mhurhangee/patent-ind-claim-en huggingface dataset:
Cable anchoring means for a horizontal joint between a lower element (200; 200'; 200") and an upper element (100; 100'; 100") of a building or construction, said cable anchoring means comprising: - at least one cable (10; 10'; 10", 11") embedded in a first element that is one of said upper and lower elements (100, 200; 100', 200'; 100", 200"), such that a portion (12; 12') of said cable (10; 10'; 10", 11") protrudes from said first element, and also said cable (10; 10'; 10", 11") being a non-adhering prestressing sheathed cable, - at least one receiving through duct (20; 20", 21") provided in a second element which is the other of said upper and lower elements (100, 200; 100', 200'; 100", 200"), said receiving through duct (20; 20", 21") being intended to receive and house the protruding portion (12; 12') of said cable (10; 10'; 10", 11"), and - fastening means to fasten said cable (10; 10'; 10", 11") in place; characterised in that said cable anchoring means also comprise a threading device applicable in said protruding portion (12; 12') of said cable (10; 10'; 10", 11") and comprising one part with a pointed and flexible geometry that extends in a substantially coaxial direction with respect to said protruding portion (12; 12') of said cable (10; 10'; 10", 11") from the free end of said protruding portion (12; 12') of said cable (10; 10'; 10", 11"). - at least one cable (10; 10'; 10", 11") embedded in a first element that is one of said upper and lower elements (100, 200; 100', 200'; 100", 200"), such that a portion (12; 12') of said cable (10; 10'; 10", 11") protrudes from said first element, and also said cable (10; 10'; 10", 11") being a non-adhering prestressing sheathed cable, - at least one receiving through duct (20; 20", 21") provided in a second element which is the other of said upper and lower elements (100, 200; 100', 200'; 100", 200"), said receiving through duct (20; 20", 21") being intended to receive and house the protruding portion (12; 12') of said cable (10; 10'; 10", 11"), and - fastening means to fasten said cable (10; 10'; 10", 11") in place;
A method for receiving a signal by a terminal in a wireless communication system, the method comprising: acquiring (C05), through higher layer signaling, a configuration for a reference signal including a tracking reference signal, TRS, for a radio resource control, RRC, idle mode or an RRC inactive mode; receiving (C10), based on a radio network temporary identifier, RNTI, configured in the terminal, paging downlink control information, DCI, carried by a physical downlink control channel, PDCCH, in the RRC idle mode or in the RCC inactive mode; determining (C15) availability of the reference signal, based on availability indication information of the reference signal included in the paging DCI; and receiving (C25) the reference signal in the RRC idle mode or the RRC inactive mode based on the determination of the availability of the reference signal and the acquired configuration for the reference signal, wherein the RNTI for the reception of the DCI is a paging-RNTI, P-RNTI, for paging; and wherein the configuration for the reference signal includes a periodicity and a slot offset of the reference signal. acquiring (C05), through higher layer signaling, a configuration for a reference signal including a tracking reference signal, TRS, for a radio resource control, RRC, idle mode or an RRC inactive mode; receiving (C10), based on a radio network temporary identifier, RNTI, configured in the terminal, paging downlink control information, DCI, carried by a physical downlink control channel, PDCCH, in the RRC idle mode or in the RCC inactive mode; determining (C15) availability of the reference signal, based on availability indication information of the reference signal included in the paging DCI; and receiving (C25) the reference signal in the RRC idle mode or the RRC inactive mode based on the determination of the availability of the reference signal and the acquired configuration for the reference signal, wherein the RNTI for the reception of the DCI is a paging-RNTI, P-RNTI, for paging; and wherein the configuration for the reference signal includes a periodicity and a slot offset of the reference signal.
A method of transmitting device-to-device, D2D, data using a D2D data transmission resource by a user equipment, UE, the method comprising: receiving, at a UE, configuration information associated with a D2D data transmission resource, the configuration information comprising information of a D2D data allocation period and being transmitted from an evolved NodeB, eNB; determining (S1400), at the UE, a D2D data transmission resource in each D2D data allocation period, the D2D data transmission resource comprising a pool of subframes; selecting D2D data transmission subframes from among the pool of subframes based on a changed pattern, the changed pattern being derived from a basic pattern; and transmitting (S1440), from the UE to another UE, D2D data based on the selected D2D data transmission subframes, wherein selecting of the D2D data transmission subframes comprises: when the number of subframes in the pool of subframes is greater than a length of the basic pattern, determining the changed pattern by repeating the basic pattern, wherein a length of the changed pattern corresponds to the number of subframes in the pool of subframes. receiving, at a UE, configuration information associated with a D2D data transmission resource, the configuration information comprising information of a D2D data allocation period and being transmitted from an evolved NodeB, eNB; determining (S1400), at the UE, a D2D data transmission resource in each D2D data allocation period, the D2D data transmission resource comprising a pool of subframes; selecting D2D data transmission subframes from among the pool of subframes based on a changed pattern, the changed pattern being derived from a basic pattern; and transmitting (S1440), from the UE to another UE, D2D data based on the selected D2D data transmission subframes, wherein selecting of the D2D data transmission subframes comprises: when the number of subframes in the pool of subframes is greater than a length of the basic pattern, determining the changed pattern by repeating the basic pattern, wherein a length of the changed pattern corresponds to the number of subframes in the pool of subframes. when the number of subframes in the pool of subframes is greater than a length of the basic pattern, determining the changed pattern by repeating the basic pattern, wherein a length of the changed pattern corresponds to the number of subframes in the pool of subframes.
A separating system comprising: a housing sized to receive a stack of articles having at least one second article stacked on top of a first article wherein the housing is rigid and comprises an interior surface that does not completely surround the stack of articles thereby providing an opening in the housing , a lifter movable into a contact position adjacent a surface on the at least one second article , the lifter being adapted to apply a lifting force to the surface to lift at least a portion of the second article above the contact position wherein the second article is stabilized by the interior surface of the housing when the lifter applies the lifting force thereto; and an extractor that moves the first article away from the stack of articles through the opening in the housing after the at least one second article has been lifted above the contact position by the lifter , wherein the housing prevents the at least second one article from moving with the first article when the first article is moved by the extractor and guides the stack of articles downward after the first article is moved away. a housing sized to receive a stack of articles having at least one second article stacked on top of a first article wherein the housing is rigid and comprises an interior surface that does not completely surround the stack of articles thereby providing an opening in the housing , a lifter movable into a contact position adjacent a surface on the at least one second article , the lifter being adapted to apply a lifting force to the surface to lift at least a portion of the second article above the contact position wherein the second article is stabilized by the interior surface of the housing when the lifter applies the lifting force thereto; and an extractor that moves the first article away from the stack of articles through the opening in the housing after the at least one second article has been lifted above the contact position by the lifter , wherein the housing prevents the at least second one article from moving with the first article when the first article is moved by the extractor and guides the stack of articles downward after the first article is moved away.
A lithographic printing plate precursor comprising: an aluminum support; and an image recording layer on the aluminum support, wherein the aluminum support includes an anodized film on a surface of the image recording layer side, the anodized film has micropores extending in a depth direction from the surface of the anodized film on the image recording layer side, the micropores include at least large-diameter pores whose maximum diameter inside the anodized film is in a range of 0.01 μm to 0.30 μm, and wherein an average value of depths of the large-diameter pores to the bottom from the surface of the anodized film is in a range of 100 nm to 1500 nm, an average pore diameter of the micropores in the surface of the anodized film is 90% or less of the maximum diameter of the micropores inside the anodized film, a thickness of the anodized film is in a range of 550 nm to 2850 nm, and the image recording layer contains an acid color former. an aluminum support; and an image recording layer on the aluminum support, wherein the aluminum support includes an anodized film on a surface of the image recording layer side, the anodized film has micropores extending in a depth direction from the surface of the anodized film on the image recording layer side, the micropores include at least large-diameter pores whose maximum diameter inside the anodized film is in a range of 0.01 μm to 0.30 μm, and wherein an average value of depths of the large-diameter pores to the bottom from the surface of the anodized film is in a range of 100 nm to 1500 nm, an average pore diameter of the micropores in the surface of the anodized film is 90% or less of the maximum diameter of the micropores inside the anodized film, a thickness of the anodized film is in a range of 550 nm to 2850 nm, and the image recording layer contains an acid color former.
Use of ethylcellulose in cosmetic, ethanolic sunscreen sprays to prevent the respirability of the spray droplets, characterized in that the cosmetic, ethanolic sunscreen spray comprises 2,4,6-tris[anilino-(p-carbo-2'-ethyl-1'-hexyloxy)]-1,3,5-triazine (INCI: Ethylhexyl Triazone) and/or hexyl 2-[4-(diethylamino)-2-hydroxybenzoyl]benzoate (INCI: Diethylamino Hydroxybenzoyl Hexyl Benzoate), where aerosols are no longer considered to be respirable when they have a droplet size of at least 10 micrometres and at most 0.2% of the droplets have a smaller droplet size.
A yellow backlight system comprising a display device configured to emit blue light; at least one yellow light source configured to emit yellow light into surroundings of the display device by refraction, reflection or a combination of reflection and refraction and in order to reduce the intensity of blue light perceived by human eyes, wherein a wavelength of the yellow light is between 570 nm and 590 nm; and at least one transparent board which is installed on the display device , and the at least one yellow light source being installed on the at least one transparent board .
A refrigerator comprising: a cabinet defining a storage space , a first door rotatably mounted on the cabinet , the first door opening or closing the storage space , an opening passing through the first door , a second door mounted rotatable in the same direction as the first door , the second door opening or closing the opening , and an auxiliary shelf of which both sides are shaft-coupled to the opening , the auxiliary shelf contacting a back surface of the second door and being unfolded in a direction crossing the rotation direction of the second door when the second door is opened, characterized in that the auxiliary shelf comprises: a main plate rotatably mounted on the opening ; a sub plate disposed on a front side of the main plate ; and a connection member connecting the main plate to the sub plate to allow the sub plate to be rotated in the same direction as the auxiliary shelf , wherein a shelf guide is disposed on the back surface of the second door , and wherein a guide roller contacting the shelf guide when the second door is opened or closed is further disposed on a front end of the sub plate corresponding to the shelf guide . a cabinet defining a storage space , a first door rotatably mounted on the cabinet , the first door opening or closing the storage space , an opening passing through the first door , a second door mounted rotatable in the same direction as the first door , the second door opening or closing the opening , and an auxiliary shelf of which both sides are shaft-coupled to the opening , the auxiliary shelf contacting a back surface of the second door and being unfolded in a direction crossing the rotation direction of the second door when the second door is opened, characterized in that the auxiliary shelf comprises: a main plate rotatably mounted on the opening ; a sub plate disposed on a front side of the main plate ; and a connection member connecting the main plate to the sub plate to allow the sub plate to be rotated in the same direction as the auxiliary shelf , wherein a shelf guide is disposed on the back surface of the second door , and wherein a guide roller contacting the shelf guide when the second door is opened or closed is further disposed on a front end of the sub plate corresponding to the shelf guide . a main plate rotatably mounted on the opening ; a sub plate disposed on a front side of the main plate ; and a connection member connecting the main plate to the sub plate to allow the sub plate to be rotated in the same direction as the auxiliary shelf , wherein a shelf guide is disposed on the back surface of the second door , and wherein a guide roller contacting the shelf guide when the second door is opened or closed is further disposed on a front end of the sub plate corresponding to the shelf guide .
A direct-drive wind turbine comprising: a generator mounted on a frame , the generator comprising a generator stator and a generator rotor configured to rotate about a rotation axis (RA), the frame has a protruding portion extending beyond the generator , the protruding portion comprising a first structure, a second structure and one or more bearings rotatably connecting the first and second structures; wherein the first and second structures are configured to rotate relative to each other and about the rotation axis (RA); and wherein the first structure is attached to the generator stator and the second structure is attached to the generator rotor ; a brake system attached to the first and second structures, the brake system being spaced away from the generator along the rotation axis (RA). a generator mounted on a frame , the generator comprising a generator stator and a generator rotor configured to rotate about a rotation axis (RA), the frame has a protruding portion extending beyond the generator , the protruding portion comprising a first structure, a second structure and one or more bearings rotatably connecting the first and second structures; wherein the first and second structures are configured to rotate relative to each other and about the rotation axis (RA); and wherein the first structure is attached to the generator stator and the second structure is attached to the generator rotor ; a brake system attached to the first and second structures, the brake system being spaced away from the generator along the rotation axis (RA).
A seating structure comprising: a frame including first and second side frame members spaced apart in a first direction and defining an opening therebetween, the first and second side frame members each having an inner portion facing toward the opening and an outer portion facing away from the opening , the outer portion including a plurality of first attachment features facing outwardly away from the first and second side frame members in the first direction; a carrier including first and second side carrier members , the first and second side carrier members each including a plurality of second attachment features facing toward the first and second side frame members in the first direction, the plurality of second attachment features engaging the plurality of first attachment features to attach the carrier to the frame ; and a suspension material attached to the carrier and extending over the opening in the frame . a frame including first and second side frame members spaced apart in a first direction and defining an opening therebetween, the first and second side frame members each having an inner portion facing toward the opening and an outer portion facing away from the opening , the outer portion including a plurality of first attachment features facing outwardly away from the first and second side frame members in the first direction; a carrier including first and second side carrier members , the first and second side carrier members each including a plurality of second attachment features facing toward the first and second side frame members in the first direction, the plurality of second attachment features engaging the plurality of first attachment features to attach the carrier to the frame ; and a suspension material attached to the carrier and extending over the opening in the frame .
An isolated fusion protein, the fusion protein comprising an RSV F protein fragment and a non-RSV protein, wherein the RSV F protein fragment consists of amino acids 195 to 228 of SEQ ID NO:1, amino acids 195 to 228 of SEQ ID NO:2, amino acids 1 to 34 of SEQ ID NO:7, or amino acids 1 to 34 of SEQ ID NO:9, wherein the non-RSV protein comprises the squash family protease inhibitor Ecballium elaterium trypsin inhibitor II (EETI-II), wherein the inhibitor loop of EETI-II is replaced by the RSV F protein fragment and wherein the fusion protein is constrained in a conformation that can be specifically bound by monoclonal antibody D25 or an antigen-binding fragment, variant, analog, or derivative thereof.
A finger flange , in particular for being frictionally and/or form-fittingly connected to the proximal end of a syringe body , having a recess or through-opening for extending therethrough a plunger rod, the finger flange being formed in one piece comprising at least one first and one second finger flange member which are coupled so as to be movable relative to one another, preferably pivotably movable, the finger flange members being adapted for being non-releasably locked, and wherein the finger flange is formed with a pull-out lock for the plunger rod .
A method of depositing a film, comprising: obtaining a wavelength of light emitted from a sensor; identifying a refractive index of a material; determining a target thickness of the material by dividing the wavelength of the light emitted from the sensor by two times the refractive index of the material; and depositing the material on a substrate to form a film on a backside of the substrate; determining a thickness of the film deposited on the substrate using the sensor; if the thickness of the film is less than the target thickness, deposit additional material on the backside of the substrate to increase the thickness of the film; once the thickness of the film has the target thickness, processing the substrate; and removing the film from the backside of the substrate. obtaining a wavelength of light emitted from a sensor; identifying a refractive index of a material; determining a target thickness of the material by dividing the wavelength of the light emitted from the sensor by two times the refractive index of the material; and depositing the material on a substrate to form a film on a backside of the substrate; determining a thickness of the film deposited on the substrate using the sensor; if the thickness of the film is less than the target thickness, deposit additional material on the backside of the substrate to increase the thickness of the film; once the thickness of the film has the target thickness, processing the substrate; and removing the film from the backside of the substrate. determining a thickness of the film deposited on the substrate using the sensor; if the thickness of the film is less than the target thickness, deposit additional material on the backside of the substrate to increase the thickness of the film; once the thickness of the film has the target thickness, processing the substrate; and removing the film from the backside of the substrate.
A method for producing filled containers from preforms made of a thermoplastic material, wherein the respective preform is at least thermally conditioned and subsequently moulded into the respective container at a moulding and filling pressure (p2) through pressure applied by the supplied filling material in a mould (4.1) during a moulding and filling phase, wherein the preform is at least temporarily guided through a horizontal bar and/or stretched in the axial direction (RA) during the moulding and filling phase, and wherein at least at the end of the moulding and filling phase the respective container is at an internal pressure corresponding to the moulding and filling pressure (p2), characterised in that - the moulded and filled container is relieved to an atmospheric or ambient pressure (p0) in a at least two-stage relief phase (II - IV) after the moulding and filling phase (I) is complete, wherein the containers are moulded and filled with a still, i.e. CO2-free liquid filling material, and that the filling material in the container is carbonized after the moulding and filling phase is complete by introducing gaseous CO2 or liquid H2CO3, preferably after the container's internal pressure is reduced to a carbonizing or preliminary relief pressure (p1.1) below the moulding and filling pressure (p2). - the moulded and filled container is relieved to an atmospheric or ambient pressure (p0) in a at least two-stage relief phase (II - IV) after the moulding and filling phase (I) is complete, wherein the containers are moulded and filled with a still, i.e. CO2-free liquid filling material, and that the filling material in the container is carbonized after the moulding and filling phase is complete by introducing gaseous CO2 or liquid H2CO3, preferably after the container's internal pressure is reduced to a carbonizing or preliminary relief pressure (p1.1) below the moulding and filling pressure (p2).