mhurhangee/patent-ind-claim-en huggingface dataset:
A method for debugging an internet of things, loT, system including sensor devices , receivers and a storage system , comprising: acquiring an output from a first sensor device and encapsulating the output in a mark-up language having human-readable tags and data to define encapsulated data, at the first sensor device; first communicating the encapsulated data, in a serial data transfer stream, to a receiver via a wireless connection between the first sensor device and the receiver; generating, at the first sensor device, a first log file of the serial data transfer stream of the encapsulated data, as sent from the first sensor device to the receiver, wherein the first log file is in the mark-up language; receiving, via the wireless connection, the serial data transfer stream of the encapsulated data at the receiver and generating a second log file of the serial data transfer stream of the encapsulated data as received by the receiver from the first sensor device, wherein the second log file is in the mark-up language; and comparing the first log file and the second log file to identify if differences exist between the between the first log file and the second log file. acquiring an output from a first sensor device and encapsulating the output in a mark-up language having human-readable tags and data to define encapsulated data, at the first sensor device; first communicating the encapsulated data, in a serial data transfer stream, to a receiver via a wireless connection between the first sensor device and the receiver; generating, at the first sensor device, a first log file of the serial data transfer stream of the encapsulated data, as sent from the first sensor device to the receiver, wherein the first log file is in the mark-up language; receiving, via the wireless connection, the serial data transfer stream of the encapsulated data at the receiver and generating a second log file of the serial data transfer stream of the encapsulated data as received by the receiver from the first sensor device, wherein the second log file is in the mark-up language; and comparing the first log file and the second log file to identify if differences exist between the between the first log file and the second log file.
A wheel-footed bimodal mechanical leg , comprising: a driving apparatus , a thigh unit , and a calf unit , a joint end of the thigh unit is hingedly connected to a joint end of the calf unit by a rotary shaft , the rotary shaft being fixedly connected to a traveling wheel for performing wheel-mode movement when the traveling wheel touches the ground, and the driving apparatus is connected to the rotary shaft by a transmission apparatus ; the calf unit comprises a locking component ; the calf unit is fixedly connected to the rotary shaft when the locking component is in a locked state; and the calf unit is rotatably connected to the rotary shaft when the locking component is in an unlocked state; characterized in that the calf unit is fixedly connected to the rotary shaft by the traveling wheel when the locking component is in the locked state; or, a pin hole is formed on the rotary shaft , the calf unit is fixedly connected to the rotary shaft in a locked state in which the locking component is inserted into the pin hole , and the calf unit is rotatably connected to the rotary shaft in an unlocked state in which the locking component is pulled out from the pin hole . a joint end of the thigh unit is hingedly connected to a joint end of the calf unit by a rotary shaft , the rotary shaft being fixedly connected to a traveling wheel for performing wheel-mode movement when the traveling wheel touches the ground, and the driving apparatus is connected to the rotary shaft by a transmission apparatus ; the calf unit comprises a locking component ; the calf unit is fixedly connected to the rotary shaft when the locking component is in a locked state; and the calf unit is rotatably connected to the rotary shaft when the locking component is in an unlocked state; characterized in that the calf unit is fixedly connected to the rotary shaft by the traveling wheel when the locking component is in the locked state; or, a pin hole is formed on the rotary shaft , the calf unit is fixedly connected to the rotary shaft in a locked state in which the locking component is inserted into the pin hole , and the calf unit is rotatably connected to the rotary shaft in an unlocked state in which the locking component is pulled out from the pin hole .
A fast charging system for electrically driven vehicles, in particular electric busses or the like, for forming an electrically conductive connection between a vehicle and a stationary charging station, the fast charging system having a contact device , a charging contact device and a positioning device , said contact device or said charging contact device being disposable on a vehicle, said charging contact device being electrically contacted using the contact device when in a contact position, said charging contact device comprising a charging-contact-element carrier having charging contact elements , said charging contact elements each forming a strip-shaped charging contact surface , said contact device comprising a contact element carrier having contact elements , said contact elements each forming a contact surface which is smaller than the charging contact surfaces , said contact elements being electrically contacted with the charging contact elements for forming contact pairs in each instance when in the contact position, said contact device being positioned in a longitudinal direction of the strip-shaped charging contact surfaces and/or in a transverse direction of the strip-shaped charging contact surfaces with respect to the charging contact device as well as being moved to the contact position by means of the positioning device, the strip-shaped charging contact surfaces being disposed in a moving direction of the vehicle, the charging contact surfaces and the contact surfaces being disposed such in the longitudinal direction with respect to each other that a respective physical contact between the charging contact surfaces and the contact surfaces is formed in a defined order at respective longitudinal ends of the charging contact surfaces during a relative movement in the longitudinal direction of the charging contact surfaces during joining as well as separation in the longitudinal direction, the contact pairs being formed for power contacts, a signal contact and a protective-ground contact of the fast charging system, characterized in that the contact surfaces of the contact elements are disposed at an offset relative to each other in the moving direction of the vehicle on the contact element carrier, the charging contact surfaces and the contact surfaces being disposed such with respect to each other in the longitudinal direction of the charging contact surfaces that first the protective-ground contact and a power contact or first the signal contact and a power contact are formed when the charging contact surfaces are joined with the contact surfaces in this manner, high currents being transmittable only when the contact pair of the protective-ground contact and/or the signal contact has been formed.
An axial piston machine , in which pistons in cylinders execute a stroke movement, and in which the pistons have a sealing ring seat for a sealing ring , the sealing ring seat being designed such that it permits a movement of the sealing ring transversely to a longitudinal axis of the piston , the sealing ring being spherical at least in a region which effects a seal during the stroke movements on inner walls of the cylinder , the radius of curvature of the sealing ring , which is spherical in certain regions, corresponding substantially to half the diameter (d) of the cylinder , the cross section of the sealing ring being designed such that, at a high operating pressure, the deformation of the sealing ring by the operating pressure largely compensates for a widening of the inner cylinder wall by the operating pressure, characterized in that the central inner opening of the sealing ring has a circumferential bead-like recess , or the central inner opening of the sealing ring has a stepped profile . the sealing ring being spherical at least in a region which effects a seal during the stroke movements on inner walls of the cylinder , the radius of curvature of the sealing ring , which is spherical in certain regions, corresponding substantially to half the diameter (d) of the cylinder , the cross section of the sealing ring being designed such that, at a high operating pressure, the deformation of the sealing ring by the operating pressure largely compensates for a widening of the inner cylinder wall by the operating pressure, characterized in that the central inner opening of the sealing ring has a circumferential bead-like recess , or the central inner opening of the sealing ring has a stepped profile .
A gateway device comprising: a processor configured to perform an evaluation of commands using natural language processing, characterized in that , in response to a result of the evaluation, the processor is configured to perform at least one of, initiating at least one of an execution of a diagnostic routine, a change of a configuration of the gateway device, and a determination of a status of the gateway device, and providing at least one of diagnostics information, configuration information, and status information, and wherein, if the processor is unable to evaluate a command using natural language processing, the processor is configured to send the command to a cloud server and provide a response from the cloud server to a remote device, wherein the gateway device further comprises a web server for initially receiving said commands from the remote device and for supporting a chat dialog with the remote device. a processor configured to perform an evaluation of commands using natural language processing, characterized in that , in response to a result of the evaluation, the processor is configured to perform at least one of, initiating at least one of an execution of a diagnostic routine, a change of a configuration of the gateway device, and a determination of a status of the gateway device, and providing at least one of diagnostics information, configuration information, and status information, and wherein, if the processor is unable to evaluate a command using natural language processing, the processor is configured to send the command to a cloud server and provide a response from the cloud server to a remote device, wherein the gateway device further comprises a web server for initially receiving said commands from the remote device and for supporting a chat dialog with the remote device.
A surface mount laser package for a side-looking semiconductor laser, comprising: an electronic assembly, comprising: a substantially planar leadframe with a component side and a board attach side, the component side further comprising a conductive die attach pad and a plurality of wire bond pads ; a laser die comprising an anode surface and a cathode surface, the cathode surface mounted to the conductive die attach pad; and a plurality of bond wires , each bond wire comprising a first end in electrical communication with the laser die anode surface and a second end in electrical communication with a wire bond pad of the plurality of wire bond pads; and a rigid structure consisting of: a cured molding encasing the laser die and the plurality of bond wires on the component side of the leadframe and further disposed between the conductive die attach pad and each of the plurality of wire bond pads within a plane of the leadframe, wherein a bottom surface of the laser package comprises a surface of said cured molding and the leadframe board attach side, and the molding surrounds all surfaces of the leadframe except for the leadframe board attach side. a substantially planar leadframe with a component side and a board attach side, the component side further comprising a conductive die attach pad and a plurality of wire bond pads ; a laser die comprising an anode surface and a cathode surface, the cathode surface mounted to the conductive die attach pad; and a plurality of bond wires , each bond wire comprising a first end in electrical communication with the laser die anode surface and a second end in electrical communication with a wire bond pad of the plurality of wire bond pads; and a rigid structure consisting of: a cured molding encasing the laser die and the plurality of bond wires on the component side of the leadframe and further disposed between the conductive die attach pad and each of the plurality of wire bond pads within a plane of the leadframe, wherein a bottom surface of the laser package comprises a surface of said cured molding and the leadframe board attach side, and the molding surrounds all surfaces of the leadframe except for the leadframe board attach side. a cured molding encasing the laser die and the plurality of bond wires on the component side of the leadframe and further disposed between the conductive die attach pad and each of the plurality of wire bond pads within a plane of the leadframe, wherein a bottom surface of the laser package comprises a surface of said cured molding and the leadframe board attach side, and the molding surrounds all surfaces of the leadframe except for the leadframe board attach side.
A bio-polyol composition, comprising: a polyol and a surface modified lignin, wherein a surface of the surface modified lignin is coated or adsorbed with a modifier and the modifier is coated or adsorbed to the surface of the surface modified lignin via a physical bonding, and a particle size of the surface modified lignin ranges between 1-100 μm, wherein the surface modified lignin is obtained by mixing a lignin and the modifier and performing a dispersing and grinding process to cover the modifier on a surface of the lignin, wherein a lignin of the surface modified lignin includes lignin sulfonate, alkali lignin, or a mixture thereof.
An in-vehicle battery system, which is a battery system connected to an inverter mounted in a vehicle to give and receive direct-current power to and from the inverter , comprising: a battery ; a relay for establishing or cutting off an electrical connection between the battery and the inverter ; and a battery control apparatus that supervises a status of the battery , characterized by a plurality of switches respectively provided in a current path for switching the relay , wherein the plurality of switches include a first switch provided in the battery control apparatus and a second switch provided in a vehicle control apparatus which controls traveling of the vehicle; wherein the first switch and the second switch are serially connected to each other in the current path and configured so that the relay can be switched to an OFF state by switching only one of the switches ; wherein the battery control apparatus controls a status of switching the first switch ; and wherein the vehicle control apparatus controls a status of switching the second switch . a battery ; a relay for establishing or cutting off an electrical connection between the battery and the inverter ; and a battery control apparatus that supervises a status of the battery , characterized by a plurality of switches respectively provided in a current path for switching the relay , wherein the plurality of switches include a first switch provided in the battery control apparatus and a second switch provided in a vehicle control apparatus which controls traveling of the vehicle; wherein the first switch and the second switch are serially connected to each other in the current path and configured so that the relay can be switched to an OFF state by switching only one of the switches ; wherein the battery control apparatus controls a status of switching the first switch ; and wherein the vehicle control apparatus controls a status of switching the second switch .
A caster wheel assembly for a wheelchair, comprising a swivel post which is pivotable about a first axis of rotation within a wheelchair frame housing, a caster wheel fork which is pivotable with the swivel post about the first axis of rotation and is rotatable relative to the swivel post about a second axis of rotation A3, A3' running perpendicularly to the first axis of rotation with interposition of a bearing , and a caster wheel which is rotatably supported by the caster wheel fork about a third axis of rotation running parallel to the first axis of rotation, characterised by at least one clamping element in the form of at least one threaded pin for clamping the bearing , wherein a first threaded pin engages the bearing from below in the direction of the wheelchair frame housing and specifically wedges the bearing by unidirectional screwing in, and/or a second threaded pin engages the bearing through a caster wheel mounting of the wheelchair frame housing in the form of the caster wheel fork and specifically wedges the bearing by unidirectional screwing in.
A carrier for holding a plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), the carrier comprising: a plurality of panels comprising a front central panel , a back central panel , a front attachment panel foldably connected to the front central panel , and a back attachment panel foldably connected to the back central panel , each of the front attachment panel and the back attachment panel configured to receive a portion of one or more containers of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), at least one of the front central panel and the back central panel comprises a respective opening in communication with the respective other of the front central panel and the back central panel , at least one end flap is foldably connected to the respective front attachment panel and back attachment panel , the at least one end flap is folded downwardly relative to the respective front attachment panel and back attachment panel to overlie a portion of a respective container of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), each of the front central panel and the back central panel is for being positioned between and attached to adjacent containers of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3). a plurality of panels comprising a front central panel , a back central panel , a front attachment panel foldably connected to the front central panel , and a back attachment panel foldably connected to the back central panel , each of the front attachment panel and the back attachment panel configured to receive a portion of one or more containers of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), at least one of the front central panel and the back central panel comprises a respective opening in communication with the respective other of the front central panel and the back central panel , at least one end flap is foldably connected to the respective front attachment panel and back attachment panel , the at least one end flap is folded downwardly relative to the respective front attachment panel and back attachment panel to overlie a portion of a respective container of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), each of the front central panel and the back central panel is for being positioned between and attached to adjacent containers of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3).
A system comprising: an integrated photonic circuit, PIC, comprising a tunable light source , and a wavelength locker comprising an asymmetric Mach-Zehnder interferometer, AMZI, with an output coupler having a plurality of output ports and, placed at the plurality of output ports, a plurality of respective photodetectors for measuring respective optical interference signals exiting the plurality of output ports when light is coupled from the light source into the AMZI, wherein the output coupler and the plurality of photodetectors are configured as a coherent receiver in which relative phase shifts imparted by the output coupler between two signals being interfered to form the optical interference signals differ between at least two of the output ports by a value that is not a multiple of 180°; memory storing one or more target filter parameters associated with a specified locking frequency of the light source; and electronic processing circuitry configured to compute one or more filter parameters from the measured optical interference signals and tune a frequency of the light source until the one or more computed filter parameters match the one or more target filter parameters. an integrated photonic circuit, PIC, comprising a tunable light source , and a wavelength locker comprising an asymmetric Mach-Zehnder interferometer, AMZI, with an output coupler having a plurality of output ports and, placed at the plurality of output ports, a plurality of respective photodetectors for measuring respective optical interference signals exiting the plurality of output ports when light is coupled from the light source into the AMZI, wherein the output coupler and the plurality of photodetectors are configured as a coherent receiver in which relative phase shifts imparted by the output coupler between two signals being interfered to form the optical interference signals differ between at least two of the output ports by a value that is not a multiple of 180°; a tunable light source , and a wavelength locker comprising an asymmetric Mach-Zehnder interferometer, AMZI, with an output coupler having a plurality of output ports and, placed at the plurality of output ports, a plurality of respective photodetectors for measuring respective optical interference signals exiting the plurality of output ports when light is coupled from the light source into the AMZI, wherein the output coupler and the plurality of photodetectors are configured as a coherent receiver in which relative phase shifts imparted by the output coupler between two signals being interfered to form the optical interference signals differ between at least two of the output ports by a value that is not a multiple of 180°; memory storing one or more target filter parameters associated with a specified locking frequency of the light source; and electronic processing circuitry configured to compute one or more filter parameters from the measured optical interference signals and tune a frequency of the light source until the one or more computed filter parameters match the one or more target filter parameters.
Method for controlling the movement of a transportation unit (TEi) of a conveying device in the form of a long-stator linear motor, wherein the transportation unit (TEi) is moved along a conveying line and the conveying line is composed of a number of conveying segments (FSi), wherein at least a part of the conveying line , along which the transportation unit (TEi) is moved, is assigned at least one logical sector (LSi), wherein the at least one logical sector (LSi) is allocated to one or more conveying segments (FSi) or parts thereof, wherein a movement profile for the transportation unit (TEi) is allocated to the at least one logical sector (LSi), wherein the transportation unit (TEi) is moved in accordance with the specified movement profile along the at least one logical sector (LSi) and at the same time a new setpoint (S) of the movement is ascertained in each cycle step of the setpoint selection, and wherein the setpoint (S) is transferred via the allocation to one or more conveying segments (FSi), or parts thereof, to the allocated conveying segment(s) (FSi) for adjustment, characterized in that the at least one logical sector (LSi) is independent from the hardware setup of the conveying line .