mhurhangee/patent-ind-claim-en huggingface dataset:
A three-dimensional information presentation device comprising two light projecting means (P1, P2) for projecting light to a same spatial region, wherein light patterns (a1, b1, c1; a2, b2, c2) projected from the two projecting means (P1, P2) on an object surface are spatially coded so as to present three-dimensional information about the object surface; wherein the light patterns (a1, b1, c1; a2, b2, c2) projected from the two light projecting means (P1, P2) are spatially coded so as to present a distance perpendicular to a reference plane (TT) set in a three dimensional space, wherein light projected from the two light projecting means (P1, P2) is visible light and visible light patterns (a1, b1, c1; a2, b2, c2) projected from the two light projecting means (P1, P2) visualize the distance perpendicular to the reference plane (TT), wherein the light patterns (a1, b1, c1; a2, b2, c2) projected from the two light projecting means (P1, P2) are gradation patterns, wherein the gradation patterns each represent light gradation along a direction in which the two light projecting means (P1, P2) are arranged, wherein the gradation patterns are set such that a luminance value of light obtained by adding up light projected from the two light projecting means (P1, P2) is constant on the reference plane (TT), and wherein the gradation patterns change opposite to each other along the direction in which the two light projecting means (P1, P2) are arranged.
An anti-reflective coating film produced by applying an anti-reflective coating composition to a substrate; wherein the anti-reflective coating composition comprises 5 to 30 parts by weight of silica nanoparticles, 1 to 30 parts by weight of hollow silica particles, 5 to 25 parts by weight of a polymerization initiator, and 100 to 500 parts by weight of at least one solvent selected from the group consisting of methyl ethyl ketone, ethyl acetate and acetylacetone, based on 100 parts by weight of a binder; wherein the binder comprises a first (meth)acrylate-based compound having a molecular weight of less than 600, 5 to 30 parts by weight of a second (meth)acrylate-based compound having a molecular weight of 600 to 100000 and 10 to 16 parts by weight of a fluorine-based (meth)acrylate compound substituted with one or more fluorine atoms, based on 100 parts by weight of the first (meth)acrylate-based compound having a molecular weight of less than 600; wherein the anti-reflective coating film comprises the substrate generated from polyester-based resins, polycarbonate-based resins, acrylic-based resins, or acetate cellulose resins, a first layer that includes a first (meth)acrylate-based binder and the silica nanoparticles having a number average diameter of 5 to 20 nm in the first (meth)acrylate-based binder, and is infiltrated into a part of the substrate dissolved by the solvent, and a second layer that includes a second (meth)acrylate-based binder and the hollow silica particles having a number average diameter of 20 to 70 nm in the second (meth)acrylate-based binder, and covers the first layer; wherein a ratio of the cross-sectional area occupied by the hollow silica particles in the second layer is 70 to 95%; wherein the first (meth)acrylate-based binder includes a crosslinked polymer of the (meth)acrylate-based compound having a molecular weight of less than 600; wherein the second (meth)acrylate-based binder includes a crosslinked copolymer of the (meth)acrylate-based compound having a molecular weight of less than 600, the (meth)acrylate-based compound having a molecular weight of 600 to 100,000 and the fluorine-based (meth)acrylate compound.
A pneumatic compression bandage intended particularly for preventing hemorrhagic complications following medical device implantations in cardiac electrotherapy, including a cuff with a chamber to be filled with a pressurized fluid, a harness used to fasten the cuff in a wound area and a control and pumping unit connected pneumatically to the chamber in the cuff with a connection hose , whereby this control and pumping unit includes an electrical pump, an electromechanical valve connected electrically with the control and pumping unit, a pressure sensor connected electrically with the control and pumping unit , as well as memory and a system processing digital information, and a user interface in the form of buttons, light and sound indicators, characterized in that the pressure controller in the cuff chamber is a PID controller, meaning it includes a proportional (P), integral (I) and derivative (D) modules, to control the electric pump to increase pressure in the cuff chamber and to control the valve to reduce pressure in the cuff chamber , wherein the controller is configured not to perform an action below a predefined control error value, with a control error value defined for the pump and a different control error value defined for the valve.
A method comprising: detecting a first communication device as substantially collocated with a wireless headset device using a short-range wireless network; establishing a connection between the first communication device and the wireless headset device over the short-range wireless network; sending authentication data from the wireless headset device to the first communication device over the short-range wireless network, wherein the authentication data is used by the first communication device to authenticate a user to the first communication device; receiving input data from the first communication device over the short-range wireless network specifying a telephone number for a telephone call using the wireless headset device, wherein the telephone number is dialed via a touchscreen interface of the first communication device; establishing a connection between the wireless headset device and a cellular base station in response to receiving the input data from the first communication device at the wireless headset device to initiate the telephone call with a second communication device associated with the telephone number; and sending data received during the connection from the cellular base station at the wireless headset device to the first communication device and displaying the data on the first communication device. detecting a first communication device as substantially collocated with a wireless headset device using a short-range wireless network; establishing a connection between the first communication device and the wireless headset device over the short-range wireless network; sending authentication data from the wireless headset device to the first communication device over the short-range wireless network, wherein the authentication data is used by the first communication device to authenticate a user to the first communication device; receiving input data from the first communication device over the short-range wireless network specifying a telephone number for a telephone call using the wireless headset device, wherein the telephone number is dialed via a touchscreen interface of the first communication device; establishing a connection between the wireless headset device and a cellular base station in response to receiving the input data from the first communication device at the wireless headset device to initiate the telephone call with a second communication device associated with the telephone number; and sending data received during the connection from the cellular base station at the wireless headset device to the first communication device and displaying the data on the first communication device.
A dryer comprising a body and an air duct which is disposed in the body and which provides the air circulation during the air cycle, characterized by a filter disposed in the air duct perpendicularly to the air flow direction and having a breathable upper layer which is manufactured from fabric, a breathable lower layer which is manufactured from fabric and which is positioned parallel to and at a distance from the upper layer , and a spacer layer in the form of spacer yarns which is disposed between the lower layer and the upper layer and which ensures air passage.
A digital predistortion DPD, arrangement for use with a phased antenna array and a probe antenna element, the phased antenna array having N antenna elements to transmit wireless signals based on outputs from corresponding ones of N power amplifiers, PAs, of a power amplifier array , the probe antenna element configured to sense wireless RF signals transmitted by at least a subset of the N antenna elements, the DPD arrangement comprising: a DPD actuator circuit , to use DPD coefficients ( θ ) to perform a predistortion of an input signal (x) to generate one or more predistorted signals ( u ); a beamformer circuit, to sequentially apply N codes to PA input signals to be amplified by the N PAs to produce the outputs from the N PAs, where: a code of the N codes is a vector having N elements, where each element of the N elements corresponds to a different one of the N PAs, the PA input signals are based on the one or more predistorted signals ( u ), and a matrix P includes the N codes arranged as N rows or N columns of the matrix P; and an adaptation circuit, to: generate N feedback signals by applying the matrix P to a digital signal based on a signal generated by the probe antenna element, and update the DPD coefficients ( θ ) based on the N feedback signals. a DPD actuator circuit , to use DPD coefficients ( θ ) to perform a predistortion of an input signal (x) to generate one or more predistorted signals ( u ); a beamformer circuit, to sequentially apply N codes to PA input signals to be amplified by the N PAs to produce the outputs from the N PAs, where: a code of the N codes is a vector having N elements, where each element of the N elements corresponds to a different one of the N PAs, the PA input signals are based on the one or more predistorted signals ( u ), and a matrix P includes the N codes arranged as N rows or N columns of the matrix P; and a code of the N codes is a vector having N elements, where each element of the N elements corresponds to a different one of the N PAs, the PA input signals are based on the one or more predistorted signals ( u ), and a matrix P includes the N codes arranged as N rows or N columns of the matrix P; and an adaptation circuit, to: generate N feedback signals by applying the matrix P to a digital signal based on a signal generated by the probe antenna element, and update the DPD coefficients ( θ ) based on the N feedback signals. generate N feedback signals by applying the matrix P to a digital signal based on a signal generated by the probe antenna element, and update the DPD coefficients ( θ ) based on the N feedback signals.
An electromagnetic field measurement system comprising: - a probe substrate comprising a probe having a first probe element , a second probe element and a reference plane , an electromagnetic field inducing a first probe signal in the first probe element with respect to the reference plane, and a second probe signal in the second probe element with respect to the reference plane; - a transmission line substrate comprising a transmission line structure coupled to the probe and adapted to separately guide the first probe signal and the second probe signal towards a measurement processing arrangement adapted to provide a measurement results on the basis of the first probe signal and the second probe signal; wherein the probe substrate and the transmission line substrate form a T-shaped structure, the probe substrate forming a cap and the transmission line substrate forming a stem of the T-shaped structure; and wherein the first probe element and the second probe element are disposed so that there is an axis of symmetry between these probe elements, characterized by the axis of symmetry being perpendicular to the transmission line substrate. - a probe substrate comprising a probe having a first probe element , a second probe element and a reference plane , an electromagnetic field inducing a first probe signal in the first probe element with respect to the reference plane, and a second probe signal in the second probe element with respect to the reference plane; - a transmission line substrate comprising a transmission line structure coupled to the probe and adapted to separately guide the first probe signal and the second probe signal towards a measurement processing arrangement adapted to provide a measurement results on the basis of the first probe signal and the second probe signal; wherein the probe substrate and the transmission line substrate form a T-shaped structure, the probe substrate forming a cap and the transmission line substrate forming a stem of the T-shaped structure; and wherein the first probe element and the second probe element are disposed so that there is an axis of symmetry between these probe elements, characterized by the axis of symmetry being perpendicular to the transmission line substrate.
A radioactive nanoparticle comprising: a metal nanoparticle core; an outer metal shell disposed over the metal nanoparticle core; and a metallic radioisotope disposed within the outer metal shell, wherein the radioactive nanoparticle has a size of 30-500 nm in three dimensions, and wherein the metal nanoparticle core and the outer metal shell are formed from one or more of elemental Fe, Co, Rh, lr, Ni, Pd, Pt, Cu, Ag, Sm, or Au. a metal nanoparticle core; an outer metal shell disposed over the metal nanoparticle core; and a metallic radioisotope disposed within the outer metal shell, wherein the radioactive nanoparticle has a size of 30-500 nm in three dimensions, and wherein the metal nanoparticle core and the outer metal shell are formed from one or more of elemental Fe, Co, Rh, lr, Ni, Pd, Pt, Cu, Ag, Sm, or Au.
Ophthalmic lens comprising a substrate having a given refractive index and a coating that minimizes ultraviolet reflections having a given refractive index and being present on the rear face of said substrate , the coating that minimizes ultraviolet reflections being formed by a lacquer and being the outermost coating of the ophthalmic lens apart from a top coat optionally present, in which ophthalmic lens the coating that minimizes ultraviolet reflections has a thickness between around 1 μm and around 200 μm and wherein the refractive index of the coating that minimizes ultraviolet reflections is less than or equal to 1.45 and is at least 0.15 units lower than the refractive index of the substrate , the refractive indices of the substrate and of the coating are nD25 indices, measured at 25°C with the spectral line D of a sodium lamp.
A therapeutic gas delivery apparatus for use with a ventilator , the apparatus comprising: a therapeutic gas injector module configured to be placed in fluid communication with a breathing circuit affiliated with the ventilator , the therapeutic gas injector module including a breathing gas flow inlet, a therapeutic gas flow inlet , and a combined breathing gas and therapeutic gas flow outlet for providing a combined flow of breathing gas and therapeutic gas to a patient , in need thereof; a first flow sensor configured to sense breathing gas flow rate data; and a controller configured to control the delivery flow rate of the therapeutic gas based on a first mode, and upon detection of a disruption of the sensed breathing gas flow rate data, configured to control delivery flow of the therapeutic gas based on the historical breathing gas flow rate data previously sensed by the first flow sensor and stored in a memory. a first flow sensor configured to sense breathing gas flow rate data; and a controller configured to control the delivery flow rate of the therapeutic gas based on a first mode, and upon detection of a disruption of the sensed breathing gas flow rate data, configured to control delivery flow of the therapeutic gas based on the historical breathing gas flow rate data previously sensed by the first flow sensor and stored in a memory.
A medical device for delivering a therapeutic agent to a tissue, the device comprising: a layer overlying an exterior surface of the medical device, the layer comprising a therapeutic agent and an additive; wherein the additive is water-soluble; and wherein the additive is a combination or mixture of a surfactant and a chemical compound, wherein the chemical compound is chosen from sorbitol and xylitol. a layer overlying an exterior surface of the medical device, the layer comprising a therapeutic agent and an additive; wherein the additive is water-soluble; and wherein the additive is a combination or mixture of a surfactant and a chemical compound, wherein the chemical compound is chosen from sorbitol and xylitol.
A method for use in an authentication server of a communication system , wherein the communication system supports two or more access technologies for permitting a communication device to access the communication system , the method comprising generating at least part of a first security context for a given communication device permitting the given communication device to access the communication system via a first access technology; receiving from a first authenticator a first request for authentication of the given communication device for an access to the communication system, wherein the first request comprises a Network Access Server, NAS, type or NAS port type of the first authenticator ; checking the NAS type or NAS port type of the first authenticator to determine that the first request comes from a second access technology, wherein the second access technology is distinct from the first access technology; making a first determination that no active security context exists for the given communication device for the second access technology and the given communication device is authorized for an access to the communication system via the second access technology; based on the first determination, generating at the authentication server at least part of at least a second security context for the given communication device such that the given communication device is pre-registered to access the communication system via the second access technology while maintaining the first security context and such that the given communication device is able to continue to access the communication system via the first access technology.
A thermosensitive recording medium having a thermosensitive recording layer comprising a colorless or pale colored basic leuco dye and an electron accepting color developing agent, an intermediate layer and a gloss layer as an outermost layer in this order on a substrate, wherein the intermediate layer contains a carboxyl group-containing resin and the gloss layer contains a long chain alkyl group-containing resin and an emulsion type silicone copolymer resin, characterised in that the long chain alkyl group-containing resin is an acrylic resin containing long-chain alkyl group(s) and the number of carbon atoms of the long-chain alkyl group(s) is from 6 to 30, and the emulsion type silicone copolymer resin is obtained by copolymerizing a silicone compound and an organic resin other than a silicone compound, which is then emulsified.
A heat transfer plate that includes a plurality of flow paths formed on both front and back surfaces in a first direction and adapted to form a heat exchange element by stacking a plurality of the heat transfer plates in the first direction, the heat transfer plate comprising a corrugated portion having a corrugated shape adapted to form each of parts of the plurality of flow paths, wherein the corrugated portion includes: front-side convex portions that are convex toward one side in the first direction; and back-side convex portions that are convex toward an opposite side in the first direction, the front-side convex portions and the back-side convex portions are formed alternately along a second direction orthogonal to the first direction, characterised in that at at least one end of both ends of each of the front-side convex portions in the second direction, there is provided a front-side protruding portion that protrudes toward other front-side convex portions adjacent in the second direction, wherein the front-side protruding portion is contactable with adjacent heat transfer plates in the first direction. a corrugated portion having a corrugated shape adapted to form each of parts of the plurality of flow paths, wherein the corrugated portion includes: front-side convex portions that are convex toward one side in the first direction; and back-side convex portions that are convex toward an opposite side in the first direction, the front-side convex portions and the back-side convex portions are formed alternately along a second direction orthogonal to the first direction, front-side convex portions that are convex toward one side in the first direction; and back-side convex portions that are convex toward an opposite side in the first direction, the front-side convex portions and the back-side convex portions are formed alternately along a second direction orthogonal to the first direction, characterised in that at at least one end of both ends of each of the front-side convex portions in the second direction, there is provided a front-side protruding portion that protrudes toward other front-side convex portions adjacent in the second direction, wherein the front-side protruding portion is contactable with adjacent heat transfer plates in the first direction.
Assembly for packaging and applying a cosmetic product chosen from mascaras, glosses, nail varnishes and foundations and comprising at least one volatile solvent (S), said packaging and application assembly comprising, for the one part, a body forming a reservoir containing the cosmetic product (P) to be applied and a free edge of which delimits an opening , said body being equipped with a closing member provided to close the opening of said reservoir in a removable manner, and, for the other part, an applicator comprising an applicator member having a, preferably elongate, main body bearing a set of protruding application elements that define between one another a plurality of spaces for loading and applying the cosmetic product, said applicator being able to move between a first position, known as the pick-up position, in which the applicator member is situated inside the reservoir and is able to be brought at least partially into contact with the cosmetic product intended to be contained in the reservoir, and a position, known as the application position, in which the applicator member is removed from the reservoir and can be brought into contact with a part of the human body, said packaging and application assembly being characterized in that at least some of the spaces for loading and applying cosmetic product are delimited by at least one surface produced from an open-cell porous material that mainly and preferentially absorbs the volatile solvent of the cosmetic product with respect to the active components of said cosmetic product so that the ratio between the mass concentration of the solvent in the cosmetic product and the mass concentration of the solvent in the liquid absorbed in the porous material is greater than 1.3.