mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, the electronic device comprising: at least one sensor comprising at least one of a proximity sensor, a fingerprint recognition sensor, a heart rate sensor or a touch screen panel; a wireless charging module configured to charge the electronic device by using power obtained from an external device; and a processor functionally connected to the at least one sensor and the wireless charging module, wherein the processor is configured to check charging state information of the wireless charging module; characterized in that the at least one sensor comprises at least one of said proximity sensor, said fingerprint recognition sensor, and said heart rate sensor and the processor is further configured to provide a notification when both the charging state information corresponds to a predetermined condition and it is determined that the electronic device is not used by a user by determining that data recognition through the at least one sensor does not occur; and/or wherein the at least one sensor comprises said touch screen panel and the processor is further configured to provide a notification when both the charging state information corresponds to a predetermined condition and it is determined that the electronic device is not used by a user by a touch input on the touch screen panel not being detected. at least one sensor comprising at least one of a proximity sensor, a fingerprint recognition sensor, a heart rate sensor or a touch screen panel; a wireless charging module configured to charge the electronic device by using power obtained from an external device; and a processor functionally connected to the at least one sensor and the wireless charging module, wherein the processor is configured to check charging state information of the wireless charging module; characterized in that the at least one sensor comprises at least one of said proximity sensor, said fingerprint recognition sensor, and said heart rate sensor and the processor is further configured to provide a notification when both the charging state information corresponds to a predetermined condition and it is determined that the electronic device is not used by a user by determining that data recognition through the at least one sensor does not occur; and/or wherein the at least one sensor comprises said touch screen panel and the processor is further configured to provide a notification when both the charging state information corresponds to a predetermined condition and it is determined that the electronic device is not used by a user by a touch input on the touch screen panel not being detected.
Air filter having an air filter housing and an air filter element, wherein the air filter housing features a first airflow aperture (130, 140) and an air filter element receptacle, and wherein the air filter element is realized with an inflow surface, an outflow surface, a filter medium and a support structure, wherein the filter medium extends between the inflow surface and the outflow surface, wherein the filter medium is attached laterally to the support structure between the inflow surface and the outflow surface, wherein the support structure features in its extension surface a return offset, in particular in the shape of an indentation, in the direction of the inflow surface and the outflow surface, wherein the filter medium is a folded filter medium formed by folds, wherein the folds feature each a first folding leave and a second folding leave which adjoin each a fold edge with a folding leave edge (231, 241; 232, 242) and the first folding leaves of adjacent folds are substantially parallel to each other, wherein the first and second folding leaves extend between the inflow surface and the outflow surface, wherein the support structure laterally supports the folding leaves (230, 240) at the folding leave edges (233, 243) not adjacent to folding leave edges of respective adjacent filter leaves, and wherein the air filter element receptacle features a holding surface receptacle, wherein the holding surface receptacle is in contact with at least one area of the support structure so as to transmit a holding force, characterized in that the outflow surface is allocated to the return offset, and the outflow surface features a shape corresponding with at least one part of the return offset of the support structure by providing a plurality of folds with varying fold depth so that a free volume is formed, and that a resonator is disposed inside the housing body in front of the outflow opening in such a way that it is located in the free volume at the outflow surface of the air filter element.
Duplexer comprising a transmit filter and a receive filter, wherein - the transmit filter includes series-connected basic elements each having an electroacoustic resonator and; - the transmit filter includes impedance transducers connected in series between the basic elements, - the receive filter includes series-connected basic elements each having an electroacoustic resonator and; - the receive filter includes impedance transducers connected in series between the basic elements, - the impedance converters in the transmit filter are impedance inverters, - the resonators of the basic elements in the transmit filter are only series resonators, - the impedance converters in the receive filter are admittance inverters, - the resonators of the basic elements in the receive filter are only parallel resonators, and - at least one of the resonators in the transmit filter and one of the resonators in the receive filter are tunable. - the transmit filter includes series-connected basic elements each having an electroacoustic resonator and; - the transmit filter includes impedance transducers connected in series between the basic elements, - the receive filter includes series-connected basic elements each having an electroacoustic resonator and; - the receive filter includes impedance transducers connected in series between the basic elements, - the impedance converters in the transmit filter are impedance inverters, - the resonators of the basic elements in the transmit filter are only series resonators, - the impedance converters in the receive filter are admittance inverters, - the resonators of the basic elements in the receive filter are only parallel resonators, and - at least one of the resonators in the transmit filter and one of the resonators in the receive filter are tunable.
An application execution method comprising the steps of: connecting to a first wireless network having a first Service Set ID (SSID) in which to search for an entity with which to execute an application jointly; searching for a wireless communication terminal already connected to the first wireless network; requesting the wireless communication terminal from which terminal information is received as a result of a search to execute the application jointly; connecting to a second wireless network having a second, different, SSID determined based on terminal information of at least one of the connecting entities in which to execute the application if a reply indicating acceptance is received from the entity; and starting the application in the second wireless network. connecting to a first wireless network having a first Service Set ID (SSID) in which to search for an entity with which to execute an application jointly; searching for a wireless communication terminal already connected to the first wireless network; requesting the wireless communication terminal from which terminal information is received as a result of a search to execute the application jointly; connecting to a second wireless network having a second, different, SSID determined based on terminal information of at least one of the connecting entities in which to execute the application if a reply indicating acceptance is received from the entity; and starting the application in the second wireless network.
A flexible wax composition, comprising: 20 wt% to 45 wt% monoacylglycerides, 28 wt% to 40 wt% diacylglycerides, and 10 wt% to 45 wt% acylglyceride polymers, wherein the acylglyceride polymers are compounds containing one or more dimerized fatty acid residue and a plurality of glycerol moieties. 20 wt% to 45 wt% monoacylglycerides, 28 wt% to 40 wt% diacylglycerides, and 10 wt% to 45 wt% acylglyceride polymers, wherein the acylglyceride polymers are compounds containing one or more dimerized fatty acid residue and a plurality of glycerol moieties.
A foldable device, comprising: a first housing; a second housing; a hinge assembly coupled with the first housing and the second housing; and a flexible display accommodated in the first housing and the second housing; wherein the hinge assembly comprises: a first bracket coupled with the first housing and configured to rotate about a first axis; a second bracket coupled with the second housing and configured to rotate about a second axis; characterized in that the hinge assembly further includes: a first arm portion coupled with the first bracket; a second arm portion coupled with the second bracket; and a support portion disposed between the first arm portion and the second arm portion, wherein the support portion is configured to support at least one region of the flexible display when the foldable device is in an unfolded state, and wherein the support portion is configured to be moved in a second direction opposite to the flexible display, while the foldable device is being changed from the unfolded state to a folded state. a first housing; a second housing; a hinge assembly coupled with the first housing and the second housing; and a flexible display accommodated in the first housing and the second housing; wherein the hinge assembly comprises: a first bracket coupled with the first housing and configured to rotate about a first axis; a second bracket coupled with the second housing and configured to rotate about a second axis; a first bracket coupled with the first housing and configured to rotate about a first axis; a second bracket coupled with the second housing and configured to rotate about a second axis; characterized in that the hinge assembly further includes: a first arm portion coupled with the first bracket; a second arm portion coupled with the second bracket; and a support portion disposed between the first arm portion and the second arm portion, a first arm portion coupled with the first bracket; a second arm portion coupled with the second bracket; and a support portion disposed between the first arm portion and the second arm portion, wherein the support portion is configured to support at least one region of the flexible display when the foldable device is in an unfolded state, and wherein the support portion is configured to be moved in a second direction opposite to the flexible display, while the foldable device is being changed from the unfolded state to a folded state.
A media transport system for detecting metallic objects in media to be input into the media transport system, comprising: an input tray configured to hold media to be fed into the media transport system; one or more rollers configured to convey the media from the input tray and along a medium transport path, the one or more rollers driven by one or more motors; one or more induction sensors positioned proximate to the medium transport path, wherein the one or more induction sensors are configured to detect presence of metallic material and output a metallic detection signal; a processing unit in communication with the induction sensor, the processing unit configured to receive the metallic detection signal and further configured to analyze the signals and determine whether the media contains a metallic obj ect; at least one microphone (200a, 200b) located along the medium transport path, the at least one microphone (200a, 200b) configured to detect the sound of the medium being transported and produce a signal representing the sound; characterized in that the processing unit further configured to detect the presence of a medium jam in the media transport system based on the signal representing the sound, and wherein the processing unit is configured to disable the motors from reversing direction in response to a detected medium jam when the media contains a metallic object. an input tray configured to hold media to be fed into the media transport system; one or more rollers configured to convey the media from the input tray and along a medium transport path, the one or more rollers driven by one or more motors; one or more induction sensors positioned proximate to the medium transport path, wherein the one or more induction sensors are configured to detect presence of metallic material and output a metallic detection signal; a processing unit in communication with the induction sensor, the processing unit configured to receive the metallic detection signal and further configured to analyze the signals and determine whether the media contains a metallic obj ect; at least one microphone (200a, 200b) located along the medium transport path, the at least one microphone (200a, 200b) configured to detect the sound of the medium being transported and produce a signal representing the sound; characterized in that the processing unit further configured to detect the presence of a medium jam in the media transport system based on the signal representing the sound, and wherein the processing unit is configured to disable the motors from reversing direction in response to a detected medium jam when the media contains a metallic object.
A method for preparing a pathogen inactivation treatment-ready blood product comprising: providing a container system 10 comprising an interim container 12, a liquid synthetic medium container 16, and a excess fluid container wherein said medium container 16 and said excess fluid container 14 are in flow communication with said interim container 12; providing a source container 26 including a quantity of an apheresis derived blood component, separate from the container system 10; placing said source container 26 and said interim container 12 in flow communication, transferring said blood component to said interim container 12; centrifuging said interim container 12 to substantially separate said blood component into said blood component 64 and separated excess plasma 62; determining the amount of the separated excess plasma 62remaining with said blood component 64; transferring a selected amount of said separated excess plasma 62 to said excess fluid container 14; combining a selected quantity of said blood component 64 with a selected quantity of said synthetic medium within said interim container 12 to provide a blood product consisting essentially of a blood component and a pre-selected ratio of separated excess plasma 62to synthetic medium, said product being suitable for subsequent and downstream pathogen inactivation treatment by addition of a photochemical compound and treatment of said product with light. providing a container system 10 comprising an interim container 12, a liquid synthetic medium container 16, and a excess fluid container wherein said medium container 16 and said excess fluid container 14 are in flow communication with said interim container 12; providing a source container 26 including a quantity of an apheresis derived blood component, separate from the container system 10; placing said source container 26 and said interim container 12 in flow communication, transferring said blood component to said interim container 12; centrifuging said interim container 12 to substantially separate said blood component into said blood component 64 and separated excess plasma 62; determining the amount of the separated excess plasma 62remaining with said blood component 64; transferring a selected amount of said separated excess plasma 62 to said excess fluid container 14; combining a selected quantity of said blood component 64 with a selected quantity of said synthetic medium within said interim container 12 to provide a blood product consisting essentially of a blood component and a pre-selected ratio of separated excess plasma 62to synthetic medium, said product being suitable for subsequent and downstream pathogen inactivation treatment by addition of a photochemical compound and treatment of said product with light.
A fuel manifold for distributing fuel to a gas turbine engine comprising: a plurality of interconnected manifold segments, each manifold segment extending between a pair of fuel injector inlet fittings, each manifold segment including: a fuel liner defining an internal fuel passage therethrough fluidly connecting a pair of hose fitting inserts; a wire braid layer surrounding the fuel liner; a crimp collar outboard of the wire braid layer; a fire sleeve outboard of the crimp collar and surrounding the wire braid layer; and a flexible thermal shield outboard of the fire sleeve, wherein an insulation space in the form of an insulative gap is defined between the fire sleeve and the thermal shield to provide thermal isolation from conditions external to the insulation space and thermal shield, wherein the thermal shield includes a stripwound metal hose comprising coils and an overlapping portion of each coil of the stripwound metal hose includes a seal in the form of helical wire packing, wherein the stripwound metal hose is connected at each end to a respective one of said hose fitting inserts by a threaded nut, the threaded nut having internal threads which intermesh with the coils of the stripwound metal hose and additional threads which attach the nut to the hose fitting insert which has corresponding threads. a fuel liner defining an internal fuel passage therethrough fluidly connecting a pair of hose fitting inserts; a wire braid layer surrounding the fuel liner; a crimp collar outboard of the wire braid layer; a fire sleeve outboard of the crimp collar and surrounding the wire braid layer; and a flexible thermal shield outboard of the fire sleeve, wherein an insulation space in the form of an insulative gap is defined between the fire sleeve and the thermal shield to provide thermal isolation from conditions external to the insulation space and thermal shield, wherein the thermal shield includes a stripwound metal hose comprising coils and an overlapping portion of each coil of the stripwound metal hose includes a seal in the form of helical wire packing, wherein the stripwound metal hose is connected at each end to a respective one of said hose fitting inserts by a threaded nut, the threaded nut having internal threads which intermesh with the coils of the stripwound metal hose and additional threads which attach the nut to the hose fitting insert which has corresponding threads.
Tyre-building machine for use in the first building stage of a two-stage tyre-building process, having - a receiving shaft for receiving a tyre-building drum (26, 28, 38), - a first tyre-building drum (26, 28) which is configured to be used in the production of a tyre carcass according to a first building method, wherein the production of the tyre carcass using the first tyre-building drum (26, 28) is realized in the shoulder method, and - a second tyre-building drum which is configured to be used in the production of a tyre carcass according to a second building method, wherein the production of the tyre carcass using the second tyre-building drum is realized in the flat-drum method; characterized in that the first tyre-building drum (26, 28) and the second tyre-building drum are mountable on the receiving shaft individually and without the in each case other tyre-building drum (26, 28, 38), so that the tyre-building machine is able to be used for producing a tyre carcass according to the first building method and for producing a tyre carcass according to the second building method. - a receiving shaft for receiving a tyre-building drum (26, 28, 38), - a first tyre-building drum (26, 28) which is configured to be used in the production of a tyre carcass according to a first building method, wherein the production of the tyre carcass using the first tyre-building drum (26, 28) is realized in the shoulder method, and - a second tyre-building drum which is configured to be used in the production of a tyre carcass according to a second building method, wherein the production of the tyre carcass using the second tyre-building drum is realized in the flat-drum method;
A photovoltaic device, said photovoltaic device comprising: a panel comprising: a first conductive layer, wherein the first conductive layer comprises a first patterning so as to form a plurality of first electrodes; a semi-conductive layer disposed over and in electrical communication with the first conductive layer; and a second conductive layer disposed over and in electrical communication with the semi-conductive layer, wherein the second conductive layer comprises a second patterning so as to form a plurality of second electrodes; wherein the panel is arranged so as to extend around a central axis with a region of one of the first and second conductive layers disposed radially outwardly of a corresponding region of the other of the first and second conductive layers; and characterised in that: the first patterning comprises separation of the first electrodes axially and the second patterning comprises separation of the second electrodes azimuthally. a first conductive layer, wherein the first conductive layer comprises a first patterning so as to form a plurality of first electrodes; a semi-conductive layer disposed over and in electrical communication with the first conductive layer; and a second conductive layer disposed over and in electrical communication with the semi-conductive layer, wherein the second conductive layer comprises a second patterning so as to form a plurality of second electrodes; wherein the panel is arranged so as to extend around a central axis with a region of one of the first and second conductive layers disposed radially outwardly of a corresponding region of the other of the first and second conductive layers; and characterised in that: the first patterning comprises separation of the first electrodes axially and the second patterning comprises separation of the second electrodes azimuthally.
A dental implant with a ceramic base body that can be anchored in a jawbone, and an implant abutment that can be attached to the base body, and a screw for securing the implant abutment to the base body, wherein, in an assembled state of the dental implant, a threaded portion of the screw engages in an internal thread that is formed in a blind bore of the base body, and wherein the implant abutment is pressed by the screw against the base body, characterized in that the engagement between the threaded portion of the screw and the internal thread of the blind bore takes place exclusively in a lower half of the base body, which lower half faces away from the implant abutment, and that the implant abutment and/or the base body are/is manufactured by means of powder injection molding processes.