mhurhangee/patent-ind-claim-en huggingface dataset:
A game table for exercise by playing a ball game with legs, the game table comprises: - a table top structure with a see-through table top surface, the table top structure having a first table top end and a second table top end and a first table top side and a second table top side , the first and second table top sides extending between the first and second table top ends , and - a first table side wall structure extending downwards from the table top structure and a second table side wall structure extending downwards from the table top structure , - the first and second table side wall structures being arranged to form a channel-like game space together with the table top structure , the channel-like game space having a first opening and a second opening at opposite ends of the channel-like game space ; - the first table side wall structure and the second table side wall structure having a net-like table side wall having plurality of net apertures and arranged to form table side wall surface of the game space ; and - the see-through table top surface is arranged to provide a see-through structure into the channel-like game space , characterized in that the game table comprises a bottom structure forming the bottom of the channel-like game space and comprising a bottom wall. - a table top structure with a see-through table top surface, the table top structure having a first table top end and a second table top end and a first table top side and a second table top side , the first and second table top sides extending between the first and second table top ends , and - a first table side wall structure extending downwards from the table top structure and a second table side wall structure extending downwards from the table top structure , - the first and second table side wall structures being arranged to form a channel-like game space together with the table top structure , the channel-like game space having a first opening and a second opening at opposite ends of the channel-like game space ; - the first table side wall structure and the second table side wall structure having a net-like table side wall having plurality of net apertures and arranged to form table side wall surface of the game space ; and - the see-through table top surface is arranged to provide a see-through structure into the channel-like game space ,
A structured light projector comprising: a light source emitting light of a first wavelength; at least one switchable grating switchable between a non-diffracting and a diffracting state; and at least one passive grating, wherein the structured light projector has a first grating configuration for projecting uniform illumination and a second grating configuration for projecting structured illumination, wherein said first and second grating configurations are disposed in upper and lower waveguide substrates respectively, wherein said first grating configuration comprises, disposed in said upper waveguide substrate, a switchable input grating coupler in its diffracting state and a switchable output grating coupler in its diffracting state, wherein said switchable input grating coupler in its diffracting state couples said light into said upper waveguide substrate and said switchable output grating coupler in its diffracting state deflects uniform illumination out of said upper waveguide substrate, wherein light is admitted into said lower waveguide substrate through the reflecting surfaces of said upper waveguide substrate when said upper waveguide substrate input grating coupler and output grating coupler are in their non-diffracting states. a light source emitting light of a first wavelength; at least one switchable grating switchable between a non-diffracting and a diffracting state; and at least one passive grating, wherein the structured light projector has a first grating configuration for projecting uniform illumination and a second grating configuration for projecting structured illumination, wherein said first and second grating configurations are disposed in upper and lower waveguide substrates respectively, wherein said first grating configuration comprises, disposed in said upper waveguide substrate, a switchable input grating coupler in its diffracting state and a switchable output grating coupler in its diffracting state, wherein said switchable input grating coupler in its diffracting state couples said light into said upper waveguide substrate and said switchable output grating coupler in its diffracting state deflects uniform illumination out of said upper waveguide substrate, wherein light is admitted into said lower waveguide substrate through the reflecting surfaces of said upper waveguide substrate when said upper waveguide substrate input grating coupler and output grating coupler are in their non-diffracting states.
Distribution device for electrically connecting at least one electrical line of a first system cable to an electrical line of a second system cable , having a base element with at least two connection areas for accommodating and guiding internal lines of the distribution device along a floor and for accommodating connection sockets of the distribution device above the internal lines , each having an opening in a wall of the base element in the connection area for forming a plug connection with one of the system cables respectively, characterized in that circuit bridges of the distribution device can be inserted into the connection sockets , wherein the circuit bridges are configured, in an activated state, to electrically connect the internal lines to the electrical lines of the system cable inserted into the opening , as well as, in a deactivated state, to separate the electrical connection.
A cap intended to obturate a duct for ejecting cartridges from a turret , the cap comprising a circular base intended to allow it to be attached at the duct , and a shell having a spherical dome profile including a concave face and a convex face , the shell being divided into at least four sectors by slots which are evenly distributed angularly, the sectors being contiguous pairwise.
A brush head for attachment to a shaft of an oral care device , the brush head comprising: a neck having a working head , the neck being configured to transmit oscillations from the shaft to the working head; and a spring captive within the neck, wherein upon insertion of the shaft into the assembled brush head, the spring is in direct mechanical contact with the neck and the shaft, wherein the spring provides a retention force for retaining the brush head on the shaft by forcing the shaft against the neck such that the shaft is retained between the neck and the spring, wherein the spring comprises a resilient key , wherein upon insertion of the shaft into the assembled brush head, the key is in direct mechanical contact with the neck and the shaft, and retains the neck on the shaft and characterised in that the key is fixed through an opening formed in the spring. a neck having a working head , the neck being configured to transmit oscillations from the shaft to the working head; and a spring captive within the neck,
A method for controlling a wind turbine during adverse wind conditions, the method comprising: monitoring the wind speed near the wind turbine ; comparing the wind speed to different thresholds to detect and determine the presence of one or more adverse wind conditions near the wind turbine ; and, tracking the number of detected adverse wind conditions occurring during a predetermined time period; and, in response to detecting one or more adverse wind conditions, reducing a power output of the wind turbine by a predetermined percentage, the predetermined percentage being a function of the number and type of the detected adverse wind conditions occurring during the predetermined time period, wherein the predetermined percentage is less than 100% of a rated power, and the method further includes increasing the predetermined percentage as the tracked number of detected adverse wind conditions occurring during the predetermined time period increases. monitoring the wind speed near the wind turbine ; comparing the wind speed to different thresholds to detect and determine the presence of one or more adverse wind conditions near the wind turbine ; and, tracking the number of detected adverse wind conditions occurring during a predetermined time period; and, in response to detecting one or more adverse wind conditions, reducing a power output of the wind turbine by a predetermined percentage, the predetermined percentage being a function of the number and type of the detected adverse wind conditions occurring during the predetermined time period, wherein the predetermined percentage is less than 100% of a rated power, and the method further includes increasing the predetermined percentage as the tracked number of detected adverse wind conditions occurring during the predetermined time period increases.
A system for guiding cables in a vehicle with vehicle parts movably connected to one another, wherein the system for guiding cables has a stabilization element and a receiving element for receiving a cable and wherein the stabilization element has such flexibility that it can extend from one vehicle to the next in a bent form characterized in that the receiving element is movably arranged at the stabilization element with respect to one or both directions transversely to the main direction of extension of the stabilization element .
A liquid electrolyte for lithium ion secondary batteries, the liquid electrolyte containing a lithium salt of a sulfonimide and water, wherein the liquid electrolyte contains at least one kind of anion selected from the group consisting of an orthophosphoric ion, a pyrophosphate ion, an anion resulting from dissociation of phosphorous acid or a salt thereof, and an anion resulting from dissociation of phosphinic acid or a salt thereof.
A refrigerator comprising: an inner casing having a storage chamber defined therein; and a thermoelectric module including a thermoelectric element for cooling the storage chamber , a cooling sink in contact with one surface of thermoelectric element , and a heat sink contacting another surface of thermoelectric element , wherein the heat sink includes: a heat dissipation fin including a stack of a plurality of fins; a heat dissipation plate coupled to the heat dissipation fin ; a heat dissipation pipe for connecting the heat dissipation plate to the heat dissipation fin , wherein the heat dissipation pipe is arranged to pass through the heat dissipation fin , wherein the heat dissipation plate includes a first surface and a second surface opposite the first surface , wherein the second surface is in contact with the heat dissipation fin , wherein the first surface has a pipe-seated groove for receiving the heat dissipation pipe . an inner casing having a storage chamber defined therein; and a thermoelectric module including a thermoelectric element for cooling the storage chamber , a cooling sink in contact with one surface of thermoelectric element , and a heat sink contacting another surface of thermoelectric element , wherein the heat sink includes: a heat dissipation fin including a stack of a plurality of fins; a heat dissipation plate coupled to the heat dissipation fin ; a heat dissipation pipe for connecting the heat dissipation plate to the heat dissipation fin , wherein the heat dissipation pipe is arranged to pass through the heat dissipation fin , wherein the heat dissipation plate includes a first surface and a second surface opposite the first surface , wherein the second surface is in contact with the heat dissipation fin , wherein the first surface has a pipe-seated groove for receiving the heat dissipation pipe . a heat dissipation fin including a stack of a plurality of fins; a heat dissipation plate coupled to the heat dissipation fin ; a heat dissipation pipe for connecting the heat dissipation plate to the heat dissipation fin , wherein the heat dissipation pipe is arranged to pass through the heat dissipation fin , wherein the heat dissipation plate includes a first surface and a second surface opposite the first surface , wherein the second surface is in contact with the heat dissipation fin , wherein the first surface has a pipe-seated groove for receiving the heat dissipation pipe .
A rechargeable high-voltage battery pack , providing voltages exceeding 40 V and comprising: a plurality of series-coupled energy storage elements ; an interlock having a first node and a second node, said first node coupled to said plurality of series-coupled energy storage elements with said interlock responsive to a control signal to control a power communication of said first node to said second node, said interlock enabling said communication with said control signal in a first mode and said interlock disabling said power communication with said control signal in a second mode; a battery management system selectively asserting said control signal; a housing enclosing and sealing said plurality of series-coupled energy storage elements and said interlock with a plurality of exterior walls; an operational port coupled to a portion of a first particular one exterior wall of said plurality of exterior walls, said operational port coupled to said second node and providing a first energy transfer with respect to said plurality of series-coupled energy storage elements only when said power communication is enabled; and characterised in that the rechargeable high-voltage battery pack further comprises a service port coupled to a portion of a second particular one exterior wall of said plurality of exterior walls, said service port coupled to said first node and providing a second energy transfer with respect to said plurality of series-coupled energy storage elements without regard to whether said power communication is enabled and independent of battery management system controls. a plurality of series-coupled energy storage elements ; an interlock having a first node and a second node, said first node coupled to said plurality of series-coupled energy storage elements with said interlock responsive to a control signal to control a power communication of said first node to said second node, said interlock enabling said communication with said control signal in a first mode and said interlock disabling said power communication with said control signal in a second mode; a battery management system selectively asserting said control signal; a housing enclosing and sealing said plurality of series-coupled energy storage elements and said interlock with a plurality of exterior walls; an operational port coupled to a portion of a first particular one exterior wall of said plurality of exterior walls, said operational port coupled to said second node and providing a first energy transfer with respect to said plurality of series-coupled energy storage elements only when said power communication is enabled; and characterised in that the rechargeable high-voltage battery pack further comprises a service port coupled to a portion of a second particular one exterior wall of said plurality of exterior walls, said service port coupled to said first node and providing a second energy transfer with respect to said plurality of series-coupled energy storage elements without regard to whether said power communication is enabled and independent of battery management system controls.
A method for operation of a multi-access receiver in a multiple access wireless communication system comprising a plurality of terminals each with a terminal identifier, wherein the multi-access receiver is mobile or intermittently available and comprising a receiver for simultaneously receiving m transmissions in each slot of a frame from the plurality of terminals in a field of view which contains some but not typically all of the terminals in the system, and a multiuser decoder for decoding the received transmissions , and the frame comprises n slots, the method comprising: receiving one or more transmissions from one or more terminals in the field of view characterized in the multi-access receiver: attempting to decode the received one or more transmissions ; generating one or more compressed broadcast acknowledgement messages comprising generating a hashing function h which generates a binary value output when provided with a terminal identifier, wherein the hashing function is generated such that when a terminal identifier in a set of terminals to be acknowledged is input, the hashing function outputs a first binary value, and if an input terminal identifier is not in the set of terminals to be acknowledged the hashing function generates a complementary binary value output; and broadcasting the one or more compressed broadcast acknowledgement messages to the one or more terminals comprising transmitting the hashing function. attempting to decode the received one or more transmissions ; generating one or more compressed broadcast acknowledgement messages comprising generating a hashing function h which generates a binary value output when provided with a terminal identifier, wherein the hashing function is generated such that when a terminal identifier in a set of terminals to be acknowledged is input, the hashing function outputs a first binary value, and if an input terminal identifier is not in the set of terminals to be acknowledged the hashing function generates a complementary binary value output; and broadcasting the one or more compressed broadcast acknowledgement messages to the one or more terminals comprising transmitting the hashing function.
A reference sample with an inclined support base , the reference sample comprising: a scanning electron microscope reference sample for evaluating performance of a scanning electron microscope ; and an inclined support base that supports the scanning electron microscope reference sample , wherein the scanning electron microscope reference sample is made of a hexagonal SiC single crystal, has an off angle, and has a step/terrace structure including a step with a half unit height and a terrace even in an atomic level, the step/terrace structure being formed on a surface of the scanning electron microscope reference sample , a surface of each terrace has a first stack orientation or a second stack orientation, a support surface of the inclined support base has an inclination angle identical to an off angle of the scanning electron microscope reference sample , and contrast as difference in lightness and darkness between an image of a terrace with a surface directly under which the first stack orientation lies and an image of a terrace with a surface directly under which the second stack orientation lies changes according to an incident electron angle irrespective of the off angle of the scanning electron microscope reference sample , where the incident electron angle is an angle that an electron beam emitted from the scanning electron microscope forms with respect to a perpendicular to a surface of the terrace. a scanning electron microscope reference sample for evaluating performance of a scanning electron microscope ; and an inclined support base that supports the scanning electron microscope reference sample , wherein the scanning electron microscope reference sample is made of a hexagonal SiC single crystal, has an off angle, and has a step/terrace structure including a step with a half unit height and a terrace even in an atomic level, the step/terrace structure being formed on a surface of the scanning electron microscope reference sample , a surface of each terrace has a first stack orientation or a second stack orientation, a support surface of the inclined support base has an inclination angle identical to an off angle of the scanning electron microscope reference sample , and contrast as difference in lightness and darkness between an image of a terrace with a surface directly under which the first stack orientation lies and an image of a terrace with a surface directly under which the second stack orientation lies changes according to an incident electron angle irrespective of the off angle of the scanning electron microscope reference sample , where the incident electron angle is an angle that an electron beam emitted from the scanning electron microscope forms with respect to a perpendicular to a surface of the terrace.
Method of producing FeCr in a preferably round alternating current reduction furnace with three electrodes or a rectangular alternating current reduction furnace with three electrodes or more than three electrodes in arc operation with thyristor control, in which preferably graphite or carbon electrodes or classic Soderberg electrodes are used, and preheating of the charge of Cr ore , reduction agent , additives and return material in an upstream unit , preferably in counter-flow in a drum furnace, is carried out by combusted furnace waste gas, wherein transport of the preheated charge into the alternating current reduction furnace is carried out by way of a hot transport system and charge pipe, wherein cleaning of the waste gas is carried out in a downstream filter plant , wherein the furnace waste gas from the alternating current reduction furnace is conducted through a bypass partly through the upstream unit , which is constructed as a drum furnace, into the filter plant and through the use of electric spindle drives for the feedback of compacted particulates from the primary and/or secondary dust extraction of the filter plant to the upstream unit , which is constructed as a tunnel furnace, with integrated charge preheating, which is operated by means of throughflow of the charge by combusted furnace waste gas from the alternating current reduction furnace .