mhurhangee/patent-ind-claim-en huggingface dataset:
A method of reporting channel state information by a user equipment, UE, to an eNB in an unlicensed band in a wireless communication system, the method being performed by the UE and comprising: receiving information about two or more reference signal resources for interference measurement of the unlicensed band from the eNB through a higher layer; calculating channel state information using the two or more reference signal resources for the interference measurement; and reporting the channel state information to the eNB, wherein each of the two or more reference signal resources for the interference measurement is composed of 2 resource elements, REs, assigned to two adjacent symbols and to the same subcarrier, and each of the 2 REs are mapped to different antenna ports respectively, and the two or more reference signal resources are not overlapped with each other in a time domain. receiving information about two or more reference signal resources for interference measurement of the unlicensed band from the eNB through a higher layer; calculating channel state information using the two or more reference signal resources for the interference measurement; and reporting the channel state information to the eNB, wherein each of the two or more reference signal resources for the interference measurement is composed of 2 resource elements, REs, assigned to two adjacent symbols and to the same subcarrier, and each of the 2 REs are mapped to different antenna ports respectively, and the two or more reference signal resources are not overlapped with each other in a time domain.
A method of creating a weld between a liner within a metal host pipe of a section of lined pipe and an electrofusion fitting comprising at least one heating element , the method comprising locating an end of the electrofusion fitting within an end of the section of lined pipe , locating an induction coil within a bore of the electrofusion fitting in the vicinity of the at least one heating element , and supplying electrical power to the induction coil to energise the at least one heating element by electromagnetic induction.
Device rotatably articulated with an electrical connection system, comprising two pieces articulated connected to each other in rotation and each having a hollow housing and two electrical connection elements housed in the device, the two electrical connection elements cooperating together to provide electrical continuity when the two articulated parts are associated, the electrical connection and disconnection between the two elements being automatic during the association and respectively the dissociation of the two parts, characterized in that one of the two electrical connection elements is made of two longitudinally abutting portions , one of the parts being movable relative to the other on the one hand in rotation and on the other hand in translation according to an elastic movement, said movable part being the one intended to be in contact with the other electrical connection element.
A monoclonal antibody which binds to human Cluster of Differentiation 73 (CD73) for use in a method of treating cancer, wherein the antibody comprises heavy chain CDR1, CDR2, and CDR3 sequences comprising SEQ ID NOs: 5, 6, and 7, respectively, and light chain CDR1, CDR2, and CDR3 sequences comprising SEQ ID NOs: 13, 14, and 15, respectively.
A bottle , generally cylindrical shaped, intended to contain a liquid, said bottle comprising a hollow body , delimited by a base and a finish , said body comprising a barrel and a neck with a diameter smaller than the diameter of the barrel , shoulders being formed between the barrel and the neck , the shape of said bottle being axisymmetrically generated with a generatrix about a so-called axis of revolution , the sections of the bottle, orthogonal to the axis of revolution , being generally circular, where: for each orthogonal section of the bottle along all or part of the axis of revolution , including the orthogonal section having the largest diameter, a straight truncation is formed at a distance from the axis of revolution , perpendicularly to the diameter of said section, all truncations being parallel and forming a so-called truncated face , characterized in that the ratio between the smallest dimension of said section, so-called the width l, and the diameter d of said section, so-called truncation ratio, is comprised between 0.6 and 0.90 at the level of the orthogonal section having the largest diameter.
A method of producing boride particles represented by a general formula XB m (where X is La, and m is a number indicating an amount of boron in the general formula), said method comprising: preparing a mixture by mixing a boron source and a lanthanum source such that the element ratio B/La of boron in the boron source and lanthanum in the lanthanum source is 5.8 or more and 6.2 or less, and calcining the mixture, wherein m in the general formula XB m is from 4.0 or more to 6.2 or less; an amount of carbon included in the produced boride particles is 0.2% by mass or less, as measured by a combustion-infrared absorption method; and the content of B 4 C is 1.0% by mass or less when measured by dissolving the produced boride particles in nitric acid, separating the undissolved residue, extracting B 4 C particles, dissolving the B 4 C particles in sodium carbonate and measuring the boron concentration by ICP analysis. preparing a mixture by mixing a boron source and a lanthanum source such that the element ratio B/La of boron in the boron source and lanthanum in the lanthanum source is 5.8 or more and 6.2 or less, and calcining the mixture, wherein m in the general formula XB m is from 4.0 or more to 6.2 or less; an amount of carbon included in the produced boride particles is 0.2% by mass or less, as measured by a combustion-infrared absorption method; and the content of B 4 C is 1.0% by mass or less when measured by dissolving the produced boride particles in nitric acid, separating the undissolved residue, extracting B 4 C particles, dissolving the B 4 C particles in sodium carbonate and measuring the boron concentration by ICP analysis.
An aqueous foamable antimicrobial hand soap composition with an improved tactility, comprising • an antimicrobial agent, and • a foamable cleansing composition comprising one or more surfactants which readily foam with water and air, and • water, characterized in that • it additionally comprises a tactility improving component which is a combination of malic acid and levulinic acid, and • the antimicrobial agent is lactic acid. • an antimicrobial agent, and • a foamable cleansing composition comprising one or more surfactants which readily foam with water and air, and • water, characterized in that • it additionally comprises a tactility improving component which is a combination of malic acid and levulinic acid, and • the antimicrobial agent is lactic acid.
A method of fabricating an inlay for a film composite of a security document or document of value, - wherein at least one antenna is applied onto a support film , - wherein a microchip is brought into contacted with the antenna in a contact area of said antenna and the microchip is fixedly fastened in the contact area using an adhesive , - wherein a compensating film having a recess that is larger than the microchip is applied onto the support film , - wherein a covering film is applied onto the compensating film so as to cover the recess in the compensating film in its entirety, and wherein a cut-out window is formed within the recess of the compensating film and is bounded by the support film and the covering film in such a manner that at least one empty space is formed within the cut-out window , - wherein said at least one empty space is filled with a compensating mass , characterised in that - the compensating mass is inserted with a volume that is greater than the at least one empty space formed in the recess . - wherein at least one antenna is applied onto a support film , - wherein a microchip is brought into contacted with the antenna in a contact area of said antenna and the microchip is fixedly fastened in the contact area using an adhesive , - wherein a compensating film having a recess that is larger than the microchip is applied onto the support film , - wherein a covering film is applied onto the compensating film so as to cover the recess in the compensating film in its entirety, and wherein a cut-out window is formed within the recess of the compensating film and is bounded by the support film and the covering film in such a manner that at least one empty space is formed within the cut-out window , - wherein said at least one empty space is filled with a compensating mass , - the compensating mass is inserted with a volume that is greater than the at least one empty space formed in the recess .
A cosmetic composition for temporarily shaping keratin fibers, containing: (a) 0.01 to 3.0 wt.% of at least one vinylpyrrolidone homopolymer, (b) 0.3 to 2.0 wt.% of at least one anionic acrylate copolymer (b) which is made up of at least the following monomer units: at least one (meth)acrylic acid unit (b1), at least one (meth)acrylic acid ethyl ester unit (b2), and at least one (meth)acrylic acid ester unit (b3) which is different from the (meth)acrylic acid ethyl ester unit (b2) and comprises a hydrophobic group as the ester group, and (c) 0.02 to 3 wt.% homopolyacrylic acid. (a) 0.01 to 3.0 wt.% of at least one vinylpyrrolidone homopolymer, (b) 0.3 to 2.0 wt.% of at least one anionic acrylate copolymer (b) which is made up of at least the following monomer units: at least one (meth)acrylic acid unit (b1), at least one (meth)acrylic acid ethyl ester unit (b2), and at least one (meth)acrylic acid ester unit (b3) which is different from the (meth)acrylic acid ethyl ester unit (b2) and comprises a hydrophobic group as the ester group, and (c) 0.02 to 3 wt.% homopolyacrylic acid.
A computer-implemented method for deploying services by jumping from a first page to be jumped from to a second page, the second page being a jump page to be jumped to and being configured to provide a first service, the second page including a native page of a client application configured to provide the first service, the first and second pages being configured for display by the client application, wherein the first service is being provided by the client application and wherein the native page is independently executable based on local code of the client application, wherein the method comprises: obtaining , by the client application, a page identifier of the first page; searching , by the client application, a page routing table for a corresponding jump route based on the obtained page identifier, wherein the jump route comprises a mapping relationship between the page identifier and the second page, the mapping relationship linking the first page to the second page; jumping to the second page based on the identified jump route; periodically sending, by the client application, a first query request to a server, wherein the first query request is used to trigger the server to deliver a latest jump route that is based on the obtained page identifier, the latest jump route comprising a mapping relationship between the obtained page identifier and a third page, the third page being a latest jump page configured to provide a second service, wherein the second service is provided by the client application; receiving the latest jump route delivered by the server; and updating the corresponding jump route in the page routing table based on the received latest jump route. obtaining , by the client application, a page identifier of the first page; searching , by the client application, a page routing table for a corresponding jump route based on the obtained page identifier, wherein the jump route comprises a mapping relationship between the page identifier and the second page, the mapping relationship linking the first page to the second page; jumping to the second page based on the identified jump route; periodically sending, by the client application, a first query request to a server, wherein the first query request is used to trigger the server to deliver a latest jump route that is based on the obtained page identifier, the latest jump route comprising a mapping relationship between the obtained page identifier and a third page, the third page being a latest jump page configured to provide a second service, wherein the second service is provided by the client application; receiving the latest jump route delivered by the server; and updating the corresponding jump route in the page routing table based on the received latest jump route.
A flexible organic light-emitting display device comprising: a first flexible substrate ; a second flexible substrate facing the first flexible substrate ; a plurality of organic light-emitting pixels on the first flexible substrate and interposed between the first flexible substrate and the second flexible substrate ; an encapsulation unit between the plurality of organic light-emitting pixels and the second flexible substrate and configured to protect the plurality of organic light-emitting pixels from oxygen and moisture; and an adhesive layer on the encapsulation unit attaching the first flexible substrate and the second flexible substrate to each other, characterized in that a Young's modulus of the first flexible substrate is larger than that of the adhesive layer , and wherein a Young's modulus of the second flexible substrate is larger than that of the adhesive layer , wherein the second flexible substrate includes a metal plate having a higher breaking strength against tensile stress than a material of the first flexible substrate , wherein the first flexible substrate includes a glass substrate. a first flexible substrate ; a second flexible substrate facing the first flexible substrate ; a plurality of organic light-emitting pixels on the first flexible substrate and interposed between the first flexible substrate and the second flexible substrate ; an encapsulation unit between the plurality of organic light-emitting pixels and the second flexible substrate and configured to protect the plurality of organic light-emitting pixels from oxygen and moisture; and an adhesive layer on the encapsulation unit attaching the first flexible substrate and the second flexible substrate to each other, characterized in that a Young's modulus of the first flexible substrate is larger than that of the adhesive layer , and wherein a Young's modulus of the second flexible substrate is larger than that of the adhesive layer , wherein the second flexible substrate includes a metal plate having a higher breaking strength against tensile stress than a material of the first flexible substrate , wherein the first flexible substrate includes a glass substrate.
A spectral imager comprising - a physical slit (Se) for spatially filtering light (Ls), wherein the physical slit (Se) is arranged at a physical slit plane (Ps), and narrower in an across-slit direction (X) than in an along-slit direction (Y); - a dispersing element for spreading the light (Ls) passing the physical slit (Se) as a function of wavelength (λ) along a spectral axis (X') corresponding to the across-slit direction (X); - imaging optics to form a detection image (Id) of the light (Ls) onto a detector plane (Pd) which is spectrally resolved along the spectral axis (X'); and - entrance optics configured to receive object light (Lo) from an object (O1) and to spatially image the object (O1), at least in the across-slit direction (X), at the physical slit plane (Ps), wherein the spectral imager has an aperture stop (AS) defined by the entrance optics and/or a physical aperture along a light path through the entrance optics ; the spectral imager further comprising - a slit homogenizer formed by a lens or mirror which is translation symmetric in the along-slit direction (Y), wherein the slit homogenizer is configured to spatially image the aperture stop (AS) in the across-slit direction (X) as a virtual slit image (Ih); wherein formation of the detection image (Id) which is spectrally resolved along the spectral axis (X') includes spatially imaging the virtual slit image (Ih), at least in the across-slit direction (X), at the detector plane (Pd), wherein the slit homogenizer is arranged between the physical slit (Se) and the imaging optics . - a physical slit (Se) for spatially filtering light (Ls), wherein the physical slit (Se) is arranged at a physical slit plane (Ps), and narrower in an across-slit direction (X) than in an along-slit direction (Y); - a dispersing element for spreading the light (Ls) passing the physical slit (Se) as a function of wavelength (λ) along a spectral axis (X') corresponding to the across-slit direction (X); - imaging optics to form a detection image (Id) of the light (Ls) onto a detector plane (Pd) which is spectrally resolved along the spectral axis (X'); and - entrance optics configured to receive object light (Lo) from an object (O1) and to spatially image the object (O1), at least in the across-slit direction (X), at the physical slit plane (Ps), - a slit homogenizer formed by a lens or mirror which is translation symmetric in the along-slit direction (Y), wherein the slit homogenizer is configured to spatially image the aperture stop (AS) in the across-slit direction (X) as a virtual slit image (Ih); wherein formation of the detection image (Id) which is spectrally resolved along the spectral axis (X') includes spatially imaging the virtual slit image (Ih), at least in the across-slit direction (X), at the detector plane (Pd), wherein the slit homogenizer is arranged between the physical slit (Se) and the imaging optics .
Switching device comprising a housing and at least one switching contact , wherein the switching device has a fuse receptacle assigned to the respective switching contact , wherein the switching device has a front cover , which is mounted in the housing , for the front-side covering of the at least one fuse receptacle in a closed position of the front cover , wherein the at least one switching contact is transferable via a slide , which is mounted movably in the housing , from a contact position to an interruption position and vice versa, wherein the slide has a locking means or a locking means interacts with the slide , wherein the locking means in the contact position locks the front cover when the front cover is in the closed position, characterized in that the switching device has a blocking means , the blocking means being transferable counter to a restoring force of a restoring means from a blocking position, in which the blocking means prevents displacement of the slide , to an open position, in which the blocking means allows displacement of the slide , wherein the front cover has a holding structure , said holding structure holding the blocking means in the open position in the closed position of the front cover .
Arrangement for handling flat elements , in particular paper elements , the arrangement comprising a guiding structure along which a flat element is guidable and transportable along a transport direction (T), a hold-down element which is coupled to the guiding structure for holding the flat element down to the guiding structure , wherein the hold-down element comprises a support section on which the flat element is supportable, wherein the support section comprises suction holes through which air is drawn for holding the flat element down on the support section , wherein the hold-down element extends along an extending direction having a component perpendicular to the transport direction (T), wherein the suction holes are arranged along the extending direction , a suction unit wherein the suction unit comprises a suction opening so as to be coupled to the suction holes of the hold-down element , an air inlet and an air outlet , wherein the suction unit is formed such that air is directed from the air inlet to the air outlet for generating an air flow , wherein the suction opening is formed and arranged such that the air flow passes the suction opening so that the air flow entrains air through the suction opening , characterised in that the suction unit is spaced apart from the hold-down element .
A rotary vane vacuum pump comprising a rotor having at least one slider ; and a pump space in which the rotor is arranged, wherein the rotor with the slider can be driven to make a rotation in order to convey a gas to be conveyed from an inlet to an outlet of the pump space , wherein the pump space deviates in cross-section from a circular shape, characterized in that the rotary vane vacuum pump is of multi-stage design, and with only a first stage in the conveying direction having a pump space with a cross-section which deviates from a circular shape. a rotor having at least one slider ; and a pump space in which the rotor is arranged, wherein the rotor with the slider can be driven to make a rotation in order to convey a gas to be conveyed from an inlet to an outlet of the pump space , wherein the pump space deviates in cross-section from a circular shape, characterized in that the rotary vane vacuum pump is of multi-stage design, and with only a first stage in the conveying direction having a pump space with a cross-section which deviates from a circular shape.
A flexible printed circuit assembly , characterized by comprising a flexible printed circuit and a control structure , wherein the control structure comprises: a transmission member ; and two reels , arranged on the transmission member at an interval, and being symmetrically arranged with respect to a rotary shaft of the transmission member wherein the flexible printed circuit passes between the two reels ; and the transmission member is configured to rotate and to drive the two reels to rotate, and to provide guidance for bending of the flexible printed circuit, so that the flexible printed circuit is wound on entire peripheral sides of the two reels and so that a redundant length of the flexible printed circuit is bent to form an arcuate shape or a circular arc shape, wherein the two reels have a same diameter and are rotatable symmetrically with respect to the rotary shaft of the transmission member . a transmission member ; and two reels , arranged on the transmission member at an interval, and being symmetrically arranged with respect to a rotary shaft of the transmission member wherein the flexible printed circuit passes between the two reels ; and the transmission member is configured to rotate and to drive the two reels to rotate, and to provide guidance for bending of the flexible printed circuit, so that the flexible printed circuit is wound on entire peripheral sides of the two reels and so that a redundant length of the flexible printed circuit is bent to form an arcuate shape or a circular arc shape, wherein the two reels have a same diameter and are rotatable symmetrically with respect to the rotary shaft of the transmission member .
A vessel mast comprising a tube provided with a lower end for securing the tube to a deck of a vessel and comprising a cylinder and a piston with an associated piston rod being displaceable in the cylinder , the cylinder and piston with the associated piston rod being in the tube and being secured to the tube , a cord is attached to the piston rod which cord exits through a passageway in the tube and is attached to a sail or cloth, characterized in that the cylinder is a pneumatic cylinder .