mhurhangee/ep-ind-claims huggingface dataset:
A method for diagnosing a home appliance, comprising: collecting consumed electric power information of the home appliance by a power measuring part of a smart plug connected to the home appliance; transmitting, by the smart plug, the collected electric power information to an external server; and receiving operation state information of the home appliance analyzed from the external server by the home appliance, characterized in that the method further comprises receiving, by the home appliance, a request for a self-diagnosis from the external server or a terminal which is able to communicate with the home appliance; performing, by the home appliance, the self-diagnosis using a diagnostic part, wherein the request for a self-diagnosis is generated based on an analysis of the consumed collected electric power value of the home appliance, the smart plug comprises a power cutting part which cuts electric power by operating a switch when a dangerous situation detecting signal is received from the home appliance, and the dangerous situation detecting signal is a signal which is received from the home appliance when a first control part of the home appliance determines that an abnormal situation occurs in the home appliance. collecting consumed electric power information of the home appliance by a power measuring part of a smart plug connected to the home appliance; transmitting, by the smart plug, the collected electric power information to an external server; and receiving operation state information of the home appliance analyzed from the external server by the home appliance, characterized in that the method further comprises receiving, by the home appliance, a request for a self-diagnosis from the external server or a terminal which is able to communicate with the home appliance; performing, by the home appliance, the self-diagnosis using a diagnostic part, wherein the request for a self-diagnosis is generated based on an analysis of the consumed collected electric power value of the home appliance, the smart plug comprises a power cutting part which cuts electric power by operating a switch when a dangerous situation detecting signal is received from the home appliance, and the dangerous situation detecting signal is a signal which is received from the home appliance when a first control part of the home appliance determines that an abnormal situation occurs in the home appliance.
A composite, comprising: a topping rubber composition having a fatty acid content of 0.8% by mass or less; and an adherend plated with a copper-containing layer, wherein not more than 0.8% by mass of fatty acids are attached to a surface of the adherenc, wherein the fatty acid content and amount is determined as described herein. a topping rubber composition having a fatty acid content of 0.8% by mass or less; and an adherend plated with a copper-containing layer, wherein not more than 0.8% by mass of fatty acids are attached to a surface of the adherenc, wherein the fatty acid content and amount is determined as described herein.
A computer implemented process for providing an operating program in the form of a mobile application (MAPP) that is executable on a mobile device for interactions such as operation, monitoring, configuration and/or diagnosis, with an application program of an automation device for the operation and/or monitoring of a machine or installation, characterized by the fact, that the mobile application (MAPP) is generated from an application description of the application program of the automation device; wherein the application description of the application program is loaded in an application generator system (APPGS); wherein the application description is analyzed as regards its structure and its contents, and is broken down in segments; wherein component descriptions (UICD, DCD, FCD, STCD) are created out of the segments of the application description, and the component-descriptions (UICD, DCD, FCD, STCD) are selected by a user, which are necessary for the interaction of the mobile application with the application program running on the automation device, wherein the component descriptions (UICD, DCD, FCD, STCD) are analyzed as regards the application-specific software artifacts (ADSI) and/or mobile-device-specific software artifacts, including at least deployment rules or dependency (MDEP); wherein the application-specific software artifacts (EOBJ, EMOD, ECOM, ESERV) necessary for the automatic generation of the mobile application (MAPP) and/or the mobile-device-specific software artifacts (MDSR, MDEP) necessary for the automatic generation of the mobile application (MAPP) are selected and are downloaded from storage (DS1, DS2); wherein application components (MUIC, MDC, MFC, MSTC) are created from the selected and loaded application-specific software artifacts (EOBJ, EMOD, ECOM, ESERV) and/or the selected and loaded mobile-device-specific software artifacts (MDR, MDEP) and wherein a source code for the mobile application, executable on the mobile device, is generated out of the application components (MUIC, MDC, MFC, MSTC).
Composition comprising an alpha 7 nicotinic acetylcholine receptor (nAChR) agonist for use in treatment of cognitive impairments, psychotic and/or neurodegenerative disorders or increasing the cognitive skills of an individual in a selected patient population, wherein the alpha-7 nAChR agonist is -3-(6-p-tolyl-pyridin-3-yloxy)-1-aza-bicyclo[2.2.2]octane, wherein the patient population is selected on the basis of having at least one indicative SNP of the human cytochrome P450 1A2 ( CYP1A2), and wherein the selected patients are homozygous for the indicative CYP1A2 SNP rs2069514-A/A (SEQ ID NO. 1) or corresponding indicative CYP1A2 SNP haplotypes, or heterozygous for the indicative CYP1A2 SNP rs2069514-A/G or corresponding indicative CYP1A2 SNP haplotypes.
Device for reinforcing, sealing or damping a structural element (12, 14) in a motor vehicle, comprising: a support having a fastening element for prefixing the device in the structural element (12, 14); and an expandable adhesive arranged on the support for connecting the support to the structural element (12, 14); wherein the fastening element is arranged on an elevation of the support, wherein the elevation is raised from a surrounding surface of the support, and wherein the expandable adhesive is arranged at least partially around said elevation on the surrounding surface of the support, wherein the fastening element is configured as a clip, wherein the clip for prefixing the device in the structural element (12, 14) is able to be latched in an opening in the structural element (12, 14), characterized in that the clip on an axis has a first wing (6.1), a second wing (6.2) and a base, and in that this axis is substantially parallel to a side surface (3.3) of the elevation that does not have an overhang or undercut. a support having a fastening element for prefixing the device in the structural element (12, 14); and an expandable adhesive arranged on the support for connecting the support to the structural element (12, 14); wherein the fastening element is arranged on an elevation of the support, wherein the elevation is raised from a surrounding surface of the support, and wherein the expandable adhesive is arranged at least partially around said elevation on the surrounding surface of the support, wherein the fastening element is configured as a clip, wherein the clip for prefixing the device in the structural element (12, 14) is able to be latched in an opening in the structural element (12, 14), characterized in that the clip on an axis has a first wing (6.1), a second wing (6.2) and a base, and in that this axis is substantially parallel to a side surface (3.3) of the elevation that does not have an overhang or undercut.
A method of differentiating a population of pluripotent stem cells into a population of lung cells, the method comprising: a) inducing a pluripotent stem cell into a definitive endoderm cell; b) inducing the definitive endoderm cell into an anterior foregut endoderm cell; c) inducing the anterior foregut endoderm cell into a lung cell by culturing the anterior foregut endoderm cell in a differentiation medium comprising fibroblast growth factor -10 (FGF-10), epidermal growth factor, Wnt3a, keratinocyte growth factor, and retinoic acid, in order to induce the anterior foregut endoderm cell into a lung cell, wherein the lung cell is an alveolar epithelial type II cell, and wherein the differentiation medium does not comprise BMP4; and d) expanding said alveolar epithelial type II cell into a population of alveolar epithelial type II cells, thereby differentiating the population of stem cells into the population of lung cells. a) inducing a pluripotent stem cell into a definitive endoderm cell; b) inducing the definitive endoderm cell into an anterior foregut endoderm cell; c) inducing the anterior foregut endoderm cell into a lung cell by culturing the anterior foregut endoderm cell in a differentiation medium comprising fibroblast growth factor -10 (FGF-10), epidermal growth factor, Wnt3a, keratinocyte growth factor, and retinoic acid, in order to induce the anterior foregut endoderm cell into a lung cell, wherein the lung cell is an alveolar epithelial type II cell, and wherein the differentiation medium does not comprise BMP4; and d) expanding said alveolar epithelial type II cell into a population of alveolar epithelial type II cells, thereby differentiating the population of stem cells into the population of lung cells.
- A cooking utensil for cooking food under pressure including a vessel, a lid, and a bayonet-fitting locking system, said utensil including a lid subassembly that includes both said lid and a support attached to said lid in such a manner that said lid can pivot relative to said support between two positions corresponding respectively to an unlocking configuration and to a locking configuration of said lid subassembly, the lid subassembly in the unlocking configuration and the vessel being designed to be united in at least one predetermined relative arrangement enabling said bayonet-fitting locking system to lock the lid to the vessel by the lid being pivoted in order to cause the lid subassembly to go from its unlocking configuration to its locking configuration, said utensil including a control member for controlling the locking/unlocking, which member is attached to said support in such a manner as to be movable relative to said support between a locking position and an unlocking position, said utensil being characterized in that it includes a transformation device for transforming the movement of the control member into pivoting of the lid relative to the support so that said locking and unlocking positions correspond respectively to said locking and unlocking configurations, said control member being shaped to be capable of being taken hold of manually in order to enable the lid subassembly to be manipulated via it, said control member being connected mechanically to the support so that said lid subassembly being lifted manually, via the control member, against the weight of said lid subassembly, causes the control member to be urged back into its unlocking position under the effect of said weight of the lid subassembly.
A belt buckle assembly, especially for a seat belt system in a motor vehicle, comprising a belt buckle and a plug-in tongue being lockable within the belt buckle by means of a locking mechanism, wherein an ejector of the locking mechanism of the belt buckle interacting with the plug-in tongue inside the belt buckle and the plug-in tongue at a locking portion interacting inside the belt buckle with the locking mechanism of the belt buckle exhibit design features which enable the plug-in tongue to be locked in the belt buckle only at one of at least two possible orientations of the plug-in tongue in the belt buckle, wherein the component of the locking mechanism is an ejector; and wherein the locking portion includes a through opening, characterized in that the locking mechanism includes a latch which is automatically passed through the through opening for locking when the plug-in tongue is inserted sufficiently far into the belt buckle.
A mass spectrometer comprising: a gas phase ion-neutral reaction device, wherein said gas phase ion-neutral reaction device is arranged and adapted to perform gas phase hydrogen-deuterium exchange; and a control system for controlling said gas phase ion-neutral reaction device; said control system is arranged and adapted to automatically and repeatedly vary the residence time of ions within said gas phase ion-neutral reaction device so that in a first mode of operation ions are arranged to have a relatively long average residence time T1 so that at least some parent or precursor ions are caused to become deuterated within said gas phase ion-neutral reaction device and wherein in said second mode of operation ions are arranged to have a relatively short, non-zero residence time T2 so that substantially fewer or no parent or precursor ions are caused to become deuterated within said gas phase ion-neutral reaction device; and wherein said control system is arranged and adapted to switch either said gas phase ion-neutral reaction device or said mass spectrometer back and forth between said first and second modes of operation at least once every 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9 or 1 seconds. a gas phase ion-neutral reaction device, wherein said gas phase ion-neutral reaction device is arranged and adapted to perform gas phase hydrogen-deuterium exchange; and a control system for controlling said gas phase ion-neutral reaction device; said control system is arranged and adapted to automatically and repeatedly vary the residence time of ions within said gas phase ion-neutral reaction device so that in a first mode of operation ions are arranged to have a relatively long average residence time T1 so that at least some parent or precursor ions are caused to become deuterated within said gas phase ion-neutral reaction device and wherein in said second mode of operation ions are arranged to have a relatively short, non-zero residence time T2 so that substantially fewer or no parent or precursor ions are caused to become deuterated within said gas phase ion-neutral reaction device; and wherein said control system is arranged and adapted to switch either said gas phase ion-neutral reaction device or said mass spectrometer back and forth between said first and second modes of operation at least once every 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9 or 1 seconds.
A method by a user equipment, UE, the method comprising: receiving, from a cell, a radio access network, RAN, notification area, RNA, configuration, when the UE is in a radio resource control inactive, RRC_INACTIVE, state; transitioning to an RRC_IDLE state when the UE fails to find a suitable cell and camps on an acceptable cell; and discarding the RNA configuration that comprises at least one of a list of tracking area identities, IDs, and a list of RAN area IDs in response to the transitioning from the RRC_INACTIVE state to the RRC_IDLE state. receiving, from a cell, a radio access network, RAN, notification area, RNA, configuration, when the UE is in a radio resource control inactive, RRC_INACTIVE, state; transitioning to an RRC_IDLE state when the UE fails to find a suitable cell and camps on an acceptable cell; and discarding the RNA configuration that comprises at least one of a list of tracking area identities, IDs, and a list of RAN area IDs in response to the transitioning from the RRC_INACTIVE state to the RRC_IDLE state.
Method for producing moulds or cores, wherein a moulding compound or sand and at least one binding agent which at least predominantly is inorganic, water soluble, and/or hygroscopic, are mixed by means of a mixing device, and wherein this mixture with the aid of an infeed installation is fed to at least one sand storage unit of a core or mould production device, characterized in that the mixture-free region of the mixing device is at least temporarily kept humidified or humid and/or the mixture-free region of the infeed installation that is located between the mixing device and the core or mould production device is kept humidified or humid.
Heat exchanger, comprising a hollow central body which is received in a housing and defines an inner channel for a first medium, wherein a space surrounding the central body in the housing defines at least one outer channel for a second medium, wherein the central body has on either side parts protruding from a main plane thereof and the central body comprises at least two substantially parallel profiled plates connected locally to each other, characterized in that the parts protruding from the main plane of the central body are connected to mutually opposite parts of the housing, wherein the protruding parts bound the outer channel such that the outer channel has a meandering form substantially parallel to the main plane of the central body.
A system for expanding stem cells from a crude biopsy, comprising a cell-culture-bag and a perfusion apparatus, wherein the cell-culture-bag, comprises: outer walls; a chamber located within the walls; a first inlet and first and second outlets (19, 22) located at one end of the bag; and a filter arrangement (42, 44) integral to the cell-culture-bag and associated with the first and second outlets, wherein the filter arrangement (42, 44) is constructed to allow passage of red blood cells and block passage of stem cells from the first outlet, and block passage of microcarriers from the second outlet, wherein the filter arrangement (42, 44) filters the fluid path from the chamber to the first outlet with a fine mesh of 8-20μm, wherein the filter arrangement filters (42, 44) the fluid path from the chamber to the second outlet with a coarse mesh of 50-100μm; and the perfusion apparatus is connected to the first inlet and the first and second outlets for performing seeding, expansion, harvesting and collection operations on stem cells placed within the chamber; wherein the perfusion apparatus comprises a roller system capable of continuously varying the working volume of the chamber.
Gas turbine with at least one burner, with a combustion chamber, a combustion chamber internal space and a combustion chamber wall and a row of turbine blades, arranged downstream of the combustion chamber, with a first turbine guide vane row, wherein the burner comprises a burner insert which attaches the burner to the combustion chamber wall, wherein the burner insert has a combustion chamber insert wall and wherein the combustion chamber insert wall is mounted upstream of the combustion chamber internal space, and wherein the burner comprises at least one admixed fuel lance which is supplied with admixed fuel during admixed fuel operation and which, in operation without admixed fuel, is formed as a dummy fuel lance, characterized in that when the burner is operated with admixed fuel, at least one optical sensor is arranged on or adjacent to the combustion chamber insert wall, and/or during operation without admixed fuel at least one optical sensor is arranged in the dummy fuel lance, such that, by virtue of the arrangement of the optical sensor, the first turbine guide vane row can be monitored.
An airbag deployment apparatus, comprising: - an airbag deployment device configured to deploy an airbag in a collision event; - a sensor device (104, 108) configured to detect an object (110, 202) situated in a vehicle seat (102, 204); - a camera device configured to capture image information related to the object (110, 202) situated in the vehicle seat (102, 204) in response to receiving a signal from the sensor device (104, 108); and - a processor device configured to activate the airbag deployment device upon determining, from the captured image information, that the object (110, 202) situated in the vehicle seat (102, 204) is a person meeting one or more airbag activation thresholds, characterized in that the airbag deployment apparatus is configured to receive from a service provider an indication of the activation thresholds. - an airbag deployment device configured to deploy an airbag in a collision event; - a sensor device (104, 108) configured to detect an object (110, 202) situated in a vehicle seat (102, 204); - a camera device configured to capture image information related to the object (110, 202) situated in the vehicle seat (102, 204) in response to receiving a signal from the sensor device (104, 108); and - a processor device configured to activate the airbag deployment device upon determining, from the captured image information, that the object (110, 202) situated in the vehicle seat (102, 204) is a person meeting one or more airbag activation thresholds,
A device for collecting and stabilizing a biological sample, the device comprising: (a) a housing (102, 602) comprising an open end portion (108, 608) an closed end portion (110, 610), and an interior space; (b) a retainer (104, 604) insertable into the interior space of the housing, the retainer comprising a vessel (114, 614) for receiving a solution and a penetrable seal for enclosing the solution within the vessel; (c) a collector (106, 606) removably engagable with the open end portion of the housing and capable of sealingly closing the open end portion of the housing, the collector comprising an absorbent member for collecting the biological sample, wherein, when the collector is engaged with the open end portion of the housing, the absorbent member is received in the housing and the collector breaks the penetrable seal of the retainer that has been inserted into the interior space of the housing and propels the solution to flow through the absorbent member, thereby releasing the biological sample from the absorbent member and facilitating mixing of the biological sample with the solution, and characterized in that the vessel has an open top, and a closed bottom with an inwardly recessed central portion toward the open top or a protrusion protruding from a central portion of the closed bottom toward the open top, wherein the inwardly recessed central portion or the protrusion of the closed bottom of the vessel compresses the absorbent member when the collector is engaging or engaged with the open end portion of the housing, thereby squeezing the biological sample out of the absorbent member. (a) a housing (102, 602) comprising an open end portion (108, 608) an closed end portion (110, 610), and an interior space; (b) a retainer (104, 604) insertable into the interior space of the housing, the retainer comprising a vessel (114, 614) for receiving a solution and a penetrable seal for enclosing the solution within the vessel; (c) a collector (106, 606) removably engagable with the open end portion of the housing and capable of sealingly closing the open end portion of the housing, the collector comprising an absorbent member for collecting the biological sample,
Method for testing the tyre pressure of a vehicle having at least one vehicle wheel and a vehicle body which is resiliently supported on the vehicle wheel which comprises a gas-filled tyre and stands, with said tyre, on a substrate, characterized in that - the vehicle body is loaded with an additional mass and is thereby excited to perform a mechanical vibration relative to the substrate, and - a response signal characterizing the mechanical vibration is measured and analysed, thereby determining at least one response value (ω_max, F_max) that characterizes the current gas pressure in the tyre. - the vehicle body is loaded with an additional mass and is thereby excited to perform a mechanical vibration relative to the substrate, and - a response signal characterizing the mechanical vibration is measured and analysed, thereby determining at least one response value (ω_max, F_max) that characterizes the current gas pressure in the tyre.