mhurhangee/patent-ind-claim-en huggingface dataset:
Female to female adaptor device (200; 210; 220) for a fiber optic connection, configured to be set into a socket box (P), the adaptor device (200; 210; 220) comprising: - an optical sleeve (10; 20; 30), having an outer casing (I) defining a housing for at least two optical connectors, configured to allow an optical connection between the two connectors along an axis substantially parallel to a main extension axis (X) of the sleeve, - interference means (81; 83; 87; 88) configured to constrain said optical sleeve (10; 20; 30) with respect to the socket box (P), when the device (200 ; 210; 220) is inserted into the socket box (P), and to allow a handling of the optical sleeve (10; 20; 30) with respect to the socket box (P), during the insertion or removal steps of the adaptor device (200; 210; 220) in/from the socket box (P), wherein said optical sleeve (10; 20; 30) has a release locking tab , made on an outer surface of said casing (I) configured to releasably retain said device (200; 210; 220) into the socket box (P), said adaptor device (200; 210; 220) wherein said interference means comprises a protrusion at a lower face of said casing (I), said protrusion having a base surface , substantially planar, shaped to be positioned or positionable in abutment with respect to a supporting base (B) of the socket box (P), wherein said base surface is substantially sloping with respect to said lower face of said casing (I), said slope being equal to an angle (α); characterized by an upper abutment edge , made at said release locking tab , configured to abut against an upper portion (S) of the housing provided into the socket box (P). - an optical sleeve (10; 20; 30), having an outer casing (I) defining a housing for at least two optical connectors, configured to allow an optical connection between the two connectors along an axis substantially parallel to a main extension axis (X) of the sleeve, - interference means (81; 83; 87; 88) configured to constrain said optical sleeve (10; 20; 30) with respect to the socket box (P), when the device (200 ; 210; 220) is inserted into the socket box (P), and to allow a handling of the optical sleeve (10; 20; 30) with respect to the socket box (P), during the insertion or removal steps of the adaptor device (200; 210; 220) in/from the socket box (P), a protrusion at a lower face of said casing (I), said protrusion having a base surface , substantially planar, shaped to be positioned or positionable in abutment with respect to a supporting base (B) of the socket box (P), wherein said base surface is substantially sloping with respect to said lower face of said casing (I), said slope being equal to an angle (α); characterized by an upper abutment edge , made at said release locking tab , configured to abut against an upper portion (S) of the housing provided into the socket box (P).
User entity for communicating with a radio resource base station , on which a client or server is operative, wherein the user entity is configured to survey a data traffic to/from the client or server so as to derive a media presentation description describing versions of differing bandwidths of a media content , and forward, at least partially, the media presentation description to a radio resource manager responsible for assigning the communication resources of the radio resource base station to user entities to which the user entity belongs.
A method for feeding electrical power (P S ) into an electrical supply network by means of at least a first and a second wind farm , comprising the steps: - Provision of a first electrical wind farm output (P P1 ) by the first wind farm for feeding into the electrical supply network , - Provision of a second electrical wind farm output (P P2 ) by the second wind farm for feeding into the electrical supply network , - Generation of a total power output (P S ) from at least the first and second wind farm output (P P1 , P P2 ) and feeding in of the total power output (P S ) into the electrical supply network , wherein - a central control unit for controlling the total power fed in controls the provision of at least the first and second wind farm output (P P1 , P P2 ), wherein - the wind farm output (P P1; P P2 ) and the total power output are active power, characterized in that the central control unit controls the feed into the electrical supply network as a function of a grid sensitivity (NS) of the supply network with reference to a feed point , wherein the grid sensitivity NS is defined in dependence of a change in a fed-in active power and a resulting change in a line voltage of the electrical supply network using the formula: NS = Δ U / ΔP where ΔP describes the change in the fed-in active power P and ΔU describes the resulting change in the line voltage U, or the grid sensitivity NS is defined in dependence of a change in a grid frequency of the electrical supply network resulting from a change in an fed-in active power using the formula NS = Δ f / ΔP where ΔP describes the change in the fed-in active power P and Δf describes the resulting change of the grid frequency f. - Provision of a first electrical wind farm output (P P1 ) by the first wind farm for feeding into the electrical supply network , - Provision of a second electrical wind farm output (P P2 ) by the second wind farm for feeding into the electrical supply network , - Generation of a total power output (P S ) from at least the first and second wind farm output (P P1 , P P2 ) and feeding in of the total power output (P S ) into the electrical supply network , wherein - a central control unit for controlling the total power fed in controls the provision of at least the first and second wind farm output (P P1 , P P2 ), wherein - the wind farm output (P P1; P P2 ) and the total power output are active power,
An elliptical exercise device for simultaneous training of the shoulder girdle, the pelvic girdle and trunk muscles in a human, the device comprising an exercise device body including an arm load unit having hand pedals attached thereo and a leg load unit having foot pedals attached thereto wherein the arm load unit and leg load unit are configured to enable hand pedals and foot pedals to perform elliptical motions independently from each other; the exercise device is configured to change an angle of inclination of a human body relative to the horizon, wherein the exercise device is configured to form an angle between the plane of the trajectory of elliptical motions of hands and the sagittal plane of a human body, XZ with an elastic cylindrical hinge .
A shape memory alloy wire comprising: an alloy composition comprising CuAlMnNi and excluding grain refiner elements, said alloy composition including 20 at% - 28 at% Al, 2 at% - 4 at% Ni, 3 at% - 5 at% Mn with Cu as a remaining balance of the alloy composition; said alloy composition being disposed as an elongated wire of at least 1 meter in length, having a wire diameter of less than 150 microns; and at least 50 vol% of said alloy composition along said wire length having an oligocrystalline microstructure without thermal treatment of the wire. an alloy composition comprising CuAlMnNi and excluding grain refiner elements, said alloy composition including 20 at% - 28 at% Al, 2 at% - 4 at% Ni, 3 at% - 5 at% Mn with Cu as a remaining balance of the alloy composition; said alloy composition being disposed as an elongated wire of at least 1 meter in length, having a wire diameter of less than 150 microns; and at least 50 vol% of said alloy composition along said wire length having an oligocrystalline microstructure without thermal treatment of the wire.
A hearing device configured to be worn on or at an ear of a user comprising - a power source configured to power the hearing device , - a control unit , - a power source charge state monitoring unit configured to monitor the charge state of the power source by determining a current output voltage value of the power source , - a timing unit configured to measure a duration between two points in time, and - an output unit configured to generate output sounds corresponding to electrical sound signals , - a receiver unit and a transmitter unit both configured to connect the hearing device with one or more auxiliary devices, wherein the control unit is configured to activate a low-energy warning mode, if the current output voltage value determined by the power source charge state monitoring unit is below a predetermined threshold output voltage value of the power source and to adjust the predetermined threshold output voltage value in dependence of a duration of the low-energy warning mode, wherein the control unit operating in the low-energy warning mode is configured to generate an electrical low-energy warning signal, and wherein the receiver unit and the transmit unit are configured to exchange the electrical low-energy warning signal with one or more auxiliary devices. - a power source configured to power the hearing device , - a control unit , - a power source charge state monitoring unit configured to monitor the charge state of the power source by determining a current output voltage value of the power source , - a timing unit configured to measure a duration between two points in time, and - an output unit configured to generate output sounds corresponding to electrical sound signals , - a receiver unit and a transmitter unit both configured to connect the hearing device with one or more auxiliary devices, wherein the control unit is configured to activate a low-energy warning mode, if the current output voltage value determined by the power source charge state monitoring unit is below a predetermined threshold output voltage value of the power source and to adjust the predetermined threshold output voltage value in dependence of a duration of the low-energy warning mode, wherein the control unit operating in the low-energy warning mode is configured to generate an electrical low-energy warning signal, and wherein the receiver unit and the transmit unit are configured to exchange the electrical low-energy warning signal with one or more auxiliary devices.
A wireless communication method performed by a first device, the method comprising the steps of: a.) sending first capability information to at least one second device, wherein the first capability information indicates information related to a multi - timinig advance, multi-TA, capability of the first device, wherein the first capability indication indicates whether the first device supports the multi-TA capability or not, and indicates if the first device supports a dual-TA capability, a three-TA capability, or another capability; b.) receiving at least two pieces of TA information from the at least one second device, wherein the at least two pieces of TA information are corresponding to at least two beams of the first device on the same carrier (S202); and c.) performing timing adjustment on the transmission to the at least one second device on the at least two beams based on the at least two pieces of TA information (S204). a.) sending first capability information to at least one second device, wherein the first capability information indicates information related to a multi - timinig advance, multi-TA, capability of the first device, wherein the first capability indication indicates whether the first device supports the multi-TA capability or not, and indicates if the first device supports a dual-TA capability, a three-TA capability, or another capability; b.) receiving at least two pieces of TA information from the at least one second device, wherein the at least two pieces of TA information are corresponding to at least two beams of the first device on the same carrier (S202); and c.) performing timing adjustment on the transmission to the at least one second device on the at least two beams based on the at least two pieces of TA information (S204).
An elastomeric styrenic block copolymer (SBC) composition comprising one or more SBCs and one or more polymers miscible with styrenic end blocks of the one or more SBCs; wherein said block copolymer composition is both physically and chemically crosslinked; wherein said chemical crosslinking comprises covalent bonds between chains of SBC and; wherein said physical crosslinking comprises non-covalent interaction between styrenic end blocks of the one or more SBCs and the one or more polymers miscible with the styrenic end blocks; wherein the one or more SBCs has a molecular weight (Mn) above 100,000 g/mol; and wherein the number average molecular weight of the miscible polymer (Mn) is below 3,000 g/mol. wherein said block copolymer composition is both physically and chemically crosslinked; wherein said chemical crosslinking comprises covalent bonds between chains of SBC and; wherein said physical crosslinking comprises non-covalent interaction between styrenic end blocks of the one or more SBCs and the one or more polymers miscible with the styrenic end blocks; wherein the one or more SBCs has a molecular weight (Mn) above 100,000 g/mol; and wherein the number average molecular weight of the miscible polymer (Mn) is below 3,000 g/mol.
Locking device for an adjustable steering column of a motor vehicle, with an activating lever , attached at one end region of a clamping bolt , which interacts with a pressure plate of a clamping mechanism in such a way that, when the activating lever is rotated about the axis of the clamping bolt in the closing direction , a clamping force directed at the axis of the clamping bolt is generated and the steering column is thus clamped in the locking device and, when the activating lever is rotated in the opening direction , the clamping force is reduced so that the clamping action is released and the steering column can be adjusted freely, characterized in that the pressure plate comprises an abutment finger arranged radially at a distance from the clamping bolt and projecting in the direction of the axis of the clamping bolt, which engages in a window-like slot of the activating lever so that the rotation of the activating lever is possible but is limited by virtue of the abutment of opposite abutment surfaces of the window-like slot against the abutment finger , both in the opening direction and in the closing direction , and that at least one of the abutment surfaces comprises a damping cover .
An isolated polypeptide having transgalactosylating activity and comprising an amino acid sequence having at least 68% sequence identity to the amino acid sequence of the mature polypeptide of SEQ ID NO: 2, wherein the length of the polypeptide is 500 to 1250 amino acids.
Plug-in connector for hollow profiles , in particular warm-edge hollow profiles, of spacers of an insulating glazing, wherein the plug-in connector has a base with side walls at the edges, wherein arranged on the outside of the base in a single central row on either side of the centre of the plug-in connector are in each case a plurality of retaining elements that are on the base and in the form of spring lugs which, proceeding from the base , are directed obliquely outwardly with respect to the adjacent hollow-profile wall and to the connector centre , wherein the retaining elements on the base are arranged in each case in a recessed base region on the outside of the base which adjoins a raised, platelike base region arranged in the region of the centre , and wherein laterally obliquely outwardly directed, resilient retaining elements are arranged on the free edge region of the side walls .
A method for determining a Discontinuous Reception, DRX, parameter, comprising: determining , by a terminal device, a DRX parameter corresponding to a first physical transmission, the DRX parameter corresponding to the first physical transmission being a first DRX parameter corresponding to a Quality of Service, QoS, parameter associated with the first physical transmission or a default second DRX parameter; and performing , by the terminal device, the first physical transmission based on the DRX parameter corresponding to the first physical transmission, characterized in that determining , by the terminal device, the DRX parameter corresponding to the first physical transmission comprises: determining, by the terminal device, that the QoS parameter associated with the first physical transmission is a first QoS parameter; determining, by the terminal device, that first configuration information comprises no first QoS parameter; and determining, by the terminal device, the default second DRX parameter as the DRX parameter corresponding to the first physical transmission. determining , by a terminal device, a DRX parameter corresponding to a first physical transmission, the DRX parameter corresponding to the first physical transmission being a first DRX parameter corresponding to a Quality of Service, QoS, parameter associated with the first physical transmission or a default second DRX parameter; and performing , by the terminal device, the first physical transmission based on the DRX parameter corresponding to the first physical transmission, characterized in that determining , by the terminal device, the DRX parameter corresponding to the first physical transmission comprises: determining, by the terminal device, that the QoS parameter associated with the first physical transmission is a first QoS parameter; determining, by the terminal device, that first configuration information comprises no first QoS parameter; and determining, by the terminal device, the default second DRX parameter as the DRX parameter corresponding to the first physical transmission. determining, by the terminal device, that the QoS parameter associated with the first physical transmission is a first QoS parameter; determining, by the terminal device, that first configuration information comprises no first QoS parameter; and determining, by the terminal device, the default second DRX parameter as the DRX parameter corresponding to the first physical transmission.
A boot for a domestic animal, comprising: a fabric material having a tubular shaped body , a bottom closed end and a top open end , the fabric material defining an outer surface and an inner surface (12"); and a silicone gel material for covering the inner surface (12") of the fabric material , the silicone gel material being connected to the fabric material ; wherein the boot is configured to cover and conform to a paw and lower leg of the domestic animal that comes in contact with the silicone gel material while the boot is put on; and wherein the silicone material and fabric material are configured to flexibly and removably secure, through the flexibility of the fabric and silicone materials, the boot to the paw and lower leg of the domestic animal; characterized in that the silicone gel material is configured to provide shock-absorbing protection to the paw, and in that the silicone gel material has a thickness comprised between about 1 mm and about 6 mm and is waterproof. a fabric material having a tubular shaped body , a bottom closed end and a top open end , the fabric material defining an outer surface and an inner surface (12"); and a silicone gel material for covering the inner surface (12") of the fabric material , the silicone gel material being connected to the fabric material ; wherein the boot is configured to cover and conform to a paw and lower leg of the domestic animal that comes in contact with the silicone gel material while the boot is put on; and wherein the silicone material and fabric material are configured to flexibly and removably secure, through the flexibility of the fabric and silicone materials, the boot to the paw and lower leg of the domestic animal;
A composite semipermeable membrane having a separating functional polyamide layer being provided on a porous support membrane formed on a base material, wherein azo compounds are retained in parts excluding the base material in the semipermeable membrane, characterized in that the content of the azo compounds retained in parts excluding the base material in the semipermeable membrane calculated according to the following equation [I] is in the range of 0.05% by weight to 0.5% by weight, and the separating functional layer has a yellow index of 10 to 40: azo compound content in parts excluding base material in semipermeable membrane = 100 × azo compound weight in terms of chrysoidine / dried membrane weight .
Non-slip mat for indoor furnishing, designed for the stationary fixation of furniture or carpets and further having tear lines that can be operated without tools, wherein the mat as a flat extending material web has pre-perforated tear lines, wherein viewed in cross-section at least a part of the tear lines has a V-shaped profile, wherein the V-shaped profile is bendable and collapsible and wherein further a folding force can be increasingly discharged to the remaining material web in the tip of the V, whereby this region can be pre-damaged and tear lines can be activated, wherein the pre-damaged tear lines subsequently can be cleanly and smoothly detached with a uniform edge, characterized in that the tear lines are arranged forming a narrow partial surface pattern, wherein the partial surfaces have a few square millimeters to less than 10 square millimeters in area, preferably 0.7 +-0.69 square centimeter surface.
A tower section used in a wind generating set, comprising: a tower section body , wherein through holes are provided in a side wall of the tower section body and extend from an inner side of the side wall toward an exterior; and at least two hoisting lugs , wherein the at least two hoisting lugs , corresponding to the through holes, are provided on the tower section body , and the at least two hoisting lugs are movable between a first position extending out of the tower section body and a second position retracting into the tower section body along central lines of the through holes to hoist the tower section, characterized in that , each hoisting lug comprises a main body portion, which is located in the tower section body , and a extending-out portion, which extends out of the tower section body , and a bearing is sleeved on an outer circumference of the extending-out portion. a tower section body , wherein through holes are provided in a side wall of the tower section body and extend from an inner side of the side wall toward an exterior; and at least two hoisting lugs , wherein the at least two hoisting lugs , corresponding to the through holes, are provided on the tower section body , and the at least two hoisting lugs are movable between a first position extending out of the tower section body and a second position retracting into the tower section body along central lines of the through holes to hoist the tower section, characterized in that , each hoisting lug comprises a main body portion, which is located in the tower section body , and a extending-out portion, which extends out of the tower section body , and a bearing is sleeved on an outer circumference of the extending-out portion.
A floatable structure that is floating on water or jacked-up out of the water at least partly, comprising a hull provided with a deck and a mooring system attached to the floatable structure and configured to moor a second floating structure at a mooring position relative to the floatable structure , wherein the mooring system is configured to bring the second floating structure down in the water from an initial floating draft to a larger mooring draft to reduce motions of the second floating structure relative to the first floatable structure , wherein the mooring system is configured to pull the second floating structure down in the water from the floating draft to the larger mooring draft, wherein the mooring system configured to pull the second floating structure down comprises a pull-down support structure attached to the hull of the floatable structure and extending over some length into the water to a depth below the second floating structure , and at least one tension cable extending between the pull-down support structure and the second floating structure to be moored.