mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for dispensing a mixture, which is able to be generated from at least one gas flow and at least one fluid flow, onto a surface , the mixture being feedable to a device for dispensing the mixture , the device for dispensing the mixture comprising a gas-bearing line which is connected, downstream in the direction of flow of the compressed air, by a fluid line extending in its interior, to a connecting flange which is radially rotatable about its longitudinal axis, wherein, downstream in the direction of flow of the compressed air, the compressed air flows from the connecting flange into an outlet device , and end faces facing each other of two sections of the gas-bearing line project into the connecting flange , wherein the fluid-bearing line passes through the connecting flange along the longitudinal axis of the connecting flange and opens into the outlet device , wherein, downstream in relation to the direction of flow of the compressed air, the connecting flange is connected at its other end to the outlet device which the fluid-bearing line projects into, and the section of the gas-bearing line comprising the outlet device is arranged in the interior of the connecting flange opposite the remaining section of the gas-bearing line in a gas-tight displaceable manner, wherein the fluid-bearing line extends axially in the interior of the gas-bearing line , and both the gas-bearing line and the fluid-bearing line are configured as an outlet device for dispensing the mixture , the outlet device being further configured such that it is rotatable about the gas-bearing line eccentrically to the longitudinal axis thereof, and further having a body for cleaning the surface . wherein, downstream in the direction of flow of the compressed air, the compressed air flows from the connecting flange into an outlet device , and end faces facing each other of two sections of the gas-bearing line project into the connecting flange , wherein the fluid-bearing line passes through the connecting flange along the longitudinal axis of the connecting flange and opens into the outlet device , wherein, downstream in relation to the direction of flow of the compressed air, the connecting flange is connected at its other end to the outlet device which the fluid-bearing line projects into, and the section of the gas-bearing line comprising the outlet device is arranged in the interior of the connecting flange opposite the remaining section of the gas-bearing line in a gas-tight displaceable manner, wherein the fluid-bearing line extends axially in the interior of the gas-bearing line , and both the gas-bearing line and the fluid-bearing line are configured as an outlet device for dispensing the mixture , the outlet device being further configured such that it is rotatable about the gas-bearing line eccentrically to the longitudinal axis thereof, and further having a body for cleaning the surface .
A haul truck body , comprising: a front wall , two opposing side walls , and comprising a side wall lining , each side wall presenting an inner surface and an upper edge portion extending from a rear end of the side wall towards the front wall , wherein each side wall comprises a reinforcement element which is integrally formed with the side wall and extends along the upper edge portion of the side wall , the reinforcement element presenting a lining protection portion projecting inwardly beyond the inner surface of the side wall towards the opposing side wall , the side wall lining comprising a plurality of elastomeric lining elements and being arranged on the inner surface of each side wall , wherein each side wall lining has an upper lining edge which is located directly under the associated lining protection portion , and the reinforcement element being configured to both reinforce the side wall as well as, by the lining protection portion , to form an upper lining protection against impacts for the side wall lining .
Drivetrain for a motor vehicle, having - an internal combustion engine and a starter device , wherein the internal combustion engine can be started by means of the starter device, - a gearbox arrangement via which the drive power can be conducted from the internal combustion engine to an output of the motor vehicle and which has at least one component (23; 32) which can be actuated in a manner which can be automated, and - an actuator arrangement , which has at least one electric actuator motor (52; 78), by means of which the at least one component (23; 32) of the gearbox arrangement can be actuated, wherein the at least one electric actuator motor (52; 78) is coupled to the starter device in order to be able to start the internal combustion engine by means of the at least one electric actuator motor (52; 78), characterized in that the starter device has a hydraulic motor , by means of which the internal combustion engine can be started, wherein the hydraulic motor can be connected to a fluid line of a hydraulic circuit of the actuator arrangement , wherein the hydraulic circuit has an actuator pump , which is driven by means of the at least one electric actuator motor and is designed to provide a fluid volume flow for driving the hydraulic motor in the fluid line . - an internal combustion engine and a starter device , wherein the internal combustion engine can be started by means of the starter device, - a gearbox arrangement via which the drive power can be conducted from the internal combustion engine to an output of the motor vehicle and which has at least one component (23; 32) which can be actuated in a manner which can be automated, and - an actuator arrangement , which has at least one electric actuator motor (52; 78), by means of which the at least one component (23; 32) of the gearbox arrangement can be actuated,
A sensory substitution system, comprising: a matrix of exciters that can be worn by a user in such a way that the exciters interact locally with the user's skin , a control circuit for the exciters of the matrix, characterized in that it further comprises an asynchronous signal source for providing the control circuit with an asynchronous signal representative of visual information organised according to a matrix of pixels, with the asynchronous signal comprising, for each pixel, successive events associated in an asynchronous manner with said pixel. a matrix of exciters that can be worn by a user in such a way that the exciters interact locally with the user's skin , a control circuit for the exciters of the matrix, characterized in that it further comprises an asynchronous signal source for providing the control circuit with an asynchronous signal representative of visual information organised according to a matrix of pixels, with the asynchronous signal comprising, for each pixel, successive events associated in an asynchronous manner with said pixel.
An ejector assembly (400; 500) for a cooling system (300; 600) of a gas turbine engine , the ejector assembly comprising: a tail cone (410; 510) having a tail cone outlet (414; 518) in fluid communication with a cooling air flow of the cooling system; an ejector body (420; 520) defining a mixing section (404; 504), a constant area section (406; 506), and a diffuser section (408; 508); and a nozzle section (402; 502) in fluid communication with an exhaust air flow of the gas turbine engine, the ejector assembly configured to entrain the cooling air flow via the exhaust air flow. a tail cone (410; 510) having a tail cone outlet (414; 518) in fluid communication with a cooling air flow of the cooling system; an ejector body (420; 520) defining a mixing section (404; 504), a constant area section (406; 506), and a diffuser section (408; 508); and a nozzle section (402; 502) in fluid communication with an exhaust air flow of the gas turbine engine, the ejector assembly configured to entrain the cooling air flow via the exhaust air flow.
A method of manufacturing a ceramic substrate including a ceramic layer mainly formed of a glass ceramic and a conductor trace mainly formed of silver (Ag), comprising: a step of preparing a ceramic paste in which a powder of at least one of a metal boride and a metal silicide is added to a raw material powder of the glass ceramic; a step of applying the ceramic paste to a green sheet which is to become the ceramic layer after firing; a step of applying a conductor paste which is to become the conductor trace after firing to the ceramic paste having been applied to the green sheet; and a step of firing the green sheet carrying the ceramic paste and the conductor paste applied thereto, wherein the raw material powder of the glass ceramic comprises borosilicate glass powder and alumina (Al 2 O 3 ) powder, wherein when the green sheet carrying the ceramic paste and the conductor paste applied thereto is fired, oxygen near the conductor paste is consumed by oxidation of at least one of the metal boride and the metal silicide contained in the ceramic paste, so that oxidation of the silver component contained in the conductor paste is prevented, and wherein the total amount of the metal boride and the metal silicide with respect to the amount of the inorganic component of the ceramic paste is 3 vol. % to 7 vol. %, so that diffusion of the silver component from the conductor trace into the ceramic layers and can be sufficiently prevented. a step of preparing a ceramic paste in which a powder of at least one of a metal boride and a metal silicide is added to a raw material powder of the glass ceramic; a step of applying the ceramic paste to a green sheet which is to become the ceramic layer after firing; a step of applying a conductor paste which is to become the conductor trace after firing to the ceramic paste having been applied to the green sheet; and a step of firing the green sheet carrying the ceramic paste and the conductor paste applied thereto, wherein the raw material powder of the glass ceramic comprises borosilicate glass powder and alumina (Al 2 O 3 ) powder, wherein when the green sheet carrying the ceramic paste and the conductor paste applied thereto is fired, oxygen near the conductor paste is consumed by oxidation of at least one of the metal boride and the metal silicide contained in the ceramic paste, so that oxidation of the silver component contained in the conductor paste is prevented, and wherein the total amount of the metal boride and the metal silicide with respect to the amount of the inorganic component of the ceramic paste is 3 vol. % to 7 vol. %, so that diffusion of the silver component from the conductor trace into the ceramic layers and can be sufficiently prevented.
A method for providing a local area wireless network in an elevator car comprising: communicating with at least one terminal device using a wireless local area network connection by using a wireless base station in said elevator car; transceiving said communication between said at least one terminal device and said wireless base station by using a directional antenna at the elevator car with a transceiver located in the end of the elevator shaft opposing the directional antenna, wherein the method further comprises: determining the distance between said antenna located on the elevator car and said transceiver located in the end of the elevator shaft opposing the directional antenna ; characterized by: adjusting transmitting properties in said transceiving according to said determined distance, wherein said adjusted transmitting properties include directivity of the antenna. communicating with at least one terminal device using a wireless local area network connection by using a wireless base station in said elevator car; transceiving said communication between said at least one terminal device and said wireless base station by using a directional antenna at the elevator car with a transceiver located in the end of the elevator shaft opposing the directional antenna, wherein the method further comprises: determining the distance between said antenna located on the elevator car and said transceiver located in the end of the elevator shaft opposing the directional antenna ; characterized by: adjusting transmitting properties in said transceiving according to said determined distance, wherein said adjusted transmitting properties include directivity of the antenna. determining the distance between said antenna located on the elevator car and said transceiver located in the end of the elevator shaft opposing the directional antenna ; characterized by: adjusting transmitting properties in said transceiving according to said determined distance, wherein said adjusted transmitting properties include directivity of the antenna.
An oral care mouthpiece comprising: a shell having an arch shape corresponding to one or more dental arches, the shell comprising a wall corresponding to facial surfaces of teeth in the one or more dental arches, and a bite plate corresponding to biting surfaces of the teeth; a wicking layer on an inner surface of the wall; and a filament layer on the wicking layer , characterized in that the oral care mouthpiece further comprises: a plurality of thru-holes through the wall that fluidly connect the wicking layer with an outer surface of the shell . a shell having an arch shape corresponding to one or more dental arches, the shell comprising a wall corresponding to facial surfaces of teeth in the one or more dental arches, and a bite plate corresponding to biting surfaces of the teeth; a wicking layer on an inner surface of the wall; and a filament layer on the wicking layer , characterized in that the oral care mouthpiece further comprises: a plurality of thru-holes through the wall that fluidly connect the wicking layer with an outer surface of the shell .
A mobile and automated apparatus for detection and classification of damage on vehicle bodies, comprising a support structure defining a passage area for a motor vehicle having a body; said support structure supporting lighting means adapted to project a grid pattern on the surface of said body; said support structure further supporting speed measurement means adapted to measure the speed of said vehicle in said passage area , distance measurement means to measure the distance of the vehicle body from the support structure , and image recording means to capture moving images of said pattern reflected by said surfaces; said apparatus further comprising an image processing unit that processes said pattern reflected by said surfaces and captured by said image recoding means , and simultaneously processes the signals from said speed and distance measurement means to timely synchronize the distance measurements with said moving images, in order to count and classify damages on said vehicle body.
Cooling apparatus that comprises: - a support structure that comprises a resting surface ; - a micro-channel heat exchanger arranged vertically on the resting surface , the heat exchanger comprising a plurality of micro-channel tubes arranged horizontally for the flow of a fluid and transverse air passages between the micro-channel tubes, wherein the heat exchanger is curved along a circular perimeter line so as to define a circular upper opening for the passage of air and a circular surface on the resting surface delimited by the heat exchanger ; - a fan arranged on the air passage upper opening , and - an air flow guide element that comprises a guide body having a generally frusto-conical shape arranged centrally on the circular surface about a central axis (A). - a support structure that comprises a resting surface ; - a micro-channel heat exchanger arranged vertically on the resting surface , the heat exchanger comprising a plurality of micro-channel tubes arranged horizontally for the flow of a fluid and transverse air passages between the micro-channel tubes, wherein the heat exchanger is curved along a circular perimeter line so as to define a circular upper opening for the passage of air and a circular surface on the resting surface delimited by the heat exchanger ; - a fan arranged on the air passage upper opening , and - an air flow guide element that comprises a guide body having a generally frusto-conical shape arranged centrally on the circular surface about a central axis (A).
An apparatus comprising a processor configured to: receive a first audio signal and first location data, wherein the first audio signal is based on sound detected at a first mobile user terminal and wherein the first location data identifies a first location of the first mobile user terminal; receive a second audio signal and second location data, wherein the second audio signal is based on sound detected at a second mobile user terminal and wherein the second location data identifies a second location of the second mobile user terminal, wherein the first location and the second location are different, wherein said first and second locations are within an area comprising an event location; receive user selected location data relating to a selected location at which a representation of an audio experience is to be created based on the first audio signal and the second audio signal and on the first and second location data, said selected location is also within said area, wherein the selected location is selected with a user using a user interface of a user terminal ; generate a multichannel signal in dependence on the first and second audio signals, the first and second location data and the user selected location data; and transmit the generated multichannel signal to the user terminal , the multichannel signal being configured to provide the audio experience as if from the selected location within the area comprising the event location. receive a first audio signal and first location data, wherein the first audio signal is based on sound detected at a first mobile user terminal and wherein the first location data identifies a first location of the first mobile user terminal; receive a second audio signal and second location data, wherein the second audio signal is based on sound detected at a second mobile user terminal and wherein the second location data identifies a second location of the second mobile user terminal, wherein the first location and the second location are different, wherein said first and second locations are within an area comprising an event location; receive user selected location data relating to a selected location at which a representation of an audio experience is to be created based on the first audio signal and the second audio signal and on the first and second location data, said selected location is also within said area, wherein the selected location is selected with a user using a user interface of a user terminal ; generate a multichannel signal in dependence on the first and second audio signals, the first and second location data and the user selected location data; and transmit the generated multichannel signal to the user terminal , the multichannel signal being configured to provide the audio experience as if from the selected location within the area comprising the event location.
A method, which facilitates interaction with a virtual reality, VR, device that creates a three-dimensional world around a user, the method comprising: receiving a user input via a wearable device; extracting , by the wearable device, a parameter and a value of the parameter from the user input provided via a bezel of the wearable device, wherein the parameter comprises a rotation angle of the bezel, and a rotation direction of the bezel; transmitting the parameter and the value of the parameter to the VR device, by the wearable device; identifying, by the VR device, an action among a plurality of actions, corresponding to the parameter and the value, wherein the action comprises at least one among navigating a virtual environment projected by the VR device and rendering a view within the virtual environment; wherein the identifying the action comprises mapping the rotation angle with a temporal navigation speed of the virtual environment; wherein the identifying the action further comprises mapping the rotation direction with a temporal navigation direction of the virtual environment; and executing the action based on the mapping of the rotation angle and the mapping of the rotation direction. receiving a user input via a wearable device; extracting , by the wearable device, a parameter and a value of the parameter from the user input provided via a bezel of the wearable device, wherein the parameter comprises a rotation angle of the bezel, and a rotation direction of the bezel; transmitting the parameter and the value of the parameter to the VR device, by the wearable device; identifying, by the VR device, an action among a plurality of actions, corresponding to the parameter and the value, wherein the action comprises at least one among navigating a virtual environment projected by the VR device and rendering a view within the virtual environment; wherein the identifying the action comprises mapping the rotation angle with a temporal navigation speed of the virtual environment; wherein the identifying the action further comprises mapping the rotation direction with a temporal navigation direction of the virtual environment; and executing the action based on the mapping of the rotation angle and the mapping of the rotation direction.
A device for adjusting the rotor blades of a flow force installation, in particular a wind power installation, comprising a generator shaft , a generator, a rotor hub and at least two rotor blades each with a shaft, wherein the generator shaft is fixedly connected to the generator and is orientated in an axial direction to the wind direction and the shafts of the at least two rotor blades are arranged rotatably in the rotor hub almost radially with respect to the generator shaft with a uniform angular spacing, wherein the rotor hub is linearly displaceable on the generator shaft, wherein the rotor hub is also arranged rotatably on the generator shaft and the generator shaft comprises a control of disc connected fixedly to it, which comprises at least a first connection element between the control disc and the rotor hub for the coupling and force transmission between the generator shaft and the rotor hub and a second connection element for each rotor blade is fastened on the one hand to the control disc and on the other hand to the rotor blade eccentrically with respect to its rotary axis , so that the aerodynamic angle of attack α can be adjusted.
Thermoelectric powder, comprising: a core portion (S) having one or more Skutterudite particles; and a coating portion (N) having a Ni-containing material and coated on at least a part of a surface of the core portion, wherein the Ni-containing material includes a Ni compound, characterised in that the Ni compound includes Ni 1-x Co x Sb, where x satisfies 0<x<1. a core portion (S) having one or more Skutterudite particles; and a coating portion (N) having a Ni-containing material and coated on at least a part of a surface of the core portion, wherein the Ni-containing material includes a Ni compound, characterised in that the Ni compound includes Ni 1-x Co x Sb, where x satisfies 0<x<1.