mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a control section, wherein if transmission durations of a plurality of channel state information, CSI, reports overlap, then the control section is adapted to determine whether the plurality of CSI reports are multiplexed based on a report type of each CSI report and an uplink channel type used in transmission of each CSI report; and a transmitting section adapted to transmit at least one of the plurality of CSI reports, wherein if the plurality of CSI reports are CSI reports of the same type that utilize a Physical Uplink Control Channel, PUCCH, and if a multi CSI-PUCCH resource list is configured by a higher layer, then the control section is adapted to multiplex the plurality of CSI reports with a PUCCH resource configured by the multi-CSI-PUCCH resource list. a control section, wherein if transmission durations of a plurality of channel state information, CSI, reports overlap, then the control section is adapted to determine whether the plurality of CSI reports are multiplexed based on a report type of each CSI report and an uplink channel type used in transmission of each CSI report; and a transmitting section adapted to transmit at least one of the plurality of CSI reports, wherein if the plurality of CSI reports are CSI reports of the same type that utilize a Physical Uplink Control Channel, PUCCH, and if a multi CSI-PUCCH resource list is configured by a higher layer, then the control section is adapted to multiplex the plurality of CSI reports with a PUCCH resource configured by the multi-CSI-PUCCH resource list.
A 1-ply toilet paper comprising: a leaf bleached kraft pulp and a needle bleached kraft pulp, as constituting fibers, mass% of the needle bleached kraft pulp being 15 to 55 mass%; 0.024 to 0.075 mass%, with respect to a mass of the pulps, of a fatty acid ester series compound; and 0.015 to 0.075 mass%, with respect to the mass of the pulps, of a fatty acid amide series compound, wherein a basis weight is 21.0 to 22.5 g / m 2, wherein a paper thickness is 110 to 155 μm, wherein a degree of elongation is 14 to 25%, wherein an MMD is less than 9.3, wherein dry tensile strength in a longitudinal direction is 245 to 330 cN / 25 mm, and wherein dry tensile strength in a lateral direction is 85 to 135 cN / 25 mm. a leaf bleached kraft pulp and a needle bleached kraft pulp, as constituting fibers, mass% of the needle bleached kraft pulp being 15 to 55 mass%; 0.024 to 0.075 mass%, with respect to a mass of the pulps, of a fatty acid ester series compound; and 0.015 to 0.075 mass%, with respect to the mass of the pulps, of a fatty acid amide series compound, wherein a basis weight is 21.0 to 22.5 g / m 2, wherein a paper thickness is 110 to 155 μm, wherein a degree of elongation is 14 to 25%, wherein an MMD is less than 9.3, wherein dry tensile strength in a longitudinal direction is 245 to 330 cN / 25 mm, and wherein dry tensile strength in a lateral direction is 85 to 135 cN / 25 mm.
PROCESS FOR THE APPLICATION OF A DECORATIVE COVERING ON WALLS IN HUMID ENVIRONMENTS AND/OR WHICH ARE SUBJECT TO WATER JETS, the process comprising the following steps: - applying a reinforcing material layer on the surface of the wall of a humid environment; - applying a waterproofing glue layer on the reinforcing material layer; - applying a decorated fibreglass fabric layer on said waterproofing glue layer, having the ornamental appearance to be conferred to said wall; - applying a protective finishing layer on said decorated fibreglass fabric layer, characterised in that the process comprises also the application of a sealant layer on said protective finishing layer, which is applied only on the junction points of the covering, in particular in the contact areas between a shower tray and the wall, between a bathtub and the wall, between the wall and an adjacent wall, and finally between the wall and tapware and in that the reinforcing material layer consists of a formulation based on epoxy resins, used in combination with cycloaliphatic amine hardeners, solvent-free and advantageously made of two components which are mixed just before applying the layer to the wall. - applying a reinforcing material layer on the surface of the wall of a humid environment; - applying a waterproofing glue layer on the reinforcing material layer; - applying a decorated fibreglass fabric layer on said waterproofing glue layer, having the ornamental appearance to be conferred to said wall; - applying a protective finishing layer on said decorated fibreglass fabric layer, the process comprises also the application of a sealant layer on said protective finishing layer, which is applied only on the junction points of the covering, in particular in the contact areas between a shower tray and the wall, between a bathtub and the wall, between the wall and an adjacent wall, and finally between the wall and tapware and in that the reinforcing material layer consists of a formulation based on epoxy resins, used in combination with cycloaliphatic amine hardeners, solvent-free and advantageously made of two components which are mixed just before applying the layer to the wall.
An abrasive article comprising: a bonded abrasive body including: a bond material comprising an organic material; and abrasive particles contained within the bond material, the abrasive particles comprising nanocrystalline alumina having an average crystallite size within a range of 0.01 microns to 0.15 microns. a bond material comprising an organic material; and abrasive particles contained within the bond material, the abrasive particles comprising nanocrystalline alumina having an average crystallite size within a range of 0.01 microns to 0.15 microns.
Layer furnace installation for thermal treatment of metal components, having a plurality of heating levels (h1, h2, h3, h4, h5) lying one on top of the other in vertical direction and at least one heat source, wherein flat metal components, more particularly metal blanks, can be inserted into the heating levels (h1, h2, h3, h4, h5) and a heating level (h1, h2, h3, h4, h5) can be closed by means of a furnace door (1, 2, 3, 4, 5), characterised in that the furnace doors (1, 2, 3, 4, 5) of a plurality of heating levels (h1, h2, h3, h4, h5) are mounted vertically one on top of the other and each particular furnace door (1, 2, 3, 4, 5) for opening and closing the heating level (h1, h2, h3, h4, h5) behind it is guided linearly in a rail system and can be moved in vertical direction.
Injection device comprising: - an elongated housing; - a container carrier having a medicament container to which a needle is attached; - penetration means comprising a decoupling sleeve, a preloaded penetration spring means capable of acting on said decoupling sleeve and thereby on said container carrier causing a sliding movement of the container and needle, and penetration holding means (60, 62, 68) capable of holding said penetration spring means in a loaded state; - injection means comprising a plunger rod arranged to act on a stopper in said medicament container, a preloaded injection spring means capable of acting on said plunger rod for displacement of said stopper inside said container, and injection holding means (28, 36, 37) capable of holding said injection spring means in a loaded state; - means for initiating a penetration sequence (12, 72, 50, 58) capable of acting on a penetration trigger means which is arranged on said decoupling sleeve for disconnecting said penetration holding means; and - injection trigger means arranged on said decoupling sleeve and capable of disconnecting said injection holding means for initiating an injection sequence when the decoupling sleeve and the plunger rod have moved to a certain position; characterised in that said device further comprises a dampening means comprising a compartment containing a volume of highly viscous liquid and defined in part by the outer surface of the plunger rod and an inner surface of a cap, wherein said compartment is arranged with a passage through which the liquid may be forced only when the injection sequence is initiated, such that the volume within the compartment decreases as the plunger rod moves within the container during the whole injection sequence and thereby creating a dampening shear force. - an elongated housing; - a container carrier having a medicament container to which a needle is attached; - penetration means comprising a decoupling sleeve, a preloaded penetration spring means capable of acting on said decoupling sleeve and thereby on said container carrier causing a sliding movement of the container and needle, and penetration holding means (60, 62, 68) capable of holding said penetration spring means in a loaded state; - injection means comprising a plunger rod arranged to act on a stopper in said medicament container, a preloaded injection spring means capable of acting on said plunger rod for displacement of said stopper inside said container, and injection holding means (28, 36, 37) capable of holding said injection spring means in a loaded state; - means for initiating a penetration sequence (12, 72, 50, 58) capable of acting on a penetration trigger means which is arranged on said decoupling sleeve for disconnecting said penetration holding means; and - injection trigger means arranged on said decoupling sleeve and capable of disconnecting said injection holding means for initiating an injection sequence when the decoupling sleeve and the plunger rod have moved to a certain position;
Use of a battery adapter for detachably connecting a first wire set, a second wire set, a rechargeable battery and a battery charger, wherein the battery adapter includes: a housing a positive electrode terminal, mounted to the housing, wherein the positive electrode terminal is configured to connect to a positive terminal of the battery charger; a negative electrode terminal, mounted to the housing, wherein the negative electrode terminal is configured to connect to a negative terminal of the battery charger; two positive electrode connectors, mounted to the housing and electrically connected to the positive electrode terminal respectively by two first transmission lines, wherein the two positive electrode connectors are configured to detachably connect to two polarity connectors (33a, 34a) of the first wire set; two negative electrode connectors, mounted to the housing and electrically connected to the negative electrode terminal respectively by two second transmission lines, wherein the two negative electrode connectors are configured to detachably connect to two polarity connectors (33b, 34b) of the second wire set; two fuses, respectively configured to electrically connect to the two first transmission lines or configured to respectively electrically connect to the two second transmission lines; wherein the two first transmission lines and the two second transmission lines are disposed in the housing; wherein two terminals (31a, 32a) of the wire set are configured to connect to a positive terminal of a rechargeable battery and two terminals (31b, 32b) of the wire set are configured to connect to a negative terminal of the rechargeable battery; a housing a positive electrode terminal, mounted to the housing, wherein the positive electrode terminal is configured to connect to a positive terminal of the battery charger; a negative electrode terminal, mounted to the housing, wherein the negative electrode terminal is configured to connect to a negative terminal of the battery charger; two positive electrode connectors, mounted to the housing and electrically connected to the positive electrode terminal respectively by two first transmission lines, wherein the two positive electrode connectors are configured to detachably connect to two polarity connectors (33a, 34a) of the first wire set; two negative electrode connectors, mounted to the housing and electrically connected to the negative electrode terminal respectively by two second transmission lines, wherein the two negative electrode connectors are configured to detachably connect to two polarity connectors (33b, 34b) of the second wire set; two fuses, respectively configured to electrically connect to the two first transmission lines or configured to respectively electrically connect to the two second transmission lines; wherein the two first transmission lines and the two second transmission lines are disposed in the housing; wherein two terminals (31a, 32a) of the wire set are configured to connect to a positive terminal of a rechargeable battery and two terminals (31b, 32b) of the wire set are configured to connect to a negative terminal of the rechargeable battery;
Process for the oxidative electrochemical amination of a) 1-nitronaphthalene, 1-cyanonaphthalene, 1-alkoxycarbonylnaphthalene or 1-aryloxycarbonylnaphthalene in the 5 position, or b) naphthalene in the 1 and 5 positions at boron-doped diamond anodes. a) 1-nitronaphthalene, 1-cyanonaphthalene, 1-alkoxycarbonylnaphthalene or 1-aryloxycarbonylnaphthalene in the 5 position, or b) naphthalene in the 1 and 5 positions at boron-doped diamond anodes.
A method for conditioning a multi-carrier signal for data transmission in a telecommunication network, the method comprising: - modulating at least one data symbol onto one or more subcarriers in a frequency block comprising a group of subcarriers for data transmission, the subcarriers being separated from each other in frequency domain by a predetermined subcarrier spacing; - modulating at least one cancellation symbol onto one or more frequencies at frequency positions outside the frequency block, and separated from subcarriers therein by a non-integer multiple of the predetermined subcarrier spacing for partial cancellation of one or more side lobes originating from transmission of the at least one data symbol; - converting the modulated at least one data symbol and the modulated at least one cancellation symbol from frequency-domain to time domain to form respective time domain signals; and - combining the respective time domain signals to form the multi-carrier signal for data transmission. - modulating at least one data symbol onto one or more subcarriers in a frequency block comprising a group of subcarriers for data transmission, the subcarriers being separated from each other in frequency domain by a predetermined subcarrier spacing; - modulating at least one cancellation symbol onto one or more frequencies at frequency positions outside the frequency block, and separated from subcarriers therein by a non-integer multiple of the predetermined subcarrier spacing for partial cancellation of one or more side lobes originating from transmission of the at least one data symbol; - converting the modulated at least one data symbol and the modulated at least one cancellation symbol from frequency-domain to time domain to form respective time domain signals; and - combining the respective time domain signals to form the multi-carrier signal for data transmission.
A method for improving surface roughness of an environmental barrier coating comprising: providing a component having a plasma sprayed environmental barrier coating; applying an outer layer repair slurry to the environmental barrier coating of the component; drying the environmental barrier coating having the applied outer layer repair slurry; and sintering the component to produce a component having an improved surface roughness wherein the outer layer repair slurry comprises: water; a primary outer material comprising BSAS; and a slurry sintering aid selected from the group consisting of rare earth nitrate, rare earth acetate, rare earth chloride, rare earth oxide, ammonium phosphate, phosphoric acid, polyvinyl phosphonic acid, and combinations thereof. providing a component having a plasma sprayed environmental barrier coating; applying an outer layer repair slurry to the environmental barrier coating of the component; drying the environmental barrier coating having the applied outer layer repair slurry; and sintering the component to produce a component having an improved surface roughness water; a primary outer material comprising BSAS; and a slurry sintering aid selected from the group consisting of rare earth nitrate, rare earth acetate, rare earth chloride, rare earth oxide, ammonium phosphate, phosphoric acid, polyvinyl phosphonic acid, and combinations thereof.
A method for post installation adjustment of a climate system including a circulation pump providing a pumping pressure, a plurality of radiators (1; 12), a system of pipes connecting the pump with the radiators, and a plurality of fixed valve coefficient (Cv) flow regulators, the method comprising the steps: a) providing (step S10) a software implemented model of the climate system, said model defining a relationship between a set of Cv-values for said flow regulators and a set of radiator flows for a given pumping pressure, b) determining (step S11) a desired change of at least one radiator flow, c) determining (step S12) a change of at least one Cv-value required to achieve the desired flow change, d) using said software implemented model to automatically calculate (step S13) a set of radiator flow changes resulting from said change of at least one Cv-value, e) identifying (step S14) a subset of radiator flow changes from said set of radiator flow changes which have a perceivable impact on climate system performance, f) repeating steps b) - e) until said subset is empty, and g) implementing determined changes of Cv-values by installing suitable flow regulators in the climate system. a) providing (step S10) a software implemented model of the climate system, said model defining a relationship between a set of Cv-values for said flow regulators and a set of radiator flows for a given pumping pressure, b) determining (step S11) a desired change of at least one radiator flow, c) determining (step S12) a change of at least one Cv-value required to achieve the desired flow change, d) using said software implemented model to automatically calculate (step S13) a set of radiator flow changes resulting from said change of at least one Cv-value, e) identifying (step S14) a subset of radiator flow changes from said set of radiator flow changes which have a perceivable impact on climate system performance, f) repeating steps b) - e) until said subset is empty, and g) implementing determined changes of Cv-values by installing suitable flow regulators in the climate system.
Crystalline form III of agomelatine of formula: characterised by the following X-ray powder diffraction diagram, measured using a Siemens D5005 diffractometer (copper anticathode) and expressed in terms of interplanar distance d, Bragg's angle 2 theta and relative intensity (expressed as a percentage relative to the most intense line: 2-Theta (°) exp. d (Å) exp. Intensity (%) 10.52 8.405 100 12.92 6.848 40 16.15 5.482 53 17.38 5.097 69 17.84 4.968 96 18.55 4.779 22 19.20 4.619 97 19.89 4.460 30 20.32 4.366 24 21.15 4.197 26 22.08 4.022 16 22.96 3.870 23 23.33 3.810 95 23.84 3.730 33 24.52 3.628 25 24.88 3.576 59 25.07 3.550 90 26.27 3.390 61 26.86 3.316 22 27.97 3.187 20 29.51 3.024 43
A communication method, wherein the method comprises: receiving, by a terminal device (8, 200), configuration information of at least one carrier component group from a network device; receiving, by the terminal device (8, 200) by using at least one beam, a downlink signal from the network device on a corresponding carrier component in the at least one carrier component group, wherein each carrier component group comprises at least two carrier components, each carrier component corresponds to at least one beam, and the configuration information comprises an identifier of each carrier component group and an identifier of each carrier component; and when it is detected, by the terminal device (8, 200), based on the downlink signal that a beam associated with a first carrier component in a carrier component group fails, sending, by the terminal device (8, 200), a beam recovery request to the network device on a second carrier component in the carrier component group. receiving, by a terminal device (8, 200), configuration information of at least one carrier component group from a network device; receiving, by the terminal device (8, 200) by using at least one beam, a downlink signal from the network device on a corresponding carrier component in the at least one carrier component group, wherein each carrier component group comprises at least two carrier components, each carrier component corresponds to at least one beam, and the configuration information comprises an identifier of each carrier component group and an identifier of each carrier component; and when it is detected, by the terminal device (8, 200), based on the downlink signal that a beam associated with a first carrier component in a carrier component group fails, sending, by the terminal device (8, 200), a beam recovery request to the network device on a second carrier component in the carrier component group.
An image encoder for encoding a color image signal in a 4:4:4 format, comprising: an upper header encoding unit for encoding identification information included in a bit stream, the identification information indicating whether or not signals of respective three color components of the color image are independently encoded in a 4:0:0 format; and a first picture encoding unit and second picture encoding units for encoding the color image signal in the 4:4:4 format based on the identification information encoded by the upper header encoding unit, wherein in a case where the identification information indicates that the signals of respective color components are not independently encoded in the 4:0:0 format, the first picture encoding unit encodes the color image signal in the 4:4:4 format so that encoded data of one picture is included in one access unit, and according to macro-block header information determined as header information common to the three color components, and in a case where the identification information indicates that the signals of respective color components are independently encoded in the 4:0:0 format, the second picture encoding units encode the color image signal in the 4:4:4 format so that encoded data of three pictures of the respective three color components is included in one access unit, and according to macro-block header information determined as respective header information with respect to three single color components. an upper header encoding unit for encoding identification information included in a bit stream, the identification information indicating whether or not signals of respective three color components of the color image are independently encoded in a 4:0:0 format; and a first picture encoding unit and second picture encoding units for encoding the color image signal in the 4:4:4 format based on the identification information encoded by the upper header encoding unit, wherein in a case where the identification information indicates that the signals of respective color components are not independently encoded in the 4:0:0 format, the first picture encoding unit encodes the color image signal in the 4:4:4 format so that encoded data of one picture is included in one access unit, and according to macro-block header information determined as header information common to the three color components, and in a case where the identification information indicates that the signals of respective color components are independently encoded in the 4:0:0 format, the second picture encoding units encode the color image signal in the 4:4:4 format so that encoded data of three pictures of the respective three color components is included in one access unit, and according to macro-block header information determined as respective header information with respect to three single color components.