mhurhangee/ep-ind-claims huggingface dataset:
A device for storing and/or metering a melt product, particularly depilatory wax, comprising: a first upper container (7a, 7b) for receiving the melt product, a first heating device (8a, 8b), which is provided in or on the first upper container, in order to heat the melt product in the first upper container, a first lower container (9a, 9b), which is provided underneath the first upper container (7a, 7b), for receiving the melt product from the first upper container, a second heating device (10a, 10b), which is provided in or on the first lower container (9a, 9b), in order to heat the melt product in the first lower container, and an outlet, which is provided on an underside of the first lower container (9a, 9b), in order to discharge the melt product from the first lower container, wherein at least one outlet cover (21, 22), which is essentially flat and designed for closing the outlet, is provided on the outlet, and wherein the device comprises at least one actuator (24, 25) that is connected to the outlet cover (21, 22) and designed for moving the outlet cover into a first position, in which the outlet cover completely closes the outlet, and into a second position, in which the outlet cover opens up the outlet, in the form of a translational movement (B1, B2) essentially parallel to a plane of the outlet cover. a first upper container (7a, 7b) for receiving the melt product, a first heating device (8a, 8b), which is provided in or on the first upper container, in order to heat the melt product in the first upper container, a first lower container (9a, 9b), which is provided underneath the first upper container (7a, 7b), for receiving the melt product from the first upper container, a second heating device (10a, 10b), which is provided in or on the first lower container (9a, 9b), in order to heat the melt product in the first lower container, and an outlet, which is provided on an underside of the first lower container (9a, 9b), in order to discharge the melt product from the first lower container, wherein at least one outlet cover (21, 22), which is essentially flat and designed for closing the outlet, is provided on the outlet, and wherein the device comprises at least one actuator (24, 25) that is connected to the outlet cover (21, 22) and designed for moving the outlet cover into a first position, in which the outlet cover completely closes the outlet, and into a second position, in which the outlet cover opens up the outlet, in the form of a translational movement (B1, B2) essentially parallel to a plane of the outlet cover.
A frozen composition comprising progeny cells from culture of multiply-passaged cells from an adipose tissue-derived cell suspension and adipose tissue-derived cell secretions, wherein said secretions comprise clarified and/or concentrated media from culture of adipose tissue-derived cells which have arisen as progeny cells or a cell line from prior culturing for use in the treatment of pain in a mammalian subject, wherein the composition is administered to a subject after thawing the composition.
A dual battery system for in a dual manner powering propulsion of an electric vehicle comprising a first electric motor coupled in driving relationship to one or more rear wheels and a second electric motor coupled in driving relationship to one or more front wheels, the dual battery system comprising a first battery and a second battery, wherein the first battery is adapted to provide electric power for driving the first electric motor and the second battery is adapted to provide electric power for driving the second electric motor, characterised in that the dual battery system further comprises a selection receiving unit for receiving, from an interface providing the ability to select between electric power from the first or the second battery, an input signal represented by a user input signal or vehicle route destination input signal, said input signal indicating selection of electric power from the first battery or the second battery.
A method of analyzing a biological or environmental sample for the presence or absence of at least one target microorganism, comprising: preparing a sample; combining the sample with a resin selected to bind to non-target particles in the sample wherein the resin is XAD-4; removing the resin from the sample, the resin carrying the non-target particles therewith; combining the sample with a nucleic acid stain after removing the resin therefrom, wherein the nucleic acid stain permeates and labels the at least one target microorganism; and analyzing the prepared sample, using a flow cytometer. preparing a sample; combining the sample with a resin selected to bind to non-target particles in the sample wherein the resin is XAD-4; removing the resin from the sample, the resin carrying the non-target particles therewith; combining the sample with a nucleic acid stain after removing the resin therefrom, wherein the nucleic acid stain permeates and labels the at least one target microorganism; and analyzing the prepared sample, using a flow cytometer.
Method to mitigate the consequences of an unconfined vapor cloud explosion due to the accidental release of a flammable gas in an open area, wherein: • means capable to release a flame acceleration suppression product are dispersed in said area, • a signal is generated by a detector of said flammable gas release, or by an operator, or by an approaching flame or by the explosion itself, or by any combination thereof, • said signal activates the release of the flame acceleration suppression product in said area and in a sufficient amount to transform the flammable cloud into a mixture of flammable product, air and said flame acceleration suppression product to prevent flame accelerations in an unconfined vapor cloud explosion but to let the flammable product burn in case of ignition, wherein the flame acceleration suppression product is a solid in a powder form. • means capable to release a flame acceleration suppression product are dispersed in said area, • a signal is generated by a detector of said flammable gas release, or by an operator, or by an approaching flame or by the explosion itself, or by any combination thereof, • said signal activates the release of the flame acceleration suppression product in said area and in a sufficient amount to transform the flammable cloud into a mixture of flammable product, air and said flame acceleration suppression product to prevent flame accelerations in an unconfined vapor cloud explosion but to let the flammable product burn in case of ignition,
Pyrotechnic delay device for an ammunition fuse with a pyrotechnic delay element, which after a given delay time ignites a main charge, a propellant charge, or the like, wherein the pyrotechnic delay device is mechanically adjusted, wherein the pyrotechnic delay element is arranged in a hollow cylindrical first housing, which is enclosed at least in a partial region by a second housing, and the first and the second housing (6 and 7) are able to turn relative to each other about a common longitudinal axis, characterized in that a bypass element with a transfer charge is incorporated, so that by rotating the two housings (6, 7) a changing of the delay time is produced by activating or deactivating the bypass element.
Method for providing an item of information by means of a motor vehicle, having the steps: - receiving a request for information via a control centre external to the vehicle, which comprises a server, from a request unit, which is carried out in the form of a further server remote from the control centre, a personal computer or a mobile end device, - for a plurality of motor vehicles: receiving via the control centre a respective position of the motor vehicles continuously, periodically and/or in response to a position request from the control centre, - selecting a motor vehicle from the plurality of motor vehicles according to a predetermined selection criterion, wherein the selection criterion comprises that the motor vehicle is selected on the basis of the position of the motor vehicle, - sending a control signal for controlling a detection device of the selected motor vehicle via the control centre to the selected motor vehicle, - receiving from the detection device of the selected motor vehicle an item of information detected on the basis of the control signal, - transmitting the item of information via the control centre to the request unit, - wherein environmental data are detected as the item of information, wherein the environmental data comprise a temperature as a measurement parameter of an environment of the motor vehicle. - receiving a request for information via a control centre external to the vehicle, which comprises a server, from a request unit, which is carried out in the form of a further server remote from the control centre, a personal computer or a mobile end device, - for a plurality of motor vehicles: receiving via the control centre a respective position of the motor vehicles continuously, periodically and/or in response to a position request from the control centre, - selecting a motor vehicle from the plurality of motor vehicles according to a predetermined selection criterion, wherein the selection criterion comprises that the motor vehicle is selected on the basis of the position of the motor vehicle, - sending a control signal for controlling a detection device of the selected motor vehicle via the control centre to the selected motor vehicle, - receiving from the detection device of the selected motor vehicle an item of information detected on the basis of the control signal, - transmitting the item of information via the control centre to the request unit, - wherein environmental data are detected as the item of information, wherein the environmental data comprise a temperature as a measurement parameter of an environment of the motor vehicle.
A voltage sensor, comprising: a voltage-controlled ring oscillator coupled to a voltage being sensed and comprising a plurality of inverters; a plurality of transition detectors (140, 240, 440), wherein each of the transition detectors is coupled to a different location on the oscillator, and wherein each of the transition detectors is configured to count a number of transitions at the respective location over a time period, wherein each of the transition detectors is coupled to an output of a different one of the inverters; and an adder configured to add the numbers of transitions from the transition detectors to generate an output value that is approximately proportional to the voltage. a voltage-controlled ring oscillator coupled to a voltage being sensed and comprising a plurality of inverters; a plurality of transition detectors (140, 240, 440), wherein each of the transition detectors is coupled to a different location on the oscillator, and wherein each of the transition detectors is configured to count a number of transitions at the respective location over a time period, wherein each of the transition detectors is coupled to an output of a different one of the inverters; and an adder configured to add the numbers of transitions from the transition detectors to generate an output value that is approximately proportional to the voltage.
Method for producing a microstructure component, in which - a metal sheet is guided through the gap between a pair of profile rollers which defines a width direction, which sheet is thereby microstructured, wherein a corrugated profile is produced in the width direction, - a microstructured plate (116, 118, 212, 216, 416, 426) is cut from the microstructured metal sheet, - a solder (220, 412, 418, 422, 428) is applied to an unstructured plate (210, 214, 218, 410, 420), - the microstructured plate (116, 118, 212, 216, 416, 426) and the unstructured plate (210, 214, 218, 410, 420) are put together to form a stack (200, 400) - and the stack (200, 400) is connected by means of vacuum soldering. - a metal sheet is guided through the gap between a pair of profile rollers which defines a width direction, which sheet is thereby microstructured, wherein a corrugated profile is produced in the width direction, - a microstructured plate (116, 118, 212, 216, 416, 426) is cut from the microstructured metal sheet, - a solder (220, 412, 418, 422, 428) is applied to an unstructured plate (210, 214, 218, 410, 420), - the microstructured plate (116, 118, 212, 216, 416, 426) and the unstructured plate (210, 214, 218, 410, 420) are put together to form a stack (200, 400) - and the stack (200, 400) is connected by means of vacuum soldering.
De-icer for airplanes, comprising a self-propelled vehicle provided with a lifting device in the form of a first boom, said boom having connected thereto a spraying platform via a connection mechanism maintaining a horizontal position of the platform floor, whereby a spray gun is mountable on the platform and connected to a tank assembly arranged adjacent to and to the rear of the rear wheel axle, including de-icing and/or anti-icing fluid tanks, heating means for the fluids, and corresponding pumps and piping connecting the pumps and the spray gun characterized in by the first boom pivoting around a base-near pivot adjacent to the rear wheel axle and being active in a longitudinal vertical plane forward of the pivot.
A touch sensor integrated type display device comprising: a plurality of first electrodes (Tx1, Tx2) each including a plurality of first electrode patterns (Tx11, Tx12, Tx13), which are connected through a plurality of first bottlenecks (Tb), the plurality of first electrodes being arranged in a first direction; a plurality of first electrode resistance reducing wires (Tc11a, Tc12a, Tc13a) configured to contact the plurality of first electrode patterns (Tx11, Tx12, Tx13) and pass through the first bottlenecks (Tb); and a plurality of second electrodes (Rx1, Rx2) arranged in a second direction crossing the first direction, wherein the plurality of first electrode patterns (Tx11, Tx12, Tx13) and the plurality of second electrodes (Rx1, Rx2) are alternately disposed, wherein at least one unit pixel electrode (Px) is disposed corresponding to each of the plurality of first electrode patterns; and characterized in that each of the first electrode resistance reducing wires (Tc11a, Tc12a, Tc13a) does not cross at least one of the second electrodes (Rx1, Rx2), and the first electrode is absent at a position where the respective first electrode resistance reducing wire (Tc11a, Tc12a, Tc13a) does not cross at least one of the second electrodes (Rx1, Rx2). a plurality of first electrodes (Tx1, Tx2) each including a plurality of first electrode patterns (Tx11, Tx12, Tx13), which are connected through a plurality of first bottlenecks (Tb), the plurality of first electrodes being arranged in a first direction; a plurality of first electrode resistance reducing wires (Tc11a, Tc12a, Tc13a) configured to contact the plurality of first electrode patterns (Tx11, Tx12, Tx13) and pass through the first bottlenecks (Tb); and a plurality of second electrodes (Rx1, Rx2) arranged in a second direction crossing the first direction, wherein the plurality of first electrode patterns (Tx11, Tx12, Tx13) and the plurality of second electrodes (Rx1, Rx2) are alternately disposed, wherein at least one unit pixel electrode (Px) is disposed corresponding to each of the plurality of first electrode patterns; and characterized in that each of the first electrode resistance reducing wires (Tc11a, Tc12a, Tc13a) does not cross at least one of the second electrodes (Rx1, Rx2), and the first electrode is absent at a position where the respective first electrode resistance reducing wire (Tc11a, Tc12a, Tc13a) does not cross at least one of the second electrodes (Rx1, Rx2).
A memory storage system, comprising: a plurality of memory systems connected by a data network, each memory system comprising a plurality of memory modules in communication with a memory controller; the plurality of memory systems configured to store data received by one of the plurality of memory systems in a RAID group; memory modules selected from two or more memory systems of the plurality of memory systems, where the selected memory modules are associated with the RAID group, wherein memory modules of the RAID group spanning the two or more memory systems are associated with timing frames comprising a plurality of epochs of time, the start of each epoch for a memory module of the RAID group being controlled such that either a read operation or at least one of a write or an erase operation is performed by the memory module in an epoch for the RAID group and the erase or write operations are scheduled in another epoch in the same RAID group such that no two memory modules in the RAID group are performing a write or erase operation at the same epoch of time so that the data stored in the modules of the RAID group can be read without a conflict between read operations and either erase or write operations; and wherein each of the plurality of memory systems has a separate time determining module and the time determining modules of the plurality of memory systems are synchronized with each other such that the conflict between read and either erase or write operations is avoided. a plurality of memory systems connected by a data network, each memory system comprising a plurality of memory modules in communication with a memory controller; the plurality of memory systems configured to store data received by one of the plurality of memory systems in a RAID group; memory modules selected from two or more memory systems of the plurality of memory systems, where the selected memory modules are associated with the RAID group, wherein memory modules of the RAID group spanning the two or more memory systems are associated with timing frames comprising a plurality of epochs of time, the start of each epoch for a memory module of the RAID group being controlled such that either a read operation or at least one of a write or an erase operation is performed by the memory module in an epoch for the RAID group and the erase or write operations are scheduled in another epoch in the same RAID group such that no two memory modules in the RAID group are performing a write or erase operation at the same epoch of time so that the data stored in the modules of the RAID group can be read without a conflict between read operations and either erase or write operations; and wherein each of the plurality of memory systems has a separate time determining module and the time determining modules of the plurality of memory systems are synchronized with each other such that the conflict between read and either erase or write operations is avoided.
A method for load balancing a service discovery mechanism in a Distributed Hash Table based Peer-to-Peer (P2P) overlay network, the overlay network including plural peers among which peers that provide services are service providers and peers that use the services are service clients, the method being characterized by: implementing the service discovery mechanism in the DHT P2P overlay network for finding a service provider that provides a desired service, wherein the service discovery mechanism uses a tree for the desired service with record structures corresponding to the service providers for the desired service; adding a maximum capacity parameter C max and a currently used capacity parameter C current to a record structure in the tree, wherein the maximum capacity and the currently used capacity parameters are associated with a respective one of the service providers for the desired service; and removing, from the tree, a record structure of a service provider contacted by service clients, when the currently used capacity of the service provider reaches a predetermined capacity, so that the service provider is not contacted by other service clients. implementing the service discovery mechanism in the DHT P2P overlay network for finding a service provider that provides a desired service, wherein the service discovery mechanism uses a tree for the desired service with record structures corresponding to the service providers for the desired service; adding a maximum capacity parameter C max and a currently used capacity parameter C current to a record structure in the tree, wherein the maximum capacity and the currently used capacity parameters are associated with a respective one of the service providers for the desired service; and removing, from the tree, a record structure of a service provider contacted by service clients, when the currently used capacity of the service provider reaches a predetermined capacity, so that the service provider is not contacted by other service clients.
A tetracarboxylic dianhydride of formula: wherein A is an optionally substituted divalent aromatic group wherein the aromatic ring has 6-30 carbon atoms, and R 1 each independently is H or C 1-10 -alkyl.
Process for the production of concrete components, in which carbon fibers pre-stressed by means of tensioning or fibers resilient to tensile forces of at least one textile structure formed from carbon fibers are embedded in a concrete matrix, wherein at least one textile structure which is formed with carbon fiber bundles is inserted into a molding tool, wherein the carbon fiber bundles are inserted into two receiving elements arranged at two diametrical end faces of the molding tool, which are arranged on, supported against or connectable to the end walls of the molding tool, through apertures each at a distance from each other, so that cavities within the receiving element are filled with a fast-curing viscous composition on mineral basis or a fast-curing polymer, and after curing of the composition or polymer, tensile forces act on at least one end face with a tensioning device in the longitudinal axial direction of the carbon fiber bundles on one or both receiving element(s) and, with the tensile forces acting, the interior of the molding tool is subsequently completely filled with viscous concrete, and after curing of the concrete, the tensile forces of the pre-stressed carbon fiber bundles are largely transferred to the cured concrete and the concrete component is then demolded, characterized in that during filling of the cavities in the receiving element and until after curing of the composition or the polymer, compressive forces are exerted perpendicular to the tension direction on at least two diametrically opposite sides of the receiving element. the carbon fiber bundles are inserted into two receiving elements arranged at two diametrical end faces of the molding tool, which are arranged on, supported against or connectable to the end walls of the molding tool, through apertures each at a distance from each other, so that cavities within the receiving element are filled with a fast-curing viscous composition on mineral basis or a fast-curing polymer, and after curing of the composition or polymer, tensile forces act on at least one end face with a tensioning device in the longitudinal axial direction of the carbon fiber bundles on one or both receiving element(s) and, with the tensile forces acting, the interior of the molding tool is subsequently completely filled with viscous concrete, and after curing of the concrete, the tensile forces of the pre-stressed carbon fiber bundles are largely transferred to the cured concrete and the concrete component is then demolded, characterized in that during filling of the cavities in the receiving element and until after curing of the composition or the polymer, compressive forces are exerted perpendicular to the tension direction on at least two diametrically opposite sides of the receiving element.