Other

Abc Fillers, Inc.

Knight Vision Lllp

Matrix Technologies Corporation

Juliet Marine Systems, Inc.

Joseph A DiCarlo

Robert Joseph McCreight, Jr

Joseph Ryan DiCarlo

Steven Grabowski

Scott G Little

Gregory E Sancoff

Daniel J Seguin

Scott Elliott Frash

Jonathan Kohanski

Louis Franzini

Kenneth E Damon, Jr

Raymond E McHugh

A magnetic fastener system has a first fastener structure with a body having a first side and a second side. At least one of a male or female friction-snap fastener is positioned on the first side. A pocket is formed within the second side and a first magnet positioned therein. A recessed surface formed in an interior of the pocket. A captive wall formed around the recessed surface. A second fastener structure central portion is formed by an inner sidewall. A second magnet positionable within the central portion. An outer sidewall defines a shape of the second fastener structure. The captive wall is removably insertable into a receiving space between the outer sidewall and the inner sidewall. The central portion is removably insertable into the pocket. The first and second fastener structures are magnetically connectable.

Magnetic fastener system

An apparatus for closing fluid containers includes a rotary gassing station. In the rotary gassing station, at least one container containing a quantity of fluid within an interior space thereof receives a quantity of gas in the interior space. A rotary seaming station is positioned proximate to the rotary gassing station. In the rotary seaming station, a lid is seamed to an opening of the container to seal the quantity of fluid and the quantity of gas in the interior space. At least one container piston of the rotary seaming station is movable around a center axis of the rotary seaming station. The container piston holds the container between a first radial position when the container is within the rotary gassing station to at least a second radial position when a lid is seamed to an opening of the container in the rotary seaming station.

Multi-container filling machine technologies

A magnetic fastener system has a first fastener structure with a body with a first side and a second side. At least one of a male or female friction-snap fastener is positioned on the first side. A pocket is formed within the second side and a magnet is positioned therein. A recessed surface is formed in an interior of the pocket. A captive wall is formed around the recessed surface. The magnet is positioned between the first side and the recessed surface. A second fastener structure has a shape defined by an outer sidewall, wherein the shape of the outer sidewall substantially matches a shape defined by the captive wall, wherein second fastener structure is removably insertable into the pocket, and the first and second fastener structures are magnetically connectable. At least a third fastener structure is removably connectable to at least one of the male or the female friction-snap fastener.

An apparatus for filling containers and related technologies are disclosed. The apparatus has at least one container-transportation belt, wherein the container-transportation belt is configured to carry at least one container between a first location and a second location, wherein the at least one container-transportation belt has a width which is smaller than a diameter of the at least one container. The apparatus may also include at least one belt. At least one container is carried on the at least one belt between a first location and a second location, wherein a bottom of the at least one container contacts a top surface of the at least one belt. At least one lifting mechanism raises the at least one container off the at least one belt by contacting the bottom of the at least one container.

An apparatus for filling containers with fluid includes a volumetric filling valve. The volumetric filling valve includes a valve stem having a gas valve portion and a fluid valve portion. An interior passageway of the gas valve portion is positioned interior of the valve stem, wherein the interior passageway positioned to supply a quantity of gas to a filling nozzle. A gas valve actuator is mechanically connected to the valve stem, wherein the gas valve actuator controls an activation of the gas valve portion. A fluid valve actuator is mechanically connected to the valve stem, wherein the fluid valve actuator controls an activation of the fluid valve portion. The volumetric filling valve may be positioned within a filling head container with the gas valve portion positioned at least partially within a quantity of gas and the fluid valve portion positioned within a quantity of fluid.

Multi-container filling machine, valves, and related technologies

A dual-adjustable mounting shoe has a shoe body. A middle portion of the shoe body has at least one pocket formed therein. At least one pocket insert is positioned at least partially within the pocket. The pocket insert has a raised tooth positioned along a rear of the shoe body and a forward edge positioned along a front of the shoe body, wherein the at least one pocket insert is movable relative to the shoe body to adjust a position of at least one of the raised tooth and the forward edge relative to the shoe body. At least one fastener is engageable with the at least one pocket insert to secure the at least one pocket insert in a stationary position at least partially within the pocket. The dual-adjustable mounting shoe is usable with both a rear-indexing receptacle and a forward-indexing receptacle.

Dual adjustable mounting shoe

Mounting shoe apparatus

An apparatus for filling differently sized containers with fluid includes a filling head having a fluid holding area. At least one multi-container filling nozzle connected to the filling head, wherein at least two containers with differently-sized openings are fillable with a quantity of fluid from the fluid holding area without changing the multi-container filling nozzle. Related methods and devices for filing containers with differently-sized openings with fluid without changing a fluid nozzle are also disclosed.

A bridge mount device, system, and related methods are disclosed. The bridge mount device has a mounting shoe. A connector is affixed to the mounting shoe. A bridge assembly has at least two bridge arms, wherein each of the bridge arms has an optical device mount. The at least two bridge arms are detachably connected to the connector. The mounting shoe is vertically offset from the bridge assembly and horizontally adjustable relative to the bridge assembly.

Bridge mount device and system

Multi-container filling nozzle

An apparatus, system, and method for a mounting shoe with a locking projection is disclosed. A mounting shoe has a shoe body. A base is connected to a bottom of the shoe body, the base having a channel formed through the base between a first side and a second side. A locking projection is removably positioned within a hole positioned through the shoe body and the base, wherein the hole extends from a top surface of the shoe body to a ceiling of the channel.

Apparatus, system, and method for a mounting shoe with locking projection

An optical device mounting adapter, and system and method for mounting an optical device to a head-worn article are provided. The optical device mounting adapter includes a helmet mount connector. A first arm having a first end is affixed to the helmet mount connector, wherein a second end of the first arm extends away from the helmet mount connector. A second arm is movably attached at a first point to the second end of the first arm, wherein the second arm has an elongated slot formed therein. A mobile support is connected to the second arm, the mobile support having a pin at least partially positioned within the elongated slot, wherein the mobile support is movable along a length of the elongated slot. An optical device connector is affixed to the mobile support.

Optical device mounting adapter

A motorized, wheeled personal vehicle and related methods thereof is provided. The motorized, wheeled personal vehicle includes a deck and at least one truck affixed to the deck. A bushing assembly is interfaced between the at least one truck and the deck. An axle and wheel assembly is rotatably connected to the at least one truck. A motor is affixed to the truck, wherein the motor has a gear extending into a cavity within the truck, wherein the gear is operatively connected to the axle and wheel assembly.

Motorized, wheeled personal vehicle and related methods

An optical device mounting apparatus and related methods are disclosed. The apparatus includes a base plate with a first fastener positioned through a hole in the base plate, wherein the first fastener is removably engageable with the optical device. A first wall is connected to the base plate and extends in a substantially perpendicular direction from the base plate. A second wall is connected to the base plate and extends in a substantially perpendicular direction from the base plate, wherein the second wall is different from the first wall. A stabilizing fastener is movably engaged within a hole formed within the second wall, wherein a space between the stabilizing fastener and the first wall removably receives a mounting structure of the optical device, wherein the mounting structure of the optical device is contactable by the stabilizing fastener and the first wall when it is received within the space.

Optical device mounting apparatus and related methods thereof

An adjustable mounting shoe and related methods is disclosed. The adjustable mounting shoe includes a shoe body. A middle portion of the shoe body has a pocket formed therein. A pocket insert is positioned at least partially within the pocket. The pocket insert has a raised edge, wherein the pocket insert is movable relative to the shoe body. At least one fastener is engageable with the pocket insert to secure the pocket insert in a stationary position at least partially within the pocket.

Growing community of inventors

Chester, NH, United States of America

Joseph A DiCarlo