160 results about "Food particles" patented technology

An oral hygiene device, which includes a hand-held cylindrical device having a controllable dial and water-emitting nipple created by water pressure is disclosed. The oral hygiene device includes a cylindrical body which is hand-held, a control dial, having a valve, mounted onto the body; a nipple mounted at its proximal end to the body, the nipple having a slit on its distal end and being interchangeable; a conduit mounted between the body and an open-shutoff valve; and an open-shutoff valve mounted between the conduit and a connector body mounted to a water source. The device cleanses and dislodges food particles from teeth and massages the gums.

A process for dry coating a food particle having a size in the range from about 0.5 mm to about 20.0 mm is disclosed. The resulting coated food particle has a moisture level that is substantially the same as the moisture level of the uncoated food particle. A process for encapsulating a frozen liquid particle having a size in the range from 5 micrometers to 5 millimeters with a liquid coating material is also disclosed. Also disclosed are coated food particles and encapsulate frozen liquid particles made by one of the processes of the invention.

A barrier against soiling to the wearer, this functional, easy to use bib comprises a body made of washable, flexible, durable and non-porous material with a front and a back. The body includes two semi-circular upper sections that protect the wearer's shoulders from soiling while also securing the bib around the wearer's neck. In fastening these upper sections together, a portion of the bib body arcs outwardly to conform to the wearer's upper body. The lower body of the bib forms into a bowed pocket for catching and retaining food particles and liquid thus shielding the user from soiling. The pocket is formed firstly by folding the lowest portion of the body upwards toward the front of the bib and fastening with corresponding snaps on each side and secondly, by folding the bottom right and left corners of the pocket around to the backside of the bib and fastening to the corresponding snaps on the backside. The pocket unfastens for the purpose of wiping and / or washing once removed from the wearer. The integrity of this pocket to retain liquid and food particles is assured and maintained by the special manner in which it is constructed, folded and fastened; by eliminating any folds within the pocket itself; by eliminating any perforations caused by affixing within said pocket, and by avoiding the use of applied trim along its edges. The resulting bib with an improved pocket prevents soiling to the wearer by catching and retaining a measurable amount of food and liquid debris without leaking and is easy to clean due to the ability to unfasten the pocket.

An intragastric anchor implant device is provided with a substantially rigid member having proximal and distal ends and atraumatic tips or features disposed near the proximal and distal ends. The atraumatic features prevent damage to the tissues of the stomach and the gastrointestinal track and may help to anchor the device in the stomach, while the substantially rigid member resists bending so as to engage a tissue of the stomach or the gastrointestinal tract to prevent passage through the stomach. The anchor implant device is coupled with a therapeutic device, typically a sleeve, such as an intestinal bypass sleeve. Ideally, the device includes a sliding seal to direct a flow of food particles from the stomach through the sleeve, so as to be useful in treating a disorder, including obesity and diabetes. Methods of deploying the anchor implant devices are also disclosed.