mhurhangee/patent-ind-claim-en huggingface dataset:
A method for making decorative grooves on a floorboard , the floorboard having a core and a surface layer arranged on the upper side of the core, wherein the method comprises: displacing the floorboard through milling machines while being fixed between chains and bands , for machining outer decorative joint edge portions of the floorboard and, in the same machine and in one operation, making a decorative groove in between joint edges of the floorboard by at least partly removing, following parallel with the joint edges, the surface layer and forming a bottom surface of the decorative grooves which is essentially parallel i. e. within an angle of about 0 to 10 degrees to the upper side of the floorboard, removing the surface layer for the decorative groove in between joint edges by a tool which is operating vertically, i.e. perpendicular to the surface of the floorboard, and is being located between the chains . displacing the floorboard through milling machines while being fixed between chains and bands , for machining outer decorative joint edge portions of the floorboard and, in the same machine and in one operation, making a decorative groove in between joint edges of the floorboard by at least partly removing, following parallel with the joint edges, the surface layer and forming a bottom surface of the decorative grooves which is essentially parallel i. e. within an angle of about 0 to 10 degrees to the upper side of the floorboard, removing the surface layer for the decorative groove in between joint edges by a tool which is operating vertically, i.e. perpendicular to the surface of the floorboard, and is being located between the chains .
A method comprising: (a) receiving one or more fine time measurement, FTM, requests from a wireless station by an access point, AP, in an indoor wireless local area network, wherein the AP has multiple antennas strategically placed in different locations via long extending cables ; (b) exchanging FTM frames with the station via a first antenna and measuring a first set of timestamps associated with the first antenna, wherein the first set of timestamps are transmitted to the station ; and (c) exchanging FTM frames with the station via a second antenna and measuring a second set of timestamps associated with the second antenna, wherein the second set of timestamps are transmitted to the station . (a) receiving one or more fine time measurement, FTM, requests from a wireless station by an access point, AP, in an indoor wireless local area network, wherein the AP has multiple antennas strategically placed in different locations via long extending cables ; (b) exchanging FTM frames with the station via a first antenna and measuring a first set of timestamps associated with the first antenna, wherein the first set of timestamps are transmitted to the station ; and (c) exchanging FTM frames with the station via a second antenna and measuring a second set of timestamps associated with the second antenna, wherein the second set of timestamps are transmitted to the station .
A dental curable composition comprising a polymerizable monomer component (A), an organic-inorganic composite filler component (B), and a polymerization initiator component (C), wherein the refractive index of the polymerizable monomer component (A) at 25°C is in the range of 1.38 to 1.55, wherein the organic-inorganic composite filler component (B) comprises an organic resin matrix (b1) and a first spherical inorganic filler (b2) having an average primary particle size of 230 nm to 1,000 nm measured according to the description, characterized in that 90% or more of the number of individual particles constituting the first spherical inorganic filler (b2) are present in a range of 5% greater or less than the average primary particle size, and the following formulae and are satisfied: nP < nF b 2 wherein nP represents the refractive index of a polymer of the polymerizable monomer component (A) at 25°C; and nF b2 represents the refractive index of the first spherical inorganic filler (b2) at 25°C, nM b 1 < nF b 2 wherein nM b1 represents the refractive index of the organic resin matrix (b1) at 25°C; and nF b2 represents the refractive index of the first spherical inorganic filler (b2) at 25°C, wherein the first spherical inorganic filler (b2) consists of spherical silica-titanium group element oxide-based composite oxide particles, and the refractive index (25°C) thereof is in the range of 1.45 to 1.58.
A method, in an egress network device , of updating a plurality of Multiprotocol Label Switching, MPLS, Bidirectional Forwarding Detection, BFD, sessions, wherein each one of the plurality of MPLS BFD sessions is established for a given Label Switched Path, LSP, between an ingress network device and the egress network device of an MPLS network, the method comprising: responsive to determining (6 06) that an MPLS BFD session is in an up state, determining whether the MPLS BFD session is part of the plurality of MPLS BFD sessions; and responsive to determining that the MPLS BFD session is part of the plurality of MPLS BFD sessions, transmitting towards the ingress network device a BFD control packet including an ingress group identifier that uniquely identifies the plurality of MPLS BFD sessions at the ingress network device , and wherein the transmitting the BFD control packet causes an update of a set of two or more of MPLS BFD sessions from the plurality of MPLS BFD sessions identified based on the ingress group identifier. responsive to determining (6 06) that an MPLS BFD session is in an up state, determining whether the MPLS BFD session is part of the plurality of MPLS BFD sessions; and responsive to determining that the MPLS BFD session is part of the plurality of MPLS BFD sessions, transmitting towards the ingress network device a BFD control packet including an ingress group identifier that uniquely identifies the plurality of MPLS BFD sessions at the ingress network device , and wherein the transmitting the BFD control packet causes an update of a set of two or more of MPLS BFD sessions from the plurality of MPLS BFD sessions identified based on the ingress group identifier.
A printing apparatus comprising: a feeding roller configured to feed a printing sheet stacked on a stacking means; a pair of conveyance rollers for conveying the printing sheet fed by the feeding roller; a control unit configured to form an overlap state in which a marginal area on a leading edge side of a succeeding printing sheet (1-B) is overlapping with a marginal area on a trailing edge side of a preceding printing sheet (1-A), and configured to perform a skew correction operation for the succeeding printing sheet by causing the leading edge of the succeeding printing sheet to abut against a nip portion of the pair of conveyance rollers while the pair of conveyance rollers is stopped, wherein the control unit forms the overlap state between the feeding roller and the pair of conveyance rollers; characterized in that the printing apparatus further comprises a print head configured to print an image on the printing sheet conveyed by the pair of conveyance rollers ; and a carriage configured to mount the print head and move in an intersecting direction which intersects a printing sheet conveyance direction and in that the control unit is configured to perform the skew correction operation for the succeeding printing sheet in a state where the overlap state is formed and while the pair of conveyance rollers is stopped for printing of a last row of the preceding printing sheet by the print head. a feeding roller configured to feed a printing sheet stacked on a stacking means; a pair of conveyance rollers for conveying the printing sheet fed by the feeding roller; a control unit configured to form an overlap state in which a marginal area on a leading edge side of a succeeding printing sheet (1-B) is overlapping with a marginal area on a trailing edge side of a preceding printing sheet (1-A), and configured to perform a skew correction operation for the succeeding printing sheet by causing the leading edge of the succeeding printing sheet to abut against a nip portion of the pair of conveyance rollers while the pair of conveyance rollers is stopped, wherein the control unit forms the overlap state between the feeding roller and the pair of conveyance rollers; characterized in that the printing apparatus further comprises a print head configured to print an image on the printing sheet conveyed by the pair of conveyance rollers ; and a carriage configured to mount the print head and move in an intersecting direction which intersects a printing sheet conveyance direction and in that the control unit is configured to perform the skew correction operation for the succeeding printing sheet in a state where the overlap state is formed and while the pair of conveyance rollers is stopped for printing of a last row of the preceding printing sheet by the print head.
A shoe sole member partially or entirely formed using a polymer foam that is formed by foaming a polymer composition, the polymer foam containing fibers dispersed therein, characterized in that the polymer foam includes fiber-containing bubbles inside which the fibers are present and fiber non-containing bubbles inside which the fibers are not present, and the fiber-containing bubbles are larger in size than the fiber non-containing bubbles.
Actuator having a valve unit for a piezoelectric servo-operated injector with an outer housing which forms an interior space, a fixed base plate which extends through the interior space of the outer housing and is connected to the latter, a movable actuator housing which extends through the base plate within the outer housing , a piezoelectric element which is arranged between the fixed base plate and a top plate of the movable actuator housing , a movable valve element which interacts with a valve seat , a force transmission device between the actuator housing and the movable valve element , a first prestressing element which prestresses the actuator housing in the direction of the valve element , and a second prestressing element which prestresses the force transmission device in the direction of the valve element , it being possible for the actuator housing to be moved counter to the first prestressing element by way of a length extension of the piezoelectric element and, as a result, for the force transmission device to be moved counter to the second prestressing element in order to lift up the valve element from the valve seat , characterized in that the actuator housing has an opening at the end which faces the valve unit, through which opening the force transmission device extends and engages behind the inner wall of the actuator housing , and in that the force transmission device comprises a lever device.
A method for manufacturing a rotor blade for a wind turbine , comprising the steps of a) arranging (S2) a first layup of fiber material inside a mold , the first layup corresponding to an airfoil of the rotor blade , b) arranging (S1, S1', S4) a second layup of fiber material on a core member before and/or after arranging the core member in the mold , the second layup including the core member corresponding to a web of the rotor blade , the core member comprising a parabolic or semicircular shaped recess , wherein the shape of the recess results in web tips tapering out towards a root of the blade to ensure a smooth transfer of loads into and out of the web , and covering tip sections of the core member defining the recess at least partially by layers of fiber material extending beyond a respective tip section , and c) curing (S7) a resin impregnating the fiber material of the first and second layup to form the rotor blade . a) arranging (S2) a first layup of fiber material inside a mold , the first layup corresponding to an airfoil of the rotor blade , b) arranging (S1, S1', S4) a second layup of fiber material on a core member before and/or after arranging the core member in the mold , the second layup including the core member corresponding to a web of the rotor blade , the core member comprising a parabolic or semicircular shaped recess , wherein the shape of the recess results in web tips tapering out towards a root of the blade to ensure a smooth transfer of loads into and out of the web , and covering tip sections of the core member defining the recess at least partially by layers of fiber material extending beyond a respective tip section , and c) curing (S7) a resin impregnating the fiber material of the first and second layup to form the rotor blade .
A cell culture solution comprising a cell culture media and one or more cells comprising a nucleic acid encoding a recombinant Von Willebrand Factor (rVWF) protein, wherein the cell culture media comprises a copper concentration of at least 2.4 μg/L and an ammonium concentration of no more than 4 mM.
Heat generator unit comprising a main frame defining at least one combustion chamber and defining a main window for accessing to said at least one combustion chamber , at least one first door for closing/opening said main window and through such main window a first fuel can be positioned in said at least one combustion chamber , at least one tank for containing said first fuel or a second fuel, at least one second door for closing/opening an opening defined by the frame and for access and loading with said first or second fuel of said containment tank , means for feeding a comburent fluid in said at least one combustion chamber , characterized in that said generator unit also comprising means for locking/unlocking said at least one first door and said at least one second door , said locking/unlocking means being movable or switchable between a first operating position, in which said at least one first door is unlocked and hence it is possible to move it in order to open said main window so as to allow the access to said combustion chamber , while said at least one second door is locked in closed position of said access and loading opening and cannot be moved therefrom, and a second operating position, in which said at least one second door is unlocked and hence it is possible to move it in order to open said access and loading opening so as to allow the access to said at least one tank , while said at least one first door is locked in closed position of said main window and it is not possible to move it therefrom. said generator unit also comprising means for locking/unlocking said at least one first door and said at least one second door , said locking/unlocking means being movable or switchable between a first operating position, in which said at least one first door is unlocked and hence it is possible to move it in order to open said main window so as to allow the access to said combustion chamber , while said at least one second door is locked in closed position of said access and loading opening and cannot be moved therefrom, and a second operating position, in which said at least one second door is unlocked and hence it is possible to move it in order to open said access and loading opening so as to allow the access to said at least one tank , while said at least one first door is locked in closed position of said main window and it is not possible to move it therefrom.
Luminaire with an LED module and an electronic ballast, ECG , which is formed in a luminaire housing of the luminaire separately from the LED module and provides a supply current for the LED module, wherein a microcontroller in the ECG and a memory module in the LED module are provided for storing parameterization data, and the memory module is set up for near-field communication, NFC, for changing the parameterization data, wherein the memory module in the LED module is connected to the microcontroller in the ECG for direct or indirect data exchange and the transmission range of the NFC extends beyond the spatial extent of the LED module , characterized in that the luminaire has mechanical fastening means which hold the LED module replaceably in the luminaire housing of the luminaire , wherein the LED module is designed as a closed module which cannot be opened in a non-destructive manner.
A method of calibrating a sensor , comprising: applying a first voltage to a first carbon nanotube layer of a thin film structure to obtain a first temperature of the first carbon nanotube layer ; and using a thermally conductive layer of the thin film structure to provide a substantially spatially uniform temperature related to the first temperature of the first carbon nanotube layer ; and the method characterised by : receiving the substantially uniform temperature at a second carbon nanotube layer of the thin film structure ; and emitting, from the second carbon nanotube layer , a first blackbody radiation spectrum at the substantially uniform temperature received from the thermally conductive layer , to calibrate the sensor . applying a first voltage to a first carbon nanotube layer of a thin film structure to obtain a first temperature of the first carbon nanotube layer ; and using a thermally conductive layer of the thin film structure to provide a substantially spatially uniform temperature related to the first temperature of the first carbon nanotube layer ; and the method characterised by : receiving the substantially uniform temperature at a second carbon nanotube layer of the thin film structure ; and emitting, from the second carbon nanotube layer , a first blackbody radiation spectrum at the substantially uniform temperature received from the thermally conductive layer , to calibrate the sensor . receiving the substantially uniform temperature at a second carbon nanotube layer of the thin film structure ; and emitting, from the second carbon nanotube layer , a first blackbody radiation spectrum at the substantially uniform temperature received from the thermally conductive layer , to calibrate the sensor .
A rubber composition comprising EPDM rubber, natural rubber, high cis-1,4-polybutadiene rubber, and from 5 phr to 30 phr of a butyl ionomer.
A method for Semi-Persistent Scheduling, SPS, comprising: sending , by a network device , to a terminal device , at least one of uplink, UL, SPS configuration messages to activate or deactivate at least one of UL SPS grants in at least one of cells among one or more cells configured to the terminal device, wherein the UL SPS configuration message is transmitted in a Layer 1 signal; and receiving , by the network device , from the terminal device , a media access control, MAC, control element, CE, for confirmation of the at least one of UL SPS configuration messages, whereinthe MAC CE comprises an indicator to confirm the at least one of UL SPS configuration messages, characterized in that the indicator comprises a bitmap of one or more SPS configuration indexes, wherein each SPS configuration has a corresponding bit in the bitmap and the bitmap of one or more SPS configuration indexes is ordered from least significant bit to most significant bit according to respective values of the one or more SPS configuration indexes in an increasing/decreasing order. sending , by a network device , to a terminal device , at least one of uplink, UL, SPS configuration messages to activate or deactivate at least one of UL SPS grants in at least one of cells among one or more cells configured to the terminal device, wherein the UL SPS configuration message is transmitted in a Layer 1 signal; and receiving , by the network device , from the terminal device , a media access control, MAC, control element, CE, for confirmation of the at least one of UL SPS configuration messages, whereinthe MAC CE comprises an indicator to confirm the at least one of UL SPS configuration messages, characterized in that the indicator comprises a bitmap of one or more SPS configuration indexes, wherein each SPS configuration has a corresponding bit in the bitmap and the bitmap of one or more SPS configuration indexes is ordered from least significant bit to most significant bit according to respective values of the one or more SPS configuration indexes in an increasing/decreasing order.
A method for transmitting an acquisition signal in a wireless communication system , comprising: generating a plurality of symbols for an acquisition signal, the acquisition signal associated with timing information for an access terminal to communicate with a base station; assigning transmission of the acquisition signal to a number of subcarriers that is less than all of a bandwidth of a subset of a plurality of carriers available for communication, each carrier of the plurality of carriers being associated with control information to support communication on the carrier and corresponding to a substantially non-overlapping portion of an available bandwidth in the wireless communication system or in a sector of the wireless communication system , wherein the subset comprises more than one carrier of the plurality of carriers and less than all the carriers of the plurality of carriers; and transmitting the acquisition signal to the access terminal over the assigned subcarriers. generating a plurality of symbols for an acquisition signal, the acquisition signal associated with timing information for an access terminal to communicate with a base station; assigning transmission of the acquisition signal to a number of subcarriers that is less than all of a bandwidth of a subset of a plurality of carriers available for communication, each carrier of the plurality of carriers being associated with control information to support communication on the carrier and corresponding to a substantially non-overlapping portion of an available bandwidth in the wireless communication system or in a sector of the wireless communication system , wherein the subset comprises more than one carrier of the plurality of carriers and less than all the carriers of the plurality of carriers; and transmitting the acquisition signal to the access terminal over the assigned subcarriers.
A heart valve assembly , comprising: a frame that assumes a compressed configuration and an expanded configuration, the frame comprising an inflow section (IS), an outflow section (OS), and a connecting section (CS) that is located between the inflow section (IS) and the outflow section (OS), the inflow section (IS) having a plurality of legs that extend radially outwardly in the expanded configuration; and a leaflet and skirt assembly having a plurality of leaflets coupled to the connecting section (CS), a valve skirt extending from the leaflets towards the inflow section (IS) of the frame , and a cuff section , wherein the legs and the cuff section define a cuff in the expanded configuration for engagement with a native annulus, characterized in that , the connecting section (CS) has a greater flexibility than the inflow section (IS), and each leg has a part which extends radially outwardly and perpendicularly to a plane of the inflow section (IS), and then transitions to another part which extends vertically and perpendicular to the part such that the another part is generally parallel to the plane of the inflow section (IS). a frame that assumes a compressed configuration and an expanded configuration, the frame comprising an inflow section (IS), an outflow section (OS), and a connecting section (CS) that is located between the inflow section (IS) and the outflow section (OS), the inflow section (IS) having a plurality of legs that extend radially outwardly in the expanded configuration; and a leaflet and skirt assembly having a plurality of leaflets coupled to the connecting section (CS), a valve skirt extending from the leaflets towards the inflow section (IS) of the frame , and a cuff section , wherein the legs and the cuff section define a cuff in the expanded configuration for engagement with a native annulus, characterized in that , the connecting section (CS) has a greater flexibility than the inflow section (IS), and each leg has a part which extends radially outwardly and perpendicularly to a plane of the inflow section (IS), and then transitions to another part which extends vertically and perpendicular to the part such that the another part is generally parallel to the plane of the inflow section (IS).