mhurhangee/ep-ind-claims huggingface dataset:
A tank for storing condensates at high temperatures, the tank including at least: - an inlet - outlet assembly for connection to a heat exchanger, the outlet enabling a transfer of the condensates contained in the tank to the inlet of said heat exchanger and the inlet enabling a return of the condensates in said tank, - a discharge allowing the discharge of at least part of the condensates contained in said tank, - tappings for placing at least one temperature probe and a level probe allowing measuring respectively the temperature T and the level N of the condensates contained in said tank, - an intake of high-temperature condensates in the tank, and - a control unit configured to manage said temperature T, characterized in that the control unit is configured to manage said temperature T thanks to the dynamic management of the level N by controlling the discharge of the condensates according to: - the caloric inputs of the condensates at high-temperature entering through the intake, and - heat losses due to the return in said tank through the inlet of the condensates coming from the heat exchanger. - an inlet - outlet assembly for connection to a heat exchanger, the outlet enabling a transfer of the condensates contained in the tank to the inlet of said heat exchanger and the inlet enabling a return of the condensates in said tank, - a discharge allowing the discharge of at least part of the condensates contained in said tank, - tappings for placing at least one temperature probe and a level probe allowing measuring respectively the temperature T and the level N of the condensates contained in said tank, - an intake of high-temperature condensates in the tank, and - a control unit configured to manage said temperature T, characterized in that the control unit is configured to manage said temperature T thanks to the dynamic management of the level N by controlling the discharge of the condensates according to: - the caloric inputs of the condensates at high-temperature entering through the intake, and - heat losses due to the return in said tank through the inlet of the condensates coming from the heat exchanger. - the caloric inputs of the condensates at high-temperature entering through the intake, and - heat losses due to the return in said tank through the inlet of the condensates coming from the heat exchanger.
Method of identifying characteristics of tissue comprising the steps of: scanning the tissue using radiation for receiving scan data; wherein the scanning is one of a spectral domain low-coherence interferometry and an optical frequency domain reflectometry; processing the scan data to identify characteristics of the tissue; wherein the processing includes at least one of a standard deviation, average deviation and slope of a reflectivity profile analysis. scanning the tissue using radiation for receiving scan data; wherein the scanning is one of a spectral domain low-coherence interferometry and an optical frequency domain reflectometry; processing the scan data to identify characteristics of the tissue; wherein the processing includes at least one of a standard deviation, average deviation and slope of a reflectivity profile analysis.
A method to differentiate human pluripotent stem cells into cells expressing markers characteristic of the definitive endoderm lineage, comprising treating the pluripotent stem cells with a medium lacking activin A, and containing GDF-8, and a compound selected from the group consisting of: 6-[(2-{[4-(2,4-Dichlorophenyl)-5-(4-methyl-1H-imidazol-2-yl)pyrimidin-2-yl]amino}ethyl)amino]pyridine-3-carbonitrile; 14-Prop-2-en-1-yl-3,5,7,14,17,23,27-heptaazatetracyclo[19.3.1.1∼2,6∼.1∼8,12∼]heptacosa-1,2,3,5,8,9,11,21,23-nonaen-16-one; and 5-Chloro-1,8,10,12,16,22,26,32-octaazapentacyclo[24.2.2.1∼3,7∼.1∼9,13∼.1∼14,18∼] tritriaconta-3,4,6,9,10,12,14,15,17-nonaen-23-one, for a period oftime sufficient for the pluripotent stem cells to differentiate into cells expressing markers characteristic of the definitive endoderm lineage.
An apparatus comprising: a memory device (104, 106; 204, 206) configured to store retention time profile information, wherein the retention time profile information is accessible to a memory controller (102; 202; 302) characterised in that the retention time profile information comprises data that indicates a first retention time of memory cells (134, 154; 234, 254) within the memory device (104, 106; 204, 206) at a first temperature and a second retention time of the memory cells (134, 154; 234, 254) at a second temperature, wherein the first retention time is distinct from the second retention time, wherein the first temperature is distinct from the second temperature. a memory device (104, 106; 204, 206) configured to store retention time profile information, characterised in that the retention time profile information comprises data that indicates a first retention time of memory cells (134, 154; 234, 254) within the memory device (104, 106; 204, 206) at a first temperature and a second retention time of the memory cells (134, 154; 234, 254) at a second temperature, wherein the first retention time is distinct from the second retention time, wherein the first temperature is distinct from the second temperature.
A display device, comprising: a display panel; a backlight unit including an optical layer positioned behind the display panel, the optical layer including a substrate and a light assembly mounted on the substrate; a bottom cover positioned behind the backlight unit and including a plate area facing the optical layer, a planar surface facing the optical layer and extending from the plate area, a ribbed portion formed in the portion of the plate area from which the planar surface extends, and a flange bent from the planar surface and facing a side of the optical layer; the substrate having a first part disposed on the flange and a second part bent from the first part and disposed on the planar surface; wherein the light assembly is disposed on the first part; and a plurality of leads is disposed at the first part and the second part of the substrate to connect the light assembly to a connector area of the second part of the substrate; wherein the ribbed portion is constituted by protrusions and depressions formed in at least said portion of the plate area of the bottom cover, supports the optical layer, and includes a hole facing the flange, and wherein the connector area of the second part of the substrate passes through the hole. a display panel; a backlight unit including an optical layer positioned behind the display panel, the optical layer including a substrate and a light assembly mounted on the substrate; a bottom cover positioned behind the backlight unit and including a plate area facing the optical layer, a planar surface facing the optical layer and extending from the plate area, a ribbed portion formed in the portion of the plate area from which the planar surface extends, and a flange bent from the planar surface and facing a side of the optical layer; the substrate having a first part disposed on the flange and a second part bent from the first part and disposed on the planar surface; wherein the light assembly is disposed on the first part; and a plurality of leads is disposed at the first part and the second part of the substrate to connect the light assembly to a connector area of the second part of the substrate; wherein the ribbed portion is constituted by protrusions and depressions formed in at least said portion of the plate area of the bottom cover, supports the optical layer, and includes a hole facing the flange, and wherein the connector area of the second part of the substrate passes through the hole.
Applicator handpiece for the laser-induced suture of the corneal tissue in cornea transplant operations, wherein the transmission of the laser radiation on the surface to be irradiated is achieved by means of optical fibres (3, 4, 5), comprising a handle and wherein said handle has a terminal section in biocompatible material with at least one face thereof transparent to the laser radiation and adapted to be held in contact with said surface, the emitting ends (3a, 4a, 5a) of a plurality of optical fibres (3, 4, 5) being incorporated within said terminal section at a predetermined distance from said face, so that the distance between said ends (3a, 4a, 5a) and said surface to be irradiated remains constant during the suture operations, said terminal section being formed by a block in the shape of an arc of circumference of 8 mm of diameter equal to that of the corneal incision to be sutured and having an extension in the circumferential direction equal to 1/8 of the circumference forming the incision of 8 mm of diameter, said emitting ends (3a, 4a, 5a) being aligned along said arc of circumference.
Use of heat insulation elements for decoupling heat between load-bearing building parts to be constructed from concrete, namely a vertical building wall and a floor ceiling located above or below, wherein the heat insulation elements each have a base body which consists at least partly of a compressive force-transmitting and heat-insulating material, namely lightweight concrete, and are laid with this in a linear manner between the building parts such that an upper and a lower bearing surface (12, 13) each form a vertical connection to the building parts (21, 22), characterised in that two opposing short end faces (14a, 14b) of the respective base body are formed for abutment against adjacent heat insulation elements when laid in a linear manner by having a shape which deviates from the perpendicular with respect to the bearing surfaces (12, 13).
A method, of treating particulate, in substance including selecting a load based on a planned in use loading of the particulate; applying the load to the particulate; injecting material below the load; allowing the injected material to set; injecting further material below the set material; and removing the load; characterised by creating a hole in the set material and injecting the further material through the hole so created.
An insert for a holder in a post-treatment unit for exhaust gases of a combustion engine, comprising a socket for a treatment component intended to have flowing through it the exhaust gases which are to be treated, connecting means for holding the insert in position in the holder, and sealing means for gastight closure of the socket relative to the holder, characterised in that which sealing means comprise a sealing ring on the socket for cooperation in self-centering seat engagement with an opposite sealing ring in the holder, the sealing ring is located in a corner recess of the socket and cooperate by substantially linear contact with the opposite sealing ring in the holder and that the connecting means comprise a threaded connection (24, 54) comprising an outside thread on the socket for engagement with an inside thread on the holder.
Countermeasure method in an electronic component (IC, IC1, IC2) in which binary data are transmitted between binary data storage units, characterized in that a binary datum is transmitted in several cycles of transmission of a modified datum, comprising a first cycle comprising steps consisting in: randomly selecting bits of the datum to be transmitted, each selected bit having a random rank in the datum to be transmitted, modifying the datum to be transmitted by replacing the bits not selected with bits having a randomly chosen value, and transmitting the modified datum, a last transmission cycle comprising a step of transmitting a modified datum comprising bits of the datum to be transmitted that were not transmitted during a previous cycle. randomly selecting bits of the datum to be transmitted, each selected bit having a random rank in the datum to be transmitted, modifying the datum to be transmitted by replacing the bits not selected with bits having a randomly chosen value, and transmitting the modified datum, a last transmission cycle comprising a step of transmitting a modified datum comprising bits of the datum to be transmitted that were not transmitted during a previous cycle.
A high-pass radio frequency two-dimensional ladder network resonator being a collection of: a plurality of resonators forming an inductively coupled two-dimensional resonator array which extends in two directions and whose structure can be shaped in two or three dimensions so the structure can be used in a variety of applications including a blanket-type coil, a micro-coil, a body coil, an endo coil, cylindrical coils including animal coils and head coils, and specialized coils such as hand coils, ankle coils, as well as credential card applications, said plurality of resonators being only inductively coupled in said two directions, each inductively coupled resonator comprising at least one conducting strip having a self-inductance in a shape such that each end of a conducting strip is connected to a capacitor that is connected to another end of the at least one conducting strip, the resonator array as a whole exhibiting a high-pass behavior in that the lowest mode numbers corresponding to the most homogeneous resonant modes appear at the highest frequencies.
A sublingual tablet pharmaceutical composition comprising edaravone, (+)-2-borneol and a pharmaceutically acceptable adjuvant, wherein the pharmaceutically acceptable adjuvant comprises an excipient, and wherein the excipient comprises mannitol and copovidone.
An adhesive detergent and/or perfuming and/or sanitizing composition, in gel form, directly applicable to a surface of interest, to which it adheres without the aid of a support and/or a container, and from which, if subjected to the action of flushings of water, is washed away only after a large number of water flushings, said composition being characterized by comprising i) an adhesion promoter which is ethoxylated hydrogenated castor oil; ii) a thickening agent; iii) a perfuming agent; iv) optionally a non-ionic surfactant as a detergent/foaming agent; v) water; with the proviso that anionic and cationic surfactants are not present in said composition. i) an adhesion promoter which is ethoxylated hydrogenated castor oil; ii) a thickening agent; iii) a perfuming agent; iv) optionally a non-ionic surfactant as a detergent/foaming agent; v) water;
An anti-PD1 or anti-PDL1 antibody for use in a reduced-toxicity method of cancer treatment comprising administering the anti-PD1 or anti-PDL1 antibody to a patient suffering from cancer, wherein the patient is identified as not carrying an A nucleotide at a position corresponding to position 101 of SEQ ID NO: 15 (RAC1/rs9374).
Method for correcting a position of a vehicle with a global satellite navigation system GNSS for determining the actual position, comprising the steps: - determining a first position of the vehicle by means of the GNSS, - determining a second position of the vehicle by fitting the first position into a road of a digital map, - identifying at least one object in the surroundings of the vehicle, the position of which can be referenced in the digital map, - determining a real distance between the vehicle and the respective object by means of a sensor of the vehicle, characterized by - calculation of a computed distance between the second position and the respective object, wherein a corrected position of the vehicle is determined by minimizing the deviation of the computed distance from the real distance. - determining a first position of the vehicle by means of the GNSS, - determining a second position of the vehicle by fitting the first position into a road of a digital map, - identifying at least one object in the surroundings of the vehicle, the position of which can be referenced in the digital map, - determining a real distance between the vehicle and the respective object by means of a sensor of the vehicle, characterized by - calculation of a computed distance between the second position and the respective object,
A lifting mechanism for at least one light source, comprising - at least one conducting device for conducting electrical energy, wherein the at least one conducting device can be connected at a first end to an electrical source and at a second end to the at least one light source, - a housing which may be mounted directly or indirectly on a ceiling or mounting plate in or on which the at least one conducting device is disposed at least in sections, wherein the second end is at a distance from the housing, and - an adjustment mechanism for a user to reproducibly adjust the distance between the second end of the at least one conducting device and the housing over a prescribed adjustment range between two end positions (10, 11), characterized in that at least one conductor store which is separate from the adjustment mechanism is provided, in which a section of variable length of the at least one conducting device can be stored in order to be able to change the two end positions (10, 11) of the adjustment range. - at least one conducting device for conducting electrical energy, wherein the at least one conducting device can be connected at a first end to an electrical source and at a second end to the at least one light source, - a housing which may be mounted directly or indirectly on a ceiling or mounting plate in or on which the at least one conducting device is disposed at least in sections, wherein the second end is at a distance from the housing, and - an adjustment mechanism for a user to reproducibly adjust the distance between the second end of the at least one conducting device and the housing over a prescribed adjustment range between two end positions (10, 11),
A mobile modular hydroelectric power plant comprising at least one machine modular part that can be assembled in modules and includes at least one turbine house module (2.1), at least one turbine module (2.2) and a grid (2.4), characterized by a first end of the the grid (2.4) being fastened to the modules (2.1, 2.2) of the machine modular part by a hinge, by lifting modules (2.3) adapted to lift the machine modular part between a lowered position and a lifted position, and by a rack (2.5.1) with semi-circular guides (2.5.2), wherein a second end of the grid (2.4) opposite the first end glides with rollers on said semi-circular guides (2.5.2) such that, during lifting of the machine modular part from the lowered position to the lifted position, the grid (2.4) is pivoted towards the modules (2.1, 2.2) of the machine modular part.
Burner assembly for a gas turbine, having at least one combustor, with - a centrally arranged pilot burner with a pilot cone and - a number of main burners surrounding the pilot burner, - wherein each of the main burners comprises a cylindrical housing having a lance which is centrally arranged therein and has a fuel channel for liquid fuel, wherein the lance is supported on the housing by means of swirl blades and an attachment is arranged on the lance in the direction of the combustor, - wherein at least one liquid fuel nozzle is arranged in the attachment preferably downstream of the swirl blades and connected to the fuel channel, wherein - the at least one liquid fuel nozzle is embodied as a full jet nozzle and the at least one full jet nozzle has a length and a diameter, the ratio of the length to the diameter being at least 1.5, - wherein in at least one of the main burners full jet nozzles are arranged along at least two peripheral lines running around the attachment, - the at least two peripheral lines run in a ring shape and perpendicular to the central attachment axis at different axial positions, - wherein the full jet nozzles arranged along an upstream peripheral line have a larger diameter than the full jet nozzles arranged along a downstream peripheral line. - a centrally arranged pilot burner with a pilot cone and - a number of main burners surrounding the pilot burner, - wherein each of the main burners comprises a cylindrical housing having a lance which is centrally arranged therein and has a fuel channel for liquid fuel, wherein the lance is supported on the housing by means of swirl blades and an attachment is arranged on the lance in the direction of the combustor, - wherein at least one liquid fuel nozzle is arranged in the attachment preferably downstream of the swirl blades and connected to the fuel channel, wherein - the at least one liquid fuel nozzle is embodied as a full jet nozzle and the at least one full jet nozzle has a length and a diameter, the ratio of the length to the diameter being at least 1.5, - wherein in at least one of the main burners full jet nozzles are arranged along at least two peripheral lines running around the attachment, - the at least two peripheral lines run in a ring shape and perpendicular to the central attachment axis at different axial positions, - wherein the full jet nozzles arranged along an upstream peripheral line have a larger diameter than the full jet nozzles arranged along a downstream peripheral line.
A block copolymer comprising a polymer block A containing a farnesene-derived monomer unit and a random copolymer block B containing a C12 or lower conjugated diene-derived monomer unit and an aromatic vinyl compound-derived monomer unit, the block copolymer having a ratio by mass of the polymer block A to the random copolymer block B (A/B) of 30/70 to 0.5/99.5, a content of the aromatic vinyl compound-derived monomer unit in the random copolymer block B of 1 to 50% by mass, and a weight average molecular weight (Mw) as determined by gel permeation chromatography based on polystyrene and as defined in the description of 100,000 to 5,000,000. the block copolymer having a ratio by mass of the polymer block A to the random copolymer block B (A/B) of 30/70 to 0.5/99.5, a content of the aromatic vinyl compound-derived monomer unit in the random copolymer block B of 1 to 50% by mass, and a weight average molecular weight (Mw) as determined by gel permeation chromatography based on polystyrene and as defined in the description of 100,000 to 5,000,000.
A method for managing the supply of electrical power to Ethernet devices (11, 12, 13), each Ethernet device (11, 12, 13) being electrically power-supplied by an Ethernet cable (1, 2, 3) connected to a management system comprising a memory storing a first list of Ethernet devices (11, 12, 13) and identifiers (21, 22, 23), the first list mapping the Ethernet devices (11, 12, 13) to the identifiers (21, 22, 23); the method comprising the following steps of: - the management system receives an input information allowing to determine one of the identifiers (21, 22, 23), - the management system determines, based on the first list, the Ethernet device corresponding to the determined identifier, and - the management system interrupts the electrical current or reestablish the electrical current to the Ethernet cable supplying power to the determined Ethernet device; characterised in that the reception of the input information allowing for determining said at least one of the identifiers (21, 22, 23) is triggered by an operation using an input system, distinct from the Ethernet devices (11, 12, 13) and the management system, and comprising a user device (31, 32a) and/or an electronic calendar (32b, 33) corresponding to one of the identifiers (21, 22, 23); the input information indicating the user device (31, 32a) or the electronic calendar (32b, 33) used in the operation. - the management system receives an input information allowing to determine one of the identifiers (21, 22, 23), - the management system determines, based on the first list, the Ethernet device corresponding to the determined identifier, and - the management system interrupts the electrical current or reestablish the electrical current to the Ethernet cable supplying power to the determined Ethernet device;