mhurhangee/patent-ind-claim-en huggingface dataset:
A method for execution in user equipment, comprising: communicating with a network node over a high-speed downlink shared channel, HS-DSCH, via a radio link at a current serving HS-DSCH cell; receiving, from the network node, an active set update message comprising: an order directing the user equipment to make one or more of the following modifications to an active set of a connection: radio link addition and radio link removal; an indicator for determining a new serving HS-DSCH radio link; and a new HS-DSCH Radio Network Temporary Identifier, New H-RNTI; adding or removing, or both, a radio link to or from, or both, the active set according to the order of the active set update message; configuring the user equipment to operate with a new serving HS-DSCH radio link determined according to the indicator of the new serving HS-DSCH cell; and then using the New H-RNTI as the UE identity for HS-SCCH reception. communicating with a network node over a high-speed downlink shared channel, HS-DSCH, via a radio link at a current serving HS-DSCH cell; receiving, from the network node, an active set update message comprising: an order directing the user equipment to make one or more of the following modifications to an active set of a connection: radio link addition and radio link removal; an indicator for determining a new serving HS-DSCH radio link; and a new HS-DSCH Radio Network Temporary Identifier, New H-RNTI; an order directing the user equipment to make one or more of the following modifications to an active set of a connection: radio link addition and radio link removal; an indicator for determining a new serving HS-DSCH radio link; and a new HS-DSCH Radio Network Temporary Identifier, New H-RNTI; adding or removing, or both, a radio link to or from, or both, the active set according to the order of the active set update message; configuring the user equipment to operate with a new serving HS-DSCH radio link determined according to the indicator of the new serving HS-DSCH cell; and then using the New H-RNTI as the UE identity for HS-SCCH reception.
A wound care composition consisting of 2.78 % beeswax, 92.59 % medical olive oil with an acid ratio less than 0.8 %, and 4.63 % alkanna tinctoria by weight for use in a method of treating 2 nd degree burn wounds.
Energy storage plant, comprising: a working fluid different from atmospheric air; a casing storing the working fluid in a gaseous phase and in pressure equilibrium with the atmosphere; a tank storing said working fluid in liquid or super-critical phase with a temperature close to the critical temperature; wherein said critical temperature is close to the ambient temperature, preferably between 0°C and 100°C; at least a driven machine different from an electric generator; wherein the plant is configured to perform a closed cyclic thermodynamic transformation (CTT), first in one direction in a charge configuration and then in an opposite direction in a discharge configuration, between said casing and said tank ; wherein in the charge configuration the plant stores heat and pressure; wherein in the discharge configuration the plant generates mechanical energy and transfers it to the driven machine to drive said driven machine. a working fluid different from atmospheric air; a casing storing the working fluid in a gaseous phase and in pressure equilibrium with the atmosphere; a tank storing said working fluid in liquid or super-critical phase with a temperature close to the critical temperature; wherein said critical temperature is close to the ambient temperature, preferably between 0°C and 100°C; at least a driven machine different from an electric generator; wherein the plant is configured to perform a closed cyclic thermodynamic transformation (CTT), first in one direction in a charge configuration and then in an opposite direction in a discharge configuration, between said casing and said tank ; wherein in the charge configuration the plant stores heat and pressure; wherein in the discharge configuration the plant generates mechanical energy and transfers it to the driven machine to drive said driven machine.
A display apparatus , comprising: a first area (OA) comprising at least one opening; a second area (DA) disposed around the first area (OA), wherein the second area (DA) comprises a plurality of display elements; a third area (MA) disposed between the first area (OA) and the second area (DA); a thin film encapsulation layer covering the plurality of display elements; a planarization layer disposed in the third area (MA), wherein a first end (720E1) of the planarization layer is positioned over the thin film encapsulation layer ; a first insulating layer disposed over the thin film encapsulation layer ; and a second insulating layer disposed over the planarization layer , wherein the second insulating layer comprises a first through hole overlapping the planarization layer . a first area (OA) comprising at least one opening; a second area (DA) disposed around the first area (OA), wherein the second area (DA) comprises a plurality of display elements; a third area (MA) disposed between the first area (OA) and the second area (DA); a thin film encapsulation layer covering the plurality of display elements; a planarization layer disposed in the third area (MA), wherein a first end (720E1) of the planarization layer is positioned over the thin film encapsulation layer ; a first insulating layer disposed over the thin film encapsulation layer ; and a second insulating layer disposed over the planarization layer , wherein the second insulating layer comprises a first through hole overlapping the planarization layer .
Vehicle for a roller coaster comprising a rail structure , the vehicle comprising a chassis guided along a rail structure in a forward direction (A) by guide means and at least two nacelles each mounted on the chassis so as to rotate about an axis of rotation (B, C, d, E, F, G) parallel to the forward direction (A) and passing through the center of each nacelle , the nacelles being symmetrically distributed with respect to the guide means , the chassis extending on a transverse plane (XY) perpendicularly to the forward direction (A) and in an opposite direction to the guide means , the chassis includes a plurality of spaced-apart tubes from one another so as to have a perforated tubular structure, the chassis connecting each nacelle , 108, 109, 110, 111) to the guide means and connecting the two nacelles to each other by connecting means provided on each nacelle and extending on a transverse plane (XY) of the chassis .
A titanium copper, the titanium copper containing from 2.0 to 4.5% by mass of Ti, and a total amount of from 0 to 0.5% by mass of at least one selected from the group consisting of Fe, Co, Ni, Cr, Zn, Zr, P, B, Mo, V, Nb, Mn, Mg, and Si as a third element, the balance being copper and inevitable impurities, wherein an area ratio of crystal grains with a GOS (Grain Orientation Spread) of from 2 to 6° when an orientation difference of 5° or more is regarded as a crystal grain boundary in crystal orientation analysis in an EBSD measurement on a rolled surface is from 60 to 90%, and an area ratio of crystal grains with a Schmidt factor of 0.35 or less is from 5 to 20%.
Process for surfacing or resurfacing a metal part by laser-assisted deposition of a filler material in order to produce an abradable coating of the part, the process being characterized in that the filler material is a powder having the following elemental composition: Table 1 Element % by weight relative to the total weight of the powder C 0.3 - 2.5 Si 1.5 - 3.0 B 0.1 - 3.5 Ni 3.5 - 5.5 Cr 5 - 17 V 10 - 17.5 Fe > 50% and q.s. 100% in that the laser has an operational wavelength ranging from 900 nm to 1100 nm and in that it comprises the irradiation of the part by a laser beam such that the specific energy (Em), the ratio of the laser power to the mass flow rate of powder, varies from 5 J/mg to 10 J/mg and such that the linear density (MI), the ratio of the mass flow rate of powder to the laser scanning speed, varies from 25 mg/mm to 55 mg/mm.
A filtration filter for taking out, as a filtration target, matter contained in a liquid by filtration, the filtration filter comprising: a first principal surface ; a second principal surface opposite the first principal surface ; and a filter substrate defining through-holes extending from the first principal surface to the second principal surface , the filter substrate being a site on which the filtration target contained in the liquid is to be captured, wherein when a cross section of the filtration filter is taken in a direction from the first principal surface to the second principal surface and along a line passing through adjacent ones of the through-holes , the filter substrate between two adjacent ones of the through-holes has a pair of projections , projections of the pair of projections being provided on corresponding end portions on opposite sides in a width direction of the filter substrate and protruding from the first principal surface , wherein each projection forms a loop in a manner so as to extend along a periphery of one of the through-holes that is adjoined by the projection, the first principal surface and the pair of projections defining a reservoir part in which some of the liquid is to be retained, the reservoir part being provided on the filter substrate on which the filtration target is to be captured such that the filtration target is immersed in the liquid retained in the reservoir part . a first principal surface ; a second principal surface opposite the first principal surface ; and a filter substrate defining through-holes extending from the first principal surface to the second principal surface , the filter substrate being a site on which the filtration target contained in the liquid is to be captured, wherein when a cross section of the filtration filter is taken in a direction from the first principal surface to the second principal surface and along a line passing through adjacent ones of the through-holes , the filter substrate between two adjacent ones of the through-holes has a pair of projections , projections of the pair of projections being provided on corresponding end portions on opposite sides in a width direction of the filter substrate and protruding from the first principal surface , wherein each projection forms a loop in a manner so as to extend along a periphery of one of the through-holes that is adjoined by the projection, the first principal surface and the pair of projections defining a reservoir part in which some of the liquid is to be retained, the reservoir part being provided on the filter substrate on which the filtration target is to be captured such that the filtration target is immersed in the liquid retained in the reservoir part .
An antibody which binds to human APRIL, wherein said antibody fully blocks the binding of APRIL with human TACI and at least partially blocks the binding of APRIL with human BCMA and wherein said antibody competes for the binding epitope of an antibody that comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 5 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 6.
Method for creating an MR image of an examination object with an MR imaging sequence in an MR system, having the following steps: - irradiating at least one HF pulse by means of a whole body coil of the MR system during the imaging sequence, - irradiating at least one HF pulse by means of a local transmit coil of the MR system during the imaging sequence, - reading-out MR signals, which are generated by the irradiated HF pulses . - creating the MR image from the read-out MR signals, wherein the imaging sequence has a read-out module , in which a number of HF refocusing pulses are irradiated in order to generate a number of spin echos, characterised in that all HF refocusing pulses of the read-out module are irradiated with the local transmit coil . - irradiating at least one HF pulse by means of a whole body coil of the MR system during the imaging sequence, - irradiating at least one HF pulse by means of a local transmit coil of the MR system during the imaging sequence, - reading-out MR signals, which are generated by the irradiated HF pulses . - creating the MR image from the read-out MR signals, wherein the imaging sequence has a read-out module , in which a number of HF refocusing pulses are irradiated in order to generate a number of spin echos, characterised in that all HF refocusing pulses of the read-out module are irradiated with the local transmit coil .
Method for producing a housing of an E-axle module having at least one electric machine and a transmission , wherein the electric machine is cooled by means of a cooling circuit, wherein, in the housing , at least one cooling channel extends in at least one housing wall from a first transfer point to at least one further transfer point , the cooling channel running along thermally critical bearing points , and wherein the at least one cooling channel comprises at least one channel section and a further channel section which are fluidically connected to one another at a deflection point , characterized in that the method makes provision that the channel sections are produced during the primary shaping of the housing and are finished in terms of diameter and length by machining in mutually different machining directions .
A receiving device for a system for inductive power transfer, wherein the receiving device comprises a winding structure and a housing, the housing comprising a cover part and a base part as housing parts, and the housing having an internal volume for receiving the winding structure , one of the housing parts having at least one rib and the other housing part having at least one groove for receiving the at least one rib , the at least one rib and the at least one groove being arranged between the internal volume and an external volume, the receiving device comprising at least one sealing element , at least a portion of the at least one rib and at least a portion of the at least one sealing element being arranged in at least a portion of the at least one groove , the receiving device comprising at least one signal connection element, the signal connection element extending from the internal volume into the external volume, and the signal connection element extending through the at least one sealing element .
A wireless event notification system comprising: a microphone configured to transmit a voice command initiated by a user; a first controller configured to receive an audible command associated with the voice command ; a voice authentication engine configured to receive the audible command from the first controller for authenticating the user, and send an authentication signal to the first controller; a speech recognition engine configured to receive the audible command from the first controller for the recognition of the command, and send a command text indicative of the audible command to the first controller; a second controller located in a cloud and configured to receive from the first controller an authentication signal and a text command associated with the voice command ; a wireless device configured to receive the command text from the second controller if the second controller has received both the authentication signal and the command text from the first controller; wherein the microphone is part of a mobile application ; and the first controller is located in the mobile application . a microphone configured to transmit a voice command initiated by a user; a first controller configured to receive an audible command associated with the voice command ; a voice authentication engine configured to receive the audible command from the first controller for authenticating the user, and send an authentication signal to the first controller; a speech recognition engine configured to receive the audible command from the first controller for the recognition of the command, and send a command text indicative of the audible command to the first controller; a second controller located in a cloud and configured to receive from the first controller an authentication signal and a text command associated with the voice command ; a wireless device configured to receive the command text from the second controller if the second controller has received both the authentication signal and the command text from the first controller; wherein the microphone is part of a mobile application ; and the first controller is located in the mobile application .
A method of canceling an offset of a signal conditioning circuit coupled to an input of a multi-stage analog-to-digital converter, ADC, circuit, the method comprising: sampling an analog input signal and the offset; performing , by a first stage of the ADC circuit, a first conversion on the sampled analog input signal and offset; shorting an input of the signal conditioning circuit to determine its offset before it is subtracted from the sum of the sampled analog input signal and the offset; concurrently canceling the offset by subtracting the offset from the sum of the sampled analog input signal and the offset and amplifying a residue of the sampled analog input signal; performing , by a second stage of the ADC circuit, a second conversion on the residue of the sampled analog input signal; and generating a digital output signal representing the sampled analog input signal. sampling an analog input signal and the offset; performing , by a first stage of the ADC circuit, a first conversion on the sampled analog input signal and offset; shorting an input of the signal conditioning circuit to determine its offset before it is subtracted from the sum of the sampled analog input signal and the offset; concurrently canceling the offset by subtracting the offset from the sum of the sampled analog input signal and the offset and amplifying a residue of the sampled analog input signal; performing , by a second stage of the ADC circuit, a second conversion on the residue of the sampled analog input signal; and generating a digital output signal representing the sampled analog input signal.
A method for producing a soft shaped semi-rigid tortilla which is set into preformed 3-dimensional shape adapted to hold edible fillings, wherein the shape is other than flat, wherein the method is selected from the following: a. pressing raw tortilla dough into at least one mould, comprising a shape, and heating the dough in the mould until the dough is fully cooked and formed into the shape of the mould; and b. pressing raw tortilla dough into at least one mould, comprising a shape, heating the dough long enough to form into a shape of the mould, removing shaped dough from the mould, and further heating the shaped dough until fully cooked. a. pressing raw tortilla dough into at least one mould, comprising a shape, and heating the dough in the mould until the dough is fully cooked and formed into the shape of the mould; and b. pressing raw tortilla dough into at least one mould, comprising a shape, heating the dough long enough to form into a shape of the mould, removing shaped dough from the mould, and further heating the shaped dough until fully cooked.
A window, such as a roof window or skylight, comprising a frame , a sash , a cladding (20-25) and a pane , and also comprising interface means for positioning along a circumference of the window, the interface means being adapted to be positioned on at least the sash, wherein the interface means comprise climate regulating elements that provide sound insulation and/or thermal insulation and/or moisture insulation, wherein the interface means are immediately interchangeable with other interface means, and wherein the interface means comprise a glass rim profile (45; 45') that overlaps a joint between at least one sash member and a rim of the pane , said glass rim profile (45; 45') being attached to an upper surface of the sash member , and the interface means (58; 58') is arranged between the glass rim profile (45; 45') and the upper surface of the sash member . wherein the interface means comprise climate regulating elements that provide sound insulation and/or thermal insulation and/or moisture insulation, wherein the interface means are immediately interchangeable with other interface means, and wherein the interface means comprise a glass rim profile (45; 45') that overlaps a joint between at least one sash member and a rim of the pane , said glass rim profile (45; 45') being attached to an upper surface of the sash member , and the interface means (58; 58') is arranged between the glass rim profile (45; 45') and the upper surface of the sash member .
Metered dose inhaler (MDI) device comprising a mechanically activated visual cue representing a number of doses expelled from, or doses remaining in, a drug-containing cartridge or canister locatable within a body of said MDI, said visual cue being visible through at least a portion of the body of said MDI, and a removable data processing system configured to verify the dose of drug administered and/or inhaled, wherein the MDI device further comprises a correlation system configured to correlate physically released doses from the drug containing cartridge or canister with the administration and/or inhalation data stored in the removable data processing system, wherein the correlation system comprises mechanical activation means in contact with a drug containing cartridge of the MDI device, and wherein said mechanical activation means engage with translational movement conversion means configured to convert a translational movement of the mechanical activation means into a rotational movement; wherein the correlation system further comprises at least a first rotational position sensor, at least a second rotational position sensor, wherein the at least first rotational position sensor and the at least second rotational position sensor are configured to convert an angle of rotation into an electrical signal. wherein the correlation system comprises mechanical activation means in contact with a drug containing cartridge of the MDI device, and wherein said mechanical activation means engage with translational movement conversion means configured to convert a translational movement of the mechanical activation means into a rotational movement; wherein the correlation system further comprises at least a first rotational position sensor, at least a second rotational position sensor, wherein the at least first rotational position sensor and the at least second rotational position sensor are configured to convert an angle of rotation into an electrical signal.