mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device , comprising: a first communication unit including a first wireless unit configured to transmit and receive a first wireless signal by use of an electric wave as a medium; and a second communication unit including a second wireless unit configured to transmit and receive a second wireless signal by use of an electric wave as a medium, the first communication unit being configured to perform a pre-start-up process, in which at least one of constituents of the second communication unit except the second wireless unit is started up, when the first communication unit receives an external signal from an external apparatus with the second communication unit not having been started up, wherein: the first communication unit is configured to give a full start-up command to the second communication unit when the first communication unit acquires a start-up command contained in an external signal from the external apparatus and instructing to start up the second communication unit ; and the second communication unit is configured to start up the second wireless unit when the second communication unit receives the full start-up command. a first communication unit including a first wireless unit configured to transmit and receive a first wireless signal by use of an electric wave as a medium; and a second communication unit including a second wireless unit configured to transmit and receive a second wireless signal by use of an electric wave as a medium, the first communication unit being configured to perform a pre-start-up process, in which at least one of constituents of the second communication unit except the second wireless unit is started up, when the first communication unit receives an external signal from an external apparatus with the second communication unit not having been started up, wherein: the first communication unit is configured to give a full start-up command to the second communication unit when the first communication unit acquires a start-up command contained in an external signal from the external apparatus and instructing to start up the second communication unit ; and the second communication unit is configured to start up the second wireless unit when the second communication unit receives the full start-up command. the first communication unit is configured to give a full start-up command to the second communication unit when the first communication unit acquires a start-up command contained in an external signal from the external apparatus and instructing to start up the second communication unit ; and the second communication unit is configured to start up the second wireless unit when the second communication unit receives the full start-up command.
Process for producing a layer of hydrated metal silicate for "fire-resistant" glazing in which a preprepared fluid composition, with an SiO 2 /M 2 O molar ratio of between 3 and 7 and preferably between 3 and 5, is applied on a flat support and subjected to a drying at controlled humidity and temperature until a solid layer having in particular the desired water contents is obtained, in which the drying in question is preceded by a step of dehydration so as to bring the water content of the composition to between 35% and 42% by weight.
A method for determining the functionality of a field device which comprises at least one electronic unit for measuring a process variable (L), wherein the at least one electronic unit is supplied with power by an energy storage unit of the field device , comprising the following process steps: - Measuring the capacitance (C) of the energy storage unit after switching off the at least one electronic unit , and - Measuring the power consumption (p 11 , p 12 ) at the energy storage unit after switching on the at least one electronic unit , wherein the field device is classified as non-functional if the capacitance (C) of the energy storage unit drops below a defined minimum capacitance (C min ), and if the power consumption (p 11 , p 12 ) deviates from a predefined standard consumption (p norm ). wherein the at least one electronic unit is supplied with power by an energy storage unit of the field device , comprising the following process steps: - Measuring the capacitance (C) of the energy storage unit after switching off the at least one electronic unit , and - Measuring the power consumption (p 11 , p 12 ) at the energy storage unit after switching on the at least one electronic unit , - Measuring the capacitance (C) of the energy storage unit after switching off the at least one electronic unit , and - Measuring the power consumption (p 11 , p 12 ) at the energy storage unit after switching on the at least one electronic unit , wherein the field device is classified as non-functional if the capacitance (C) of the energy storage unit drops below a defined minimum capacitance (C min ), and if the power consumption (p 11 , p 12 ) deviates from a predefined standard consumption (p norm ).
A cover window comprising: a glass substrate ; a black pattern layer stacked and attached to a first area and a second area of the glass substrate , the black pattern layer having a plurality of hole patterns formed in the second area ; a color layer stacked and attached to the black pattern layer ; and a mirror layer , wherein the color layer is formed between the black pattern layer and the mirror layer such that a color of the color layer is exposed by reflection of natural light that is passing through the plurality of hole patterns. a glass substrate ; a black pattern layer stacked and attached to a first area and a second area of the glass substrate , the black pattern layer having a plurality of hole patterns formed in the second area ; a color layer stacked and attached to the black pattern layer ; and a mirror layer , wherein the color layer is formed between the black pattern layer and the mirror layer such that a color of the color layer is exposed by reflection of natural light that is passing through the plurality of hole patterns.
A beverage nucleator system for a supercooled beverage container , comprising: an ultrasonic device with an ultrasonic transmitter ; and a frame with the ultrasonic device positioned therein; the frame configured to position a closure of the container in contact with a first surface of the ultrasonic transmitter, characterised in that the first surface of the ultrasonic transmitter comprises a convex surface protruding therefrom to ensure good contact with the top surface of the closure. an ultrasonic device with an ultrasonic transmitter ; and a frame with the ultrasonic device positioned therein; the frame configured to position a closure of the container in contact with a first surface of the ultrasonic transmitter, characterised in that the first surface of the ultrasonic transmitter comprises a convex surface protruding therefrom to ensure good contact with the top surface of the closure.
A wireless power transmission device , comprising: a dipole coil comprising a core , and a conducting wire wound at the center part of the core ; a power unit configured to supply a current to the conducting wire ; and a canceling coil configured to cancel a magnetic field radiated from a lateral surface of the dipole coil. wherein the canceling coil comprises: a first canceling coil which is disposed in a left area of the dipole coil; and wherein the power transmission device is characterized by the canceling coil further comprising: a second canceling coil which is disposed in a right area of the dipole coil. a dipole coil comprising a core , and a conducting wire wound at the center part of the core ; a power unit configured to supply a current to the conducting wire ; and a canceling coil configured to cancel a magnetic field radiated from a lateral surface of the dipole coil. wherein the canceling coil comprises: a first canceling coil which is disposed in a left area of the dipole coil; and wherein the power transmission device is characterized by the canceling coil further comprising: a second canceling coil which is disposed in a right area of the dipole coil.
An airfoil of an axial flow machine comprising: an airfoil part that includes a pressure surface , a suction surface , a leading edge and a trailing edge ; an endwall as a shroud or a platform ; and a fillet that is provided along a connecting portion between the airfoil part and the endwall and is formed as a curved surface extending from the airfoil part to the endwall, wherein the fillet includes a first curved surface and a second curved surface , and the first curved surface is formed in at least respective first portions of a region where the fillet is formed close to a portion of the airfoil part on a suction surface side at a leading edge side and a trailing edge side, and the second curved surface is formed in a second portion of the region where the fillet is formed other than the first portion where the first curved surface is formed, characterised in that the first curved surface includes a curve on each plane perpendicular to the center line of the airfoil part , wherein the curve can be approximated by an arc with a constant first curvature radius (Ra), and the second curved surface includes a curve on each plane perpendicular to the center line of the airfoil part , wherein the curve can be approximated by an arc with a constant second curvature radius (Rb), wherein the second curvature radius (Rb) of the second curved surface is smaller than the first curvature radius (Ra) of the first curved surface . an airfoil part that includes a pressure surface , a suction surface , a leading edge and a trailing edge ; an endwall as a shroud or a platform ; and a fillet that is provided along a connecting portion between the airfoil part and the endwall and is formed as a curved surface extending from the airfoil part to the endwall, wherein the fillet includes a first curved surface and a second curved surface , and the first curved surface is formed in at least respective first portions of a region where the fillet is formed close to a portion of the airfoil part on a suction surface side at a leading edge side and a trailing edge side, and the second curved surface is formed in a second portion of the region where the fillet is formed other than the first portion where the first curved surface is formed, characterised in that the first curved surface includes a curve on each plane perpendicular to the center line of the airfoil part , wherein the curve can be approximated by an arc with a constant first curvature radius (Ra), and the second curved surface includes a curve on each plane perpendicular to the center line of the airfoil part , wherein the curve can be approximated by an arc with a constant second curvature radius (Rb), wherein the second curvature radius (Rb) of the second curved surface is smaller than the first curvature radius (Ra) of the first curved surface .
A power steering system for an off-road vehicle , comprising: an electric assisted power steering (EPS) unit for adding and subtracting torque to a rotatable steering column , said EPS unit having an electronic control unit (ECU) configured to determine the magnitude and direction of action of the torque to be added or subtracted by the EPS unit , said EPS unit having a rotary electric motor , which is operably engaged with the rotatable steering column characterized in that : at least one sensor is configured to sense at least one of pressure, proximity, strain, and displacement in at least one of a component and an attachment of the off-road vehicle ; said ECU is configured to receive information from said at least one sensor and to use said information to determine a weight distribution of said off-road vehicle ; and said ECU is configured to control said EPS unit by way of a signal generator that generates control signals in order to direct the rotary electric motor to add or subtract said torque to said rotatable steering column as a function of said weight distribution of said off-road vehicle . an electric assisted power steering (EPS) unit for adding and subtracting torque to a rotatable steering column , said EPS unit having an electronic control unit (ECU) configured to determine the magnitude and direction of action of the torque to be added or subtracted by the EPS unit , said EPS unit having a rotary electric motor , which is operably engaged with the rotatable steering column characterized in that : at least one sensor is configured to sense at least one of pressure, proximity, strain, and displacement in at least one of a component and an attachment of the off-road vehicle ; said ECU is configured to receive information from said at least one sensor and to use said information to determine a weight distribution of said off-road vehicle ; and said ECU is configured to control said EPS unit by way of a signal generator that generates control signals in order to direct the rotary electric motor to add or subtract said torque to said rotatable steering column as a function of said weight distribution of said off-road vehicle . at least one sensor is configured to sense at least one of pressure, proximity, strain, and displacement in at least one of a component and an attachment of the off-road vehicle ; said ECU is configured to receive information from said at least one sensor and to use said information to determine a weight distribution of said off-road vehicle ; and said ECU is configured to control said EPS unit by way of a signal generator that generates control signals in order to direct the rotary electric motor to add or subtract said torque to said rotatable steering column as a function of said weight distribution of said off-road vehicle .
Switching contact (6, 6', 6", 6"') for an electrical switching device having a leaf spring-like actuation section (13, 13', 13", 13"'), wherein the actuation section (13, 13', 13", 13'") is less rigid in a switching direction (S) than in a counter switching direction (S') running counter to the switching direction (S), the switching direction (S) being a direction of movement of the switching contact (6, 6', 6", 6"') towards at least one counter contact (17, 17', 17") and the counter switching direction (S') being a direction of movement of the switching contact (6, 6', 6", 6"') away from the at least one counter contact (17, 17', 17"), wherein the actuation section (13, 13', 13", 13"') has a brace structure (29, 29', 29", 29'") that is formed as a bend in an edge area (30, 30', 30", 30'") of the switching contact (6, 6', 6", 6'"), and wherein the actuation section (13, 13', 13", 13'") comprises a first spring element (6a, 6a', 6a", 6a'") and at least one additional spring element (6b, 6b', 6b", 6b'"), which run, at least in sections, substantially along a longitudinal extension (L) of the actuation section (13, 13', 13", 13'"), and wherein the first spring element (6a, 6a', 6a", 6a'") has a lower rigidity, substantially perpendicularly to the longitudinal extension (L), than the at least one additional spring element (6b, 6b', 6b", 6b"'), characterised in that the first spring element (6a, 6a', 6a", 6a"') and the at least one additional spring element (6b, 6b", 6b", 6b"") abut one another while the first spring element (6a, 6a', 6a", 6a"') faces in the switching direction (S) and the at least one additional spring element (6b, 6b', 6b", 6b"') faces in the counter switching direction (S').
Process for preparing a hydrocolloidal extract from Opuntia ficus indica, characterised in that a.) an aqueous or aqueous-alcohol extract with a maximum of 40 % (m/m) alcohol is prepared from plant material of Opuntia ficus indica, b.) the obtained extract is treated under heat at 60 - 90 degrees Celsius for one hour or longer, c.) is macerated and filtered after cooling. a.) an aqueous or aqueous-alcohol extract with a maximum of 40 % (m/m) alcohol is prepared from plant material of Opuntia ficus indica, b.) the obtained extract is treated under heat at 60 - 90 degrees Celsius for one hour or longer, c.) is macerated and filtered after cooling.
A sensor or detector device for detecting movement and/or for determining presence of one or more persons in- or outside a building, the sensor or detector device comprising a flat lens and a housing assembly , the housing assembly comprising: - a front housing comprising a wall defining an opening , the front housing being adapted for removably receiving the flat lens , and - a back housing removably attached to the front housing , wherein the front housing comprises a reinforcement structure for protecting the flat lens from being damaged, the reinforcement structure being attached to an inner periphery of the wall of the front housing , characterized in that - the reinforcement structure and the flat lens are attached to the front housing such that the reinforcement structure abuts with the inner surface of the flat lens , and - the reinforcement structure is formed integral with the front housing . - a front housing comprising a wall defining an opening , the front housing being adapted for removably receiving the flat lens , and - a back housing removably attached to the front housing , - the reinforcement structure and the flat lens are attached to the front housing such that the reinforcement structure abuts with the inner surface of the flat lens , and - the reinforcement structure is formed integral with the front housing .
A pump mechanism for mounting on a wheel to keep a pneumatic tire from becoming underinflated, the pump mechanism comprising: a frame having a first chamber and a pump chamber ; and a strike plate positioned in the first chamber and being connected to a plunger plate ; wherein the pump chamber is in fluid communication with a pump inlet and a pump outlet ; characterized in that the plunger plate has a nose for engagement with a diaphragm mounted in the pump chamber ; and wherein actuation of the strike plate in the first chamber causes engagement of the nose with the diaphragm . a frame having a first chamber and a pump chamber ; and a strike plate positioned in the first chamber and being connected to a plunger plate ; wherein the pump chamber is in fluid communication with a pump inlet and a pump outlet ; characterized in that the plunger plate has a nose for engagement with a diaphragm mounted in the pump chamber ; and wherein actuation of the strike plate in the first chamber causes engagement of the nose with the diaphragm .
A woven fabric for bonding as a skin material to a resinous vehicle interior base woven by using synthetic resin fibers and side emission type optical fibers as warps or wefts, characterized in that heat fusible fibers are woven between the synthetic resin fibers and the side emission type optical fibers adjacent to the synthetic resin fibers for bonding them in respective longitudinal directions by the heat fusible fibers .
A device for analysing the movement of an arrangement of a plurality of bodies (403; 405) associated with a platform, at least one of which is provided with a drive , in particular of the hexapod type or of the articulated arm type, with means for analysing oscillation and force, wherein the device having, in a modular structure a vibration analysis module for the analytical determination of natural vibration modes of the bodies and/or the platform with respect to at least one of the following quantities: frequency, centre of rotation of the rotational component of the vibrations, axis of rotation of a rotational vibration, displacement vector of a Cartesian vibration, amplitude ratio of the vibrations to one another, a force analysis module for analytically determining the acceleration forces and/or weight forces and/or torques occurring on a predetermined path curve with respect to the bodies and/or the platform, characterised in that in that the vibration analysis module for vibration analysis and the force analysis module for force analysis are each designed on the basis of inertial point masses, and the device comprises a simulation processing unit which processes output values of the vibration analysis module and of the force analysis module for the simulation of trajectories and, optionally, of an authorised movement space of the bodies and/or of the platform with associated bodies. of the platform with associated bodies. the device having, in a modular structure a vibration analysis module for the analytical determination of natural vibration modes of the bodies and/or the platform with respect to at least one of the following quantities: frequency, centre of rotation of the rotational component of the vibrations, axis of rotation of a rotational vibration, displacement vector of a Cartesian vibration, amplitude ratio of the vibrations to one another, a force analysis module for analytically determining the acceleration forces and/or weight forces and/or torques occurring on a predetermined path curve with respect to the bodies and/or the platform, characterised in that in that the vibration analysis module for vibration analysis and the force analysis module for force analysis are each designed on the basis of inertial point masses, and the device comprises a simulation processing unit which processes output values of the vibration analysis module and of the force analysis module for the simulation of trajectories and, optionally, of an authorised movement space of the bodies and/or of the platform with associated bodies. of the platform with associated bodies.
A device comprising: a breakable capillary tube configured to absorb and retain a sample of a first liquid by capillary action when placed in contact with the first liquid , the breakable capillary tube having a generally hollow tubular body that is open on one or both ends; a container able to retain the sample of the first liquid as well as a second liquid ; an insertion device , the breakable capillary tube being affixed to the insertion device ; a force assisted sample ejection mechanism , the force assisted sample ejection mechanism configured to release at least part of the sample of the first liquid from the breakable capillary tube when the sample of the first liquid is retained in the breakable capillary tube , break the breakable capillary tube into at least two pieces in order to release the first liquid ; characterized in that , when the insertion device is placed in the container the breakable capillary tube is placed in a test position, wherein the force assisted sample ejection mechanism breaks the breakable capillary tube once the breakable capillary tube is in the test position. a breakable capillary tube configured to absorb and retain a sample of a first liquid by capillary action when placed in contact with the first liquid , the breakable capillary tube having a generally hollow tubular body that is open on one or both ends; a container able to retain the sample of the first liquid as well as a second liquid ; an insertion device , the breakable capillary tube being affixed to the insertion device ; a force assisted sample ejection mechanism , the force assisted sample ejection mechanism configured to release at least part of the sample of the first liquid from the breakable capillary tube when the sample of the first liquid is retained in the breakable capillary tube , break the breakable capillary tube into at least two pieces in order to release the first liquid ; release at least part of the sample of the first liquid from the breakable capillary tube when the sample of the first liquid is retained in the breakable capillary tube , break the breakable capillary tube into at least two pieces in order to release the first liquid ; characterized in that , when the insertion device is placed in the container the breakable capillary tube is placed in a test position, wherein the force assisted sample ejection mechanism breaks the breakable capillary tube once the breakable capillary tube is in the test position.