mhurhangee/ep-ind-claims huggingface dataset:
A system for stabilizing railroad ties and rails, the system characterized by the system comprising: a) a vertical load transfer element for insertion into the ground between and below railroad ties; and b) a top load transfer element (120, 220, 320, 420) attached to an upper end of the vertical load transfer element; wherein the vertical load transfer element and top load transfer element (120, 220, 320, 420) transfer the load applied to the railroad ties and rails to less compressible underlying soils, when the system is in use and wherein the top load transfer element (120, 220, 320, 420) comprises: i) helical flights, or ii) a flared top, or iii) at least two support legs each with a top support attached thereto, or iv) a load transfer cap comprising an upwardly projecting lip around a perimeter thereof for acting as a lateral restraint. a) a vertical load transfer element for insertion into the ground between and below railroad ties; and b) a top load transfer element (120, 220, 320, 420) attached to an upper end of the vertical load transfer element; i) helical flights, or ii) a flared top, or iii) at least two support legs each with a top support attached thereto, or iv) a load transfer cap comprising an upwardly projecting lip around a perimeter thereof for acting as a lateral restraint.
Fluid-flow machine with at least one rotor provided with rotor blades, where the rotor blade features on a suction side at least two zones of different surface finish, characterized in that the one zone is positioned between a rotor blade leading edge, a casing line, a meridional flow line at a tip vortex-critical blade height and a chord-orthogonal projection line and is provided with a boundary layer-energizing surface structure, with the line SLW extending on a relative duct height HW/W defined as follows: HW / W = 0.95 − S / WHK 0.35 + 0.15 1 − cos lambda, where lambda is the stagger angle at the rotor casing section, S is the spacing between two rotor blades at the rotor casing section, WHK is a trailing edge duct width, W is a duct width, and HW is the distance between the hub and the line SLW measured in the direction of the duct width. lambda is the stagger angle at the rotor casing section, S is the spacing between two rotor blades at the rotor casing section, WHK is a trailing edge duct width, W is a duct width, and HW is the distance between the hub and the line SLW measured in the direction of the duct width.
User equipment of a radio communication system including the user equipment, a base station, and a core network apparatus, the user equipment comprising: a reception unit configured to receive information indicating one or more types of NAS protocols supported by the core network apparatus from the base station; a selection unit configured to select a type of a NAS protocol to be transmitted to the core network apparatus based on the information indicating the one or more types of NAS protocols received by the reception unit; and a transmission unit configured to transmit a NAS message of the type of NAS protocol selected by the selection unit to the core network apparatus, wherein the user equipment supports both an LTE NAS protocol and a 5G NAS protocol. a reception unit configured to receive information indicating one or more types of NAS protocols supported by the core network apparatus from the base station; a selection unit configured to select a type of a NAS protocol to be transmitted to the core network apparatus based on the information indicating the one or more types of NAS protocols received by the reception unit; and a transmission unit configured to transmit a NAS message of the type of NAS protocol selected by the selection unit to the core network apparatus, wherein the user equipment supports both an LTE NAS protocol and a 5G NAS protocol.
An isolated polypeptide, wherein said polypeptide is an amino acid sequence of C10RF32 IgV domain fragment, consisting of the amino acid sequence as set forth in any one of SEQ ID NOs: 29, 42, 43, 64, 96-99.
An intraocular lens injection instrument for injecting an intraocular lens into a patient's eye includes: a cylindrical hollow injection part formed with a passage of which an inner diameter gradually decreases toward a tip end; a push member configured to push an outer circumferential portion of the intraocular lens while folding the intraocular lens in the passage of the injection part so that the folded intraocular lens is pushed out of the injection part from the tip end of the injection part; a guide portion for guiding a push-out direction of the push member; a first protrusion constituting one side wall surface of the guide portion; and a second protrusion constituting the other side wall surface of the guide portion, wherein the intraocular lens to be injected by the intraocular lens injection instrument includes a disk-like optical part and at least one support part extending outwardly from an outer circumferential portion of the optical part, the intraocular lens includes a rear support part, which is the support part to be placed on a side close to the push member in pushing out the intraocular lens by the pushing member, the rear support part has a distal end portion and a root portion, the rear support part is folded inwardly in the outer circumferential portion of the optical part, and the first protrusion and the second protrusion are shaped asymmetrically, characterized in that the first protrusion and the second protrusion are constructed such that, in pushing out the intraocular lens by the pushing member, the distal end portion is positioned on a side close to the first protrusion and the root portion is positioned on a side close to the second protrusion. a cylindrical hollow injection part formed with a passage of which an inner diameter gradually decreases toward a tip end; a push member configured to push an outer circumferential portion of the intraocular lens while folding the intraocular lens in the passage of the injection part so that the folded intraocular lens is pushed out of the injection part from the tip end of the injection part; a guide portion for guiding a push-out direction of the push member; a first protrusion constituting one side wall surface of the guide portion; and a second protrusion constituting the other side wall surface of the guide portion,
Metal-encapsulated, gas-insulated high-voltage switchgear assembly, comprising • at least one busbar arranged in a three-phase-encapsulated busbar housing, • at least three single-phase-encapsulated circuit breakers (11, 12, 13), which are arranged horizontally, • a busbar splitting module (31, 33, 110), which has at least one three-phase connecting flange and three single-phase connecting flanges (41, 42, 43), for connection of the circuit breakers (11, 12, 13) to the busbar housing, and • an outgoer splitting module, which has at least one three-phase flange (65, 68) and three single-phase connecting flanges (44, 45, 46), for connection of the circuit breakers (11, 12, 13) to a three-phase-encapsulated outgoer housing, characterized in that • the busbar splitting module (31, 33, 110) and the outgoer splitting module are arranged such that the single-phase connecting flanges (41, 42, 43, 44, 45, 46) point downward, • one of the three-phase flanges of the outgoer splitting module is a connecting flange which points upward, • the outgoer housing has a flange which points upward, • a voltage converter, which points upward, is either connected to the outgoer housing or is fastened to the connecting flange of the outgoer splitting module or to an adapter flange, which points upward, of an angle module provided on the outgoer splitting module, and • the free flange, which points upward, is available for connection of a test adaptor in order to carry out a high-voltage test. • at least one busbar arranged in a three-phase-encapsulated busbar housing, • at least three single-phase-encapsulated circuit breakers (11, 12, 13), which are arranged horizontally, • a busbar splitting module (31, 33, 110), which has at least one three-phase connecting flange and three single-phase connecting flanges (41, 42, 43), for connection of the circuit breakers (11, 12, 13) to the busbar housing, and • an outgoer splitting module, which has at least one three-phase flange (65, 68) and three single-phase connecting flanges (44, 45, 46), for connection of the circuit breakers (11, 12, 13) to a three-phase-encapsulated outgoer housing, • the busbar splitting module (31, 33, 110) and the outgoer splitting module are arranged such that the single-phase connecting flanges (41, 42, 43, 44, 45, 46) point downward, • one of the three-phase flanges of the outgoer splitting module is a connecting flange which points upward, • the outgoer housing has a flange which points upward, • a voltage converter, which points upward, is either connected to the outgoer housing or is fastened to the connecting flange of the outgoer splitting module or to an adapter flange, which points upward, of an angle module provided on the outgoer splitting module, and • the free flange, which points upward, is available for connection of a test adaptor in order to carry out a high-voltage test.
An aeroponic growth unit for growing plants comprising: - an aeroponic chamber for enclosing the lower portion of a plant, preferably the root portion of the plant, wherein the top section of the aeroponic chamber comprises at least one aperture for mounting the plant onto the chamber and letting it passing through; - at least one spraying means for spraying a nutrient solution into the aeroponic chamber; - at least one piping means for feeding the nutrient solution to the spraying means; and, - at least one drainage means for draining out the excess of nutrient solution from the aeroponic chamber; wherein the aeroponic chamber comprises at least one element made of perforated material (9,10), said element (9,10) being suspended directly or indirectly to the top section of the aeroponic chamber and extending downwardly, said element (9,10) being suitable for accommodating the lower portion of the plant, preferably the root portion of the plant, and said element (9,10) being suitable for micronizing the droplets sprayed; wherein the element made of perforated material (9,10) is selected from the group consisting of a tubular element, a wrapping element, or combination thereof; and, wherein the apertures have a total average surface of from 10 to 100 square centimetres. - an aeroponic chamber for enclosing the lower portion of a plant, preferably the root portion of the plant, wherein the top section of the aeroponic chamber comprises at least one aperture for mounting the plant onto the chamber and letting it passing through; - at least one spraying means for spraying a nutrient solution into the aeroponic chamber; - at least one piping means for feeding the nutrient solution to the spraying means; and, - at least one drainage means for draining out the excess of nutrient solution from the aeroponic chamber; wherein the aeroponic chamber comprises at least one element made of perforated material (9,10), said element (9,10) being suspended directly or indirectly to the top section of the aeroponic chamber and extending downwardly, said element (9,10) being suitable for accommodating the lower portion of the plant, preferably the root portion of the plant, and said element (9,10) being suitable for micronizing the droplets sprayed; wherein the element made of perforated material (9,10) is selected from the group consisting of a tubular element, a wrapping element, or combination thereof; and, wherein the apertures have a total average surface of from 10 to 100 square centimetres.
Device for the safe performance of a counterclockwise thermodynamic cycle by means of an ignitable working fluid which is guided in a closed, hermetically sealed working fluid circuit, comprising - at least one compressor for working fluid, - at least one expansion device for working fluid, - at least two heat exchangers (3, 5) for working fluid, each with at least two connections (7, 8, 9, 10) for heat transfer fluids, - an inner housing, which includes all devices connected to the closed working fluid circulation and can include further devices, - at least one outer adsorber, which is directly connected to the inner housing and covers at least one side of the inner housing and is connected to it - the external adsorber has a non-closable outlet opening for gas, - the inner housing has at least one opening for gas and, adjacent to this opening, an inflow area for gas into the outer adsorber, whereby - the external adsorber has both a gas adsorber for flammable gas flowing through with working fluid and at least one sound absorber for structure-borne and airborne sound, - the external adsorber has an adsorbent bed as a gas adsorbent, at least one soft heavy-bottom mat as a bed boundary and at least one sound-insulating layer towards the housing, - the adsorbent bed has a soft heavy soil mat on each of two sides as a bed boundary, - the adsorbent bed is formed from spheres or pellets and the soft heavy-bottom mat is so soft that the spheres or pellets can be pressed into the heavy-bottom mat. - at least one compressor for working fluid, - at least one expansion device for working fluid, - at least two heat exchangers (3, 5) for working fluid, each with at least two connections (7, 8, 9, 10) for heat transfer fluids, - an inner housing, which includes all devices connected to the closed working fluid circulation and can include further devices, - at least one outer adsorber, which is directly connected to the inner housing and covers at least one side of the inner housing and is connected to it - the external adsorber has a non-closable outlet opening for gas, - the inner housing has at least one opening for gas and, adjacent to this opening, an inflow area for gas into the outer adsorber, whereby - the external adsorber has both a gas adsorber for flammable gas flowing through with working fluid and at least one sound absorber for structure-borne and airborne sound, - the external adsorber has an adsorbent bed as a gas adsorbent, at least one soft heavy-bottom mat as a bed boundary and at least one sound-insulating layer towards the housing, - the adsorbent bed has a soft heavy soil mat on each of two sides as a bed boundary, - the adsorbent bed is formed from spheres or pellets and the soft heavy-bottom mat is so soft that the spheres or pellets can be pressed into the heavy-bottom mat.
A method of setting up a communication session performed by a microcircuit card for setting up a communication session with a contactless communication module via an SWP interface, said method comprising: · an initialization phase of said Single Wire Protocol SWP interface; and · a negotiation phase between the microcircuit card and the contactless communication module; said contactless communication module being suitable for maintaining the power supply to said microcircuit card during said phases; the method being characterized in that said microcircuit card prolongs said negotiation phase until the end of a procedure internal to the microcircuit card. · an initialization phase of said Single Wire Protocol SWP interface; and · a negotiation phase between the microcircuit card and the contactless communication module;
A tandem cumulative shot comprising a composite housing, said composite housing hosting in its front part a forearm and a primary warhead, wherein the forearm comprises a cumulative warhead and an auxiliary jet engine between the cumulative warhead and the primary warhead, whereby the auxiliary jet engine is connected to the primary warhead by means of a bottom bushing, whereby the cumulative warhead and the primary warhead are equipped with identical piezo-electric front (7,19) and bottom (13, 26) blasting devices, wherein, at the rear end of the primary warhead, a drive unit consisting of a primary jet engine and a gunpowder starting charge with a stabilizer is mounted, wherein, inside the primary warhead, the piezo-electric front blasting device of the primary warhead is located which is connected by an electrical connection to the piezo-electric bottom blasting device of the primary warhead, wherein the piezoelectric front blasting device of the forearm is connected to the piezo-electric bottom blasting device of the forearm by means of an electrical connection and whereby the piezo-electric front blasting device of the forearm is mounted in the front part of the forearm, wherein the front blasting device of the forearm is shaped under a spherical face surface, wherein the gunpowder starting charge with a stabilizer having a stem inside of which flat, tangentially tapering nibs are mounted using hinges, wherein a turbine with ribs formed in a helical line is mounted behind the stabilizer. wherein the forearm comprises a cumulative warhead and an auxiliary jet engine between the cumulative warhead and the primary warhead, whereby the auxiliary jet engine is connected to the primary warhead by means of a bottom bushing, whereby the cumulative warhead and the primary warhead are equipped with identical piezo-electric front (7,19) and bottom (13, 26) blasting devices, wherein, at the rear end of the primary warhead, a drive unit consisting of a primary jet engine and a gunpowder starting charge with a stabilizer is mounted, wherein, inside the primary warhead, the piezo-electric front blasting device of the primary warhead is located which is connected by an electrical connection to the piezo-electric bottom blasting device of the primary warhead, wherein the piezoelectric front blasting device of the forearm is connected to the piezo-electric bottom blasting device of the forearm by means of an electrical connection and whereby the piezo-electric front blasting device of the forearm is mounted in the front part of the forearm, wherein the front blasting device of the forearm is shaped under a spherical face surface, wherein the gunpowder starting charge with a stabilizer having a stem inside of which flat, tangentially tapering nibs are mounted using hinges, wherein a turbine with ribs formed in a helical line is mounted behind the stabilizer.
Apparatus for detecting an attempt to participate in an unauthorised transaction, said transaction involving modulating wireless radio frequency, RF, signals emitted by a reader (406, 456, 464, 468, 484, 506) when a proximity token is brought into proximity with an electromagnetic field generated by the reader (406, 456, 464, 468, 484, 506), said modulated RF signals having characteristics of frequency, power and timing, the apparatus comprising means for detecting one or more anomalous characteristics of the modulated RF signals and means adapted to, in response to detection of one or more anomalous characteristics, update a metric for use in deciding whether to issue a notification that said transaction may be unauthorised, characterized in that said means for detecting one or more anomalous characteristics of the modulated RF signals is adapted to monitor an order in which a plurality of messages are sent by said proximity token, said plurality of messages comprising a message session, and wherein said means for updating a metric is arranged to update said metric if said order is different from a predetermined order.
A method for preparing a suspension of cellulosic particles by dissolving cellulose to obtain a cellulose-containing spinning solution, extruding the cellulose-containing solution, precipitating the cellulose, whereby cellulose tow is obtained, cutting the precipitated cellulose tow to a staple length of 2 - 60 cm, suspending the cut cellulose fibers, and comminuting the suspended cellulose fibers, characterized in that the cellulosic material is never dried between the dissolution of the cellulose and the comminution of the suspended cellulose fibers.
Method of temporarily closing an access, a road or a passage and for avoiding a breakthrough of the temporary closing with a truck, the method comprising: arranging at least one mobile anti-vehicle barrier which comprises only one base plate and only one bollard element connected thereto, the upper free end of the bollard element not having any sharp edge, but a support surface which is so broad that the support surface leads to a sliding contact, driving the truck onto the bollard element to tip the mobile anti-vehicle barrier over, engaging the ground with a first portion of a border edge of the base plate and engaging a basic structure of the truck with an opposite portion of the border edge of the base plate when the bollard element tips over, and lifting the front area of the truck as a result, braking the truck as a result of the friction of the border edge of the base plate on the ground while slidingly supporting the mobile anti-vehicle barrier with the support surface on the free end of the bollard element in such a way that the sliding contact stabilizes the position of the tipped-over mobile anti-vehicle barrier during braking. arranging at least one mobile anti-vehicle barrier which comprises only one base plate and only one bollard element connected thereto, the upper free end of the bollard element not having any sharp edge, but a support surface which is so broad that the support surface leads to a sliding contact, driving the truck onto the bollard element to tip the mobile anti-vehicle barrier over, engaging the ground with a first portion of a border edge of the base plate and engaging a basic structure of the truck with an opposite portion of the border edge of the base plate when the bollard element tips over, and lifting the front area of the truck as a result, braking the truck as a result of the friction of the border edge of the base plate on the ground while slidingly supporting the mobile anti-vehicle barrier with the support surface on the free end of the bollard element in such a way that the sliding contact stabilizes the position of the tipped-over mobile anti-vehicle barrier during braking.
A transparent substrate coated with a stack of layers comprising one or more essentially inorganic layer(s) exhibiting a nonzero fraction by volume of at most 74% of pores of 30 to 100 nm and a minimum thickness of at least the dimension of the biggest pores which it contains and, if appropriate, one or more essentially inorganic dense layer(s) with thickness (es) at most equal to 400 nm, provided that two such dense layers are not adjacent and that at least one porous layer is covered with at least one other layer.