mhurhangee/ep-ind-claims huggingface dataset:
A liposome composition comprising naproxen and excipients, characterised in that it comprises 15 - 25% by weight of phospholipids in the form of calibrated aggregates in conjunction with propylene glycol, in mass proportion of phospholipid to propylene glycol from 0.6:1 to 1.67:1, and wherein the calibrated aggregates have hydrodynamic diameter from 50 to 500 nm determined by method of dynamic dispersion of light.
A method performed by a mobile station configured to interact with a base station subsystem, BSS, (202 1), the mobile station enabled for power efficient operation, PEO, and capable of performing a multilateration timing advance, MTA, procedure, the method comprising: receiving a first MTA request message transmitted from a Serving Mobile Location Center (206 1) to the mobile station for performing a radio access part of the MTA procedure; transmitting, to the BSS, a second multilateration request message (270 1) that indicates an Access Burst method for performing the MTA procedure; and receiving, from the BSS, a packet assignment message (275 1) acknowledging that the BSS received the second multilateration request message without assigning packet resources for the mobile station, wherein the packet assignment message (275 1) comprises an Immediate Packet Assignment message. receiving a first MTA request message transmitted from a Serving Mobile Location Center (206 1) to the mobile station for performing a radio access part of the MTA procedure; transmitting, to the BSS, a second multilateration request message (270 1) that indicates an Access Burst method for performing the MTA procedure; and receiving, from the BSS, a packet assignment message (275 1) acknowledging that the BSS received the second multilateration request message without assigning packet resources for the mobile station, wherein the packet assignment message (275 1) comprises an Immediate Packet Assignment message.
A liquid electrophotographic ink composition comprising: a carrier liquid; a resin comprising a polymer having acidic side groups; a colorant selected from a magenta colorant, a cyan colorant and a black colorant; and an amine-containing basic dispersant having a total base number in the range of 10 to 65 mg KOH/g material, the amine-containing basic dispersant present in an amount from 5 wt.% to 15 wt.% by total weight of colorant; wherein the colorant is present in the LEP ink composition in an amount of from 10 wt.% to 80 wt.% by total weight solids of the LEP ink composition. a carrier liquid; a resin comprising a polymer having acidic side groups; a colorant selected from a magenta colorant, a cyan colorant and a black colorant; and an amine-containing basic dispersant having a total base number in the range of 10 to 65 mg KOH/g material, the amine-containing basic dispersant present in an amount from 5 wt.% to 15 wt.% by total weight of colorant; wherein the colorant is present in the LEP ink composition in an amount of from 10 wt.% to 80 wt.% by total weight solids of the LEP ink composition.
An ultrasound probe comprising: a piezoelectric member; and a backing layer disposed on a rear-side surface of the piezoelectric member and provided, on a front-side surface of the backing layer, with at least one groove in which the piezoelectric member is installed, wherein at least one conductive pattern (32,33) is installed in the at least one groove to apply an electric signal to the piezoelectric member, characterised in that the at least one conductive pattern (32,33) is formed to extend in a lateral direction from both lateral sides of the groove to outside the groove. a piezoelectric member; and a backing layer disposed on a rear-side surface of the piezoelectric member and provided, on a front-side surface of the backing layer, with at least one groove in which the piezoelectric member is installed, wherein at least one conductive pattern (32,33) is installed in the at least one groove to apply an electric signal to the piezoelectric member, characterised in that the at least one conductive pattern (32,33) is formed to extend in a lateral direction from both lateral sides of the groove to outside the groove.
A pharmaceutical composition comprising histone deacetylase inhibitor (HDACi) and an estrogen receptor antagonist for use in a method of treatment of cancer, wherein the cancer is selected from glioma, malignant glioma, high grade glioma, and wherein histone deacetylase inhibitor (HDACi) is selected from valproic acid, sodium valproate, valproate semisodium, valpromide, and wherein estrogen receptor antagonist is tamoxifen. wherein the cancer is selected from glioma, malignant glioma, high grade glioma, and wherein histone deacetylase inhibitor (HDACi) is selected from valproic acid, sodium valproate, valproate semisodium, valpromide, and wherein estrogen receptor antagonist is tamoxifen.
A method for processing protocol data unit, PDU, session establishment by an access and mobility management function, AMF, node, the method comprising: receiving a PDU session establishment request message from a user equipment, UE, through any one of first access and second access, the PDU session establishment request message comprising information indicating a multi-access, MA, PDU session; selecting a session management function, SMF, node supporting an MA PDU session based on the information indicating the MA PDU session; and delivering the PDU session establishment request message to the SMF node supporting the MA PDU session, wherein the delivering of the PDU session establishment request message comprises forwarding one or more of i) information indicating whether the UE is registered over both the first access and the second access or is registered over only one thereof and ii) information indicating whether the UE is in an idle state or a connected state. receiving a PDU session establishment request message from a user equipment, UE, through any one of first access and second access, the PDU session establishment request message comprising information indicating a multi-access, MA, PDU session; selecting a session management function, SMF, node supporting an MA PDU session based on the information indicating the MA PDU session; and delivering the PDU session establishment request message to the SMF node supporting the MA PDU session, wherein the delivering of the PDU session establishment request message comprises forwarding one or more of i) information indicating whether the UE is registered over both the first access and the second access or is registered over only one thereof and ii) information indicating whether the UE is in an idle state or a connected state.
Measurement element for distinguishing between different liquids, in particular for determining a concentration of aqueous urea solution, in a storage container, characterized in that the measurement element is designed to perform the following method: 1) heating the liquid or a derivative of the liquid via a heated measurement element, for the crystallization of a salt out of the liquid, or a liquid mixture or a liquid/gas mixture or emulsions or solutions, up to a boiling temperature of the liquid or a decomposition temperature of the derivative, 2) removing the liquid for a storage container, wherein the measurement element is wetted with the liquid outside the storage container, or the measurement element is arranged at a position such that, when a storage container for the liquid is filled, said measurement element is wetted with the liquid, 3) instigating a phase transition of a liquid or of a derivative of the liquid, wherein the measurement element is heated such that the liquid crystallizes on the measurement element, and 4) identifying the liquid or the derivative on the basis of substance properties which correlate with the phase transition of the liquid or of the derivative of the liquid. 1) heating the liquid or a derivative of the liquid via a heated measurement element, for the crystallization of a salt out of the liquid, or a liquid mixture or a liquid/gas mixture or emulsions or solutions, up to a boiling temperature of the liquid or a decomposition temperature of the derivative, 2) removing the liquid for a storage container, wherein the measurement element is wetted with the liquid outside the storage container, or the measurement element is arranged at a position such that, when a storage container for the liquid is filled, said measurement element is wetted with the liquid, 3) instigating a phase transition of a liquid or of a derivative of the liquid, wherein the measurement element is heated such that the liquid crystallizes on the measurement element, and 4) identifying the liquid or the derivative on the basis of substance properties which correlate with the phase transition of the liquid or of the derivative of the liquid.
Seat device for a kick scooter (12a; 12b; 12c; 12d; 12d'; 12e, 12e'), in particular a kickboard, with a seat unit (14a; 14b; 14c; 14d; 14e) and with at least one first fastening unit (16a; 16b; 16c; 16d; 16e) for fastening to the kick scooter (12a; 12b; 12c; 12d, 12d'; 12e, 12e'), and with at least one storage unit (18a; 18b; 18c; 18d; 18e) with at least one receiving region (20a; 20b; 20c; 20d; 20e) that is provided for receiving objects (22a; 22b; 22c; 22d; 22e) and is at least approximately completely enclosed in at least one state characterised by at least one second fastening unit (34a; 34b; 34c; 34d; 34e), which is releasably connectable to a steering rod (32a; 32b; 32c; 32d; 32e) of the kick scooter (12a; 12b; 12c; 12d, 12d'; 12e, 12e').
A method of manufacturing an enteric seamless soft capsule, comprising the following steps (a) and (b): (a) preparing an enteric capsule shell liquid comprising gelatin and low methoxy pectin having a degree of esterification of 0 to 40% and a degree of amidation of 0 to 25%, the enteric capsule shell liquid having a viscosity at 50°C of 60 to 127 mPa•s; and (b) encapsulating capsule fills with the enteric capsule shell liquid prepared in the step (a) by dripping. (a) preparing an enteric capsule shell liquid comprising gelatin and low methoxy pectin having a degree of esterification of 0 to 40% and a degree of amidation of 0 to 25%, the enteric capsule shell liquid having a viscosity at 50°C of 60 to 127 mPa•s; and (b) encapsulating capsule fills with the enteric capsule shell liquid prepared in the step (a) by dripping.
Process of marking of an object comprising the affixing of at least one identifying mark to at least one site of a substrate of this object, this identifying mark being obtained by applying a voltage between an electrode and the said substrate to produce at least one breakdown or electric discharge to form an conducting ionized plasma canal between the electrode and the substrate, the electrode being separated from the substrate by a predetermined distance or gap occupied by a dielectric medium in which the discharge is produced and by discharging an electric current through the conducting ionized plasma canal formed between the electrode and the substrate following the electric discharge, the said electric current forming an electric arc between the electrode and the substrate, characterized in that the dielectric medium is a composite dielectric medium constituted by a dielectric fluid which contains one or several chemical elements intended to be implanted in said substrate; and by the fact that the voltage, the duration of the discharge, the gap and the electric current are configured to induce the melting of the substrate at the base of the arc and the melting of at least one chemical element of the composite dielectric medium in the conducting ionized plasma canal, and so that, following the interaction with the plasma of the conducting ionized plasma canal, the said at least one chemical element of the composite dielectric medium fixes itself on the substrate to obtain at least one impression presenting a peculiar chemical composition and situated at the said site, this impression forming the identifying mark and able to be recovered by means of reading.
A kit for installing an endless belt in a printing system, the kit comprising: - a flexible belt having first and second free ends configured to be guided along the printing system; - a heat-curable tape, comprising a substrate layer and a solid silicone rubber layer disposed thereon, wherein said heat-curable tape is adapted to be applied onto said first and second free ends of said flexible belt, and to be heated so as to heat-cure said solid silicone rubber layer of said tape to the first and second free ends of the flexible belt, so as to form a seam connecting the first and second free ends thereby converting the flexible belt into an endless belt. - a flexible belt having first and second free ends configured to be guided along the printing system; - a heat-curable tape, comprising a substrate layer and a solid silicone rubber layer disposed thereon,
A rotationally-stabilizing tracking antenna system suitable for mounting on a moving structure, the antenna system comprising: a three-axis pedestal for supporting an antenna about an azimuth axis, a cross-level axis, and an elevation axis; a three-axis drive assembly including an azimuth driver for rotating a vertical support assembly relative to a base assembly about the azimuth axis, a cross-level driver for pivoting a cross-level frame assembly relative to the vertical support assembly about the cross-level axis, and an elevation driver for pivoting an elevation frame assembly and the antenna relative to the cross-level frame assembly about the elevation axis; a motion platform assembly affixed to and being moved with the elevation frame assembly, three orthogonally mounted angular rate sensors (60, 60', 60") disposed on the motion platform assembly for sensing motion about predetermined X, Y and Z axes of the elevation frame assembly, and a three-axis gravity accelerometer (65,65') mounted on the motion platform assembly and configured to determine an earth gravity vector; and a control unit for determining the actual position of the elevation frame assembly based upon the sensed motion about said predetermined X, Y, and Z axes and said an earth gravity vector, and for controlling the azimuth, cross-level and elevation drivers to position the elevation frame assembly in a desired position. a three-axis pedestal for supporting an antenna about an azimuth axis, a cross-level axis, and an elevation axis; a three-axis drive assembly including an azimuth driver for rotating a vertical support assembly relative to a base assembly about the azimuth axis, a cross-level driver for pivoting a cross-level frame assembly relative to the vertical support assembly about the cross-level axis, and an elevation driver for pivoting an elevation frame assembly and the antenna relative to the cross-level frame assembly about the elevation axis; a motion platform assembly affixed to and being moved with the elevation frame assembly, three orthogonally mounted angular rate sensors (60, 60', 60") disposed on the motion platform assembly for sensing motion about predetermined X, Y and Z axes of the elevation frame assembly, and a three-axis gravity accelerometer (65,65') mounted on the motion platform assembly and configured to determine an earth gravity vector; and a control unit for determining the actual position of the elevation frame assembly based upon the sensed motion about said predetermined X, Y, and Z axes and said an earth gravity vector, and for controlling the azimuth, cross-level and elevation drivers to position the elevation frame assembly in a desired position.
Strip or sheet for printing using a printer, wherein the strip or sheet has a first printable layer and has at the flat side thereof facing away from the printable side an adhesive or bonding layer which has both adhesive-free and bonding-agent-free regions and adhesive and bonding regions, wherein the adhesive or bonding regions at least in the longitudinal extent direction of the strip or sheet are spaced apart from each other by the adhesive-free or bonding-agent-free regions, wherein the adhesive or bonding layer is covered by means of a removable film or a removable or soluble coating, and in that on the strip or sheet markings, in particular in the region of the longitudinal sides, are applied or incorporated for identification of the adhesive-free or bonding-agent-free regions and/or the regions which are coated with adhesive or bonding agent, and in that the markings are printed symbols, in particular in the form of lines, rectangles or dots or the markings are produced by means of punch-outs, wherein the markings, which, in particular, consist of a magnetic material, are arranged in the longitudinal extent direction of the strip or sheet with spacing, in particular regular spacing, with respect to each other, wherein the markings are arranged or incorporated on the removable film or the coating.
A material collecting equipment comprising: a handle; an implement portion attached to the handle and having a pair of wheels ( 108, 110) rotatably connected to the implement portion, the implement portion having a fore surface adapted to define an arcuate groove disposed parallel to the pair of wheels ( 108, 110); a stand slidably coupled to the arcuate groove, the stand comprising: a bar extending partway between the pair of wheels ( 108, 110); and a locking element disposed on the bar to correspond with the arcuate groove, the locking element being selectively operable to adjust a position of the bar in relation to the handle; characterized in that: at least one leg ( 122, 124) is connected to the bar and disposed away from the implement portion to selectively facilitate a storage of the material collecting equipment in an upright position, by having the wheels ( 108, 110) and the at least one leg ( 122, 124) resting against the ground surface to support the material collection equipment (1 0 0). a handle; an implement portion attached to the handle and having a pair of wheels ( 108, 110) rotatably connected to the implement portion, the implement portion having a fore surface adapted to define an arcuate groove disposed parallel to the pair of wheels ( 108, 110); a stand slidably coupled to the arcuate groove, the stand comprising: a bar extending partway between the pair of wheels ( 108, 110); and a locking element disposed on the bar to correspond with the arcuate groove, the locking element being selectively operable to adjust a position of the bar in relation to the handle; characterized in that: at least one leg ( 122, 124) is connected to the bar and disposed away from the implement portion to selectively facilitate a storage of the material collecting equipment in an upright position, by having the wheels ( 108, 110) and the at least one leg ( 122, 124) resting against the ground surface to support the material collection equipment (1 0 0). a bar extending partway between the pair of wheels ( 108, 110); and a locking element disposed on the bar to correspond with the arcuate groove, the locking element being selectively operable to adjust a position of the bar in relation to the handle; characterized in that: at least one leg ( 122, 124) is connected to the bar and disposed away from the implement portion to selectively facilitate a storage of the material collecting equipment in an upright position, by having the wheels ( 108, 110) and the at least one leg ( 122, 124) resting against the ground surface to support the material collection equipment (1 0 0).
A method for determining a configuration for a loudspeaker arrangement to provide sound to a room, wherein the method comprises the following steps: - providing an initial configuration with initial configuration parameters for a loudspeaker arrangement to provide sound to a room, in a computer, - determining candidate configurations with respectively assigned configuration parameters with the aid of a target-function-based optimising procedure, in which in the computer, starting with the initial configuration, iteratively, - a sound field for a candidate configuration is determined by means of simulation for the room and/or for parts of the room, in which sound is to be provided, - a value of a target function is determined, which is assigned to the candidate configuration and the simulated sound field, and - a new candidate configuration for the loudspeaker arrangement is chosen, and - selecting a configuration with configuration parameters from the iteratively determined candidate configurations as a function of at least one selection criterion, which takes at least the values of the target function into account, characterised in that the target function used in the optimising procedure comprises one or more sound-field-dependent function terms as well as a sound-field-independent function term, which is dependent on at least a part of the configuration parameters but not on the simulated sound field. - providing an initial configuration with initial configuration parameters for a loudspeaker arrangement to provide sound to a room, in a computer, - determining candidate configurations with respectively assigned configuration parameters with the aid of a target-function-based optimising procedure, in which in the computer, starting with the initial configuration, iteratively, - a sound field for a candidate configuration is determined by means of simulation for the room and/or for parts of the room, in which sound is to be provided, - a value of a target function is determined, which is assigned to the candidate configuration and the simulated sound field, and - a new candidate configuration for the loudspeaker arrangement is chosen, and - selecting a configuration with configuration parameters from the iteratively determined candidate configurations as a function of at least one selection criterion, which takes at least the values of the target function into account, - a sound field for a candidate configuration is determined by means of simulation for the room and/or for parts of the room, in which sound is to be provided, - a value of a target function is determined, which is assigned to the candidate configuration and the simulated sound field, and - a new candidate configuration for the loudspeaker arrangement is chosen, and - selecting a configuration with configuration parameters from the iteratively determined candidate configurations as a function of at least one selection criterion, which takes at least the values of the target function into account,
A device for fixing an artificial bioprosthetic valve by membrane pervaporation, comprising a storage tank for storing a reactant liquid, whereby the reactant liquid is selected from a group consisting of a glutaraldehyde solution, a formaldehyde solution and an acetaldehyde solution, a fixation clamp for fixing the artificial bioprosthetic valve, a reaction chamber and a vacuum pump, the fixation clamp being positioned inside the reaction chamber, characterized in that the device comprises a pervaporation membrane assembly being positioned inside the reaction chamber upstream of the fixation clamp, the storage tank being connected to the reaction chamber upstream of the reaction chamber and the vacuum pump being connected to the reaction chamber downstream of the reaction chamber.
A hydrocarbon cracker system comprising one or more reactor tubes with an inner surface having a plurality of indentations disposed thereon, wherein the indentations do not project into the interior of the reactor tube, wherein the indentations have a depth of 0.2 mm to 1.0 mm, wherein the indentations are distributed uniformly along the length of the inner surface of the reactor tube, wherein the indentations are circular, oval, star-shaped, triangle, square, octagon, hexagon in shape or combinations thereof, and wherein the one or more reactor tubes are made of a nickel-base metal alloy.
An agent inhibiting the binding of Complement Factor H to CD11b/CD18 for use for treating retinal inflammation, wherein said agent binds CD11b/CD18 to at least one binding site to Complement Factor H, and wherein said agent is an anti-CD11b antibody or an anti-CD18 antibody.