mhurhangee/ep-ind-claims huggingface dataset:
A cooling body assembly for dissipating the heat produced during the operation on a light source, in particular on an LED module, and/or on a driver circuit for the light source, having: A carrier insert consisting of a carrier plate with an integrally attached collar, wherein the carrier plate carries the LED module in thermally-conductive contact, and wherein a thermally-conductive lower shell is arranged in the direction of the base for dissipating heat in flat contact, wherein the lower shell consists of an inner and outer layer, wherein the inner layer establishes a full-area contact with at least one part of the outer layer, characterized in that the inner layer of the lower shell consists of metal, in particular of aluminum, and the outer layer of the lower shell consists of an electrically insulating material, and the outer layer of the lower shell is applied at least partially as a coating to the inner layer of the lower shell. A carrier insert consisting of a carrier plate with an integrally attached collar, wherein the carrier plate carries the LED module in thermally-conductive contact, and wherein a thermally-conductive lower shell is arranged in the direction of the base for dissipating heat in flat contact, wherein the lower shell consists of an inner and outer layer, wherein the inner layer establishes a full-area contact with at least one part of the outer layer, characterized in that the inner layer of the lower shell consists of metal, in particular of aluminum, and the outer layer of the lower shell consists of an electrically insulating material, and the outer layer of the lower shell is applied at least partially as a coating to the inner layer of the lower shell.
Monitoring system for monitoring the starting of a rotary wing aircraft, said aircraft having a freewheel interposed in a drive train for transmitting power between a turboshaft engine and a rotor of said rotary wing, said turboshaft engine comprising a gas generator and a free turbine, the drive train including an upstream portion connecting said free turbine to said freewheel, characterised in that said monitoring system comprises a first measurement device for measuring, in the mounted position, the torque (Tq) exerted on said upstream portion and a second measurement device for measuring, in the mounted position, a speed of rotation (Ng) of said gas generator, said monitoring system having a processing unit connected, in the mounted position, to the turboshaft engine and also to the first measurement device and to the second measurement device, the processing unit being configured in such a manner that said processing unit automatically stops the starting of the turboshaft engine when said torque (Tq) is less than a torque threshold (Stq) and when said speed of rotation (Ng) of the gas generator is greater than a speed threshold (Sng).
A computer-implemented method for generating personalized videos with customized text messages, the method comprising: receiving a video template including: a sequence of frame images; and preset text parameters defining an animation of a preset text, wherein the preset text parameters describe visual effects applied to the preset text; generating, based on the preset text and the preset text parameters, a configuration file, the configuration file including text parameters defining rendering the preset text for each of the frame images, the text parameters including a position of the preset text in at least one frame image of the sequence of frame images; receiving an input text; rendering, based on the configuration file, an output video comprising the sequence of frame images featuring the input text rendered according to the text parameters; while playing back the output video: providing a user with a first option to change the position of the input text and a second option to replace the input text with a new input text; and dynamically changing, in the output video, the position of the input text and replacing, in the output video, the input text with the new input text; and sending the output video to a further computing device via a communication chat. receiving a video template including: a sequence of frame images; and preset text parameters defining an animation of a preset text, wherein the preset text parameters describe visual effects applied to the preset text; a sequence of frame images; and preset text parameters defining an animation of a preset text, wherein the preset text parameters describe visual effects applied to the preset text; generating, based on the preset text and the preset text parameters, a configuration file, the configuration file including text parameters defining rendering the preset text for each of the frame images, the text parameters including a position of the preset text in at least one frame image of the sequence of frame images; receiving an input text; rendering, based on the configuration file, an output video comprising the sequence of frame images featuring the input text rendered according to the text parameters; while playing back the output video: providing a user with a first option to change the position of the input text and a second option to replace the input text with a new input text; and dynamically changing, in the output video, the position of the input text and replacing, in the output video, the input text with the new input text; and providing a user with a first option to change the position of the input text and a second option to replace the input text with a new input text; and dynamically changing, in the output video, the position of the input text and replacing, in the output video, the input text with the new input text; and sending the output video to a further computing device via a communication chat.
A method for connecting a first group of users from at least one first social network with users from at least one second social network, the first group of users being registered on the second social network as a generic first user, the method further comprising the following steps carried out by a network scheduler: - collecting a first message from at least one second user from the second social network intended to the generic first user; - selecting a user from the first group of users based on a predefined criterion; - providing the first message to the selected user and presenting the second user as the sender of the first message. - collecting a first message from at least one second user from the second social network intended to the generic first user; - selecting a user from the first group of users based on a predefined criterion; - providing the first message to the selected user and presenting the second user as the sender of the first message.
A sample dispersing device for dispersing a powder sample on an upper surface of an analytical member, comprising a container that has a placing surface on which the analytical member is placeable wherein the container has a lower wall portion having the placing surface on its upper surface, an upper wall portion facing the lower wall portion, and a side wall portion connecting the lower wall portion and the upper wall portion and surrounding the placing surface, an introducing mechanism that is arranged in the container and that is configured to introduce the powder sample into inside of the container, and a covering member that covers at least an inner surface of the side wall portion of the container to prevent the powder sample from adhering to the side wall portion of the container and that can be attached to and removed from the container. a container that has a placing surface on which the analytical member is placeable wherein the container has a lower wall portion having the placing surface on its upper surface, an upper wall portion facing the lower wall portion, and a side wall portion connecting the lower wall portion and the upper wall portion and surrounding the placing surface, an introducing mechanism that is arranged in the container and that is configured to introduce the powder sample into inside of the container, and a covering member that covers at least an inner surface of the side wall portion of the container to prevent the powder sample from adhering to the side wall portion of the container and that can be attached to and removed from the container.
A pixel array comprising: a plurality of pixels arranged in columns; an active pixel mode column output line for a column of pixels; a passive pixel/charge binning mode column output line for the column of pixels; and wherein each pixel in the column of pixels comprise: a photo-sensitive element for generating charges responsive to electromagnetic radiation; a buffer amplifier for buffering a voltage proportional to the charges generated by the photo-sensitive element; a first switch for selectively connecting an output of the buffer amplifier to the active pixel mode column output line; a second switch for selectively transferring at least part of the charges generated by the photo-sensitive element to the passive pixel/charge binning mode column output line. a plurality of pixels arranged in columns; an active pixel mode column output line for a column of pixels; a passive pixel/charge binning mode column output line for the column of pixels; a photo-sensitive element for generating charges responsive to electromagnetic radiation; a buffer amplifier for buffering a voltage proportional to the charges generated by the photo-sensitive element; a first switch for selectively connecting an output of the buffer amplifier to the active pixel mode column output line; a second switch for selectively transferring at least part of the charges generated by the photo-sensitive element to the passive pixel/charge binning mode column output line.
An engine comprising: power generation means for generating power, said power coming from at least three distinct energy sources, said three distinct energy sources comprising steam energy, hydrogen energy and pneumatic energy; a plurality of pistons driven by said three distinct energy sources; and a controller controlling operations of said engine employing said three distinct energy sources, said controller operating said engine with said three distinct energy sources, characterized in that said three distinct energy sources are separately connected to respective dedicated pistons and are employed separately and substantially simultaneously in the operation of said engine, and in that, through controller control, each of said plurality of pistons is driven by a respective one of said three distinct energy sources. power generation means for generating power, said power coming from at least three distinct energy sources, said three distinct energy sources comprising steam energy, hydrogen energy and pneumatic energy; a plurality of pistons driven by said three distinct energy sources; and a controller controlling operations of said engine employing said three distinct energy sources, said controller operating said engine with said three distinct energy sources, characterized in that said three distinct energy sources are separately connected to respective dedicated pistons and are employed separately and substantially simultaneously in the operation of said engine, and in that, through controller control, each of said plurality of pistons is driven by a respective one of said three distinct energy sources.
A drug delivery system comprising a modular system that includes a drug core insert and a silicone punctum plug that can accommodate the drug core insert, the drug core insert being adapted to be placed in the bore of the punctum plug and being held in place via an interference fit between the outer diameter of the drug core insert and the inner diameter of the silicone plug bore; the drug core insert comprising a drug sheath that houses a drug core and fits snugly against the drug core; the sheath being made from a material that is substantially impermeable to a therapeutic agent so that the rate of migration of the therapeutic agent may be largely controlled by the exposed surface area of the drug core that is not covered by the sheath body; the drug core comprising the therapeutic agent and materials to provide sustained release of the therapeutic agent, wherein the drug core comprises a non-biodegradable drug core selected from the group consisting of: silicone, acrylates, polyethylenes, polyurethane, hydrogel, polyester, polypropylene, polytetrafluoroethylene (PTFE), expanded PTFE (ePTFE), polyether ether ketone (PEEK), nylon, extruded collagen, polymer foam, silicone rubber, polyethylene terephthalate, ultra high molecular weight polyethylene, polycarbonate urethane and polyimides, and wherein an end of the drug core insert is exposed to contact a tear or tear film fluid to permit diffusion of the drug into the tear of the eye; and wherein a cyanoacrylate film is applied to the end of the drug core insert opposing the exposed end. the drug core comprising the therapeutic agent and materials to provide sustained release of the therapeutic agent, wherein the drug core comprises a non-biodegradable drug core selected from the group consisting of: silicone, acrylates, polyethylenes, polyurethane, hydrogel, polyester, polypropylene, polytetrafluoroethylene (PTFE), expanded PTFE (ePTFE), polyether ether ketone (PEEK), nylon, extruded collagen, polymer foam, silicone rubber, polyethylene terephthalate, ultra high molecular weight polyethylene, polycarbonate urethane and polyimides,
Removable lid on a domestic electrical appliance for producing food and/or cosmetic preparations, said lid comprising at least one internal tenon for controlling the functioning of the appliance, characterised in that the lid comprises an annular internal wall having at least one passage passing through said internal wall, as well as an external wall made from plastics material moulded on and round the internal wall, and in that said internal tenon issues from the external wall and extends through the passage beyond the internal wall.
A method for detecting DNA methylation within genomic DNA from a sample comprising cell-free DNA from blood or a sample derived therefrom of a subject, wherein the genomic DNA has a sequence comprised in SEQ ID NO: 21 and comprises at least 4 CpG dinucleotides, and wherein the subject has an increased risk for or is suspected of having a cancer selected from the group consisting of stomach, liver, colon, ovary, esophagus, bladder and prostate cancer.
A radar sensor unit (3, 4) comprising a housing and at least a first circuit board (11, 12), PCB, arranged to be mounted in the housing, where the housing comprises a connector module, a main housing part and a cover lid that is arranged to cover the main housing part, where the connector module comprises one or more connector pin parts (16, 17, 18, 19, 20) that are held in stable positions in the connector module and are arranged to protrude into the housing and make electrical and mechanical contact with a receiving pin connector that is electrically connected to the PCB, characterized in that the cover lid comprises a first pin aperture and the main housing part comprises a corresponding second pin aperture, where the connector pin parts (16, 17, 18, 19, 20) are arranged to run through the pin apertures (34, 35) in order to enter the housing, whereby each connector pin part (16, 17, 18, 19, 20) comprises a resilient compressible eye part that is arranged to be compressed when inserted into a corresponding eye aperture comprised in the receiving pin connector, where the compressible eye part is arranged to be resiliently pressed against a corresponding conductor comprised in the receiving pin connector such that electrical contact is obtained between the each connector pin part (16, 123) and the corresponding conductor when the connector pin parts (16, 17, 18, 19, 20) are inserted via the pin apertures (34, 35) in order to enter the housing, where each connector pin part (16, 17, 18, 19, 20) further comprises a resilient hook member that is arranged to work as a fluke, such that when a connector pin part is inserted into the housing, its hook member is arranged to engage the cover lid such that the corresponding connector pin part is prevented from being output from the housing.
A mobile projection device (10, 210) for projection mapping, the device comprising a road vehicle having a structure (14, 214) mounted on wheels, and at least one light projector unit (50, 250) arranged in an upper portion (22,222) of the structure (14, 214) and configured to be controlled so as to provide projection mapping in the environment outside the mobile projection device (10, 210), wherein the upper portion (22, 222) is located at least 2 meters above the ground.
An ion milling apparatus comprising: a pair of shielding members (29a and 29b) sandwiching a sample; and an ion source configured to irradiate the sample with an ion beam, a sample holder having the pair of shielding members (29a and 29b); a sample stage to and from which the sample holder is attachable and detachable; and a rotation mechanism configured to rotate the sample holder, wherein the ion milling apparatus is configured to be capable of irradiating the sample with the ion beam in a first mode of irradiating the sample with the ion beam via one shielding member of the pair of shielding members (29a and 29b) and in a second mode of irradiating the sample with the ion beam via the other shielding member, and the ion milling apparatus is further configured to be switchable between the first mode and the second mode by rotating the sample holder by the rotation mechanism. a pair of shielding members (29a and 29b) sandwiching a sample; and an ion source configured to irradiate the sample with an ion beam, a sample holder having the pair of shielding members (29a and 29b); a sample stage to and from which the sample holder is attachable and detachable; and a rotation mechanism configured to rotate the sample holder, wherein the ion milling apparatus is configured to be capable of irradiating the sample with the ion beam in a first mode of irradiating the sample with the ion beam via one shielding member of the pair of shielding members (29a and 29b) and in a second mode of irradiating the sample with the ion beam via the other shielding member, and the ion milling apparatus is further configured to be switchable between the first mode and the second mode by rotating the sample holder by the rotation mechanism.
A system comprising: an external transmitter configured to transmit a far field radiative signal according to a predetermined schedule; and an implantable medical device comprising: an antenna configured to receive the far field radiative signal transmitted over a distance of at least twice a wavelength of the far field radiative signal; a voltage rectifier configured to rectify the far field radiative signal received by the antenna to provide a rectified voltage signal; a charge storage element operative to receive the rectified voltage signal and to store charge responsive to the rectified voltage signal; a threshold detector coupled to the charge storage element, wherein the threshold detector is configured to determine when the charge stored at the charge storage element satisfies a charge threshold; and a therapy delivery unit powered by the charge storage element, the therapy delivery unit operative to deliver a therapy to a patient. an external transmitter configured to transmit a far field radiative signal according to a predetermined schedule; and an implantable medical device comprising: an antenna configured to receive the far field radiative signal transmitted over a distance of at least twice a wavelength of the far field radiative signal; a voltage rectifier configured to rectify the far field radiative signal received by the antenna to provide a rectified voltage signal; a charge storage element operative to receive the rectified voltage signal and to store charge responsive to the rectified voltage signal; a threshold detector coupled to the charge storage element, wherein the threshold detector is configured to determine when the charge stored at the charge storage element satisfies a charge threshold; and a therapy delivery unit powered by the charge storage element, the therapy delivery unit operative to deliver a therapy to a patient. an antenna configured to receive the far field radiative signal transmitted over a distance of at least twice a wavelength of the far field radiative signal; a voltage rectifier configured to rectify the far field radiative signal received by the antenna to provide a rectified voltage signal; a charge storage element operative to receive the rectified voltage signal and to store charge responsive to the rectified voltage signal; a threshold detector coupled to the charge storage element, wherein the threshold detector is configured to determine when the charge stored at the charge storage element satisfies a charge threshold; and a therapy delivery unit powered by the charge storage element, the therapy delivery unit operative to deliver a therapy to a patient.
A method of interconnecting a drill rod with a drill string by means of a threaded connection (112, 111'), the method comprising: axially aligning the drill rod with the drill string, rotating the drill rod and the drill string relative each other in a disengagement rotational direction of the threaded connection (112, 111'), identifying a rotational position of the drill rod where thread ends of the rod and the drill string slip over each other, stopping said rotating within a predetermined period of identifying the rotational position, and rotating the drill rod and the drill string relative each other in an engagement direction, such that the drill rod is interconnected with the drill string by the threaded connection (112, 111'). axially aligning the drill rod with the drill string, rotating the drill rod and the drill string relative each other in a disengagement rotational direction of the threaded connection (112, 111'), identifying a rotational position of the drill rod where thread ends of the rod and the drill string slip over each other, stopping said rotating within a predetermined period of identifying the rotational position, and rotating the drill rod and the drill string relative each other in an engagement direction, such that the drill rod is interconnected with the drill string by the threaded connection (112, 111').