mhurhangee/ep-ind-claims huggingface dataset:
A process for producing an olefin oxide, wherein the process comprises reacting an olefin with oxygen in the presence of a saturated or unsaturated halogen compound and a catalyst comprising copper and ruthenium, wherein the halogen compound additive is a saturated or unsaturated organohalogen compound capable of existing as a gas under the conditions of temperature and pressure in the reaction system of olefin epoxidation.
A modular assembly (10, 20, 30, 50, 60) for fry and other aquatic organisms comprising: - at least one support (5, 11, 21, 31) of materials forming reliefs, - materials forming reliefs liable to encourage the growth of fry and aquatic organisms, said materials being arranged with the material support (11, 21, 31, 41) so as to define a zone in which the fry and aquatic organisms can live and - at least one protective structure (12, 22, 23, 32, 33, 42, 43, 44, 45) comprising mesh walls delimiting an empty volume, said protective structure being fixed removably to the material support (11, 21, 31, 41) and arranged therewith to establish a protective zone protecting the home zone, the material support forming a home cage (11, 21, 31) enclosing the relief-forming materials, characterized in that the protective structure forms a cage free of relief- forming materials. - at least one support (5, 11, 21, 31) of materials forming reliefs, - materials forming reliefs liable to encourage the growth of fry and aquatic organisms, said materials being arranged with the material support (11, 21, 31, 41) so as to define a zone in which the fry and aquatic organisms can live and - at least one protective structure (12, 22, 23, 32, 33, 42, 43, 44, 45) comprising mesh walls delimiting an empty volume, said protective structure being fixed removably to the material support (11, 21, 31, 41) and arranged therewith to establish a protective zone protecting the home zone, the material support forming a home cage (11, 21, 31) enclosing the relief-forming materials, characterized in that the protective structure forms a cage free of relief- forming materials.
A method of handling an access network discovery and selection function, ANDSF, for a network of a wireless communication system, the method comprising: determining a plurality of closed subscriber group, CSG, cells of the wireless communication system with a CSG identity, for a mobile device of the wireless communication system to access a service indicated by a access point name, APN, of the wireless communication system via the plurality of CSG cells with the CSG identity, after the network determines the 3rd Generation Partnership Project, 3GPP, as an access technology for the mobile device; and configuring an inter-system mobility policy, ISMP, node such that a value of an Access Technology leaf of a Prioritized Access node is configured as the 3GPP, a value of an Access Id leaf of the Prioritized Access node is configured as the CSG identity of the plurality of CSG cells, and a Prioritized APN node is configured under the ISMP node for configuring the APN. determining a plurality of closed subscriber group, CSG, cells of the wireless communication system with a CSG identity, for a mobile device of the wireless communication system to access a service indicated by a access point name, APN, of the wireless communication system via the plurality of CSG cells with the CSG identity, after the network determines the 3rd Generation Partnership Project, 3GPP, as an access technology for the mobile device; and configuring an inter-system mobility policy, ISMP, node such that a value of an Access Technology leaf of a Prioritized Access node is configured as the 3GPP, a value of an Access Id leaf of the Prioritized Access node is configured as the CSG identity of the plurality of CSG cells, and a Prioritized APN node is configured under the ISMP node for configuring the APN.
Altitude measurement device including an atmospheric pressure sensor arranged to be compressed or to expand in a rectilinear direction as a function of the atmospheric pressure to be measured which increases or decreases, the movements of deformation of the atmospheric pressure sensor being transformed, via a transmission system, into a pivoting motion, in a plane perpendicular to the rectilinear direction of deformation of the atmospheric pressure sensor, of an activation system which drives the pivoting of an indicator hand, said indicator hand moving over a graduated circular scale, the atmospheric pressure sensor being arranged to be able to be moved in one direction or in the opposite direction along the rectilinear direction of deformation thereof relative to the other components of the altitude measurement device, characterized in that the atmospheric pressure sensor is mounted on a seat which is fixed in a support, which, with a cover, forms a case, the support being arranged to be moved along the rectilinear direction of deformation of the atmospheric pressure sensor relatively to the other components of the altitude measurement device, the support being provided on the outer periphery thereof with a first thread which cooperates with a second thread provided on the inner periphery of the cover.
Method for laser powder bed fusion manufacturing of a Ti-6AI-4V part comprising the following steps: providing a metal powder on a built platform in an additive manufacturing space, melting the metal powder with a laser, and repeating the aforementioned steps, wherein a gas is fed to the additive manufacturing space, wherein the gas is Helium or wherein the gas is a gas mixture comprising Helium and 10 Vol-% to 80 Vol-% Argon or 30 Vol-% to 50 Vol-% Argon, characterized in that the laser power is between 200 W and 400 W, the hatch distance is between 0,12 mm and 0,16 mm and the laser scanning speed is higher than 1250 mm/s or higher than 1500 mm/s or higher than 1750 mm/s or higher than 2000 mm/s. providing a metal powder on a built platform in an additive manufacturing space, melting the metal powder with a laser, and repeating the aforementioned steps, wherein a gas is fed to the additive manufacturing space, wherein the gas is Helium or wherein the gas is a gas mixture comprising Helium and 10 Vol-% to 80 Vol-% Argon or 30 Vol-% to 50 Vol-% Argon, characterized in that the laser power is between 200 W and 400 W, the hatch distance is between 0,12 mm and 0,16 mm and the laser scanning speed is higher than 1250 mm/s or higher than 1500 mm/s or higher than 1750 mm/s or higher than 2000 mm/s.
A U-shaped profile for connection to an edge of an entrance system, the u-shaped profile comprising a first L-shaped profile and a second profile, wherein • the first L-shaped profile comprises a back portion and a wing portion, • the wing portion of the first L-shaped profile constitutes, in an assembled state, a first wing of the u-shape of the u-shaped profile, • an edge of the back portion of the first L-shaped profile is configured to be connected to an edge of the second profile, • the back portion of the first L-shaped profile constitutes, in a connected state, at least a part of the back of the u-shape, wherein • the u-shaped profile comprises • a locking device configured to connect the edge of the back portion of the first L-shaped profile to the edge of a back portion of the second profile, which is optionally L-shaped, wherein • the locking device comprises an insulation part insulating the back portion of the first L-shaped profile from the back portion of the second profile, wherein • the locking device comprises a first locking part connected at the edge of the back portion of the first L-shaped profile and a second locking part connected at the edge of the back portion of the second profile, and wherein the insulating part is positioned between the first locking part and the second locking part in a locked position of the locking device, characterized in that one of the first and the second locking part (31, 32) is a female connection and the other of the first and the second locking part (31, 32) is a male connection. • the first L-shaped profile comprises a back portion and a wing portion, • the wing portion of the first L-shaped profile constitutes, in an assembled state, a first wing of the u-shape of the u-shaped profile, • an edge of the back portion of the first L-shaped profile is configured to be connected to an edge of the second profile, • the back portion of the first L-shaped profile constitutes, in a connected state, at least a part of the back of the u-shape, wherein • the u-shaped profile comprises • a locking device configured to connect the edge of the back portion of the first L-shaped profile to the edge of a back portion of the second profile, which is optionally L-shaped, wherein • the locking device comprises an insulation part insulating the back portion of the first L-shaped profile from the back portion of the second profile, wherein • the locking device comprises a first locking part connected at the edge of the back portion of the first L-shaped profile and a second locking part connected at the edge of the back portion of the second profile, and wherein the insulating part is positioned between the first locking part and the second locking part in a locked position of the locking device, characterized in that one of the first and the second locking part (31, 32) is a female connection and the other of the first and the second locking part (31, 32) is a male connection.
A method for transforming a thread twisting and/or spinning machine, particularly a ring thread twisting and/or spinning machine with a single balloon region (a), comprising feeding means of the thread with rollers and conventional guiding means, located at a distance underneath the feeding means, which demarcate the top end of said balloon region (a), and twisting and winding means of said thread perpendicular to a pickup spool, and determining the lower end of the balloon region (a); said method intending to modify the machine in order to increase the height (h) of the aforementioned area of the balloon region (a), between its lower and top end, in order to obtain two or more balloon regions (a), characterised in that it comprises at least • a first step of removing the conventional guiding means of the thread located at a distance underneath the feeding means; and • a second step of incorporating an additional guiding accessory (3', which now defines the top end, placing it at a point just downstream of the feeding means of the thread, in such a way that the distance between said additional guiding accessory and the twisting and winding means of the thread determine an increase of the height (h) of the area of the balloon region (a), between its lower and top end, which enables two or more balloon regions (a) to be accomodated, wherein the additional guiding accessory consists of a thread lifting mechanism before twisting the thread which guides the thread at the top end of the area of the balloon region and comprises a set of rollers connected to each other along which the thread runs, in such a way that said thread forms a loop just at the outlet of the rollers of the feeding means and in such a way that the said loop lifts the thread above the point where it emerges from said feeding means. • a first step of removing the conventional guiding means of the thread located at a distance underneath the feeding means; and • a second step of incorporating an additional guiding accessory (3', which now defines the top end, placing it at a point just downstream of the feeding means of the thread, in such a way that the distance between said additional guiding accessory and the twisting and winding means of the thread determine an increase of the height (h) of the area of the balloon region (a), between its lower and top end, which enables two or more balloon regions (a) to be accomodated, wherein the additional guiding accessory consists of a thread lifting mechanism before twisting the thread which guides the thread at the top end of the area of the balloon region and comprises a set of rollers connected to each other along which the thread runs, in such a way that said thread forms a loop just at the outlet of the rollers of the feeding means and in such a way that the said loop lifts the thread above the point where it emerges from said feeding means.
A drum type washing machine comprising: a water tub adapted to contain wash water therein, and first and second ventilation portions respectively allowing circulation of air from and to the water tub by natural ventilation, wherein: the first ventilation portion includes a first connection pipe having a first end connected to the water tub and a second end forming a first vent hole to discharge the interior air of the water tub to the outside, and the second ventilation portion includes a second connection pipe having a first end connected to the water tub and a second end forming a second vent hole to introduce the outside air into the water tub, the first vent hole being positioned higher than the second vent hole; characterised in that the first vent hole discharging the interior air of the water tub to the outside air is separated from the second vent hole introducing outside air into the water tub.. a water tub adapted to contain wash water therein, and first and second ventilation portions respectively allowing circulation of air from and to the water tub by natural ventilation, wherein: the first ventilation portion includes a first connection pipe having a first end connected to the water tub and a second end forming a first vent hole to discharge the interior air of the water tub to the outside, and the second ventilation portion includes a second connection pipe having a first end connected to the water tub and a second end forming a second vent hole to introduce the outside air into the water tub, the first vent hole being positioned higher than the second vent hole; characterised in that the first vent hole discharging the interior air of the water tub to the outside air is separated from the second vent hole introducing outside air into the water tub.. the first ventilation portion includes a first connection pipe having a first end connected to the water tub and a second end forming a first vent hole to discharge the interior air of the water tub to the outside, and the second ventilation portion includes a second connection pipe having a first end connected to the water tub and a second end forming a second vent hole to introduce the outside air into the water tub, the first vent hole being positioned higher than the second vent hole; characterised in that the first vent hole discharging the interior air of the water tub to the outside air is separated from the second vent hole introducing outside air into the water tub..
An anti-proprotein convertase subtilisin/kexin type 9 (anti-PCSK9) antibody or antigen-binding fragment thereof for use in treating a subject with primary hypercholesterolemia who is statin intolerant or statin uncontrolled, wherein the antibody or antigen-binding fragment thereof is administered at a dose of 150 mg every 4 weeks for at least 3 doses in the absence of a concomitant statin therapy, thereby reducing low-density lipoprotein cholesterol (LDL-C) in the subject and wherein the antibody or antigen-binding fragment thereof comprises six heavy and light chain complementarity determining regions HCDR1, HCDR2, HCDR3, LCDR1, LCDR2, LCDR3 amino acid sequences having SEQ ID NOs: 2, 3, 4, 7, 8, and 10, respectively.
A method of configuring an apparatus comprising a plurality of antenna units physically separated and communicatively coupled to at least one base unit, the method comprises: configuring the at least one base unit to dynamically allocate physical layer resources to the plurality of antenna units, wherein the dynamic allocation of the physical layer resources comprises dividing the physical layer resources among the plurality of antenna units to mitigate potential interference associated with signals from the plurality of antenna units; and configuring the plurality of antenna units to use a common physical layer identifier on a common carrier frequency and to provide mobility management, wherein providing mobility management includes: • determining that an access terminal served by a first one of the plurality of antenna units is in the coverage of a second one of the plurality of antenna units; and • invoking handover of the access terminal from the first one of the plurality of antenna units to the second one of the plurality of antenna units in response to the determining. configuring the at least one base unit to dynamically allocate physical layer resources to the plurality of antenna units, wherein the dynamic allocation of the physical layer resources comprises dividing the physical layer resources among the plurality of antenna units to mitigate potential interference associated with signals from the plurality of antenna units; and configuring the plurality of antenna units to use a common physical layer identifier on a common carrier frequency and to provide mobility management, wherein providing mobility management includes: • determining that an access terminal served by a first one of the plurality of antenna units is in the coverage of a second one of the plurality of antenna units; and • invoking handover of the access terminal from the first one of the plurality of antenna units to the second one of the plurality of antenna units in response to the determining. • determining that an access terminal served by a first one of the plurality of antenna units is in the coverage of a second one of the plurality of antenna units; and • invoking handover of the access terminal from the first one of the plurality of antenna units to the second one of the plurality of antenna units in response to the determining.
A road safety barrier module comprising essentially at least two support uprights and a main protection body adapted to be coupled and constrained to said at least two support uprights fixed and constrained to the road surface or in the ground immediately adjacent to said road surface, in which said main protection body has an upturned L shaped section to be arranged on said uprights and fixed to them characterized in that said main protection body has, in its front surface facing outwards, opposite to that facing said uprights, at least two wave-shaped enlargements which proceed horizontally and parallel to the ground, said main protection body being made from a special composite material, in which the matrix used for its realisation comes from raw materials recycled from used tyres, that is from the mixing of rubber powder and/or granules containing other recycled plastic materials and their related binders and wherein energy dissipators are arranged between said at least two uprights and said main protection body.
A fabrication process of flexible adhesive valve-labels liftable off a first sheet or ribbon having an anti-adherent coupling surface, adapted to be alignedly applied onto the outer surface of a flexible film of an air tight package for sealing a release opening through the flexible package film of inner overpressure, comprising the steps of: a) coupling said first sheet or ribbon of a polymeric material compatible for foodstuff packaging to a second sheet or ribbon of a polymeric material suitable for packaging foodstuff having onto its coupling surface a layer of pressure activated adhesive to form a laminated article (C+E); b) producing on said laminated article (C+E) a first cut of only the first sheet or ribbon, defining the perimeter of an island portion of size adapted to occlude said pressure release opening through the package film, a second cut of only said second sheet or ribbon, defining the perimeter of a valve label strippable off said first sheet or ribbon around said cut island portion and at least a third cut of only said second sheet or ribbon, secant of the geometric projection of the perimeter of said cut island portion of the underlying first sheet or ribbon; c) said valve label being lifted off the first sheet or ribbon carrying along said cut island portion of the first sheet or ribbon and applied onto the outer surface of the packaging flexible film, occluding as a nonadhesive membrane said release opening and preventing contact of said adhesive with the content of the package. a) coupling said first sheet or ribbon of a polymeric material compatible for foodstuff packaging to a second sheet or ribbon of a polymeric material suitable for packaging foodstuff having onto its coupling surface a layer of pressure activated adhesive to form a laminated article (C+E); b) producing on said laminated article (C+E) a first cut of only the first sheet or ribbon, defining the perimeter of an island portion of size adapted to occlude said pressure release opening through the package film, a second cut of only said second sheet or ribbon, defining the perimeter of a valve label strippable off said first sheet or ribbon around said cut island portion and at least a third cut of only said second sheet or ribbon, secant of the geometric projection of the perimeter of said cut island portion of the underlying first sheet or ribbon; c) said valve label being lifted off the first sheet or ribbon carrying along said cut island portion of the first sheet or ribbon and applied onto the outer surface of the packaging flexible film, occluding as a nonadhesive membrane said release opening and preventing contact of said adhesive with the content of the package.