mhurhangee/ep-ind-claims huggingface dataset:
Device for providing a heat exchange to/from a physiological fluid, comprising - an inlet adapted to receive the medical liquid; - an outlet adapted to release the medical liquid; and - a duct adapted to contain a flow of the medical liquid, wherein the duct: - is enclosed between two walls (230, 231) - has a planar development defining a mean plane π, and - comprises means for promoting turbulence in the flow of the medical liquid; wherein at least one wall is suitable to allow a heat exchange with the flow of the medical liquid; characterized in that the means for promoting turbulence in the flow comprises a plurality of fins, wherein the each fin (240 n): - has a lenticular cross section; - defines its own mean plane τ n substantially perpendicular to said mean plane π. - an inlet adapted to receive the medical liquid; - an outlet adapted to release the medical liquid; and - a duct adapted to contain a flow of the medical liquid, wherein the duct: - is enclosed between two walls (230, 231) - has a planar development defining a mean plane π, and - comprises means for promoting turbulence in the flow of the medical liquid; - has a lenticular cross section; - defines its own mean plane τ n substantially perpendicular to said mean plane π.
A method for estimating and correcting for detector pulse pile-up effects in time-correlated single-photon counting applications comprising the steps of: - Acquiring a decay histogram (1, 2) from a time-correlated single-photon counting measurement, wherein said measurement comprises the detection of photons with a detector, the detector converting the detected photons into corresponding electrical pulses forming a sequence of electrical pulses, wherein the sequence of electrical pulses comprises electric pulses that are spaced apart by a time interval that is shorter than a smallest resolvable interval dt of a recording device, wherein the recording device registers the electric pulses from the detector, wherein electric pulses exhibiting a spacing shorter than the smallest resolvable interval dt are registered as a single electric pulse by the recording device, - Estimating a probability of occurrence p i of electric pulses exhibiting a spacing longer than the smallest resolvable interval for each channel of the decay histogram (1, 2), - Fitting an adjusted model-function to the decay histogram (1, 2), wherein the adjusted model-function comprises an unadjusted model-function adjusted for each channel of the decay histogram (1, 2) with the estimated probability of occurrence p i for the corresponding channel. - Acquiring a decay histogram (1, 2) from a time-correlated single-photon counting measurement, wherein said measurement comprises the detection of photons with a detector, the detector converting the detected photons into corresponding electrical pulses forming a sequence of electrical pulses, wherein the sequence of electrical pulses comprises electric pulses that are spaced apart by a time interval that is shorter than a smallest resolvable interval dt of a recording device, wherein the recording device registers the electric pulses from the detector, wherein electric pulses exhibiting a spacing shorter than the smallest resolvable interval dt are registered as a single electric pulse by the recording device, wherein said measurement comprises the detection of photons with a detector, the detector converting the detected photons into corresponding electrical pulses forming a sequence of electrical pulses, wherein the sequence of electrical pulses comprises electric pulses that are spaced apart by a time interval that is shorter than a smallest resolvable interval dt of a recording device, wherein the recording device registers the electric pulses from the detector, wherein electric pulses exhibiting a spacing shorter than the smallest resolvable interval dt are registered as a single electric pulse by the recording device, - Estimating a probability of occurrence p i of electric pulses exhibiting a spacing longer than the smallest resolvable interval for each channel of the decay histogram (1, 2), - Fitting an adjusted model-function to the decay histogram (1, 2), wherein the adjusted model-function comprises an unadjusted model-function adjusted for each channel of the decay histogram (1, 2) with the estimated probability of occurrence p i for the corresponding channel.
An SOI wafer used for a process, of manufacturing a semiconductor device, in which a laser annealing is conducted for no more than 0.1 seconds at a maximum temperature of 1200°C or more after completion of manufacturing of the SOI wafer, the SOI wafer comprising: an active layer; a support layer of a monocrystaline silicon; and an insulated oxide film layer between the active layer and the support layer, wherein light-scattering defect density measured by a 90° light-scattering method at the depth region of 260 μm toward the support layer side from an interface between the insulated oxide film layer and the support layer is 1.1x10 8 /cm 3 to 1.9x10 8 /cm 3, the measurement of the light-scattering defect (light-scattering body) in the 90° light-scattering method is conducted by irradiating a light with a wavelength of 1.06 μm and the output power of 100 mW from the upper surface of the silicon wafer, the 90° scattered light is detected from a cleavage surface of the wafer, and the 90° scattered light is attenuated by passing through a filter. an active layer; a support layer of a monocrystaline silicon; and an insulated oxide film layer between the active layer and the support layer, wherein light-scattering defect density measured by a 90° light-scattering method at the depth region of 260 μm toward the support layer side from an interface between the insulated oxide film layer and the support layer is 1.1x10 8 /cm 3 to 1.9x10 8 /cm 3, the measurement of the light-scattering defect (light-scattering body) in the 90° light-scattering method is conducted by irradiating a light with a wavelength of 1.06 μm and the output power of 100 mW from the upper surface of the silicon wafer, the 90° scattered light is detected from a cleavage surface of the wafer, and the 90° scattered light is attenuated by passing through a filter.
A secondary battery comprising: an electrode assembly; a first electrode tab and a second electrode tab connected to the electrode assembly; an electrolyte; a tape covering at least part of an outer surface of the first electrode tab, the tape comprising a base layer; and a case arranged to accommodate the electrode assembly, first electrode tab, second electrode tab, electrolyte and the tape, wherein contact with the electrolyte is arranged to cause at least a portion of the base layer to exhibit an adhesive property so that said portion of the base layer is arranged to adhesively contact both a surface inside the case and the electrode assembly to prevent the first electrode tab from moving within the case, further comprising an insulating tape attached to the outer surface of the first electrode tab, wherein the tape is formed over an outer surface of the insulating tape. an electrode assembly; a first electrode tab and a second electrode tab connected to the electrode assembly; an electrolyte; a tape covering at least part of an outer surface of the first electrode tab, the tape comprising a base layer; and a case arranged to accommodate the electrode assembly, first electrode tab, second electrode tab, electrolyte and the tape, wherein contact with the electrolyte is arranged to cause at least a portion of the base layer to exhibit an adhesive property so that said portion of the base layer is arranged to adhesively contact both a surface inside the case and the electrode assembly to prevent the first electrode tab from moving within the case, further comprising an insulating tape attached to the outer surface of the first electrode tab, wherein the tape is formed over an outer surface of the insulating tape.
Device for feeding a thread for stitch-forming tools, arranged in at least one row, of a warp knitting machine, having a thread guidance device comprising a rotary element and a thread guide, wherein the thread guidance device is designed to lay a weft thread back and forth in two opposite directions (HI, HR) in a stroke region respectively in front of the row of tools, characterised in that the thread guidance device has an eyelet structure having an eyelet, which can be driven in a planetary-like circular manner about an axis of rotation, as a rotary element and a traversing disc, designed as the thread guide, having an elongated hole, said traversing disc being arranged behind the eyelet structure in the direction of travel of the thread. having a thread guidance device comprising a rotary element and a thread guide, wherein the thread guidance device is designed to lay a weft thread back and forth in two opposite directions (HI, HR) in a stroke region respectively in front of the row of tools, characterised in that the thread guidance device has an eyelet structure having an eyelet, which can be driven in a planetary-like circular manner about an axis of rotation, as a rotary element and a traversing disc, designed as the thread guide, having an elongated hole, said traversing disc being arranged behind the eyelet structure in the direction of travel of the thread.
A prosthetic heart valve comprising: a stent frame (14, 114, 214, 314) comprising a first upper frame portion (160, 260), a base (20, 50, 120), and at least two stent posts (22, 122, 322) extending upwardly from the base (20, 50, 120); wherein the base (20, 50, 120) is connected to the first upper frame portion (160, 260) by the at least two stent posts (22, 122, 322), and wherein the first upper frame portion (160, 260), the base (20, 50, 120), and the at least two stent posts (22, 122, 322) each has an inner surface and an outer surface; and at least one sheet of leaflet material (32, 54, 132) that weaves through the stent frame (14, 114, 214, 314) from the outer surface to the inner surface between the first upper frame portion (160, 260) and the base (20, 50, 120) of the stent frame (14, 114, 214, 314), wherein the first upper frame (160, 260) has a shape that is substantially similar to an upper edge of the base (20, 50, 120). a stent frame (14, 114, 214, 314) comprising a first upper frame portion (160, 260), a base (20, 50, 120), and at least two stent posts (22, 122, 322) extending upwardly from the base (20, 50, 120); wherein the base (20, 50, 120) is connected to the first upper frame portion (160, 260) by the at least two stent posts (22, 122, 322), and wherein the first upper frame portion (160, 260), the base (20, 50, 120), and the at least two stent posts (22, 122, 322) each has an inner surface and an outer surface; and at least one sheet of leaflet material (32, 54, 132) that weaves through the stent frame (14, 114, 214, 314) from the outer surface to the inner surface between the first upper frame portion (160, 260) and the base (20, 50, 120) of the stent frame (14, 114, 214, 314), wherein the first upper frame (160, 260) has a shape that is substantially similar to an upper edge of the base (20, 50, 120).
A drive train arrangement for a two-wheel drive utility vehicle comprising: - a transmission unit having on a first side a rotatably driven input adapted to couple to the output of a motive power unit of the vehicle, and on a second side opposed to the first an output shaft; - a differential axle unit having an input coupled with the transmission unit output shaft and a pair of output shafts (74, 76) operationally coupled with the input via a plurality of planetary gear sets (40, 50, 60); characterised in that the transmission unit output shaft extends outwardly of the transmission unit also on the first side, and in that a vehicle brake assembly, operable as one or both of a service brake and a parking brake, is mounted to the output shaft on the first side. - a transmission unit having on a first side a rotatably driven input adapted to couple to the output of a motive power unit of the vehicle, and on a second side opposed to the first an output shaft; - a differential axle unit having an input coupled with the transmission unit output shaft and a pair of output shafts (74, 76) operationally coupled with the input via a plurality of planetary gear sets (40, 50, 60);
Rectangular baler, comprising: a supporting frame which is movable over a field, crop pick-up means for picking up crop from the ground of the field, conveying means (50, 52) for conveying crop picked up by the crop pick-up means, a baling chamber for crop, into which a stuffer can be introduced in order to compress the crop conveyed into the baling chamber by the conveying means (50, 52) to form a bale, and a drive for producing a to and fro movement of the stuffer with an oscillating mass which has a variable moment of inertia, characterized in that the moment of inertia of the oscillating mass increases with increasing speed, for which reason the oscillating mass comprises a central shaft and rotational masses that are movable outward radially in relation to the shaft counter to the force of a spring. a supporting frame which is movable over a field, crop pick-up means for picking up crop from the ground of the field, conveying means (50, 52) for conveying crop picked up by the crop pick-up means, a baling chamber for crop, into which a stuffer can be introduced in order to compress the crop conveyed into the baling chamber by the conveying means (50, 52) to form a bale, and a drive for producing a to and fro movement of the stuffer with an oscillating mass which has a variable moment of inertia, characterized in that the moment of inertia of the oscillating mass increases with increasing speed, for which reason the oscillating mass comprises a central shaft and rotational masses that are movable outward radially in relation to the shaft counter to the force of a spring.
A virus-like particle comprising a lipoprotein envelope including a viral fusogenic glycoprotein, wherein said virus-like particle contains cyclic guanosine monophosphate-adenosine monophosphate (cGAMP) packaged into said virus-like particle, for use for treating cancer.
Sensor as integrated component of an article, in particular an elastic article, where the sensor comprises a polymeric material, characterized in that the polymeric material is provided with electrically conductive additives and acts as strain sensor by measuring static and dynamic strain in the article in relation to the forces acting on the article and in addition monitoring the changes in the polymeric material over time resulting from the static and dynamic strain in the article and the polymeric material is an elastomeric material based on a vulcanized rubber mixture which comprises an unblended rubber component or a rubber component blend, electrically conductive additives and customary mixture ingredients.
A voltage mode output driver, comprising: a current mode predriver based on a current-mode logic structure; an output driver stage, wherein the current mode predriver is operable to supply differential signals to the output driver stage, wherein the output driver stage comprises: a first pair of stacked metal oxide semiconductor field-effect transistor devices (T4, T8) coupled between a power terminal and a first differential output terminal; and a second pair of stacked MOS devices (T7, T9) coupled between a second differential output terminal and a ground terminal (246, 248), characterized in that the drains of the metal oxide semiconductor field-effect transistor devices of the first pair of stacked devices (T4, T8) are coupled to a first terminal of a capacitor (Cs), and a second terminal of the capacitor (Cs) is coupled to the ground terminal (246, 248). a current mode predriver based on a current-mode logic structure; an output driver stage, wherein the current mode predriver is operable to supply differential signals to the output driver stage, wherein the output driver stage comprises: a first pair of stacked metal oxide semiconductor field-effect transistor devices (T4, T8) coupled between a power terminal and a first differential output terminal; and a second pair of stacked MOS devices (T7, T9) coupled between a second differential output terminal and a ground terminal (246, 248), characterized in that the drains of the metal oxide semiconductor field-effect transistor devices of the first pair of stacked devices (T4, T8) are coupled to a first terminal of a capacitor (Cs), and a second terminal of the capacitor (Cs) is coupled to the ground terminal (246, 248). a first pair of stacked metal oxide semiconductor field-effect transistor devices (T4, T8) coupled between a power terminal and a first differential output terminal; and a second pair of stacked MOS devices (T7, T9) coupled between a second differential output terminal and a ground terminal (246, 248), characterized in that the drains of the metal oxide semiconductor field-effect transistor devices of the first pair of stacked devices (T4, T8) are coupled to a first terminal of a capacitor (Cs), and a second terminal of the capacitor (Cs) is coupled to the ground terminal (246, 248).
A cleaning method of cleaning a product which is accommodated in an autoclave and includes a synthetic resin dyed by circulating a fluid in a supercritical state in a circulating route, the fluid into which dye is dissolved, and the autoclave after the dyeing is finished, the cleaning method including continuously carrying out the cleaning by successively introducing a pure fluid in the supercritical state by supplying the fluid in a liquid state stored in a storage tank via a supply pump and preheating the supplied fluid at a preheating portion to the supercritical state, the pure fluid including no dye, into the autoclave after the end of the dyeing, and discharging the fluid in the supercritical state into which dye is dissolved from the circulating route while introducing the pure fluid in the supercritical state, thereby gradually reducing a concentration of the dye in the fluid in the supercritical state, the fluid existing in the autoclave.
A combination packaging container, comprising: - a cup-shaped inner container, wherein the inner container has a container jacket having an open end and a closed end with a bottom - an outer part which encases the inner container, wherein the outer part is formed from a blank cut, said blank cut having a first end portion and a second end portion, wherein the blank cut is wound into a jacket, thereby coupling the first end portion and the second end portion to one another in an overlapping region by means of an adhesive layer made of an adhesive, wherein the outer part further has a first end face and a second end face and the two end faces (19, 20) are spaced apart from one another, wherein the first end face faces the bottom and the second end face the open end of the inner container, characterized in that the adhesive layer is configured such that the first end portion and the second end portion can be detached from one another in the overlapping region. - a cup-shaped inner container, wherein the inner container has a container jacket having an open end and a closed end with a bottom - an outer part which encases the inner container, wherein the outer part is formed from a blank cut, said blank cut having a first end portion and a second end portion, wherein the blank cut is wound into a jacket, thereby coupling the first end portion and the second end portion to one another in an overlapping region by means of an adhesive layer made of an adhesive, wherein the outer part further has a first end face and a second end face and the two end faces (19, 20) are spaced apart from one another, wherein the first end face faces the bottom and the second end face the open end of the inner container, characterized in that the adhesive layer is configured such that the first end portion and the second end portion can be detached from one another in the overlapping region.
A method of producing collagen in a plant or an isolated plant cell comprising expressing in the plant or the isolated plant cell at least one type of a collagen alpha chain which comprises a signal peptide for targeting to a vacuole and exogenous P4H which comprises a signal peptide for targeting to a vacuole in a manner enabling accumulation of said at least one type of said collagen alpha chain and said exogenous P4H in a subcellular compartment devoid of endogenous P4H activity, thereby producing the collagen in the plant.
An auxiliary electrode for a secondary battery, the auxiliary electrode comprising: a conductive layer having a first major surface in an X-Y plane, the conductive layer comprising a material that is electrically conductive and having a first surface area, a first carrier ion supply layer and a second carrier ion supply layer, each of the first carrier ion supply layer and the second carrier ion supply layer comprising a material that supplies carrier ions for an electrode of the secondary battery, wherein the first carrier ion supply layer covers a first region of the first major surface of the conductive layer and the second carrier ion supply layer covers a second region of the first major surface of the conductive layer; wherein the first region and the second region are separated by a third region of the conductive layer extending between the first region and the second region; the third region configured to be folded along a Y-axis direction such that in a folded configuration, the first region and the second region are substantially parallel; and the third region being substantially perpendicular to the first region and the second region in the folded configuration; and a separator layer disposed on the first carrier ion supply layer and the second carrier ion supply layer. a conductive layer having a first major surface in an X-Y plane, the conductive layer comprising a material that is electrically conductive and having a first surface area, a first carrier ion supply layer and a second carrier ion supply layer, each of the first carrier ion supply layer and the second carrier ion supply layer comprising a material that supplies carrier ions for an electrode of the secondary battery, wherein the first carrier ion supply layer covers a first region of the first major surface of the conductive layer and the second carrier ion supply layer covers a second region of the first major surface of the conductive layer; wherein the first region and the second region are separated by a third region of the conductive layer extending between the first region and the second region; the third region configured to be folded along a Y-axis direction such that in a folded configuration, the first region and the second region are substantially parallel; and the third region being substantially perpendicular to the first region and the second region in the folded configuration; and a separator layer disposed on the first carrier ion supply layer and the second carrier ion supply layer.