Ricky R. Ruschke - Woodstock IL, US Edward Kandel - McHenry IL, US Michael G. Leonhard - West Bend WI, US Mark A. Kinsley - Lake Geneva WI, US John A. Leahey - Woodstock IL, US Jan W. M. Mijers - Haarlem, NL Ronald J. Kay - Barrington IL, US
Assignee:
Filtertek Inc. - Hebron IL
International Classification:
F16K 51/00 F16L 29/00 F16L 37/28
US Classification:
2511497, 2511491, 604249, 604256
Abstract:
A fluid handling device, such as a needlefree access device, includes a housing having an inlet and an inlet channel; and a flow control member comprising a combination outlet, biasing and piston member. The flow control member includes a piston section moveable between a closed position in which the piston section is inside the housing below the inlet channel but allows fluid to flow through the inlet channel; a biasing section connected to the piston section that normally biases the piston section into the inlet channel; and an outlet section connected to the biasing section having an outlet fitting in fluid communication with the inside of the housing.
Safety Handrail Apparatus And Manufacturing Methods
A safety handrail apparatus including a support component with channel element and a light emission component. The safety handrail apparatus and components thereof are manufactured by extrusion, co-extrusion, injection molding, insert injection molding, two shot molding or a combination thereof. The safety handrail apparatus allows configuration into any desired length handrail by interconnecting any number of individual handrail apparatuses.
Ricky R. Ruschke - Woodstock IL, US Edward Kandel - McHenry IL, US Michael G. Leonhard - West Bend WI, US Mark A. Kinsley - Lake Geneva WI, US John A. Leahey - Woodstock IL, US Jan W. M. Mijers - Haarlem, NL Ronald J. Kay - Barrington IL, US
Assignee:
Filtertek Inc. - Hebron IL
International Classification:
F16K 51/00
US Classification:
2511497, 2511496
Abstract:
A fluid handling device, such as a needlefree access device, includes a housing having an inlet and an inlet channel; and a flow control member comprising a combination outlet, biasing and piston member. The flow control member includes a piston section moveable between a closed position in which the piston section is in the inlet channel and an open position in which the piston section is inside the housing below the inlet channel but allows fluid to flow through the inlet channel; a biasing section connected to the piston section that normally biases the piston section into the inlet channel; and an outlet section connected to the biasing section having an outlet fitting in fluid communication with the inside of the housing. The piston section, biasing section and outlet section are connected together such that they can be handled as one piece when assembled with the housing to make the needlefree access device. The access device can be configured as a Y-site access device, or used on other devices such as an IV bag.
Safety Kick Plate Device And Manufacturing Methods
A safety kick plate device and improved manufacturing thereof, wherein the safety kick plate device includes a base component including a communication element through which a light emission component is visible. A communication protection element provides reinforcement and strength to the communication element as well as mitigates damage to the light emission component.
Safety Nosing Components And Manufacturing Methods
The present invention is an improved safety nosing component including a base element with channel member and a light emission element. The safety nosing component is manufactured by extrusion, co-extrusion, triple-extrusion, injection molding, insert injection molding, two-shot molding or a combination thereof. The present invention allows safety nosing components to be installed on architectural structures while also providing additional functionality.
System And Method Of Micromolded Filtration Microstructure And Devices
Filtration microstructure comprises a micromolded layer including a support element and a filter element that creates a tortuous channel with an inlet surface of openings and an outlet surface of openings for filtering matter. Microstructure layers can be stacked upon one another creating a labyrinth network of tortuous channels. The openings of the filtration microstructure are micromolded between and including 30 micron and 1200 micron. The support element, or wall thickness, between channels is between and including 90 micron and 3600 micron. Thus, the wall thickness to channel opening ratio is between and including 1:1 and 10:1, with a preferred ratio at 3:1. The filtration microstructure enhances and facilitates flow or navigation of particles to pass. Additionally, micro-filter assemblies with an integrated frame and filtration microstructure can be micromolded. Micromolding filtration microstructure eliminates the processing and manufacturing of filtration devices and materials including woven and extruded material.
Safety Nosing Components And Manufacturing Methods
The present invention is an improved safety nosing component including a base element with channel member and a light emission element. The safety nosing component is manufactured by extrusion, co-extrusion, triple-extrusion, injection molding, insert injection molding, two-shot molding or a combination thereof. The present invention allows safety nosing components to be installed on architectural structures while also providing additional functionality.
The locking collapsible seat apparatus of the present invention offers a convenient height for sitting or standing according to studies directed to preferred height of the apparatus, a light-weight construction for easy transport, a compact design for convenient storage and a configuration for effortless transition between an erected state and a folded state. The present invention also provides a seat locking component to stabilize the apparatus in an erected state as well as communicates with the user whether or not the locking component is activated.