mhurhangee/ep-ind-claims huggingface dataset:
A kit for detecting one or more Human Hepatitis C Virus sequence variants comprising the following sets of primers: - a first set of primers comprising an oligonucleotide of formula as a reverse primer, and a forward primer capable of hybridizing to the 5'-UTR-Core portion of HCV, wherein the set of primers is capable of generating a fragment comprising from nucleotides 146 to 490 of SEQ ID NO: 2, wherein formula is: m -Z, wherein Z is an oligonucleotide consisting in SEQ ID NO: 1, m is an integer ranging from 0 to 25 nucleotides, and N is a nucleotide selected from A, T, C, or G; - a second set of primers comprising an oligonucleotide of formula as a reverse primer, and a forward primer capable of hybridizing to the NS5B portion of HCV, wherein the set of primers is capable of generating a fragment comprising from nucleotide 653 to 1106 of SEQ ID NO: 6, wherein formula is: m -F wherein F is an oligonucleotide consisting in SEQ ID NO: 5 (5'- TTNGADGAGCADGATGTWATBAGCTC-3'), in which N means Adenine, Cytosine, Guanine or Thymine; D means G, A or T; W means A or T, B means G, T or C, and m is an integer ranging from 0 to 25 nucleotides; - a third set of primers comprising an oligonucleotide consisting in SEQ ID NO: 7 as a forward primer, and a reverse primer capable of hybridizing to the NS5B portion of HCV, wherein the set of primers is capable of generating a fragment comprising from nucleotides 653 to 1040 of SEQ ID NO: 6. - a first set of primers comprising an oligonucleotide of formula as a reverse primer, and a forward primer capable of hybridizing to the 5'-UTR-Core portion of HCV, wherein the set of primers is capable of generating a fragment comprising from nucleotides 146 to 490 of SEQ ID NO: 2, wherein formula is: m -Z, wherein Z is an oligonucleotide consisting in SEQ ID NO: 1, m is an integer ranging from 0 to 25 nucleotides, and N is a nucleotide selected from A, T, C, or G; Z is an oligonucleotide consisting in SEQ ID NO: 1, m is an integer ranging from 0 to 25 nucleotides, and N is a nucleotide selected from A, T, C, or G; - a second set of primers comprising an oligonucleotide of formula as a reverse primer, and a forward primer capable of hybridizing to the NS5B portion of HCV, wherein the set of primers is capable of generating a fragment comprising from nucleotide 653 to 1106 of SEQ ID NO: 6, wherein formula is: m -F wherein F is an oligonucleotide consisting in SEQ ID NO: 5 (5'- TTNGADGAGCADGATGTWATBAGCTC-3'), in which N means Adenine, Cytosine, Guanine or Thymine; D means G, A or T; W means A or T, B means G, T or C, and m is an integer ranging from 0 to 25 nucleotides; - a third set of primers comprising an oligonucleotide consisting in SEQ ID NO: 7 as a forward primer, and a reverse primer capable of hybridizing to the NS5B portion of HCV, wherein the set of primers is capable of generating a fragment comprising from nucleotides 653 to 1040 of SEQ ID NO: 6.
A real-time ultrasound tracking imaging device configured to acquire in real-time volumetric ultrasound image data of a distal tip of an elongated instrument and a surrounding anatomy, said device comprises: a position and orientation tracker arranged to derive a position of, and a local viewing direction from, a location at the distal tip; a local-view forming software including a coordinate system transformation module, which is arranged to perform a coordinate system transformation in accordance with the derived position and derived direction and to form a local view (120, 210) associated with an orientation of the tip about an axis in the local viewing direction, the local view being formed from said location and based on a result of said transformation, and moving with said tip; and a user control including a local-view orientation initialization control; wherein the elongated instrument includes a plurality of echoic structures located at said distal tip, and wherein the deriving of said position of the distal tip and the local viewing direction is based on real-time ultrasound image data, from said acquired real-time image data, of said plurality of echoic structures. a position and orientation tracker arranged to derive a position of, and a local viewing direction from, a location at the distal tip; a local-view forming software including a coordinate system transformation module, which is arranged to perform a coordinate system transformation in accordance with the derived position and derived direction and to form a local view (120, 210) associated with an orientation of the tip about an axis in the local viewing direction, the local view being formed from said location and based on a result of said transformation, and moving with said tip; and a user control including a local-view orientation initialization control; wherein the elongated instrument includes a plurality of echoic structures located at said distal tip, and wherein the deriving of said position of the distal tip and the local viewing direction is based on real-time ultrasound image data, from said acquired real-time image data, of said plurality of echoic structures.
A method for measuring a water content of a leaf by means of terahertz waves, comprising subjecting a leaf to terahertz radiation, detecting the terahertz radiation transmitted through the leaf in a plurality of predetermined points (P1, P2, P3, P4) of the leaf, and determining a water content of the leaf from the detected transmitted terahertz radiation, characterized by further comprising determining a total projected area of the leaf, wherein determining the total projected area of the leaf comprises - capturing visible spectrum images of the leaf, and - determining the total projected area of the leaf from said visible spectrum images, wherein determining the water content of the leaf comprises determining an absorbance of the leaf by: - determining the absorbance in the plurality of predetermined points (P1, P2, P3, P4) of the leaf from the detected transmitted terahertz radiation transmitted in these points (P1, P2, P3, P4), and - calculating a mean absorbance of the leaf from values of the absorbance determined at the predetermined points (P1, P2, P3, P4) of the leaf, determining a product of the mean absorbance and the total projected area of the leaf, and determining an absolute water content of the leaf by means of comparison of said product with a calibration curve associating water content data with data of product of absorbance and projected area of leaves of the same variety. - capturing visible spectrum images of the leaf, and - determining the total projected area of the leaf from said visible spectrum images, - determining the absorbance in the plurality of predetermined points (P1, P2, P3, P4) of the leaf from the detected transmitted terahertz radiation transmitted in these points (P1, P2, P3, P4), and - calculating a mean absorbance of the leaf from values of the absorbance determined at the predetermined points (P1, P2, P3, P4) of the leaf,
A wire billet butt-welding apparatus, comprising: a rotary plate and a butt-welding stock receiver, the rotary plate and the butt-welding stock receiver being arranged in adjacency, a stock receiving rod being provided on the butt-welding stock receiver, the butt-welding stock receiver being rotatable to enable the stock receiving rod to switch between a butt-welding position, a stock receiving position, and a stock discharging position, a plurality of mounting portions being circumferentially provided on the rotary plate, each mounting portion being rotatable about a central axis of the rotary plate, a stock pushing mechanism being configured to push a coil of wire billet from the mounting portion to the stock receiving rod being provided in a central portion of the rotary plate; wherein the wire billet butt-welding apparatus further comprises a wire billet butt-welder, the wire billet butt-welder being disposed at the butt-welding position, and wherein the stock receiving rod comprises two rod bodies arranged in parallel at an interval, the two rod bodies being mutually independent and rotatable synchronously about a same axis.
A zoom lens, comprising, in order from an object: a first lens group having negative refractive power, a second lens having positive refractive power, and a third lens group having positive refractive power, a distance between the first lens group and the second lens group, and a distance between the second lens group and the third lens group being changed upon zooming, wherein an aperture stop is disposed between the first lens group and the second lens group, the second lens group having at least two positive lenses (10, 14) having an aspherical surface respectively, and at least one of the positive lenses having the aspherical surface satisfying the following conditional expression and being a single lens, νd > 70 where vd is an Abbe number, wherein the following conditional expression is satisfied: 0.1 < f 2 / f 2 L < 0.6 where f2 is a focal length of the second lens group and f2L is a focal length of a lens disposed closest to the image of the second lens group. a first lens group having negative refractive power, a second lens having positive refractive power, and a third lens group having positive refractive power, a distance between the first lens group and the second lens group, and a distance between the second lens group and the third lens group being changed upon zooming, wherein an aperture stop is disposed between the first lens group and the second lens group, the second lens group having at least two positive lenses (10, 14) having an aspherical surface respectively, and at least one of the positive lenses having the aspherical surface satisfying the following conditional expression and being a single lens, νd > 70 where vd is an Abbe number, wherein the following conditional expression is satisfied: 0.1 < f 2 / f 2 L < 0.6 where f2 is a focal length of the second lens group and f2L is a focal length of a lens disposed closest to the image of the second lens group.
An engine comprising: a piston; and a casing including a cylinder, the cylinder housing the piston, the cylinder and the piston forming a combustion chamber; the casing having an intake port, a plurality of exhaust ports, a spark plug hole, a drainage hole, and a water jacket; the intake port extending to the combustion chamber, intake air introduced into the combustion chamber through the intake port; the plurality of exhaust ports extending from the combustion chamber, exhaust air expelled from the combustion chamber (11 S) through the plurality of exhaust ports; the spark plug hole extending to the combustion chamber, a spark plug housed in the spark plug hole; the drainage hole extending from the spark plug hole; the water jacket in which coolant circulating; the water jacket including a central passage and an inter-port passage, the central passage being near the spark plug hole, the inter-port passage extending to the central passage and formed between the plurality of exhaust ports; characterised in that the inter-port passage located between the drainage hole and the cylinder in a central axis direction of the spark plug hole. a piston; and a casing including a cylinder, the cylinder housing the piston, the cylinder and the piston forming a combustion chamber; the casing having an intake port, a plurality of exhaust ports, a spark plug hole, a drainage hole, and a water jacket; the intake port extending to the combustion chamber, intake air introduced into the combustion chamber through the intake port; the plurality of exhaust ports extending from the combustion chamber, exhaust air expelled from the combustion chamber (11 S) through the plurality of exhaust ports; the spark plug hole extending to the combustion chamber, a spark plug housed in the spark plug hole; the drainage hole extending from the spark plug hole; the water jacket in which coolant circulating; the water jacket including a central passage and an inter-port passage, the central passage being near the spark plug hole, the inter-port passage extending to the central passage and formed between the plurality of exhaust ports; characterised in that the inter-port passage located between the drainage hole and the cylinder in a central axis direction of the spark plug hole.
Profile connector (1, 1.1) having a first connecting arm equipped with an attachment means for attaching the first connecting arm (2, 2.1) to a first profile having a fitting slot which follows the longitudinal extent thereof and in which the attachment means of the first connecting arm (2, 2.1) engages in order to attach the latter to the profile, and having a second connecting arm equipped with an attachment means for attaching the second connecting arm to a second profile (19.1) having a fitting slot (20.1) which follows the longitudinal extent thereof and in which the attachment means of the second connecting arm (3, 3.1) engages in order to attach the latter to the profile (19.1), said two connecting arms (2, 3, 2.1, 3.1) being pivotable in a plane (E 2) and settable with respect to one another, wherein the profile connector (1, 1.1) has a further connector (4, 4.1) which is arranged in that plane (E 1) between the first and second connecting arms (2, 3) which is either at right angles to the plane (E 2) of pivotability of the first and second connecting arms (2, 3, 2.1, 3.1) or is an angle bisector of the inclined planes of pivotability of the first and second connecting arms (2, 3, 2.1, 3.1), said further connector (4, 4.1) having an attachment means for attaching this connector (4, 4.1) to a third profile (19.2, 30) having a fitting slot which follows the longitudinal extent thereof and in which the attachment means engages, characterized in that the attachment means of the first and second connecting arms (2, 3, 2.1, 3.1) comprise an attachment plate which comes into abutment against the outer side of the respective profile (19, 19.1) and from which at least one attachment member, intended for engaging in the fitting slot (20, 20.1), for attaching the profile (19, 19.1) to the respective connecting arm (2, 3, 2.1, 3.1) in a form-fitting manner projects, and in that the plane of the attachment plate is inclined with respect to the pivot plane (E 2) of the first and second connecting arms (2, 3, 2.1, 3.1), wherein the attachment plates are inclined in opposite directions to one another.
A prostaglandin-containing product comprising an aqueous liquid preparation containing a prostaglandin derivative having at least a fluorine atom in its molecule or a salt thereof stored in a resin container subjected to a sterilization treatment, characterized in that a decrease in the content of the prostaglandin derivative or a salt thereof in the aqueous liquid preparation is inhibited by performing the sterilization treatment of the container with ethylene oxide gas, wherein the prostaglandin derivative having at least a fluorine atom in its molecule is 16-phenoxy-15-deoxy-15,15-difluoro-17,18,19,20-tetranor-prostaglandin F2α or an alkyl ester thereof, and wherein a material of the resin container is a propylene/ethylene copolymer.
Pane with at least one electrical connection element and connection cable, at least comprising: - a substrate, - an electrically conductive structure on a region of the substrate, - a connection element that is connected via a soldering compound to a region of the electrically conductive structure, and - a flexible connection cable connected to the connection element, wherein the connection cable is provided with a stiffening element (7,8) and the connection cable with the stiffening element (7,8) is enshrouded by a heat shrink tube, characterized in that the connection cable is provided by the stiffening element (7,8) with sufficient stiffness such that when it is brought into a certain arrangement angle relative to a soldering surface of the connection element, it independently maintains this arrangement angle. - a substrate, - an electrically conductive structure on a region of the substrate, - a connection element that is connected via a soldering compound to a region of the electrically conductive structure, and - a flexible connection cable connected to the connection element, wherein the connection cable is provided with a stiffening element (7,8) and the connection cable with the stiffening element (7,8) is enshrouded by a heat shrink tube, characterized in that the connection cable is provided by the stiffening element (7,8) with sufficient stiffness such that when it is brought into a certain arrangement angle relative to a soldering surface of the connection element, it independently maintains this arrangement angle.
Method for partially coating a surface of a three-dimensional object which has oblique facets using a patina effect coating, wherein the object is made of a material selected from the group glass, ceramic, plastics, metal, natural stone, precious stone or semi-precious stone, and the method comprises the following steps: (a) optionally hydrophobing the surface of the three-dimensional object which has oblique facets; (b) partially applying, by means of one or more spray nozzles, a random distribution of: a liquid and then applying a powdery or granular substance or a solution or suspension of the powdery or granular substance in a liquid; (c) drying the surface to form spatially limited, randomly distributed salt or powder crusts; (d) coating the surface with at least one layer of a metal or a metal compound; and (e) removing the resulting salt or powder crusts in order to leave a patina effect coating on the object. (a) optionally hydrophobing the surface of the three-dimensional object which has oblique facets; (b) partially applying, by means of one or more spray nozzles, a random distribution of: a liquid and then applying a powdery or granular substance or a solution or suspension of the powdery or granular substance in a liquid; a liquid and then applying a powdery or granular substance or a solution or suspension of the powdery or granular substance in a liquid; (c) drying the surface to form spatially limited, randomly distributed salt or powder crusts; (d) coating the surface with at least one layer of a metal or a metal compound; and (e) removing the resulting salt or powder crusts in order to leave a patina effect coating on the object.
Sensor device for sensing a rotation, having - a position encoder having a shaft element which has a first and a second shaft end, wherein the rotation to be sensed is introduced via the first shaft end, and wherein the shaft element contains a magnet element at the second shaft end, - a sensor element for sensing the rotation of the magnet element, and - a housing part, integrated into a housing, having at least two portions (80, 90) that are separated from one another, said housing part being configured to receive the shaft element and the sensor element, wherein the shaft element of the position encoder is mounted on the first portion and the sensor element is arranged in the second portion, characterized in that the housing part and the shaft element each have, in the region of the second shaft end, a first bearing portion which is shaped in a manner narrowing toward the shaft end and at which the shaft element bears on the housing part in order to mount the position encoder on the housing part, wherein the housing part is configured as a part that is separate from the housing and can be connected to the housing by overmoulding. - a position encoder having a shaft element which has a first and a second shaft end, wherein the rotation to be sensed is introduced via the first shaft end, and wherein the shaft element contains a magnet element at the second shaft end, - a sensor element for sensing the rotation of the magnet element, and - a housing part, integrated into a housing, having at least two portions (80, 90) that are separated from one another, said housing part being configured to receive the shaft element and the sensor element, wherein the shaft element of the position encoder is mounted on the first portion and the sensor element is arranged in the second portion,
A curve cornering simulation device for providing the feelings of sliding and a friction when turning, comprising: a foot board rotatable with respect to a rotary shaft; a driven track belt configured to move in use at the outer sides of a pair of rollers a pair of rollers; characterized by the curve cornering simulation device further comprising: a pair of foot pedals installed on the foot board with the rotary shaft being disposed between the foot pedals; and a caster with a caster brake provided above the caster and disposed under the foot pedals, the caster is configured for rotation on the top of the moving track belt, such that when, in use, a user steps on the foot pedal, the caster brake comes down and interrupts the rotation of the caster on the top of the track belt, such that the caster and the foot board rotate with respect to the rotary shaft in the direction of the foot pedal being stepped on. a foot board rotatable with respect to a rotary shaft; a driven track belt configured to move in use at the outer sides of a pair of rollers a pair of rollers; characterized by the curve cornering simulation device further comprising: a pair of foot pedals installed on the foot board with the rotary shaft being disposed between the foot pedals; and a caster with a caster brake provided above the caster and disposed under the foot pedals, the caster is configured for rotation on the top of the moving track belt, such that when, in use, a user steps on the foot pedal, the caster brake comes down and interrupts the rotation of the caster on the top of the track belt, such that the caster and the foot board rotate with respect to the rotary shaft in the direction of the foot pedal being stepped on.
A method for manufacturing a component carrier having a core structure with an embedded component, the method comprising providing a support structure; attaching an electronic component at a surface of the support structure; providing a core structure; forming a cavity within the core structure; partially filling the cavity with a predefined amount of filling material; positioning the support structure relative to the core structure in such a manner that the electronic component is transferred into the cavity and is dipped into the filling material; curing the filling material such that the component within the cavity is fixed to core structure; and removing the support structure; characterized in that the positioning of the support structure relative to the core structure comprises that the support structure or an adhesive substance formed at the surface of the support structure comes into mechanical contact with the core structure.
A mobile relay transceiver for a vehicle comprising an apparatus, the mobile relay transceiver being operable to relay information between a mobile transceiver associated with the mobile relay transceiver and a base station transceiver of the mobile communication system, the apparatus comprising an interface operable to receive information related to a reference clock signal from a vehicle telematics module using wire line communication; a local oscillator module operable to generate an output clock signal based on the reference clock signal; and a control module operable to provide the reference clock signal based on the information related to the reference clock signal.