Acushnet Company

Kimberly-clark Worldwide, Inc.

Woodstream Corporation

Intelligent Bio-systems, Inc.

Qiagen Sciences, LLC

Alan Schinazi

Hamid Pishdadian

Justin W Sirotin

Richard A Genga, Jr

Steven Jeffrey Gordon

Steven R Auger

Russell Frederick Ross

Luke Hagan

Thomas Andrew Lutzow

Gerhard Andrew Foelsche

Melissa Jean Dennis

Michael C Vieira

Carl B Dumas

Aidan J Petrie

David Allen Zitnick

An imaging system for exciting and measuring fluorescence on or in samples comprising fluorescent materials (e.g. fluorescent labels, dyes or pigments). In one embodiment, a device is used to detect fluorescent labels on nucleic acid. In a preferred embodiment, the device is configured such that fluorescent labels in a plurality of different DNA templates are simultaneously detected.

Detection device and methods of use

A disposable personal care article includes a shell having a unitary structure for disposition adjacent a wearer's vulva region; wherein the shell has a first side and a second side, the first side having a first area and a second area, the first area including body adhesive properties; wherein at least a portion of the first area comprises a body attachment means for adhering the shell directly to the skin and/or hair of the wearer; and wherein the shell has an anterior portion and a posterior portion where the posterior portion exhibits a higher % Extension relative to the anterior portion when a stretching force of 454 grams is applied, as measured by the % Strain Differential Test; and an absorbent structure present in the second area of the shell, wherein the first area is longitudinally separated from the second area.

Dynamic fitting body adhering absorbent article

A disposable personal care article comprises a shell having a unitary structure for disposition adjacent a wearer's vulva region, where the shell has a first side and a second side, the first side having a first area and a second area. The first area of the shell contacts to the wearer's skin and/or hair surrounding the vulva region. At least a portion of the first area comprises a body attachment means for adhering the shell directly to the skin and/or hair of the wearer. In addition, the shell has an anterior half and a posterior half where the posterior half exhibits a higher extension relative to the anterior half when a stretching force of 454 grams is applied. In some aspects, the article further includes an absorbent structure.

An insect trap including a suction device to suck insects into a catch where they are killed or detained. The insect trap also includes a catalytic reactor that uses a portion of the air and a combustible fuel to produce CO. The COis expelled from the trap at one end and the intake air is sucked in at the other. Intake and outlet ports for the intake air and lure respectively are angled toward each other. Accordingly, more insects that are drawn to the lure become trapped in the intake air.

Mosquito trap with improved airflow

A flow restrictor is provided to reduce pressure in the flow of a fluid, such as a hydrocarbon-based fuel. The flow restrictor takes the form of a capillary that is void of any abrupt flow disruptions. The flow restrictor may be used in place of an orifice and provides the advantage that it has a larger diameter than an orifice of similar function. Precipitation is less likely to form on the restrictor and any precipitation is less likely to have an adverse affect on performance.

Insect lure trap with flow restrictor

A method for scanning an object is provided. The method involves placing the object on a scanning platform. The scanner has a plurality of cameras positioned around the object to be scanned. The scanned object can be a foot, among other things, and the scanner is positioned at a predetermined incline so that the foot is evenly supported. A positioning system including at least one sensor is used to determine if the foot is located within a predetermined scanning area. The method can be used to measure foot dimensions for the production of shoe lasts and construction of shoes. The method can be used in a system for selecting shoes that properly fit.

Apparatus and method for scanning an object

A scanner has a plurality of cameras positioned around an object to be scanned. The object is illuminated by unstructured light and the object is covered by a textured surface. The cameras can be arranged as pairs and each camera pair is supported on a single support. The scanned object can be a foot, among other things, and the scanner is positioned at a predetermined incline so that the foot is evenly supported. Method for attaching the camera pairs on the support, method for calibrating the camera pairs and method of scanning the foot to provide shoe sizes and shoe lasts are also disclosed.

A scanner has a plurality of cameras positioned around an object to be scanned. The object is illuminated by unstructured light and the object is covered by a textured surface. The cameras can be arranged as pairs and each camera pair is supported on a single support. The scanned object can be a foot, among other things, and the scanner is positioned at a predetermined incline so that the foot is evenly supported. A positioning system, either visual or automatic, is included on the scanner platform. If automatic, a sensor array is affixed to the platform such that a scan will only initiate when certain sensors or combinations of sensors are ON. Method for attaching the camera pairs on the support, method for calibrating the camera pairs and method of scanning the foot to provide shoe sizes and shoe lasts are also disclosed.

Growing community of inventors

Providence, RI, United States of America

Alan Schinazi