mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic cigarette wireless charging system comprising: an electronic cigarette comprising a barrel , a cylindrical battery and a power receiving coil coupled with the battery , wherein the battery is within the barrel , the power receiving coil comprises a plurality of parallel windings and is wrapped around or surrounding the battery in a lengthwise manner such that portions of the power receiving coil pass under an end surface of the battery , being the base of the cylindrical battery, to provide said portions of the power receiving coil at a tip of the battery , and the power receiving coil charges the battery upon receiving wireless power; and a charger comprising a primary coil that is positioned to wirelessly connect the power receiving coil with the primary coil during a charging operation; wherein the electronic cigarette wireless charging system is configured such that the primary coil is adjacent the power receiving coil and power is transmitted from the primary coil to the power receiving coil when the electronic cigarette is on its side on the charger and the electronic cigarette is arranged so that the power receiving coil matches with the primary coil; wherein indentations or magnets are provided for moving the electronic cigarette into the proper position for optimal wireless charging. an electronic cigarette comprising a barrel , a cylindrical battery and a power receiving coil coupled with the battery , wherein the battery is within the barrel , the power receiving coil comprises a plurality of parallel windings and is wrapped around or surrounding the battery in a lengthwise manner such that portions of the power receiving coil pass under an end surface of the battery , being the base of the cylindrical battery, to provide said portions of the power receiving coil at a tip of the battery , and the power receiving coil charges the battery upon receiving wireless power; and a charger comprising a primary coil that is positioned to wirelessly connect the power receiving coil with the primary coil during a charging operation; wherein the electronic cigarette wireless charging system is configured such that the primary coil is adjacent the power receiving coil and power is transmitted from the primary coil to the power receiving coil when the electronic cigarette is on its side on the charger and the electronic cigarette is arranged so that the power receiving coil matches with the primary coil; wherein indentations or magnets are provided for moving the electronic cigarette into the proper position for optimal wireless charging.
A MEMS component, comprising: a substrate having a first coefficient of thermal expansion; a support extending from the substrate, and having a second coefficient of thermal expansion; the MEMS component further comprising an expansion modification structure formed at or adjacent an interface between the substrate and the support , and having a third coefficient of expansion greater than the first coefficient of expansion, and arranged to exert a thermal expansion force on the substrate in the vicinity of the interface so as to simulate a fourth coefficient of expansion different from the first coefficient in the substrate in the vicinity of the interface. a substrate having a first coefficient of thermal expansion; a support extending from the substrate, and having a second coefficient of thermal expansion; the MEMS component further comprising an expansion modification structure formed at or adjacent an interface between the substrate and the support , and having a third coefficient of expansion greater than the first coefficient of expansion, and arranged to exert a thermal expansion force on the substrate in the vicinity of the interface so as to simulate a fourth coefficient of expansion different from the first coefficient in the substrate in the vicinity of the interface.
A machine for conveying a product comprising a discharge line , the discharge line comprising means for moving the product, such as a transmission shaft with coils or a progressive cavity pump, the conveying machine further comprising a receiving hopper configured to allow the flow of the product towards the discharge line , the product being a fluid screed and/or concrete, the receiving hopper defining a receiving volume and an introduction aperture opening out into the receiving volume, the receiving hopper including a screen , the screen including a frame delimiting a sieving surface, and a plurality of sieving apertures (24, 24', 24") formed in the sieving surface to allow the flow of the product through the screen along a flow direction (E), the sieving apertures (24, 24', 24") each being bordered by first and second flow slopes (26, 26', 26", 28, 28', 28") spaced apart from each other and converging towards each other along the flow direction (E), the screen extending over the introduction aperture.
A user interface device for manipulating a robotic surgical tool in a surgical robotic system, comprising: a device housing having a central axis, wherein the device housing has a housing end; a tracking sensor configured to generate a plurality of spatial state signals tracking movement of the device housing in six degrees of freedom, and wherein the plurality of spatial state signals are input to the surgical robotic system for controlling motion of the robotic surgical tool; and a finger clutch mounted on the housing end, , wherein the finger clutch includes a conductive pad extending over at least 270 degrees around the central axis, wherein the finger clutch is configured to, when pressed, generate a clutch signal to pause motion of the robotic surgical tool regardless of the spatial state signals. a device housing having a central axis, wherein the device housing has a housing end; a tracking sensor configured to generate a plurality of spatial state signals tracking movement of the device housing in six degrees of freedom, and wherein the plurality of spatial state signals are input to the surgical robotic system for controlling motion of the robotic surgical tool; and a finger clutch mounted on the housing end, , wherein the finger clutch includes a conductive pad extending over at least 270 degrees around the central axis, wherein the finger clutch is configured to, when pressed, generate a clutch signal to pause motion of the robotic surgical tool regardless of the spatial state signals.
An aluminum alloy wire rod having a composition comprising Mg: 0.30 mass% to 0.70 mass%, Si: 0.30 mass% to 0.70 mass%, Fe: 0.01 mass% to 1.40 mass%, Ti: 0.000 mass% to 0.100 mass%, B: 0.000 mass% to 0.030 mass%, Cu: 0.00 mass% to 1.00 mass%, Ag: 0.00 mass% to 0.50 mass%, Au: 0.00 mass% to 0.50 mass%, Mn: 0.00 mass% to 1.00 mass%, Cr: 0.00 mass% to 1.00 mass%, Zr: 0.00 mass% to 0.50 mass%, Hf: 0.00 mass% to 0.50 mass%, V: 0.00 mass% to 0.50 mass%, Sc: 0.00 mass% to 0.50 mass%, Co: 0.00 mass% to 0.50 mass%, Ni: 0.00 mass% to 0.50 mass%, and the balance: Al and incidental impurities, Mg/Si mass ratio being 0.4 to 0.8, wherein the composition contains at least one selected from the group comprising Ti: 0.001 mass% to 0.100 mass% and B: 0.001 mass% to 0.030 mass%, the aluminum alloy wire rod having a tensile strength of greater than or equal to 200 MPa, an elongation of greater than or equal to 15%, a conductivity of greater than or equal to 47% IACS, and a ratio (YS/TS) of 0.2% yield strength (YS) to the tensile strength (TS) of less than or equal to 0.7, the aluminum alloy wire rod being an aluminum alloy wire having a diameter of 0.1 mm to 0.5 mm. the aluminum alloy wire rod having a tensile strength of greater than or equal to 200 MPa, an elongation of greater than or equal to 15%, a conductivity of greater than or equal to 47% IACS, and a ratio (YS/TS) of 0.2% yield strength (YS) to the tensile strength (TS) of less than or equal to 0.7, the aluminum alloy wire rod being an aluminum alloy wire having a diameter of 0.1 mm to 0.5 mm.
Assembly set for bath edge fittings (100, 100a-100n), comprising a height-adjustable frame, a take-up box or drain box (6, 6a-6m) open at the top and placeable thereon, and a mounting or carrier plate (1, 1a-1n) placeable on top of the take-up box or drain box (6, 6a-6m) for mounting the fittings, characterised in that the mounting or carrier plate (1, 1a-1n) is placeable on height-adjustable screw feet (4, 4a-4n) and that the bath edge fittings assembly set (100, 100a-100n) comprises a sealing collar (5, 5a-5m) which is bonded or bondable to the take-up box or drain box (6, 6a-6m) or to a flange (12, 12a-12n) of an intermediate frame (3, 3a-3n) by means of at least one adhesive surface (23, 23a-23q), and in that the sealing collar (5, 5a-5m) projects beyond the outer dimensions of the take-up box or drain box (6, 6a-6m) in an at least partially horizontally spread out planar manner.
A system for remotely controlling a controllable device , - the controllable device comprising - a receiver configured to receive a digital command, the controllable device being configured to modify an aspect of the controllable device in response to receiving the digital command, the system comprising - a mobile controller , the mobile controller comprising - a tag reader configured to connect directly to an electronic tag over a first wireless channel and to receive information from the tag identifying the controllable device , and - a sender configured to wirelessly send the digital command to the controllable device over a second wireless channel using the information identifying the controllable device, the system further comprising - an access control module configured to selectively allow or block the mobile controller to control the controllable device through the digital command, the access control module being configured to allow the mobile controller to control the controllable device within a control period, the control period starting upon the tag reader wirelessly connecting to the electronic tag and terminating when a control release condition is satisfied, characterised in that the mobile controller is configured to receive from the electronic tag computer program code implementing the access control module or information on where to get said computer program code. - the controllable device comprising - a receiver configured to receive a digital command, the controllable device being configured to modify an aspect of the controllable device in response to receiving the digital command, the system comprising - a mobile controller , the mobile controller comprising - a tag reader configured to connect directly to an electronic tag over a first wireless channel and to receive information from the tag identifying the controllable device , and - a sender configured to wirelessly send the digital command to the controllable device over a second wireless channel using the information identifying the controllable device, the system further comprising - an access control module configured to selectively allow or block the mobile controller to control the controllable device through the digital command, the access control module being configured to allow the mobile controller to control the controllable device within a control period, the control period starting upon the tag reader wirelessly connecting to the electronic tag and terminating when a control release condition is satisfied,
A method, in a Life Cycle Management, LCM, component in a virtual network, wherein the virtual network comprises a first orchestration layer comprising a first network function virtualisation orchestrator, NFVO, and a second orchestration layer, subordinate to the first orchestration layer, comprising a second NFVO , the method comprising: receiving a first request, from the first NFVO , to determine a first substitution for a first VNF, wherein a first network service request received by the first NFVO requests instantiation of a first network service comprising the first VNF, and wherein the first substitution maps the first network service onto the second orchestration layer; responsive to receiving the first request, determining the first substitution; responsive to a determination, based on a topology of the second orchestration layer, that the first substitution comprises a second VNF associated with the second NFVO , receiving a second request from the second NFVO to provide a second substitution for the second VNF in a second network service request transmitted by the first NFVO to the second NFVO, the second network service request requesting instantiation of a second network service comprising the second VNF, wherein the second substitution maps the second network service onto a third network layer, and the second network service implements at least part of the first network service; and responsive to receiving the second request, determining the second substitution. receiving a first request, from the first NFVO , to determine a first substitution for a first VNF, wherein a first network service request received by the first NFVO requests instantiation of a first network service comprising the first VNF, and wherein the first substitution maps the first network service onto the second orchestration layer; responsive to receiving the first request, determining the first substitution; responsive to a determination, based on a topology of the second orchestration layer, that the first substitution comprises a second VNF associated with the second NFVO , receiving a second request from the second NFVO to provide a second substitution for the second VNF in a second network service request transmitted by the first NFVO to the second NFVO, the second network service request requesting instantiation of a second network service comprising the second VNF, wherein the second substitution maps the second network service onto a third network layer, and the second network service implements at least part of the first network service; and responsive to receiving the second request, determining the second substitution.
A method for producing a hydraulic tank from plastics having a tank housing and at least one attachment element fastened to the tank housing , wherein a) the tank housing is produced by rotational liquid-molding or a tank housing produced by rotational liquid-molding is provided, wherein in the rotational liquid-molding, at least one liquid starting material is introduced into a rotational molding tool, the rotational molding tool is moved to distribute the liquid starting material in the rotational molding tool, and the tank housing is demolded after the starting material has solidified, b) the attachment element comprises a filter housing and the filter housing is produced by injection molding or the filter housing produced by injection molding is provided, c) the injection-molded filter housing and the rotational-liquid-molded tank housing are joined, wherein d) during rotational liquid-molding, the tank housing is formed with a filter head part which has at least one connection opening and surrounds a filter access opening , wherein the injection-molded filter housing is inserted into the tank housing via the filter access opening and is welded, in particular laser-welded, to an edge section of the filter head part surrounding the filter access opening . a) the tank housing is produced by rotational liquid-molding or a tank housing produced by rotational liquid-molding is provided, wherein in the rotational liquid-molding, at least one liquid starting material is introduced into a rotational molding tool, the rotational molding tool is moved to distribute the liquid starting material in the rotational molding tool, and the tank housing is demolded after the starting material has solidified, b) the attachment element comprises a filter housing and the filter housing is produced by injection molding or the filter housing produced by injection molding is provided, c) the injection-molded filter housing and the rotational-liquid-molded tank housing are joined, wherein d) during rotational liquid-molding, the tank housing is formed with a filter head part which has at least one connection opening and surrounds a filter access opening , wherein the injection-molded filter housing is inserted into the tank housing via the filter access opening and is welded, in particular laser-welded, to an edge section of the filter head part surrounding the filter access opening .
A static field mass filter for a mass spectrometer comprising: an entrance aperture configured to receive an ion beam from an ion source ; an exit aperture configured to eject ions, the static field mass filter defining a longitudinal symmetry axis between the entrance and exit apertures ; a first Wien filter configured to deflect ions away from the longitudinal symmetry axis in accordance with their m/z; a second Wien filter configured to deflect the ions back towards the longitudinal symmetry axis in accordance with their m/z; an inverting lens positioned along the longitudinal symmetry axis between the first and second Wien filters , to invert the direction of deflection of the ions from the first Wien filter , and a diaphragm located between the first and the second Wien filters , the diaphragm having an aperture configured to allow passage of at least some of the ion species exiting the first Wien filter , characterized in that the static field mass filter further comprises an entrance lens located between the entrance aperture and the first Wien filter ; an exit lens located between the second Wien filter and the exit aperture . an entrance aperture configured to receive an ion beam from an ion source ; an exit aperture configured to eject ions, the static field mass filter defining a longitudinal symmetry axis between the entrance and exit apertures ; a first Wien filter configured to deflect ions away from the longitudinal symmetry axis in accordance with their m/z; a second Wien filter configured to deflect the ions back towards the longitudinal symmetry axis in accordance with their m/z; an inverting lens positioned along the longitudinal symmetry axis between the first and second Wien filters , to invert the direction of deflection of the ions from the first Wien filter , and a diaphragm located between the first and the second Wien filters , the diaphragm having an aperture configured to allow passage of at least some of the ion species exiting the first Wien filter , characterized in that the static field mass filter further comprises an entrance lens located between the entrance aperture and the first Wien filter ; an exit lens located between the second Wien filter and the exit aperture .
A method comprising: providing a stack of layers on a substrate , the stack of layers defining a transistor device and including a buried, patterned first conductive layer defining the source and drain electrodes of the transistor device, an organic semiconductor over the patterned first conductive layer, a gate dielectric over the organic semiconductor, a gate electrode over the gate dielectric, and a dielectric layer over the gate electrode; and characterised by forming by laser ablation a via-hole down through the stack to below the first conductive layer to define a ring in the first conductive layer; and then depositing conductive ink to make electrical contact to the ring.
A composite R-Fe-B based rare-earth sintered magnet comprising Pr and W, wherein, the rare-earth sintered magnet comprises an R 2 Fe 14 B type main phase, and R is a rare-earth element comprising at least Pr, characterized in that the raw material components therein comprise more than or equal to 7 wt% of Pr and 0.0005 wt%-0.03 wt% of W, an amount of oxygen in the rare-earth sintered magnet is less than or equal to 1000 ppm.
A mobile shaft winch , comprising: - a carrier vehicle with a vehicle drive which comprises an internal combustion engine, a rigid mainframe , and a rotary platform arranged on the mainframe via a rotary connection , - a drum winch arranged on the rotary platform with a cable drum driven by a winch drive , which is adapted to wind and unwind a conveyor cable , wherein the winch drive comprises a hydraulic motor , - a hydraulic system arranged on the carrier vehicle comprising - a tank for receiving hydraulic fluid, - a hydraulic pump driven by an electric motor , having a suction side and a pressure side, - wherein the suction side is in fluid-conducting communication with the tank and the pressure side is in fluid-conducting communication with the hydraulic motor, characterized in that - the hydraulic motor is in fluid-conducting communication with the pressure side of a single hydraulic pump, - the internal combustion engine of the vehicle drive drives an electric generator via a power take-off , wherein the power take-off is constructed as an engageable shaft at an auxiliary output of a transmission of the vehicle drive, and - the electric motor is adapted for selective operation at an electricity supply grid or the electric generator . - a carrier vehicle with a vehicle drive which comprises an internal combustion engine, a rigid mainframe , and a rotary platform arranged on the mainframe via a rotary connection , - a drum winch arranged on the rotary platform with a cable drum driven by a winch drive , which is adapted to wind and unwind a conveyor cable , wherein the winch drive comprises a hydraulic motor , - a hydraulic system arranged on the carrier vehicle comprising - a tank for receiving hydraulic fluid, - a hydraulic pump driven by an electric motor , having a suction side and a pressure side, - wherein the suction side is in fluid-conducting communication with the tank and the pressure side is in fluid-conducting communication with the hydraulic motor, - a tank for receiving hydraulic fluid, - a hydraulic pump driven by an electric motor , having a suction side and a pressure side, - wherein the suction side is in fluid-conducting communication with the tank and the pressure side is in fluid-conducting communication with the hydraulic motor, - the hydraulic motor is in fluid-conducting communication with the pressure side of a single hydraulic pump, - the internal combustion engine of the vehicle drive drives an electric generator via a power take-off , wherein the power take-off is constructed as an engageable shaft at an auxiliary output of a transmission of the vehicle drive, and - the electric motor is adapted for selective operation at an electricity supply grid or the electric generator .
A method for regulating a reverse charging current, applied to a first terminal device with a reverse charging device, characterized in that , the method comprises: acquiring a total current value in a process of reversely charging a second terminal device through an On-The-Go, OTG, adapter, the total current value comprising a reverse charging current value and a value of current consumed by one or more application programs running on the first terminal device (S201); comparing the total current value with a rated current value of a battery of the first terminal device (S202); and when the total current value is kept higher than the rated current value for a preset time period, decreasing the reverse charging current value (S203). acquiring a total current value in a process of reversely charging a second terminal device through an On-The-Go, OTG, adapter, the total current value comprising a reverse charging current value and a value of current consumed by one or more application programs running on the first terminal device (S201); comparing the total current value with a rated current value of a battery of the first terminal device (S202); and when the total current value is kept higher than the rated current value for a preset time period, decreasing the reverse charging current value (S203).