mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle comprising: a power storage device ( B ); a boost device boosting a voltage from said power storage device ( B ); a first drive device receiving a voltage boosted by said boost device ; and a first rotating electric machine with a permanent magnet, configured to be driven by said first drive device and drive a main drive wheel ; characterized by a second drive device connected to said power storage device ( B ); a second rotating electric machine without a permanent magnet, configured to be driven by said second drive device and drive a driven wheel ; a third drive device connected in parallel to said first drive device with respect to said boost device ; and a third rotating electric machine with a permanent magnet, configured to be driven by said third drive device and start an engine . a power storage device ( B ); a boost device boosting a voltage from said power storage device ( B ); a first drive device receiving a voltage boosted by said boost device ; and a first rotating electric machine with a permanent magnet, configured to be driven by said first drive device and drive a main drive wheel ; characterized by a second drive device connected to said power storage device ( B ); a second rotating electric machine without a permanent magnet, configured to be driven by said second drive device and drive a driven wheel ; a third drive device connected in parallel to said first drive device with respect to said boost device ; and a third rotating electric machine with a permanent magnet, configured to be driven by said third drive device and start an engine .
A mobile terminal comprising a display screen , a functional assembly , and a housing , wherein the display screen comprises a display panel , the display panel comprising an active area and a functional area ; the active area being configured to display information; and the functional area being operable in a first mode for displaying information and a second mode for allowing light to pass through; wherein the functional assembly comprises a camera , a proximity sensor, and an ambient light sensor , wherein the proximity sensor comprises a light emitter configured to emit the light and a light receiver configured to receive the light emitted by the light emitter and reflected by an external object; wherein the housing and the display screen enclose a receiving space to receive the functional assembly ; the housing comprises a bottom plate opposite to the functional area , characterized in that the light emitter , the camera , the light receiver and the ambient light sensor are sequentially disposed on the bottom plate in a direction along a length of the bottom plate and located between the functional area and the bottom plate , wherein the camera is disposed between the light emitter and the light receiver , and the light receiver is disposed between the camera and the ambient light sensor .
A flexible container device comprising: a rigid container top having a port configured to receive a welding anvil; a rigid container bottom; a flexible reservoir panel having a first open end and a second open end, wherein the reservoir panel is attached at the first open end to the rigid container top, wherein the reservoir panel is attached at the second open end to the rigid container bottom, wherein the rigid container top is attached to a terminal top edge of the flexible reservoir panel at a top seam; wherein the reservoir panel is attached to itself at a first seam, a second seam, and a third seam, wherein the third seam overlaps the first seam and the second seam, wherein the third seam seals a seam gap between a terminal bottom edge of the first seam and a terminal top edge of the second seam, and wherein the seam gap is configured to receive a welding anvil; a fourth seam between the reservoir panel and the rigid container bottom, wherein the fourth seam is formed around the complete perimeter of the reservoir panel and the rigid container bottom; and a cap rotatably and removably attached to the rigid container top. a rigid container top having a port configured to receive a welding anvil; a rigid container bottom; a flexible reservoir panel having a first open end and a second open end, wherein the reservoir panel is attached at the first open end to the rigid container top, wherein the reservoir panel is attached at the second open end to the rigid container bottom, wherein the rigid container top is attached to a terminal top edge of the flexible reservoir panel at a top seam; wherein the reservoir panel is attached to itself at a first seam, a second seam, and a third seam, wherein the third seam overlaps the first seam and the second seam, wherein the third seam seals a seam gap between a terminal bottom edge of the first seam and a terminal top edge of the second seam, and wherein the seam gap is configured to receive a welding anvil; a fourth seam between the reservoir panel and the rigid container bottom, wherein the fourth seam is formed around the complete perimeter of the reservoir panel and the rigid container bottom; and a cap rotatably and removably attached to the rigid container top.
A robotic manipulator , comprising: a base ; a first segment ; a first joint operatively coupling the base and the first segment, wherein the first joint is configured to rotate the first segment about at least two axes of rotation with respect to the base; a second segment ; and a second joint operatively coupling the first segment and the second segment, wherein the second joint is configured to rotate the second segment about at least one axis of rotation with respect to the first segment; wherein at least one of the first segment or the second segment has a curved shape, characterised in that the first joint and the second joint are continuous rotation joints. a base ; a first segment ; a first joint operatively coupling the base and the first segment, wherein the first joint is configured to rotate the first segment about at least two axes of rotation with respect to the base; a second segment ; and a second joint operatively coupling the first segment and the second segment, wherein the second joint is configured to rotate the second segment about at least one axis of rotation with respect to the first segment; wherein at least one of the first segment or the second segment has a curved shape, characterised in that the first joint and the second joint are continuous rotation joints.
Seal assembly for a piston rod , the seal assembly comprising: a container , an external seal adapted to be placed inside said container and on a piston rod facing an external environment (E); an internal seal adapted to be placed inside said container and on the rod facing a cylinder , wherein the container , the external seal and the internal seal define in cooperation with each other a chamber for the containment of barrier fluid, wherein the chamber has an inlet for the intake of barrier fluid and an outlet for the exit of barrier fluid; a recirculation circuit for the barrier fluid, the recirculation circuit being placed in fluid communication with the inlet and the outlet for recirculating the barrier fluid from the outlet back to the inlet ; and a pressurizer device configured to provide a positive pressure difference between the pressure of the barrier fluid inside the chamber and the pressure of process fluid inside the cylinder ; wherein the pressurizer device is configured to be installed coaxially with the piston rod ; characterized in that the pressurizer device comprises a seal piston at least partially defining the chamber , and in that the chamber has a variable volume. a container , an external seal adapted to be placed inside said container and on a piston rod facing an external environment (E); an internal seal adapted to be placed inside said container and on the rod facing a cylinder , wherein the container , the external seal and the internal seal define in cooperation with each other a chamber for the containment of barrier fluid, wherein the chamber has an inlet for the intake of barrier fluid and an outlet for the exit of barrier fluid; a recirculation circuit for the barrier fluid, the recirculation circuit being placed in fluid communication with the inlet and the outlet for recirculating the barrier fluid from the outlet back to the inlet ; and a pressurizer device configured to provide a positive pressure difference between the pressure of the barrier fluid inside the chamber and the pressure of process fluid inside the cylinder ; wherein the pressurizer device is configured to be installed coaxially with the piston rod ; characterized in that the pressurizer device comprises a seal piston at least partially defining the chamber , and in that the chamber has a variable volume.
A system , comprising: a plurality of intelligent electronic devices (IED) coupled to power equipment , each IED comprising a first processor configured to communicate control commands to the power equipment and to receive measurements from the power equipment , wherein the measurements include current values, voltage values, frequency values, or any combination thereof, to receive configuration information, command information, or any combination thereof, transmit data, including the measurements from the power equipment and perform protection functions, wherein the protection functions include instructing the power equipment to take protective measures based on the measurements; an access point communicatively coupled to each of the plurality of IEDs , wherein the access point comprises a second processor configured to concentrate the data; a secure system communicatively coupled to the access point and to a remote management device , the secure system configured to wirelessly and securely couple each of the plurality of IEDs to the access point and to assign an encryption key to each IED each time the IED attempts to connect to the remote management device , wherein the data, the configuration information, the command information, or any combination thereof is wirelessly and securely transmitted between the plurality of IEDs and the remote management device via the access point . a plurality of intelligent electronic devices (IED) coupled to power equipment , each IED comprising a first processor configured to communicate control commands to the power equipment and to receive measurements from the power equipment , wherein the measurements include current values, voltage values, frequency values, or any combination thereof, to receive configuration information, command information, or any combination thereof, transmit data, including the measurements from the power equipment and perform protection functions, wherein the protection functions include instructing the power equipment to take protective measures based on the measurements; an access point communicatively coupled to each of the plurality of IEDs , wherein the access point comprises a second processor configured to concentrate the data; a secure system communicatively coupled to the access point and to a remote management device , the secure system configured to wirelessly and securely couple each of the plurality of IEDs to the access point and to assign an encryption key to each IED each time the IED attempts to connect to the remote management device , wherein the data, the configuration information, the command information, or any combination thereof is wirelessly and securely transmitted between the plurality of IEDs and the remote management device via the access point .
A multi-mode uninterruptible power supply, UPS, comprising: a first path comprising a rectifier and an inverter ; a second path in parallel with said first path , wherein said multi-mode UPS is operable in an economy mode in which power flows from a utility to a load through said second path while one of said rectifier and said inverter is activated and the other of said rectifier and said inverter is in a standby mode, upon a determination that said power is within a predefined tolerance, said one of said rectifier and said inverter operable to perform at least one of DC voltage regulation, reactive power compensation, and active damping; and characterized by comprising a controller configured to (i) monitor resource usage, bandwidth and inverter capability of the multi-mode UPS , (ii) determine an amount of power to deliver in response to the monitored resource usage and under what environmental conditions the power is to be delivered, and (iii) control bandwidth and inverter capability of the multi-mode UPS . a first path comprising a rectifier and an inverter ; a second path in parallel with said first path , wherein said multi-mode UPS is operable in an economy mode in which power flows from a utility to a load through said second path while one of said rectifier and said inverter is activated and the other of said rectifier and said inverter is in a standby mode, upon a determination that said power is within a predefined tolerance, said one of said rectifier and said inverter operable to perform at least one of DC voltage regulation, reactive power compensation, and active damping; and characterized by comprising a controller configured to (i) monitor resource usage, bandwidth and inverter capability of the multi-mode UPS , (ii) determine an amount of power to deliver in response to the monitored resource usage and under what environmental conditions the power is to be delivered, and (iii) control bandwidth and inverter capability of the multi-mode UPS .
An apparatus comprising memory circuitry, and one or more processors, the one or more processors configured to: perform a beamforming protocol with a second wireless station, wherein performing the beamforming protocol includes: causing communication of Sector Sweep, SSW, frames with the second wireless station over a first wireless channel during a Sector Level Sweep, SLS, phase of the beamforming protocol; and causing communication of Beam Refinement Protocol, BRP, frames with the second wireless station during a BRP phase of the beamforming protocol, wherein a BRP frame of the BRP frames includes a first portion and a second portion , wherein causing communication of BRP frames includes: causing communication of a duplicate of the first portion over each one of the first wireless channel and a second wireless channel; causing communication of the second portion over a bonded channel comprising the first wireless channel and the second wireless channel; select a beam direction for data communication between the first wireless device and the second wireless device based on the beamforming protocol; and cause communication over a millimetre-Wave, mmWave, wireless band between the first wireless device and the second wireless device based on the beam direction. causing communication of Sector Sweep, SSW, frames with the second wireless station over a first wireless channel during a Sector Level Sweep, SLS, phase of the beamforming protocol; and causing communication of Beam Refinement Protocol, BRP, frames with the second wireless station during a BRP phase of the beamforming protocol, wherein a BRP frame of the BRP frames includes a first portion and a second portion , wherein causing communication of BRP frames includes: causing communication of a duplicate of the first portion over each one of the first wireless channel and a second wireless channel; causing communication of the second portion over a bonded channel comprising the first wireless channel and the second wireless channel; causing communication of a duplicate of the first portion over each one of the first wireless channel and a second wireless channel; causing communication of the second portion over a bonded channel comprising the first wireless channel and the second wireless channel; select a beam direction for data communication between the first wireless device and the second wireless device based on the beamforming protocol; and cause communication over a millimetre-Wave, mmWave, wireless band between the first wireless device and the second wireless device based on the beam direction.
Setting tool for percussively driving an anchor rod into a borehole in a substrate, having a drive-side end and, in an opposite tool direction , an end facing away from the drive, comprising - a tool adapter which is designed and arranged such that it can interact with a driven impact tool , and - a receiving element with a recess , which is designed and arranged such that it can receive, in a guided manner, part of an anchor rod extending in a guide direction away from the end facing away from the drive in the recess , wherein the tool adapter and the receiving element are coupled to one another such that an impact force oriented in the tool direction and directed in the direction of the end facing away from the drive and introduced via the tool adapter is transmitted to an anchor rod arranged in the recess of the receiving element and oriented in the guide direction , characterized in that the tool adapter and the receiving element are coupled by means of a coupling element which is designed and arranged such that, during the percussive driving in of the anchor rod , it allows for a displacement of at least part of the receiving element transversely to the tool direction , wherein the coupling element is designed as a coil spring. - a tool adapter which is designed and arranged such that it can interact with a driven impact tool , and - a receiving element with a recess , which is designed and arranged such that it can receive, in a guided manner, part of an anchor rod extending in a guide direction away from the end facing away from the drive in the recess , wherein the tool adapter and the receiving element are coupled to one another such that an impact force oriented in the tool direction and directed in the direction of the end facing away from the drive and introduced via the tool adapter is transmitted to an anchor rod arranged in the recess of the receiving element and oriented in the guide direction , characterized in that the tool adapter and the receiving element are coupled by means of a coupling element which is designed and arranged such that, during the percussive driving in of the anchor rod , it allows for a displacement of at least part of the receiving element transversely to the tool direction , wherein the coupling element is designed as a coil spring.
A two-stage compressor comprising: a casing having a first compression chamber and a second compression chamber , the first compression chamber communicating with the second compression chamber ; a first compression mechanism disposed in the first compression chamber ; and a second compression mechanism disposed in the second compression chamber ; the casing having an oil tank , the oil tank being located in the second compression chamber and configured to store lubricant oil , characterized in that the second compression mechanism partially extends into the oil tank , the first compression mechanism is different from the second compression mechanism , an amount of lubricant oil consumed by the second compression mechanism is less than an amount of lubricant oil consumed by the first compression mechanism ; when the second compression mechanism is operating, the second compression mechanism stirs the lubricant oil to nebulize the lubricant oil . a casing having a first compression chamber and a second compression chamber , the first compression chamber communicating with the second compression chamber ; a first compression mechanism disposed in the first compression chamber ; and a second compression mechanism disposed in the second compression chamber ; the casing having an oil tank , the oil tank being located in the second compression chamber and configured to store lubricant oil , characterized in that the second compression mechanism partially extends into the oil tank , the first compression mechanism is different from the second compression mechanism , an amount of lubricant oil consumed by the second compression mechanism is less than an amount of lubricant oil consumed by the first compression mechanism ; when the second compression mechanism is operating, the second compression mechanism stirs the lubricant oil to nebulize the lubricant oil .
A Fabry Perot resonator spacer , comprising: a tetrahedral body, the tetrahedral body being made of a material having a Poisson ratio and defining a plurality of triangular faces , a plurality of edges, and a plurality of corners, wherein each one of the plurality of corners is truncated to form a mounting surface in a mounting plane, and wherein each one of the plurality of edges is truncated to form a truncated edge and, wherein each one of the plurality of edges is truncated according to φ = tan -1 (1 - υ), where φ is the angle relative to a corresponding one of the mounting planes and υ is the Poisson ratio of the material of the tetrahedral body; a first mirror channel disposed on a first truncated edge of the tetrahedral body and configured to receive a first optical element ; a second mirror channel disposed on a second truncated edge of the tetrahedral body and configured to receive a second optical element; and a cavity extending linearly through the tetrahedral body between the first mirror channel and the second mirror channel.
A contact-type vehicle roof box, which is configured to be mounted on a roof of a vehicle, the roof box comprising: an elastic pad configured as a plate-shaped elastic member having a shape corresponding to a bottom of the roof box, the elastic pad configured to be seated on an upper surface of a roof panel of the vehicle; a roof box body seated on the elastic pad and having two or more coupling grooves formed through two opposite surfaces of the roof box body and extending in a vertical direction; and L-shaped connection brackets each having an L-shaped frame including a vertical-side body and a horizontal-side body , wherein a plurality of second coupling grooves each having a width corresponding to a width of the first coupling groove is formed in the vertical-side body and provided horizontally with respect to the horizontal-side body , a plurality of third coupling grooves is formed in the horizontal-side body and provided vertically with respect to the vertical-side body , the vertical-side body is connected to a position of the coupling groove of the roof box body , and the horizontal-side body is coupled to the roof of the vehicle. an elastic pad configured as a plate-shaped elastic member having a shape corresponding to a bottom of the roof box, the elastic pad configured to be seated on an upper surface of a roof panel of the vehicle; a roof box body seated on the elastic pad and having two or more coupling grooves formed through two opposite surfaces of the roof box body and extending in a vertical direction; and L-shaped connection brackets each having an L-shaped frame including a vertical-side body and a horizontal-side body , wherein a plurality of second coupling grooves each having a width corresponding to a width of the first coupling groove is formed in the vertical-side body and provided horizontally with respect to the horizontal-side body , a plurality of third coupling grooves is formed in the horizontal-side body and provided vertically with respect to the vertical-side body , the vertical-side body is connected to a position of the coupling groove of the roof box body , and the horizontal-side body is coupled to the roof of the vehicle.