mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear (100; 200; 300; 400; 500; 600; 700) comprising: an upper (101; 201; 301; 401; 601; 701) having a medial side and a lateral side; a sole (102; 202; 302; 402; 602) having a medial side and a lateral side; and a strap (120; 220; 320; 420; 521, 522, 523; 621; 720) attached at a medial end to at least one of the medial side of the upper (101; 201; 301; 401; 601; 701) and the medial side of the sole (102; 202; 302; 402; 602), and at a lateral end to at least one of the lateral side of the upper (101; 201; 301; 401; 601; 701) and the lateral side of the sole (102; 202; 302; 402; 602); characterized in that the strap (120; 220; 320; 420; 521, 522, 523; 621; 720) comprises a reactive material that increases in at least one of thickness and width when the strap (120; 220; 320; 420; 521, 522, 523; 621; 720) is under longitudinal tension. an upper (101; 201; 301; 401; 601; 701) having a medial side and a lateral side; a sole (102; 202; 302; 402; 602) having a medial side and a lateral side; and a strap (120; 220; 320; 420; 521, 522, 523; 621; 720) attached at a medial end to at least one of the medial side of the upper (101; 201; 301; 401; 601; 701) and the medial side of the sole (102; 202; 302; 402; 602), and at a lateral end to at least one of the lateral side of the upper (101; 201; 301; 401; 601; 701) and the lateral side of the sole (102; 202; 302; 402; 602);
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: initiating a Random Access Preamble, RAP, transmission procedure on an unlicensed Secondary Cell, SCell, wherein a timer is started when the UE initiates the RAP transmission procedure on the unlicensed SCell; stopping the RAP transmission procedure on the unlicensed SCell when a certain condition is met, wherein the certain condition is met when the RAP has not been transmitted within 4 subframes from a subframe where the timer expires; and transmitting, to a Base Station, BS, information on that the UE stops the RAP transmission procedure on the unlicensed SCell through a cell configured for the UE when the RAP transmission procedure on the unlicensed SCell is stopped. initiating a Random Access Preamble, RAP, transmission procedure on an unlicensed Secondary Cell, SCell, wherein a timer is started when the UE initiates the RAP transmission procedure on the unlicensed SCell; stopping the RAP transmission procedure on the unlicensed SCell when a certain condition is met, wherein the certain condition is met when the RAP has not been transmitted within 4 subframes from a subframe where the timer expires; and transmitting, to a Base Station, BS, information on that the UE stops the RAP transmission procedure on the unlicensed SCell through a cell configured for the UE when the RAP transmission procedure on the unlicensed SCell is stopped.
Autonomous floor conveyor vehicle comprising a multi-load carrier and an actuating device; wherein the multi-load carrier comprises a plurality of receiving locations, each of which is provided for receiving a piece good; characterized in that the actuating device is designed to move each of the receiving locations to a left-hand discharge position (ls) from which a piece good can be discharged on the left-hand side of the floor conveyor vehicle and a right-hand discharge position (rs) from which a piece good can be discharged on the right-hand side of the floor conveyor vehicle. a multi-load carrier and an actuating device; wherein the multi-load carrier comprises a plurality of receiving locations, each of which is provided for receiving a piece good; characterized in that the actuating device is designed to move each of the receiving locations to a left-hand discharge position (ls) from which a piece good can be discharged on the left-hand side of the floor conveyor vehicle and a right-hand discharge position (rs) from which a piece good can be discharged on the right-hand side of the floor conveyor vehicle.
Rotation blocking system for a key interlock device comprising: - a rotatable mobile device intended to rotate around a first axis and provided with a radial stop, - a lever intended to rotate around a second axis in order to take a blocking position in which it is intended to stop the radial stop in order to prevent rotation of the rotatable mobile device, and a non-blocking position in which it stays away from the radial stop in order to enable rotation of the rotatable mobile device, and - an actuator comprising a retractable part intended to move along a third axis in order to take a blocking position in which it is intended to stop the lever so as to prevent rotation of the lever from its blocking position to its non-blocking position, and a non-blocking position in which it enables the lever to be in its non-blocking position, characterized in that the third axis is parallel to the second axis. - a rotatable mobile device intended to rotate around a first axis and provided with a radial stop, - a lever intended to rotate around a second axis in order to take a blocking position in which it is intended to stop the radial stop in order to prevent rotation of the rotatable mobile device, and a non-blocking position in which it stays away from the radial stop in order to enable rotation of the rotatable mobile device, and - an actuator comprising a retractable part intended to move along a third axis in order to take a blocking position in which it is intended to stop the lever so as to prevent rotation of the lever from its blocking position to its non-blocking position, and a non-blocking position in which it enables the lever to be in its non-blocking position, characterized in that the third axis is parallel to the second axis.
A manual device comprising a longitudinal prehension body and a pad for a capacitive screen mounted on one end of said body, wherein the body is insulating, while the pad is conductive, wherein a rod of polymer material filled with at least one conductive material and/or comprising a conductive coating is electrically in contact with the pad and extends longitudinally inside the body, and wherein the body presents an outside surface, a layer of conductive material being arranged on the outside surface of the body, said layer being insulated from the pad.
A blood processing filter for removing undesirable components from liquid containing a blood component or blood, the filter comprising: a sheet-shaped filter element; and a container that includes an inlet-side container element and an outlet-side container element that are disposed to clamp the filter element, and has an internal space separated by the filter element into an inlet space and an outlet space, wherein the filter element includes a pair of filtering surfaces (2a, 2b) disposed on the inlet space side and the outlet space side, and an end surface along peripheries of the pair of filtering surfaces (2a, 2b), the inlet-side container element and the outlet-side container element are provided with a gripper that clamps and compresses outer edge portions (2d, 2e) of the pair of filtering surfaces (2a, 2b) and adheres to the end surface with melt resin, and wherein an opening is formed at the inlet-side container and/or at the outlet-side container which opening(s) is/are blocked with a steam-permeable portion selected from a film or a flexible resin. a sheet-shaped filter element; and a container that includes an inlet-side container element and an outlet-side container element that are disposed to clamp the filter element, and has an internal space separated by the filter element into an inlet space and an outlet space, wherein the filter element includes a pair of filtering surfaces (2a, 2b) disposed on the inlet space side and the outlet space side, and an end surface along peripheries of the pair of filtering surfaces (2a, 2b), the inlet-side container element and the outlet-side container element are provided with a gripper that clamps and compresses outer edge portions (2d, 2e) of the pair of filtering surfaces (2a, 2b) and adheres to the end surface with melt resin, and wherein an opening is formed at the inlet-side container and/or at the outlet-side container which opening(s) is/are blocked with a steam-permeable portion selected from a film or a flexible resin.
Electrical contacting system comprising a ribbon cable and a gripping collar for electrically contacting the cores, the gripping collar being formed in two parts so as to have a top part and a bottom part, a peripheral sealing strip which encloses a rectangular contacting region being arranged on the bottom face of the top part of the gripping collar which faces the top sheath face of the ribbon cable, the sheath of the ribbon cable having a planar top sheath face and a core plane comprising electrical cores, characterised in that the bottom sheath face has constricted portions between two cores respectively, which constricted portions are in parallel with the cores, the top part having a receiving region which is congruent with respect to shape with the top sheath face and the bottom part having a receiving region which is congruent with respect to shape with the bottom sheath face.
A segmented turbine shroud for radially encasing a turbine in a gas turbine engine, the shroud comprising: a carrier comprising a portion defining a pin-receiving carrier bore; a ceramic matrix composite seal segment comprising an arcuate flange having a surface facing the turbine and a portion defining a pin-receiving seal segment bore; an elongated pin extending through said carrier bore and said seal segment bore, wherein said elongated pin comprises a lateral cross-sectional dimension of at least 9.5 mm (three-eighths inches); wherein said CMC seal segment portion defining a pin-receiving seal segment bore is radially spaced from said arcuate flange by a spacing flange extending radially outward from said arcuate flange to thereby effect receipt within the seal segment bore of said elongated pin; and wherein said pin-receiving seal segment bore has an axial length greater than a thickness of the CMC seal segment. a carrier comprising a portion defining a pin-receiving carrier bore; a ceramic matrix composite seal segment comprising an arcuate flange having a surface facing the turbine and a portion defining a pin-receiving seal segment bore; an elongated pin extending through said carrier bore and said seal segment bore, wherein said elongated pin comprises a lateral cross-sectional dimension of at least 9.5 mm (three-eighths inches); wherein said CMC seal segment portion defining a pin-receiving seal segment bore is radially spaced from said arcuate flange by a spacing flange extending radially outward from said arcuate flange to thereby effect receipt within the seal segment bore of said elongated pin; and wherein said pin-receiving seal segment bore has an axial length greater than a thickness of the CMC seal segment.
A housing for a dome camera (1A, 1B), comprising a base (4a, 4b) and a dome cover supported on the base (4A, 4B), wherein the base (4A, 4B) has a predetermined reference surface and a cover-support surface tilted relative to the reference surface; the housing further characterized in that the dome cover is constructed by joining a semispherical cover and a partial spherical cover, which have the same spherical center, together at a joint surface passing through the spherical center; the semispherical cover has a semispherical shape obtained by cutting a sphere at the joint surface; the partial spherical cover has a partial spherical shape obtained by cutting a sphere at the joint surface and at a cover-supported surface tilted relative to the joint surface; the cover-supported surface of the partial spherical cover is supported on the cover-support surface of the base (4A, 4B); and the dome cover is supported so as to be rotatable on the cover-support surface around a rotational axis passing through the spherical center.
Hollow profile element for use as a cross railing and/or longitudinal railing of an item of furniture, wherein the hollow profile element has a cavity, wherein the cavity extends in a longitudinal extent of the hollow profile element, wherein the hollow profile element has openings on opposite and spaced-apart end sides, wherein the openings in the end sides are present as openings in the cavity, wherein the cavity is present in a manner surrounded by a lower, an upper and two lateral wall elements of the hollow profile element, wherein the lower, the upper and the two lateral wall elements extend in the longitudinal extent of the hollow profile element, wherein the hollow profile element has a recess on the lower wall element, wherein the recess is formed from opposite and spaced-apart side elements (11, 12) and a support element, wherein the side elements (11, 12) and the support element extend in the longitudinal extent of the hollow profile element, wherein the support element connects the side elements (11, 12) to each other, wherein the support element is present in recess form on the hollow profile element, wherein the support element has transparent light transmission elements such that, starting from the cavity of the hollow profile element, light can emerge from the hollow profile element by means of the light transmission elements, characterized in that the upper wall element, the lateral wall elements (3, 4), the side elements (11, 12) and the support element are formed integrally.
An authentication information processing method performed by an authentication information processing apparatus (130, 400), comprising generating an authentication key from a seed key of A bits by: obtaining (210, 610) bio-information of a user; determining a portion of the bio-information that ensures time-invariance, wherein the portion of the bio-information has B bits and determining the portion of the bio-information that ensures time-invariance comprises sensing bio-information multiple times; obtaining a unique key corresponding to the authentication information processing apparatus; determining a portion of the unique key by the number of bits insufficient for the authentication key to be generated, wherein the portion of the unique key has A-B bits; generating (340, 640) the authentication key from the seed key including at least the portion of the bio-information and at least the portion of the unique key. obtaining (210, 610) bio-information of a user; determining a portion of the bio-information that ensures time-invariance, wherein the portion of the bio-information has B bits and determining the portion of the bio-information that ensures time-invariance comprises sensing bio-information multiple times; obtaining a unique key corresponding to the authentication information processing apparatus; determining a portion of the unique key by the number of bits insufficient for the authentication key to be generated, wherein the portion of the unique key has A-B bits; generating (340, 640) the authentication key from the seed key including at least the portion of the bio-information and at least the portion of the unique key.
A fiber material comprising: • a substrate of non-ionic, non-woven fibers, preferably a web of non-ionic, non-woven fibers, • at least one additional component, which is an agent that comprises at least one group capable of forming a hydrogen bond, preferably at least two groups capable of forming a hydrogen bond; wherein the amount of agent in the fiber material, relative to the overall weight of the composite material, is from 5%w/w to 35% w/w, preferably from 15% w/w to 25% w/w; wherein said agent that comprises at least one group capable of forming a hydrogen bond, preferably at least two groups capable of forming a hydrogen bond, is selected from the group consisting of polyols, in particular sugar alcohols (sugar polyols), polymeric polyols; polysaccharides, alpha-hydroxy acids; cellulose ethers or cellulose esters; di- or polyisocyanates; polyethers or polyesters; and wherein the non-ionic fiber material comprises or consists of polyvinyl alcohol, preferably cross-linked PVA, and/or polyurethane polymer with polyethylene glycol and/or polypropylene glycol functionalities, and/or copolymers thereof. • a substrate of non-ionic, non-woven fibers, preferably a web of non-ionic, non-woven fibers, • at least one additional component, which is an agent that comprises at least one group capable of forming a hydrogen bond, preferably at least two groups capable of forming a hydrogen bond;
A procedure for generating a vacuum in a vacuum chamber of a braking device for a motor vehicle, also including a heat engine, an intake manifold of which is connected to the vacuum chamber permitting the generating of a vacuum in the vacuum chamber in the running operation of the engine and a first energy source (10; 20; 30) distinct from the fuel being able to actuate a first driving means (11; 21; 31) of the heat engine, the procedure including a first control of the energy source (10; 20; 30) and of the driving means (11; 21; 31) to drive the engine so as to produce vacuum in the vacuum chamber, characterized in that the motor vehicle includes a second energy source distinct from the fuel, being able to actuate a second driving means (11; 21; 31) of the heat engine, the procedure includes a second control of the second energy source and of the second driving means for the production of the vacuum in the vacuum chamber if a running condition does not permit the first energy source and the first driving means to produce vacuum.
Fiber web production machine comprising a turning system of a fiber web for a forming section of the fiber web production machine, which turning system is configured to be located inside a wire loop formed by a wire from which a fiber web is turned towards another wire of the forming section or to a press section of the fiber web production line and comprises a turning roll, which is a smooth roll, and which turning system further comprises an underpressure device comprising a foil and configured to provide underpressure at incoming side of the turning roll, characterized in that the underpressure device further comprises a doctor and a suction box, that the underpressure device is configured to close the incoming side of the turning roll, and that the area of the incoming wire and the fiber web to the turning roll is configured to be closed by means of the foil against the wire and by means of the doctor against the turning roll and by means of the suction box between the foil and the doctor.
An air inlet duct for a nacelle of an aircraft propulsion assembly, said duct comprising an annular body and an annular air inlet lip comprising two coaxial annular walls (41, 42), respectively inner and outer, the inner wall defining a portion of an inner annular surface of the air inlet duct and the outer wall defining a portion of an outer annular surface of the air inlet duct, the air inlet duct further comprising a control system for moving the lip in axial translation relative to said body, from a first position in which the lip is joined to said body to a second position in which the lip is axially spaced apart from said body, the duct further comprising an annular row of grilles which are secured in translation with the lip and which are configured so as to be, in said first position, housed in said body, and, in said second position, extended from said body and intended to be traversed by an airflow entering the air inlet duct, the duct comprising at least one guiding system of the lip in translation with respect to said body, characterized in that the guiding system is rail and slide type, the rail being located on the body and the slide being located on the lip, the rail and the slide being configured to guide the lip parallel to a longitudinal axis of the air inlet duct during its moves from the first position to the second position and vice versa, the slide being provided in the grilles so that the air flow enters the nacelle by passing through the grilles and/or the slide when the lip is in second position, and in that the slide comprises two edges spaced apart so as to define a gap, the rail comprises two U-shaped profiles arranged to be accommodated in the gap in the first position and to free the gap in the second position, the edges and the U-shaped profiles being configured to allow an axial movement of the lip relative to the body and prevent any other type of movement. the duct comprising at least one guiding system of the lip in translation with respect to said body, characterized in that the guiding system is rail and slide type, the rail being located on the body and the slide being located on the lip, the rail and the slide being configured to guide the lip parallel to a longitudinal axis of the air inlet duct during its moves from the first position to the second position and vice versa, the slide being provided in the grilles so that the air flow enters the nacelle by passing through the grilles and/or the slide when the lip is in second position, and in that the slide comprises two edges spaced apart so as to define a gap, the rail comprises two U-shaped profiles arranged to be accommodated in the gap in the first position and to free the gap in the second position, the edges and the U-shaped profiles being configured to allow an axial movement of the lip relative to the body and prevent any other type of movement.