mhurhangee/ep-ind-claims huggingface dataset:
A mop cover of a material having a working side and a mounting side, wherein the mounting side has two or more first connecting elements, wherein the connecting elements have a fastening section, wherein the connecting elements consist of a plastic material, wherein the connecting elements are designed to be rigid and to extend largely orthogonally to a main plane of the mounting side, characterized in that at least one connecting element is designed such that other elements can engage with said connecting element by reaching through or under said connecting element, and in that the fastening section of said connecting element is sewn onto the mop cover.
A surfboard of the type having an elongated configuration with symmetry with respect to the longitudinal shaft, characterised in that it longitudinally determines a configuration of varying widths, with rounded contours and progressive curve transitions between the different widths, comprising an area in the front part and an area in the rear part determining respective transverse widenings with respect to a narrower area of the central part, between the areas of which a ratio of widths is met such that the minimum width of the central area is comprised between 81% and 85% of the maximum width of the front area and between 93% and 97% of the maximum width of the rear area, the maximum width of the front area being located at a distance from the rear end which is comprised between 76% and 80% of the total length of the board, the minimum width of the central area at a distance from the rear end which is comprised between 35% and 42% of the total length of the board, and the maximum width of the rear area at a distance from the rear end which is comprised between 15% and 18% of the total length of the board, meanwhile this width is comprised between 20% and 23% of the total length of the board.
A method of monitoring user activity in respect of a plurality of applications on a computing device, the method comprising: storing, by a first application running on the computing device, a first timestamp indicating the time that user activity was last detected in respect of the first application; receiving, by the first application, a message from a second application running on the computing device, the message comprising a second timestamp indicating the time that user activity was last detected in respect of the second application; updating, by the first application, the first timestamp based on the second timestamp when the time indicated by the second timestamp is later than the time indicated by the first timestamp; and locking the first application when the difference between the time indicated by the first timestamp and the current time exceeds a timeout period. storing, by a first application running on the computing device, a first timestamp indicating the time that user activity was last detected in respect of the first application; receiving, by the first application, a message from a second application running on the computing device, the message comprising a second timestamp indicating the time that user activity was last detected in respect of the second application; updating, by the first application, the first timestamp based on the second timestamp when the time indicated by the second timestamp is later than the time indicated by the first timestamp; and locking the first application when the difference between the time indicated by the first timestamp and the current time exceeds a timeout period.
A shaft assembly attachable to a handle of a surgical instrument, said shaft assembly comprising: a shaft, comprising: a connector portion configured to operably connect said shaft to the handle; and a proximal end; an end effector comprising a distal end; an articulation joint connecting said end effector to said shaft; a firing driver movable relative to said end effector by a firing motion; an articulation driver configured to articulate said end effector about said articulation joint when an articulation motion is applied to said articulation driver; and an articulation lock, characterized in that the articulation lock comprises a first one-way lock configured to releasably resist proximal movement of said articulation driver; and a second one-way lock configured to releasably resist distal movement of said articulation driver. a shaft, comprising: a connector portion configured to operably connect said shaft to the handle; and a proximal end; a connector portion configured to operably connect said shaft to the handle; and a proximal end; an end effector comprising a distal end; an articulation joint connecting said end effector to said shaft; a firing driver movable relative to said end effector by a firing motion; an articulation driver configured to articulate said end effector about said articulation joint when an articulation motion is applied to said articulation driver; and an articulation lock, characterized in that the articulation lock comprises a first one-way lock configured to releasably resist proximal movement of said articulation driver; and a second one-way lock configured to releasably resist distal movement of said articulation driver. a first one-way lock configured to releasably resist proximal movement of said articulation driver; and a second one-way lock configured to releasably resist distal movement of said articulation driver.
A method for producing ethanol from biomass that has been pre-treated and separated into a first component and a second component comprising the steps of: supplying the first component to a fermentation system; providing a yeast to the fermentation system in a concentration in the range from 5 to 30 grams of yeast on a dry basis per liter of first component; and maintaining the fermentation system at a temperature of between 26 and 37 degrees Celsius and at a pH of between 4.5 and 6.0 for a time of no less than 18 hours during fermentation; wherein the biomass comprises at least one of corn cobs, corn plant husks, corn plant leaves and corn plant stalks; the first component comprises xylose and acetic acid, wherein the acetic acid is present in an amount in a range of from 3000-6400 parts per million; the yeast comprises Saccharomyces cerevisiae that has been modified so as to be capable of fermenting xylose into ethanol; and at least 75 percent of the xylose has been converted into ethanol by fermentation. supplying the first component to a fermentation system; providing a yeast to the fermentation system in a concentration in the range from 5 to 30 grams of yeast on a dry basis per liter of first component; and maintaining the fermentation system at a temperature of between 26 and 37 degrees Celsius and at a pH of between 4.5 and 6.0 for a time of no less than 18 hours during fermentation; wherein the biomass comprises at least one of corn cobs, corn plant husks, corn plant leaves and corn plant stalks; the first component comprises xylose and acetic acid, wherein the acetic acid is present in an amount in a range of from 3000-6400 parts per million; the yeast comprises Saccharomyces cerevisiae that has been modified so as to be capable of fermenting xylose into ethanol; and at least 75 percent of the xylose has been converted into ethanol by fermentation.
A low-waste peeler with a handle and a blade holder that is arranged on a grip head of the handle and has an adjustable pendulum blade, wherein the pendulum blade is arranged so as to be adjustable between a blade pendulum axis direction and a longitudinal grip axis direction of the handle by an angle (α), wherein the blade holder is essentially realized semicircular and provided with a blade holder profile moulding that is arranged on the outer circumference of the blade holder, and wherein a grip head profile moulding, which is realized complementary to the blade holder profile moulding, furthermore is provided on the grip head in such a way that the blade holder profile moulding and the grip head profile moulding engage into one another in a displaceable and positionable manner in order to achieve a continuously variable adjustability of the blade holder on the handle for adjusting the angle (α), characterized in that the blade holder profile moulding consists of a dovetail-like profile part on the blade holder and the grip head profile moulding consists of a dovetail-like profile part on the grip head with two slanted grooves on the dovetail-like profile part.
Hinged component with one degree of freedom, comprising at least two concentric rings (10, 20; 10, 20, 30), rotatable with respect to one other about a central axis, defining a friction interface (40; 40, 50) therebetween, and including: - an outer ring, and - an inner ring having an inner friction surface provided to receive a movable element guided by the component to rotate, oscillate and/or translate, the friction interface (40; 40, 50) between the rings (10, 20; 10, 20, 30) receiving a lubricant, and the component comprising sealing means provided to prevent leaks of lubricant out of the friction interface, characterised in that the articulated component comprises three concentric rings (10, 20, 30), with a single friction interface defined between the three rings (10, 20, 30), and in that an intermediate ring is made of composite material. - an outer ring, and - an inner ring having an inner friction surface provided to receive a movable element guided by the component to rotate, oscillate and/or translate, the friction interface (40; 40, 50) between the rings (10, 20; 10, 20, 30) receiving a lubricant, and the component comprising sealing means provided to prevent leaks of lubricant out of the friction interface, characterised in that the articulated component comprises three concentric rings (10, 20, 30), with a single friction interface defined between the three rings (10, 20, 30), and in that an intermediate ring is made of composite material.
Method for manufacturing a turbine engine blade including an active-surface wall and a passive-surface wall separated from one another a bathtub tip delimited by a closing wall grouping together the active-surface wall and passive-surface wall, by an edge of the active-surface wall extending over the closing wall and by an edge of the passive-surface wall extending over the closing wall, the closing wall forming the bottom of the bathtub tip, the method comprising a step of casting to form at least the bathtub tip and the active surface wall and the passive-surface wall of the blade characterised in that it comprises a step of adding metal to the bottom of the bathtub tip with an Additive Manufacturing method to constitute in this bathtub tip, an inner partition (25, 28) supported by the bottom thereof.
A transgenic aquatic animal obtained by germinal transgenesis selected from amphibians and teleosts, comprising at least one expression cassette, said cassette comprising: a) a regulatory DNA sequence from vertebrate, comprising the promoter TH/bZIP of sequence SEQ ID NO:12 functionally linked upstream of a DNA segment encoding a reporter protein, b) optionally, a polyadenylation signal, and c) an "insulator" sequence at each end of said cassette. a) a regulatory DNA sequence from vertebrate, comprising the promoter TH/bZIP of sequence SEQ ID NO:12 functionally linked upstream of a DNA segment encoding a reporter protein, b) optionally, a polyadenylation signal, and c) an "insulator" sequence at each end of said cassette.
A single cell, wherein the single cell comprises a case, a battery cell accommodated in the case, an electrode terminal electrically connected to the battery cell, and a cover plate for encapsulating the case, wherein the electrode terminal is disposed in the cover plate, the electrode terminal comprises a battery post passing through the cover plate and electrically connected to the battery cell by using an internal guide member, the single cell further comprises a current interrupt device mounted in the battery post, the current interrupt device has a flipping member in communication with gas inside the case, the flipping member is connected to an outer end surface of the battery post by using a connection point, and the connection point can be disconnected under action of air pressure, characterized in that a first ceramic ring is connected between the battery post and the cover plate, and in that a second ceramic ring is tightly connected between the battery post and an outer periphery of the flipping member.
A yarn feeder for a circular knitting machine, comprising a plurality of yarn feeding pulleys, a fixed guide, at least two movable guides (16, 17, 116, 117), and a base supporting the movable guides (16, 17, 116, 117) being provided adjacent to each yarn feeding pulley with each of the fixed guides having an introduction hole on a yarn inlet side and an exit hole on a yarn outlet side, and each set of the movable guides being composed of a first movable guide (16, 116) and a second movable guide (17, 117), and each of the movable guides (16, 17, 116, 117) having a yarn guide hole (16a, 17a, 116a, 117a) suitable for guiding yarn at a tip thereof, and moving in an arc about a surface of the yarn feeding pulley, around a pivot shaft that is offset from a central shaft of the yarn feeder, wherein the first movable guide (16, 116) has a first swing member (21, 121) that moves in an arc, and the second movable guide (17, 117) has a second swing member (19, 119) that moves in an arc, and the yarn feeder is characterized in that the first swing member (21, 121) has disposed thereon a first elastic member (25, 125) so as to be able to generate a resistance force to a feeding tension of a yarn, and the second swing member (19, 119) has disposed thereon a second elastic member (24, 124) so as to be able to generate a resistance force to a feeding tension of the yarn.
A floating offshore facility for offshore hydrocarbon production, wherein the offshore facility comprises: - an upper deck and a lower deck, - a well bay located on the lower deck, said well bay being composed of a plurality of drilling slots and a plurality of production slots surrounding said drilling slots, each production slot being adapted to receive a production riser after a well is completed at a drilling slot neighbour of said production slot, the plurality of drilling slots forming one opening inside the lower deck, - a cart located between the upper and lower deck, said cart supporting a drilling riser and being movable together with said drilling riser inside said one opening of the plurality of the drilling slots, - a drilling rig located above the upper deck, said drilling rig being movable above the well bay so as to be positioned in alignment above the cart to allow to drill the well in using the drilling riser inside the drilling slot, the floating offshore facility being characterized in that the cart is rested upon skid rails on the lower deck so as to be supported vertically above the lower deck and so as to be movable longitudinally according to a bay direction, and wherein the cart is laterally in contact with longitudinal beams of the upper deck so as to be maintained laterally according to a lateral direction perpendicular to said bay direction. - an upper deck and a lower deck, - a well bay located on the lower deck, said well bay being composed of a plurality of drilling slots and a plurality of production slots surrounding said drilling slots, each production slot being adapted to receive a production riser after a well is completed at a drilling slot neighbour of said production slot, the plurality of drilling slots forming one opening inside the lower deck, - a cart located between the upper and lower deck, said cart supporting a drilling riser and being movable together with said drilling riser inside said one opening of the plurality of the drilling slots, - a drilling rig located above the upper deck, said drilling rig being movable above the well bay so as to be positioned in alignment above the cart to allow to drill the well in using the drilling riser inside the drilling slot,
A radio for a radio network with dynamic and distributed radio resource allocation, wherein the radio comprises a sensing module that is configured to sense a radio spectrum, thereby obtaining sensing data, wherein the radio comprises a transmission module that is configured to transmit a radio signal, and wherein the sensing module and the transmission module are interconnected with each other such that the sensing module is configured to forward information associated with the sensing data to the transmission module for transmitting the information encompassed in a radio signal to a second radio of the radio network, wherein the information corresponds to at least one frequency range within the radio spectrum which is to be used by the radio for receiving radio signals, characterized in that the at least one frequency range corresponds to a frequency hopset that defines which frequency or frequency sub-range is used at a certain time while hopping between different frequencies or different frequency ranges.
Use of a zipper (100, 200), having a center tape (1, 201), which is affixed to a cover of a mattress core, and at the two longitudinal edges (2, 3) of which closing chains (4, 5) are provided, having two outer tapes (7, 8), which each have a closing chain (11, 12), and having two sliders (13, 14), of which the one alternately hooks a closing chain (11, 12) of the one outer tape and the facing closing chain of the one longitudinal edge of the center tape into one another for closing and unhooks them from one another for opening, and the other hooks the closing chain of the other outer tape and the facing closing chain of the other longitudinal edge of the center tape into one another for closing and unhooks them from one another for opening, wherein the two sliders (13, 14) and the related closing chains (4, 11; 5, 12) are disposed to open or close in opposite directions, for optional attachment of a lower and/or upper cover to the mattress core.
A method for protecting a magnetic tunnel junction, MTJ, cell by utilizing an integrated shielding apparatus, comprising: forming an MTJ device on a substrate, wherein the MTJ device comprises: a bottom electrode; one or more pinned layers on the bottom electrode; a barrier layer on the one or more pinned layers; one or more free layers on the barrier layer; a hardmask layer on the one or more free layers; and a top electrode on the hardmask layer; and forming a cap-shaped magnetic shielding structure surrounding a side surface of the top electrode but not covering a top surface of the top electrode, said magnetic shielding structure further comprising shielding material between the hardmask layer and the top electrode, wherein the magnetic shielding structure has a structure within which is located at least part of each of the hardmask layer, and the one or more free layers. forming an MTJ device on a substrate, wherein the MTJ device comprises: a bottom electrode; one or more pinned layers on the bottom electrode; a barrier layer on the one or more pinned layers; one or more free layers on the barrier layer; a hardmask layer on the one or more free layers; and a top electrode on the hardmask layer; and a bottom electrode; one or more pinned layers on the bottom electrode; a barrier layer on the one or more pinned layers; one or more free layers on the barrier layer; a hardmask layer on the one or more free layers; and a top electrode on the hardmask layer; and forming a cap-shaped magnetic shielding structure surrounding a side surface of the top electrode but not covering a top surface of the top electrode, said magnetic shielding structure further comprising shielding material between the hardmask layer and the top electrode, wherein the magnetic shielding structure has a structure within which is located at least part of each of the hardmask layer, and the one or more free layers.
A load transporting apparatus including: a main body; a ground engaging wheel positioned at or towards one end of the main body and supported for rotation about a generally horizontal axis; a support member, which is connected to the main body, and which supports a pair of wheel assemblies, each assembly including a wheel which is supported for rotation about a generally horizontal wheel axis, wherein said wheel assembly permits the wheel to swivel about a swivel axis which is substantially perpendicular to the wheel axis and off-set therefrom; wherein the support member is connected to the main body by connection means which permits movement of the main body towards and away from the support member. a main body; a ground engaging wheel positioned at or towards one end of the main body and supported for rotation about a generally horizontal axis; a support member, which is connected to the main body, and which supports a pair of wheel assemblies, each assembly including a wheel which is supported for rotation about a generally horizontal wheel axis, wherein said wheel assembly permits the wheel to swivel about a swivel axis which is substantially perpendicular to the wheel axis and off-set therefrom; wherein the support member is connected to the main body by connection means which permits movement of the main body towards and away from the support member.
A winding apparatus for applying a winding of a band-like material to a limb of a transformer core, the apparatus comprising: a guide member having a longitudinal axis, means (2,3) for fixing the position of the guide member in relation to the core limb, a rotary member having an axis of rotation which is essentially parallel to the longitudinal axis of the guide member, which rotary member exhibits a through opening arranged to enclose a cross section of the core limb means for attaching a supply of band-like material to the rotary member, and means for rotating the rotary member, characterised by means for displacing the rotary member along the longitudinal axis of the guide member, while keeping the core limb stationary. a guide member having a longitudinal axis, means (2,3) for fixing the position of the guide member in relation to the core limb, a rotary member having an axis of rotation which is essentially parallel to the longitudinal axis of the guide member, which rotary member exhibits a through opening arranged to enclose a cross section of the core limb means for attaching a supply of band-like material to the rotary member, and means for rotating the rotary member, characterised by means for displacing the rotary member along the longitudinal axis of the guide member, while keeping the core limb stationary.