mhurhangee/ep-ind-claims huggingface dataset:
A lighting apparatus, comprising: a substrate having a lighting region, an outer region, and a contact region; an organic light emitting device on the substrate in the lighting region, the organic light emitting device including a first electrode, an organic light emitting layer, and a second electrode; wherein an organic light emitting material forming the organic light emitting layer is deposited on the entire surface of the substrate, and a step structure on the substrate in the outer region and comprising a tapered bank layer having side walls that slope outwardly from an upper surface to a lower surface of the bank layer, optionally wherein the organic light emitting layer is positioned on the step structure in the outer region, the organic light emitting layer being disconnected along the side walls of the step structure, wherein the step structure disconnects the organic light emitting layer between the outer region and the lighting region. a substrate having a lighting region, an outer region, and a contact region; an organic light emitting device on the substrate in the lighting region, the organic light emitting device including a first electrode, an organic light emitting layer, and a second electrode; wherein an organic light emitting material forming the organic light emitting layer is deposited on the entire surface of the substrate, and a step structure on the substrate in the outer region and comprising a tapered bank layer having side walls that slope outwardly from an upper surface to a lower surface of the bank layer, optionally wherein the organic light emitting layer is positioned on the step structure in the outer region, the organic light emitting layer being disconnected along the side walls of the step structure, wherein the step structure disconnects the organic light emitting layer between the outer region and the lighting region.
A control device of an engine comprising: a means that calculates efficiency of the engine; a means that calculates combustion stability of the engine; characterized in further comprising a means that determines an HC discharged quantity at the time of engine start based on efficiency of the engine and combustion stability of the engine; and a means that executes notification when the efficiency of the engine and the combustion stability of the engine do not fall in a predetermined region A1, wherein the predetermined region A1 is a range of the efficiency of the engine and the combustion stability of the engine wherein the HC discharged quantity at the time of engine start and until the activation of a catalyst is detected is a predetermined value or less. a means that calculates efficiency of the engine; a means that calculates combustion stability of the engine; characterized in further comprising a means that determines an HC discharged quantity at the time of engine start based on efficiency of the engine and combustion stability of the engine; and a means that executes notification when the efficiency of the engine and the combustion stability of the engine do not fall in a predetermined region A1, wherein the predetermined region A1 is a range of the efficiency of the engine and the combustion stability of the engine wherein the HC discharged quantity at the time of engine start and until the activation of a catalyst is detected is a predetermined value or less.
A transmission having a housing, having an input shaft for coupling in a mechanical power and having an output shaft for decoupling the mechanical power, wherein the rotational speed of the output shaft is variable with respect to the rotational speed of the input shaft in shifting stages and under load, and having a plurality of components having two planetary stages (5, 6) and comprising a sun gear (13, a planetary spider (14, 17), and an annulus gear (15, 16, 18), and wherein - a power split is provided that is configured to split the couplable mechanical power to at least two different components of the planetary stages (5, 6): - wherein shift elements (7, 9, 11) are set up such that, as part of the power split, the input shaft can be selectively brought into engagement with the at least two different components of the planetary stages (5, 6) by means of the shift elements (7, 9, 11); wherein a first planetary stage and a second planetary stage are set up, with the annulus gear of the first planetary stage and the sun gear of the second planetary stage being rotationally fixedly connected to one another and forming an intermediate element; wherein - the first planetary stage and the second planetary stage are set up as lying in one another; and - the planetary spider of the first planetary stage is connected to the input shaft by means of a first coupling, in particular a shift pawl, characterized in that - the sun gear of the first planetary stage is connected to the input shaft by means of a freewheel clutch; and - the annulus gear of the second planetary stage is connected to the input shaft by means of a second coupling, in particular a shift pawl. - a power split is provided that is configured to split the couplable mechanical power to at least two different components of the planetary stages (5, 6): - wherein shift elements (7, 9, 11) are set up such that, as part of the power split, the input shaft can be selectively brought into engagement with the at least two different components of the planetary stages (5, 6) by means of the shift elements (7, 9, 11); wherein a first planetary stage and a second planetary stage are set up, with the annulus gear of the first planetary stage and the sun gear of the second planetary stage being rotationally fixedly connected to one another and forming an intermediate element; wherein - the first planetary stage and the second planetary stage are set up as lying in one another; and - the planetary spider of the first planetary stage is connected to the input shaft by means of a first coupling, in particular a shift pawl, - the sun gear of the first planetary stage is connected to the input shaft by means of a freewheel clutch; and - the annulus gear of the second planetary stage is connected to the input shaft by means of a second coupling, in particular a shift pawl.
A method of compiling an image database storing reference images to be compared with a query image and being used for object recognition, the method comprising: an extracting step of extracting a plurality of reference feature vectors (p 1, p 2... p 6) representinglocal features of different locations from a reference image to be stored into the image database, each reference feature vector having a vector length and a vector direction; a clustering step of forming clusters, each cluster being composed of different feature vectors; a selecting step of selecting a feature vector from each cluster as a representative vector of each cluster; and a storing step of storing the representative vector into the image data base in relation with the reference image, wherein: characterized in that: the clustering step forms each cluster so that the reference feature vectors representing local features locating closely on the reference image belong to the same cluster; the selecting step gives a priority to the reference feature vector having a longest vector length in each cluster when selecting the representative vector; and each of the above steps is executed by a computer. an extracting step of extracting a plurality of reference feature vectors (p 1, p 2... p 6) representinglocal features of different locations from a reference image to be stored into the image database, each reference feature vector having a vector length and a vector direction; a clustering step of forming clusters, each cluster being composed of different feature vectors; a selecting step of selecting a feature vector from each cluster as a representative vector of each cluster; and a storing step of storing the representative vector into the image data base in relation with the reference image, wherein: characterized in that: the clustering step forms each cluster so that the reference feature vectors representing local features locating closely on the reference image belong to the same cluster; the selecting step gives a priority to the reference feature vector having a longest vector length in each cluster when selecting the representative vector; and each of the above steps is executed by a computer.
A fuel cell system comprising: a fuel cell which is supplied with a fuel gas and an oxidizing gas to generate electricity; a fuel gas supply interrupting device (A1, A2, A3) for interrupting said fuel gas supply to an anode inlet of said fuel cell; an anode-off gas interrupting device for interrupting an anode-off gas discharged from an anode outlet of said fuel cell; a hydrogen concentration reducing device for reducing a hydrogen concentration of said anode-off gas discharged from said anode outlet; an oxidizing gas supply device for supplying said oxidizing gas to a cathode inlet of said fuel cell; a cathode-off gas passage for introducing a cathode-off gas discharged from a cathode outlet of said fuel cell into said hydrogen concentration reducing device; and a control unit, wherein when a problem occurs in said system, said control unit is operable to control said fuel gas supply interrupting device to cut off said fuel gas supply to said anode inlet, while said control unit is operable to control said anode-off gas interrupting device to keep said anode outlet open until a predetermined condition is satisfied following the occurrence of said system problem, and said oxidizing gas supply device is operable to introduce said cathode-off gas discharged from said cathode outlet into said hydrogen concentration reducing device by supplying said oxidizing gas to said cathode inlet continuously while said anode outlet is open following the occurrence of said system problem. a fuel cell which is supplied with a fuel gas and an oxidizing gas to generate electricity; a fuel gas supply interrupting device (A1, A2, A3) for interrupting said fuel gas supply to an anode inlet of said fuel cell; an anode-off gas interrupting device for interrupting an anode-off gas discharged from an anode outlet of said fuel cell; a hydrogen concentration reducing device for reducing a hydrogen concentration of said anode-off gas discharged from said anode outlet; an oxidizing gas supply device for supplying said oxidizing gas to a cathode inlet of said fuel cell; a cathode-off gas passage for introducing a cathode-off gas discharged from a cathode outlet of said fuel cell into said hydrogen concentration reducing device; and a control unit, wherein when a problem occurs in said system, said control unit is operable to control said fuel gas supply interrupting device to cut off said fuel gas supply to said anode inlet, while said control unit is operable to control said anode-off gas interrupting device to keep said anode outlet open until a predetermined condition is satisfied following the occurrence of said system problem, and said oxidizing gas supply device is operable to introduce said cathode-off gas discharged from said cathode outlet into said hydrogen concentration reducing device by supplying said oxidizing gas to said cathode inlet continuously while said anode outlet is open following the occurrence of said system problem.
A method for remote monitoring, the method comprising: capturing an audio signal and/or a video signal using a signal capturing device running a Web operating system; and transmitting the audio signal and/or the video signal to a remote monitoring device via a communication link between the signal capturing device and the remote monitoring device, the remote monitoring device supporting the Web operating system, and the communication link being established using WebRTC technology. capturing an audio signal and/or a video signal using a signal capturing device running a Web operating system; and transmitting the audio signal and/or the video signal to a remote monitoring device via a communication link between the signal capturing device and the remote monitoring device, the remote monitoring device supporting the Web operating system, and the communication link being established using WebRTC technology.
A corrosion-resistant CuZn alloy, the alloy having a Zn content of from 15 to 55% by mass, the balance being Cu and inevitable impurities, wherein a total content of Zn and Cu is 99.995% by mass or more, and characterised in that a number of pores having a diameter of 10 μm or more in the CuZn alloy is 1/cm 2 or less based on an optical microscopic observation performed by: observing a 0.5 mm × 0.5 mm surface of a sample of the CuZn alloy with an optical microscope, counting the number of pores having a diameter of 10 μm or more at 10 arbitrary positions on the surface, and calculating an average value thereof. wherein a total content of Zn and Cu is 99.995% by mass or more, and characterised in that a number of pores having a diameter of 10 μm or more in the CuZn alloy is 1/cm 2 or less based on an optical microscopic observation performed by: observing a 0.5 mm × 0.5 mm surface of a sample of the CuZn alloy with an optical microscope, counting the number of pores having a diameter of 10 μm or more at 10 arbitrary positions on the surface, and calculating an average value thereof.
A method for operating a mobile terminal for use in a mobile radio network, wherein the mobile terminal comprises storage means, into which at least one application program to be carried out by the mobile terminal can be loaded, and wherein an application program is loaded into the storage means of the mobile terminal, characterized in that the storage means, into which the application program is loaded, will be selected in a user individual manner.
Method for creating an interaction space shared between a first terminal and a second terminal, in which, prior to establishing a communication between the first terminal and the second terminal: • a first storage space of a remote server is associated with a user of the first terminal, said first storage space comprising at least one piece of information representative of a first multimedia content, when said user of the first terminal consults the first multimedia content on an interface associated with the first storage space and displayed on the first terminal, • a second storage space of a remote server is associated with a user of the second terminal, said second storage space comprising at least one piece of information representative of a second multimedia content, when said user of the second terminal consults the second multimedia content on an interface associated with the second storage space and displayed on the second terminal, following the establishment of the communication (E_COM) between the first terminal and the second terminal, the method comprises: • a step for sending to the first terminal each piece of information representative of a multimedia content comprised in the second storage space, such that the first terminal displays said multimedia content on the interface of the first terminal, • a step for sending to the second terminal each piece of information representative of a multimedia content comprised in the first storage space, such that the second terminal displays said multimedia content on the interface of the second terminal. • a first storage space of a remote server is associated with a user of the first terminal, said first storage space comprising at least one piece of information representative of a first multimedia content, when said user of the first terminal consults the first multimedia content on an interface associated with the first storage space and displayed on the first terminal, • a second storage space of a remote server is associated with a user of the second terminal, said second storage space comprising at least one piece of information representative of a second multimedia content, when said user of the second terminal consults the second multimedia content on an interface associated with the second storage space and displayed on the second terminal, • a step for sending to the first terminal each piece of information representative of a multimedia content comprised in the second storage space, such that the first terminal displays said multimedia content on the interface of the first terminal, • a step for sending to the second terminal each piece of information representative of a multimedia content comprised in the first storage space, such that the second terminal displays said multimedia content on the interface of the second terminal.
A method of determining alignment characteristics of a tire and wheel assembly mounted on a vehicle, said method comprising: projecting a single light plane from a second light projector onto a tire and wheel assembly to form a single reference illumination line on the tire of the tire and wheel assembly; receiving a reflected image of said reference illumination line from the tire with a photo electric device; determining a reference distance from said reference illumination line to a noncontact wheel alignment sensor including said photo electric device; projecting a plurality of light planes from a first light projector onto a tire and wheel assembly to form a plurality of generally parallel illumination lines on the tire of the tire and wheel assembly; receiving a reflected image of at least some of said illumination lines with said photo electric device, said photo electric device receiving images of said illumination lines reflected from the tire; identifying which said illumination lines are imaged at said receiving step using said reference distance; and determining a plane defined by spatial coordinates from a selected point located on each said identified illumination line imaged by said photo electric device, said plane representing the orientation of the tire and wheel assembly. projecting a single light plane from a second light projector onto a tire and wheel assembly to form a single reference illumination line on the tire of the tire and wheel assembly; receiving a reflected image of said reference illumination line from the tire with a photo electric device; determining a reference distance from said reference illumination line to a noncontact wheel alignment sensor including said photo electric device; projecting a plurality of light planes from a first light projector onto a tire and wheel assembly to form a plurality of generally parallel illumination lines on the tire of the tire and wheel assembly; receiving a reflected image of at least some of said illumination lines with said photo electric device, said photo electric device receiving images of said illumination lines reflected from the tire; identifying which said illumination lines are imaged at said receiving step using said reference distance; and determining a plane defined by spatial coordinates from a selected point located on each said identified illumination line imaged by said photo electric device, said plane representing the orientation of the tire and wheel assembly.
Package comprising a chamber for storing a product, a layer for sealing the chamber and a time display device associated with the chamber and adapted to be activated when a product located in the chamber is ejected through the layer and to display the elapsed time since this ejection, characterised in that the time display device comprises a first container, a migration medium and an actuating device, upon actuation of which a liquid from the first container is brought into contact with the migration medium, wherein a second container is present or is formed upon actuation of the actuating device, wherein the second container is fluidically connected to the first container and is connected to the migration medium, whereby after actuation the liquid flows from the first container to the second container at a high flow velocity and thereafter at a predetermined lower flow velocity, which is behind the high flow velocity, flows along the length of the migration medium and causes a colour change in the migration medium over time; and in that the time display device is arranged on the side of the chamber facing away from the layer.
A hot water supply control device in a radiator, which is fed by an incoming feeding line, wherein the control device comprises means for connecting to a thermostat, responsive to the temperature near the radiator, a valve spindle connected to said means and having a first valve cone adapted control a radiator flow of water supplied to the radiator, and a bypass conduit arranged such that it may lead a bypass flow of water past the radiator from the incoming feeding line to an outgoing feeding line, characterized in that the valve spindle has a second valve cone, which is adapted to shut the bypass flow off at a temperature which is higher than the temperature at which the radiator flow is cut off.
A flange assembly which is applicable to a tank mouth (6, 8) of a high pressure hydrogen tank, comprising a flange body and a thermal safety device calibrated to a predefined threshold value of a reference temperature, wherein the flange body has a main duct (32, 34) configured to put a tank compartment of the tank in communication with the environment outside the tank through an outer port placed on a functional portion of the flange body and the thermal safety device is at least partially housed in said main duct, so that - in a resting configuration, in which the reference temperature is lower than the predefined threshold value, said thermal safety device intercepts the main duct and prevents the gas from transiting to the external environment; - in an activation configuration, in which the reference temperature is higher than the predefined threshold value, the thermal safety device creates a passage in the main duct (32, 34) for the gas to transit towards the external environment through the outer port; characterized in that it further comprises a collar assembly which intercepts the outer port and is orientable to direct the gas flow exiting the outer port 34b. - in a resting configuration, in which the reference temperature is lower than the predefined threshold value, said thermal safety device intercepts the main duct and prevents the gas from transiting to the external environment; - in an activation configuration, in which the reference temperature is higher than the predefined threshold value, the thermal safety device creates a passage in the main duct (32, 34) for the gas to transit towards the external environment through the outer port; characterized in that it further comprises a collar assembly which intercepts the outer port and is orientable to direct the gas flow exiting the outer port 34b.