Abstract: A floating drift apparatus for verifying the inner diameter of tubulars as the tubulars are made up into a tubular string being run into a wellbore. A float section provides buoyancy to float the apparatus in fluid within the bore of a tubular, and a drift section has a drift element with a diameter substantially equal to the tubular inner diameter being verified, which may be the drift diameter. When running a tubular string, the apparatus is inserted into the bore of the tubular string, floating in the fluid. As joints of tubular are made up and run into the wellbore, the tubulars move downhole around the apparatus. Preferably, the floating drift apparatus can be visually detected. If an undersize ID is encountered, the floating drift apparatus will be pushed downhole and no longer visible; the operator can remove the undersize ID tubular from the string.

Abstract: A floating drift apparatus for verifying the inner diameter of tubulars as the tubulars are made up into a tubular string being run into a wellbore. A float section provides buoyancy to float the apparatus in fluid within the bore of a tubular, and a drift section has a drift element with a diameter substantially equal to the tubular inner diameter being verified, which may be the drift diameter. When running a tubular string, the apparatus is inserted into the bore of the tubular string, floating in the fluid. As joints of tubular are made up and run into the wellbore, the tubulars move downhole around the apparatus. Preferably, the floating drift apparatus can be visually detected. If an undersize ID is encountered, the floating drift apparatus will be pushed downhole and no longer visible; the operator can remove the undersize ID tubular from the string.

Abstract: A floating drift apparatus for verifying the inner diameter of tubulars as the tubulars are made up into a tubular string being run into a wellbore. A float section provides buoyancy to float the apparatus in fluid within the bore of a tubular, and a drift section has a drift element with a diameter substantially equal to the tubular inner diameter being verified, which may be the drift diameter. When running a tubular string, the apparatus is inserted into the bore of the tubular string, floating in the fluid. As joints of tubular are made up and run into the wellbore, the tubulars move downhole around the apparatus. Preferably, the floating drift apparatus can be visually detected. If an undersize ID is encountered, the floating drift apparatus will be pushed downhole and no longer visible; the operator can remove the undersize ID tubular from the string.

Abstract: Dysphagia patients face a number of challenges nutritionally because of their difficulty swallowing. Certain foods may be avoided altogether for fear of choking, and liquids are often avoided for fear of aspiration, so that dysphagia patients are at risk for both malnutrition and dehydration. Despite the technology of food administration to patients, there is a need to have a composition that can effectively alleviate patient swallowing difficulty and provide convenient, quick last minute meals for dysphagia patients that delivers nutrition. The invention concerns the use of a composition comprising a homogenized, comminuted pulse product, and at least one selected from the group consisting of a chemically unmodified starch and a hydrocolloid for the treatment of a patient having dysphagia.

Abstract: Improved methods for processing pulses are disclosed. Products produced from such improved methods are further disclosed.

Abstract: A bulk bag comprising a bottom wall and at least one side wall extending upwardly from the bottom wall is provided with at least one pocket secured to the exterior of the side wall and extending substantially vertically. The pocket receives a support member which maintains the side wall of the bulk bag in an upright, open configuration.

Abstract: A bulk bag comprises side wall panels formed from woven polypropylene fabric and arranged in a rectangular configuration. A long, narrow, strip of polypropylene fabric is sewn to the side wall panels at each of the corners to define a pocket which receives a support member. A frame having a rectangular configuration congruent with the shape of the bulk bag has legs depending therefrom which are received in the pockets to secure the bulk bag in an open configuration.

Abstract: A bulk bag liner is provided with a plurality of elongate strips and/or tabs secured to the bottom wall of the bulk bag liner at the intersection thereof with the side walls of the bulk bag liner and secured in place by lengths of heavy duty adhesive tape. The strips and/or tabs are sewn into the seam joining the bottom wall to the side walls of a bulk bag to prevent movement of the bulk bag liner relative to the bulk bag during the discharge of the contents of the bulk bag liner.

Abstract: A bulk bag comprising a bottom wall and at least one side wall extending upwardly from the bottom wall is provided with at least one pocket secured to the exterior of the side wall and extending substantially vertically. The pocket receives a support member which maintains the side wall of the bulk bag in an upright, open configuration.

Abstract: A bulk bag comprising a bottom wall and at least one side wall extending upwardly from the bottom wall is provided with at least one pocket secured to the exterior of the side wall and extending substantially vertically. The pocket receives a support member which maintains the side wall of the bulk bag in an upright, open configuration.

Abstract: A bulk bag comprising a bottom wall and at least one side wall extending upwardly from the bottom wall is provided with at least one pocket secured to the exterior of the side wall and extending substantially vertically. The pocket receives a support member which maintains the side wall of the bulk bag in an upright, open configuration.

Abstract: A bulk bag includes a side wall, a bottom wall, and plurality of vertically extending pockets secured to the side wall and positioned at equally spaced locations around the periphery thereof. The pockets receive support members comprising hollow tubes which receive positioning cups at the lower ends thereof to facilitate the stacking of bulk bags one upon another. Spaced, parallel forklift tine receiving tunnels are located beneath the bottom wall and are secured either adhesively or by means of projections formed in the structure of the tunnels at spaced apart locations along the lengths thereof. The forklift tine receiving tunnels have either semicircular, rectangular, or inverted V-shaped cross sectional configurations.