mhurhangee/ep-ind-claims huggingface dataset:
A bag comprising: a bag main body which includes a first body and a second body with a housing space existing between them and a bottom surface part connecting the first body and second body at a bottom of the bag, the bottom surface part having an inner side facing the housing space and an opposite outer side and extending in a gusset direction on gusset sides of the bag main body and in a lateral direction orthogonal to the gusset direction on the sides of the first and second bodies (21, 22) of the bag main body; a shoulder-slingable handle attached to the bag main body; a belt member that connects the handle and a bottom of the bag main body, wherein the belt member is adapted such that, when the handle is slung over a shoulder of a user and the bag main body is located on a back side of the user, the belt member draws the handle and the bottom of the bag main body toward each other on a chest side of the user, to thereby maintain part of the bag main body in contact with the back of the user; and a coupling mechanism (6, 55, 65, 51a) that turnably couples the belt member to the bottom of the bag main body and includes a coupling part (55, 51a) provided at the belt member and a coupled part (62, 63, 65) provided at the bottom of the bag, wherein the coupling part (55, 51a) is turnable when coupled to the coupled part (62, 63, 65); characterized in that the coupled part (62, 63, 65) is provided on the outer side of the bottom surface part at each of both side portions in a lateral direction of the bottom surface part. a bag main body which includes a first body and a second body with a housing space existing between them and a bottom surface part connecting the first body and second body at a bottom of the bag, the bottom surface part having an inner side facing the housing space and an opposite outer side and extending in a gusset direction on gusset sides of the bag main body and in a lateral direction orthogonal to the gusset direction on the sides of the first and second bodies (21, 22) of the bag main body; a shoulder-slingable handle attached to the bag main body; a belt member that connects the handle and a bottom of the bag main body, wherein the belt member is adapted such that, when the handle is slung over a shoulder of a user and the bag main body is located on a back side of the user, the belt member draws the handle and the bottom of the bag main body toward each other on a chest side of the user, to thereby maintain part of the bag main body in contact with the back of the user; and a coupling mechanism (6, 55, 65, 51a) that turnably couples the belt member to the bottom of the bag main body and includes a coupling part (55, 51a) provided at the belt member and a coupled part (62, 63, 65) provided at the bottom of the bag, wherein the coupling part (55, 51a) is turnable when coupled to the coupled part (62, 63, 65); characterized in that the coupled part (62, 63, 65) is provided on the outer side of the bottom surface part at each of both side portions in a lateral direction of the bottom surface part.
A non-volatile solid state resistive device, comprising: a first electrode; a silicon second electrode; and a non-crystalline silicon nanostructure electrically connected between said electrodes (12, 18) such that said nanostructure has a resistance that is adjustable in response to a voltage being applied to said nanostructure via said electrodes (12, 18) characterized in that the silicon second electrode is a p-type silicon second electrode. a first electrode; a silicon second electrode; and a non-crystalline silicon nanostructure electrically connected between said electrodes (12, 18) such that said nanostructure has a resistance that is adjustable in response to a voltage being applied to said nanostructure via said electrodes (12, 18) characterized in that the silicon second electrode is a p-type silicon second electrode.
An assembly for sterilizing and depyrogenating containers which comprises a feeding station, a heating station and a cooling station, said stations (2, 3, 4) being passed through by a conveyor of containers, characterized in that said cooling station comprises a main unit which is coupled without discontinuities to said heating station and at least one interchangeable air treatment module (11, 12), said main unit comprising at least one inlet aperture which is connected without interruptions, to an air diffuser arranged above at least a portion of said conveyor, and at least one outlet port, each said module (11, 12) comprising at least one supply hose (16, 17), with shape and dimensions complementary to those of said at least one inlet aperture, in order to be detachably coupled thereto, and at least one suction channel (18, 19), with shape and dimensions complementary to those of said at least one outlet port, in order to be detachably coupled to the same.
A creping process for producing a sheet product comprising: applying an additive composition containing an aqueous dispersion to a moving creping surface on a rotating drum, wherein said aqueous dispersion comprises at least one thermoplastic polymer which comprises a non-fibrous olefin polymer, an ethylene-carboxylic acid copolymer, or mixtures thereof, water, and at least one dispersing agent, wherein said aqueous dispersion has an average particle size in the range of from 0.05 μm to 5 μm and a pH in a range of from 7 to 11, and wherein said dispersion comprises more than 25 percent by weight of water; pressing a base sheet having an initial basis weight against the creping surface after the additive composition has been applied, the additive composition adhering the base sheet to the creping surface, wherein said base sheet comprises less than 50 percent by weight of cellulosic materials; and removing the base sheet from the creping surface with a creping blade, wherein the additive composition transfers to the base sheet such that the basis weight of the base sheet increases by at least about 1 percent by weight. applying an additive composition containing an aqueous dispersion to a moving creping surface on a rotating drum, wherein said aqueous dispersion comprises at least one thermoplastic polymer which comprises a non-fibrous olefin polymer, an ethylene-carboxylic acid copolymer, or mixtures thereof, water, and at least one dispersing agent, wherein said aqueous dispersion has an average particle size in the range of from 0.05 μm to 5 μm and a pH in a range of from 7 to 11, and wherein said dispersion comprises more than 25 percent by weight of water; pressing a base sheet having an initial basis weight against the creping surface after the additive composition has been applied, the additive composition adhering the base sheet to the creping surface, wherein said base sheet comprises less than 50 percent by weight of cellulosic materials; and removing the base sheet from the creping surface with a creping blade, wherein the additive composition transfers to the base sheet such that the basis weight of the base sheet increases by at least about 1 percent by weight.
A label which can be attached to a curved surface, the label comprising at least the following: - a first label portion which can be attached to a curved surface, - a second label portion which can be bent relative to the first label portion and comprises a reinforcement area that has an edge between the first label portion and the second label portion, and - a stamped line, wherein the edge is curved and is formed as a segment of a boundary line which results from an intersection of the curved surface with a planar intersection plane at a predetermined, defined angle (α), whereby in the bent state of the second label portion the edge abuts against the curved surface and the portion that can be bent is fixed at the predetermined, defined angle (α) relative the first label portion, characterized in that the stamped line extends transverse to the curved edge. - a first label portion which can be attached to a curved surface, - a second label portion which can be bent relative to the first label portion and comprises a reinforcement area that has an edge between the first label portion and the second label portion, and - a stamped line,
A method in a system (200, 300) for allocating frequency ranges to a plurality of networks, the system comprising a frequency range allocation server (208, 302) configured to execute the method, the method comprising the frequency range allocation server - defining a geographical area, wherein the plurality of networks operate in the defined geographical area; - identifying first frequency parameters associated with each of the plurality of networks in the defined geographical area, wherein the frequency parameters associated with a network comprise a frequency range and a priority order thereof, wherein a priority order of a network relates to an order of preference given to the network in comparison to remaining networks sharing a same frequency range; - determining second frequency parameters for at least one of the plurality of networks based on an event, wherein the second frequency parameters comprise a different frequency range and a different priority order than the first frequency parameters; and - allocating the second frequency parameters to the at least one of the plurality of networks for a predetermined period of time upon the occurrence of the event, wherein the at least one of the plurality of networks is configured to operate on a frequency range associated with the second frequency parameters, and is assigned a priority order corresponding to the second frequency parameters. - defining a geographical area, wherein the plurality of networks operate in the defined geographical area; - identifying first frequency parameters associated with each of the plurality of networks in the defined geographical area, wherein the frequency parameters associated with a network comprise a frequency range and a priority order thereof, wherein a priority order of a network relates to an order of preference given to the network in comparison to remaining networks sharing a same frequency range; - determining second frequency parameters for at least one of the plurality of networks based on an event, wherein the second frequency parameters comprise a different frequency range and a different priority order than the first frequency parameters; and - allocating the second frequency parameters to the at least one of the plurality of networks for a predetermined period of time upon the occurrence of the event, wherein the at least one of the plurality of networks is configured to operate on a frequency range associated with the second frequency parameters, and is assigned a priority order corresponding to the second frequency parameters.
A data collection device comprising: a camera; a user interface configured to receive confirmation of a medicament dosage amount programmed into a medicament delivery device; and a processing arrangement configured to: capture images of a medicament dose indicator of the medicament delivery device using said camera; display at least a part of said captured images on a display of the data collection device; perform optical pattern correlation on the captured images to identify when the value of "0" is shown to determine whether an injection has been administered without prior user confirmation of the medicament dosage amount programmed into the medicament delivery device based on one or more of said images; in response to a determination that an injection has been administered without said prior user confirmation, display an image captured by the camera including one or more images of numerical values, prompt the user to set a medicament dosage amount for the administered injection for storing in a dosage log by requesting the user to select one of the one or more images, receive user input setting said medicament dosage amount and store said medicament dosage amount. a camera; a user interface configured to receive confirmation of a medicament dosage amount programmed into a medicament delivery device; and a processing arrangement configured to: capture images of a medicament dose indicator of the medicament delivery device using said camera; display at least a part of said captured images on a display of the data collection device; perform optical pattern correlation on the captured images to identify when the value of "0" is shown to determine whether an injection has been administered without prior user confirmation of the medicament dosage amount programmed into the medicament delivery device based on one or more of said images; in response to a determination that capture images of a medicament dose indicator of the medicament delivery device using said camera; display at least a part of said captured images on a display of the data collection device; perform optical pattern correlation on the captured images to identify when the value of "0" is shown to determine whether an injection has been administered without prior user confirmation of the medicament dosage amount programmed into the medicament delivery device based on one or more of said images; in response to a determination that an injection has been administered without said prior user confirmation, display an image captured by the camera including one or more images of numerical values, prompt the user to set a medicament dosage amount for the administered injection for storing in a dosage log by requesting the user to select one of the one or more images, receive user input setting said medicament dosage amount and store said medicament dosage amount.
A suspension linkage for a motor vehicle comprising a body having a longitudinal length and a cross-sectional profile wherein the body comprises a first wall having a first thickness and a rib projecting from a surface of the first wall and extending along the entire longitudinal length of the first wall, the rib having a proximal end connected to the first wall and an opposite unconnected distal end spaced away from the first wall, wherein the rib has a cross-sectional profile configured to control a flexural rigidity of the suspension linkage, wherein the first wall forming a portion of a closed cross section along at least a portion of the longitudinal length, characterized in that the body is an extruded body the extruded body having an extruded rib projecting from an inner surface of the first wall of the extruded body and extending along the entire longitudinal length of the first wall, wherein the extruded rib has a cross-sectional profile configured to control a flexural rigidity of the suspension linkage (10, 210) wherein the extruded body having a longitudinal length and having a fixed cross-sectional profile along a portion of the longitudinal length that is created by pushing a material through a die that defines the fixed cross-section, the extruded body having a first wall having a first thickness and the extruded rib extending along the entire longitudinal length of the first wall.
A drill attachment configured to be coupled to a drill apparatus, the drill apparatus having a drill handle with a trigger for actuating the drill apparatus, the drill attachment comprising: a bifurcated frame defining a first shaft and a second shaft, the first shaft defining a proximal shaft portion and distal shaft portion, a handle pivotally engaged to the proximal shaft portion of the first shaft, the handle being operatively engaged with a trigger cable; a trigger actuator coupled to the trigger cable at the distal shaft portion of the first shaft, the trigger actuator having a rocking arm that pivots on the first shaft and is coupled to the trigger cable, and a lateral knee pad arm engaged to said first shaft such that the first shaft of the bifurcated frame is perpendicular to a longitudinal axis of the drill apparatus engaged to the drill attachment and the lateral knee pad arm is parallel to the longitudinal axis of the drill apparatus; characterized by: an adapter component engaged to the distal shaft portion of the first shaft, the adapter component comprising: an upper clamp member; and a lower clamp member coupled to the upper clamp member, the upper clamp member and the lower clamp member collectively defining a channel, the upper clamp member and the lower clamp member being able to engage the handle of the drill apparatus such that the handle of the drill apparatus can be disposed within the channel formed by the adapter component. a bifurcated frame defining a first shaft and a second shaft, the first shaft defining a proximal shaft portion and distal shaft portion, a handle pivotally engaged to the proximal shaft portion of the first shaft, the handle being operatively engaged with a trigger cable; a trigger actuator coupled to the trigger cable at the distal shaft portion of the first shaft, the trigger actuator having a rocking arm that pivots on the first shaft and is coupled to the trigger cable, and a lateral knee pad arm engaged to said first shaft such that the first shaft of the bifurcated frame is perpendicular to a longitudinal axis of the drill apparatus engaged to the drill attachment and the lateral knee pad arm is parallel to the longitudinal axis of the drill apparatus; characterized by: an adapter component engaged to the distal shaft portion of the first shaft, the adapter component comprising: an upper clamp member; and a lower clamp member coupled to the upper clamp member, the upper clamp member and the lower clamp member collectively defining a channel, the upper clamp member and the lower clamp member being able to engage the handle of the drill apparatus such that the handle of the drill apparatus can be disposed within the channel formed by the adapter component. an upper clamp member; and a lower clamp member coupled to the upper clamp member, the upper clamp member and the lower clamp member collectively defining a channel, the upper clamp member and the lower clamp member being able to engage the handle of the drill apparatus such that the handle of the drill apparatus can be disposed within the channel formed by the adapter component.
A Method of improving the function of a dump load circuit in a wind turbine generator, having a dump resistor, wherein the dump load circuit is connected to a DC link of a power electronic converter, for converting electrical power to a power supply grid, and wherein the method comprises testing the dump load circuit during non-fault operation of the wind turbine generator with the steps of: Performing a first measurement of a at least one signal within the wind turbine, activating the dump load circuit, performing a second measurement of the at least one signal after the activating of the dump load circuit, comparing the first and second measurements of the at least one signal. Performing a first measurement of a at least one signal within the wind turbine, activating the dump load circuit, performing a second measurement of the at least one signal after the activating of the dump load circuit, comparing the first and second measurements of the at least one signal.
An ink container containing ink to be supplied to an ink jet recording head provided in an ink jet recording apparatus, said ink container comprising: an ink containing portion for directly containing the ink; an opening for fluid communication with an ink introduction opening of said recording head; characterized by a communicating tube capable of being inserted into the ink introduction opening by mounting said ink container to the ink jet recording apparatus; wherein said communicating tube has an ink flow path having two openings, wherein the ink flow path is adapted to establish fluid communication between said ink containing portion and said recording head to supply the ink into the recording head in the case that said communicating tube is pushed by an urging member of an ink jet recording apparatus and protrudes from the ink containing portion outwardly such that one opening of the ink flow path is inserted into the ink introduction opening through said opening, and said ink flow path is adapted to prevent fluid communication between said ink containing portion and outside when said communication tube is accommodated in said ink container such that both openings of the ink flow path are in connection with the ink containing portion, wherein the ink container further comprises an elastic member provided between a shell of said ink container and said communicating tube, the elastic member being adapted to urge said communicating tube in a direction of accommodating at least said ink flow path. an ink containing portion for directly containing the ink; an opening for fluid communication with an ink introduction opening of said recording head; characterized by a communicating tube capable of being inserted into the ink introduction opening by mounting said ink container to the ink jet recording apparatus; wherein said communicating tube has an ink flow path having two openings, wherein the ink flow path is adapted to establish fluid communication between said ink containing portion and said recording head to supply the ink into the recording head in the case that said communicating tube is pushed by an urging member of an ink jet recording apparatus and protrudes from the ink containing portion outwardly such that one opening of the ink flow path is inserted into the ink introduction opening through said opening, and said ink flow path is adapted to prevent fluid communication between said ink containing portion and outside when said communication tube is accommodated in said ink container such that both openings of the ink flow path are in connection with the ink containing portion, wherein the ink container further comprises an elastic member provided between a shell of said ink container and said communicating tube, the elastic member being adapted to urge said communicating tube in a direction of accommodating at least said ink flow path.
An agricultural assistance system with a driver assistance system for controlling a towing vehicle, in particular configured as a tractor, and/or a mounted implement for an agricultural vehicle and trailer combination, wherein the agricultural assistance system produces control parameters for the towing vehicle, in particular for a machine controller of the towing vehicle and/or for the mounted implement, in particular for an implement controller of the mounted implement, wherein the driver assistance system has an input/output unit for dialogue with a user, wherein the agricultural assistance system has a rule interpreter which produces the control parameters by executing rules from sets of rules, wherein the agricultural assistance system has a rule generator which provides a plurality of sets of rules pertaining to the towing vehicle and/or the mounted implement, characterized in that the agricultural assistance system is configured to implement the rule interpreter as required on control hardware which is part of the towing vehicle and/or of the mounted implement, and on control hardware which is disposed remotely from the vehicle and trailer combination, and in that for this purpose, the agricultural assistance system has a coordination module which coordinates the rule interpreter with the rule generator and the driver assistance system independently of the location of the implementation of the rule interpreter. wherein the agricultural assistance system has a rule interpreter which produces the control parameters by executing rules from sets of rules, wherein the agricultural assistance system has a rule generator which provides a plurality of sets of rules pertaining to the towing vehicle and/or the mounted implement, characterized in that the agricultural assistance system is configured to implement the rule interpreter as required on control hardware which is part of the towing vehicle and/or of the mounted implement, and on control hardware which is disposed remotely from the vehicle and trailer combination, and in that for this purpose, the agricultural assistance system has a coordination module which coordinates the rule interpreter with the rule generator and the driver assistance system independently of the location of the implementation of the rule interpreter.