mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting at least K. quasipneumoniae or K. variicola within a sample from a subject, comprising: subjecting DNA, RNA, or both from the sample to a PCR amplification reaction using a primer pair selected from the group consisting of: SEQ ID NOs: 7-8, being specific for K. variicola, and SEQ ID NOs: 9-10, being specific for K. quasipneumoniae; and analyzing amplification products resulting from the PCR amplification reaction to detect species-specific canonical single nucleotide polymorphisms (canSNPs) to detect K. quasipneumoniae, K. variicola, or both in the sample. subjecting DNA, RNA, or both from the sample to a PCR amplification reaction using a primer pair selected from the group consisting of: SEQ ID NOs: 7-8, being specific for K. variicola, and SEQ ID NOs: 9-10, being specific for K. quasipneumoniae; and analyzing amplification products resulting from the PCR amplification reaction to detect species-specific canonical single nucleotide polymorphisms (canSNPs) to detect K. quasipneumoniae, K. variicola, or both in the sample.
Induction coil assembly for an induction hob comprising: - a coil baseplate adapted to receive an induction coil; - an adapter assembly being mechanically coupled with the coil baseplate via a connecting portion; wherein the adapter assembly being adapted to be mounted at an electronic power board of the induction hob and wherein the adapter assembly comprises electrical connecting means for realizing a first electrical connection between the induction coil and the electronic power board and further electrical connecting means for realizing a second electrical connection between an induction coil sensor and the electronic power board. - a coil baseplate adapted to receive an induction coil; - an adapter assembly being mechanically coupled with the coil baseplate via a connecting portion;
Device for dispensing a fluid, suited to be connected, by means of a connection element, to a container inside which said fluid is held, said fluid being suited to be dispensed from the inside to the outside of said container through an actuator element, said dispensing device comprising: - a suction duct suited to communicate with said fluid held inside said container; - a dispenser duct in communication with the outside with respect to the volume enclosed by said container; - a suction/compression chamber that can communicate with said suction duct and said dispenser duct; - a suction valve suited to alternately allow and prevent the passage of a fluid between said suction duct and said suction/compression chamber when said suction valve is respectively closed and open; - a dispensing valve suited to alternately allow and prevent the passage of a fluid between said dispenser duct and said suction/compression chamber when said suction valve is respectively closed and open; - a tight membrane; both said suction valve and said dispensing valve comprising said membrane, characterized by said tight membrane being slidingly coupled with the walls of said suction/compression chamber so that it can be translated in a predetermined direction, and in that said membrane is suited to be translated within an interval delimited by a first position and a second position, said suction valve being closed when said membrane is in said first position and said dispensing valve being closed when said membrane is in said second position. - a suction duct suited to communicate with said fluid held inside said container; - a dispenser duct in communication with the outside with respect to the volume enclosed by said container; - a suction/compression chamber that can communicate with said suction duct and said dispenser duct; - a suction valve suited to alternately allow and prevent the passage of a fluid between said suction duct and said suction/compression chamber when said suction valve is respectively closed and open; - a dispensing valve suited to alternately allow and prevent the passage of a fluid between said dispenser duct and said suction/compression chamber when said suction valve is respectively closed and open; - a tight membrane;
A manufacturing method for a dental prosthesis or a part thereof, comprising a milling step of a block realized in a material suitable for dental uses, wherein the said block is secured to a connection element for a dental implant wherein the method comprises the following steps: a) providing a milling machine for dental uses, b)supplying a block made of a material suitable for manufacturing dental prosthesis and provided with a hole, c)providing a connection element for a dental implant, said connection element having a first connection portion to the said dental implant, and a second connection portion to a dental prosthesis, d)inserting the said second connection portion of the connection element into the hole of the block and secure it to the block, so as to form an assembly of the block and the connection element, e)providing a coupling member between the said first connection portion and a supporting element of the said milling machine, f)connecting the assembly of the block and the connection element of step d) to the coupling member, g)assembling the coupling member with the assembly of the block and the connection element on the supporting element of the said milling machine, h) milling the said block, so as to obtain a stump or a dental prosthesis, wherein the coupling member comprises a first matching portion for matching with the first connection portion of the connection element, and a second matching portion for matching with the supporting element of the milling machine, wherein the first matching portion comprises a seat to contain the first connection portion of the connection element, said seat having a shape that is substantially equivalent to the seat of the dental implant the connection element is destined to. a) providing a milling machine for dental uses, b)supplying a block made of a material suitable for manufacturing dental prosthesis and provided with a hole, c)providing a connection element for a dental implant, said connection element having a first connection portion to the said dental implant, and a second connection portion to a dental prosthesis, d)inserting the said second connection portion of the connection element into the hole of the block and secure it to the block, so as to form an assembly of the block and the connection element, e)providing a coupling member between the said first connection portion and a supporting element of the said milling machine, f)connecting the assembly of the block and the connection element of step d) to the coupling member, g)assembling the coupling member with the assembly of the block and the connection element on the supporting element of the said milling machine, h) milling the said block, so as to obtain a stump or a dental prosthesis,
A method for manufacturing a bimetal screw, in particular a concrete screw, which comprises a first shank part and a second shank part which are arranged one behind the other in the direction of a longitudinal axis of the bimetal screw and are welded to one another at a weld, wherein the first shank part is produced from a first blank made of a first steel and the second shank part is produced from a second blank made of a second steel whose carbon concentration is lower than the carbon concentration of the first steel, the two blanks (27, 28) being welded together to form a base body of the bimetal screw, the blank of the first shank part having a first section whose diameter is smaller than the maximum diameter of the blank of the first shank part, characterized in that the first section borders, in the direction of the longitudinal axis, on both sides on sections (14, 15) of the blank of the first shank part, the diameter (DA2, DA3) of which is greater than the diameter of the first section. wherein the first shank part is produced from a first blank made of a first steel and the second shank part is produced from a second blank made of a second steel whose carbon concentration is lower than the carbon concentration of the first steel, the two blanks (27, 28) being welded together to form a base body of the bimetal screw, the blank of the first shank part having a first section whose diameter is smaller than the maximum diameter of the blank of the first shank part, characterized in that the first section borders, in the direction of the longitudinal axis, on both sides on sections (14, 15) of the blank of the first shank part, the diameter (DA2, DA3) of which is greater than the diameter of the first section.
A lithium ionic conductor, comprising lithium (Li), phosphorus, boron and sulfur as constituent elements and comprising a crystal structure including a crystal lattice of a monoclinic system.
An input apparatus comprising: a touch sensor configured to detect a contact, the touch sensor having a touch face; a tactile sensation providing unit (13, 32) configured to vibrate the touch face; and a load detection unit (12, 31) configured to detect a pressure load on the touch face (11 a) of the touch sensor; characterized by a control unit configured to control drive of the tactile sensation providing unit (13, 32) when a position of the contact detected by the touch sensor moves into or out of a predetermined region while the pressure load detected by the load detection unit (12, 31) satisfies a predetermined standard for receiving an input operation to the predetermined region, such that a tactile sensation is provided to an object pressing the touch face. a touch sensor configured to detect a contact, the touch sensor having a touch face; a tactile sensation providing unit (13, 32) configured to vibrate the touch face; and a load detection unit (12, 31) configured to detect a pressure load on the touch face (11 a) of the touch sensor; characterized by a control unit configured to control drive of the tactile sensation providing unit (13, 32) when a position of the contact detected by the touch sensor moves into or out of a predetermined region while the pressure load detected by the load detection unit (12, 31) satisfies a predetermined standard for receiving an input operation to the predetermined region, such that a tactile sensation is provided to an object pressing the touch face.
Weighing system associable with a filling machine for filling capsules or similar elements with at least one product, each capsule being formed by a body and a cap, comprising a weighing unit (2; 102) provided with at least one weighing cell and a gripping element (7; 107) that is connected to said weighing cell by means of a loading stem and is provided at one end with a housing (17; 117) arranged for receiving and/or retaining a capsule or a body to be weighed, characterized in that it comprises at least one connecting element rigidly fixed to said loading stem and slidably and elastically supporting said gripping element (7; 107) by interposition of elastic means, said gripping element (7; 107) being movable linearly between a measuring position, wherein said gripping element (7; 107) is completely supported by said loading stem and spaced from an abutment wall of said weighing unit (2; 102) by means of said elastic means so as not to abut said abutment wall, in particular to allow weighing a capsule or a body, and an end-stroke position, reached with a movement of said gripping element (7; 107) with respect to said connecting element in contrast to a thrust of said elastic means, wherein said gripping element (7; 107) abuts said abutment wall.
A plug connector system consisting of a male connector having electrical contact blades and a female connector having an insulating element in which resilient lamella contact elements are disposed for contacting one of the contact blades in each case, the lamella contact element or elements having two spring arms (21a, 21b) extending in the plug-in direction, each of which is equipped with a resiliently deflectable spring arm section having a contacting section for contacting a contact blade, and the two spring arms (21a, 21b) extending angled toward one another in the unconnected state, so that the distance between their mutually opposing contacting sections is substantially shorter than the thickness of the respective contact blade in the contact area to be correspondingly contacted, characterized in that during insertion of the male connector into the female connector, a contact normal force F N exerted by the lamella contact elements against the contact blade is generated with the deflection of the first resiliently deflectable spring arm sections, and wherein connected to each spring arm section is a second resiliently deflectable deflection section (22a, 22b) which has a contacting section for the appropriate elastic deflection and placement of the deflection section (22a, 22b) against the insulating element, for the purpose of increasing the contact normal force F N as the plug-in process proceeds.
A target assembly for an x-ray emission apparatus, the target assembly comprising: a vacuum chamber having at least one conductive wall; an insulating element projecting through the conductive wall; a conductive high voltage element extending along the insulating element from outside the chamber to an end portion of the insulating element furthest from the conductive wall; and an x-ray-generating target arranged at the end portion of the insulating element and electrically connected to the high voltage element, characterised by: a suppressive electrode arranged at the end portion of the insulating element and configured to suppress acceleration toward the outer surface of the insulating element of electrons which are emitted from a junction between the outer surface of the insulating element and an inner surface of the conductive wall. a vacuum chamber having at least one conductive wall; an insulating element projecting through the conductive wall; a conductive high voltage element extending along the insulating element from outside the chamber to an end portion of the insulating element furthest from the conductive wall; and an x-ray-generating target arranged at the end portion of the insulating element and electrically connected to the high voltage element, characterised by: a suppressive electrode arranged at the end portion of the insulating element and configured to suppress acceleration toward the outer surface of the insulating element of electrons which are emitted from a junction between the outer surface of the insulating element and an inner surface of the conductive wall.
Lamp, including an envelope of a vitreous composition, having a pinched part at at least one end to form a seal isolating an interior of the envelope from the environment of the envelope, an arrangement for conducting electrical current to the interior of the envelope, having a section (7a,8a) embedded in one of the pinched parts of the envelope and a section external to the envelope, at least part (9,10) of the embedded section of the arrangement for conducting electrical current is at least partly surrounded by a composition, characterized in that the composition includes at least one of particles of the red allotrope of phosphorus in a solid and non-volatile form and an acid thereof.
Hand-held grill for gratinating, roasting and grilling, comprising • a substantially container-shaped housing that is open at the bottom, • a radiant heater, the radiant heater preferably being a gas burner, • a pipe and a handle forming an extension of the pipe, • and a grate, the radiant heater being integrated into the housing, the pipe extending into the housing, the housing being connected to the handle via the pipe, the radiant heater being a ceramic burner comprising a ceramic plate, which ceramic burner is connected to a gas supply line, wherein the gas supply line runs through the pipe connecting the housing to the handle and has a connection for a gas cartridge, characterized in that the grate is mounted to the open bottom side of the housing at a distance of at least 0.5 cm from the radiant heater. • a substantially container-shaped housing that is open at the bottom, • a radiant heater, the radiant heater preferably being a gas burner, • a pipe and a handle forming an extension of the pipe, • and a grate,
A method for detecting minimal residual disease in a subject following a cancer surgery, the method comprising: a. isolating an amount of tumor-associated genetic material from a sample comprising a surgical drainage obtained from the subject; wherein the amount of tumor-associated genetic material comprises cell-free DNA, RNA, proteins, exosomes, and any combination thereof; b. sequencing the amount of tumor-associated genetic material to detect and quantify at least one tumor-associated mutation or variant in the amount of tumor-associated genetic material; and c. providing the at least one quantity of the at least one tumor-associated mutation or variant to a practitioner, wherein the at least one tumor-associated mutation or variant is indicative of minimal residual disease in the subject. a. isolating an amount of tumor-associated genetic material from a sample comprising a surgical drainage obtained from the subject; wherein the amount of tumor-associated genetic material comprises cell-free DNA, RNA, proteins, exosomes, and any combination thereof; b. sequencing the amount of tumor-associated genetic material to detect and quantify at least one tumor-associated mutation or variant in the amount of tumor-associated genetic material; and c. providing the at least one quantity of the at least one tumor-associated mutation or variant to a practitioner, wherein the at least one tumor-associated mutation or variant is indicative of minimal residual disease in the subject.
A flexible package having air gap filling features, comprising: a film having a first side edge, a second side edge, and a fin or lap seal joining said first and second side edges; a closure device having top and bottom edge portions and first and second side edge portions (112a, 112b), the closure device applied to the film transverse to the first and second side edges of the film, characterized in that the first side edge portion of the closure device has a slit to define a top edge section and a bottom edge section, one of the top or bottom edge sections extends into the fin or lap seal, and the other one of the top or bottom edge sections not within the fin or lap seal, such that at least a portion of the first side edge portion of the closure device overlaps with the second side edge portion of the closure device to eliminate an air gap between the fin or lap seal and at least one of the first and second side edge portions of the closure device. a film having a first side edge, a second side edge, and a fin or lap seal joining said first and second side edges; a closure device having top and bottom edge portions and first and second side edge portions (112a, 112b), the closure device applied to the film transverse to the first and second side edges of the film, characterized in that the first side edge portion of the closure device has a slit to define a top edge section and a bottom edge section, one of the top or bottom edge sections extends into the fin or lap seal, and the other one of the top or bottom edge sections not within the fin or lap seal, such that at least a portion of the first side edge portion of the closure device overlaps with the second side edge portion of the closure device to eliminate an air gap between the fin or lap seal and at least one of the first and second side edge portions of the closure device.
A method, comprising: (a) connecting to a base station by a user equipment, UE, in a wireless communication system; and (b) performing measurements by the UE, wherein the measurements are performed on interference-protected subframes; (c) performing measurements by the UE, wherein the measurements are performed on non-interference-protected subframes; and (d) transmitting measurement results of the measurements performed in (b) and (c) to the base station for radio resource management, wherein: the UE performs measurement of received signal reference power, RSRP, or received signal reference quality, RSRQ, of a serving cell for mobility management on all subframes as a first measurement and on interference-protected subframes as a second measurement, and the UE reports both measurements to the base station. (a) connecting to a base station by a user equipment, UE, in a wireless communication system; and (b) performing measurements by the UE, wherein the measurements are performed on interference-protected subframes; (c) performing measurements by the UE, wherein the measurements are performed on non-interference-protected subframes; and (d) transmitting measurement results of the measurements performed in (b) and (c) to the base station for radio resource management, wherein: the UE performs measurement of received signal reference power, RSRP, or received signal reference quality, RSRQ, of a serving cell for mobility management on all subframes as a first measurement and on interference-protected subframes as a second measurement, and the UE reports both measurements to the base station. the UE performs measurement of received signal reference power, RSRP, or received signal reference quality, RSRQ, of a serving cell for mobility management on all subframes as a first measurement and on interference-protected subframes as a second measurement, and the UE reports both measurements to the base station.
A modified Sendai virus vector derived from Sendai virus Z strain, wherein an NP gene, P gene or L gene of the virus is modified such that a target sequence of a microRNA is added consecutively to the C-terminus region of the coding region or to 3'-noncoding region of the P gene, 5'-noncoding region of the NP gene, or 3'-noncoding region of the L gene, wherein expression of the vector in which the target sequence of the microRNA is added to the NP gene or P gene is negativelycontrolled, and expression of the vector in which the target sequence of the microRNA is added to the L gene is positively-controlled, in a cell expressing the microRNA, wherein the sequences of the Sendai virus Z strain occupy 90% or higher proportion among the sequences derived from minus-strand RNA viruses comprised in the genome of the vector.