mhurhangee/ep-ind-claims huggingface dataset:
Polymorphic form III of N-[2-(6-fluoro-1H-indol-3-yl)ethyl]-3-(2,2,3,3-tetrafluoropropoxy)benzylamine hydrochloride, characterized by an X-Ray powder diffractogram showing peaks at the following 2θ-angles ± 0.10: 4.63°, 6.94 °, 13.89 °, 17.26°, 18.07°, 18.49°, 18.95°, 19.47°, 19.97°, 20.53°, 21.83°, 22.53°, 23.27°, 23.65° and 28.91°.
A method for quantitative determination of nitrogen present in the form of one or more nitrogen containing compounds and/or ions thereof in an aqueous fluid, the method comprising subjecting at least a part of the aqueous fluid to a nuclear magnetic resonance reading comprising generating a 14 N data comprising a 14 N NMR data spectra and correlating the 14 N NMR data to calibration data, characterized in that no reference components are added and the aqueous fluid is substantially free of deuterium oxide and/or acetonitrile and wherein the aqueous fluid is lake or sea water, process wastewater, non-treated wastewater, treated wastewater, ground water or tap water or wherein the aqueous fluid comprises a mammal body fluid or an aqueous soil extraction of a soil sample, preferably the method comprises quantitative determination of one or more nitrogen containing compounds or ions thereof, more preferably the method comprises determination of the content of nitrogen containing compounds or ions thereof in said aqueous fluid.
Method for non-contact sensing of the temperature of a rotating part of an electric machine, which rotating part is mounted rotatably with respect to an axis of rotation, by means of - a marking with fluorescent marking structures which are arranged on the rotating part in a manner distributed in at least one ring-shaped arrangement around the axis of rotation and are thermally connected to said rotating part, wherein the at least one arrangement of the fluorescent marking structures forms a barcode-type coding, - a light source for exciting the fluorescent marking structures and - at least one light sensor for detecting fluorescent light emitted on account of the excitation of the fluorescent marking structures, from which a variable correlating with a temperature-dependent decay time constant τ of the material of the fluorescent marking structures is ascertained and the temperature of the rotating part is determined by way of this variable. - a marking with fluorescent marking structures which are arranged on the rotating part in a manner distributed in at least one ring-shaped arrangement around the axis of rotation and are thermally connected to said rotating part, wherein the at least one arrangement of the fluorescent marking structures forms a barcode-type coding, - a light source for exciting the fluorescent marking structures and - at least one light sensor for detecting fluorescent light emitted on account of the excitation of the fluorescent marking structures, from which a variable correlating with a temperature-dependent decay time constant τ of the material of the fluorescent marking structures is ascertained and the temperature of the rotating part is determined by way of this variable.
Method for producing a foodstuff, namely animal feed, by extrusion of fat, in particular screw extrusion, of a fat mixture with embedded additives, in particular nutrients, wherein the fat only partially melts during extrusion, in that an extrusion temperature is used at the edge of a softening temperature of the fat, wherein the extrusion temperature is approached from below close to the melting temperature of the fat, wherein parameters in particular for influencing the structure are set: the temperature, in particular a temperature profile, in particular of the extruder, and/or the cylinder temperature and/or the initial temperature of the fat and/or the temperature of the added additives and/or a predetermined cooling rate of the extruded particles after extrusion, and/or the screw configuration and/or screw rotational speed and/or the material pressure at the die plate and/or the extruder filling degree and/or the residence time in the extruder and/or the die geometry, in particular the nozzle cross-sectional shape, in particular a conical shape with a diameter of about 11.5 mm and a length of about 31 mm, and/or the nozzle size, in particular between about 1 and about 20 mm, in particular about 6 mm, and/or additives for the structure formation and/or the thermal conductivity of the grease and/or the additives, and/or the geometry of the extruded particles, in particular the size distribution of a quantity of particles, are used.
A method comprising: providing a substrate comprising one or more electronic structures; providing a layer of perovskite overlaying the one or more electronic structures; coating a layer of photoresist material overlaying the layer of perovskite; aligning a mask with the one or more electronic structures and patterning the photoresist material characterized in that the method comprises using the same etchant to remove sections of the patterned photoresist material and the perovskite underneath the sections of the photoresist material, and that the perovskite comprises a hybrid organic-inorganic perovskite with the formula ABX 3: where A = CH 3 NH 3, NH 2 CH=NH 2; B = Pb, Sn; X = CI, Br, I. providing a substrate comprising one or more electronic structures; providing a layer of perovskite overlaying the one or more electronic structures; coating a layer of photoresist material overlaying the layer of perovskite; aligning a mask with the one or more electronic structures and patterning the photoresist material characterized in that the method comprises using the same etchant to remove sections of the patterned photoresist material and the perovskite underneath the sections of the photoresist material, and that the perovskite comprises a hybrid organic-inorganic perovskite with the formula ABX 3: where A = CH 3 NH 3, NH 2 CH=NH 2; B = Pb, Sn; X = CI, Br, I.
A method of binding a collection of fiber matter, comprising: preparing a curable aqueous binder solution comprising an amine reactant, a carbohydrate reactant and a hydroxy-monocarboxylic acid; disposing the aqueous solution onto a collection of fiber matter; and heating the curable aqueous binder solution disposed on the collection of fiber matter to obtain a collection of fiber matter bound by the binder. preparing a curable aqueous binder solution comprising an amine reactant, a carbohydrate reactant and a hydroxy-monocarboxylic acid; disposing the aqueous solution onto a collection of fiber matter; and heating the curable aqueous binder solution disposed on the collection of fiber matter to obtain a collection of fiber matter bound by the binder.
A method for a user equipment, UE, operating in a wireless communication system, the method comprising: generating a Medium Access Control, MAC, sub-header; generating a MAC Protocol Data Unit, PDU, including a MAC header and a MAC payload, wherein the MAC header includes the MAC sub-header and the MAC payload includes a MAC Control Element, CE, and a MAC Service Data Unit, SDU; and transmitting, to a base station, BS, the generated MAC PDU, wherein both a logical channel instance of the MAC SDU and a type of MAC CE are identified by the MAC sub-header, wherein the MAC CE is used for inband control signaling and wherein the MAC SDU includes data of a Common Control Channel, CCCH. generating a Medium Access Control, MAC, sub-header; generating a MAC Protocol Data Unit, PDU, including a MAC header and a MAC payload, wherein the MAC header includes the MAC sub-header and the MAC payload includes a MAC Control Element, CE, and a MAC Service Data Unit, SDU; and transmitting, to a base station, BS, the generated MAC PDU, wherein both a logical channel instance of the MAC SDU and a type of MAC CE are identified by the MAC sub-header, wherein the MAC CE is used for inband control signaling and wherein the MAC SDU includes data of a Common Control Channel, CCCH.
A particle for the absorption of odiferous compounds, wherein the particle comprises: (a) a solid core comprising a first hydrophobic polymer, and (b) a shell comprising a second hydrophobic polymer wherein the Tg of the first hydrophobic polymer is less than 80 °C, and the Tg of the second hydrophobic polymer is greater than 100 °C; wherein the particles have a mean particle size of less than 1 micron, preferably from 0.1 to 0.3 microns, wherein the odiferous compound is a malodour compound and wherein the ratio of (a):(b) is from 2:1 to 10:1. (a) a solid core comprising a first hydrophobic polymer, and (b) a shell comprising a second hydrophobic polymer wherein the Tg of the first hydrophobic polymer is less than 80 °C, and the Tg of the second hydrophobic polymer is greater than 100 °C; wherein the particles have a mean particle size of less than 1 micron, preferably from 0.1 to 0.3 microns, wherein the odiferous compound is a malodour compound and wherein the ratio of (a):(b) is from 2:1 to 10:1.
A method comprising: attempting to open communication with all team members that collectively store data for a distributed teamed object in response to a request to access a distributed object stored on a plurality of team members, wherein the request includes communicating a sparse index of hashes to each of the team members for the distributed object, wherein the sparse index of hashes represents signatures of chunks of first data associated with the distributed object, retrieving data stored associated with the distributed object from at least one of the team members; determining whether data for the object was retrieved from a subset of the team members less than all of the team members and, if so, reporting information to a user about a degraded state of the retrieved data including identifying how the object is incomplete; and reporting results to a user including, if any, the information about the degraded state, wherein the distributed object is described by an object manifest describing details of data of the distributed object stored among the team members and each team member stores deduplicated data for the object, wherein the deduplicated data are data formed from an initial set of data along with data that represents the changes in the initially stored data, and wherein the object manifest is distributed among the team members where each team member contains a member manifest describing the chunks which the team member stores locally and the data regions where the corresponding chunks reside. attempting to open communication with all team members that collectively store data for a distributed teamed object in response to a request to access a distributed object stored on a plurality of team members, wherein the request includes communicating a sparse index of hashes to each of the team members for the distributed object, wherein the sparse index of hashes represents signatures of chunks of first data associated with the distributed object, retrieving data stored associated with the distributed object from at least one of the team members; determining whether data for the object was retrieved from a subset of the team members less than all of the team members and, if so, reporting information to a user about a degraded state of the retrieved data including identifying how the object is incomplete; and reporting results to a user including, if any, the information about the degraded state, wherein the distributed object is described by an object manifest describing details of data of the distributed object stored among the team members and each team member stores deduplicated data for the object, wherein the deduplicated data are data formed from an initial set of data along with data that represents the changes in the initially stored data, and wherein the object manifest is distributed among the team members where each team member contains a member manifest describing the chunks which the team member stores locally and the data regions where the corresponding chunks reside.
A method for adding noise to a three-dimensional image, comprising the step of adding noise to different areas of the image in accordance with image depth.
A press-molded article manufacturing method for press-molding a sheet-shaped molding substrate that is disposed in a cavity of a molding die and contains reinforcing fibers randomly dispersed in a matrix resin using a press molding machine provided with a molding die that is a convex molding die provided with a cavity formed between a concave mold for forming an opening of a molded article and a convex mold that matches with the concave mold, and has at least one second surface on which a pressure is loaded in a range of 0% to 70% of a pressure loaded on a first surface when the pressure loaded on the first surface from the press molding machine is 100% with respect to the first surface orthogonal to a direction of pressure applied to the molding die from the press molding machine, the press-molded article manufacturing method comprising: a shaping step of loading a surface pressure of 1 MPa or more as an external pressure from the press molding machine to the first surface; and a pressure holding step of setting a pressure loaded as an external pressure from the press molding machine on the molding substrate to 0.1 MPa or less without releasing the molding die after the shaping step. a shaping step of loading a surface pressure of 1 MPa or more as an external pressure from the press molding machine to the first surface; and a pressure holding step of setting a pressure loaded as an external pressure from the press molding machine on the molding substrate to 0.1 MPa or less without releasing the molding die after the shaping step.
A catheter device for repair of a heart by implanting an artificial chord, the device comprising: a leaflet anchor for placement in a leaflet of a heart valve, wherein the leaflet anchor is arranged to be coupled to the artificial chord; a mechanical gripper device for grasping the leaflet of the heart valve, wherein the gripper device comprises a leaflet anchor channel for housing the leaflet anchor in a folded configuration; and a U-rod wire with a U-shaped rod at one end of the wire, with a free end of the U-shaped rod abutting an end of the leaflet anchor and being arranged to push the leaflet anchor toward a proximal end of the catheter device when the U-rod wire is pulled; the gripper device and leaflet anchor being arranged such that when, in use, the gripper device grasps the leaflet, the U-rod wire can be used to push the leaflet anchor out of the leaflet anchor channel to pierce the leaflet and form the leaflet anchor into an unfolded configuration so that hooked formations of the leaflet anchor can, in use, secure the leaflet anchor in the leaflet; characterised in that: the mechanical gripper device includes a gripper housing on a main body of the catheter device and a gripper arm rotatably coupled to the gripper housing, so that the gripper arm can open and close to grasp the leaflet between the gripper arm and the gripper housing. a leaflet anchor for placement in a leaflet of a heart valve, wherein the leaflet anchor is arranged to be coupled to the artificial chord; a mechanical gripper device for grasping the leaflet of the heart valve, wherein the gripper device comprises a leaflet anchor channel for housing the leaflet anchor in a folded configuration; and a U-rod wire with a U-shaped rod at one end of the wire, with a free end of the U-shaped rod abutting an end of the leaflet anchor and being arranged to push the leaflet anchor toward a proximal end of the catheter device when the U-rod wire is pulled; the gripper device and leaflet anchor being arranged such that when, in use, the gripper device grasps the leaflet, the U-rod wire can be used to push the leaflet anchor out of the leaflet anchor channel to pierce the leaflet and form the leaflet anchor into an unfolded configuration so that hooked formations of the leaflet anchor can, in use, secure the leaflet anchor in the leaflet; characterised in that: the mechanical gripper device includes a gripper housing on a main body of the catheter device and a gripper arm rotatably coupled to the gripper housing, so that the gripper arm can open and close to grasp the leaflet between the gripper arm and the gripper housing.
A vehicle brake system, comprising: an input device which receives an operator's brake operation; and an electric brake actuator which generates a brake hydraulic pressure based on an electric signal according to at least the brake operation, wherein the input device and the electric brake actuator are separately disposed from each other in an engine room having a power device for driving the vehicle, the engine room being in front of a dashboard; the input device is disposed in rear of the power device; characterized in that at least a part of the input device and the power device overlap in a front-rear direction; and the input device keeps a front end position of the input device either at substantially the same as a front tip position of the dashboard or at a more rear position than the front tip position so as to adjust the front end position in a front-rear direction. an input device which receives an operator's brake operation; and an electric brake actuator which generates a brake hydraulic pressure based on an electric signal according to at least the brake operation, wherein the input device and the electric brake actuator are separately disposed from each other in an engine room having a power device for driving the vehicle, the engine room being in front of a dashboard; the input device is disposed in rear of the power device; characterized in that at least a part of the input device and the power device overlap in a front-rear direction; and the input device keeps a front end position of the input device either at substantially the same as a front tip position of the dashboard or at a more rear position than the front tip position so as to adjust the front end position in a front-rear direction.
A method for characterization of the amplitude (ΔS) of a play (S(t)) of an electromechanical actuator, the electromechanical actuator comprising an electric motor and a mobile element capable of being set in motion by the motor, said play being defined as a distance or an angle (m, rad) which either of the motor and of the mobile element has to travel before it can transmit a movement or a stress to the other, the actuator comprising an upstream sensor suitable for measuring a position of the motor (X1(t)) and a downstream sensor suitable for measuring a position of the mobile element (X2(t)), as well as a force sensor suitable for measuring a load applied to the mobile element (Fl(t)), the method comprising steps of: - measuring the position of the motor (X1(t)), the position of the mobile element (X2(t)) and the load applied (Fl(t)) to the mobile element by means of the three sensors, - from the computer modelling of the actuator and the measured position of the motor (X1(t)), the measured position of the mobile element (X2(t)) and the load applied (Fl(t)) to the measured mobile element, estimation of a value of mechanical play (S(t)) by means of a state observer by considering the play (S(t)) as a component of the state, the play S(t) being modelled in the form: S t. = 0 + b t where S is the play, b is random white noise of known spectral density, and t is the time, one of the components of the state of the state observer being a deviation δX(t) between the measured position of the mobile element X2(t) and the measured position of the motor X1(t), such that the state vector x is expressed in the following form: x = δX δX. S T where δ ⁢ X = X 2 − X 1, and the magnitude of measured output of the state observer is expressed in the following form: y = δX T - determination of the amplitude of the play (ΔS) from a set of values of the dynamic variable obtained at the preceding step for different instants (t). - measuring the position of the motor (X1(t)), the position of the mobile element (X2(t)) and the load applied (Fl(t)) to the mobile element by means of the three sensors, - from the computer modelling of the actuator and the measured position of the motor (X1(t)), the measured position of the mobile element (X2(t)) and the load applied (Fl(t)) to the measured mobile element, estimation of a value of mechanical play (S(t)) by means of a state observer by considering the play (S(t)) as a component of the state, the play S(t) being modelled in the form: S t. = 0 + b t where S is the play, b is random white noise of known spectral density, and t is the time, one of the components of the state of the state observer being a deviation δX(t) between the measured position of the mobile element X2(t) and the measured position of the motor X1(t), such that the state vector x is expressed in the following form: x = δX δX. S T where δ ⁢ X = X 2 − X 1, and the magnitude of measured output of the state observer is expressed in the following form: y = δX T - determination of the amplitude of the play (ΔS) from a set of values of the dynamic variable obtained at the preceding step for different instants (t).
A stabilized reverse transcriptase fusion protein comprising a thermostable group-II intron-derived reverse transcriptase with at least 85% amino acid sequence identity to a sequence selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, and SEQ ID NO: 5, connected, by a rigid linker peptide to a stabilizer protein comprising 50 or more amino acids, wherein the stabilizer protein functions to increase the stability of the fusion protein and allows the fusion protein to retain its conformation and activity, and wherein the linker peptide consists of 1 to 20 amino acids and is not cleavable by a protease.
A composition comprising: at least one polyhydroxyalkanoate; at least one cyclohexane polycarboxylic acid ester. at least one polyhydroxyalkanoate; at least one cyclohexane polycarboxylic acid ester.
A protective cap for adhesion to a substrate, the cap comprising: a substantially flat base sheet; a dome extending outwardly from an obverse side of the base sheet and forming a cavity in the opposite side of the base sheet, the cavity sized for substantially encapsulating a connector; a semi-tubular shield extending outwardly from one side of the base sheet and defining a channel in the opposite side of the base sheet extending from the cavity toward the periphery of the base sheet; an integrated primer layer comprising a pressure-sensitive adhesive and attached to the reverse side of the base sheet for application to the substrate, in which the primer layer comprises a material selected from the group containing a polyolefin material and a synthetic elastomer; and a fill, being a yieldable material separate from the primer layer and filling the space within the dome between the dome and the primer layer. a substantially flat base sheet; a dome extending outwardly from an obverse side of the base sheet and forming a cavity in the opposite side of the base sheet, the cavity sized for substantially encapsulating a connector; a semi-tubular shield extending outwardly from one side of the base sheet and defining a channel in the opposite side of the base sheet extending from the cavity toward the periphery of the base sheet; an integrated primer layer comprising a pressure-sensitive adhesive and attached to the reverse side of the base sheet for application to the substrate, in which the primer layer comprises a material selected from the group containing a polyolefin material and a synthetic elastomer; and a fill, being a yieldable material separate from the primer layer and filling the space within the dome between the dome and the primer layer.