mhurhangee/ep-ind-claims huggingface dataset:
Method for performing crystalline growth a monocrystalline target layer by epitaxy successively comprising: - providing a substrate comprising a first monocrystalline layer made of silicon-germanium alloy with a first surface covered by a protective oxide obtained by wet process oxidation of the first surface or obtained by thermal process, the first surface having a degradation temperature at which the first surface forms dots, - subjecting the protective oxide to plasma treatment to form a fluorinated salt and then eliminating the fluorinated salt by means of an anneal, - inserting the substrate in a processing chamber at a loading temperature lower than the degradation temperature, - subjecting the substrate to a temperature ramp from the loading temperature to an annealing temperature higher than the degradation temperature, - annealing the first surface at a temperature higher than or equal to the annealing temperature in a hydrogen or nitrogen atmosphere, - depositing the monocrystalline target layer lattice matched with the first monocrystalline layer by chemical vapor deposition, method characterised in that during the temperature ramp and possibly when the anneal is performed, at least one silicon precursor is inserted in the processing chamber between the loading temperature and the degradation temperature so as to deposit a monocrystalline buffer layer lattice matched with the monocrystalline first layer, the monocrystalline buffer layer separating the monocrystalline target layer and the monocrystalline first layer. - providing a substrate comprising a first monocrystalline layer made of silicon-germanium alloy with a first surface covered by a protective oxide obtained by wet process oxidation of the first surface or obtained by thermal process, the first surface having a degradation temperature at which the first surface forms dots, - subjecting the protective oxide to plasma treatment to form a fluorinated salt and then eliminating the fluorinated salt by means of an anneal, - inserting the substrate in a processing chamber at a loading temperature lower than the degradation temperature, - subjecting the substrate to a temperature ramp from the loading temperature to an annealing temperature higher than the degradation temperature, - annealing the first surface at a temperature higher than or equal to the annealing temperature in a hydrogen or nitrogen atmosphere, - depositing the monocrystalline target layer lattice matched with the first monocrystalline layer by chemical vapor deposition,
An elongated active thermo-regulated neonatal transportable incubator "ANTI" having a main longitudinal axis, a proximal end and an opposite distal end, said ANTI comprising: a temperature regulating vent "TRV" adjacent to at least one of said ends, said TRV being configured to stream air from one end towards the opposite end substantially along said axis; at least one air recycling mechanism "ARM" for recycling air from said opposite end to said TRV, said ARM comprising a tube connecting said opposite end and said TRV, said tube comprising an opening for drawing fresh air from the surroundings of the ANTI; wherein said tube further comprises an air flow regulator for controlling the ratio between the amounts of recycled air and fresh air flowing into the ANTI; and wherein said ANTI is configured, by means of size and shape, to accommodate a neonate in parallel to said axis. a temperature regulating vent "TRV" adjacent to at least one of said ends, said TRV being configured to stream air from one end towards the opposite end substantially along said axis; at least one air recycling mechanism "ARM" for recycling air from said opposite end to said TRV, said ARM comprising a tube connecting said opposite end and said TRV, said tube comprising an opening for drawing fresh air from the surroundings of the ANTI; wherein said tube further comprises an air flow regulator for controlling the ratio between the amounts of recycled air and fresh air flowing into the ANTI; and wherein said ANTI is configured, by means of size and shape, to accommodate a neonate in parallel to said axis.
A method for providing supplemental content associated with a media asset, the method comprising: receiving a user input from a user device for supplemental information about a context of an event shown in the media asset; automatically determining the context of the event based on data associated with the event, wherein the event is a statement or gesture made by a character or person in the media asset; determining additional information required to generate the supplemental information about the context of the event shown in the media asset; generating a request for the additional information; selecting a plurality of users for receiving the request for the additional information based on the plurality of users belonging to a social network associated with the user; transmitting, to the plurality of users, the request for additional information regarding the context of the event shown in the media asset; receiving messages from the plurality of users in response to the request; generating supplemental information associated with the context of the event based on the messages; transmitting the generated supplemental information to the user device; and generating for display the media asset and the generated supplemental information. receiving a user input from a user device for supplemental information about a context of an event shown in the media asset; automatically determining the context of the event based on data associated with the event, wherein the event is a statement or gesture made by a character or person in the media asset; determining additional information required to generate the supplemental information about the context of the event shown in the media asset; generating a request for the additional information; selecting a plurality of users for receiving the request for the additional information based on the plurality of users belonging to a social network associated with the user; transmitting, to the plurality of users, the request for additional information regarding the context of the event shown in the media asset; receiving messages from the plurality of users in response to the request; generating supplemental information associated with the context of the event based on the messages; transmitting the generated supplemental information to the user device; and generating for display the media asset and the generated supplemental information.
A side airbag device installed in a vehicle seat and configured to deploy an airbag between an occupant and a door, the air bag comprising: a first base fabric constituting one of right and left side surfaces of the airbag opposed to each other in a lateral direction; a second base fabric opposed to the first base fabric, constituting the other of the right and left side surfaces of the airbag, and constituting an inflatable envelope together with the first base fabric; a partition fabric provided between the first base fabric and the second base fabric, attached to the first base fabric and the second base fabric at side edges, and partitioning the inflatable envelope into a first inflatable compartment corresponding to a shoulder of the occupant in the seat and a second inflatable compartment located below the first inflatable compartment; and a valve mechanism provided in the partition fabric; characterized in that the valve mechanism is configured to open to connect the first inflatable compartment and the second inflatable compartment only when the first inflatable compartment is fully inflated; wherein the valve mechanism comprises a port provided in the partition fabric and connecting the first inflatable compartment and the second inflatable compartment to each other, and a valve piece overlaid on an upper plane of the port of the partition fabric, covering the port, and attached to the first base fabric and the second base fabric, and the valve piece has a width smaller than a width of a portion of the partition fabric in which the port is provided. a first base fabric constituting one of right and left side surfaces of the airbag opposed to each other in a lateral direction; a second base fabric opposed to the first base fabric, constituting the other of the right and left side surfaces of the airbag, and constituting an inflatable envelope together with the first base fabric; a partition fabric provided between the first base fabric and the second base fabric, attached to the first base fabric and the second base fabric at side edges, and partitioning the inflatable envelope into a first inflatable compartment corresponding to a shoulder of the occupant in the seat and a second inflatable compartment located below the first inflatable compartment; and a valve mechanism provided in the partition fabric; characterized in that the valve mechanism is configured to open to connect the first inflatable compartment and the second inflatable compartment only when the first inflatable compartment is fully inflated; wherein the valve mechanism comprises a port provided in the partition fabric and connecting the first inflatable compartment and the second inflatable compartment to each other, and a valve piece overlaid on an upper plane of the port of the partition fabric, covering the port, and attached to the first base fabric and the second base fabric, and the valve piece has a width smaller than a width of a portion of the partition fabric in which the port is provided.
A cell population comprising human liver engrafting cells, wherein at least 50% of the cells in said population are live, high forward scatter, auto fluorescent cells that-are each HLA low/neg; 5E12+; and express albumin; wherein said HLA low/neg; 5E12 +; and albumin expressing cells in said population give rise to mature hepatocytes.
A wooden panel element for a building, comprising - a wooden frame having load-transferring claddings (3, 4) arranged on opposing sides, characterised in that - a load-transferring internal cladding is formed by decorative panels which have a monochromatic or polychromatic coating with or without a pattern, which are connected to form a panel surface, by means of corresponding locking profiles which may be connected without the use of adhesive and which prevent both the occurrence of a height offset between the surfaces of two panels connected together and the occurrence of a joint in the region between panels connected together, and which have a decorative, ready-to-use surface which has the monochromatic or polychromatic coating with or without a pattern. - a wooden frame having load-transferring claddings (3, 4) arranged on opposing sides, characterised in that - a load-transferring internal cladding is formed by decorative panels which have a monochromatic or polychromatic coating with or without a pattern, which are connected to form a panel surface, by means of corresponding locking profiles which may be connected without the use of adhesive and which prevent both the occurrence of a height offset between the surfaces of two panels connected together and the occurrence of a joint in the region between panels connected together, and which have a decorative, ready-to-use surface which has the monochromatic or polychromatic coating with or without a pattern.
A process for preparing a treated mineral filler product providing a volatile onset temperature of at least 220°C, the process comprises the steps of: (a) providing at least one calcium carbonate-containing mineral filler; (b) providing at least one aliphatic aldehyde having between 6 and 14 carbon atoms; (c) contacting said at least one mineral filler of step (a), in one or more steps, with the at least one aliphatic aldehyde of step (b) such that the added amount of said at least one aliphatic aldehyde corresponds to a theoretical total weight of between 0.25 mg/m 2 and 5 mg/m 2 on the surface of the treated mineral filler product; and (d) forming a treatment layer comprising said at least one aliphatic aldehyde and reaction products of said at least one aliphatic aldehyde on the surface of said at least one calcium carbonate-containing mineral filler of step (a) resulting in a treated mineral filler product. (a) providing at least one calcium carbonate-containing mineral filler; (b) providing at least one aliphatic aldehyde having between 6 and 14 carbon atoms; (c) contacting said at least one mineral filler of step (a), in one or more steps, with the at least one aliphatic aldehyde of step (b) such that the added amount of said at least one aliphatic aldehyde corresponds to a theoretical total weight of between 0.25 mg/m 2 and 5 mg/m 2 on the surface of the treated mineral filler product; and (d) forming a treatment layer comprising said at least one aliphatic aldehyde and reaction products of said at least one aliphatic aldehyde on the surface of said at least one calcium carbonate-containing mineral filler of step (a) resulting in a treated mineral filler product.
An assembly for a gas turbine engine disposed about a longitudinal axis (X-X), comprising: a combustor having an inner casing and an outer casing and a combustor wall positioned between the inner and outer casings (29, 27), respectively, the combustor wall including an inner wall, an outer wall, and an upstream dome coupled to the outer wall and the inner wall, the outer wall extending along the longitudinal axis (X-X) between an upstream end and a downstream end; a turbine nozzle defined by an inner nozzle shroud and an outer nozzle shroud, the outer nozzle shroud extending downstream between a nozzle upstream end and a nozzle downstream end; and a ring mount including an inner edge and an outer edge, the inner edge coupled to the downstream end of the outer wall, the outer edge coupled to the outer casing, characterized in that a mounting stake is coupled to the ring mount that is coupled to the outer wall structure and the outer casing, the mounting stake extending between the outer casing and the ring mount; and wherein the inner edge coupled to the nozzle upstream end of the outer nozzle shroud, the ring mount includes an axial flange extending upstream, and the nozzle upstream end of the outer nozzle shroud includes an axial nozzle lip extending upstream in an overlapping relationship with the axial flange of the ring mount, the downstream end of the outer wall including a slot sized to receive both of the axial nozzle lip of the outer nozzle shroud and the axial flange of the ring mount. a combustor having an inner casing and an outer casing and a combustor wall positioned between the inner and outer casings (29, 27), respectively, the combustor wall including an inner wall, an outer wall, and an upstream dome coupled to the outer wall and the inner wall, the outer wall extending along the longitudinal axis (X-X) between an upstream end and a downstream end; a turbine nozzle defined by an inner nozzle shroud and an outer nozzle shroud, the outer nozzle shroud extending downstream between a nozzle upstream end and a nozzle downstream end; and a ring mount including an inner edge and an outer edge, the inner edge coupled to the downstream end of the outer wall, the outer edge coupled to the outer casing, characterized in that a mounting stake is coupled to the ring mount that is coupled to the outer wall structure and the outer casing, the mounting stake extending between the outer casing and the ring mount; and wherein the inner edge coupled to the nozzle upstream end of the outer nozzle shroud, the ring mount includes an axial flange extending upstream, and the nozzle upstream end of the outer nozzle shroud includes an axial nozzle lip extending upstream in an overlapping relationship with the axial flange of the ring mount, the downstream end of the outer wall including a slot sized to receive both of the axial nozzle lip of the outer nozzle shroud and the axial flange of the ring mount.
A radio communication terminal apparatus comprising: a receiver configured to receive notification information for notifying an amount of cyclic shift used for a reference signal; a determination unit configured to determine the amount of cyclic shift corresponding to the received notification information for a data demodulation reference signal or a sounding reference signal, wherein, if the reference signal is a demodulation reference signal, the amount of cyclic shift is set based on the notification information and if the reference signal is a sounding reference signal, the amount of cyclic shift is set based on the notification information and on a predetermined amount of cyclic shift which is not included in the cyclic shift amount defined for demodulation reference signals; and a transmitter configured to transmit the data demodulation reference signal or the sounding reference signal using the determined amount of cyclic shift; wherein the amount of cyclic shift for the sounding reference signal is associated with an amount of cyclic shift obtained by shifting the amount of cyclic shift for the data demodulation reference signal by one. a receiver configured to receive notification information for notifying an amount of cyclic shift used for a reference signal; a determination unit configured to determine the amount of cyclic shift corresponding to the received notification information for a data demodulation reference signal or a sounding reference signal, wherein, if the reference signal is a demodulation reference signal, the amount of cyclic shift is set based on the notification information and if the reference signal is a sounding reference signal, the amount of cyclic shift is set based on the notification information and on a predetermined amount of cyclic shift which is not included in the cyclic shift amount defined for demodulation reference signals; and a transmitter configured to transmit the data demodulation reference signal or the sounding reference signal using the determined amount of cyclic shift; wherein the amount of cyclic shift for the sounding reference signal is associated with an amount of cyclic shift obtained by shifting the amount of cyclic shift for the data demodulation reference signal by one.
A method of wireless communication at a transmitter, the method comprising: identifying that a set of resources configured for a Control Resource Set, CORESET, for a receiver are also configured for a Phase Tracking Reference Signal, PT-RS, for the receiver, characterized by, puncturing the PT-RS for a number of resources in the set of resources for the CORESET that are configured for a control transmission; and transmitting the PT-RS, without puncturing, on remaining resources in the set of resources configured for the CORESET that are not used for the control transmission. identifying that a set of resources configured for a Control Resource Set, CORESET, for a receiver are also configured for a Phase Tracking Reference Signal, PT-RS, for the receiver, characterized by, puncturing the PT-RS for a number of resources in the set of resources for the CORESET that are configured for a control transmission; and transmitting the PT-RS, without puncturing, on remaining resources in the set of resources configured for the CORESET that are not used for the control transmission.
An apparatus for receiving data in a human body communication system, comprising: a) plural receiving electrodes installed on the surface of the human body, the plural receiving electrodes receiving data from a capsule type endoscope located inside the human body; b) a switching means for selecting a pair of receiving electrodes (1, 2) sequentially among the plural receiving electrodes; c) a processing means for processing a voltage value of a pair of receiving electrode (1, 2) selected by the switching means; d) a memory for storing the processed values; e) a comparing-operating means for calculating a maximum value among the values stored in the memory; f) an image processing means for performing image processing for the pair of receiving electrodes having the maximum value; and g) a control means for controlling the switching means and the comparing-operating means to provide the maximum value to the image processing means. a) plural receiving electrodes installed on the surface of the human body, the plural receiving electrodes receiving data from a capsule type endoscope located inside the human body; b) a switching means for selecting a pair of receiving electrodes (1, 2) sequentially among the plural receiving electrodes; c) a processing means for processing a voltage value of a pair of receiving electrode (1, 2) selected by the switching means; d) a memory for storing the processed values; e) a comparing-operating means for calculating a maximum value among the values stored in the memory; f) an image processing means for performing image processing for the pair of receiving electrodes having the maximum value; and g) a control means for controlling the switching means and the comparing-operating means to provide the maximum value to the image processing means.
Pump device comprising a pump piston which is longitudinally movable in a pump housing and which, controlled by an actuating solenoid device, acts on a inlet valve and an outlet valve, wherein the inlet valve opens during the intake stroke of the pump piston, and the outlet valve opens during the delivery stroke thereof, characterised in that the inlet valve has an annular valve piston which encompasses the pump housing which has an entry point and an exit point for fluid, in that the valve piston has a pressure-sensing surface which is controlled by the pump piston in such a manner that, during the intake stroke, the pressure-sensing surface of the valve piston is moved, counter to the action of an energy accumulator, in the movement direction of the pump piston and in the process vacates a fluid path into a pump chamber of the pump housing by means of the pump piston and in that, during the delivery stroke, the valve piston of the inlet valve, under the action of the energy accumulator and the pressure-sensing surface, blocks this fluid path and opens the outlet valve.
A wiping apparatus (100, 200) usable with a fluid applicator, the wiping apparatus (100, 200) comprising: a web material including a plurality of segment portions to wipe the fluid applicator; and a web storage chamber having an input opening and an output opening, the web storage chamber to store the web material in a multi-folded state such that each one of a plurality of folds of the web material is placed between adjacent segment portions characterized in that exterior surfaces (43a, 43b) of the adjacent segment portions contact each other. a web material including a plurality of segment portions to wipe the fluid applicator; and a web storage chamber having an input opening and an output opening, the web storage chamber to store the web material in a multi-folded state such that each one of a plurality of folds of the web material is placed between adjacent segment portions characterized in that exterior surfaces (43a, 43b) of the adjacent segment portions contact each other.
Device for securing a crane cable or guide cable to a blade of a wind turbine comprising a blade pocket, that is open on one side, as a flexible, unyielding shrouding element that is to be slipped over the tip of a rotor blade in order to fully surround a rotor blade in the profile direction with at least one internal inflatable insert for selectively establishing a force-fit connection between the shrouding element and a rotor blade that is surrounded thereby, wherein the at least one insert extends in the circumferential direction of the shrouding element, characterized in that the at least one insert terminates in such a way that the ends (6, 7) of each insert are respectively arranged on the shrouding element so as to be adjacent to and spaced apart from one another, in such a way that, when the device is used as intended, the inserts are arranged on both sides of an aerodynamic attachment on the rotor blade and are shaped in such a way that, when the insert is inflated, the shrouding element is spaced apart from the aerodynamic attachment.