mhurhangee/ep-ind-claims huggingface dataset:
A system for determining the position of objects in an irradiation room for radiation therapy, comprising a plurality of room lasers (18, 20, 22, 24) arranged in the irradiation room which are each designed to project at least one laser line on the surface of a patient located in the irradiation room on a patient table for patient positioning, moreover comprising at least one camera (34, 36) that is designed to detect at least one laser line projected onto the surface of the patient by at least one of the room lasers (18, 20, 22, 24), and comprising an evaluation and control apparatus that is designed to ascertain by a real-time triangulation method the coordinate points along the laser line projected onto the surface of the patient during an irradiation process based on the measured values detected by the camera (34, 36) and to compare them with target coordination points for patient positioning, wherein the control and evaluation apparatus moreover comprises a memory apparatus in which the coordinate points determined during the irradiation process are saved for documenting the irradiation process, characterized in that at least one of the room lasers (18, 20, 22, 24) projects a laser line onto the surface of the radiation device in the irradiation room, wherein at least one camera (34, 36) is designed to detect the laser line projected by the at least one room laser (18, 20, 22, 24) on the surface of the radiation device, and wherein the evaluation and control device is designed to ascertain by a real-time triangulation method the coordinate points along the laser line projected onto the surface of the radiation device during an irradiation process based on the measured values detected by the camera (34, 36), wherein the evaluation and control apparatus is further designed to save the coordinate points determined during the irradiation process along the laser line projected onto the surface of the radiation device in the memory apparatus for documenting the irradiation process.
A method of manufacturing a fork carriage (30, 130, 230) comprising: providing a fork-supporting bar having first and second fork-receiving hooks (202, 204), wherein the second fork-receiving hook is of a larger size than the first fork-receiving hook; based on a size of one or more forks (140A, 140B) desired to be mounted on the fork-supporting bar, positioning the fork-supporting bar such that one of the first and second fork-receiving hooks (202, 204) corresponding to the size of the one or more forks (140A, 140B) is located outwardly to receive the one or more forks (140A, 140B) on the one fork-receiving hook (202, 204); characterised in that the method comprises coupling a reinforcement bar (50, 150, 250) to a first side of the fork-supporting bar opposite a second side near the one fork-receiving hook. providing a fork-supporting bar having first and second fork-receiving hooks (202, 204), wherein the second fork-receiving hook is of a larger size than the first fork-receiving hook; based on a size of one or more forks (140A, 140B) desired to be mounted on the fork-supporting bar, positioning the fork-supporting bar such that one of the first and second fork-receiving hooks (202, 204) corresponding to the size of the one or more forks (140A, 140B) is located outwardly to receive the one or more forks (140A, 140B) on the one fork-receiving hook (202, 204); characterised in that the method comprises coupling a reinforcement bar (50, 150, 250) to a first side of the fork-supporting bar opposite a second side near the one fork-receiving hook.
A method, in an intermediate node of a data network that comprises one or more virtual local area networks, VLANs, the intermediate node containing a forwarding database comprising one or more forwarding database entries, the method comprising the steps of: determining an actual number of forwarding database entries in the forwarding database associated with each VLAN; establishing a media access control, MAC, limit database within the intermediate node, the MAC limit database comprising one or more MAC limit database entries wherein each MAC limit entry is associated with a particular VLAN and contains a MAC limit that indicates a maximum number of forwarding database entries which are allowed to be associated with the particular VLAN, a MAC count that indicates the actual number of forwarding database entries associated with the particular VLAN, and an action field that contains an identifier of at least one of a set of predefined actions to be taken for the particular VLAN if the MAC count for the particular VLAN matches the MAC limit for the particular VLAN; using the MAC limit database to determine if a MAC count associated with the particular VLAN matches the MAC limit associated with the particular VLAN; and if so, performing the predefined action identified by the identifier in the action field for controlling flooding of packets on the particular VLAN. determining an actual number of forwarding database entries in the forwarding database associated with each VLAN; establishing a media access control, MAC, limit database within the intermediate node, the MAC limit database comprising one or more MAC limit database entries wherein each MAC limit entry is associated with a particular VLAN and contains a MAC limit that indicates a maximum number of forwarding database entries which are allowed to be associated with the particular VLAN, a MAC count that indicates the actual number of forwarding database entries associated with the particular VLAN, and an action field that contains an identifier of at least one of a set of predefined actions to be taken for the particular VLAN if the MAC count for the particular VLAN matches the MAC limit for the particular VLAN; using the MAC limit database to determine if a MAC count associated with the particular VLAN matches the MAC limit associated with the particular VLAN; and if so, performing the predefined action identified by the identifier in the action field for controlling flooding of packets on the particular VLAN.
A control system for use in a smart kitchen including a kitchen device, comprising: a master module having control over a slave module through wireless technology; and the slave module is configured to associate with the kitchen device and to collect information therefrom, the slave module being in-built with the kitchen device; the master module is configured to exercise remote control over the slave module based on instructions provided to the master module and information collected from the slave module; and, the slave module includes a timer for keeping time when the kitchen device is to perform a function based on instructions from the master module, wherein, upon interruption of the remote control from the master module, the slave module is configured to maintain the performed function of the kitchen device according to the timer; characterized in that, the master module is in wireless communication with a mobile device; and the smart kitchen is at a location defined by predetermined parameters within which the mobile device is connected to the system via a router of the master module and outside which the mobile device is connected to the system via cloud of the master module, an alert is sent to the mobile device when location of the mobile device exceeds the predetermined parameters and after status of the slave device is taken into consideration. a master module having control over a slave module through wireless technology; and the slave module is configured to associate with the kitchen device and to collect information therefrom, the slave module being in-built with the kitchen device; the master module is configured to exercise remote control over the slave module based on instructions provided to the master module and information collected from the slave module; and, the slave module includes a timer for keeping time when the kitchen device is to perform a function based on instructions from the master module, wherein, upon interruption of the remote control from the master module, the slave module is configured to maintain the performed function of the kitchen device according to the timer; characterized in that, the master module is in wireless communication with a mobile device; and the smart kitchen is at a location defined by predetermined parameters within which the mobile device is connected to the system via a router of the master module and outside which the mobile device is connected to the system via cloud of the master module, an alert is sent to the mobile device when location of the mobile device exceeds the predetermined parameters and after status of the slave device is taken into consideration.
Method for thermal regeneration of bulk materials that are loaded by absorption and/or adsorption, in which the bulk material passes from top to bottom through a closed multistage regeneration reactor in such manner that the bulk material - is fed into the regeneration reactor, - is passed through indirectly heated regeneration pipes arranged in parallel with heating in a heating stage, - is passed through indirectly cooled cooling pipes arranged in parallel with cooling in a cooling stage, and - is then discharged from the regeneration reactor, characterized in that the heating gas or cooling gas is guided along each individual regeneration and/or cooling pipe or along individual groups of regeneration and cooling pipes between a gas inlet chamber shared by each of the regeneration pipes and/or cooling pipes and a shared gas collection chamber in which a lower pressure prevails than in the gas inlet chamber through gas apertures or jacket pipes which surround the regeneration and/or cooling pipes or groups of regeneration and/or cooling pipes. - is fed into the regeneration reactor, - is passed through indirectly heated regeneration pipes arranged in parallel with heating in a heating stage, - is passed through indirectly cooled cooling pipes arranged in parallel with cooling in a cooling stage, and - is then discharged from the regeneration reactor, characterized in that the heating gas or cooling gas is guided along each individual regeneration and/or cooling pipe or along individual groups of regeneration and cooling pipes between a gas inlet chamber shared by each of the regeneration pipes and/or cooling pipes and a shared gas collection chamber in which a lower pressure prevails than in the gas inlet chamber through gas apertures or jacket pipes which surround the regeneration and/or cooling pipes or groups of regeneration and/or cooling pipes.
A fuel cell system, wherein the system comprises a fuel cell (A,10), at least two gas scrubbing devices (B1,3) and (B2,12), and a device (C,1) for supplying carbon-dioxide contaminated gas to be scrubbed to gas scrubbing device (B1,3) and gas scrubbing device (B2,12), each of gas scrubbing device (B1,3) and gas scrubbing device (B2,12) comprising at least one first opening (a) for allowing gas to enter or exit the scrubbing device, at least one second opening (b) for allowing gas to exit or enter the scrubbing device, one of the at least one first opening (a) and the at least one second opening (b) being connected to the gas inlet or the gas outlet of the fuel cell, and at least one sorbent (c,6,15) that is capable of removing carbon dioxide from the gas and comprises at least one amine and/or hydrotalcite and is arranged in the form of layers which the gas contacts when flowing from the at least one first opening (a) to the at least one second opening (b) or vice versa, and wherein the system is configured such that gas coming from the gas outlet of said fuel cell (A,10) can be used as regenerating gas for carbon dioxide-loaded sorbent (c,15) of gas scrubbing device (B2,12) while gas supplied to gas scrubbing device (B1,3) by device (C,1) for supplying carbon-dioxide contaminated gas to be scrubbed is scrubbed by gas scrubbing device (B1,3) or as regenerating gas for carbon dioxide-loaded sorbent (c,6) of gas scrubbing device (B1,3) while gas supplied to gas scrubbing device (B2,12) by device (C, 1) for supplying carbon-dioxide contaminated gas to be scrubbed is scrubbed by gas scrubbing device (B2,12).
A moisture detection element comprising: an insulating substrate of an insulating material; an application part which is formed on the insulating substrate and configured to be connected to a power supply for applying a voltage to the application part; and an output part which is formed on the insulating substrate and configured to output a voltage signal in response to a current flowing through an electric path via water molecules adhering to a surface of the insulating substrate under the voltage applied to the application part, characterized in that a plurality of conductive parts which are electrically insulated from the application part and the output part, are provided on the insulating substrate, and an insulation of an insulating material is provided on the upper surfaces of the application part, the output part and the plurality of conductive parts but not on their respective side surfaces. an insulating substrate of an insulating material; an application part which is formed on the insulating substrate and configured to be connected to a power supply for applying a voltage to the application part; and an output part which is formed on the insulating substrate and configured to output a voltage signal in response to a current flowing through an electric path via water molecules adhering to a surface of the insulating substrate under the voltage applied to the application part, characterized in that a plurality of conductive parts which are electrically insulated from the application part and the output part, are provided on the insulating substrate, and an insulation of an insulating material is provided on the upper surfaces of the application part, the output part and the plurality of conductive parts but not on their respective side surfaces.
Storage device for a dispensing device, with multiple separate and pre-metered doses of the formulation in receptacles preferably annularly arranged, wherein the storage device comprises a common carrier, wherein the receptacles are separate parts mounted individually or separately on the carrier, and wherein each receptacle comprises a connecting element for mounting on the carrier and/or the carrier comprises holding elements for holding the receptacles, characterized in that the carrier supports the receptacle fixedly and in form-fit manner, and that the receptacles are mounted on the carrier by snapping.
A multiplex assay composition comprising: A. at least one primer set and probe that specifically amplify and detect at least one ALK fusion gene; B. at least one primer set and probe that specifically amplify and detect at least one RET fusion gene; and C. a primer set and probe that specifically amplify and detect an internal control. A. at least one primer set and probe that specifically amplify and detect at least one ALK fusion gene; B. at least one primer set and probe that specifically amplify and detect at least one RET fusion gene; and C. a primer set and probe that specifically amplify and detect an internal control.
Process for preparing high-reactivity isobutene homo- or copolymers with a content of terminal vinylidene double bonds per polyisobutene chain end of at least 70, preferably at least 75 and very preferably at least 80 mol%, which comprises polymerizing isobutene or an isobutene-comprising monomer mixture in the presence of a hydrocarbyloxy aluminum compound Al(OR a) p (R b) q X r, or mixtures thereof, wherein R a and R b independently of another represent an organic residue of up to 20 carbon atoms, preferably C 1 - to C 20 -alkyl, C 5 - to C 8 -cycloalkyl radical, C 6 - to C 20 -aryl radical or C 7 - to C 20 -arylalkyl radical, X independently of another represents halide, p independently of another represents a rational number of greater than 0 (zero) and less than 3, q independently of another represents a rational number of at least 0 (zero) and less than 3, and r independently of another represents a rational number of at least 0 (zero) and less than 3, with the proviso that the sum of (p + q + r) is always 3, effective as a polymerization catalyst in the presence of at least one donor compound.
An electromotive drive unit (10, 11) for at least one adjustable component of a piece of furniture, which is provided with at least one drive motor, which can be controlled by means of a control unit, and an evaluation unit, the drive motor or specific drive motors respectively comprise a measuring device for measuring the current strength drawn by the respective drive motor and/or the revolution speed produced by the respective drive motor, characterized in that the evaluation unit is provided in such a way that in the case of a deviation of a current-strength or revolution speed value from a predetermined value a controlling intervention is made in the adjusting process in such a way that the adjusting process is terminated, interrupted or reversed for the duration of a predetermined period of time.
A wetting agent for wetting a material for the preparation of pressed material boards, comprising - from 5 to 20 parts by weight of polyols; - from 2 to 10 parts by weight of acylglycerides or acylglyceride derivatives; - from 10 to 30 parts by weight of surfactants; and - water. - from 5 to 20 parts by weight of polyols; - from 2 to 10 parts by weight of acylglycerides or acylglyceride derivatives; - from 10 to 30 parts by weight of surfactants; and - water.
A method of testing a base station apparatus comprising multiple transceiver units coupled to an antenna array, wherein the base station apparatus is configured to support multi-carrier transmission using the multiple transceiver units and wherein the base station apparatus is rated with a respective maximum equivalent isotropic radiated power, EIRP, for each of a predetermined number of simultaneous carriers, the method comprising: transmitting an interfering test signal in one or more transmit bands for the base station apparatus, using the multiple transceiver units and the antenna array, wherein the interfering test signal has a total EIRP at least approximately equal to the sum of the rated maximum EIRPs for the predetermined number of simultaneous carriers; transmitting a desired test signal to the base station apparatus, in a receive band for the base station apparatus, using a test signal generator and a test antenna separate from the base station apparatus; and evaluating (1340, 1350) a receiver sensitivity for the base station apparatus, based on the desired test signal, while the interfering test signal is being transmitted. transmitting an interfering test signal in one or more transmit bands for the base station apparatus, using the multiple transceiver units and the antenna array, wherein the interfering test signal has a total EIRP at least approximately equal to the sum of the rated maximum EIRPs for the predetermined number of simultaneous carriers; transmitting a desired test signal to the base station apparatus, in a receive band for the base station apparatus, using a test signal generator and a test antenna separate from the base station apparatus; and evaluating (1340, 1350) a receiver sensitivity for the base station apparatus, based on the desired test signal, while the interfering test signal is being transmitted.
A solid form of a hydrochloride salt of 3-(5-amino-2-methyl-4-oxo-4 H -quinazolin-3-yl)-piperidine-2,6-dione: having an X-ray powder diffraction pattern comprising peaks at about 8.6, 13.1, 20.5 and 26.3 degrees 2θ.
A stable antioxidant cosmetic formulation for topical use comprising a combination of: (a) green tea extract; (b) one or more additional active agents selected from the group consisting of aroeira (Schinus terebinthifolius) extract, coffee extract, vitamin E, grape seed oligomeric proanthocyanidins, cocoa extract, Castanea sativa seed extract, hydrolyzed Candida saitoana extract and soybean protein; and (c) one or more cosmetically acceptable carriers or accessory ingredients, wherein the formulation comprises 0.1% to 15% of a combination of the green tea extract and the one or more additional active agents, and wherein the formulation comprises 0.1% of green tea extract, 0.25% of aroeira ( Schinus terebinthifolius) extract, and 0.1% of grape seed oligomeric proanthocyanidins. (a) green tea extract; (b) one or more additional active agents selected from the group consisting of aroeira (Schinus terebinthifolius) extract, coffee extract, vitamin E, grape seed oligomeric proanthocyanidins, cocoa extract, Castanea sativa seed extract, hydrolyzed Candida saitoana extract and soybean protein; and (c) one or more cosmetically acceptable carriers or accessory ingredients, wherein the formulation comprises 0.1% to 15% of a combination of the green tea extract and the one or more additional active agents, and wherein the formulation comprises 0.1% of green tea extract, 0.25% of aroeira ( Schinus terebinthifolius) extract, and 0.1% of grape seed oligomeric proanthocyanidins.
A method implemented by one or more processors, the method comprising: training a speaker dependent speech model, SD speech model, based on a trained speaker independent speech model, SI speech model, wherein the SD speech model is personalizable to any user of a corresponding client device, and wherein training the SD speech model comprises: identifying an instance of audio data that captures one or more spoken utterances of a target user; determining a speaker embedding for the target user; generating a noisy instance of audio data by combining the instance of audio data with one or more additional sounds that are not from the target user; processing the instance of audio data using the SI speech model to generate speaker independent output, SI output; processing the noisy instance of the audio data, along with the speaker embedding, using the SD speech model to generate speaker dependent output, SD output; generating a loss based on the SI output and the SD output; and updating one or more portions of the SD speech model based on the generated loss. identifying an instance of audio data that captures one or more spoken utterances of a target user; determining a speaker embedding for the target user; generating a noisy instance of audio data by combining the instance of audio data with one or more additional sounds that are not from the target user; processing the instance of audio data using the SI speech model to generate speaker independent output, SI output; processing the noisy instance of the audio data, along with the speaker embedding, using the SD speech model to generate speaker dependent output, SD output; generating a loss based on the SI output and the SD output; and updating one or more portions of the SD speech model based on the generated loss.
A method for producing an optoelectronic component, comprising the method steps of: A) providing a semiconductor layer sequence having at least one active region, wherein the active region is suitable for emitting electromagnetic radiation during operation, and B) applying (500, 501) at least one layer directly on a first surface (110, 210) of the semiconductor layer sequence by means of an ion assisted application method, wherein the first surface is directly adjacent to the active region, characterized in that the ion assisted application method is reactive ion plating. A) providing a semiconductor layer sequence having at least one active region, wherein the active region is suitable for emitting electromagnetic radiation during operation, and B) applying (500, 501) at least one layer directly on a first surface (110, 210) of the semiconductor layer sequence by means of an ion assisted application method, wherein the first surface is directly adjacent to the active region, characterized in that the ion assisted application method is reactive ion plating.