mhurhangee/patent-ind-claim-en huggingface dataset:
A time-of-flight sensor , comprising: a light sensing circuitry for detecting light and outputting light sensing signals; and a logic circuitry for processing the light sensing signals from the light sensing circuitry , wherein the logic circuitry includes a sequencer circuitry and a register circuitry , wherein the register circuitry includes multiple registers for storing data which are derived on the basis of the light sensing signals and wherein the sequencer circuitry is adapted to select at least a first set of registers of the register circuitry and a second set of registers of the register circuitry for dynamically providing a first type of frames based on the selected first set of registers and a second type of frames based on the selected second set of registers, wherein first type frames and second type frames are generated in a defined sequence of frames; wherein the first type of frames is configured for providing time-of-flight data, and wherein the second type of frames is configured for providing enhanced sensor data for at least one of detecting an interfering other time-of-flight system and getting diagnostic data from the time-of-flight sensor . a light sensing circuitry for detecting light and outputting light sensing signals; and a logic circuitry for processing the light sensing signals from the light sensing circuitry , wherein the logic circuitry includes a sequencer circuitry and a register circuitry , wherein the register circuitry includes multiple registers for storing data which are derived on the basis of the light sensing signals and wherein the sequencer circuitry is adapted to select at least a first set of registers of the register circuitry and a second set of registers of the register circuitry for dynamically providing a first type of frames based on the selected first set of registers and a second type of frames based on the selected second set of registers, wherein first type frames and second type frames are generated in a defined sequence of frames; wherein the first type of frames is configured for providing time-of-flight data, and wherein the second type of frames is configured for providing enhanced sensor data for at least one of detecting an interfering other time-of-flight system and getting diagnostic data from the time-of-flight sensor .
A hot stamped high strength part which is excellent in post painting anticorrosion property, comprising an alloy plating layer comprising an Al-Fe intermetallic compound phase on the surface of a steel sheet, said alloy plating layer is comprised from phases of a plurality of intermetallic compounds, a mean linear intercept length of crystal grains of a phase containing Al: 40 to 65 mass% among said phases of the plurality of intermetallic compounds is 3 to 20 μm, wherein the mean linear intercept length is defined and measured as described in the description, an average value of thickness of said Al-Fe alloy plating layer is 10 to 50 μm,and a ratio of the average value of thickness to the standard deviation of thickness of said Al-Fe alloy plating layer satisfies the following relationship: 0 < standard deviation of thickness/average value of thickness ≤ 0 .15; wherein said Al-Fe alloy plating layer contains, by mass%, Si: 2 to 7%. said alloy plating layer is comprised from phases of a plurality of intermetallic compounds, a mean linear intercept length of crystal grains of a phase containing Al: 40 to 65 mass% among said phases of the plurality of intermetallic compounds is 3 to 20 μm, wherein the mean linear intercept length is defined and measured as described in the description, an average value of thickness of said Al-Fe alloy plating layer is 10 to 50 μm,and a ratio of the average value of thickness to the standard deviation of thickness of said Al-Fe alloy plating layer satisfies the following relationship: 0 < standard deviation of thickness/average value of thickness ≤ 0 .15; wherein said Al-Fe alloy plating layer contains, by mass%, Si: 2 to 7%.
A shampoo bed, comprising a bed body of shampoo bed , a shampoo basin , a first connecting rod that is in rotating connection to the bed body of shampoo bed via a first rotating shaft , and a second connecting rod that is in rotating connection to the bed body of shampoo bed via a second rotating shaft , wherein the shampoo basin is in rotating connection to the first connecting rod via a third rotating shaft , and the shampoo basin is in rotating connection to the second connecting rod via a fourth rotating shaft , a back cushion is provided on the first connecting rod , wherein when the first connecting rod is rotated, the shampoo basin moves up or down along with the first connecting rod .
A method performed by a first base station, the method comprising: receiving, from a second base station, a second message for a resource coordination between the first base station and the second base station, the second message including a second bitmap for indicating whether a data resource is allocated in the second base station or not for each transmission duration comprising a subframe and a physical resource block, PRB; and transmitting, to the second base station, a first message for the resource coordination, the first message including a first bitmap for indicating whether a data resource is allocated in the first base station or not for each transmission duration comprising a subframe and a PRB; and performing the resource coordination based on a resource constraint bitmap received from the second base station, wherein the resource constraint bitmap indicates whether a transmission is allowed or not per a resource unit. receiving, from a second base station, a second message for a resource coordination between the first base station and the second base station, the second message including a second bitmap for indicating whether a data resource is allocated in the second base station or not for each transmission duration comprising a subframe and a physical resource block, PRB; and transmitting, to the second base station, a first message for the resource coordination, the first message including a first bitmap for indicating whether a data resource is allocated in the first base station or not for each transmission duration comprising a subframe and a PRB; and performing the resource coordination based on a resource constraint bitmap received from the second base station, wherein the resource constraint bitmap indicates whether a transmission is allowed or not per a resource unit.
An electrical connector comprising: - a foot , substantially planar and of a material suitable for soldering and having a substantially circular or oval shape - an angled portion , permanently connected to the foot and substantially at right angles to the plane of the foot and having a substantially cylindrical shape - a holding portion , connected to the angled portion and suitable for holding a cable characterised in that - the holding portion comprises a washer permanently connected to the angled portion by a piece of solder or a weld; - and the washer is a flat disc having an outer diameter and an inner diameter. - a foot , substantially planar and of a material suitable for soldering and having a substantially circular or oval shape - an angled portion , permanently connected to the foot and substantially at right angles to the plane of the foot and having a substantially cylindrical shape - a holding portion , connected to the angled portion and suitable for holding a cable characterised in that - the holding portion comprises a washer permanently connected to the angled portion by a piece of solder or a weld; - and the washer is a flat disc having an outer diameter and an inner diameter.
A triple-flow turbomachine for an aircraft, comprising: - a gas generator equipped with a turbine comprising a turbine shaft with an axis of rotation (X), - a power transmission module comprising a torque input connected to said turbine shaft , a first torque output and a second torque output , this power transmission module comprising a mechanical gearbox comprising said torque input and said first torque output (11 0b), - a main fan propeller (S) rotatably driven by a main shaft coupled to the first torque output , this propeller being located upstream of a first annular splitter nose for separating two annular ducts for the respective flow of an internal primary flow (F1) and an external secondary flow (F2), - a secondary fan propeller (S') rotatably driven by a secondary shaft coupled to the second torque output , this propeller being located in the duct for the flow of the primary flow (F1) and upstream of a second annular splitter nose for separating two annular ducts for the respective flow of a first internal flow (F11) and a second external flow (F12), characterised in that the power transmission module further comprises a planet gear independent of said gearbox and arranged downstream of the gearbox, this planet gear being meshed, on the one hand, with an external toothing of the turbine shaft and on the other hand, with an external toothing of said secondary shaft or with an intermediate shaft coupled to this secondary shaft, said turbine shaft passing coaxially through this secondary shaft or this intermediate shaft . - a gas generator equipped with a turbine comprising a turbine shaft with an axis of rotation (X), - a power transmission module comprising a torque input connected to said turbine shaft , a first torque output and a second torque output , this power transmission module comprising a mechanical gearbox comprising said torque input and said first torque output (11 0b), - a main fan propeller (S) rotatably driven by a main shaft coupled to the first torque output , this propeller being located upstream of a first annular splitter nose for separating two annular ducts for the respective flow of an internal primary flow (F1) and an external secondary flow (F2), - a secondary fan propeller (S') rotatably driven by a secondary shaft coupled to the second torque output , this propeller being located in the duct for the flow of the primary flow (F1) and upstream of a second annular splitter nose for separating two annular ducts for the respective flow of a first internal flow (F11) and a second external flow (F12),
A terminal apparatus comprising: a higher layer processing unit configured to receive first information and second information; and a receiver configured to receive a synchronization signal block, SSB, including a first signal, a second signal, a third signal, and a physical broadcast channel, PBCH, wherein the first information includes information for indicating a periodicity of one or more of the SSBs, the second information includes information for indicating time positions of the one or more of the SSBs included in a certain time period, a cell ID is detected from the first signal and the second signal, and a time position index of the SSB is detected from the third signal; the terminal apparatus further configured to receive a measurement object, the measurement object comprising a one bit information indicating whether the resources for SSBs of a neighbour cell are the same or not as those in the serving cell, and to perform a measurement of the SSBs of the neighbour cell according to the received measurement object. a higher layer processing unit configured to receive first information and second information; and a receiver configured to receive a synchronization signal block, SSB, including a first signal, a second signal, a third signal, and a physical broadcast channel, PBCH, wherein the first information includes information for indicating a periodicity of one or more of the SSBs, the second information includes information for indicating time positions of the one or more of the SSBs included in a certain time period, a cell ID is detected from the first signal and the second signal, and a time position index of the SSB is detected from the third signal; the terminal apparatus further configured to receive a measurement object, the measurement object comprising a one bit information indicating whether the resources for SSBs of a neighbour cell are the same or not as those in the serving cell, and to perform a measurement of the SSBs of the neighbour cell according to the received measurement object.
Skimmer for a pool filled with water, in particular a swimming pool, with a housing that has at least one inlet opening lying at the level of the liquid level or below it, with an adjustable swimming wear and a skimmer basket as well as at least one lamp arranged onto or in the housing and consisting of several LED, characterized in that the LED are arranged on a strip-shaped carrier.
A modular platform for offshore constructions, composed of more than two separate buoyancy elements partially immersed in water, which move along with the water wave movement and which, in the part above the water level, are connected to a structural element-platform forming a rigid horizontal spatial structure, wherein each buoyancy element is given the shape of a cuboid or cylinder having at least one vertical hollow which in the bottom part water gets inside through a one-way valve in a one-way and free flow and the top part of the vertical hollow is used to anchor a structural element-piston which forms the axis along which the buoyancy element moves and which is connected to the horizontal structural element-platform fitted to take external loads above the water and the structural element-piston is fitted with at least one hollow for the transport of compressed water between the vertical hollow of the buoyancy element and the water receiving element i.e. water turbine , which is a part of the platform stabilization system and the system of producing electrical energy from the pumped water.
A supercharging system for an internal combustion piston engine , wherein the supercharging system comprising a turbocharger unit having a compressor part and a turbine part mechanically connected with each other, an exhaust gas system connecting the turbine part of the turbocharger unit with the engine , an inlet air system connecting the compressor part of the turbocharger unit with the engine , a waste gate arrangement having an upstream end in flow connection with the inlet air system downstream of the compressor part of the turbocharger unit , and a valve configured to regulate the flow of gas in the waste gate arrangement , wherein the valve comprises a movable valve member configured to restrict flow of gas through the valve and a flow control unit configured to move the movable valve member, the flow control unit of the valve of the waste gate arrangement being mechanically connected to a thermally-responsive actuator so that the thermally-responsive actuator being configured to control the flow control unit of the valve in response to temperatures sensed by the thermally-responsive actuator , characterized by the supercharging system being provided at an internal combustion piston engine arranged in a housing , by an upstream end of the inlet air system being in flow connection with ambient air surrounding the housing , and by the thermally-responsive actuator having an end exposed to the ambient air surrounding the housing .
An electric vehicle supply equipment charging station comprising: - a sealable housing including a first, high power compartment and a second, field-accessible, low-power compartment ; - a partition within the housing that is adapted to insulate the first compartment from the second compartment , whereby - the second compartment includes an access to an upgrade port; - the partition includes an opening which provides access to the upgrade port from the second, low-power compartment ; - wherein the charging station further comprises - a built-in communications circuit included within the charging station control circuit that is adapted to communicate with other devices; - an electric vehicle supply equipment charging station control circuit configured to automatically recognize a communication module when coupled to the upgrade port , to activate the communication module and to additionally or alternatively use the communication module for communications with said other devices if the communication module is connected. - a sealable housing including a first, high power compartment and a second, field-accessible, low-power compartment ; - a partition within the housing that is adapted to insulate the first compartment from the second compartment , whereby - the second compartment includes an access to an upgrade port; - the partition includes an opening which provides access to the upgrade port from the second, low-power compartment ; - wherein the charging station further comprises - a built-in communications circuit included within the charging station control circuit that is adapted to communicate with other devices; - an electric vehicle supply equipment charging station control circuit configured to automatically recognize a communication module when coupled to the upgrade port , to activate the communication module and to additionally or alternatively use the communication module for communications with said other devices if the communication module is connected.
An intermediate feeding device to be provided between a first press machine and a second press machine , the intermediate feeding device being configured to feed the coil strip W coming out from the first press machine to the second press machine , wherein the intermediate feeding device is provided with: a first feeding line guide and a second feeding line guide each configured to support the coil strip W at a feeding line height H, the first feeding line guide and the second feeding line guide being arranged at two positions on an upstream side and a downstream side in a feeding direction of line, respectively; a pair of upper and lower feeding rolls and , the pair of upper and lower feeding rolls and being arranged between the first feeding line guide and the second feeding line guide ; and a release mechanism configured to release the feeding rolls and after completion of feeding the coil strip W so that the coil strip W is released before being positioned with respect to a die, the intermediate feeding device being characterized in that , the pair of upper and lower feeding rolls and are configured to guide the coil strip W so that the coil strip W passes through a detour path shifted in a vertical direction with respect to the feeding line height H when feeding the coil strip W. a first feeding line guide and a second feeding line guide each configured to support the coil strip W at a feeding line height H, the first feeding line guide and the second feeding line guide being arranged at two positions on an upstream side and a downstream side in a feeding direction of line, respectively; a pair of upper and lower feeding rolls and , the pair of upper and lower feeding rolls and being arranged between the first feeding line guide and the second feeding line guide ; and a release mechanism configured to release the feeding rolls and after completion of feeding the coil strip W so that the coil strip W is released before being positioned with respect to a die, the intermediate feeding device being characterized in that , the pair of upper and lower feeding rolls and are configured to guide the coil strip W so that the coil strip W passes through a detour path shifted in a vertical direction with respect to the feeding line height H when feeding the coil strip W.
"ELECTROTHERMAL HYBRID MICROSYSTEM FOR THE CONTROLLED DISPENSING OF FRAGRANCES AND AROMAS", including: a thermal electronic system , a wireless transmitter/receiver (TR), an electrical power supply system , and at least one compartment for storing a fragrance and/or aroma (F), wherein: the microsystem comprises several supports made of Low Temperature Co-Fired Ceramic, LTCC, that are stacked, aligned, laminated and sintered together via a viscous flow process, forming a LTCC multi-layered platform; the thermal electronic system , the wireless transmitter/receiver (TR), the electrical power supply system and the compartment for storing the fragrance and/or aroma (F) are integrated on the LTCC multi-layered platform; the thermal electronic system comprises a set of conductors , interconnected with a set of resistors (R1), the set of resistors being printed on one of the supports of the LTCC multi-layered platform within the space delimited for the deposit of the fragrance using a screen printing technique; the electrical power supply system comprises mechanical electrical energy generators or light generators or chemical generators; the at least one compartment for storing the fragrance and/or aroma (F) is open, semisealed or sealed wells by membranes (M1); and the fragrance and/or aromas (F) are in free form or associated with other supporting materials such as solvents or waxes (CR) or rubbers or silicas (SL). a thermal electronic system , a wireless transmitter/receiver (TR), an electrical power supply system , and at least one compartment for storing a fragrance and/or aroma (F), the microsystem comprises several supports made of Low Temperature Co-Fired Ceramic, LTCC, that are stacked, aligned, laminated and sintered together via a viscous flow process, forming a LTCC multi-layered platform; the thermal electronic system , the wireless transmitter/receiver (TR), the electrical power supply system and the compartment for storing the fragrance and/or aroma (F) are integrated on the LTCC multi-layered platform; the thermal electronic system comprises a set of conductors , interconnected with a set of resistors (R1), the set of resistors being printed on one of the supports of the LTCC multi-layered platform within the space delimited for the deposit of the fragrance using a screen printing technique; the electrical power supply system comprises mechanical electrical energy generators or light generators or chemical generators; the at least one compartment for storing the fragrance and/or aroma (F) is open, semisealed or sealed wells by membranes (M1); and the fragrance and/or aromas (F) are in free form or associated with other supporting materials such as solvents or waxes (CR) or rubbers or silicas (SL).
An active matrix organic light emitting diode panel , comprising: a substrate ; an organic film formed on the substrate; and a plurality of red , green and blue organic light emitting diodes formed on the organic film ; characterized in that , a recess or protrusion is formed in the organic film in a region corresponding to the blue organic light emitting diode , the blue organic light emitting diode is formed on the recess or protrusion, and a surface area of the recess or protrusion is larger than the area of the surface where the red organic light emitting diode or the green organic light emitting diode contacts the organic film , and an opening area of the recess is equal to the area of the surface where the red organic light emitting diode or the green organic light emitting diode contacts the organic film ; or a bottom surface area of the protrusion is equal to the area of the surface where the red organic light emitting diode or the green organic light emitting diode contacts the organic film . a substrate ; an organic film formed on the substrate; and a plurality of red , green and blue organic light emitting diodes formed on the organic film ; characterized in that , a recess or protrusion is formed in the organic film in a region corresponding to the blue organic light emitting diode , the blue organic light emitting diode is formed on the recess or protrusion, and a surface area of the recess or protrusion is larger than the area of the surface where the red organic light emitting diode or the green organic light emitting diode contacts the organic film , and an opening area of the recess is equal to the area of the surface where the red organic light emitting diode or the green organic light emitting diode contacts the organic film ; or a bottom surface area of the protrusion is equal to the area of the surface where the red organic light emitting diode or the green organic light emitting diode contacts the organic film .