mhurhangee/patent-ind-claim-en huggingface dataset:
A slinger ring for a melt spinning apparatus, comprising a cylindrical, mechanically shaped main element which is composed of a refractory metal or a refractory metal-based alloy and has a circumferential surface running in a tangential direction (T), which surface is delimited in the axial direction (A) by two end faces , characterized in that the degree of deformation in the radial direction (R) is greater than the degree of deformation in the axial direction (A), wherein the average circumference-side grain aspect ratio ku, which is obtained in plan view onto the circumferential surface , is smaller than the average end-face-side grain aspect ratio k s , which is obtained in plan view onto one of the end faces , with grain aspect ratio giving the ratio of grain length to grain width, determinable by the method according to the description, wherein the grain aspect ratio ku is in a range of 1 < ku < 1.7 and wherein the grain aspect ratio k s is in a range of k s ≥ 1.8.
A cartridge (400; 600) for use with an apparatus (300; 500) for heating aerosol generating material to volatilise at least one component of the aerosol generating material, the cartridge comprising: a first body (400a; 600a) defining a first chamber, wherein the first body comprises a first base (404; 604) comprising a sheet of heat conductive material and having a first outer surface; and aerosol generating material located within the first chamber; and wherein at least a major portion of the first outer surface of the first base is adapted to contact a first heating surface (313a; 512a) of a heater (313; 513) of the apparatus for heating the aerosol generating material within the first chamber and wherein the first base is substantially parallel to a longitudinal axis of the first body; characterised in that the cartridge further comprises a second body (400b; 600b) defining a second chamber, wherein the second body comprises a second base (404'; 604') comprising a sheet of heat conductive material having a second outer surface; and aerosol generating material located within the second chamber; and wherein at least a major portion of the second outer surface of the second base is adapted to contact a second heating surface (313a; 513a) of the heater of the apparatus and wherein the second base is substantially parallel to a longitudinal axis of the second body. a first body (400a; 600a) defining a first chamber, wherein the first body comprises a first base (404; 604) comprising a sheet of heat conductive material and having a first outer surface; and aerosol generating material located within the first chamber; and wherein at least a major portion of the first outer surface of the first base is adapted to contact a first heating surface (313a; 512a) of a heater (313; 513) of the apparatus for heating the aerosol generating material within the first chamber and wherein the first base is substantially parallel to a longitudinal axis of the first body; characterised in that a second body (400b; 600b) defining a second chamber, wherein the second body comprises a second base (404'; 604') comprising a sheet of heat conductive material having a second outer surface; and aerosol generating material located within the second chamber; and wherein at least a major portion of the second outer surface of the second base is adapted to contact a second heating surface (313a; 513a) of the heater of the apparatus and wherein the second base is substantially parallel to a longitudinal axis of the second body.
Method for controlling a rotor blade adjustment device of a wind or water turbine , wherein the rotor blade adjustment device has a drive connected to a rotor blade exposed to a wind or water flow to rotate the rotor blade around a rotor blade axis relative to a rotor hub , on which the rotor blade is mounted so as to be rotatable around the rotor blade axis and an electromagnetic brake connected to the rotor blade to lock a rotation of the rotor blade around the rotor blade axis , wherein the brake is actuated to change its activation status at a brake activation time (t B ) and wherein the drive is actuated to change its drive status at a drive activation time (t A ), which has a predetermined time offset (Δt V ) at the brake activation time (t B ), characterised in that an electric current (I B ) flowing through the brake is measured, the shape of the resulting current/time curve is evaluated and the time offset (Δt V ) is re-determined and/or adapted depending on the result of this evaluation.
An extension mechanism for adjusting a bed arrangement between an expanded state and a contracted state, said extension mechanism comprises parallel rows of interconnected spring members and parallel rods linked to the rows of interconnected spring members at links (L) in a parallelogram configuration so that the rows of interconnected spring members are mutually parallel and the rows of rods are mutually parallel in the expanded state to provide a resilient mattress core portion characterized in that the respective spring member comprises arc shaped parts arranged in said rows with the curved sides facing each other and upper and lower connection parts connecting two arc shaped parts forming an anvil profile, and wherein the rods are linked to the upper side and lower side of the arc shaped parts of the spring members at said links (L) and whereby the rows of interconnected spring members are mutually parallel and the rows of rods are mutually parallel also in the contracted state and wherein the rows of interconnected spring members and the rods linked to the spring members are pivotable relative to each other at said links (L) to be substantially parallel in the contracted state and having an angle relative to each other in the expanded state.
An apparatus for preparing a moulded food product, comprising: a base having first and second ends , and at least one sidewall extending therebetween, said first end having a first mould therein and said second end having a second mould therein, said first and second moulds being different in at least one aspect taken from the group of geometric shape and volume; a ring having a central aperture therethrough, the ring being selectively engageable with either said first or said second end of said base, the ring defining a ring cavity which when mated to one of said first or second moulds defines a forming space; and a plunger which is dimensioned and configured to pass through the central aperture. a base having first and second ends , and at least one sidewall extending therebetween, said first end having a first mould therein and said second end having a second mould therein, said first and second moulds being different in at least one aspect taken from the group of geometric shape and volume; a ring having a central aperture therethrough, the ring being selectively engageable with either said first or said second end of said base, the ring defining a ring cavity which when mated to one of said first or second moulds defines a forming space; and a plunger which is dimensioned and configured to pass through the central aperture.
An accompanying mobile body that includes a propelling unit and accompanies a user, comprising: a movement state recognition section that recognizes a state of movement of the user; a predicted location calculation section that calculates a predicted location of the user after a first predetermined time period based on the state of movement of the user; an accompanying control section that performs accompanying control to cause the accompanying mobile body to move by the propelling unit toward a target location of accompanying that is a location apart from the predicted location by a specified distance in a specified direction; and an accompanying condition change section that changes one or both of the specified direction and the specified distance in accordance with an instruction to change from the user, characterized by comprising a motion recognition section that recognizes a motion of the user, wherein the accompanying condition change section recognizes, when a first predetermined motion is recognized by the motion recognition section , the instruction to change corresponding to the first predetermined motion, and the accompanying condition change section switches, when a second predetermined motion is recognized by the motion recognition section or when predetermined voice is recognized by a voice recognition section comprised in the accompanying mobile body, from an accompanying condition change prohibition mode in which acceptance of the instruction to change is prohibited to an accompanying condition change permission mode in which acceptance of the instruction to change is permitted. a movement state recognition section that recognizes a state of movement of the user; a predicted location calculation section that calculates a predicted location of the user after a first predetermined time period based on the state of movement of the user; an accompanying control section that performs accompanying control to cause the accompanying mobile body to move by the propelling unit toward a target location of accompanying that is a location apart from the predicted location by a specified distance in a specified direction; and an accompanying condition change section that changes one or both of the specified direction and the specified distance in accordance with an instruction to change from the user, characterized by comprising a motion recognition section that recognizes a motion of the user, wherein the accompanying condition change section recognizes, when a first predetermined motion is recognized by the motion recognition section , the instruction to change corresponding to the first predetermined motion, and the accompanying condition change section switches, when a second predetermined motion is recognized by the motion recognition section or when predetermined voice is recognized by a voice recognition section comprised in the accompanying mobile body, from an accompanying condition change prohibition mode in which acceptance of the instruction to change is prohibited to an accompanying condition change permission mode in which acceptance of the instruction to change is permitted.
A warning method implemented in a warning apparatus , the warning apparatus placed at a predetermined distance (D1) behind a car , the method comprising: detecting, by the warning apparatus , whether there is an object in front of the warning apparatus ; calculating, when there is an object detected in front of the warning apparatus , a distance between the object and the warning apparatus ; determining whether the calculated distance is less than a safe distance; wherein the method further comprises: controlling the warning apparatus , when the calculated distance is less than the safe distance, to output a first control signal to control a warning equipment to output a first warning; detecting whether the warning apparatus has been impacted; and controlling the warning apparatus , when the warning apparatus has been detected to have been impacted, to output a second control signal to control the warning equipment to output a second warning.
A method for obtaining an n-type doped metal chalcogenide quantum dot solid-state film for steady-state probing of intraband absorption transitions or intraband photodetection, comprising: - forming a metal chalcogenide quantum dot solid-state film, and - carrying out an n-doping process on at least a plurality of the metal chalcogenide quantum dots of said metal chalcogenide quantum dot solid-state film so that they exhibit intraband absorption, wherein said n-doping process comprises: - partially substituting chalcogen atoms by halogen atoms in at least said plurality of metal chalcogenide quantum dots; and - providing a substance on at least said plurality of metal chalcogenide quantum dots, wherein said substance is made and arranged to avoid oxygen p-doping of the plurality of metal chalcogenide quantum dots. - forming a metal chalcogenide quantum dot solid-state film, and - carrying out an n-doping process on at least a plurality of the metal chalcogenide quantum dots of said metal chalcogenide quantum dot solid-state film so that they exhibit intraband absorption, wherein said n-doping process comprises: - partially substituting chalcogen atoms by halogen atoms in at least said plurality of metal chalcogenide quantum dots; and - providing a substance on at least said plurality of metal chalcogenide quantum dots, wherein said substance is made and arranged to avoid oxygen p-doping of the plurality of metal chalcogenide quantum dots. - partially substituting chalcogen atoms by halogen atoms in at least said plurality of metal chalcogenide quantum dots; and - providing a substance on at least said plurality of metal chalcogenide quantum dots, wherein said substance is made and arranged to avoid oxygen p-doping of the plurality of metal chalcogenide quantum dots.
A light detection and ranging (LIDAR) device comprising: a transmitter , wherein the transmitter is configured to emit light having a vertical beam width into an environment with one or more objects; a first receiver , wherein the first receiver is configured to detect light reflected from the one or more objects at a first resolution while scanning the environment with a first field of view (FOV); a second receiver , wherein the second receiver is configured to detect light reflected from the one or more objects at a second resolution while scanning the environment with a second FOV, wherein the first resolution is higher than the second resolution, wherein the first FOV is at least partially different from the second FOV, wherein the vertical beam width encompasses at least a vertical extent of the first and second FOVs, wherein the transmitter is positioned substantially adjacent to the second receiver, and wherein both of the transmitter and the second receiver are positioned substantially above the first receiver; and a rotating platform , wherein the rotating platform is configured to rotate about an axis, wherein the transmitter, the first receiver, and the second receiver are each configured to respectively move relative to the environment based on rotation of the rotating platform, and wherein the LIDAR device has a horizontal viewing direction which is shared by each of the transmitter, first receiver, and second receiver and which can be adjusted by actuating the rotating platform. a transmitter , wherein the transmitter is configured to emit light having a vertical beam width into an environment with one or more objects; a first receiver , wherein the first receiver is configured to detect light reflected from the one or more objects at a first resolution while scanning the environment with a first field of view (FOV); a second receiver , wherein the second receiver is configured to detect light reflected from the one or more objects at a second resolution while scanning the environment with a second FOV, wherein the first resolution is higher than the second resolution, wherein the first FOV is at least partially different from the second FOV, wherein the vertical beam width encompasses at least a vertical extent of the first and second FOVs, wherein the transmitter is positioned substantially adjacent to the second receiver, and wherein both of the transmitter and the second receiver are positioned substantially above the first receiver; and a rotating platform , wherein the rotating platform is configured to rotate about an axis, wherein the transmitter, the first receiver, and the second receiver are each configured to respectively move relative to the environment based on rotation of the rotating platform, and wherein the LIDAR device has a horizontal viewing direction which is shared by each of the transmitter, first receiver, and second receiver and which can be adjusted by actuating the rotating platform.
Mounting arrangement for mounting a luminaire member to a luminaire holder , comprising a • first mounting member , formed to be mounted to a luminaire holder and a • second mounting member , formed to combine with the first mounting member releasably, said second mounting member comprising accommodation means for accommodating the luminaire member , wherein the mounting arrangement comprises a sealing member , arranged to be fitted to one of the mounting members, formed to seal the mounting arrangement , in particular one of the mounting members , water and/ or air-tight with the luminaire member , wherein the accommodation means of the second mounting member are arranged to form a snap-fitting or latching connection with the luminaire member , and wherein one of the mounting members comprises snap-fitting or latching means formed to combine snap-fittingly the first mounting member with the second mounting member . • first mounting member , formed to be mounted to a luminaire holder and a • second mounting member , formed to combine with the first mounting member releasably, said second mounting member comprising accommodation means for accommodating the luminaire member ,
Polyphase rotating electrical machine with at least five phases comprising a wound stator and a rotor , said rotor being separated from said stator by an airgap, said rotor comprising a set of main poles of alternating polarities, said rotor being configured so as to maximize a third harmonic of a rotor magnetic flux density in said airgap of said electrical machine, characterized in that the airgap comprises zones of rotor magnetic flux density having a substantially nil absolute value which extend substantially to the middle of a corresponding main pole.
A hybrid module for a drive train of a motor vehicle, having: - an input side for connection to an internal combustion engine ; - an output side for connection to a drive wheel ; - an electric drive motor with a stator and a rotor ; - a transmission device for torque between the rotor and the output side , the transmission device being designed to reduce rotational non-uniformity, characterised in that the rotor acts as an active absorber to reduce torsional vibrations in order to counteract the torsional vibrations in opposite phases by targeted electrical control. - an input side for connection to an internal combustion engine ; - an output side for connection to a drive wheel ; - an electric drive motor with a stator and a rotor ; - a transmission device for torque between the rotor and the output side ,
A circuit for a droplet deposition apparatus , the circuit configured to generate a drive waveform having a drive pulse , a first non-ejection pulse and a second non-ejection pulse ; wherein the first non-ejection pulse is inverted with respect to the second non-ejection pulse ; characterised in that the drive waveform comprises a first, nonzero, delay (CmG) between the first non-ejection pulse and the second non-ejection pulse . a drive pulse , a first non-ejection pulse and a second non-ejection pulse ; wherein the first non-ejection pulse is inverted with respect to the second non-ejection pulse ; characterised in that the drive waveform comprises a first, nonzero, delay (CmG) between the first non-ejection pulse and the second non-ejection pulse .
Modular plug-and-socket connector , which comprises a plug including a plurality of plug modules and a mating connector including a plurality of mating connector modules , in which one plug module and one mating connector module form one plug module pair in each case, wherein the plug and the mating connector can assume an interconnected state in which plug module and mating connector module of each of the plug module pairs are interconnected, and can assume a separated state in which plug module and mating connector module of each of the plug module pairs are separated from each other, and wherein at least one of the plug module pairs comprises at least one locking device which, in the connected state of the plug and the mating connector , can assume a locking state in which the locking device prevents the plug module and the mating connector module of this plug module pair from separating from each other, and can assume a release state in which plug module and mating connector module of this plug module pair can be separated from each other, characterized in that the locking device comprises an activatable actuator including a movable connection element which, upon activation of the actuator by means of appropriate control signals , can be transferred between an opening position and a closing position, wherein the locking device assumes the release state when the connection element is in the opening position and assumes the locking state when the connection element is in the closing position, wherein the locking device transitions from the release state into the locking state when the temperature of the modular plug-and-socket connector or the plug module pair comprising the locking device increases, and transitions from the locking state into the release state when the temperature of the modular plug-and-socket connector or the plug module pair comprising the locking device decreases, wherein the modular plug-and-socket connector comprises a temperature-measuring device for measuring a temperature of the modular plug-and-socket connector , as well as a control device , wherein the control device is configured for activating the actuator and for transferring the locking device from the release state into the locking state or from the locking state into the release state if a temperature measured by the temperature-measuring device exceeds or falls below a predefined limiting value.