mhurhangee/patent-ind-claim-en huggingface dataset:
A ceiling panel comprising a laminate structure, the laminate structure comprising: a topcoat layer comprising an intumescent composition; a cellulosic veneer layer comprising a first major surface opposite a second major surface ; an adhesive layer formed from an adhesive composition comprising a thermoplastic polymer; and a metallic substrate layer ; wherein the cellulosic veneer layer is at least partially bonded to the metallic substrate by the adhesive layer; and wherein the adhesive composition is a hot-melt composition and the thermoplastic polymer comprises polyester modified polyurethane. a topcoat layer comprising an intumescent composition; a cellulosic veneer layer comprising a first major surface opposite a second major surface ; an adhesive layer formed from an adhesive composition comprising a thermoplastic polymer; and a metallic substrate layer ;
An aerosol delivery device comprising a housing defining a reservoir configured to retain aerosol precursor composition, and contained within the housing: a power source configured to generate a voltage output; a heating element controllable to activate and vaporize components of the aerosol precursor composition; and a boost converter between the power source and an electrical load that includes the heating element , the boost converter being configured to step up the voltage output of the power source to a higher voltage from which the heating element is powered to activate and vaporize components of the aerosol precursor composition, wherein the boost converter is operable in a switching mode in which the boost converter is automatically switchable between a pulse-width modulation (PWM) operation in which the higher voltage is a PWM voltage, and a pulse-frequency modulation (PFM) operation in which the higher voltage is a PFM voltage, based on a condition of the electrical load. a power source configured to generate a voltage output; a heating element controllable to activate and vaporize components of the aerosol precursor composition; and a boost converter between the power source and an electrical load that includes the heating element , the boost converter being configured to step up the voltage output of the power source to a higher voltage from which the heating element is powered to activate and vaporize components of the aerosol precursor composition, wherein the boost converter is operable in a switching mode in which the boost converter is automatically switchable between a pulse-width modulation (PWM) operation in which the higher voltage is a PWM voltage, and a pulse-frequency modulation (PFM) operation in which the higher voltage is a PFM voltage, based on a condition of the electrical load.
Method of preparing a difluorinated alcohol, comprising a fluorination reaction of reacting an aldehyde and a fluorine-containing compound; and a reduction reaction of adding sodium borohydride after the reaction of the aldehyde and the fluorine-containing compound, wherein the fluorine-containing compound comprises any one selected from the group consisting of N-fluorobenzenesulfonimide, 1-(chloromethyl)-4-fluoro-1,4-diazoniabicyclo[2.2.2]octane ditetrafluoroborate, 1-fluoro-4-hydroxy-1,4-diazabicyclo[2.2.2]octane bis(tetrafluoroborate) (NFTh), and N -fluoropyridinium pyridine heptafluorodiborate (NFPy), wherein the aldehyde is represented by the following Formula 1 wherein R 1 in Formula 1 is an unsubstituted phenyl group, or a phenyl group substituted with -OCH 3 , -CH 3 , -F, -Cl, -Br, -CF 3 , -CN, or -NO 2 , wherein the reaction of the aldehyde and the fluorine-containing compound is performed in the presence of a reaction compound comprising any one compound selected from the group consisting of L-proline, D-proline, (S)-α allyl-proline hydrochloride, (R)-pyrrolidine-2-carboxylic acid methyl ester, H-D-pro-O-ethyl hydrochloride, and D-proline methyl ester hydrochloride, wherein the aldehyde, the fluorine-containing compound, and the reaction compound are present at a ratio of 1:(2 to 4):(0.1 to 4), and wherein a solvent used in the fluorination reaction comprises any one compound selected from the group consisting of dimethylacetamide (DMAc), dimethylformamide (DMF), and wherein the difluorinated alcohol is represented by the following Formula 4: wherein R 1 represents any one selected from the group consisting of an unsubstituted phenyl group, or a phenyl group substituted with -OCH 3 , -CH 3 , -F, -Cl, -Br, -CF 3 , -CN, or - NO 2 .
Method for plating using compound needles on a circular knitting machine, in which method at least two yarns are inserted in the hook region of a compound needle , and in which method at least one sinker is moved in relation to a cylinder in such a manner that the at least one sinker by means of a guiding means guides at least one of the yarns into the hook region of the compound needle further in the direction towards the needle shank and hereby keeps the yarns separated, characterized in that the cylinder comprises an immovably disposed knock-over edge which extends in a longitudinal direction (L) and a transverse direction (Q), and in that the sinker moreover moves in the longitudinal direction (L) and the height direction (H), the latter being perpendicular to the longitudinal direction (L) and the transverse direction (Q), towards the knock-over edge such that the guiding means performs a movement which at least section-wise tracks at least one yarn .
A method of receiving data at a relay node in a wireless communication system supporting a Multi User-Multiple Input Multiple Output, Multi User-MIMO, antenna scheme, the method comprising: receiving a relay physical downlink control channel, R-PDCCH, from a base station using first antenna port information and a first scramble identity, SCID, via a first resource block pair, RB pair, wherein the R-PDCCH includes second antenna port information and a second SCID; and receiving downlink data from the base station using the R-PDCCH, wherein if the downlink data is received in a part of the first RB pair via which the R-PDCCH is transmitted, the downlink data is demodulated using the first antenna port information and the first SCID which are used for the R-PDCCH, wherein if the downlink data is received in a part of a second RB pair via which the R-PDCCH is not transmitted, the downlink data is demodulated using the second antenna port information and the second SCID indicated by the R-PDCCH, wherein each of the RB pairs includes frequency and time resources, characterized in that wherein a RB bundle consists of more than two RB pairs with a same precoding as a precoding applied to the first RB pair via which the R-PDCCH is received, wherein if the downlink data is received in a third RB pair belonging to the RB bundle, the downlink data is demodulated using the first antenna port information and the first SCID which are used for the R-PDCCH. receiving a relay physical downlink control channel, R-PDCCH, from a base station using first antenna port information and a first scramble identity, SCID, via a first resource block pair, RB pair, wherein the R-PDCCH includes second antenna port information and a second SCID; and receiving downlink data from the base station using the R-PDCCH, wherein if the downlink data is received in a part of the first RB pair via which the R-PDCCH is transmitted, the downlink data is demodulated using the first antenna port information and the first SCID which are used for the R-PDCCH, wherein if the downlink data is received in a part of a second RB pair via which the R-PDCCH is not transmitted, the downlink data is demodulated using the second antenna port information and the second SCID indicated by the R-PDCCH, wherein each of the RB pairs includes frequency and time resources, characterized in that wherein a RB bundle consists of more than two RB pairs with a same precoding as a precoding applied to the first RB pair via which the R-PDCCH is received, wherein if the downlink data is received in a third RB pair belonging to the RB bundle, the downlink data is demodulated using the first antenna port information and the first SCID which are used for the R-PDCCH.
Method for monitoring a setting or program access to a component of a wind turbine or a wind farm comprising the steps of: - querying access authorization data , comprising at least one user ID , in particular a user name, - receiving a confirmation that the access authorization data has been entered, - determining a character string dependent on the user ID of the received access authorization data , and - storing the determined character string in a log of a memory , wherein the character string is determined from the user ID using a predefined hash function , wherein an access authorization is checked after receiving the confirmation of an input of the access authorization data , and in the case of a valid access authorization, setting and program accesses assigned to the user ID are permitted and otherwise setting and program accesses are prevented, wherein in the memory setting and program accesses carried out additionally with the valid access authorization are logged in the log in such a way that they are linked to the character string determined from the user ID . - querying access authorization data , comprising at least one user ID , in particular a user name, - receiving a confirmation that the access authorization data has been entered, - determining a character string dependent on the user ID of the received access authorization data , and - storing the determined character string in a log of a memory , wherein the character string is determined from the user ID using a predefined hash function , wherein an access authorization is checked after receiving the confirmation of an input of the access authorization data , and in the case of a valid access authorization, setting and program accesses assigned to the user ID are permitted and otherwise setting and program accesses are prevented, wherein in the memory setting and program accesses carried out additionally with the valid access authorization are logged in the log in such a way that they are linked to the character string determined from the user ID .
Floor cleaning machine which is hand-guided and/or hand-held, comprising a support device , at least one cleaning roller which is arranged on the support device , is capable of being driven in rotation and is provided with a cleaning substrate , a fan device for creating a suction flow, and a suction channel device for the suction flow which provides at least one suction channel operatively connected for fluid communication between the fan device and the at least one cleaning roller , wherein the at least one suction channel has at least one mouth towards the at least one cleaning roller and wherein the at least one mouth comprises a first mouth wall and a spaced second mouth wall having a mouth opening formed therebetween, wherein the first mouth wall is positioned above the second mouth wall relative to the direction of gravity (g) when the at least one cleaning roller is placed on a floor that is to be cleaned, wherein a user holding unit is arranged on the support device , characterized in that the first mouth wall and/or the second mouth wall is in contact against or protrudes into the cleaning substrate of the at least one cleaning roller , wherein the user holding unit comprises a stick device having a handle located thereon, and in that arranged on the user holding unit is at least one cleaning liquid container which is operatively connected for fluid communication with the at least one cleaning roller .
A plate cylinder comprising: a plate cylinder body having a longitudinally-extending first hole and a longitudinally extending plate-receiving gap connected to the first hole, the plate cylinder body having a longitudinally-extending second hole parallel to the first hole; and a lock-up mechanism including: a torsion bar extending in the longitudinally extending first hole and having a surface for contacting an end of a plate located in the gap; a swing bar extending longitudinally in the second hole and being movable perpendicular to the longitudinal direction due to the second hole being oversized compared to dimensions of the swing bar within the second hole; an arm connecting the swing bar and the torsion bar, the torsion bar being rotatable as the swing bar moves within the second hole; and an activator ; characterized in that the lock-up mechanism comprises a lever connecting the activator to the swing bar, the activator rotating the lever to move the swing bar thereby rotating the torsion bar. a plate cylinder body having a longitudinally-extending first hole and a longitudinally extending plate-receiving gap connected to the first hole, the plate cylinder body having a longitudinally-extending second hole parallel to the first hole; and a lock-up mechanism including: a torsion bar extending in the longitudinally extending first hole and having a surface for contacting an end of a plate located in the gap; a swing bar extending longitudinally in the second hole and being movable perpendicular to the longitudinal direction due to the second hole being oversized compared to dimensions of the swing bar within the second hole; an arm connecting the swing bar and the torsion bar, the torsion bar being rotatable as the swing bar moves within the second hole; and an activator ; characterized in that the lock-up mechanism comprises a lever connecting the activator to the swing bar, the activator rotating the lever to move the swing bar thereby rotating the torsion bar. a torsion bar extending in the longitudinally extending first hole and having a surface for contacting an end of a plate located in the gap; a swing bar extending longitudinally in the second hole and being movable perpendicular to the longitudinal direction due to the second hole being oversized compared to dimensions of the swing bar within the second hole; an arm connecting the swing bar and the torsion bar, the torsion bar being rotatable as the swing bar moves within the second hole; and an activator ; characterized in that the lock-up mechanism comprises a lever connecting the activator to the swing bar, the activator rotating the lever to move the swing bar thereby rotating the torsion bar.
An isolated deoxyribonucleic acid (DNA) molecule consisting of a nucleotide sequence that encodes a protein at least 95% identical to the amino acid sequence of SEQ ID NO:11, wherein the nucleotide sequence encodes a protein that when expressed in photoreceptor cells of a patient suffering from CEP290-related Leber congenital amaurosis (LCA), increases visual function of the patient.
A system for controlled tipping of a dump body of a transport vehicle , wherein the vehicle comprises a support frame , a counter frame with a pair of parallel cross members , a lifting cylinder for lifting the dump body and a locking device for selectively locking the dump body , wherein said locking device comprises support means for supporting the dump body , which are designed to be selectively locked and are placed at the ends of said cross members , wherein each of said support means comprises a convex element having a spherical head , a concave element having a seat for said spherical head , a locking pin for selectively locking said concave element and said convex element to prevent separation thereof, a double-acting actuator for imparting a two-way motion to said pin , said actuator being housed in a recess of a respective cross member for actuating a respective pin along a respective transverse direction (X) and cause said convex element and said concave element to be locked together to protect each actuator from possible impacts and damages; characterized in that each convex element is secured to a bottom face of the dump body and each concave element is fixed to said counter frame in alignment with a respective convex element , there being provided a user-operable electronic control unit which is connected to said actuators and to said lift cylinder and a plurality of position sensors , said control unit and said sensors being connected to said actuators and said cylinder by means of a plurality of electrical connections which are integrally arranged on said counter frame .
An image display apparatus, comprising: a liquid crystal display panel comprising a display surface for displaying an image on a first surface of the liquid crystal display panel; an imaging device disposed to face a second surface of the liquid crystal display panel, the second surface located opposite to the first surface, the imaging device being capable of imaging a front area of the liquid crystal display panel and comprising a sleeve, and an imaging element which receives incoming light which has passed through the sleeve; a backlight device disposed to face the second surface of the liquid crystal display panel, the backlight device applying light to the second surface of the liquid crystal display panel and including a retaining portion to hold the imaging device; and a light shield member, the light shield member having an annular shape, being disposed between the second surface of the liquid crystal display panel and an end surface of the sleeve, and being in contact with each of the second surface and the end surface. a liquid crystal display panel comprising a display surface for displaying an image on a first surface of the liquid crystal display panel; an imaging device disposed to face a second surface of the liquid crystal display panel, the second surface located opposite to the first surface, the imaging device being capable of imaging a front area of the liquid crystal display panel and comprising a sleeve, and an imaging element which receives incoming light which has passed through the sleeve; a sleeve, and an imaging element which receives incoming light which has passed through the sleeve; a backlight device disposed to face the second surface of the liquid crystal display panel, the backlight device applying light to the second surface of the liquid crystal display panel and including a retaining portion to hold the imaging device; and a light shield member, the light shield member having an annular shape, being disposed between the second surface of the liquid crystal display panel and an end surface of the sleeve, and being in contact with each of the second surface and the end surface.
A method for receiving downlink control information, DCI, the method performed by a device and comprising: receiving the DCI via a downlink control channel, which is repeated on a first plurality of consecutive downlink subframes, from a base station , receiving a system information block, SIB, related to a plurality of subframe indexes from the base station , wherein the SIB related to the plurality of subframe indexes includes information dedicated for the device and is repeatedly received on a second plurality of consecutive downlink subframes within 80ms, based on that at least one downlink subframe, among the first plurality of downlink subframes, is used to receive the SIB related to the plurality of subframe indexes, determining that the DCI via the downlink control channel is not transmitted from the base station to the device on the at least one downlink subframe, wherein the reception of the DCI via the downlink control channel is stopped on the at least one downlink subframe by the device , wherein the SIB related to the plurality of subframe indexes is received on the at least one downlink subframe by the device , wherein residual reception of the DCI via the downlink control channel is attempted by the device after end of a transmission of the SIB related to the plurality of subframe indexes on the at least one downlink subframe, and wherein the at least one downlink subframe is at least one overlapped downlink subframe of the first plurality of consecutive downlink subframes and the second plurality of consecutive downlink subframes. receiving the DCI via a downlink control channel, which is repeated on a first plurality of consecutive downlink subframes, from a base station , receiving a system information block, SIB, related to a plurality of subframe indexes from the base station , wherein the SIB related to the plurality of subframe indexes includes information dedicated for the device and is repeatedly received on a second plurality of consecutive downlink subframes within 80ms, based on that at least one downlink subframe, among the first plurality of downlink subframes, is used to receive the SIB related to the plurality of subframe indexes, determining that the DCI via the downlink control channel is not transmitted from the base station to the device on the at least one downlink subframe, wherein the reception of the DCI via the downlink control channel is stopped on the at least one downlink subframe by the device , wherein the SIB related to the plurality of subframe indexes is received on the at least one downlink subframe by the device , wherein residual reception of the DCI via the downlink control channel is attempted by the device after end of a transmission of the SIB related to the plurality of subframe indexes on the at least one downlink subframe, and wherein the at least one downlink subframe is at least one overlapped downlink subframe of the first plurality of consecutive downlink subframes and the second plurality of consecutive downlink subframes.
A water sink , comprising a water sink body , wherein each of two opposite inner walls of the water sink body has a baffle , and both ends of the baffle are fixedly connected to one of said two opposite inner walls of the water sink body, characterized in that space is left between the baffle and the corresponding inner wall of the water sink body . each of two opposite inner walls of the water sink body has a baffle , and both ends of the baffle are fixedly connected to one of said two opposite inner walls of the water sink body, characterized in that space is left between the baffle and the corresponding inner wall of the water sink body .