mhurhangee/ep-ind-claims huggingface dataset:
A control method for a laundry treating apparatus comprising a drum in which laundry is loaded; three or more balancers fixed to the drum and spaced the same angle from each other with respect to a rotation center of the drum; a front space provided in each of the balancers and located in a front region of the drum; and a rear space provided in each of the balancers and located in a rear region of the drum, the method comprising: a rear controlling step for supplying a liquid to one or more of the rear spaces so as to increase the weight of one quadrant, further referred to as first target quadrant, that is located in opposite to a quadrant to which a force causing unbalance is directed in a drum circumferential surface; and a front controlling step for supplying a liquid to one or more of the front spaces so as to increase the weight of one quadrant, further referred to as second quadrant, that is located in opposite to a quadrant to which a force causing unbalance is directed in a drum circumferential surface; characterized in that the front controlling step is configured to start when the rear controlling step is complete. a rear controlling step for supplying a liquid to one or more of the rear spaces so as to increase the weight of one quadrant, further referred to as first target quadrant, that is located in opposite to a quadrant to which a force causing unbalance is directed in a drum circumferential surface; and a front controlling step for supplying a liquid to one or more of the front spaces so as to increase the weight of one quadrant, further referred to as second quadrant, that is located in opposite to a quadrant to which a force causing unbalance is directed in a drum circumferential surface; characterized in that the front controlling step is configured to start when the rear controlling step is complete.
Device for processing of spray cans, the device comprising a first space, decomposing means for decomposing spray cans in the first space, a second space, first transport means for transporting gas from the first space to the second space, and compressing means for compressing gas in the second space, characterized in that the device also comprises second transport means comprising a conduit for having a coolant flow therethrough, configured and suitable for transporting heat, released during compressing of the gas, from the second space to the first space so as to use said heat to compensate for cold which is released during expansion of gas and/or evaporation of liquid in the first space.
A cyclopentene ring-opening polymer which has structures at the polymer chain terminal ends where the polymer chains and groups including alkoxysilyl groups are bonded through urethane bond groups and which has a weight average molecular weight of 100,000 to 1,000,000, wherein the weight average molecular weight is measured by using gel permeation chromatography at 40°C while using tetrahydrofuran as a solvent and is found as a polystyrene conversion value as further defined in the description, and wherein the structures of polymer chains and groups including alkoxysilyl groups bonded through urethane bond groups are structures expressed by the general formula: (in the general formula, pCP indicates a polymer chain of cyclopentene ring-opening polymer, and A 1 and A 2 respectively indicate a single bond or C 1 to C 20 bivalent hydrocarbon groups. R 1 indicates a C 1 to C 20 alkyl group. When there is a plurality of groups represented by R 1, these may be the same groups or may be different groups. X indicates a group selected from a hydrogen atom, C 1 to C 20 alkyl group, C 6 to C 20 aryl group, C 6 to C 20 allyloxy group, and a halogen atom. When there is a plurality of groups represented by X, these may be the same groups or may be different groups. n is an integer of 1 to 3.)
A method for managing stored goods such as tobacco related products, which products are contained in packages (1,100) in an apparatus comprising an inlet device, a storage unit for storing packages in a number of dedicated storage shelves or tubes, each of the dedicated storage shelves or tubes being dedicated to a corresponding product contained in said packages (1,100), a unit for conveying a package (1, 100) from the storage unit to an outlet, said unit being in the form of a fetcher mechanism which comprises means for determining position of the fetcher mechanism, whereby the fetcher mechanism can be caused to be situated next to a given dedicated storage shelf or tube, comprising the steps of: • placing a package (1, 100) in the inlet device from where individual packages are detected and registered; • transferring a package (1, 100) from the inlet device to the fetcher mechanism; • checking if the dedicated shelf or tube dedicated to a corresponding product contained in said package transferred to the fetcher mechanism is full and, if said dedicated shelf or tube is full; • positioning the fetcher mechanism under a non-dedicated storage shelf or tube, a non-dedicated storage shelf or tube being a storage shelf or tube which is not dedicated to a particular product contained in a package; • transferring the package (1, 100) from said fetcher mechanism to the non-dedicated storage shelf or tube, • positioning the fetcher mechanism under a non-dedicated storage shelf or tube; • releasing one or more packages (1, 100) from the non-dedicated storage shelf or tube into the fetcher mechanism; • positioning the fetcher mechanism under a dedicated shelf or tube ready for receiving one or more packages (1, 100); • transferring the one or more packages (1, 100) into the dedicated shelf or tube. • placing a package (1, 100) in the inlet device from where individual packages are detected and registered; • transferring a package (1, 100) from the inlet device to the fetcher mechanism; • checking if the dedicated shelf or tube dedicated to a corresponding product contained in said package transferred to the fetcher mechanism is full and, if said dedicated shelf or tube is full; • positioning the fetcher mechanism under a non-dedicated storage shelf or tube, a non-dedicated storage shelf or tube being a storage shelf or tube which is not dedicated to a particular product contained in a package; • transferring the package (1, 100) from said fetcher mechanism to the non-dedicated storage shelf or tube, • positioning the fetcher mechanism under a non-dedicated storage shelf or tube; • releasing one or more packages (1, 100) from the non-dedicated storage shelf or tube into the fetcher mechanism; • positioning the fetcher mechanism under a dedicated shelf or tube ready for receiving one or more packages (1, 100); • transferring the one or more packages (1, 100) into the dedicated shelf or tube.
A climbing product whose sections are extendable comprising: a base section having a first base rail and a second base rail in spaced relationship with the first base rail and base rungs attached to and between the first and second base rails; a fly section having a first fly rail and a second fly rail in parallel and spaced relationship with the first fly rail and fly rungs attached to and between the first and second fly rails, the fly section in sliding engagement with the base section; and a lock assembly having a lock fly portion directly attached to the fly section, the lock fly portion directly engages with the base section to lock the base section with the fly section, the lock fly portion disengages from a lock base portion by simply moving the fly section relative to the base section to unlock the fly section from the base section, the lock assembly includes a lock base portion directly attached to the base section, the lock fly portion directly engages with the lock base portion to lock the fly section to the base section, the lock fly portion disengages from the lock base portion by simply moving the fly section relative to the base section to unlock the fly section from the base section, characterized by the fact that the lock base portion includes a socket disposed in one of the base rungs, and the lock fly portion includes a flip lock which fits into the socket to lock the fly section to the base section so the fly section cannot move downwards relative to the base section when the fly section is locked to the base section, the flip lock disposed in one of the fly rungs. a base section having a first base rail and a second base rail in spaced relationship with the first base rail and base rungs attached to and between the first and second base rails; a fly section having a first fly rail and a second fly rail in parallel and spaced relationship with the first fly rail and fly rungs attached to and between the first and second fly rails, the fly section in sliding engagement with the base section; and a lock assembly having a lock fly portion directly attached to the fly section, the lock fly portion directly engages with the base section to lock the base section with the fly section, the lock fly portion disengages from a lock base portion by simply moving the fly section relative to the base section to unlock the fly section from the base section, the lock assembly includes a lock base portion directly attached to the base section, the lock fly portion directly engages with the lock base portion to lock the fly section to the base section, the lock fly portion disengages from the lock base portion by simply moving the fly section relative to the base section to unlock the fly section from the base section, characterized by the fact that the lock base portion includes a socket disposed in one of the base rungs, and the lock fly portion includes a flip lock which fits into the socket to lock the fly section to the base section so the fly section cannot move downwards relative to the base section when the fly section is locked to the base section, the flip lock disposed in one of the fly rungs.
An assembly system for components of a pressurized fluid supply system for an agricultural vehicle, comprising: • a body (500; 700; 800) having at least one fluid duct (520, 520'; 710, 710'; 810) extending therethrough from a first end to a second end, said at least one fluid duct being connectable at the first end to a pressurized fluid supply via a first connection means and having a socket (510, 510'; 720, 720', 820) at the second end; • a detachable component (600, 600'; 650, 650'; 660) connectable in releasable mechanical engagement with the body to receive pressurized fluid from the at least one fluid duct, the releasable mechanical engagement resulting from insertion of at least a portion of the detachable component into the socket and rotation of the same to a locked position; wherein detachable component is an accumulator (600, 600'; 650, 650'; 660) and characterised in that the body is provided with at least one discharge duct (530, 540; 730, 740; 830) extending therethrough from a first end exiting the body to a second end intersecting the socket, wherein in a partially rotated position of the at least a portion of the detachable accumulator within the socket the detachable accumulator remains mechanically attached to the body and the at least one fluid duct and the at least one discharge duct are in fluidic connection, and wherein the locked position comprises a fully rotated position of the at least a portion of the detachable accumulator within the socket in which position the at least a portion of the accumulator blocks the fluidic connection between the at least one fluid duct and the at least one discharge duct. • a body (500; 700; 800) having at least one fluid duct (520, 520'; 710, 710'; 810) extending therethrough from a first end to a second end, said at least one fluid duct being connectable at the first end to a pressurized fluid supply via a first connection means and having a socket (510, 510'; 720, 720', 820) at the second end; • a detachable component (600, 600'; 650, 650'; 660) connectable in releasable mechanical engagement with the body to receive pressurized fluid from the at least one fluid duct, the releasable mechanical engagement resulting from insertion of at least a portion of the detachable component into the socket and rotation of the same to a locked position;
An electrostatic spray module comprising: an electrostatic spray capsule with a terminal (46, 48); a high voltage generator; an electrostatic spray capsule holder where the electrostatic spray capsule is attached/detached; and a conducting mechanism (12, 14) mounted on the electrostatic spray capsule holder, connected with the high voltage generator, and coming in contact with the terminal (46, 48) by partially elastically deforming, when the electrostatic spray capsule is mounted, wherein the conducting mechanism (12, 14) includes: a connection terminal connected with the high voltage generator; a contact member coming in contact with the terminal, when the electrostatic spray capsule is mounted; and an elastic member elastically supporting the contact member toward the terminal, wherein the electrostatic spray module further comprises: a spring disposed in the electrostatic spray capsule holder; and an elastic holder having balls that are supported by the spring and brought in contact with the electrostatic spray capsule, when the electrostatic spray capsule is mounted. an electrostatic spray capsule with a terminal (46, 48); a high voltage generator; an electrostatic spray capsule holder where the electrostatic spray capsule is attached/detached; and a conducting mechanism (12, 14) mounted on the electrostatic spray capsule holder, connected with the high voltage generator, and coming in contact with the terminal (46, 48) by partially elastically deforming, when the electrostatic spray capsule is mounted, wherein the conducting mechanism (12, 14) includes: a connection terminal connected with the high voltage generator; a contact member coming in contact with the terminal, when the electrostatic spray capsule is mounted; and an elastic member elastically supporting the contact member toward the terminal, wherein the electrostatic spray module further comprises: a spring disposed in the electrostatic spray capsule holder; and an elastic holder having balls that are supported by the spring and brought in contact with the electrostatic spray capsule, when the electrostatic spray capsule is mounted. a connection terminal connected with the high voltage generator; a contact member coming in contact with the terminal, when the electrostatic spray capsule is mounted; and an elastic member elastically supporting the contact member toward the terminal, wherein the electrostatic spray module further comprises: a spring disposed in the electrostatic spray capsule holder; and an elastic holder having balls that are supported by the spring and brought in contact with the electrostatic spray capsule, when the electrostatic spray capsule is mounted. a spring disposed in the electrostatic spray capsule holder; and an elastic holder having balls that are supported by the spring and brought in contact with the electrostatic spray capsule, when the electrostatic spray capsule is mounted.
A joint structure by welding in which a butted part is provided between facing surfaces (8, 9) of a first member and a second member, two-stepped clearances (12, 13) adjacent to the butted part are provided, and a weld bead that is melted from a joint of the butted part which is positioned on an opposite side of the two-stepped clearances into the two-stepped clearances is formed in the butted part by welding, the joint structure characterized in that: other parts than the butted part are spaced apart from each other between the facing surfaces; a width of the weld bead, a width of a first level clearance of the two-stepped clearances that is adjacent to the butted part, and a width of a second level clearance of the two-stepped clearances that is adjacent to the first level clearance have the relation of the width of the first level clearance < the width of the weld bead /2 < the width of the second level clearance, and a weld penetration depth of the weld bead becomes greater than or equal to a length of the butted part and less than or equal to a total length of the butted part and the first level clearance. other parts than the butted part are spaced apart from each other between the facing surfaces; a width of the weld bead, a width of a first level clearance of the two-stepped clearances that is adjacent to the butted part, and a width of a second level clearance of the two-stepped clearances that is adjacent to the first level clearance have the relation of the width of the first level clearance < the width of the weld bead /2 < the width of the second level clearance, and a weld penetration depth of the weld bead becomes greater than or equal to a length of the butted part and less than or equal to a total length of the butted part and the first level clearance.
A healthcare or medical article produced by the Blow-Fill-Seal technology comprising a propylene-ethylene copolymer having a content of ethylene units, determined according to the method disclosed in the description, comprised between 4.0 and 5.4 % by weight, preferably between 4.3 and 5.3 % by weight, more preferably between 4.6 and 5.2 % by weight, a value of melt flow rate "L" determined according to ISO 1133 (230°C, 2.16Kg) of from 1.0 to 3.0 g/10 min, preferably of from 1.5 to 2.5 g/10 min and a fraction soluble in xylene at room temperature determined according to the description of between 10.0 % by weight and 15.0% by weight.
A method for manufacturing a glass substrate with an antifouling layer, the manufacturing method comprising: providing a glass substrate having a pair of first and second principal surfaces (2, 3) facing to each other; adhering an adhesive made of a carbon-containing material on the second principal surface while the adhesive is exposed from the outer periphery of the glass substrate, and adhering a carrier substrate to the glass substrate at the second principal surface side through the adhesive; forming a cohesive layer using a cohesive layer forming material containing silicon oxide on the first principal surface under the state where the carrier substrate is adhered to the glass substrate; and forming the antifouling layer using an antifouling layer forming material on the first principal surface where the cohesive layer is formed under the state where the carrier substrate is adhered to the glass substrate, wherein the cohesive layer is formed by at least one method selected from the group consisting of a vacuum deposition method, an ion beam assisted deposition method, an ion plating method, a sputtering method, and a plasma CVD method. providing a glass substrate having a pair of first and second principal surfaces (2, 3) facing to each other; adhering an adhesive made of a carbon-containing material on the second principal surface while the adhesive is exposed from the outer periphery of the glass substrate, and adhering a carrier substrate to the glass substrate at the second principal surface side through the adhesive; forming a cohesive layer using a cohesive layer forming material containing silicon oxide on the first principal surface under the state where the carrier substrate is adhered to the glass substrate; and forming the antifouling layer using an antifouling layer forming material on the first principal surface where the cohesive layer is formed under the state where the carrier substrate is adhered to the glass substrate, wherein the cohesive layer is formed by at least one method selected from the group consisting of a vacuum deposition method, an ion beam assisted deposition method, an ion plating method, a sputtering method, and a plasma CVD method.
A filter device for removing particles from exhaust gas and comprising a filter body having a plurality of longitudinal, substantially parallel extending channels defined by porous particle retaining, but gas permeable walls, a portion of which channels has a free passageway at each end of each channel, the other portion is closed at each end of each channel, the closed end channels being combined in groups in each of which the channels communicate freely with each others and with an outer surface or discharge duct of the filter body through at least one conduit penetrating the walls of the closed end channels in said group, characterized in that more than in total 100 parallel passageways extend longitudinal from the fluid inlet end to the opposite end of the filter body, the filter body being combined with and sealed to a reservoir in which outlet ends of the channels having free passageways debouch.
User-specific interleaver suitable for use in a transmitter for generating information including a plurality of information blocks suitable for a transmission to a receiver, said user-specific interleaver (318, 324) comprising: an interleaver arranged for interleaving information blocks according to an interleaving algorithm, the interleaving algorithm being the same for a plurality of users; and user-specific permuting means (316, 316.1 to 316.D) arranged for user-specifically permuting information blocks; wherein said user-specific permuting means (316, 316.1 to 316.D) is arranged consecutive to said interleaver and arranged for permuting information blocks interleaved by said interleaver. an interleaver arranged for interleaving information blocks according to an interleaving algorithm, the interleaving algorithm being the same for a plurality of users; and user-specific permuting means (316, 316.1 to 316.D) arranged for user-specifically permuting information blocks; wherein said user-specific permuting means (316, 316.1 to 316.D) is arranged consecutive to said interleaver and arranged for permuting information blocks interleaved by said interleaver.
A method for tuning a semiconductor laser (10; 10a) including a plurality of wavelength selection portions (CSG1, CSG2, CSG3; 62, 63), each of which has periodic wavelength characteristics, comprising: controlling a parameter value for changing a refractive index using a refractive index controlling means (14a, 14b, 14c, 30) of the wavelength selection portions (CSG1, CSG2, CSG3; 62, 63) so as to tune the laser (10; 10a) to a predetermined output wavelength; and characterized by shifting the parameter value of at least one of the wavelength selection portions (CSG1, CSG2, CSG3; 62, 63) to a basal value side when the parameter value is equal to or greater than a predetermined value until achieving the predetermined output wavelength, the basal value being obtained when the parameter value is not controlled by the refractive index controlling means (14a, 14b, 14c, 30), the predetermined value being the basal value plus a value for shifting one period of the periodic wavelength characteristic of at least one of the wavelength selection portions (CSG1, CSG2, CSG3; 62, 63). controlling a parameter value for changing a refractive index using a refractive index controlling means (14a, 14b, 14c, 30) of the wavelength selection portions (CSG1, CSG2, CSG3; 62, 63) so as to tune the laser (10; 10a) to a predetermined output wavelength; and characterized by shifting the parameter value of at least one of the wavelength selection portions (CSG1, CSG2, CSG3; 62, 63) to a basal value side when the parameter value is equal to or greater than a predetermined value until achieving the predetermined output wavelength, the basal value being obtained when the parameter value is not controlled by the refractive index controlling means (14a, 14b, 14c, 30), the predetermined value being the basal value plus a value for shifting one period of the periodic wavelength characteristic of at least one of the wavelength selection portions (CSG1, CSG2, CSG3; 62, 63).