mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a target nucleic acid molecule from a sample for non-diagnostic purposes, the method comprising: a step of integrated implementing of amplification, thermal denaturation, and hybridization of a target nucleic acid molecule to be detected in a single reaction mixture under presence of a nucleic acid probe including a sequence entirely or partially complementary to the target nucleic acid molecule to be detected to promote formation of a branched nucleic acid complex by hybridizing multiple amplified nucleic acid molecules with the nucleic acid probe; and detecting the hybridized branched nucleic acid complex, wherein the hybridization is performed at temperature from 50°C to 60°C, wherein the amplification is implemented by means of an asymmetric polymerase chain reaction in which one of two primers is used in an excessive amount, and wherein the nucleic acid probe exists on a solid support, and the integrated implementing of amplification, thermal denaturation, and hybridization is implemented on the solid support, and wherein the 5' end of the nucleic acid probe existing on the solid support is fixed onto the solid support via a linker molecule. a step of integrated implementing of amplification, thermal denaturation, and hybridization of a target nucleic acid molecule to be detected in a single reaction mixture under presence of a nucleic acid probe including a sequence entirely or partially complementary to the target nucleic acid molecule to be detected to promote formation of a branched nucleic acid complex by hybridizing multiple amplified nucleic acid molecules with the nucleic acid probe; and detecting the hybridized branched nucleic acid complex, wherein the hybridization is performed at temperature from 50°C to 60°C, wherein the amplification is implemented by means of an asymmetric polymerase chain reaction in which one of two primers is used in an excessive amount, and wherein the nucleic acid probe exists on a solid support, and the integrated implementing of amplification, thermal denaturation, and hybridization is implemented on the solid support, and wherein the 5' end of the nucleic acid probe existing on the solid support is fixed onto the solid support via a linker molecule.
A die casting injection piston head for the light metal die casting, comprising a one-piece piston head made of copper or a copper alloy, and at least one wear ring arranged thereon and made of a harder material than the material of the piston head, wherein the wear ring is arranged in the region between an end face and a jacket surface of the piston head, and wherein the piston head and the wear ring have connecting devices, which are complementary to one another, characterized in that the wear ring does not have any axial or radial slits and that the wear ring has, on its edge, which faces the end face and is directed radially inwards, a web directed radially inwards, that the wear ring is formed in one piece and in a closed manner and it consist of a hot-work steel and its outer diameter is smaller than the outer diameter of the piston head, which adjoins axially, so that, in the case of operating temperature, said wear ring has a same outer diameter as said piston head.
A garment for treating a sensory disorder, the garment comprising: at least two zones, at least two air bladders, at least one air bladder located within each zone, the air bladders configured to constrict the torso of a user, a first sensor configured to detect the pressure in the air bladders, a second sensor configured to track at least one of activity, motion, and physiological parameters of the user, and a controller configured to communicate with a mobile device application to allow the user to control the pressure in each air bladder independently from one another according to predetermined criteria, wherein the controller comprises at least a master processor and a master pump for a first of the at least two air bladders, and a slave processor and a slave pump for each remaining air bladder, and wherein the controller is configured to vary the pressure in each air bladder based on an activity index calculated using a weighted sum of one or more of the following: changes in body temperature, changes in heartbeat rate, changes in sound pressure level, and displacement of the user. at least two zones, at least two air bladders, at least one air bladder located within each zone, the air bladders configured to constrict the torso of a user, a first sensor configured to detect the pressure in the air bladders, a second sensor configured to track at least one of activity, motion, and physiological parameters of the user, and a controller configured to communicate with a mobile device application to allow the user to control the pressure in each air bladder independently from one another according to predetermined criteria, wherein the controller comprises at least a master processor and a master pump for a first of the at least two air bladders, and a slave processor and a slave pump for each remaining air bladder, and wherein the controller is configured to vary the pressure in each air bladder based on an activity index calculated using a weighted sum of one or more of the following: changes in body temperature, changes in heartbeat rate, changes in sound pressure level, and displacement of the user.
A seal ring mounting method for a turbocharger which is configured to supply exhaust gas to a turbine wheel arranged on an inner peripheral side of nozzle vanes via a scroll formed in a turbine housing and the nozzle vanes provided on an inner peripheral side of the scroll, wherein an annular nozzle mount and an annular nozzle plate attached to the annular nozzle mount are arranged sandwiching the nozzle vanes on the inner peripheral side of the scroll so as to rotatably support the nozzle vanes and form an exhaust gas passage, an inner peripheral wall of the turbine housing is provided opposing a side face of the nozzle plate to form an inner wall of the scroll, and an annular seal ring is mounted to seal a gap between the side face of the nozzle plate and the inner peripheral wall of the turbine housing, the method comprising the step of, being characterized in that: mounting the seal ring between the side surface of the nozzle plate and the inner peripheral wall of the turbine housing such that an outer peripheral part of the seal ring is restricted by a radial-direction restriction part which is provided at a tip portion of the inner peripheral wall of the turbine housing so that a position of the seal ring is restricted in a radial direction, wherein, in the mounting step, the seal ring is placed on an inner peripheral side of the radial-direction restriction part provided at the tip portion of the inner peripheral wall of the turbine housing, and then a nozzle assembly including the nozzle plate is placed on the turbine housing such as to cover the seal ring by the nozzle assembly. mounting the seal ring between the side surface of the nozzle plate and the inner peripheral wall of the turbine housing such that an outer peripheral part of the seal ring is restricted by a radial-direction restriction part which is provided at a tip portion of the inner peripheral wall of the turbine housing so that a position of the seal ring is restricted in a radial direction, wherein, in the mounting step, the seal ring is placed on an inner peripheral side of the radial-direction restriction part provided at the tip portion of the inner peripheral wall of the turbine housing, and then a nozzle assembly including the nozzle plate is placed on the turbine housing such as to cover the seal ring by the nozzle assembly.
A crystal of sodium salt of (1R,2S,5R)-7-oxo-6-sulfooxy-1,6-diazabicyclo[3.2.1]octane-2-carboxamide of formula: in its monohydrate pseudopolymorphic form "A" characterized in that it has an X-ray diffraction pattern with at least two characteristic peaks at 8.5 +/- 0.5 degrees 2θ and at 15.3 +/- 0.5 degrees 2θ.
Device for the indirect determination of the incident solar flux on a structure, the device comprising means for calculating solar flux, a first external temperature sensor located at a location exposed to solar radiation, and a second external temperature sensor located in the shade, the means for calculating receiving as input a temperature bias value, defined as the difference between the temperatures measured by the first sensor and the second sensor, the device being characterised in that the means for calculating are configured to carry out an estimation of the cloudiness value based on said temperature bias value, and are configured to calculate a solar flux estimated according to a theoretical model, based on the estimated cloudiness value and on a predetermined solar flux in clear weather.
A system for performing image motion compensation, the system comprising: a light source configured to provide multiplexed illumination to an object in a plurality of color channels, wherein the multiplexed illumination is provided such that at least one of the plurality of channels is used at a time; an imaging unit configured to capture a first image and a second image of the object in the plurality of color channels, wherein the first image is captured at a first point of time during which the illumination is provided in at least a first color channel, and the second image is captured at a second point of time during which the illumination is provided in at least the first color channel; and a control unit configured to: determine an estimated motion of pixels between the first image and the second image in the first color channel; and generate a first motion compensated image by extrapolating the estimated motion of pixels between the first image and the second image to at least another one of the plurality of color channels. a light source configured to provide multiplexed illumination to an object in a plurality of color channels, wherein the multiplexed illumination is provided such that at least one of the plurality of channels is used at a time; an imaging unit configured to capture a first image and a second image of the object in the plurality of color channels, wherein the first image is captured at a first point of time during which the illumination is provided in at least a first color channel, and the second image is captured at a second point of time during which the illumination is provided in at least the first color channel; and a control unit configured to: determine an estimated motion of pixels between the first image and the second image in the first color channel; and generate a first motion compensated image by extrapolating the estimated motion of pixels between the first image and the second image to at least another one of the plurality of color channels. determine an estimated motion of pixels between the first image and the second image in the first color channel; and generate a first motion compensated image by extrapolating the estimated motion of pixels between the first image and the second image to at least another one of the plurality of color channels.
Stackable and collapsible container; which consists of a lower base and walls, sides that are assembled/disassembled to each other as well as on the base using means of connection; characterized in that it consists of an upper square that can be assembled and disassembled from the side walls and, with the help of said means of connection that are comprised of some threaded holes in the perimeter of the frame, and through-holes on the upper edge of the walls,; having screws housed in said through-holes and threaded in the holes and because the walls, have vent holes, the base has drain holes distributed strategically on its surface, to evacuate waste fluids and/or fluids from cleaning, and because with the geometry/configuration it is possible to fit an empty container between two other ones arranged face to face, which makes it possible to transport three empty containers occupying the space of two.
Drain for baths, sinks, washbasins and the like, comprising: - a drain body terminating at the bottom with a bottom grid and at the top with an annular flange which defines the intake for the passage of the water in the drain body; - a plug, lodged in said drain body and comprising a plug body and a head suitable for cooperating with the flange; wherein said head is axially movable in relation to said body between a lowered position, wherein said head is below the flange to open the intake, and a raised position, wherein said head is level with the flange to close the intake, and wherein the plug is supported by the drain body through yielding overflow means (30, 50, 52, 30') calibrated so as to yield above a predefined level of pressure acting on the head of the plug so as to cause a lowering of the plug in relation to the drain body; said drain being characterized in that the plug is of the type with a trip movement, wherein the head passes automatically from the lowered to the raised position following pressure manually exerted upon it and in that said yielding overflow means exert on the plug a contrasting force less than that needed to cause the trip movement of the head. - a drain body terminating at the bottom with a bottom grid and at the top with an annular flange which defines the intake for the passage of the water in the drain body; - a plug, lodged in said drain body and comprising a plug body and a head suitable for cooperating with the flange; wherein said head is axially movable in relation to said body between a lowered position, wherein said head is below the flange to open the intake, and a raised position, wherein said head is level with the flange to close the intake, and wherein the plug is supported by the drain body through yielding overflow means (30, 50, 52, 30') calibrated so as to yield above a predefined level of pressure acting on the head of the plug so as to cause a lowering of the plug in relation to the drain body; said drain being characterized in that the plug is of the type with a trip movement, wherein the head passes automatically from the lowered to the raised position following pressure manually exerted upon it and in that said yielding overflow means exert on the plug a contrasting force less than that needed to cause the trip movement of the head.
A biochip carrying a chemical entity and a code, wherein the code has a unique corresponding relationship with the biochip; wherein the biochip has a surface treated with a silanizing reagent, and the silanizing reagent is a 50% silanizing reagent; and wherein the chemical entity is a linker molecule capable of initiating a DNA/RNA synthesis reaction, and the biochip is made of silicon wafer.
A method of production of a nitrile group-containing copolymer rubber comprising a metathesis reaction of a nitrile group-containing copolymer rubber in the presence of a chain transfer agent which has at least one double bond and at least one carboxyl group or in the presence of a chain transfer agent which has two or more double bonds.
A power converter comprising: a first power semiconductor module including a first switching device; a second power semiconductor module including a second switching device; a first cooling jacket including a first cooling path where a coolant for cooling the first power semiconductor module flows and having the first semiconductor power module mounted thereon; a second cooling jacket including a second cooling path where a coolant for cooling the second power semiconductor module flows and having the second semiconductor module mounted thereon; a capacitor module interposed between the first cooling jacket and the second cooling jacket, wherein the capacitor module includes a plurality of capacitors, and positive terminals and negative terminals of the plurality of capacitors are connected to positive terminals and negative terminals of an external DC power supply respectively; a DC bus bar for electrically connecting the first power semiconductor module and the second power semiconductor module with the capacitor module, the DC bus bar being mounted on the capacitor module; and a connector for connecting the first cooling path of the first cooling jacket and the second cooling path of the second cooling jacket; characterized in that the capacitor module is so arranged as to be inserted between the first cooling jacket and the second cooling jacket, wherein the capacitor module is provided with a metal case in which the plurality of capacitors are arranged, and a heat radiation sheet is provided on the surfaces of the metal case which are in contact with the first and second cooling jacket, respectively; and principal surfaces of the first and the second switching device provided on the first and the second power semiconductor modules are parallel to each other. a first power semiconductor module including a first switching device; a second power semiconductor module including a second switching device; a first cooling jacket including a first cooling path where a coolant for cooling the first power semiconductor module flows and having the first semiconductor power module mounted thereon; a second cooling jacket including a second cooling path where a coolant for cooling the second power semiconductor module flows and having the second semiconductor module mounted thereon; a capacitor module interposed between the first cooling jacket and the second cooling jacket, wherein the capacitor module includes a plurality of capacitors, and positive terminals and negative terminals of the plurality of capacitors are connected to positive terminals and negative terminals of an external DC power supply respectively; a DC bus bar for electrically connecting the first power semiconductor module and the second power semiconductor module with the capacitor module, the DC bus bar being mounted on the capacitor module; and a connector for connecting the first cooling path of the first cooling jacket and the second cooling path of the second cooling jacket;
A holding sealing material placed between a honeycomb structural body (10, 20, 110, 320) and a metal shell that covers a peripheral portion in the length direction of said honeycomb structural body, said holding sealing material being mainly composed of inorganic fibers, wherein said inorganic fibers comprise: 60 to 85% by weight of silica; and 15 to 40% by weight of at least one kind of compound selected from the group consisting of an alkali metal compound, an alkali-earth metal compound and a boron compound; and wherein said holding sealing material contains an organic binder having a coat-film strength of about 5MPa or more at normal temperature. 60 to 85% by weight of silica; and 15 to 40% by weight of at least one kind of compound selected from the group consisting of an alkali metal compound, an alkali-earth metal compound and a boron compound; and wherein said holding sealing material contains an organic binder having a coat-film strength of about 5MPa or more at normal temperature.
A manufacturing or logistics workplace with at least one camera, a control computer for evaluating the image data captured by the camera and for controlling a. a machine, b. a conveyor system for transporting workpieces to and/or from the workplace, or c. a workplace dialog, and with at least one virtual switch (16a - 16c), wherein the virtual switch (16a - 16c) comprises a monitored area (20a - 20c) in the field of view of the camera and a marking (22a - 22c) visible to a user for making the monitored area (20a - 20c) recognizable, and the control computer is configured to detect a user intervention in the monitored area (20a - 20c) and to trigger an action or a process when a user intervention is detected, wherein the process concerns the control of the machine, the conveyor system or the workplace dialog, wherein the marking (22a - 22c) is permanently attached to a carrier body (24a - 24c), which can be moved by the user between several selectable positions in the field of view of the camera and the control computer is configured to determine the position of the marking (22a - 22c) from the image data and to determine a position and/or size of the monitored area (20a - 20c) depending on the determined position of the marking (22a - 22c), characterized in that the camera is a 3D or Time-of-Flight camera and the monitored area (20a - 20c) is a cuboid-shaped area in three-dimensional space. a. a machine, b. a conveyor system for transporting workpieces to and/or from the workplace, or c. a workplace dialog,
A running board (100, 200) for a rail vehicle for use under winter conditions, wherein the running board comprises the following: - a longitudinal side, which, if the running board is installed in the rail vehicle, extends in the longitudinal direction of the rail vehicle; and - a tread surface with several intermediate spaces, which are suitable for letting slush slide through the running board, wherein the length of each intermediate space is at least 50 millimeters along the direction predetermined by the longitudinal side, characterized in that the tread surface comprises several tubes (112, 114) arranged in a row and the intermediate spaces are arranged between the tubes. - a longitudinal side, which, if the running board is installed in the rail vehicle, extends in the longitudinal direction of the rail vehicle; and - a tread surface with several intermediate spaces, which are suitable for letting slush slide through the running board,
A method for epitaxial growth of a monocrystalline silicon carbide, wherein a feed material including a surface layer containing a polycrystalline silicon carbide with a 3C crystal polymorph and a seed material including a surface layer containing silicon carbide are heated with the surface layers of the feed material and the seed material facing each other through a silicon melt layer to epitaxially grow a monocrystalline silicon carbide on the surface layer of the seed material, wherein upon X-ray diffraction of the surface layer of the feed material using 8.048 keV X-rays (CuKα rays), a diffraction peak corresponding to a crystal plane and a diffraction peak other than the diffraction peak corresponding to the crystal plane, which has a peak intensity of 3% or more of the peak intensity of a first-order diffraction peak corresponding to the crystal plane, are observed as diffraction peaks corresponding to the polycrystalline silicon carbide with a 3C crystal polymorph, and wherein the average crystallite diameter calculated from a fist-order diffraction peak observed by X-ray diffraction of the surface layer of the feed material and corresponding to the polycrystalline silicon carbide with a 3C crystal polymorph is 700 Å or less.
A tesseral shim coil for shimming the magnetic field of a magnetic resonance system by generating the spherical harmonics of the sine and cosine type of the magnetic field, the tesseral shim coil being cylindrical and comprising at least four saddle coils (100, 200, 202, 304, 406, 504, 600, 602, 700, 702, 704, 706), wherein the sum of the azimuthal span of the at least four saddle coils is less than 360 degrees, wherein the tesseral shim coil comprises a first (202, 406, 506, 602, 702, 706) and a second (100, 200, 304, 504, 600, 700, 704) set of saddle coils, wherein the first and second sets of saddle coils are configured to shim the same degree and order of the spherical harmonics of the magnetic field, wherein the first set of saddle coils is configured to shim the spherical harmonic of the sine type of the magnetic field, wherein the second set of saddle coils is configured to shim the spherical harmonic of the cosine type of the magnetic field and the first and second sets of shim coils are combined into a single cylindrical coil layer.
Guide device of a vacuum cleaner having a vacuum cleaner bag, wherein the vacuum cleaner bag is fixed to a holding plate with a base plate, on which an inflow opening is formed, wherein a closure flap is pivotably mounted on the base plate, by means of which the inflow opening can be closed, characterized in that at least one projecting guide element is formed on the closure flap and is inserted into the guide device of the vacuum cleaner.