mhurhangee/ep-ind-claims huggingface dataset:
Method for decorating an article comprising the following steps: a) supplying a support comprising two opposite faces (21, 22); b) applying a particulate thermostable coating composition onto one of said support faces to form a particulate sub-layer, said particulate composition comprising at least one fluorocarbonated resin, alone or with a thermostable fastening resin; c) natural or forced drying of said particulate sub-layer; d) flexographic printing of decor on said particulate sub-layer, comprising the printing d1) of a first pigmented decor composition on said particulate sub-layer to form a first discontinuous decor layer, said first decor composition comprising at least one pigment with good thermal resistance; then e) thermal solidification treatment of the coated support; wherein: - the first pigmented decor composition additionally comprises a fluorocarbonated resin with a melting or curing temperature equal to or less than that of the fluorocarbonated resin contained in the particulate sub-layer, and/or - a step of applying a colourless finishing composition to form a colourless finishing layer is carried out between the flexographic printing step d) and the thermal treatment step e), said colourless finishing composition comprising at least one fluorocarbonated resin, and/or - the particulate sub-layer is a high-absorbing sub-layer. a) supplying a support comprising two opposite faces (21, 22); b) applying a particulate thermostable coating composition onto one of said support faces to form a particulate sub-layer, said particulate composition comprising at least one fluorocarbonated resin, alone or with a thermostable fastening resin; c) natural or forced drying of said particulate sub-layer; d) flexographic printing of decor on said particulate sub-layer, comprising the printing d1) of a first pigmented decor composition on said particulate sub-layer to form a first discontinuous decor layer, said first decor composition comprising at least one pigment with good thermal resistance; then e) thermal solidification treatment of the coated support; - the first pigmented decor composition additionally comprises a fluorocarbonated resin with a melting or curing temperature equal to or less than that of the fluorocarbonated resin contained in the particulate sub-layer, and/or - a step of applying a colourless finishing composition to form a colourless finishing layer is carried out between the flexographic printing step d) and the thermal treatment step e), said colourless finishing composition comprising at least one fluorocarbonated resin, and/or - the particulate sub-layer is a high-absorbing sub-layer.
A passenger conveyor assembly, comprising: a moveable stepping surface; a first drive that is operative to move the stepping surface; a handrail; a second drive that is operative to move the handrail, the second drive comprising a motor that is dedicated to moving only the handrail; and a controller that controls the second drive independent of the fist drive; characterized in that the controller is adapted to allow for movement of the stepping surface or the handrail when the other of the handrail or the stepping surface is stationary, wherein the controller controls the second drive to stop the handrail while allowing the stepping surface to continue moving when there are no passengers on the stepping surface. a moveable stepping surface; a first drive that is operative to move the stepping surface; a handrail; a second drive that is operative to move the handrail, the second drive comprising a motor that is dedicated to moving only the handrail; and a controller that controls the second drive independent of the fist drive; characterized in that the controller is adapted to allow for movement of the stepping surface or the handrail when the other of the handrail or the stepping surface is stationary, wherein the controller controls the second drive to stop the handrail while allowing the stepping surface to continue moving when there are no passengers on the stepping surface.
An apparatus, comprising: a plurality of processors, wherein a subset of the plurality of processors is configured to execute a secure program; and a plurality of configurable communication elements (601; 602) coupled to the plurality of processors in an interspersed arrangement, wherein each configurable communication element (601; 602) included in a subset of the plurality of configurable communication elements (601; 602) is coupled to at least one processor of the subset of the plurality of processors; wherein a particular processor of the subset of the plurality of processors is coupled to a particular configurable communication element (601; 602), the apparatus being characterized in that the subset of the plurality of processors and the subset of the plurality of configurable communication elements (601; 602) define a secured area; and in that the particular configurable communication element (601; 602) of the subset of the plurality of configurable communication elements (601; 602) is configured to restrict access of a message to a memory coupled to the particular processor but to allow the message to bypass over the secured area. a plurality of processors, wherein a subset of the plurality of processors is configured to execute a secure program; and a plurality of configurable communication elements (601; 602) coupled to the plurality of processors in an interspersed arrangement, wherein each configurable communication element (601; 602) included in a subset of the plurality of configurable communication elements (601; 602) is coupled to at least one processor of the subset of the plurality of processors; wherein a particular processor of the subset of the plurality of processors is coupled to a particular configurable communication element (601; 602), the apparatus being characterized in that the subset of the plurality of processors and the subset of the plurality of configurable communication elements (601; 602) define a secured area; and in that the particular configurable communication element (601; 602) of the subset of the plurality of configurable communication elements (601; 602) is configured to restrict access of a message to a memory coupled to the particular processor but to allow the message to bypass over the secured area.
A method of configuring TDD uplink-downlink subframes for base stations, wherein the method comprises: Determining a coupling loss between every two of the base stations in a preset region; Clustering the base stations in the preset region according to the coupling loss between every two of the base stations; and the base stations configuring TDD uplink-downlink subframes according to results of clustering, wherein the base stations in a same cluster are configured with a same TDD uplink-downlink subframe configuration, and the base stations in different clusters are configured with a same TDD uplink-downlink subframe configuration or different TDD uplink-downlink subframe configurations. Determining a coupling loss between every two of the base stations in a preset region; Clustering the base stations in the preset region according to the coupling loss between every two of the base stations; and the base stations configuring TDD uplink-downlink subframes according to results of clustering, wherein the base stations in a same cluster are configured with a same TDD uplink-downlink subframe configuration, and the base stations in different clusters are configured with a same TDD uplink-downlink subframe configuration or different TDD uplink-downlink subframe configurations.
Cationic borate in powder form with a. a water solubility of maximum 5 g/l at 20°C, indicated as free boron, and b. a particle size d90, determined according to ISO 20998-1:2006, of less than 500 nm, wherein the powder contains adhesion promoters selected from the group of titanates, aluminates, zirconates, silanes and mixtures thereof, and wherein the powder comprises at least 50% calcium borate by weight, based on the total mass of cationic borate and indicated as Ca 3 (BO 3) 2. a. a water solubility of maximum 5 g/l at 20°C, indicated as free boron, and b. a particle size d90, determined according to ISO 20998-1:2006, of less than 500 nm, wherein the powder contains adhesion promoters selected from the group of titanates, aluminates, zirconates, silanes and mixtures thereof, and wherein the powder comprises at least 50% calcium borate by weight, based on the total mass of cationic borate and indicated as Ca 3 (BO 3) 2. wherein the powder contains adhesion promoters selected from the group of titanates, aluminates, zirconates, silanes and mixtures thereof, and wherein the powder comprises at least 50% calcium borate by weight, based on the total mass of cationic borate and indicated as Ca 3 (BO 3) 2.
A heat conduction device comprising at least two thermally conducting parts (1a, 1b) provided with holes (2a, 2b) and a plurality of thermally conducting metal plaits the free ends of which are soldered in the holes (2a, 2b) of the said parts (1a, 1b), characterized in that the free ends of the plaits are electrically compacted and each include a crimp tube, the outside diameter of the said tubes being just less than the inside diameter of the holes (2a, 2b) of the parts (1a, 1b), in order to prevent the solder from rising through capillary action into the plaits during the soldering thereof.
A method for purifying a solution, successively comprising: - contacting a solution to be purified with an ion exchange resin, by putting the ion exchange resin in suspension in the solution to be purified, in an agitated vessel, during a time needed to obtain a desired level of decolourization, the ion exchange resin being in the form of particles having a Dv50 size equal to or less than 200 μm, the Dv50 size being determined by laser diffraction analysis and; - transferring all the solution and the resin in a filtering device; - separating a purified solution on the one hand and a loaded resin on the other hand once the mixture of solution and resin are in the filtering device; - regenerating the loaded resin, by passing at least one regenerating solution through a compact bed of loaded resin, the method being a decolourization method, and the solution to be purified being a sugar liquor. - contacting a solution to be purified with an ion exchange resin, by putting the ion exchange resin in suspension in the solution to be purified, in an agitated vessel, during a time needed to obtain a desired level of decolourization, the ion exchange resin being in the form of particles having a Dv50 size equal to or less than 200 μm, the Dv50 size being determined by laser diffraction analysis and; - transferring all the solution and the resin in a filtering device; - separating a purified solution on the one hand and a loaded resin on the other hand once the mixture of solution and resin are in the filtering device; - regenerating the loaded resin, by passing at least one regenerating solution through a compact bed of loaded resin,
A razor cartridge (1, 2), comprising: a plurality of blades; a plurality of blade housings (51, 54) extended in a first direction and having seats configured to support the plurality of blades; a cartridge frame having one or more rails configured to support the plurality of blade housings (51, 54) such that the plurality of housings are movable along the one or more rails in a second direction perpendicular to the first direction; and a span adjusting shifter coupled to the plurality of blade housings (51, 54) and configured to cause the plurality of blade housings (51, 54) to move along the one or more rails in the second direction. a plurality of blades; a plurality of blade housings (51, 54) extended in a first direction and having seats configured to support the plurality of blades; a cartridge frame having one or more rails configured to support the plurality of blade housings (51, 54) such that the plurality of housings are movable along the one or more rails in a second direction perpendicular to the first direction; and a span adjusting shifter coupled to the plurality of blade housings (51, 54) and configured to cause the plurality of blade housings (51, 54) to move along the one or more rails in the second direction.
Portion dispenser for dispensing beverage items from an exchangeable cartridge comprising: a frame with a receiving portion for receiving the exchangeable cartridge, a discharge opening next to the receiving portion and sized for allowing a beverage item to be individually discharged by gravity from the exchangeable cartridge, a piston assembly comprising a piston and a piston housing in which the piston is arranged for moving therein, wherein the piston is arranged for providing a discharge chamber for discharge of at least one beverage item therein and for transporting to a dispensing area and, wherein the piston assembly is arranged for sealingly connecting with the exchangeable cartridge and comprises means for opening the exchangeable cartridge to allow the discharge of the beverage item in the discharge chamber and for re-closing the exchangeable cartridge. a frame with a receiving portion for receiving the exchangeable cartridge, a discharge opening next to the receiving portion and sized for allowing a beverage item to be individually discharged by gravity from the exchangeable cartridge, a piston assembly comprising a piston and a piston housing in which the piston is arranged for moving therein, wherein the piston is arranged for providing a discharge chamber for discharge of at least one beverage item therein and for transporting to a dispensing area and, wherein the piston assembly is arranged for sealingly connecting with the exchangeable cartridge and comprises means for opening the exchangeable cartridge to allow the discharge of the beverage item in the discharge chamber and for re-closing the exchangeable cartridge.
Control for a hand-operated electric power tool having a connection for a current storage device comprising a number of rechargeable storage cells, wherein the control comprises control means for controlling a drive motor of the hand-operated power tool, wherein the control comprises detection means for the detection of an undervoltage value (Umin) or a continuous current value (Imax) of the current storage device, wherein electric energy can be drawn from the current storage device until the undervoltage value (Umin) is reached and wherein the continuous current value (Imax) represents a maximum current which can be drawn continuously from the current storage device, and wherein the control means are configured for the open- and/or closed-loop control of the drive motor on the basis of the undervoltage value (Umin) and/or of the continuous current value (Imax), characterised in that the detection means are configured for the detection of the undervoltage value (Umin) and/or of the continuous current value (Imax) on the basis of the number of storage cells of the current storage device, and in that the control means comprise a current control for the drive motor, which allows the continuous current value (Imax) to be overshot for a predetermined short peak load time.
A system for providing network services, comprising: a routing subsystem to receive a network packet from a source device and send the network packet to a destination device; and a service subsystem to: receive the network packet from the routing subsystem if a service is enabled; modify the network packet or replace the network packet with a new packet based on the enabled service; and send the modified network packet or the new packet to the routing subsystem, wherein the routing subsystem is to forward the modified network packet or the new packet to a destination address in response to receiving the modified network packet or the new packet from the service subsystem and, wherein the service subsystem is to modify the network packet by removing a portion of the network packet. a routing subsystem to receive a network packet from a source device and send the network packet to a destination device; and a service subsystem to: receive the network packet from the routing subsystem if a service is enabled; modify the network packet or replace the network packet with a new packet based on the enabled service; and send the modified network packet or the new packet to the routing subsystem, wherein the routing subsystem is to forward the modified network packet or the new packet to a destination address in response to receiving the modified network packet or the new packet from the service subsystem and, wherein the service subsystem is to modify the network packet by removing a portion of the network packet. receive the network packet from the routing subsystem if a service is enabled; modify the network packet or replace the network packet with a new packet based on the enabled service; and send the modified network packet or the new packet to the routing subsystem, wherein the routing subsystem is to forward the modified network packet or the new packet to a destination address in response to receiving the modified network packet or the new packet from the service subsystem and, wherein the service subsystem is to modify the network packet by removing a portion of the network packet.
A method for producing an oxime represented by the following formula: wherein R 1 and R 2 are respectively the same as defined below, the method comprising oxidizing an amine represented by the following formula: wherein R 1 and R 2 each independently represents a hydrogen atom, an optionally substituted hydrocarbon group, or an optionally substituted heterocyclic group (provided that R 1 and R 2 are not simultaneously hydrogen atoms), or R 1 and R 2, together with the carbon atom to which R 1 and R 2 are attached, form an optionally substituted alicyclic hydrocarbon group having 3 to 12 carbon atoms, with oxygen in the presence of a layered silicate. wherein R 1 and R 2 each independently represents a hydrogen atom, an optionally substituted hydrocarbon group, or an optionally substituted heterocyclic group (provided that R 1 and R 2 are not simultaneously hydrogen atoms), or R 1 and R 2, together with the carbon atom to which R 1 and R 2 are attached, form an optionally substituted alicyclic hydrocarbon group having 3 to 12 carbon atoms, with oxygen in the presence of a layered silicate.
An endoscope comprising: an insertion portion including a bending portion and a connector cover disposed in a proximal end portion of the insertion portion; an operation portion separate from and detachably attachable to the insertion portion, and including a grasping portion, an operation lever and a motor box slidably connected to the connector cover; a bending operation wire inserted through the insertion portion to be disposed to the connector cover, including an anchor provided at a proximal end portion of the bending operation wire, and adapted to be used for bending the bending portion in a predetermined direction with tugging in a forward/backward tugging direction; and a coupling member (134, 135) provided in the grasping portion and adapted to move forward and backward by being coupled with the anchor of the bending operation wire and coupled to a bending operation mechanism that is adapted to operate in association with an operation of the operation lever so that the coupling member can be tugged and loosened by the bending operation mechanism, in a state where the connector cover of the insertion portion is integrally coupled to the motor box of the operation portion; a coupling portion configured by the motor box of the operation portion and the connector cover of the insertion portion coupled to each other, the coupling portion enabling a tugging operation of the bending operation wire in association with the operation of the operation lever provided to the operation portion by the anchor of the bending operation wire being coupled to the coupling member (134, 135). an insertion portion including a bending portion and a connector cover disposed in a proximal end portion of the insertion portion; an operation portion separate from and detachably attachable to the insertion portion, and including a grasping portion, an operation lever and a motor box slidably connected to the connector cover; a bending operation wire inserted through the insertion portion to be disposed to the connector cover, including an anchor provided at a proximal end portion of the bending operation wire, and adapted to be used for bending the bending portion in a predetermined direction with tugging in a forward/backward tugging direction; and a coupling member (134, 135) provided in the grasping portion and adapted to move forward and backward by being coupled with the anchor of the bending operation wire and coupled to a bending operation mechanism that is adapted to operate in association with an operation of the operation lever so that the coupling member can be tugged and loosened by the bending operation mechanism, in a state where the connector cover of the insertion portion is integrally coupled to the motor box of the operation portion; a coupling portion configured by the motor box of the operation portion and the connector cover of the insertion portion coupled to each other, the coupling portion enabling a tugging operation of the bending operation wire in association with the operation of the operation lever provided to the operation portion by the anchor of the bending operation wire being coupled to the coupling member (134, 135).
A cold-rolled steel sheet for cans, the cold-rolled steel sheet having a composition consisting of, by mass: C: 0.02 to 0.12%, Si: 0.005 to 0.5%, Mn: 0.3 to 1.5%, P: 0.005 to 0.2%, Al: 0.10% or less, N: 0.012% or less, Nb: 0.005 to 0.10%, balance iron and inevitable impurities, and a microstructure substantially composed of a ferrite single phase, the ferrite average crystal grain size being 7 μm or less, wherein properties, that is, a yield point strength of 500 MPa or more, a yield ratio of 0.9 or more, a total elongation of 10% or more, and Δr of -0.50 to 0, can be achieved by baking after lacquering.
A culture-independent method of identifying an indicator for a sample parameter, said method comprising the steps of: a. providing a plurality of samples at least some of which samples contain the sample parameter; b. isolating a plurality of genomic DNAs from each of the samples provided in step a, wherein the plurality of genomic DNAs comprise one or more 16S rRNA gene markers, wherein each of said 16S rRNA gene markers comprises a unique 16S rRNA gene polymorphic sequence; c. determining the abundance of each of said 16S rRNA gene markers in each sample; d. determining the abundance of the sample parameter in each of the samples provided in step a; e. correlating the abundance of each 16S rRNA gene marker determined in step c with the abundance of the sample parameter determined in step d; f. selecting at least one 16S rRNA gene marker whose abundance correlates to the abundance of said sample parameter, as determined in step e; and g. designating the at least one 16S rRNA gene marker selected in step f as the indicator. a. providing a plurality of samples at least some of which samples contain the sample parameter; b. isolating a plurality of genomic DNAs from each of the samples provided in step a, wherein the plurality of genomic DNAs comprise one or more 16S rRNA gene markers, wherein each of said 16S rRNA gene markers comprises a unique 16S rRNA gene polymorphic sequence; c. determining the abundance of each of said 16S rRNA gene markers in each sample; d. determining the abundance of the sample parameter in each of the samples provided in step a; e. correlating the abundance of each 16S rRNA gene marker determined in step c with the abundance of the sample parameter determined in step d; f. selecting at least one 16S rRNA gene marker whose abundance correlates to the abundance of said sample parameter, as determined in step e; and g. designating the at least one 16S rRNA gene marker selected in step f as the indicator.