mhurhangee/ep-ind-claims huggingface dataset:
A display panel, wherein the display panel comprises a thin film transistor backplane, an organic layer, and a packaging layer that are successively stacked; the display panel is provided with a through hole, which runs through the thin film transistor backplane, the organic layer, and the packaging layer; the display panel comprises a non-display area and a display area, the non-display area being disposed around the through hole and the display area being disposed around the non-display area; the organic layer comprises a first organic layer and a second organic layer, the first organic layer is a part located in the display area, and the second organic layer is a part located in the non-display area, wherein the first organic layer comprises a plurality of display units, the second organic layer is provided with a first groove, which runs through the second organic layer and exposes an upper surface of the thin film transistor backplane free from the second organic layer, and the first groove is disposed around the through hole; and the packaging layer covers the organic layer and is filled in the first groove; characterized in that the width of the first groove on the side close to the thin film transistor backplane is 10 μm-50 μm and the width of the first groove on the side away from the thin film transistor backplane is 10 μm-50 μm. the display panel comprises a thin film transistor backplane, an organic layer, and a packaging layer that are successively stacked; the display panel is provided with a through hole, which runs through the thin film transistor backplane, the organic layer, and the packaging layer; the display panel comprises a non-display area and a display area, the non-display area being disposed around the through hole and the display area being disposed around the non-display area; the organic layer comprises a first organic layer and a second organic layer, the first organic layer is a part located in the display area, and the second organic layer is a part located in the non-display area, wherein the first organic layer comprises a plurality of display units, the second organic layer is provided with a first groove, which runs through the second organic layer and exposes an upper surface of the thin film transistor backplane free from the second organic layer, and the first groove is disposed around the through hole; and the packaging layer covers the organic layer and is filled in the first groove; characterized in that the width of the first groove on the side close to the thin film transistor backplane is 10 μm-50 μm and the width of the first groove on the side away from the thin film transistor backplane is 10 μm-50 μm.
A driving circuit for driving a display panel in which a plurality of data lines, a plurality of gate lines, and a plurality of touch electrodes are disposed, the driving circuit comprising: a data-driving circuit configured to drive the plurality of data lines; a gate-driving circuit configured to drive the plurality of gate lines; and a touch-driving circuit configured to drive the plurality of touch electrodes, wherein the touch-driving circuit is configured to drive the plurality of touch electrodes while the plurality of data lines is driven, and output a touch-driving signal swinging with a predetermined amplitude to drive the touch electrodes, and the data-driving circuit is configured to output a data signal (VDATA) for displaying an image on the display panel, the data signal (VDATA) having a voltage changed by the amplitude of the touch-driving signal during a pulse generation period of the touch-driving signal, and the gate-driving circuit is configured to output a gate signal having a voltage for turn-on and turn-off changed by the amplitude of the touch-driving signal during the pulse generation period of the touch-driving signal. a data-driving circuit configured to drive the plurality of data lines; a gate-driving circuit configured to drive the plurality of gate lines; and a touch-driving circuit configured to drive the plurality of touch electrodes, wherein the touch-driving circuit is configured to drive the plurality of touch electrodes while the plurality of data lines is driven, and output a touch-driving signal swinging with a predetermined amplitude to drive the touch electrodes, and the data-driving circuit is configured to output a data signal (VDATA) for displaying an image on the display panel, the data signal (VDATA) having a voltage changed by the amplitude of the touch-driving signal during a pulse generation period of the touch-driving signal, and the gate-driving circuit is configured to output a gate signal having a voltage for turn-on and turn-off changed by the amplitude of the touch-driving signal during the pulse generation period of the touch-driving signal.
A laser processing head comprising: a housing including an optical path of a processing laser light; a transparent protector configured to be detachably fixed to the housing, to pass the processing laser light, and to suppress dust entering into the housing, the dust being generated from the processed material irradiated with the processing laser light; and a temperature sensor configured to detect a temperature of the transparent protector, wherein the transparent protector has a glass plate having a portion configured to pass the processing laser light, and the temperature sensor includes an infrared radiation thermometer, the infrared radiation thermometer being configured to optically detect a temperature of the glass plate by detecting a peak wavelength of a far-infrared light generated by a black-body radiation from the dust adhering to the glass plate, characterized in that the glass plate includes: an exposure region configured to pass the processing laser light; and a non-exposure region configured not to pass the processing laser light, and the exposure region is connected to the non-exposure region, and the temperature sensor optically detects a temperature of the glass plate in the non-exposure region. a housing including an optical path of a processing laser light; a transparent protector configured to be detachably fixed to the housing, to pass the processing laser light, and to suppress dust entering into the housing, the dust being generated from the processed material irradiated with the processing laser light; and a temperature sensor configured to detect a temperature of the transparent protector, wherein the transparent protector has a glass plate having a portion configured to pass the processing laser light, and the temperature sensor includes an infrared radiation thermometer, the infrared radiation thermometer being configured to optically detect a temperature of the glass plate by detecting a peak wavelength of a far-infrared light generated by a black-body radiation from the dust adhering to the glass plate, characterized in that the glass plate includes: an exposure region configured to pass the processing laser light; and a non-exposure region configured not to pass the processing laser light, and the exposure region is connected to the non-exposure region, and an exposure region configured to pass the processing laser light; and a non-exposure region configured not to pass the processing laser light, and the exposure region is connected to the non-exposure region, and the temperature sensor optically detects a temperature of the glass plate in the non-exposure region.
Photomultiplier with a fastening device, wherein the photomultiplier has a cylindrical solid body, a light inlet at the front and connecting contacts at the rear, wherein the fastening device has a socket at the front and a plug contact at the rear which rests on the connecting contacts, wherein a connection to a connecting means can be produced between the plug contact and the socket, wherein the plug contact has a circuit board, by means of which the electrical signals of the connecting contacts are conducted to a plug receptacle, characterised in that the photomultiplier has a hose-like sheathing, wherein an adhesive connection is arranged between the connecting means and the socket and a length compensation for production tolerances of the photomultiplier is possible due differently wide overlapping of the connecting means with the socket, wherein the plug receptacle is configured in such a way that contact pins can be inserted completely therethrough for contacting the plug receptacle.
A method for count loss correction for a gamma system, the method comprising: determining a state of an event discriminator of the gamma system; indicating when the event discriminator would output an event responsive to a virtual pulse based on the state; and correcting for count loss in the gamma system based on the indication of when the event discriminator would output the event, wherein determining the state comprises determining current operation settings of the event discriminator, characterized in that, determining the current operation settings comprises determining: - a dump setting of said event discriminator; - a time difference between (i) the time since the last detected event occurred and (ii) the resolving time of the event discriminator; and - whether an instantaneous global energy signal amplitude including contribution from the virtual pulse is within a dynamic range of the event discriminator. determining a state of an event discriminator of the gamma system; indicating when the event discriminator would output an event responsive to a virtual pulse based on the state; and correcting for count loss in the gamma system based on the indication of when the event discriminator would output the event, wherein determining the state comprises determining current operation settings of the event discriminator, characterized in that, determining the current operation settings comprises determining: - a dump setting of said event discriminator; - a time difference between (i) the time since the last detected event occurred and (ii) the resolving time of the event discriminator; and - whether an instantaneous global energy signal amplitude including contribution from the virtual pulse is within a dynamic range of the event discriminator. - a dump setting of said event discriminator; - a time difference between (i) the time since the last detected event occurred and (ii) the resolving time of the event discriminator; and - whether an instantaneous global energy signal amplitude including contribution from the virtual pulse is within a dynamic range of the event discriminator.
Industrial endoscopy camera, comprising at least: - a support intended to be attached to an elongate manoeuvring member of the cable, thrust rod, pole or flexible sheath type; - a central body carrying a first actuator; - a head structure carrying an imaging unit and mounted for rotation in relation to said central body, said first actuator being connected to said head structure in order to rotate the latter with respect to said central body, the central body being mounted for rotation in relation to said support, characterised in that the central body also carries a second actuator intended to rotate said central body with respect to said support, said first actuator and/or said second actuator being positioned substantially outside said support. - a support intended to be attached to an elongate manoeuvring member of the cable, thrust rod, pole or flexible sheath type; - a central body carrying a first actuator; - a head structure carrying an imaging unit and mounted for rotation in relation to said central body,
A method for a database system synchronizing current state of the database system among a plurality of database nodes configured to handle requests for data of the database system stored in a distributed storage with one of the plurality of database nodes being currently active and the other database nodes of the plurality of database nodes being currently standby database nodes, the method comprising: receiving, at the active database node, a request to perform a first transaction that includes committing data to the distributed storage; and in response to receiving the request: committing, by the active database node, the data to the distributed storage to update the current state of the database system; and modifying a transaction log stored in the distributed storage by causing storing, by the active database node, of first metadata providing an indication of the commitment in the transaction log, wherein the transaction log identifies, to the standby database nodes, information for the standby database nodes to know the current state of the database system, in response to causing the storing of the first metadata, updating, by the active database node, a catalog maintained by a metadata server of the database system to identify the first metadata, said catalog being usable by a standby database node to locate the first metadata, wherein the metadata server notifies the standby nodes that the catalog has been updated. receiving, at the active database node, a request to perform a first transaction that includes committing data to the distributed storage; and in response to receiving the request: committing, by the active database node, the data to the distributed storage to update the current state of the database system; and modifying a transaction log stored in the distributed storage by causing storing, by the active database node, of first metadata providing an indication of the commitment in the transaction log, wherein the transaction log identifies, to the standby database nodes, information for the standby database nodes to know the current state of the database system, committing, by the active database node, the data to the distributed storage to update the current state of the database system; and modifying a transaction log stored in the distributed storage by causing storing, by the active database node, of first metadata providing an indication of the commitment in the transaction log, wherein the transaction log identifies, to the standby database nodes, information for the standby database nodes to know the current state of the database system,
A motorcycle having a handle, a seat on which an occupant can sit, a fuel tank disposed behind the handle and in front of the seat, and a tank cover structure with a tank cover covering the fuel tank, wherein the tank cover is divided into a front cover having a wide portion at which the tank cover is widest in a width direction at the front side of the fuel tank, a rear cover having a narrow knee grip portion continued to the seat at the rear side of the front cover, and a lower cover extending in a front-and-rear direction to form a lower portion of the tank cover, wherein the front cover extends from the wide portion to a rear upper side so as to be continued to an upper surface of the fuel tank, the rear cover extends from the knee grip portion to a front lower side, characterized in that the tank cover has a center cover as a separate body that is sandwiched between the front cover and the rear cover to fill a space.
Bituminous composition A comprising at least one bitumen and at least one paraffin, the composition being characterized in that it comprises at least one bitumen B sensitive to aging the variation ΔTBA B of the ring-and-ball softening point after RTFOT according to the standard NF EN 12607-1 of which is greater than or equal to 6°C, and in that it is more age resistant than bitumen B.
Method for monitoring a structure isolating a first medium from a second medium, wherein the first medium exerts a higher pressure on the structure than the second medium, in which at least one sensor acquires at least one physical variable relating to this structure and depending from environmental conditions generates sensor data and in which the at least one sensor communicates the sensor data to a computing device, wherein the computing device comprises a first component receiving the sensor data and having first data sets indicating a normal state of the structure and a second component receiving the environmental conditions and the the sensor data and having a second data set, wherein the first component of the computing device detects a deviation of an actual state of the structure from a target state of the structure based on the sensor data of the at least one sensor by comparing the sensor data with the first data sets, wherein, if a value of the deviation is greater than a preset threshold value, the present actual state described by a data set determined by the sensor data is determined to be an abnormal state and it is determined by means of the computing device if a critical state of the structure exists, which gives reason to expect the occurrence of damages, wherein if the abnormal state is determined, for determining if a critical state exists, the second component generates the second data set including virtual sensor data on the basis of a simulation and supplies at least part of the second data set to a risk evaluation unit which performs a risk evaluation, wherein if the risk evaluation unit classifies the actual state previously determined as an abnormal state by the first component as a critical state, it outputs a warning message; and if the risk evaluation unit classifies the actual state previously determined as an abnormal state by the first component as a normal state, the stock of first data sets of the first component is extended by the data set corresponding to this normal state.
A method, comprising: storing a plurality of cases, each case including at least one image of one of a plurality of modalities and non-image information; mapping a feature relationship between a feature from images of a first modality and a feature from images of a second modality; storing the feature relationship; characterized in that it further comprises: extracting a feature from an original image; and retrieving at least one case based on the extracted feature and the feature relationship. storing a plurality of cases, each case including at least one image of one of a plurality of modalities and non-image information; mapping a feature relationship between a feature from images of a first modality and a feature from images of a second modality; storing the feature relationship; characterized in that it further comprises: extracting a feature from an original image; and extracting a feature from an original image; and retrieving at least one case based on the extracted feature and the feature relationship.
A method for transferring precise small volumes of liquids (54, 64), the method comprising: measuring the pressure of a gas in a defined volume portion of a fluid passageway between two pressure sensors (10,11); adding a liquid (54, 64) to the defined volume portion of the fluid passageway until the measured pressure indicates that a predetermined volume of liquid has been transferred into the passageway between the pressure sensors; and maintaining a gas on either side of the liquid in the defined volume portion of the fluid passageway to thereby establish two discrete gas portions with the liquid between the gas portions, measuring the pressure of the two gas portions, and calculating the volume of liquid in the defined volume portion of the fluid passageway based on the measured pressure of each gas portion. measuring the pressure of a gas in a defined volume portion of a fluid passageway between two pressure sensors (10,11); adding a liquid (54, 64) to the defined volume portion of the fluid passageway until the measured pressure indicates that a predetermined volume of liquid has been transferred into the passageway between the pressure sensors; and maintaining a gas on either side of the liquid in the defined volume portion of the fluid passageway to thereby establish two discrete gas portions with the liquid between the gas portions, measuring the pressure of the two gas portions, and calculating the volume of liquid in the defined volume portion of the fluid passageway based on the measured pressure of each gas portion.
An electronic device comprising: a communication circuit (210, 310); a memory; and a processor (230, 320) electrically connected to the communication circuit (210, 310) and the memory including a plurality of cores (321, 322, 323, 324), wherein the processor (230, 320) is operable to: receive data including a plurality of packets using the communication circuit (210,310), identify a set of transmission control protocol/internet protocol, TCP/IP, packets among the plurality of packets, generate, from the TCP/IP packets, a plurality of flows corresponding to the plurality of cores (322, 323, 324) respectively, and integrate a plurality of packets of each of the plurality flows into one meta packet per flow, using each of generic receive offload, GRO, engines corresponding to the plurality of cores (322, 323, 324) respectively, when a packet per second, PPS, for each of the respective plurality of flows is equal to or greater than a threshold.. a communication circuit (210, 310); a memory; and a processor (230, 320) electrically connected to the communication circuit (210, 310) and the memory including a plurality of cores (321, 322, 323, 324), wherein the processor (230, 320) is operable to: receive data including a plurality of packets using the communication circuit (210,310), identify a set of transmission control protocol/internet protocol, TCP/IP, packets among the plurality of packets, generate, from the TCP/IP packets, a plurality of flows corresponding to the plurality of cores (322, 323, 324) respectively, and integrate a plurality of packets of each of the plurality flows into one meta packet per flow, using receive data including a plurality of packets using the communication circuit (210,310), identify a set of transmission control protocol/internet protocol, TCP/IP, packets among the plurality of packets, generate, from the TCP/IP packets, a plurality of flows corresponding to the plurality of cores (322, 323, 324) respectively, and integrate a plurality of packets of each of the plurality flows into one meta packet per flow, using each of generic receive offload, GRO, engines corresponding to the plurality of cores (322, 323, 324) respectively, when a packet per second, PPS, for each of the respective plurality of flows is equal to or greater than a threshold..
A power plant for a hybrid electric aircraft, the power plant comprising: at least one electric propulsor having a nacelle housing a fan for generating thrust for the aircraft; a generator for supplying power to the at least one electric propulsor; at least one combustion engine (17, 19) operatively connected to the generator; and a heat exchanger connected in heat exchange relationship with both the generator and the at least one combustion engine (17, 19), the heat exchanger being provided at an outer duct wall of the nacelle of the at least one electric propulsor. at least one electric propulsor having a nacelle housing a fan for generating thrust for the aircraft; a generator for supplying power to the at least one electric propulsor; at least one combustion engine (17, 19) operatively connected to the generator; and a heat exchanger connected in heat exchange relationship with both the generator and the at least one combustion engine (17, 19), the heat exchanger being provided at an outer duct wall of the nacelle of the at least one electric propulsor.
Coupling device for a wind power plant with a rotor shaft that carries at least one rotor blade of the wind power plant, a gear shaft running coaxially to the rotor shaft and a coupling device coupling the rotor shaft to the gear shaft, characterized in that the coupling device has at least one connection element that can be detachably affixed on the rotor shaft to an attachment element designed to create a positive locking connection, and one coupling element designed to create a friction-fit connection between the connection element, on the one hand, and an additional connection element and/or the gear shaft, on the other hand.