Abstract: The present disclosure provides a medical device (100) for electrical stimulation. The medical device (100) includes electric circuitry configured to perform active charge compensation, said electric circuitry being connectable to at least one electrode arrangement (102) for electrical stimulation. The electric circuitry includes monitoring means configured to monitor at least one voltage associated with a stimulation network (108, 116); at least one variable resistive element configured to provide an voltage drop used in the active charge compensation: and adjustment means configured to dynamically adjust a resistance value of the at least one variable resistive element during the active charge compensation based on the at least one monitored voltage, wherein the adjustment means (202) is a finite state machine for neurostimulation.

Abstract: The invention relates to a lens device (9) for a camera (4) of a motor vehicle (1), including at least one lens (11) and including a lens retainer (10) for retaining the at least one lens (11), wherein the lens retainer (10) has an adhesive area (16) at an outside, to which an adhesive (14) can be applied for connecting the lens device (9) to a camera housing (15) of the camera (4), wherein the lens retainer (9) has a base surface (19) and a plurality of elevations (21) in the adhesive area (16), wherein the respective elevations (21) are formed raised to the base surface (19).

Abstract: An apparatus for a vehicle includes an electronic device and an ECU. The electronic device includes a conductive housing that comprises a bottom portion, a PCB that comprises a top layer having circuitry, and a ground layer, the PCB located in the housing, a ground component electronically connected to the ECU and the bottom portion, at least one leg that extends through the PCB and fixes the PCB to the bottom portion, and EMC connectors that connect the circuitry to the bottom portion. At a noise frequency, when there is a noise current at a given location of the circuitry, a first noise impedance from the location to the bottom portion through the EMC connectors is less than a second noise impedance from the location to other locations of the circuitry, and less than a third noise impedance from the location to the bottom portion through the leg.

Abstract: The invention relates to a lens device (9) for a camera (4) of a motor vehicle (1), including at least one lens (11) and including a lens retainer (10) for retaining the at least one lens (11), wherein the lens retainer (10) has an adhesive area (16) at an outside, to which an adhesive (14) can be applied for connecting the lens device (9) to a camera housing (15) of the camera (4), wherein the lens retainer (9) has a base surface (19) and a plurality of elevations (21) in the adhesive area (16), wherein the respective elevations (21) are formed raised to the base surface (19).

Abstract: Systems and methods for verification and membership to neighborhoods for sharing of video footage from audio/video (A/V) recording and communication devices in accordance with various embodiments of the present disclosure are provided. In one embodiment, a method for verifying a user for access to shared video footage is provided, the method comprising: receiving user input data from a user of a client device; determining whether the client device has enabled location services; upon a determination that the client device has not enabled location services, transmitting the user input data to a third-party verification service and determining that the user is verified upon receiving a confirmation from the third-party verification service that the user input data is accurate; and upon a determination that the client device has enabled location services, identifying a client device location and determining that the user is verified using the user input data and the client device location.

Abstract: An automated paint application system for automatically, safely and efficiently reproducing a high resolution image on an area of a surface located in an uncontrolled environment and a related method for reproducing a high resolution image on a surface in an uncontrolled environment are disclosed. The automated paint application system features a robotic painting machine which uses a vectorized format of the image to generate a plurality of paint paths which an applicator nozzle of the robotic painting machine follows about the surface in order to form the image. The robotic painting machine includes a plurality of paint conduits each connected by a valve to at least one applicator nozzle and usable for respectively transferring a different coloured paint in a manner such that the valves are controllable to dispense one of the different coloured paints or to form a combination colour thereof.

Abstract: A storage system for storing objects is provided. The storage system may include a frame having sides and a guide rail system supported on the frame between the frame sides, the guide rail system including a pair of slide members that are selectively extendable beyond the frame sides. The storage system may futher include a tray moveable within the guide rail system and releaseably supported by the pair of slide members for movement with the slide members relative to the frame, the tray may be selectively removable from the slide members and tiltable with respect to the slide members, and a mounting mechanism operable for securing the tray to one of the slide members, the mounting mechanism being selectively releasable for allowing manual removal of the tray from the slide members.

Abstract: An aquatic weed harvester includes an open frame and a tubular mesh harvesting material that is secured to the open frame via a series of hooks disposed about the harvesting frame. The frame can be secured to a bow of a floatable structure or vessel via a variety of configurations, such as a pair of mounting channels or a rotating frame assembly. The rotating frame assembly allows the user to rotate the harvester between an in use orientation and a stored orientation. When placed in a stored orientation, the harvester opening is rotated upwards aiding the user in sealing the harvesting bag. The vessel preferably is designed having a split bow, where the weed harvester is positioned between the two bow extensions.

Abstract: An aquatic weed harvester includes an open frame and a tubular mesh harvesting material that is secured to the open frame via a series of hooks disposed about the harvesting frame. The frame can be secured to a bow of a floatable structure or vessel via a variety of configurations, such as a pair of mounting channels or a rotating frame assembly. The rotating frame assembly allows the user to rotate the harvester between an in use orientation and a stored orientation. When placed in a stored orientation, the harvester opening is rotated upwards aiding the user in sealing the harvesting bag. The vessel preferably is designed having a split bow, where the weed harvester is positioned between the two bow extensions.

Abstract: The present invention provides heat exchanging elements for use in Stirling engines. According to the present invention, the heat exchanging elements are made from muliple platelets that are stacked and joined together. The use of platelets to make heat exchanging elements permits Stirling engines to run more effiecient because the heat transfer and combustion processes are improved. In one embodiment, multi-stage combustion can be introduced with platlets, along with the flexibility to use different types of fuels. In another embodiment, a single component constructed from platelets can provide the heat transfer rquirements betweeen the combustion gas/working gas, working gas in the regenerator and the working gas/coolant fluid of a Stirling engine. In another embodiment, the platelet heat exchanging element can recieve solar energy to heat the Stirling engine's working gas. Also, this invention provides a heat exchanging method that allows for multiple fuilds to flow in opposing or same direction.

Abstract: In an airlock system, through which drums containing radioactive material are transferred into a containment area, a passage has an intermediate region, of reduced cross section relative to the inlet and outlet ends of the passage. The passage has a convergent inlet region and a divergent outlet region leading, respectively, to and from the intermediate region. The passage functions in the manner of a venturi so that an airstream is caused to flow along the passage towards the containment so as to inhibit the escape of atmosphere therefrom. A roller conveyor transfers the items through the airlock system and a detector monitors the atmosphere in the passage.

Abstract: An end plug is inserted into the end of a nuclear fuel pin cladding tube after loading mixed oxide fuel pellets into the tube from a containment area. During the pellet loading operation, a disposable sleeve and an end plug carrier protect the external surfaces of the cladding tube and the end plug from contamination. The sleeve, mounted on the end of the cladding tube, is inserted into a seal arranged in a wall of the containment area. The end plug, located within a recess in the plug carrier, is then inserted into the end of the cladding tube by sliding the carrier through the sleeve. Upon removal of the cladding tube, the sleeve and the carrier are retained in the seal for ejection into the containment area during the next pellet loading operation.