Other

Brita Gmbh

Arlo Technologies, Inc.

Honey-Can-Do International, LLC

Netgear, Inc.

Doddle & Co., LLC

Project X Ltd.

Snappower

Robert Argiro

Beau Oyler

Jared Hull Aller

Yulian Bagirov

Jeremy Cornell Smith

Benjamin Ma

Brett D McIntire

Phil Dietz

Jessica L Todd

Martin R Johnson

John Kui Yin Ramones

Christopher Vincent Fonzo

Darren Charles Knight

Charles Bates

Dayne Nathaniel Tanner

Charles Lyman Bates, Iii

Yi Cui

Janna Badger

Bradley Hogan Rivas Devine

Jeff Tung

Julian Bagirov

Jeffrey Tung

Michael Horito

Jennifer Sarah Ouk

R Camden Robinson

Sean Daniel Watkins

Ze Yu Liu

Janna Budge

Masao Yokota

Luke Gonos

Sean D Watkins

Dayne Tanner

John Kui Yan Ramones

Kyle K Hill

Jeremy C Smith

A lens cap device, comprising a base configured as inner ring; an outer ring configured to be rotatable relative to the base; and a plurality of curved blades rotatably connected to the base and slidably connected to the outer ring, wherein the plurality of curved blades is configured to function as an iris; and wherein when the outer ring is rotated, each blade in the plurality of curved blades travels from an outer position that defines an opening to an inward position that defines a closure.

Lens mounted cap with opening and closing mechanism

The present disclosure is directed to a lens cap with an integrated iris that screws onto a camera lens. Once secured on a camera lens, the iris may be opened by rotating an outer edge of the lens cap in a first direction. When in an open position, the entire surface of the camera lens is free from obstruction and photos may be taken as if the lens cap were not even there. The iris can literally disappear within an edge of circular lens cap. By rotating the lens cap in an opposite direction, the lens may be completely covered by the integrated iris again. For example, the iris may be opened by rotating the lens cap in a clockwise direction and then closed again by rotating the lens cap in a counter clockwise direction. Once installed, this lens cap never has to be removed.

Dynamic camera lens cap

A directionally adjustable magnetic mounting system is disclosed for use with a small electronic device such as a wireless camera. The mounting system includes a camera mount having a mounting surface configured to selectively and alternatively magnetically engage any one of a plurality of mount engaging locations on the electronic device in an angular orientation that is variable relative to a longitudinal centerline of the camera mount. Also disclosed is a method of using the mounting system.

Electronic device mount

An electrical pathway is formed between a receiving port located on an outer surface of the casing and the electronic device module received therein, such that a power supply may pass from a power connector that is magnetically attached to the port, to the electronic device module via the intermediate casing. The casing and electronic device modules further cooperate to form a module separation assembly that may be activated to remove or eject the electronic device module from within the casing.

Modular camera system

Drinking straw

A hygienic pacifier is set forth. The pacifier includes a base section having a nipple extending therefrom. The base section has a cross-sectional thickness. A substantially spherical recoil shield section is integrally formed with the base section. The shield section forms a wall having a cross-sectional thickness that is thinner in cross section than the cross-sectional thickness of the base section. The wall has recoil properties due to the spherical geometry of the shied section. The wall forms a shield around the nipple when recoiled.

Hygenic pacifier apparatus and method

A vessel in a modular magnetic storage system is set forth. The vessel includes at least one magnet housing assembly configured to securely store a magnet therein. The magnet housing assembly is provided on, within a portion, or within a wall of the vessel. An interior wall of the vessel is configured to form a compartment and to selectively store at least one object therein. The magnet housing assembly is configured to hold the vessel securely in a suspended configuration through a cover provided on the magnet housing assembly. The vessel is mounted in the suspended configuration by selectively connecting the magnet to a surface.

Modular magnetic container system

A camera including at least one camera lens disposed on or in the outer surface of a front wall of housing and an inwardly projecting concave dome recessed within a rear wall of the outer surface of the housing. The housing lacks protrusions extending rearwardly of the rear wall. The dome may be semi-spherical in shape, symmetrically bifurcated by a longitudinal bisector of the housing, and asymmetrically bifurcated by a latitudinal bisector of the housing.

Camera with housing configured to receive mounting structure

A modular magnetic storage system including a container attachable to a surface, the container including a vessel having a top end, a bottom end, a wall and a magnet housing, the bottom end being positioned opposite to the top end, the wall extending between the bottom end and the top end, the wall and the bottom end defining a cavity, the top end defining an opening in the vessel, and the magnet housing defining a recess; a magnet disposed within the recess; and a resilient cover positioned over the magnet housing, the resilient cover providing a coefficient of friction between the resilient cover and the surface to maintain a position of the vessel on the surface.

A wall-plate system is disclosed. The wall-plate system may include a face plate, a back plate, electronic circuitry comprising an electrical port, a clip, and a conductor. The face plate may have a front, a back, and at least one outlet aperture. The back plate may abut the back of the face plate and have a wall extending rearward away from the face plate. The clip may connect to the face plate and extend rearward away from the back of the face plate. The clip may be positioned laterally inboard of the wall and resiliently deflect from a neutral position spaced from the wall to a deflected position in contact with the wall. The conductor may be sandwiched between the face plate and the back plate and extend to electrically connect the clip to the electronic circuitry.

Active cover plates

An active cover plate is disclosed. The active cover plate may include a face plate, a back plate; an electrical load, at least one clip may extend rearward from the face plate and a wall may extend rearward from the back plate, where the wall may cover at least a part of a rear of the clip, and an electrical connection may connect the electrical load to the clip.

A variety of swing training devices that are arranged to support a ball to be struck are described. At least one moveable object is positioned within a chamber located adjacent the ball support. The moveable object is arranged such that it can be seen by a hitter after the ball is struck when the hitter is looking at a point of contact where the ball is struck. The moveable objects are arranged to move when the ball is stuck and a variety of challenge games can be played that require the batter to identify something that happened to the moveable objects&#x2014;thereby providing motivation to encourage the batter to focus his or her eyes on the region of contact.

Swing training device

In one example, an active cover plate includes a faceplate, a load and a spring clip adjustable in at least one of a horizontal direction and a vertical direction with respect to the faceplate to electrically interface with a receptacle body and extract electrical power from the receptacle body to energize the load. A method for installing an active cover plate on an electrical receptacle is also provided.

Growing community of inventors

Oakland, CA, United States of America

Beau Oyler