mhurhangee/ep-ind-claims huggingface dataset:
A method of tracking a position and orientation of a hand controller of a virtual reality, VR, system including the hand controller and a head-mounted display, HMD, the method comprising: receiving, by processing circuitry of the VR system, a pulse of diffuse electromagnetic radiation at a plurality of radiation detectors included in the hand controller from a plurality of radiation transmitters placed in the HMD, each of the plurality of radiation detectors receiving the pulse of diffuse electromagnetic radiation at a different perspective with respect to the plurality of radiation transmitters; generating, by the processing circuitry, a plurality of digital signals, from the diffuse electromagnetic radiation received at the plurality of radiation detectors; and obtaining, by the processing circuitry, a position and an orientation of the hand controller based on the plurality of digital signals. receiving, by processing circuitry of the VR system, a pulse of diffuse electromagnetic radiation at a plurality of radiation detectors included in the hand controller from a plurality of radiation transmitters placed in the HMD, each of the plurality of radiation detectors receiving the pulse of diffuse electromagnetic radiation at a different perspective with respect to the plurality of radiation transmitters; generating, by the processing circuitry, a plurality of digital signals, from the diffuse electromagnetic radiation received at the plurality of radiation detectors; and obtaining, by the processing circuitry, a position and an orientation of the hand controller based on the plurality of digital signals.
A tool for use with an electromagnetic induction coil and an electronic oscillator for stress relieving a turbocharger turbine wheel longitudinally welded to an end region of a hardened rotor shaft, the shaft having a journal bearing region of the shaft for receiving at least one radial journal bearing, and the shaft having a turbine-end body forming an A datum surface for receiving an axial bearing, comprising: a tool housing (213, 215); wherein the tool housing forms an opening sized to receive the rotor shaft such that the journal bearing region of the shaft extends into the tool housing while the A datum surface adjoins an end of the tool housing; wherein, with the rotor shaft received in the opening of the tool, the housing forms an annular cooling chamber surrounding the journal bearing region of the shaft; wherein there is an inlet passage to provide cooling fluid to the annular chamber from a cooling fluid inlet port; wherein the housing forms an outlet passage to remove cooling fluid from the annular chamber to a cooling fluid outlet port; and wherein the housing forms the inlet passage and the outlet passage. a tool housing (213, 215); wherein the tool housing forms an opening sized to receive the rotor shaft such that the journal bearing region of the shaft extends into the tool housing while the A datum surface adjoins an end of the tool housing; wherein, with the rotor shaft received in the opening of the tool, the housing forms an annular cooling chamber surrounding the journal bearing region of the shaft; wherein there is an inlet passage to provide cooling fluid to the annular chamber from a cooling fluid inlet port; wherein the housing forms an outlet passage to remove cooling fluid from the annular chamber to a cooling fluid outlet port; and wherein the housing forms the inlet passage and the outlet passage.
Hot water tank, in particular an open hot water tank, for providing hot water, having a tank for storing the hot water, having an inlet for feeding cold water into the tank and having an outlet for drawing the hot water from the tank, having a pressure device arranged between the inlet and the tank, said pressure device automatically closing the inlet when a set value of a tank-side system pressure is reached, wherein the pressure device is connected to a relief line for discharging a quantity of water during pressure relief, wherein the pressure device has a piston that is pretensioned into the open position by a spring and is subjected to the system pressure in the closed position, wherein the piston divides a spring chamber from a pressure chamber into which a control line leads which extends from a tank line leading to the tank, characterized in that the piston has a through-passage portion which at least partially overlaps the inlet and the tank line in the open position and which at least partially overlaps the relief line and the tank line in the closed position.
A light-producing module having a base, a top, a longitudinal axis extending from a center of the base to a center of the top, and a lateral edge surrounding the longitudinal axis, comprising: a plurality of solid state light sources disposed at the base of the module emitting excitation light toward the top of the module, the excitation light having at least one excitation wavelength and having an angular distribution centered about the longitudinal axis of the module; a lens defining the lateral edge of the module and extending from the base of the module to the top of the module, the lens reflecting the excitation light; and a phosphor surface receiving and absorbing the excitation light and producing phosphor light (13,16), the phosphor surface being shaped as a funnel having a wide end proximate the top of the module and a narrow end proximate the base of the module, the phosphor light (13,16) having a wavelength greater than the at least one excitation wavelength and having an angular distribution at each point on the phosphor surface centered about a local surface normal with respect to the phosphor surface, the phosphor light (13,16) exiting the module through the lateral edge defined by the lens. a plurality of solid state light sources disposed at the base of the module emitting excitation light toward the top of the module, the excitation light having at least one excitation wavelength and having an angular distribution centered about the longitudinal axis of the module; a lens defining the lateral edge of the module and extending from the base of the module to the top of the module, the lens reflecting the excitation light; and a phosphor surface receiving and absorbing the excitation light and producing phosphor light (13,16), the phosphor surface being shaped as a funnel having a wide end proximate the top of the module and a narrow end proximate the base of the module, the phosphor light (13,16) having a wavelength greater than the at least one excitation wavelength and having an angular distribution at each point on the phosphor surface centered about a local surface normal with respect to the phosphor surface, the phosphor light (13,16) exiting the module through the lateral edge defined by the lens.
A microscope objective comprising: a microscope objective housing, several objective lenses (40a-40d) arranged in the microscope objective housing; and at least one beam splitter integrated into the objective housing, that is present for coupling in a coaxial incident light illumination, the microscope objective being a removable microscope objective that is configured to be mountable on and demountable from a microscope stand, characterized in that the objective further comprises a refractive element integrated into the objective housing, a portion of the microscope objective facing toward the object plane being arranged in the observation beam path between the object plane and the image plane, and in the illumination beam path between a light source and the object plane, the integrated refractive element being arranged upstream of the beam splitter in the illumination direction and in the illumination beam path between the light source and the object plane in a portion of the microscope objective facing toward the light source such that the illumination aperture corresponds to the objective aperture of the microscope objective. a microscope objective housing, several objective lenses (40a-40d) arranged in the microscope objective housing; and at least one beam splitter integrated into the objective housing, that is present for coupling in a coaxial incident light illumination, the microscope objective being a removable microscope objective that is configured to be mountable on and demountable from a microscope stand, characterized in that the objective further comprises a refractive element integrated into the objective housing, a portion of the microscope objective facing toward the object plane being arranged in the observation beam path between the object plane and the image plane, and in the illumination beam path between a light source and the object plane, the integrated refractive element being arranged upstream of the beam splitter in the illumination direction and in the illumination beam path between the light source and the object plane in a portion of the microscope objective facing toward the light source such that the illumination aperture corresponds to the objective aperture of the microscope objective.
A method for testing a skin product's impact on the skin's ability to provide a natural defense against microbial attack, comprising: a. applying a skin product to a target area; optionally, rinsing the skin product from the target area; b. obtaining a sample of skin cells from the target area, wherein the skin cells are obtained with the application and removal of an adhesive, wherein the adhesive comprises a tape strip, patch, or disc; c. applying a bacterial load, fungal load, viral load, or combination thereof, to the sample on the adhesive; and d. measuring a bacterial level, fungal level, viral level, or a combination thereof, of the sample. a. applying a skin product to a target area; optionally, rinsing the skin product from the target area; b. obtaining a sample of skin cells from the target area, wherein the skin cells are obtained with the application and removal of an adhesive, wherein the adhesive comprises a tape strip, patch, or disc; c. applying a bacterial load, fungal load, viral load, or combination thereof, to the sample on the adhesive; and d. measuring a bacterial level, fungal level, viral level, or a combination thereof, of the sample.
A method performed by a router, comprising: establishing, a communication channel with a network access server; maintaining, session information associated with a mobile device communicating with a packet data network, wherein the mobile device is running a client that implements a first, communication policy for communicating with the packet data network; receiving from the network access server over the communication channel a second, bearer plane policy, wherein the second policy includes instructions for monitoring the client; monitoring the client in accordance with the second policy to determine that the client is communicating with the packet data network in accordance with the first policy; monitoring in accordance with the second policy, call events and data flow events associated with the mobile device to generate analytics data; and transmitting the analytics data, in accordance with the second policy, to the network access server over the communication channel. establishing, a communication channel with a network access server; maintaining, session information associated with a mobile device communicating with a packet data network, wherein the mobile device is running a client that implements a first, communication policy for communicating with the packet data network; receiving from the network access server over the communication channel a second, bearer plane policy, wherein the second policy includes instructions for monitoring the client; monitoring the client in accordance with the second policy to determine that the client is communicating with the packet data network in accordance with the first policy; monitoring in accordance with the second policy, call events and data flow events associated with the mobile device to generate analytics data; and transmitting the analytics data, in accordance with the second policy, to the network access server over the communication channel.
A valve for controlling the flow of water therethrough, the valve comprising: a main body (802, 820) including a channel therethrough, the channel including channel walls, the main body (802, 820) for receiving water at an inlet port and passing water through an outlet port; and a flow control assembly in operative engagement with the main body (802, 820), the flow control assembly including a temperature sensor and piston assembly, the temperature sensor and piston assembly including a temperature sensor and a piston, the flow control assembly further including an override assembly movable between a first and a second position, the second position for enabling the temperature sensor and piston assembly to control the flow of water through the main body (802, 820), the first position for bypassing the temperature sensor and piston assembly and allowing water to flow regardless of temperature, the override assembly further including means capable of setting the override assembly in the second position; wherein the override assembly and the means capable of setting includes a slide, movable with respect to the channel walls and with respect to the piston, the slide including slide ports therethrough, the slide ports for passing water between the inlet and the outlet ports, the temperature sensor and piston assembly adapted to move the piston to a slide port blocking position when the temperature sensor expands in response to the water temperature exceeding the predetermined temperature and the override assembly in the second position. a main body (802, 820) including a channel therethrough, the channel including channel walls, the main body (802, 820) for receiving water at an inlet port and passing water through an outlet port; and a flow control assembly in operative engagement with the main body (802, 820), the flow control assembly including a temperature sensor and piston assembly, the temperature sensor and piston assembly including a temperature sensor and a piston, the flow control assembly further including an override assembly movable between a first and a second position, the second position for enabling the temperature sensor and piston assembly to control the flow of water through the main body (802, 820), the first position for bypassing the temperature sensor and piston assembly and allowing water to flow regardless of temperature, the override assembly further including means capable of setting the override assembly in the second position; wherein the override assembly and the means capable of setting includes a slide, movable with respect to the channel walls and with respect to the piston, the slide including slide ports therethrough, the slide ports for passing water between the inlet and the outlet ports, the temperature sensor and piston assembly adapted to move the piston to a slide port blocking position when the temperature sensor expands in response to the water temperature exceeding the predetermined temperature and the override assembly in the second position.
A construction kit for chocolate or chocolate-like products, comprising cocoa butter, cocoa powder, polyphenolic powder and cocoa aroma extracts obtained by a method comprising the steps of: (a) adding water to cocoa beans to form a suspension; (b) wet grinding said suspension; (c) subjecting said suspension to a heat treatment at a temperature of 70°C or less; (d) separating the suspension into a water phase (heavy phase), a fat phase (light phase) and a solid phase, said fat phase comprising cocoa butter as a major component and solids and/or water as minor components and said solid phase comprising cocoa powder and water; and (e) separately processing the three phases, which comprises: separating cocoa butter from the fat phase, separating cocoa powder from the solid phase, and separating cocoa aroma and a polyphenolic powder from at least the water phase; wherein the cocoa beans are non-depulped and acidic components are neutralized in the water phase or removed from the water phase upon phase separation; and/or wherein cocoa pulp contained in cocoa fruits are separated from the cocoa beans in a depulping step, processed separately from the cocoa beans, the processing including neutralization of acidic components in the cocoa pulp or removal of acidic components from the cocoa pulp, and subsequently added to the suspension before or during any of steps (a), (b), (c), or (d), the acidic components being preferably citric acid and/or acetic acid. (a) adding water to cocoa beans to form a suspension; (b) wet grinding said suspension; (c) subjecting said suspension to a heat treatment at a temperature of 70°C or less; (d) separating the suspension into a water phase (heavy phase), a fat phase (light phase) and a solid phase, said fat phase comprising cocoa butter as a major component and solids and/or water as minor components and said solid phase comprising cocoa powder and water; and (e) separately processing the three phases, which comprises: separating cocoa butter from the fat phase, separating cocoa powder from the solid phase, and separating cocoa aroma and a polyphenolic powder from at least the water phase; separating cocoa butter from the fat phase, separating cocoa powder from the solid phase, and separating cocoa aroma and a polyphenolic powder from at least the water phase; wherein the cocoa beans are non-depulped and acidic components are neutralized in the water phase or removed from the water phase upon phase separation; and/or wherein cocoa pulp contained in cocoa fruits are separated from the cocoa beans in a depulping step, processed separately from the cocoa beans, the processing including neutralization of acidic components in the cocoa pulp or removal of acidic components from the cocoa pulp, and subsequently added to the suspension before or during any of steps (a), (b), (c), or (d), the acidic components being preferably citric acid and/or acetic acid.
An assembly of an elongate inflator having an outer housing with outflow openings distributed along the circumference which define an outflow area and an outflow direction (R GG), and of a clamp-type diffusor enclosing the outflow area, specifically made of a formed sheet ring or tube element, wherein the diffusor includes a central receiving opening into which the outer housing protrudes so that the diffusor circumferentially encloses an axial portion of the outer housing which comprises the outflow area, wherein on the inner side of the diffusor delimiting the receiving opening at least one bearing surface (34; 34a) and at least one gas guiding surface are provided, wherein the bearing surface (34; 34a) bears directly against the outer housing of the inflator, wherein the outflow area of the inflator is divided into at least two zones (52, 54) which are separated from each other by a separation area of the outer housing without outflow openings, wherein the bearing surface of the diffusor is positioned in the separation area between the zones (52, 54), and wherein the at least one bearing surface divides the gas flow exiting the gas generator into at least two partial flows, specifically wherein the bearing surface extends spirally around the outer housing or only in the circumferential direction around the outer housing, and the gas guiding surface is radially spaced apart from the outer housing while forming at least two collecting chambers (32; 32a, 32b) into which gas flowing out of the outflow area flows, wherein each of the collecting chambers (32; 32a, 32b) opens into at least one outlet opening (36; 36a, 36b) through which gas exits the diffusor from the inflator in an outlet direction (R D) at right angles to the outflow direction (R GG), wherein the at least two outlet openings (36; 36a, 36b) are directed in opposite directions.
A wind power electricity generating system, comprising a circuit frame, towers for supporting the circuit frame, rails attached to the circuit frame, blades, trolleys being interconnected with each other and each of the trolleys corresponding to and being connected with each of the blades, generators fixed on the circuit frame, a gear fixed on the generator rotor shaft; a chain connecting the trolleys and engaging the gear on the generator for driving the generator; and devices for sending and receiving signals for adjusting a rotation angle of the blades, said devices being deployed on each of the trolleys, wherein the rotation angle of the blades is adjustable, characterized in that the wind power electricity generating system further comprises an anemometer and a wind vane; positioning devices capable of sending and receiving signals, said positioning devices being deployed on the circuit frame and each trolley respectively, a current collector installed on any of the trolleys for collecting power supply, wherein the positioning devices are provided at intervals on the arc of the circuit frame defining certain arc sections of the circuit frame, and are capable of determining the position of a trolley and allocate its position to a given arc section of the circuit frame, such that an optimal rotation angle of the blade of a given trolley based on the position of the trolley on the arc section can be determined.
Method for operating a motor-drive device for a home automation installation comprising a closure, privacy, solar protection, thermal protection or sound protection shutter (5a, 5b) provided with a first leaf and a second leaf, the motor-drive device including an electronic unit for controlling a first motor (Ma) and a second motor (Mb), the first motor moving the first leaf between two extreme positions and the second motor moving the second leaf between two extreme positions, characterized in that it comprises a step for powering the first and second motors so that the first and second leaves are in an intermediate position that is symmetrical relative to a vertical plane of symmetry of the installation, the symmetrical intermediate position being stored, a remote control point linked to the electronic unit allowing to control the opening, closure, stop or symmetrical intermediate positioning movements of the shutter, the method comprising a control of a displacement of the shutter to the symmetrical intermediate position by a user, the method comprising the definition of a scenario for moving each of the two leaves to the symmetrical intermediate position according to the starting position of the leaves or the movement to be performed to reach this symmetrical intermediate position.