mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a network node, for handling a link switch of a wireless device from a source link to a target link, the network node and the wireless device operating in a wireless communications network, the method comprising: - given a first configuration of the target link indicating resources for the wireless device to perform random access to the network node during the link switch from the source link to the target link, - transmitting, prior to the link switch, an indication to the wireless device, the indication indicating an update to the first configuration, and - changing the first configuration of the target link, based on the update indicated by the transmitted indication, wherein the changing is performed only after receiving a confirmation of at least one of: a) from the wireless device, that the wireless device has received the indication, and b) from a first network node operating in the wireless communications network, that the first network node has transmitted the indication to the wireless device. - given a first configuration of the target link indicating resources for the wireless device to perform random access to the network node during the link switch from the source link to the target link, - transmitting, prior to the link switch, an indication to the wireless device, the indication indicating an update to the first configuration, and - changing the first configuration of the target link, based on the update indicated by the transmitted indication, wherein the changing is performed only after receiving a confirmation of at least one of: a) from the wireless device, that the wireless device has received the indication, and b) from a first network node operating in the wireless communications network, that the first network node has transmitted the indication to the wireless device. a) from the wireless device, that the wireless device has received the indication, and b) from a first network node operating in the wireless communications network, that the first network node has transmitted the indication to the wireless device.
A method of identifying materials in a sample, comprising the steps of: obtaining a spectrum for selected points on a sample; and performing a first analysis of the spectrum for each point to identify any materials in a pure phase; characterized in that a sample-specific library is formed of materials identified as being in a pure phase at any of the selected points on the sample; and a second analysis of the spectrum taken at the selected points is performed using the sample-specific library to determine the composition of the sample at the selected points, said pure phase comprising a pure element or pure mineral. obtaining a spectrum for selected points on a sample; and performing a first analysis of the spectrum for each point to identify any materials in a pure phase; characterized in that a sample-specific library is formed of materials identified as being in a pure phase at any of the selected points on the sample; and a second analysis of the spectrum taken at the selected points is performed using the sample-specific library to determine the composition of the sample at the selected points, said pure phase comprising a pure element or pure mineral.
A sensing device, comprising: a circuit board, a biometric sensor, at least one light-emitting element, a cover with a light-transmitting region, a light guide plate and a light concentrating structure; wherein other region except for the light-transmitting region of the cover is an opaque region; wherein the biometric sensor is installed on the circuit board; the light guide plate is fixed between the biometric sensor and the cover; the light concentrating structure is disposed on the light guide plate and faces the light-transmitting region; the light-emitting element is installed on the circuit board and positioned on one side of the biometric sensor; the light-emitting element has a side light-emitting end, and the side light-emitting end faces the light guide plate; wherein the device is configured such that, in use, light emitted by the light-emitting element from the side light-emitting end is transmitted into the light guide plate, and is concentrated to the light-transmitting region by the light concentrating structure. wherein the biometric sensor is installed on the circuit board; the light guide plate is fixed between the biometric sensor and the cover; the light concentrating structure is disposed on the light guide plate and faces the light-transmitting region; the light-emitting element is installed on the circuit board and positioned on one side of the biometric sensor; the light-emitting element has a side light-emitting end, and the side light-emitting end faces the light guide plate; wherein the device is configured such that, in use, light emitted by the light-emitting element from the side light-emitting end is transmitted into the light guide plate, and is concentrated to the light-transmitting region by the light concentrating structure.
A vehicle seat structure comprising: a vehicle seat including a seat cushion and a seatback; and a pushing apparatus provided inside the seatback at a predetermined height, the pushing apparatus including a pushing portion that, at a time of a vehicle collision in which an occupant sitting on the vehicle seat moves to a seat forward side, is configured to push a portion of a seat front face of the seatback to the seat forward side, wherein the pushing apparatus includes an airbag as the pushing portion, and the airbag is configured to inflate and expand in the seatback when gas is supplied thereto from an inflator that is activated at the time of the vehicle collision, characterized in that the airbag includes a first airbag and a second airbag, the first airbag and second airbag being disposed to oppose one another substantially in a seat front-and-rear direction prior to the inflation and expansion, the first airbag being provided at a seat rear side of a seat spring that is provided in the seatback and extends in a seat width direction, and the second airbag being provided at the seat forward side of the seat spring. a vehicle seat including a seat cushion and a seatback; and a pushing apparatus provided inside the seatback at a predetermined height, the pushing apparatus including a pushing portion that, at a time of a vehicle collision in which an occupant sitting on the vehicle seat moves to a seat forward side, is configured to push a portion of a seat front face of the seatback to the seat forward side, wherein the pushing apparatus includes an airbag as the pushing portion, and the airbag is configured to inflate and expand in the seatback when gas is supplied thereto from an inflator that is activated at the time of the vehicle collision, characterized in that the airbag includes a first airbag and a second airbag, the first airbag and second airbag being disposed to oppose one another substantially in a seat front-and-rear direction prior to the inflation and expansion, the first airbag being provided at a seat rear side of a seat spring that is provided in the seatback and extends in a seat width direction, and the second airbag being provided at the seat forward side of the seat spring.
A ventilated brake rotor rotationally associated with a vehicle element to be braked, wherein said ventilated rotor has a rotation axis, wherein said ventilated rotor defines an axial direction (A-A), parallel to, or coincident with, the rotation axis, a radial direction (R-R) and a circumferential direction (T-T), wherein said radial direction (R-R) is perpendicular to said axial direction (A-A) and wherein said circumferential direction (T-T) is perpendicular to both said axial direction (A-A) and said radial direction (R-R), wherein said ventilated rotor comprises a cup-shaped body, wherein said cup-shaped body comprises at least one ventilation opening, wherein said at least one ventilation opening passes through the cup-shaped body thickness so as to allow a cooling fluid to pass for cooling said ventilated brake rotor, wherein the cup-shaped body is a containing body which defines an internal area therein and an external area thereout, where the cooling fluid passes through the at least one ventilation opening between said internal area and said external area, wherein said cup-shaped body comprises at least one front annular portion, a side portion, wherein said front annular portion is configured to connect the ventilated brake rotor to said rotating element, wherein said side portion extends from the front annular portion at least in an axial direction (A-A); characterized in that it comprises a protective element configured to shield said at least one opening thus preventing foreign bodies from entering into said cup-shaped body, while allowing the cooling fluid to cross said at least one opening. wherein said ventilated rotor has a rotation axis, wherein said ventilated rotor defines an axial direction (A-A), parallel to, or coincident with, the rotation axis, a radial direction (R-R) and a circumferential direction (T-T), wherein said radial direction (R-R) is perpendicular to said axial direction (A-A) and wherein said circumferential direction (T-T) is perpendicular to both said axial direction (A-A) and said radial direction (R-R), wherein said ventilated rotor comprises a cup-shaped body, wherein said cup-shaped body comprises at least one ventilation opening, wherein said at least one ventilation opening passes through the cup-shaped body thickness so as to allow a cooling fluid to pass for cooling said ventilated brake rotor, wherein the cup-shaped body is a containing body which defines an internal area therein and an external area thereout, where the cooling fluid passes through the at least one ventilation opening between said internal area and said external area, wherein said cup-shaped body comprises at least one front annular portion, a side portion, wherein said front annular portion is configured to connect the ventilated brake rotor to said rotating element, wherein said side portion extends from the front annular portion at least in an axial direction (A-A); characterized in that it comprises a protective element configured to shield said at least one opening thus preventing foreign bodies from entering into said cup-shaped body, while allowing the cooling fluid to cross said at least one opening.
A process for preparing in situ an aqueous gel ink with fixed color comprising the following steps: (i) preparing a gel-based matrix of aqueous ink comprising reducing agent chosen in the group consisting of citric acid and/or derivatives of citric acid chosen from esters, amides and thioesters of citric acid, salts of citric acid or of said derivatives, solvates of citric acid or of said derivatives, such as hydrates, and mixture thereof, (ii) adding a solution of gold salts (Au 3+), (iii) adding iron powder, (iv) adding polyvinylpyrrolidone to obtain an aqueous gel ink with fixed color, wherein the steps (ii) and (iii) can be interchanged. (i) preparing a gel-based matrix of aqueous ink comprising reducing agent chosen in the group consisting of citric acid and/or derivatives of citric acid chosen from esters, amides and thioesters of citric acid, salts of citric acid or of said derivatives, solvates of citric acid or of said derivatives, such as hydrates, and mixture thereof, (ii) adding a solution of gold salts (Au 3+), (iii) adding iron powder, (iv) adding polyvinylpyrrolidone to obtain an aqueous gel ink with fixed color,
A method for removing a catalyst used in a reaction performed in a reactor containing at least hydrogen fluoride and the catalyst, wherein the catalyst is removed through a process comprising the steps of: (i) performing heat-treatment so that the ambient temperature of the reactor is ≥ 80°C after completion of the reaction; and (ii) flowing inert gas into the reactor at a rate of ≥ 10 ml/min per gram of the catalyst to discharge the hydrogen fluoride to the outside of the reactor after completion of the reaction; wherein the heat-treatment in step (i) is performed so that T 2 ≥ T 1, wherein T 1 (°C) is the reaction temperature of the reaction, and T 2 (°C) is said ambient temperature of the reactor. (i) performing heat-treatment so that the ambient temperature of the reactor is ≥ 80°C after completion of the reaction; and (ii) flowing inert gas into the reactor at a rate of ≥ 10 ml/min per gram of the catalyst to discharge the hydrogen fluoride to the outside of the reactor after completion of the reaction; wherein the heat-treatment in step (i) is performed so that T 2 ≥ T 1, wherein T 1 (°C) is the reaction temperature of the reaction, and T 2 (°C) is said ambient temperature of the reactor.
A hydroelectric turbine-based power-generating system for vessels and submarines wherein the power-generating system is based on successive hydroelectric turbines placed parallel to the hull and lined up along a submerged section of the hull of vessels and/or submarines along a cylindrically-shaped generating line, at the point or points of greatest channeling of the water flow produced naturally during navigation and wherein each turbine is preceded by a propeller, whose function is to increase the speed of the water flow powering the turbine when the vessel and/or submarine is in motion, and to generate the power flow when the vessel and/or submarine is stationary, wherein at least one propeller is placed before each turbine, the at least one propeller generating the water flow starting the at least one turbine when the vessel and/or submarine is anchored and powering the vessel and/or submarine in motion, and wherein the turbines, preceded by the propellers, are located inside the generating line.
A communication method transmitting via a satellite from a communication terminal to a base station CDMA-spread transmission data, characterized by comprising the steps of: - selecting randomly a spreading code channel for CDMA spreading of transmission data; - selecting randomly a time slot channel for transmitting the CDMA-spread transmission data; - selecting randomly a frequency channel for transmitting the CDMA-spread transmission data; and - transmitting the CDMA-spread transmission data in the selected spreading code channel, using the selected time slot channel, at a frequency corresponding to the selected frequency channel, wherein the step of selecting randomly the time slot channel comprises: - when the communication terminal is within a predetermined region (E; E1, E2), increasing a probability of selecting a relatively early time slot channel compared with the communication terminal being outside of the predetermined region (E; E1, E2); and/or - when the communication terminal is outside of the predetermined region (E; E1, E2), decreasing the probability of selecting a relatively early time slot channel compared with the communication terminal being inside of the predetermined region (E; E1, E2). - selecting randomly a spreading code channel for CDMA spreading of transmission data; - selecting randomly a time slot channel for transmitting the CDMA-spread transmission data; - selecting randomly a frequency channel for transmitting the CDMA-spread transmission data; and - transmitting the CDMA-spread transmission data in the selected spreading code channel, using the selected time slot channel, at a frequency corresponding to the selected frequency channel, - when the communication terminal is within a predetermined region (E; E1, E2), increasing a probability of selecting a relatively early time slot channel compared with the communication terminal being outside of the predetermined region (E; E1, E2); and/or - when the communication terminal is outside of the predetermined region (E; E1, E2), decreasing the probability of selecting a relatively early time slot channel compared with the communication terminal being inside of the predetermined region (E; E1, E2).
Hatch for closing off access to a power supply interface of a motor vehicle, which interface is housed in a cavity, the hatch comprising a flap mounted with the ability to pivot with a hinge knuckle about an axis between: - a closed position in which the cavity is closed; and - an open position allowing access to the power supply interface, the hatch comprising an end stop against which the flap comes to bear in the open position, the hatch being characterized in that it comprises at least one overtravel end stop against which the flap comes to bear in the event of predetermined overtravel of the flap beyond the open position. - a closed position in which the cavity is closed; and - an open position allowing access to the power supply interface,
Cover for an electrical cable and a part of an electrical cables characterised in that the cover and the part consists of a polymer composition comprising a thermoplastic copolyetherester elastomer comprising 75 - 85 wt.% soft segments derived from poly(tetrahydrofuran) diol (pTHF) having a number average molecular weight (Mn) of 2500 - 4000 kg/kmol, measured according to Size Exclusion Chromatography as described in the examples.
A process for increasing rumen undegraded protein in an animal feed comprising the steps: 1) suspending Saccharomyces cerevisiae yeast in distilled water; 2) mixing a protein containing composition, wherein the protein containing composition is selected from the group consisting of canola meal and soybean meal, with 1 % of crystalline calcium oxide on a wt/wt basis, and the Saccharomyces cerevisiae yeast suspension thus producing a composition; wherein the amount of yeast solids is from 0.5 to 1 % of the oilseed meal on a dry wt/wt basis; 3) adjusting the composition to 25% moisture addition; 4) subjecting the composition to a condition such that the calcium oxide reacts with water and generates heat; and 5) placing the composition into a 105°C oven for four hours; wherein the protein containing composition has an increased amount of rumen undegraded protein after the calcium oxide reacts with the water. 1) suspending Saccharomyces cerevisiae yeast in distilled water; 2) mixing a protein containing composition, wherein the protein containing composition is selected from the group consisting of canola meal and soybean meal, with 1 % of crystalline calcium oxide on a wt/wt basis, and the Saccharomyces cerevisiae yeast suspension thus producing a composition; wherein the amount of yeast solids is from 0.5 to 1 % of the oilseed meal on a dry wt/wt basis; 3) adjusting the composition to 25% moisture addition; 4) subjecting the composition to a condition such that the calcium oxide reacts with water and generates heat; and 5) placing the composition into a 105°C oven for four hours; wherein the protein containing composition has an increased amount of rumen undegraded protein after the calcium oxide reacts with the water.
Fold rear view mirror assembly for motor vehicles comprising: - a base member for being mounted on a motor vehicle, - a mirror head, - a motor component intended for rotating, through a gear wheel assembly, the mirror head relative to the base member between a mirror operative condition and a mirror folded condition, and vice versa wherein the gear wheel assembly comprises: - first and second gear wheels (210, 250); - first coupling means for engaging the first and second gear wheels (210, 250) with each other; - second coupling means for engaging the first gear wheel with the motor component; and - third coupling means for engaging the second gear wheel with the base member; wherein the first coupling means are adapted for allowing the first and second gear wheels (210, 250) to be rotated together in one direction of rotation, and for allowing the first gear wheel to be rotated relative to the second gear wheel in a reverse direction of rotation, characterized in that the first coupling means comprise at least one interlocking member received in corresponding recesses formed on at least one of the first gear wheel and the second gear wheel with the recesses having at least one inclined surface, such that said at least one interlocking member can be moved between an interlocking position and non-interlocking position when driven by the contact with one of the first gear wheel and the second gear wheel against biasing means causing the first and second gear wheels (210, 250) to be rotated together in one direction and allowing the first and second gear wheels (210, 250) to be rotated relative to each other in a reverse direction. - a base member for being mounted on a motor vehicle, - a mirror head, - a motor component intended for rotating, through a gear wheel assembly, the mirror head relative to the base member between a mirror operative condition and a mirror folded condition, and vice versa wherein the gear wheel assembly comprises: - first and second gear wheels (210, 250); - first coupling means for engaging the first and second gear wheels (210, 250) with each other; - second coupling means for engaging the first gear wheel with the motor component; and - third coupling means for engaging the second gear wheel with the base member;
Sensor for body monitoring system comprising at least one substrate intended to come into contact with the skin, and at least one microneedle, the microneedle being mounted fixedly on the substrate, the substrate comprising an open channel which surrounds the base of the microneedle, the microneedle having a central axis of symmetry, and the channel having a minimum height (h) in the direction of the central axis greater than 20 μm, and having a minimum width greater than 200 μm in a direction radial to the central axis, the channel forming a cavity in which the microneedle is housed, the substrate comprising at least one open passage defined by the substrate and providing a connection between the channel and the outside so as to renew the air surrounding the base of one or more microneedles.
A method of making a heatable vehicle window, the method comprising: forming a substantially transparent coating including at least one heatable layer on a glass substrate; providing first and second conductive bus bars (7, 9) on the glass substrate over at least the coating, in a manner so that the first and second conductive bus bars (7, 9) are in electrical communication with the heatable layer of the coating; electrically connecting an external conductive connector to one of the bus bars (7, 9) using a silver inclusive epoxy wherein the silver inclusive epoxy is placed between said one of the bus bars (7, 9) and the external connector. forming a substantially transparent coating including at least one heatable layer on a glass substrate; providing first and second conductive bus bars (7, 9) on the glass substrate over at least the coating, in a manner so that the first and second conductive bus bars (7, 9) are in electrical communication with the heatable layer of the coating; electrically connecting an external conductive connector to one of the bus bars (7, 9) using a silver inclusive epoxy wherein the silver inclusive epoxy is placed between said one of the bus bars (7, 9) and the external connector.
A polynucleotide comprising a reporter sequence operatively linked to a regulatory element of the Bscl2 gene; wherein the regulatory element of the Bscl2 gene comprises the polynucleotide sequence listed in Figure 1A (SEQ ID No: 1), or a portion thereof that has at least 20% of the bases of said sequence, or a variant thereof that has at least 60% sequence identity with said sequence; which regulatory element stimulates expression of the reporter sequence in response to a genotoxic agent or to an oxidative stress-inducing agent; optionally wherein the reporter sequence is any of a gene encoding DsRed fluorescent protein, horse radish peroxidise, Green Fluorescent Protein, luciferase, chloramphenicol acetyl transferase or β-galactosidase.