mhurhangee/ep-ind-claims huggingface dataset:
A container assembly comprising: - a container for sauce packaging, the container extending along an axis and comprising a side wall, a bottom wall connected to one end of the side wall to define a containment compartment; a top wall configured for allowing the adhesion of a protective foil to seal the container; and an outer cylindrical wall that extends around the side wall and is configured to be coupled to a lid; the side wall comprising a lower portion flared and connected to the bottom wall, and an upper portion connected to the outer cylindrical wall through the top wall; - a lid coupled to the outer cylindrical wall to close the container; and - a protective foil adhesively bonded to the top wall; characterized in that, the container comprises a plurality of connecting elements between the upper portion of the side wall and the outer cylindrical wall, and wherein each connecting element extends to the lower end of the outer cylindrical wall. - a container for sauce packaging, the container extending along an axis and comprising a side wall, a bottom wall connected to one end of the side wall to define a containment compartment; a top wall configured for allowing the adhesion of a protective foil to seal the container; and an outer cylindrical wall that extends around the side wall and is configured to be coupled to a lid; the side wall comprising a lower portion flared and connected to the bottom wall, and an upper portion connected to the outer cylindrical wall through the top wall; - a lid coupled to the outer cylindrical wall to close the container; and - a protective foil adhesively bonded to the top wall; the container comprises a plurality of connecting elements between the upper portion of the side wall and the outer cylindrical wall, and wherein each connecting element extends to the lower end of the outer cylindrical wall.
A chopping aid device for use in chopping of firewood to prevent pieces of wood to spread into the surroundings outside the chopping aid device during chopping, the chopping aid device comprising a basket-like cuff frame (1, 1') for chopped wood, the cuff frame (1, 1') is made of an elastomeric material providing dampening characteristics against impacts and characterized in that an upper edge (4, 4') of the cuff frame (1, 1') is covered with a collar (7, 7') made of a harder material than the cuff frame (1, 1') and providing protection of the cuff frame (1, 1) against cuts.
Method for monitoring the tire pressure of a motor vehicle comprising at least one sensor (4a,5a,6a,7a) per tire (4,5,6,7), characterized in that the method comprises the following steps: determining, for each value determined by a sensor (4a, 5a, 6a, 7a), the presence of an inconsistency on the basis of the comparison of the value determined by a sensor (4a,5a,6a,7a) and stored values, determining the value of a state variable on the basis of the presence of an inconsistency, initializing an inconsistency counter, modifying the inconsistency counter with an incrementation step on the basis of the value of the state variable, and determining if a value warning needs to be issued on the basis, in particular, of the level of the inconsistency counter. determining, for each value determined by a sensor (4a, 5a, 6a, 7a), the presence of an inconsistency on the basis of the comparison of the value determined by a sensor (4a,5a,6a,7a) and stored values, determining the value of a state variable on the basis of the presence of an inconsistency, initializing an inconsistency counter, modifying the inconsistency counter with an incrementation step on the basis of the value of the state variable, and determining if a value warning needs to be issued on the basis, in particular, of the level of the inconsistency counter.
A method for manufacturing a quenched molding, the method comprising: a first heat treatment process of heating a blanked steel material to a temperature higher than its Ac3 transformation point to perform austenite transformation, and then cooling to induce martensite transformation or bainite transformation; a second heat treatment process of heating the steel material that has undergone the first heat treatment process to a temperature higher than the Ac3 transformation point to perform austenite transformation, and then cooling to induce martensite transformation; and after the steel material has been heated to a temperature higher than the Ac3 transformation point in at least one process from out of the first heat treatment process or the second heat treatment process, completing molding at a temperature higher than an Ar3 transformation point. a first heat treatment process of heating a blanked steel material to a temperature higher than its Ac3 transformation point to perform austenite transformation, and then cooling to induce martensite transformation or bainite transformation; a second heat treatment process of heating the steel material that has undergone the first heat treatment process to a temperature higher than the Ac3 transformation point to perform austenite transformation, and then cooling to induce martensite transformation; and after the steel material has been heated to a temperature higher than the Ac3 transformation point in at least one process from out of the first heat treatment process or the second heat treatment process, completing molding at a temperature higher than an Ar3 transformation point.
An apparatus for providing configuration data to an integrated circuit, the apparatus characterized by: a semiconductor fuse array (336/401), disposed on a die, into which is programmed the configuration data, wherein the configuration data comprises one or more compressed data fields for each of a plurality of configuration data types which are demarcated by end-of-type fields, said semiconductor fuse array comprising: a first plurality of semiconductor fuses, configured to store compressed cache correction data; and a plurality of compressed fuse correction fuses, configured to store compressed fuse correction data; a cache memory, disposed on said die; and a plurality of cores, disposed on said die, wherein each of said plurality of cores is coupled to said semiconductor fuse array and said cache memory, and comprises: a comprehensive decompressor configured to decompress the compressed fuse correction data to generate fuse correction data, wherein the comprehensive decompressor is further configured to access the compressed cache correction data from said semiconductor fuse array and correct the compressed cache correction data according to the fuse correction data to generate corrected compressed cache correction data upon power-up/reset, wherein the comprehensive decompressor is further configured to decompress said corrected compressed cache correction data, and to distribute decompressed cached correction data to initialize said cache memory. a semiconductor fuse array (336/401), disposed on a die, into which is programmed the configuration data, wherein the configuration data comprises one or more compressed data fields for each of a plurality of configuration data types which are demarcated by end-of-type fields, said semiconductor fuse array comprising: a first plurality of semiconductor fuses, configured to store compressed cache correction data; and a plurality of compressed fuse correction fuses, configured to store compressed fuse correction data; a first plurality of semiconductor fuses, configured to store compressed cache correction data; and a plurality of compressed fuse correction fuses, configured to store compressed fuse correction data; a cache memory, disposed on said die; and a plurality of cores, disposed on said die, wherein each of said plurality of cores is coupled to said semiconductor fuse array and said cache memory, and comprises: a comprehensive decompressor configured to decompress the compressed fuse correction data to generate fuse correction data, wherein the comprehensive decompressor is further configured to access the compressed cache correction data from said semiconductor fuse array and correct the compressed cache correction data according to the fuse correction data to generate corrected compressed cache correction data upon power-up/reset, wherein the comprehensive decompressor is further configured to decompress said corrected compressed cache correction data, and to distribute decompressed cached correction data to initialize said cache memory.
A compound comprising iloperidone, 1-[4-[3-[4-(6-Fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl]propoxy]-3-methoxyphenyl]ethanol, or a pharmaceutically acceptable salt of iloperidone or P88 for use in the treatment of a disorder selected from a group consisting of: schizophrenia, a schizoaffective disorder, depression, bipolar mania/depression, cardiac arrhythmia, Tourette's Syndrome, a psychotic disorder, a delusional disorder, and a schizophreniform disorder, in an individual whose KCNQ1 gene sequence is determined to be associated with an increased risk of QT prolongation, wherein the KCNQ1 gene sequence associated with the increased risk of QT prolongation includes one or more single nucleotide polymorphisms (SNPs) selected from the group consisting of: non-AA at position 2794989 of reference sequence AJ006345.1, AG at position 2704944 of reference sequence AJ006345.1, non-AA at position 2700435 of reference sequence AJ006345.1, GG at position 2783193 of reference sequence AJ006345.1, non-GG at position 2484579 of reference sequence AJ006345.1 (rsl 1023096), non-CC at position 2486738 of reference sequence AJ006345.1, non-AC at position 2680180 of reference sequence AJ006345.1, and non-GG at position 2484900 of reference sequence AJ006345; and wherein the quantity of the compound to be administered to the individual is less than 24 mg/day and less than would be administered to an individual having a KCNQ1 gene sequence not associated with an increased risk of QT prolongation. non-AA at position 2794989 of reference sequence AJ006345.1, AG at position 2704944 of reference sequence AJ006345.1, non-AA at position 2700435 of reference sequence AJ006345.1, GG at position 2783193 of reference sequence AJ006345.1, non-GG at position 2484579 of reference sequence AJ006345.1 (rsl 1023096), non-CC at position 2486738 of reference sequence AJ006345.1, non-AC at position 2680180 of reference sequence AJ006345.1, and non-GG at position 2484900 of reference sequence AJ006345; and
A method of manufacturing an immune cell-containing composition comprising at least NK cells, NKT cells and T cells, the method comprising a first step of culturing mononuclear cells in a culture medium containing anti-CD16 monoclonal antibody and any one of IL-2, IL-15 or IL-2 and IL-15 to differentiate the mononuclear cells into at least NK cells and NKT cells, and a second step of performing culturing after the first step under conditions where the mononuclear cells are preferentially differentiated into cytotoxic T cells wherein the second step is performed in the presence of anti CD3 antibody.
Internal combustion engine having a cylinder in which a combustion chamber is formed, having a piston which delimits the combustion chamber and which is mounted so as to move in reciprocating fashion in the cylinder, having a crankcase in which a crankshaft is mounted so as to be rotatable about an axis of rotation, wherein the crankshaft is driven in rotation about the axis of rotation by the piston, having at least one first transfer channel which, in the region of the bottom dead centre of the piston, provides a fluidic connection between a crankcase interior and the combustion chamber, wherein the first transfer channel is connected via a first port opening to the crankcase interior and opens with at least one first transfer window into the combustion chamber, wherein the internal combustion engine has a fuel feed device which feeds fuel into the first transfer channel between the first transfer window and the first port opening, characterized in that the first transfer channel has a connecting opening in addition to the port opening and the first transfer window, wherein the first transfer channel is connected, at the connecting opening, to the crankcase interior, and in that a switching element (22, 22') is provided for controlling the connecting opening.
Basic enclosure element (10, 110) for forming an enclosure of switchgear of a high-voltage circuit comprising at least two phases, said switchgear being insulated by a dielectric fluid and, said basic enclosure element (10, 110) comprising: - a body (115, 1115) defining a chamber for containing a mobile conductor (20a, 20b, 20c) and for being filled with the dielectric fluid, the body (115, 1115) of the enclosure element comprising: - at least one first face (120, 1120), said first face comprising a first connection means, - at least one second open face (130, 1130), said second face (130, 1130) comprising a second connection means in addition to the first connection means so as to allow the connection in a fluidly communicating manner of the basic enclosure element (10, 110) to a second enclosure element (10, 110) of the same type, the basic enclosure element (10, 110) being characterised in that the first face is closed, the first connection means defining a sacrificial portion of the first face, and in that the second means is adapted to allow a connection to the first means of a second basic enclosure element of the same type of which the sacrificial portion of the first face has previously been eliminated. - a body (115, 1115) defining a chamber for containing a mobile conductor (20a, 20b, 20c) and for being filled with the dielectric fluid, - at least one first face (120, 1120), said first face comprising a first connection means, - at least one second open face (130, 1130), said second face (130, 1130) comprising a second connection means in addition to the first connection means so as to allow the connection in a fluidly communicating manner of the basic enclosure element (10, 110) to a second enclosure element (10, 110) of the same type, the basic enclosure element (10, 110) being characterised in that the first face is closed, the first connection means defining a sacrificial portion of the first face,
A cationic electrodeposition paint composition comprising a cationic base-containing resin, a blocked polyisocyanate compound, and a modified imidazole represented by the following Formula: wherein R 1, R 2, R 3, and R 4 may be identical or different, and each represents hydrogen or an organic group containing one or more carbon atoms, wherein the organic group may contain at least one member selected from the group consisting of oxygen, nitrogen, sulfur, and halogen, and two or more of R 1, R 2, R 3, and R 4 taken together may form a ring structure; and X represents oxygen or nitrogen, and when X represents oxygen, Y is absent and n is 1, and when X represents nitrogen, Y represents an organic group and n is an integer of 1 or more, wherein the solids content of component is 50 to 90 parts by mass and the solids content of component is 10 to 50 parts by mass based on 100 parts by mass of the total resin solids content of the components and, and the proportion of the modified imidazole is 0.01 to 10 mass% based on the total resin solids content of the cationic electrodeposition paint composition. wherein R 1, R 2, R 3, and R 4 may be identical or different, and each represents hydrogen or an organic group containing one or more carbon atoms, wherein the organic group may contain at least one member selected from the group consisting of oxygen, nitrogen, sulfur, and halogen, and two or more of R 1, R 2, R 3, and R 4 taken together may form a ring structure; and X represents oxygen or nitrogen, and when X represents oxygen, Y is absent and n is 1, and when X represents nitrogen, Y represents an organic group and n is an integer of 1 or more, wherein the solids content of component is 50 to 90 parts by mass and the solids content of component is 10 to 50 parts by mass based on 100 parts by mass of the total resin solids content of the components and, and the proportion of the modified imidazole is 0.01 to 10 mass% based on the total resin solids content of the cationic electrodeposition paint composition.
A system for separating and purifying two gases constituting a gas mixture, comprising a first separation column in the form of a tank surmounted by a separation duct, the diameter of the cross section of said tank being at least 2 times greater than that of said separation duct, a purified gas outlet being arranged at the top of said duct and a pressurized water inlet being arranged below said purified gas outlet, said separation duct further comprising a lining through which the water flows, while said gas mixture rises water in a counter flow from an orifice located in the lower quarter of said duct, in order to dissolve one of the two gases in water, and to let the other gas discharge towards the purified gas outlet; said system being characterized in that it further comprises a first reservoir in fluid communication with said first separation column via two channels (152; 165), said reservoir comprising, at its upper end, an inlet through which said gas mixture is injected under pressure, the first fluid communication channel connects an orifice located in the bottom of the tank of the separation column to an orifice located in a lower third of the reservoir, said first channel being able to balance the level of water contained in the tank and in the reservoir according to the principle of communicating vessels; and in that the second fluid communication channel connects the inlet orifice of said gas mixture, located under the lining of the separation duct, to an orifice located in an upper third of the reservoir, so as to convey said gas mixture injected under pressure by the top of the reservoir, towards the inlet orifice of the separation duct.
Method for adjusting an amplitude of a voltage injection of a rotating, multi-phase electric machine that is fed by means of a PWM-controlled inverter, having the method steps of: a. determining at a first time a predetermined current vector that would be present at the machine at a second time, by way of a voltage equation of the electric machine, in dependence on a voltage predetermined in a controller for actuating the electric machine, a current vector determined from phase currents measured at the first time, and a speed of the machine, wherein the first time is located before the second time, b. determining a real current vector present at the machine at the second time in dependence on phase currents of the machine measured at the second time, c. forming a current vector difference between the predetermined current vector and the real current vector at the second time, d. adjusting the amplitude of the voltage injection in dependence on the current vector difference formed. a. determining at a first time a predetermined current vector that would be present at the machine at a second time, by way of a voltage equation of the electric machine, in dependence on a voltage predetermined in a controller for actuating the electric machine, a current vector determined from phase currents measured at the first time, and a speed of the machine, wherein the first time is located before the second time, b. determining a real current vector present at the machine at the second time in dependence on phase currents of the machine measured at the second time, c. forming a current vector difference between the predetermined current vector and the real current vector at the second time, d. adjusting the amplitude of the voltage injection in dependence on the current vector difference formed.
Pump unit for a fuel injection system of an internal combustion engine, the pump unit being arranged along a fuel feed circuit and comprising a pre-feed pump with a pump body and a high-pressure pump with a pump body and a flange joined to the pump body, the feed circuit comprising a feed branch and a delivery branch of the pre-feed pump, wherein the feed branch and the delivery branch of the pre-feed pump extend partly through the pump body of the high-pressure pump and through the pump body of the pre-feed pump, wherein the feed circuit comprises a bypass branch arranged between the feed branch and the delivery branch of the pre-feed pump, characterized in that the feed branch and the delivery branch of the pre-feed pump are formed at least partly in the flange and the bypass branch being formed in the flange.
A MEMS device (50; 150) with a teeter-totter structure, comprising: a mobile mass (51; 151) having an area in a plane and a thickness in a direction perpendicular to the plane, the mobile mass being tiltable about a rotation axis extending parallel to the plane and formed by a first and a second half-mass (54, 55; 154, 155), arranged on opposite sides of the rotation axis, the first and the second half-masses having a first and a second centroid (B1, B2), respectively, arranged at a first and a second distance b1, b2, respectively, from the rotation axis; first through openings (60; 160, 175, 179, 180) in the first half-mass (54; 154), the sum of all the perimeters of the first through openings and of the outer perimeter of the first half-mass defining a first total perimeter p1 in the plane; and second through openings (61; 161) in the second half-mass (55; 155), the sum of all the perimeters of the second through openings and of the outer perimeter of the second half-mass defining a second total perimeter p2 in the plane, characterized in that the MEMS device is designed such that the first and the second perimeters p1, p2 and the first and second distances b1, b2 satisfy equation: p 1 × b 1 = p 2 × b 2. a mobile mass (51; 151) having an area in a plane and a thickness in a direction perpendicular to the plane, the mobile mass being tiltable about a rotation axis extending parallel to the plane and formed by a first and a second half-mass (54, 55; 154, 155), arranged on opposite sides of the rotation axis, the first and the second half-masses having a first and a second centroid (B1, B2), respectively, arranged at a first and a second distance b1, b2, respectively, from the rotation axis; first through openings (60; 160, 175, 179, 180) in the first half-mass (54; 154), the sum of all the perimeters of the first through openings and of the outer perimeter of the first half-mass defining a first total perimeter p1 in the plane; and second through openings (61; 161) in the second half-mass (55; 155), the sum of all the perimeters of the second through openings and of the outer perimeter of the second half-mass defining a second total perimeter p2 in the plane, characterized in that the MEMS device is designed such that the first and the second perimeters p1, p2 and the first and second distances b1, b2 satisfy equation: p 1 × b 1 = p 2 × b 2.
Set of primers for detecting and identifying mussel species of the genus Mytilus, CHARACTERIZED in that it comprises a primer of SEQ ID No. 1 and a primer of SEQ ID No. 2.