mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring sphingomyelin in a sample, comprising reacting the sample with a phospholipase D which does not react with sphingomyelin and lysophosphatidylcholine but reacts with phosphatidylcholine; a lysophospholipase or a monoglyceride lipase; and a choline oxidase to form hydrogen peroxide, glycerol-3-phosphorylcholine, and free fatty acid, eliminating the hydrogen peroxide formed in step, reacting sphingomyelin in the reaction solution after step with a phospholipase D which does not react with glycerol-3-phosphorylcholine and free fatty acid but reacts with sphingomyelin; and the choline oxidase to form hydrogen peroxide, measuring the hydrogen peroxide formed in step to obtain a measured value, and determining a concentration of sphingomyelin in the sample, wherein the concentration of sphingomyelin in the sample is determined as follows: first, measurement by the above steps - is performed using a standard with a known sphingomyelin concentration as the sample in step to prepare a calibration curve showing the relationship between sphingomyelin concentration and measured values; then, the measured value obtained in step is correlated with the calibration curve prepared above to determine the sphingomyelin concentration in the sample. reacting the sample with a phospholipase D which does not react with sphingomyelin and lysophosphatidylcholine but reacts with phosphatidylcholine; a lysophospholipase or a monoglyceride lipase; and a choline oxidase to form hydrogen peroxide, glycerol-3-phosphorylcholine, and free fatty acid, eliminating the hydrogen peroxide formed in step, reacting sphingomyelin in the reaction solution after step with a phospholipase D which does not react with glycerol-3-phosphorylcholine and free fatty acid but reacts with sphingomyelin; and the choline oxidase to form hydrogen peroxide, measuring the hydrogen peroxide formed in step to obtain a measured value, and determining a concentration of sphingomyelin in the sample,
A composite, comprising: a polymer host selected from the group consisting of low-density polyethylene (LDPE), linear low-density polyethylene (LLDPE), polyethylene terephthalate, polytetrafluoroethylene (PTFE), polypropylene, polyurethane, polycaprolactone, polydimethylsiloxane (PDMS), polymethylmethacrylate (PMMA), and polyoxymethylene; and a guest molecule comprising hyaluronic acid; wherein the guest molecule is disposed within the polymer host, and wherein the guest molecule is covalently bonded to at least one other guest molecule, such that the covalently bonded guest molecules interpenetrate the polymer host molecules at the nanometer scale. a polymer host selected from the group consisting of low-density polyethylene (LDPE), linear low-density polyethylene (LLDPE), polyethylene terephthalate, polytetrafluoroethylene (PTFE), polypropylene, polyurethane, polycaprolactone, polydimethylsiloxane (PDMS), polymethylmethacrylate (PMMA), and polyoxymethylene; and a guest molecule comprising hyaluronic acid; wherein the guest molecule is disposed within the polymer host, and wherein the guest molecule is covalently bonded to at least one other guest molecule, such that the covalently bonded guest molecules interpenetrate the polymer host molecules at the nanometer scale.
Transparent sheet having an upper face and a lower face, said upper face being intended to be oriented toward the user and said lower face being intended to be oriented towards a light source (22, 27), said upper face being intended to be occulted by a masking means that makes at least one portion of said transparent sheet opaque, said transparent sheet being intended to receive a light flux on its lower face, a portion of this light flux propagating by reflection in the thickness of said sheet in order to form a leakage light flux, said transparent sheet being characterized in that it includes, on its lower face localized means at least in one zone, said means allowing the intensity of the leakage light flux to be decreased as it passes from one side of said zone to the other.
A real time communication method carried out by a terminal, wherein the method comprises: receiving, by a first terminal, call request information that is sent by another terminal to the first terminal and forwarded by a real time communication RTC server, wherein the call request information carries a unique identifier of a WEB-based RTC application of the terminal sending the call request information; and determining, by the first terminal according to the unique identifier of the WEB-based RTC application of the terminal sending the call request information, whether to accept a call request, and if it is determined that the call request needs to be accepted, sending request information for opening the WEB-based RTC application to the RTC server, and after receiving information of the WEB-based RTC application returned by the RTC server, communicating, by using the WEB-based RTC application, with the terminal sending the call request information. receiving, by a first terminal, call request information that is sent by another terminal to the first terminal and forwarded by a real time communication RTC server, wherein the call request information carries a unique identifier of a WEB-based RTC application of the terminal sending the call request information; and determining, by the first terminal according to the unique identifier of the WEB-based RTC application of the terminal sending the call request information, whether to accept a call request, and if it is determined that the call request needs to be accepted, sending request information for opening the WEB-based RTC application to the RTC server, and after receiving information of the WEB-based RTC application returned by the RTC server, communicating, by using the WEB-based RTC application, with the terminal sending the call request information.
Dialysis device for performing a peritoneal dialysis, comprising an open- or closed-loop control unit, an input unit for entering one or more values, and a processor, which is programmed to perform an estimation of a treatment duration of a peritoneal dialysis treatment, wherein the estimation of the treatment duration is carried out on the basis of an ideal treatment duration, the ideal treatment duration is increased by one or more delay values, wherein the ideal treatment duration comprises the ideal duration of the initial outflow, the ideal cycle duration multiplied by the number of cycles and the ideal duration of the last inflow, and the delay values depend on one or more patient-specific parameters, wherein a patient-specific parameter is formed by the catheter performance. the estimation of the treatment duration is carried out on the basis of an ideal treatment duration, the ideal treatment duration is increased by one or more delay values, wherein the ideal treatment duration comprises the ideal duration of the initial outflow, the ideal cycle duration multiplied by the number of cycles and the ideal duration of the last inflow, and the delay values depend on one or more patient-specific parameters, wherein a patient-specific parameter is formed by the catheter performance.
Pneumatic vehicle tyre comprising a carcass and a tread and at least one wound bandage arranged between the tread and the carcass which comprises threadlike strength members embedded in rubber composition, wherein the rubber composition of the wound bandage directly adjacent to the tread contains colour pigments in a colour distinct from black and/or fluorescent dyes, wherein colour pigments based on titanium dioxide are employed in an amount of 1 to 100 phr based on the rubber composition, characterized in that that the colour pigments based on titanium dioxide are employed in an amount of 20 to 45 phr based on the rubber composition.
A method for producing a regenerative organ germ provided with a guide for transplantation, comprising: preparing a regenerative organ germ by closely contacting a first cell mass which substantially consists of mesenchymal cells and a second cell mass which substantially consists of epithelial cells and culturing these cell masses within a support; and inserting the guide into the regenerative organ germ, wherein the guide is inserted from the epithelial cell-side of the first and second cell masses that becomes the regenerative organ germ such that the guide penetrates through the fraction of the epithelial cells and the fraction of the mesenchymal cells, wherein the guide is a fiber made from a polymer, a metallic fiber, a carbon fiber, a chemical fiber, and a natural animal or plant fiber and wherein the diameter of the guide is 5 to 100 μm and the length of the guide is 1 to 10 mm, and wherein the regenerative organ germ is an epithelial appendage germ. preparing a regenerative organ germ by closely contacting a first cell mass which substantially consists of mesenchymal cells and a second cell mass which substantially consists of epithelial cells and culturing these cell masses within a support; and inserting the guide into the regenerative organ germ, wherein the guide is inserted from the epithelial cell-side of the first and second cell masses that becomes the regenerative organ germ such that the guide penetrates through the fraction of the epithelial cells and the fraction of the mesenchymal cells, wherein the guide is a fiber made from a polymer, a metallic fiber, a carbon fiber, a chemical fiber, and a natural animal or plant fiber and wherein the diameter of the guide is 5 to 100 μm and the length of the guide is 1 to 10 mm, and wherein the regenerative organ germ is an epithelial appendage germ.
A system for controlling backlighting of a visual display device characterized by - a monitor unit configured to: monitor an information signal comprising luminance and chrominance information; and generate a first signal at least comprising the luminance and chrominance information of the information signal; - a first conversion unit configured to convert said luminance information of said first signal to a separate luminance information component, and chrominance information of said first signal to a separate chrominance information component; and - a control unit configured to: - control a first reaction time of at least one illumination area, said illumination area being capable of emitting light radiation; - integrate said separate luminance information component using said first reaction time; - control a second reaction time of said at least one illumination area; - integrate said separate chrominance information component using said second reaction time; and - control light radiation emitted from said at least one illumination area in said system in response to said integrated luminance information component and in response to said integrated chrominance information component, wherein said first reaction time is larger than said second reaction time. - a monitor unit configured to: monitor an information signal comprising luminance and chrominance information; and generate a first signal at least comprising the luminance and chrominance information of the information signal; monitor an information signal comprising luminance and chrominance information; and generate a first signal at least comprising the luminance and chrominance information of the information signal; - a first conversion unit configured to convert said luminance information of said first signal to a separate luminance information component, and chrominance information of said first signal to a separate chrominance information component; and - a control unit configured to: - control a first reaction time of at least one illumination area, said illumination area being capable of emitting light radiation; - integrate said separate luminance information component using said first reaction time; - control a second reaction time of said at least one illumination area; - integrate said separate chrominance information component using said second reaction time; and - control light radiation emitted from said at least one illumination area in said system in response to said integrated luminance information component and in response to said integrated chrominance information component, wherein said first reaction time is larger than said second reaction time.
An attachment spindle device for use on a machine tool, comprising: - a clamping interface for clamping said attachment spindle device on a work spindle of said machine tool; - an attachment spindle unit with a spindle for driving a drilling tool clamped on said spindle; and - a drive for exerting a force on said attachment spindle unit, and an electromagnetic actuator for exerting a counterbalancing force opposite to the force of said drive on said attachment spindle unit. - a clamping interface for clamping said attachment spindle device on a work spindle of said machine tool; - an attachment spindle unit with a spindle for driving a drilling tool clamped on said spindle; and - a drive for exerting a force on said attachment spindle unit, and
A method for producing cooked and frozen pastas, comprising the steps of boiling directly fresh pastas obtained by extruding dough into pasta noodles at a pressure of from 7845.32 to 19613.30 kPa from 80 kgf/cm 2 to 200 kgf/cm 2), bringing the resulting boiled pasta into contact with a liquid comprising an oil or fat having a melting point of 10°C or less, and then freezing the pasta which has been brought into contact with the liquid.
Container-loading system comprising a container crane and a working area accessible to persons on a ground below the container crane, wherein at least one elongated loading position for a container road transport vehicle is marked on the working area and wherein at a height above the ground which exceeds a multiple of the height of an ISO container one or more 3D laser scanners are mounted which are adapted to scan the road transport vehicle and the working area from above in three dimensions, wherein the system comprises a person detection unit adapted to cause the laser scanner(s) to perform at least one scan during a container loading operation in order to obtain a cloud of measurement points, characterized in that - one or more of the laser scanners is/are of a type adapted to scan the working area with a fan of diverging planes of light beams or a fan of diverging individual light beams simultaneously on a plurality of planes or lines spaced apart from each other in order to obtain the cloud of measurement points, wherein the planes or lines at the level of the working area have a distance from each other which is greater than 10 and less than 30 centimeters in at least one direction on the ground; - the person detection unit is adapted to identify in the obtained cloud of measurement points the working area and the loading area of the road transport vehicle; to determine whether there is at least one measurement point in the cloud of measurement points which is located more than 0.5 meters above the identified working area or the identified loading area and, if there is at least one such measurement point, to issue a person-probable signal; and - the system comprises a safety device which is adapted to slow down or stop the crane movement when the person-probable signal is issued. - one or more of the laser scanners is/are of a type adapted to scan the working area with a fan of diverging planes of light beams or a fan of diverging individual light beams simultaneously on a plurality of planes or lines spaced apart from each other in order to obtain the cloud of measurement points, wherein the planes or lines at the level of the working area have a distance from each other which is greater than 10 and less than 30 centimeters in at least one direction on the ground; - the person detection unit is adapted to identify in the obtained cloud of measurement points the working area and the loading area of the road transport vehicle; to determine whether there is at least one measurement point in the cloud of measurement points which is located more than 0.5 meters above the identified working area or the identified loading area and, if there is at least one such measurement point, to issue a person-probable signal; and - the system comprises a safety device which is adapted to slow down or stop the crane movement when the person-probable signal is issued.
A method of positioning a power tong at a pipe joint of a pipe string after the pipe joint has been brought within the working area of the power tong, characterized in that the method comprises: - displacing a camera, which is linked to a display, along a guide secured at a fixed height relative to the power tong and in parallel with the pipe until an image of the pipe joint coincides with a marker in the display, and then transmitting a signal to a control connected the power tong; an - based upon the signal, displacing the power tong to a position that corresponds with that of the camera and thereby the pipe joint. - displacing a camera, which is linked to a display, along a guide secured at a fixed height relative to the power tong and in parallel with the pipe until an image of the pipe joint coincides with a marker in the display, and then transmitting a signal to a control connected the power tong; an - based upon the signal, displacing the power tong to a position that corresponds with that of the camera and thereby the pipe joint.
Fuel filter for reducing contaminant emissions formed from two hollow cylindrical casings (1, 2), which are only open at one of their ends, having inlet and outlet nozzles (3, 4) arranged at their closed ends; inside the casings (1, 2) being filtering plastic meshes (7, 8) at the periphery, which are separated from the corresponding inner walls thereof and fixed to the closed end components of the cylinders by their lower portion, being formed by successive vertical rectangles arranged near to one another around the internal perimeter of each one of the casings (1, 2), wherein the inlet and outlet nozzles (3, 4) are arranged off-centre from the circle defined by the closed end of each casing, and the casings (1, 2) house, in an intermediate position between the inner walls of each casing (1, 2) and the filtering meshes (7, 8) themselves, an anisotropic reactive sheet placed at the periphery inside the filter, formed by a barium-ferrite dust conglomerate supported in a synthetic rubber, both casings (1, 2) having supporting continuations inside them, extending from the centre of its internal base by way of hollow cylindrical extensions.
A hybrid multijunction solar cell having a sequence of layers comprising: a first solar subcell composed of InGaP or InGaAlP and having a first band gap; a second solar subcell composed of GaAs, InGaAsP, or InGaP and disposed over the first solar subcell having a second band gap smaller than the first band gap and lattice matched to said first solar subcell; and a third solar subcell having an emitter and base layer composed of GeSiSn and disposed over the second solar subcell having a third band gap smaller than the second band gap and lattice matched with respect to the second subcell, wherein, the sequence of layers includes a fourth subcell composed of GeSiSn having a band gap in the range of 0.91 eV to 0.95 eV, and the third subcell having a band gap in the range of 1.13 eV to 1.24 eV. a first solar subcell composed of InGaP or InGaAlP and having a first band gap; a second solar subcell composed of GaAs, InGaAsP, or InGaP and disposed over the first solar subcell having a second band gap smaller than the first band gap and lattice matched to said first solar subcell; and a third solar subcell having an emitter and base layer composed of GeSiSn and disposed over the second solar subcell having a third band gap smaller than the second band gap and lattice matched with respect to the second subcell, wherein, the sequence of layers includes a fourth subcell composed of GeSiSn having a band gap in the range of 0.91 eV to 0.95 eV, and the third subcell having a band gap in the range of 1.13 eV to 1.24 eV.
Refrigeration appliance, in particular domestic refrigeration appliance, with a storage chamber delimited by an inner container, a door opening aid and a pressure sensor arranged outside the storage chamber for controlling the door opening aid, which communicates with the storage chamber by way of a connection housing anchored in an opening of a wall surface of the inner container, characterised in that a border area of the inner container surrounding the opening is sunk into the wall surface, an exposed surface of the connection housing facing the storage chamber is flush with the surrounding wall surface, the exposed surface is part of a cover of the connection housing and a gap, by way of which the pressure sensor communicates with the storage chamber, is delimited by the border area and the cover.
A holding element of a fitting part of a drive rod fitting in a fitting groove of a window having resiliently designed projections facing side walls of the fitting groove, with in each case a support surface for supporting a face plate and a drive rod of the fitting part, wherein the resilient projection has the form of a closed arc and that the plane of the arc of the resilient projection is arranged parallel to the support surface (14, 15) for supporting the face plate, characterized in that a rigid projection is arranged transversely to the longitudinal direction of the drive rod and is designed non-elastically for pressing into the side wall of the fitting groove.
A method for providing a digital instrument panel for a motor vehicle, the method comprising storing a plurality of predefined digital instrument panel configurations, wherein a digital instrument panel configuration defines at least - one or more user interface, Ul, components for conveying a respective piece of vehicle information to be included in the respective digital instrument panel, - appearance of said one or more UI components in the respective digital instrument panel, and - an activation event that defines a condition that causes selection of the respective instrument panel configuration; selecting an active instrument panel configuration from said plurality of predefined digital instrument panel configurations in dependence of respective activation events defined for the plurality of predefined digital instrument panel configurations; displaying, in a display means arranged in a dashboard of the motor vehicle, a digital instrument panel in accordance with the active instrument panel configuration; and creating a user-defined instrument panel configuration and storing the created user-defined instrument panel configuration as one of the plurality of predefined digital instrument panel configurations, said creating comprising receiving, via a user input means provided in the motor vehicle, a user selection concerning ∘ one or more UI components from a set of a plurality of available predefined UI components for inclusion in the digital instrument panel, ∘ appearance of said one or more user-selected UI components in the digital instrument panel, and ∘ an activation event that defines a condition that is arranged to cause selection of the user-defined digital instrument panel configuration. - one or more user interface, Ul, components for conveying a respective piece of vehicle information to be included in the respective digital instrument panel, - appearance of said one or more UI components in the respective digital instrument panel, and - an activation event that defines a condition that causes selection of the respective instrument panel configuration; ∘ one or more UI components from a set of a plurality of available predefined UI components for inclusion in the digital instrument panel, ∘ appearance of said one or more user-selected UI components in the digital instrument panel, and ∘ an activation event that defines a condition that is arranged to cause selection of the user-defined digital instrument panel configuration.