mhurhangee/patent-ind-claim-en huggingface dataset:
A compliant tri-axial force sensor comprising: a first electrode layer having an array of column electrodes in a first orientation; a second electrode layer having an array of column electrodes in a second orientation, which is orthogonal to the first orientation; a force-dependent active layer which is configured to change at least one property when subjected to a force and which is provided between the first electrode layer and the second electrode layer ; at least one three dimensional bump arranged to transmit externally applied force through the active layer ; wherein at least one spacer is provided which is arranged to maintain a separation between two or more layers in the sensor until an external force is applied; and wherein the at least one three dimensional bump has a footprint which either: extends at least partially over at least two column electrodes in the first electrode layer and at least partially over at least two column electrodes in the second electrode layer such that forces applied to the bump are transmittable through the active layer in at least four discrete regions; or is contained within a space between two column electrodes in the first electrode layer and between two column electrodes in the second electrode layer . a first electrode layer having an array of column electrodes in a first orientation; a second electrode layer having an array of column electrodes in a second orientation, which is orthogonal to the first orientation; a force-dependent active layer which is configured to change at least one property when subjected to a force and which is provided between the first electrode layer and the second electrode layer ; at least one three dimensional bump arranged to transmit externally applied force through the active layer ; wherein at least one spacer is provided which is arranged to maintain a separation between two or more layers in the sensor until an external force is applied; and wherein the at least one three dimensional bump has a footprint which either: extends at least partially over at least two column electrodes in the first electrode layer and at least partially over at least two column electrodes in the second electrode layer such that forces applied to the bump are transmittable through the active layer in at least four discrete regions; or is contained within a space between two column electrodes in the first electrode layer and between two column electrodes in the second electrode layer . extends at least partially over at least two column electrodes in the first electrode layer and at least partially over at least two column electrodes in the second electrode layer such that forces applied to the bump are transmittable through the active layer in at least four discrete regions; or is contained within a space between two column electrodes in the first electrode layer and between two column electrodes in the second electrode layer .
A flexible display device , comprising: a flexible display screen ; a rotating shaft , the flexible display screen being wound on the rotating shaft ; a resetting mechanism , being connected to the rotating shaft and being operable to drive the rotating shaft to rotate to unfold the flexible display screen ; and a positioning mechanism , being configured to position the unfolded flexible display screen ; and the resetting mechanism being further operable to drive the rotating shaft to rotate in an opposite direction such that the flexible display screen in the unfolded state is wound on the rotating shaft , wherein the flexible display screen is provided with at least one support strap , the at least one support strap being configured to support the flexible display screen and being wound or unfolded on the rotating shaft along with the flexible display screen , the positioning mechanism being configured to position the at least one support strap to cause the flexible display screen to be in an unfolded state, and wherein the positioning mechanism comprises a mounting frame , a rotating drum rotatably connected to the mounting frame , and an elastic member connected between the rotating drum and the mounting frame , a plurality of stoppers protruding from the rotating drum and being arrayed in an annular configuration and spaced along the circumference of the rotating drum , the at least one support strap being provided with a fixing element which is retained at one of the stoppers to position the unfolded flexible display screen . a flexible display screen ; a rotating shaft , the flexible display screen being wound on the rotating shaft ; a resetting mechanism , being connected to the rotating shaft and being operable to drive the rotating shaft to rotate to unfold the flexible display screen ; and a positioning mechanism , being configured to position the unfolded flexible display screen ; and the resetting mechanism being further operable to drive the rotating shaft to rotate in an opposite direction such that the flexible display screen in the unfolded state is wound on the rotating shaft , wherein the flexible display screen is provided with at least one support strap , the at least one support strap being configured to support the flexible display screen and being wound or unfolded on the rotating shaft along with the flexible display screen , the positioning mechanism being configured to position the at least one support strap to cause the flexible display screen to be in an unfolded state, and wherein the positioning mechanism comprises a mounting frame , a rotating drum rotatably connected to the mounting frame , and an elastic member connected between the rotating drum and the mounting frame , a plurality of stoppers protruding from the rotating drum and being arrayed in an annular configuration and spaced along the circumference of the rotating drum , the at least one support strap being provided with a fixing element which is retained at one of the stoppers to position the unfolded flexible display screen .
Use of lecithin for inhibiting crystallization of lysine in a liquid composition comprising water.
Black ceramic composite coating with a surface having a total hemispherical reflectivity of no more than 5% over the entire wavelength range from 400 nm to 1 μm and for any incidence angle greater than 20°, comprising a ceramic matrix not being a carbide matrix, wherein said ceramic matrix has carbide nanoparticles and/or metal-carbon composite nanoparticles embedded therein, the carbide nanoparticles and/or metal-carbon composite nanoparticles having an average size of the greatest diameter in the range from 5 to 500 nm, wherein said carbide nanoparticles are metastable and wherein said metal-carbon composite nanoparticles are decay products of the metastable carbide nanoparticles.
A heating device , comprising: a heating member configured to heat a sheet (P) on an opposite face (Pb) opposite a liquid applied face (Pa), the heating member having a curved portion along which the sheet (P) is conveyed and warped so that the liquid applied face (Pa) has a concave shape; a plurality of belt supports wound around the heating member that is a belt ; a heat source configured to heat the belt ; and a pressing member configured to press an outer circumferential surface of the belt between the plurality of belt supports to form the curved portion of the belt ; characterised by a projecting rotator having a plurality of projections projecting radially outward, wherein the projecting rotator is disposed facing an outer circumferential surface of the belt . a heating member configured to heat a sheet (P) on an opposite face (Pb) opposite a liquid applied face (Pa), the heating member having a curved portion along which the sheet (P) is conveyed and warped so that the liquid applied face (Pa) has a concave shape; a plurality of belt supports wound around the heating member that is a belt ; a heat source configured to heat the belt ; and a pressing member configured to press an outer circumferential surface of the belt between the plurality of belt supports to form the curved portion of the belt ; characterised by a projecting rotator having a plurality of projections projecting radially outward, wherein the projecting rotator is disposed facing an outer circumferential surface of the belt .
A hair conditioning composition comprising by weight: from 1.0% to 10% of a cationic surfactant, wherein the cationic surfactant comprises a mono-long alkyl quaternized ammonium salt, wherein the mono-long alkyl quaternized ammonium salt is selected from the group consisting of behenyl trimethyl ammonium salt; stearyl trimethyl ammonium salt; cetyl trimethyl ammonium salt; and hydrogenated tallow alkyl trimethyl ammonium salt, wherein the total amount of cationic surfactant ranges from 1.0% to 10%; from 2.5% to 30% of a high melting point fatty compound wherein the high melting point fatty compound has a melting point of 25°C or higher, wherein the high melting point fatty compound is selected from the group consisting of fatty alcohols, fatty acids, and mixtures thereof, wherein the total amount of high melting point fatty compound ranges from 2.5% to 30%; from 0.2% to 10% of a cyclic compound selected from the group consisting of a vitamin B3 compound, a xanthine compound, a salicylic acid ester, and mixtures thereof; from 0.1% to 15% of a compound having at least three large head groups, wherein the compound having at least three large head groups comprises trioctanoin or glycerol trioctanoate; wherein the total amount of the compound having at least three large head groups ranges from 0.1% to 15%; and an aqueous carrier. from 1.0% to 10% of a cationic surfactant, wherein the cationic surfactant comprises a mono-long alkyl quaternized ammonium salt, wherein the mono-long alkyl quaternized ammonium salt is selected from the group consisting of behenyl trimethyl ammonium salt; stearyl trimethyl ammonium salt; cetyl trimethyl ammonium salt; and hydrogenated tallow alkyl trimethyl ammonium salt, wherein the total amount of cationic surfactant ranges from 1.0% to 10%; from 2.5% to 30% of a high melting point fatty compound wherein the high melting point fatty compound has a melting point of 25°C or higher, wherein the high melting point fatty compound is selected from the group consisting of fatty alcohols, fatty acids, and mixtures thereof, wherein the total amount of high melting point fatty compound ranges from 2.5% to 30%; from 0.2% to 10% of a cyclic compound selected from the group consisting of a vitamin B3 compound, a xanthine compound, a salicylic acid ester, and mixtures thereof; from 0.1% to 15% of a compound having at least three large head groups, wherein the compound having at least three large head groups comprises trioctanoin or glycerol trioctanoate; wherein the total amount of the compound having at least three large head groups ranges from 0.1% to 15%; and an aqueous carrier.
A semiconductor switch device comprising: a semiconductor substrate having a major surface; a first semiconductor region located in the substrate beneath the major surface, the first semiconductor region having a first conductivity type; an elongate gate located on the major surface, wherein the gate has a gate length and a gate width; a source region having a second conductivity type, wherein the source region is located in the first semiconductor region adjacent a first elongate edge of the gate; a drain region having the second conductivity type, wherein the drain region is located in the first semiconductor region adjacent a second elongate edge of the gate; electrical contacts for forming electrical connections to the source region and the drain region, wherein the electrical contacts include at least two contacts located on either the source region or the drain region, wherein said at least two contacts are spaced apart along a direction parallel to the gate width, and an isolation region located between said at least two contacts when viewed from above the major surface of the substrate, wherein the isolation region extends through the source/drain region from the major surface to the first semiconductor region, cha racterised in that the edge of each contact located closest the gate is located a distance L c from the gate, the edge of the isolation region located closest the gate is located a distance D ir from the gate, and L c ≤ D ir . a semiconductor substrate having a major surface; a first semiconductor region located in the substrate beneath the major surface, the first semiconductor region having a first conductivity type; an elongate gate located on the major surface, wherein the gate has a gate length and a gate width; a source region having a second conductivity type, wherein the source region is located in the first semiconductor region adjacent a first elongate edge of the gate; a drain region having the second conductivity type, wherein the drain region is located in the first semiconductor region adjacent a second elongate edge of the gate; electrical contacts for forming electrical connections to the source region and the drain region, wherein the electrical contacts include at least two contacts located on either the source region or the drain region, wherein said at least two contacts are spaced apart along a direction parallel to the gate width, and an isolation region located between said at least two contacts when viewed from above the major surface of the substrate, wherein the isolation region extends through the source/drain region from the major surface to the first semiconductor region, cha racterised in that the edge of each contact located closest the gate is located a distance L c from the gate, the edge of the isolation region located closest the gate is located a distance D ir from the gate, and L c ≤ D ir .
A liquid discharge apparatus comprising: a discharge unit configured to discharge liquid; a discharge unit accommodating unit that accommodates the discharge unit; a drive substrate configured to drive the discharge unit; and a drive substrate accommodating unit that is provided separately from the discharge unit accommodating unit, and accommodates the drive substrate, wherein the discharge unit accommodating unit and the drive substrate accommodating unit are connected by a first connector terminal provided in the discharge unit accommodating unit and a second connector terminal provided in the drive substrate accommodating unit, the discharge unit accommodating unit includes a first housing , the drive substrate accommodating unit includes a second housing , and the first and second connector terminals (39 and 38) are provided on the first and second housings (45 and 22) respectively, characterized in that the first connector terminal and the second connector terminal are in direct contact. a discharge unit configured to discharge liquid; a discharge unit accommodating unit that accommodates the discharge unit; a drive substrate configured to drive the discharge unit; and a drive substrate accommodating unit that is provided separately from the discharge unit accommodating unit, and accommodates the drive substrate, wherein the discharge unit accommodating unit and the drive substrate accommodating unit are connected by a first connector terminal provided in the discharge unit accommodating unit and a second connector terminal provided in the drive substrate accommodating unit, the discharge unit accommodating unit includes a first housing , the drive substrate accommodating unit includes a second housing , and the first and second connector terminals (39 and 38) are provided on the first and second housings (45 and 22) respectively, characterized in that the first connector terminal and the second connector terminal are in direct contact.
A method for cell access control, applied in Non-Terrestrial Network, NTN and performed by a terminal device, the method comprising the steps of: receiving, from a network device, first information for determining whether each of at least two terminal types is allowed to access a cell corresponding to the network device or barred from accessing the cell corresponding to the network device, wherein the at least two terminal types include a first terminal type having a timing advance, TA, pre-compensation capability and a second terminal type having no TA pre-compensation capability, and the terminal device belongs to one of the first terminal type and the second terminal type; and accessing or not accessing the cell based on the first information and the terminal type to which the terminal device belongs. receiving, from a network device, first information for determining whether each of at least two terminal types is allowed to access a cell corresponding to the network device or barred from accessing the cell corresponding to the network device, wherein the at least two terminal types include a first terminal type having a timing advance, TA, pre-compensation capability and a second terminal type having no TA pre-compensation capability, and the terminal device belongs to one of the first terminal type and the second terminal type; and accessing or not accessing the cell based on the first information and the terminal type to which the terminal device belongs.
An apparatus for a phased array antenna configured to transmit a signal, the apparatus comprising: a laser light source configured to provide an optical beam comprising one or more spectral components; a modulator configured to modulate the optical beam with the signal to be transmitted; a first type of control mechanism configured to control a delay of the signal to be transmitted using the one or more spectral components, a second type of control mechanism configured to control a delay of the signal to be transmitted using the one or more spectral components, wherein the apparatus is configured such that a beamforming of the signal to be transmitted is controllable by the first and second type of control mechanism; wherein the first type of control mechanism comprises one or more group delay controlling units configured to add one or more controllable time delays to the one or more spectral components, and the second type of control mechanism comprises a plurality of waveguides each having a chromatic dispersion and configured to guide the optical beam; wherein the laser light source is tunable to control time delays added by the plurality of waveguides, wherein the apparatus is configured such that a beamforming of the signal to be transmitted is controllable by the one or more group delay controlling units and by a tuning of the laser light source . a laser light source configured to provide an optical beam comprising one or more spectral components; a modulator configured to modulate the optical beam with the signal to be transmitted; a first type of control mechanism configured to control a delay of the signal to be transmitted using the one or more spectral components, a second type of control mechanism configured to control a delay of the signal to be transmitted using the one or more spectral components, wherein the apparatus is configured such that a beamforming of the signal to be transmitted is controllable by the first and second type of control mechanism; wherein the first type of control mechanism comprises one or more group delay controlling units configured to add one or more controllable time delays to the one or more spectral components, and the second type of control mechanism comprises a plurality of waveguides each having a chromatic dispersion and configured to guide the optical beam; wherein the laser light source is tunable to control time delays added by the plurality of waveguides, wherein the apparatus is configured such that a beamforming of the signal to be transmitted is controllable by the one or more group delay controlling units and by a tuning of the laser light source .
A camera assembly, comprising: a fixed holder ; a support means , configured to move relative to the fixed holder ; a camera module , arranged on the support means and configured to move between a first position at which the camera module extends out of the fixed holder and a second position at which the camera module retracts into the fixed holder with movement of the support means ; a chain device , coupled to the fixed holder , and comprising a chain connected to the support means , and rotatable relative to the fixed holder ; and a power device , comprising an output end coupled to the chain device and configured to drive the chain device to rotate, such that the camera module moves between the first position and the second position; wherein the support means comprises: a main body , defining a first receiving groove configured to receive the camera module and characterized by further comprising: an engaging portion , arranged on the main body , and movable during the rotation of the chain device ; and a connection body , received in the engaging portion , connected to the chain , and configured to drive the engaging portion together with the main body to move; wherein the chain extends through the connection body along a moving direction of the support means . a fixed holder ; a support means , configured to move relative to the fixed holder ; a camera module , arranged on the support means and configured to move between a first position at which the camera module extends out of the fixed holder and a second position at which the camera module retracts into the fixed holder with movement of the support means ; a chain device , coupled to the fixed holder , and comprising a chain connected to the support means , and rotatable relative to the fixed holder ; and a power device , comprising an output end coupled to the chain device and configured to drive the chain device to rotate, such that the camera module moves between the first position and the second position; wherein the support means comprises: a main body , defining a first receiving groove configured to receive the camera module and characterized by further comprising: an engaging portion , arranged on the main body , and movable during the rotation of the chain device ; and a connection body , received in the engaging portion , connected to the chain , and configured to drive the engaging portion together with the main body to move; wherein the chain extends through the connection body along a moving direction of the support means . an engaging portion , arranged on the main body , and movable during the rotation of the chain device ; and a connection body , received in the engaging portion , connected to the chain , and configured to drive the engaging portion together with the main body to move; wherein the chain extends through the connection body along a moving direction of the support means .
A balance for a horological movement, comprising rigid parts consisting of a hub defining the pivot axis (D) of said balance , at least one felloe sector and at least one arm connecting said at least one felloe sector to said hub , the balance including at least one slot for receiving and pinching in position an inertia-block , said at least one slot opening into a housing delimited on the one hand by one of said rigid parts of said balance , and on the other hand by an elastic arm including a first end integral with the felloe of said balance , and a second distal end which is free relative to said hub , said arm , and said felloe sector , wherein the housing has a circular shape with a centre C, said elastic arm comprising a body in the shape of a hook, the free distal end of the hook being parallel to one of said rigid parts of the balance, and wherein the elastic arm comprises an inner surface (S1) of constant curvature over an angle α, at the centre of the circle with a centre C, greater than 240°.