band. identifying an uplink transmission time period (415-e) associated with an unlicensed radio frequency spectrum band, wherein said uplink transmission time period (415-e) corresponds to a duration of a physical uplink shared channel, PUSCH, transmission, or a physical uplink control channel, PUCCH, transmission; receiving an indicator in a downlink transmission (410-e) associated with an uplink transmission of a reference signal; triggering to transmit sounding reference signal, SRS, transmissions (425-e) during an SRS subframe based on the received indicator, wherein the SRS subframe extends through an uplink subframe (405-e) of the uplink transmission time period (415-e), and wherein a special subframe (420-e) directly precedes the SRS subframe, the special subframe (420-e) consisting of a physical downlink control channel, PDCCH (455-a), followed by a guard period (460-a), and the PDCCH (455-a) including control information scheduling the SRS transmissions (425-e); and transmitting the sounding reference signal transmissions (425-e) over the unlicensed radio frequency spectrum band.
A door system (60, 61, 62) for one or a plurality of doors, wherein the door system (60, 61, 62) comprises at least one motorised door drive (35, 36), wherein the door drive is a sliding door drive, a swing door drive or a revolving door drive, wherein the door drive (35, 36) comprises a motor (352, 362) and a drive controller (351, 361) for activating the motor (352, 362) of the door drive (35, 36), wherein the door system (60, 61, 62) comprises a control unit which is connected to the drive controller (351, 361), characterised in that the control unit is designed to evaluate, on the basis of signals received, whether the door is to be opened by means of the motor (352, 362), wherein the control unit causes the drive controller (351, 361) to activate the motor (352, 362) on the basis of the evaluation, wherein the door system (60, 61, 62) comprises at least one locking element (33, 34, 52, 59), wherein a sequence is predefined by a firmware of the control unit, wherein the sequence comprises an operating step to be carried out by the motor (352, 362) and an operating step to be carried out by the locking element (33, 34, 52, 59). wherein the door system (60, 61, 62) comprises at least one motorised door drive (35, 36), wherein the door drive is a sliding door drive, a swing door drive or a revolving door drive, wherein the door drive (35, 36) comprises a motor (352, 362) and a drive controller (351, 361) for activating the motor (352, 362) of the door drive (35, 36), wherein the door system (60, 61, 62) comprises a control unit which is connected to the drive controller (351, 361), characterised in that the control unit is designed to evaluate, on the basis of signals received, whether the door is to be opened by means of the motor (352, 362), wherein the control unit causes the drive controller (351, 361) to activate the motor (352, 362) on the basis of the evaluation, wherein the door system (60, 61, 62) comprises at least one locking element (33, 34, 52, 59), wherein a sequence is predefined by a firmware of the control unit, wherein the sequence comprises an operating step to be carried out by the motor (352, 362) and an operating step to be carried out by the locking element (33, 34, 52, 59).
Lightweight component, comprising cover layers (100; 30, 40, 50, 60) and a honeycomb core, wherein the cover layers adjacent on both sides to the honeycomb core have a fabric (30, 40, 50) as reinforcing fibers, the lightweight component being assigned a main loading direction which corresponds to the L direction of the continuous paper web of the honeycomb core material, the fabric comprising on both sides at least three prepregs (30, 40, 50) which lie one above the other and are each in the form of a unidirectional fabric (31, 41, 51), a first of said unidirectional fabrics being oriented at +45 degrees to said L direction, a second of said unidirectional fabrics being oriented at 0 degrees parallel to said L direction, and a third of said unidirectional fabrics being oriented at -45 degrees to said L direction, characterized in that the order of the three fabrics at increasing distance from the honeycomb core is such that the fabrics with the fibers oriented on average 0 degrees to the L-direction are located furthest from the honeycomb core.
An apparatus to measure signals indicative of properties downhole, the apparatus comprising: a tool having an arrangement of transmitters and receivers along a longitudinal axis of the tool to capture, when the tool is disposed downhole, signals from a first downhole region in the vicinity of the tool; and a control unit to control activation of the transmitters and to process a specified combination of signals received from the receivers such that signal contributions from a second downhole region in the vicinity of the tool are substantially canceled, based on the placement of the transmitters and receivers with respect to each other; wherein the first region is one of around the tool or ahead of the tool, and the second region is, respectively, the other of ahead of the tool or around the tool. a tool having an arrangement of transmitters and receivers along a longitudinal axis of the tool to capture, when the tool is disposed downhole, signals from a first downhole region in the vicinity of the tool; and a control unit to control activation of the transmitters and to process a specified combination of signals received from the receivers such that signal contributions from a second downhole region in the vicinity of the tool are substantially canceled, based on the placement of the transmitters and receivers with respect to each other; wherein the first region is one of around the tool or ahead of the tool, and the second region is, respectively, the other of ahead of the tool or around the tool.
A system for use in testing a local area network, LAN, cabling system having a LAN cable communicatively coupled to a pair of sockets, the system comprising: a first LAN testing device (10'A) adapted to exchange test communication signals with a second LAN testing device (10' B) through the LAN cabling system and a cable communicatively coupled to the first LAN testing device (10'A) having a plug sized and arranged to communicatively couple with one of the pair of sockets; characterized in that the plug includes a switch device and an indicator device that are communicatively coupled to the first LAN testing device (10'A) via the cable and wherein the first LAN test ing device (10'A) is programmed to initiate one or more LAN cabling test procedures in cooperation with the second LAN testing device (10' B) in responsive to a first signal received from the plug via the cable as a result of the switch device of the plug being actuated and to provide one or more signals to the indicator device of the plug via the cable to thereby cause the indicator device of the plug to indicate a condition associated with a result of the initiated one or more LAN cabling test procedures, the switch device and the indicator device are communicatively coupled to the first LAN testing device (10'A) via use of one or more wires (18, 20) of the cable that are separate and apart from wires of the cable that are used by the first LAN testing device (10'A) to communicate test signals to the second LAN testing device (10' B). a first LAN testing device (10'A) adapted to exchange test communication signals with a second LAN testing device (10' B) through the LAN cabling system and a cable communicatively coupled to the first LAN testing device (10'A) having a plug sized and arranged to communicatively couple with one of the pair of sockets; characterized in that the plug includes a switch device and an indicator device that are communicatively coupled to the first LAN testing device (10'A) via the cable and wherein the first LAN test ing device (10'A) is programmed to initiate one or more LAN cabling test procedures in cooperation with the second LAN testing device (10' B) in responsive to a first signal received from the plug via the cable as a result of the switch device of the plug being actuated and to provide one or more signals to the indicator device of the plug via the cable to thereby cause the indicator device of the plug to indicate a condition associated with a result of the initiated one or more LAN cabling test procedures, the switch device and the indicator device are communicatively coupled to the first LAN testing device (10'A) via use of one or more wires (18, 20) of the cable that are separate and apart from wires of the cable that are used by the first LAN testing device (10'A) to communicate test signals to the second LAN testing device (10' B).
A refill having a volatile material contained therein, the refill comprising: a container having a body and a cylindrical neck forming an opening; a volatile material disposed within the body of the container; a wick in contact with the volatile material and extending out of the container through the opening; and a wick holder for retaining the wick within the cylindrical neck of the container, the wick holder comprising: an outer surface in contact with the cylindrical neck; and an inner surface have a first plurality of fins extending outwardly from the inner surface for centering and retaining the wick within the wick holder; wherein the wick holder further comprises a first cylindrical wall connected to a second cylindrical wall by an angled wall and the first plurality of fins extend along the inner surface of the angled wall to give the inner surface a frustoconical shape. a container having a body and a cylindrical neck forming an opening; a volatile material disposed within the body of the container; a wick in contact with the volatile material and extending out of the container through the opening; and a wick holder for retaining the wick within the cylindrical neck of the container, the wick holder comprising: an outer surface in contact with the cylindrical neck; and an inner surface have a first plurality of fins extending outwardly from the inner surface for centering and retaining the wick within the wick holder; wherein the wick holder further comprises a first cylindrical wall connected to a second cylindrical wall by an angled wall and the first plurality of fins extend along the inner surface of the angled wall to give the inner surface a frustoconical shape. an outer surface in contact with the cylindrical neck; and an inner surface have a first plurality of fins extending outwardly from the inner surface for centering and retaining the wick within the wick holder; wherein the wick holder further comprises a first cylindrical wall connected to a second cylindrical wall by an angled wall and the first plurality of fins extend along the inner surface of the angled wall to give the inner surface a frustoconical shape.
A liquid cleaning and/or cleansing composition comprising non-spherical and/or non-rolling abrasive cleaning particles characterized in that said abrasive cleaning particles comprise extruded, and/or three dimensional printed, elements wherein said elements have a longitudinal length extending parallel to a z-axis and a predetermined cross-section on a plane perpendicular to said longitudinal length and projecting along said length, wherein the protrusions project along substantially the entire length, said predetermined cross-section having a form factor of from 0.1 to 0.7 as measured according to ISO 9276-6, and wherein the ratio of said length to perimeter-equivalent diameter of said predetermined cross-section "ECD P Hull " is from 0.5 to 3, and wherein the predetermined cross-section has an aspect ratio F min / F max of from 0.1 to 0.7.
A derailleur for an electric vehicle, including a first rotor body and a second rotor body; a planetary gear set comprising a sun gear, a ring gear and a plurality of planetary gears (14A,14B, 14C); an input shaft; a first overrunning clutch between the sun gear and the input shaft; a second overrunning clutch connected to the first rotor body between the first rotor body and the second rotor body, a motor adapted to be operatively connected to the first rotor body which in turn is operatively connected to the input shaft to provide a driving force thereto, wherein when the motor drives the first rotor body in a clockwise direction the first overrunning clutch drives the planetary gear set such that the second rotor body will then rotate in a clockwise direction, while the second overrunning clutch is in overrunning mode, and wherein when the motor drives the first rotor body in an anticlockwise direction, the first overrunning clutch is in overrunning mode and the second overrunning clutch is in drive mode providing drive to the second rotor body causing it to rotate in a clockwise direction.
An electrically operated coffee machine, with at least one removable filter holder, which can be inserted into a holding means on the housing of the coffee machine for the brewing operation, a coffee grinder integrated in the housing, the grinding material of which can be introduced into the inserted filter holder, and a control means which controls the coffee grinder and the brewing operation, characterised in that when the filter holder is inserted, optionally either a brewing operation without prior actuation of the coffee grinder or a brewing operation with prior actuation of the coffee grinder can be carried out by means of the control means, and in that the coffee machine determines whether the inserted filter holder is filled with coffee grounds or not, with in the case of a filled inserted filter holder a brewing operation without prior actuation of the coffee grinder being able to be triggered and in the case of a filter holder inserted unfilled a brewing operation with prior actuation of the coffee grinder being able to be triggered.