mhurhangee/ep-ind-claims huggingface dataset:
A detachable disposable absorbent article, comprising: a. a wearer-facing continuous first liner that is liquid permeable; b. a garment-facing second liner (54, 84) that is directly bonded to the first liner by one or more seams (66, 68), at least one of the seams (66, 68) is shifted inward from the edge of the article to form a sanitary gap between the second liner (54, 84) and a continuous extension of the first liner outward of the seam (66, 68), the continuous extension of the first liner at the edge of the article forms a sanitary grip adapted for tearing the first liner; and c. a liquid permeable absorbent core enclosed between the first liner and the second liner (54, 84). a. a wearer-facing continuous first liner that is liquid permeable; b. a garment-facing second liner (54, 84) that is directly bonded to the first liner by one or more seams (66, 68), at least one of the seams (66, 68) is shifted inward from the edge of the article to form a sanitary gap between the second liner (54, 84) and a continuous extension of the first liner outward of the seam (66, 68), the continuous extension of the first liner at the edge of the article forms a sanitary grip adapted for tearing the first liner; and c. a liquid permeable absorbent core enclosed between the first liner and the second liner (54, 84).
Device for connecting two workpiece parts (11, 12) to form a workpiece by through-transmission welding along weld seams running in a predetermined weld seam pattern in regions (B1, B2) of the workpiece parts having different characteristics, with a receptacle which is configured so as to position two workpiece parts (11, 12) extending in X direction and Y direction relative to one another in the X direction, Y direction and Z direction of a Cartesian coordinate system, with a laser beam source aligned in the radiating direction thereof on the receptacle and, therefore, on workpiece parts (11, 12) positioned therein, which laser beam source comprises a plurality of individually controllable laser beam emitters which are arranged adjacently in X direction, with a transporting device for transporting the laser beam source relative to the receptacle in Y direction, and with a storage-and-control unit, characterized in that a homogeniser is arranged downstream of the laser beam source in radiating direction, at least two reflection channels being provided in the homogeniser which run parallel to one another in Y direction, completely penetrate the homogeniser in Z direction with a channel depth, and are dimensioned and arranged relative to one another corresponding to a predetermined weld seam pattern, and one of the laser beam emitters of different laser power (21.1, 21.2) is associated respectively with the at least two reflection channels, that the reflection channels have opposed reflecting channel wall surfaces at which at least a portion of the laser radiation coming from the associated laser beam emitter (21.1, 21.2) is repeatedly reflected back and forth, that the laser beam emitters of different laser power (21.1, 21.2) comprise at least laser beam emitters of a comparatively lower laser power (21.2) and laser beam emitters of a comparatively higher power (21.1) so that, with laser radiation emitting over the same duration, parallel weld seams of like quality can be generated simultaneously in regions (B1, B2) of the workpiece parts (11, 12) having different characteristics, that the channel wall surfaces are arranged at an inclination to the radiating direction of the laser beam source such that the laser radiation reflected at the channel wall surfaces has a steeper reflection angle so that the quantity of reflections of the laser radiation can be increased, and that the channel wall surfaces forming a reflection channel in the homogenizer are individually exchangeable and freely positionable.
A method comprising: a) monitoring a traffic pattern comprising detecting a frequency of keep alive messages relating to a mobile terminal; and b) regulating states of the mobile terminal according to the monitored traffic pattern comprising setting a timer of the mobile terminal. a) monitoring a traffic pattern comprising detecting a frequency of keep alive messages relating to a mobile terminal; and b) regulating states of the mobile terminal according to the monitored traffic pattern comprising setting a timer of the mobile terminal.
A washable aqueous ink composition comprising: a) at least one alkali metal salt of citrate, which can be optionally hydrated, b) at least one cyclodextrin or derivative thereof, c) at least one dye. a) at least one alkali metal salt of citrate, which can be optionally hydrated, b) at least one cyclodextrin or derivative thereof, c) at least one dye.
Fixing device for connecting means with a polygonal head for the detachable connection of flanges, which can be connected to one another and braced against one another by a screw connection, the fixing device integrating the outer surface of the polygonal heads of several connecting means at least partially encompassing a form-fitting and the rotation of these connecting means inhibiting fixation means and the fixation means comprises a plurality of spaced apart members each with at least one receptacle, the inner profile of the lateral surface of the polygonal heads is designed in a correspondingly corresponding manner, the fixing means being a chain and the inner profile of individual links of the chain being designed to encompass the outer surface of the polygonal heads in a form-fitting manner, the fixing means at least one reversible connecting means for detachable joining of two ends (103a, 103b) of the fixing means,# characterized in that# a flexible securing means for fixing components of the fixing device is provided, which runs circumferentially along the fixing device, whereby at least two ends (120a, 120b) of the securing means being reversibly connectable to one another.# characterized in that# a flexible securing means for fixing components of the fixing device is provided, which runs circumferentially along the fixing device, whereby at least two ends (120a, 120b) of the securing means being reversibly connectable to one another.#
A vessel for carrying out chemical or biochemical reactions, said vessel comprising a malleable or mouldable material having one or more side walls and a closed base integral with said one or more side walls, an opening in the top of the vessel, and further comprising two or more resilient projections extending into the interior of the vessel, generally laterally from said side walls, wherein said projections are also integral with said side wall; characterised in that the vessel comprises a lower portion of relatively small cross sectional area, and an upper portion having a relatively expanded cross sectional area, which accommodates the opening, wherein the projections are arranged in the area of a junction between the upper and lower portions and a freeze dried reagent in the form of a cake or bead within the region located below the projections, the projections forming a restraint that prevents the freeze dried reagent located below the projections from being displaced within the vessel or exiting through the opening in the top of the vessel.
A tribological and creep resistant system configured to operate at temperatures in excess of 700°C, comprising a seal body (84; 184) extending between a leading edge (80; 180) and a trailing edge (82; 182) including a first component contact surface adjacent the leading edge (80; 180) and a second component contact surface adjacent the trailing edge (82; 182); and a first component engaging the first component contact surface on the leading edge of the seal body and a second component engaging the second component contact surface on the trailing edge of the seal body, wherein the seal body (84; 184) is formed from a high entropy alloy, and wherein the high entropy alloy includes one of MoNbTaW, AlCoCrFeNiTi, or CoCrFeMnNi. a seal body (84; 184) extending between a leading edge (80; 180) and a trailing edge (82; 182) including a first component contact surface adjacent the leading edge (80; 180) and a second component contact surface adjacent the trailing edge (82; 182); and a first component engaging the first component contact surface on the leading edge of the seal body and a second component engaging the second component contact surface on the trailing edge of the seal body, wherein the seal body (84; 184) is formed from a high entropy alloy, and wherein the high entropy alloy includes one of MoNbTaW, AlCoCrFeNiTi, or CoCrFeMnNi.
An apparatus, comprising: a base comprising an ultrasonic transducer; a tube extending from the base; a first calibration target attached to the tube at a first distance from the ultrasonic transducer and extending into an interior of the tube; and an orifice in the tube, wherein the orifice extends through the tube from an exterior of the tube to the interior of the tube and along the tube wherein an edge of the orifice is at the first distance from the ultrasonic transducer; further comprising: a second calibration target attached to the tube at a second distance from the ultrasonic transducer and extending into the interior of the tube; and wherein the orifice extends along the tube from the first distance from the ultrasonic transducer to the second distance from the ultrasonic transducer. a base comprising an ultrasonic transducer; a tube extending from the base; a first calibration target attached to the tube at a first distance from the ultrasonic transducer and extending into an interior of the tube; and an orifice in the tube, wherein the orifice extends through the tube from an exterior of the tube to the interior of the tube and along the tube wherein an edge of the orifice is at the first distance from the ultrasonic transducer; further comprising: a second calibration target attached to the tube at a second distance from the ultrasonic transducer and extending into the interior of the tube; and wherein the orifice extends along the tube from the first distance from the ultrasonic transducer to the second distance from the ultrasonic transducer. a second calibration target attached to the tube at a second distance from the ultrasonic transducer and extending into the interior of the tube; and wherein the orifice extends along the tube from the first distance from the ultrasonic transducer to the second distance from the ultrasonic transducer.
Robot for retaining and handling medical instruments/apparatuses, in particular retractors, preferably for use in orthopaedic operations, having a manipulator and an end effector which is carried by the manipulator for gripping/coupling the respective instrument, wherein means for detecting external parameters relating to the retention situation are provided and wherein, as a result of the established parameters and where applicable using additional parameters which can be predetermined, the retention/handling function of the robot can be defined, characterised in that on the end effector an isolation module for separating a sterile region from a non-sterile region of the end effector is arranged, in that the isolation module is arranged between a sensor module and a gripper module so that the sensor module is located in the non-sterile region, and in that the means for detecting external parameters are constructed as sensors for detecting the forces which occur during the retention situation between the instrument and the retained tissue and, when a predetermined force value is exceeded, the end effector is automatically tracked in the direction of the force which occurs.
A refrigerator comprising: a cabinet including a compartment; a main door connected to the cabinet, and configured to open and close the compartment and including an opening device accommodation part, formed at an upper cap decoration which forms the upper surface of the main door; and a door opening device provided inside the opening device accommodation part of the main door, wherein the door opening device includes: a case; a driving motor, a push rod which is movable to open the main door by receiving a force of the driving motor and a plurality of gears ( 751, 752, 753, 754, 761, 762) received in the case to transfer the force of the driving motor to the push rod, wherein a rod hole which is formed toward the cabinet is formed on the opening device accommodation part, characterized in that: a rod cap is provided at a front end of the push rod, and the rod cap is formed to shield the rod hole in a state in which the push rod is completely inserted in the case. a cabinet including a compartment; a main door connected to the cabinet, and configured to open and close the compartment and including an opening device accommodation part, formed at an upper cap decoration which forms the upper surface of the main door; and a door opening device provided inside the opening device accommodation part of the main door, wherein the door opening device includes: a case; a driving motor, a push rod which is movable to open the main door by receiving a force of the driving motor and a plurality of gears ( 751, 752, 753, 754, 761, 762) received in the case to transfer the force of the driving motor to the push rod, wherein a rod hole which is formed toward the cabinet is formed on the opening device accommodation part, characterized in that: a rod cap is provided at a front end of the push rod, and the rod cap is formed to shield the rod hole in a state in which the push rod is completely inserted in the case. a case; a driving motor, a push rod which is movable to open the main door by receiving a force of the driving motor and a plurality of gears ( 751, 752, 753, 754, 761, 762) received in the case to transfer the force of the driving motor to the push rod, wherein a rod hole which is formed toward the cabinet is formed on the opening device accommodation part, characterized in that: a rod cap is provided at a front end of the push rod, and the rod cap is formed to shield the rod hole in a state in which the push rod is completely inserted in the case.
Component, in particular a panel element, comprising at least one substrate element having at least one covering sheet (3, 4), at least one profile element, comprising at least one structuring layer, the profile element being secured on at least one narrow side of the substrate element, the structuring layer having a polymer material at least in part, at least one covering sheet (3, 4) and the material of the profile element having, at least in part, a component selected from a halogenated and/or a nitrogen-based and/or an organophosphate-based and/or an inorganic flame retardant in an amount from 0.1 to 30 wt.%, preferably from 0.2 to 25 wt.%, in relation to the total weight thereof, characterised in that the material of the profile element has a fire performance as per the UL 94 standard of at least V1 at a thickness of 1.0 mm, in that the material of the profile element has a flammability index of 960°C at a thickness of 3 mm in accordance with IEC60695-2-12.
A bottom blowing plug to be attached to a combined blowing converter capable of processing 150 t or more of molten iron at a time, and comprising a plug body having an upper surface to contact the molten iron, the upper surface having a group of openings comprising openings of at least 30 through holes and inert gas being injected at 20 to 60 Nl/min from each one of the openings, wherein the group of openings is located at a central portion of the upper surface of the plug body, and when S u cm 2 is area of the upper surface and S o cm 2 is area of an opening group portion where the group of openings is located, S o /S u ≤ 0.25 and S u cm 2 ≥ 400 cm 2, and density of the openings constituting the group of openings, which is expressed by the number of openings divided by the area S o of the opening group portion, is 0.6 to 3.9 opening/cm 2.
A method for controlling discharging of a glass plate in a glass plate tempering technology process, wherein, after the glass plate is fed into a heating furnace, a monitoring unit monitors a working parameter of a heating element in real time, performs filtering on the working parameter of the heating element, and then transmits the filtered working parameter of the heating element to a control unit, wherein the control unit compares the received working parameter of the heating element with a specified threshold, characterized in that the control unit sends an instruction to a drive mechanism when the working parameter reaches the specified threshold during another change after the working parameter of the heating element reaches a maximum value or a minimum value, wherein the drive mechanism acts to directly move the glass plate out of the heating furnace or move the glass plate out of the heating furnace after a time delay, so as to complete a glass plate heating process. wherein the control unit compares the received working parameter of the heating element with a specified threshold, characterized in that the control unit sends an instruction to a drive mechanism when the working parameter reaches the specified threshold during another change after the working parameter of the heating element reaches a maximum value or a minimum value, wherein the drive mechanism acts to directly move the glass plate out of the heating furnace or move the glass plate out of the heating furnace after a time delay, so as to complete a glass plate heating process.
An agricultural baler, comprising: - a chassis; - a flywheel carried by the chassis; - a driveline associated with the flywheel and couplable with a power take-off of a traction unit; and - an auxiliary power system coupled with the driveline; - a plunger reciprocally movable in a bale chamber during a compression cycle having a compression stroke and a return stroke; characterized in that said auxiliary power system being configured for receiving power from the driveline, storing the power, and transmitting the stored power back to the driveline; said auxiliary power system is configured for receiving power from the driveline during a portion of the return stroke; and said auxiliary power system is configured for transmitting power to the driveline during a portion of the compression stroke. - a chassis; - a flywheel carried by the chassis; - a driveline associated with the flywheel and couplable with a power take-off of a traction unit; and - an auxiliary power system coupled with the driveline; - a plunger reciprocally movable in a bale chamber during a compression cycle having a compression stroke and a return stroke; said auxiliary power system being configured for receiving power from the driveline, storing the power, and transmitting the stored power back to the driveline; said auxiliary power system is configured for receiving power from the driveline during a portion of the return stroke; and said auxiliary power system is configured for transmitting power to the driveline during a portion of the compression stroke.
A computer-implemented method comprising, at a network assurance appliance: obtaining a logical model associated with a network; querying a node or a network controller in the network to obtain a hit count for a concrete level rule implemented on the node; identifying one or more components of the logical model, wherein each of the one or more components are associated with the concrete level rule; attributing the hit count for the concrete level rule to each of the one or more components of the logical model; determining a number of hardware level entries associated with each of the one or more components; and generating a report comprising the one or more components of the logical model, the hit count attributed to each of the one or more components of the logical model, and the number of hardware level entries associated with the one or more components of the logical model. obtaining a logical model associated with a network; querying a node or a network controller in the network to obtain a hit count for a concrete level rule implemented on the node; identifying one or more components of the logical model, wherein each of the one or more components are associated with the concrete level rule; attributing the hit count for the concrete level rule to each of the one or more components of the logical model; determining a number of hardware level entries associated with each of the one or more components; and generating a report comprising the one or more components of the logical model, the hit count attributed to each of the one or more components of the logical model, and the number of hardware level entries associated with the one or more components of the logical model.
A two-slider crank mechanism with a segment comprising a first slider, a second slider, a first connecting rod, a second connecting rod and a crank connected with the first slider by means of the first connecting rod, characterized in that the second slider guide is arranged at an angle to the first slider guide, wherein the second connecting rod is connected with the first slider at one end and with the second slider at the other end, and wherein the second connecting rod length equals to amount of the crank double length and a distance between a connection point of the second connecting rod and the first slider at the initial phase of its movement, measured in the direction of the first slider movement, and a longitudinal axis of the second slider.