mhurhangee/ep-ind-claims huggingface dataset:
A replaceable fluid container for an engine comprising: a reservoir for holding a fluid; a fluid coupling adapted to provide fluidic communication between the reservoir and a fluid circulation system of an engine; and a data provider arranged such that positioning the container to permit fluidic communication between the reservoir and the fluid circulation system of the engine arranges the data provider for data communication with an engine control device of the engine. a reservoir for holding a fluid; a fluid coupling adapted to provide fluidic communication between the reservoir and a fluid circulation system of an engine; and a data provider arranged such that positioning the container to permit fluidic communication between the reservoir and the fluid circulation system of the engine arranges the data provider for data communication with an engine control device of the engine.
A method of forming an article, the method comprising: providing a composition comprising from 1 weight percent to 100 weight percent of a recycled thermoplastic composition; and forming an article comprising the composition, wherein said recycled thermoplastic composition comprises a thermoplastic material and a plurality of optical elements or fragments thereof that are dispersed therein, and wherein the optical elements or the fragments thereof do not impart an optical effect to the article. providing a composition comprising from 1 weight percent to 100 weight percent of a recycled thermoplastic composition; and forming an article comprising the composition, wherein said recycled thermoplastic composition comprises a thermoplastic material and a plurality of optical elements or fragments thereof that are dispersed therein, and wherein the optical elements or the fragments thereof do not impart an optical effect to the article.
Position measurement device comprising - a measurement transducer for performing a position measurement and - at least one memory, in which parameter data defining an active configuration, with which the position measurement device is operable, are stored, wherein data and commands are stored in the memory of the position measurement device by means of which at least one further configuration, with which the position measurement device can be operated, is activated, characterized in that, for activating said further configuration, a programming unit having a processor is connectable to the position measurement device and, for activating said further configuration, commands to the position measurement device, which are assigned to said further configuration of the position measurement device and which are stored in the memory of the position measurement device, are able to be executed with the processor. - a measurement transducer for performing a position measurement and - at least one memory, in which parameter data defining an active configuration, with which the position measurement device is operable, are stored, wherein data and commands are stored in the memory of the position measurement device by means of which at least one further configuration, with which the position measurement device can be operated, is activated, characterized in that, for activating said further configuration, a programming unit having a processor is connectable to the position measurement device and, for activating said further configuration, commands to the position measurement device, which are assigned to said further configuration of the position measurement device and which are stored in the memory of the position measurement device, are able to be executed with the processor. wherein data and commands are stored in the memory of the position measurement device by means of which at least one further configuration, with which the position measurement device can be operated, is activated, characterized in that, for activating said further configuration, a programming unit having a processor is connectable to the position measurement device and, for activating said further configuration, commands to the position measurement device, which are assigned to said further configuration of the position measurement device and which are stored in the memory of the position measurement device, are able to be executed with the processor.
A peptide D-Arg-2',6'-Dmt-Lys-Phe-NH 2 or a pharmaceutically acceptable salt thereof, for use in treating Leigh syndrome, Alpers' disease, ataxia-neuropathy disorders, or progressive external ophthalmoplegia in a subject in need thereof wherein-the peptide reduces or ameliorates at least one symptom of the disease.
A capture-tool, adapted to suction tissue, comprising: a rigid, tubular extension having a proximal end, a distal end, and a channel therethrough that is attachable to a vacuum source; a linear vacuum arm having one end attached to the distal end of the extension, the vacuum arm being attached to the extension at an angle, the vacuum arm having an internal conduit therein that is continuous with the channel, a viewing surface directed towards the proximal end of the extension and a supporting surface; two or more ports in the supporting surface connected to the internal conduit such that, when a vacuum is created in the channel and internal conduit by the vacuum source, a low pressure area is formed at the ports that can suction tissue against the ports to be supported by the supporting surface. a rigid, tubular extension having a proximal end, a distal end, and a channel therethrough that is attachable to a vacuum source; a linear vacuum arm having one end attached to the distal end of the extension, the vacuum arm being attached to the extension at an angle, the vacuum arm having an internal conduit therein that is continuous with the channel, a viewing surface directed towards the proximal end of the extension and a supporting surface; two or more ports in the supporting surface connected to the internal conduit such that, when a vacuum is created in the channel and internal conduit by the vacuum source, a low pressure area is formed at the ports that can suction tissue against the ports to be supported by the supporting surface.
A remote exposure control device for X-ray imaging, the remote exposure control device being configured to be paired and to communicate with a pairing device in a digital radiography system so as to send communication data to the pairing device, the remote exposure control device comprising: a power source module, a processing module electrically connected to the power source module, and a communication module electrically connected to the power source module, wherein the processing module is configured to, after receiving a trigger signal, generate a control instruction and control the communication module to send the control instruction to the pairing device so as to change a working state of the pairing device, the control instruction is configured to awaken the pairing device from a sleeping state or a power-off state to an exposure stand-by state, the remote exposure control device further comprising a sensing module electrically connected to the processing module and configured to send the trigger signal to the processing module, characterized in that the sensing module comprises an acceleration sensor configured to generate the trigger signal after sensing movement of the remote exposure control device. a power source module, a processing module electrically connected to the power source module, and a communication module electrically connected to the power source module, wherein the processing module is configured to, after receiving a trigger signal, generate a control instruction and control the communication module to send the control instruction to the pairing device so as to change a working state of the pairing device, the control instruction is configured to awaken the pairing device from a sleeping state or a power-off state to an exposure stand-by state, the remote exposure control device further comprising a sensing module electrically connected to the processing module and configured to send the trigger signal to the processing module, characterized in that the sensing module comprises an acceleration sensor configured to generate the trigger signal after sensing movement of the remote exposure control device.
An occlusion crossing device comprising: an outer shaft; an inner shaft extending within the outer shaft, the inner shaft including a drill tip at a distal end thereof; an optical fiber extending within the inner shaft substantially along a central axis of the inner shaft, a distal tip of the optical fiber is attached to the drill tip; and a handle, wherein the handle is attached to the inner shaft and the outer shaft and configured to rotate the inner shaft and drill tip at speeds of greater than 500 rpm, characterized in that the inner shaft and optical fiber are removable from the outer shaft, and in that the outer shaft includes an articulating feature configured to allow the outer shaft to bend, the articulating feature activated by moving the inner shaft along the central axis relative to the outer shaft. an outer shaft; an inner shaft extending within the outer shaft, the inner shaft including a drill tip at a distal end thereof; an optical fiber extending within the inner shaft substantially along a central axis of the inner shaft, a distal tip of the optical fiber is attached to the drill tip; and a handle, wherein the handle is attached to the inner shaft and the outer shaft and configured to rotate the inner shaft and drill tip at speeds of greater than 500 rpm, characterized in that the inner shaft and optical fiber are removable from the outer shaft, and in that the outer shaft includes an articulating feature configured to allow the outer shaft to bend, the articulating feature activated by moving the inner shaft along the central axis relative to the outer shaft.
A drawer device (1, 20, 40, 50) provided to a storage device including a plurality of shelves for loading and unloading an article (FOUP) through an opening that opens forward to draw the article (FOUP) forward from each of the shelves through the opening, the drawer device comprising: a supporting member (2a, 2b, 21a, 21b, 41, 51) configured to be inserted in a gap under the article (FOUP) loaded on any of the shelves characterized in that the supporting member (2a, 2b, 21a, 21b, 41, 51) is configured to be fixed to the shelf, and in that the drawer device (1, 20, 40, 50) further comprises a lifting member (4a, 4b, 24a, 24b, 42, 52) provided to the supporting member (2a, 2b, 21a, 21b, 41, 51), configured to switch between a first height position and a second height position, where the first height position enables insertion of the supporting member (2a, 2b, 21a, 21b, 41, 51) into the gap and the second height position allows the lifting member (4a, 4b, 24a, 24b, 42, 52) to lift the article higher than the first height position, and configured to slide the article (FOUP) toward the front of the shelf at the second height position. a supporting member (2a, 2b, 21a, 21b, 41, 51) configured to be inserted in a gap under the article (FOUP) loaded on any of the shelves characterized in that the supporting member (2a, 2b, 21a, 21b, 41, 51) is configured to be fixed to the shelf, and in that the drawer device (1, 20, 40, 50) further comprises a lifting member (4a, 4b, 24a, 24b, 42, 52) provided to the supporting member (2a, 2b, 21a, 21b, 41, 51), configured to switch between a first height position and a second height position, where the first height position enables insertion of the supporting member (2a, 2b, 21a, 21b, 41, 51) into the gap and the second height position allows the lifting member (4a, 4b, 24a, 24b, 42, 52) to lift the article higher than the first height position, and configured to slide the article (FOUP) toward the front of the shelf at the second height position.
A crash detection arrangement, to be installed in a motor vehicle, for detecting a crash and providing a control signal for controlling a safety device in the event that a crash is detected, the arrangement comprising an accelerometer and a control unit, the accelerometer being arranged to supply a signal to the control unit which is indicative of the acceleration of the vehicle, characterised by the control unit being adapted to: calculate a classification parameter based on the value of the signal from the accelerometer during a classification time period, which includes an interval of time before an initiation criterion was fulfilled; modify a crash evaluation algorithm in dependence upon the classification parameter; and perform the crash evaluation algorithm upon fulfilment of the initiation criterion to produce the control signal. calculate a classification parameter based on the value of the signal from the accelerometer during a classification time period, which includes an interval of time before an initiation criterion was fulfilled; modify a crash evaluation algorithm in dependence upon the classification parameter; and perform the crash evaluation algorithm upon fulfilment of the initiation criterion to produce the control signal.
A system for managing at least one storage device having volumes between which stored data is transferable, comprising: a management server; and a management client, wherein the management server is arranged to register, for transfer between the volumes of a certain data of the stored data, a data transfer history including a transferer volume ID identifying a volume from which the certain data has been transferred, a transferee volume ID identifying a volume to which the certain data has been transferred, a data transfer start time, and a data transfer end time, and to generate a data-oriented performance history including performance values for the volumes storing the certain data, wherein the management server is arranged to cause the management client to display a graph of the performance values included in the data-oriented performance history, the data transfer start time and the data transfer end time, and wherein the management server is arranged to cause the management client to display the transferer volume ID with a part of the graph corresponding to before the data transfer start time, and to display the transferee volume ID with another part of the graph corresponding to after the data transfer end time. a management server; and a management client, wherein the management server is arranged to register, for transfer between the volumes of a certain data of the stored data, a data transfer history including a transferer volume ID identifying a volume from which the certain data has been transferred, a transferee volume ID identifying a volume to which the certain data has been transferred, a data transfer start time, and a data transfer end time, and to generate a data-oriented performance history including performance values for the volumes storing the certain data, wherein to register, for transfer between the volumes of a certain data of the stored data, a data transfer history including a transferer volume ID identifying a volume from which the certain data has been transferred, a transferee volume ID identifying a volume to which the certain data has been transferred, a data transfer start time, and a data transfer end time, and a transferer volume ID identifying a volume from which the certain data has been transferred, a transferee volume ID identifying a volume to which the certain data has been transferred, a data transfer start time, and a data transfer end time, and to generate a data-oriented performance history including performance values for the volumes storing the certain data, wherein the management server is arranged to cause the management client to display a graph of the performance values included in the data-oriented performance history, the data transfer start time and the data transfer end time, and wherein the management server is arranged to cause the management client to display the transferer volume ID with a part of the graph corresponding to before the data transfer start time, and to display the transferee volume ID with another part of the graph corresponding to after the data transfer end time.
A method for producing an antimicrobial furniture coating, said coating having an antimicrobial paint surface which comprises one or more paint or lacquer layers, said method comprising - admixing silver (Ag) into the paint or lacquer, - applying one or more layers of paint or lacquer onto a furniture surface, characterized in that the method comprises - admixing silver into the paint or lacquer in situ, i.e. essentially a moment before application, such that after the mixing and application, at least the topmost lacquer or paint layer contains silver, and the amount of silver is 0,001-0,6% by weight, preferably 0,003-0,3% by weight, calculated from the coating's dry weight, and - admixing the silver into the paint or lacquer in such a ratio that when one or more applied paint layers have dried, the coating comprises silver in a substantially homogeneously distributed form, such that any selected square centimeter size area of coating comprises silver within the selected range of 0,001-30 μg/cm 2, preferably 0,03-20 μg/cm 2. - admixing silver (Ag) into the paint or lacquer, - applying one or more layers of paint or lacquer onto a furniture surface, - admixing silver into the paint or lacquer in situ, i.e. essentially a moment before application, such that after the mixing and application, at least the topmost lacquer or paint layer contains silver, and the amount of silver is 0,001-0,6% by weight, preferably 0,003-0,3% by weight, calculated from the coating's dry weight, and - admixing the silver into the paint or lacquer in such a ratio that when one or more applied paint layers have dried, the coating comprises silver in a substantially homogeneously distributed form, such that any selected square centimeter size area of coating comprises silver within the selected range of 0,001-30 μg/cm 2, preferably 0,03-20 μg/cm 2.
A communication method, comprising: sending, by a first base station, first data to a user equipment, UE, according to first data allocation information based on a UE category of the UE; and instructing, by the first base station, a second base station to send, according to second data allocation information based on the UE category, second data to the UE; wherein a total amount of the first data sent by the first base station and the second data sent by the second base station to the UE does not exceed a total amount of data that can be received by the UE according to the UE category. sending, by a first base station, first data to a user equipment, UE, according to first data allocation information based on a UE category of the UE; and instructing, by the first base station, a second base station to send, according to second data allocation information based on the UE category, second data to the UE; wherein a total amount of the first data sent by the first base station and the second data sent by the second base station to the UE does not exceed a total amount of data that can be received by the UE according to the UE category.
A gas flow reversing element for the use of a gas supply under excess pressure, in particular oxygen, for selectively generating a gas flow from or to a line connector which can in particular be connected to an airway of a patient, said gas flow reversing element being designed as a main piece with a branching piece, the main piece connecting a pressure connector, for connection to the gas supply, to at least one closable outlet opening, and the branching piece connecting the main piece to the line connector, characterized in that a nozzle, particularly an injector nozzle, is configured and arranged in the main piece in such a way that, by a gas flow flowing in the main piece from the pressure connector through the nozzle to the outlet opening, with the outlet opening opened, a gas flow can also be generated in the branching piece in the direction of the outlet opening, and in that, from the branching piece as far as the outlet opening, the main piece has a flow cross section that is substantially constant or that increases in the direction of the outlet opening.
A method of encapsulating biological material in a 3-dimensional hydrogel matrix, said method comprising: providing a hydrogel precursor solution, said solution comprising a non-alginate hydrogel precursor compound, an optional hydrogel crosslinking agent, said biological material, and a divalent cation selected from the group consisting of calcium, barium, strontium, and combinations thereof, dispersed or dissolved in a solvent system; combining said hydrogel precursor solution with alginate to yield core/shell microparticles, each core/shell microparticle comprising an alginate shell and a liquid core comprising said hydrogel precursor solution; crosslinking said hydrogel precursor compound in said liquid core to yield core/shell crosslinked microparticles, each core/shell crosslinked microparticle comprising said alginate shell and a core comprising a 3-dimensional hydrogel matrix and said biological material, said biological material being entrapped in said hydrogel matrix; and removing said alginate shell to yield self-sustaining hydrogel microbeads, each hydrogel microbead comprising said 3-dimensional hydrogel matrix and biological material entrapped therein. providing a hydrogel precursor solution, said solution comprising a non-alginate hydrogel precursor compound, an optional hydrogel crosslinking agent, said biological material, and a divalent cation selected from the group consisting of calcium, barium, strontium, and combinations thereof, dispersed or dissolved in a solvent system; combining said hydrogel precursor solution with alginate to yield core/shell microparticles, each core/shell microparticle comprising an alginate shell and a liquid core comprising said hydrogel precursor solution; crosslinking said hydrogel precursor compound in said liquid core to yield core/shell crosslinked microparticles, each core/shell crosslinked microparticle comprising said alginate shell and a core comprising a 3-dimensional hydrogel matrix and said biological material, said biological material being entrapped in said hydrogel matrix; and removing said alginate shell to yield self-sustaining hydrogel microbeads, each hydrogel microbead comprising said 3-dimensional hydrogel matrix and biological material entrapped therein.
A recipient for preparing and/or heating food, comprising a bottom and vertical edges made out of a foil of a woven heat-resistant glass fibre material which is covered and/or impregnated with a heat-resistant, not electrically conductive anti-stick material, wherein near or at the top side of the vertical edges of the foil of the recipient, along the entire periphery a reinforcing and heat-resistant rigid element is permanently present, wherein the edge of the foil is folded outwards around said element at the outside and extends to the bottom of the recipient such that the foil covers the rigid element and that a double layered side wall is formed on each vertical edge, and wherein the foil is welded together such that the element is fastened to the glass fibre foil in a loop-shaped border of the foil.