Abstract: A clip-on bag hook for a hinged tote is provided. The bag hook includes a support portion, a hoop extending from a first end of the support portion and a hook extending from a second end of the support portion. A rib also extends from the second end of the support portion. A plurality of bag hooks can be clipped onto the hinge components of the tote. The bag hooks are preferably formed from an extruded plastic bar.

Abstract: An example via contact patterning method includes providing a pattern of alternating trench contacts and gates over a support structure. For each pair of adjacent trench contacts and gates, a trench contact is electrically insulated from an adjacent gate by a dielectric material and/or multiple layers of different dielectric materials, and the gates are recessed with respect to the trench contacts. The method further includes wrapping a protective layer of one or more dielectric materials, and a sacrificial helmet material on top of the trench contacts to protect them during the via contact patterning and etch processes for forming via contacts over one or more gates. Such a method may advantageously allow increasing the edge placement error margin for forming via contacts of metallization stacks.

Abstract: A clip-on bag hook for a hinged tote is provided. The bag hook includes a support portion, a hoop extending from a first end of the support portion and a hook extending from a second end of the support portion. A rib also extends from the second end of the support portion. A plurality of bag hooks can be clipped onto the hinge components of the tote. The bag hooks are preferably formed from an extruded plastic bar.

Abstract: An example via contact patterning method includes providing a pattern of alternating trench contacts and gates over a support structure. For each pair of adjacent trench contacts and gates, a trench contact is electrically insulated from an adjacent gate by a dielectric material and/or multiple layers of different dielectric materials, and the gates are recessed with respect to the trench contacts. The method further includes wrapping a protective layer of one or more dielectric materials, and a sacrificial helmet material on top of the trench contacts to protect them during the via contact patterning and etch processes for forming via contacts over one or more gates. Such a method may advantageously allow increasing the edge placement error margin for forming via contacts of metallization stacks.

Abstract: An example via contact patterning method includes providing a pattern of alternating trench contacts and gates over a support structure. For each pair of adjacent trench contacts and gates, a trench contact is electrically insulated from an adjacent gate by a dielectric material and/or multiple layers of different dielectric materials, and the gates are recessed with respect to the trench contacts. The method further includes wrapping a protective layer of one or more dielectric materials, and a sacrificial helmet material on top of the trench contacts to protect them during the via contact patterning and etch processes for forming via contacts over one or more gates. Such a method may advantageously allow increasing the edge placement error margin for forming via contacts of metallization stacks.

Abstract: The invention is directed to a latch assembly for use with a top cap for connecting the top cap to a container body. The latch assembly includes a latch having a latch body with a planar portion and an arcuate portion. A snap hook and a pull tab is connected to an end of the arcuate portion. The latch also includes a clasping portion for securing it to a ramp on the top cap and a spring element.

Abstract: An example via contact patterning method includes providing a pattern of alternating trench contacts and gates over a support structure. For each pair of adjacent trench contacts and gates, a trench contact is electrically insulated from an adjacent gate by a dielectric material and/or multiple layers of different dielectric materials, and the gates are recessed with respect to the trench contacts. The method further includes wrapping a protective layer of one or more dielectric materials, and a sacrificial helmet material on top of the trench contacts to protect them during the via contact patterning and etch processes for forming via contacts over one or more gates. Such a method may advantageously allow increasing the edge placement error margin for forming via contacts of metallization stacks.

Abstract: A method includes receiving from a health care practitioner input corresponding to creation of a first health care order which includes one or more parameters associated with a health care goal for the patient, one or more parameters associated with one or more rules for communicating notifications regarding the first health care order to the first health care practitioner via the electronic health records application, and instructions for the patient for complying with the first health care order. The method further includes displaying to the patient a patient portal comprising a goals interface which displays information associated with the first health care order for the patient created by the first health care practitioner, and allowing the patient to input readings for the order. The method further includes communicating one or more alert or reminder notifications to the patient.

Abstract: The invention provides a container having a peripheral wall defining a chamber and having an open top. A plurality of vertically extending grooves extend radially inwardly of the container from an inner surface of the peripheral wall. Two grooves of the plurality of grooves are on opposed portions of the peripheral wall and are in registration with one another to define a pair of grooves in registration. A divider is positioned in the pair of registered grooves and is retained therein by a protuberance in the groove and a tab extending from a lateral end portion of the divider.

Abstract: The invention relates to a resin having a plurality of cyclic carbonate groups comprising the reaction product of: a) an epoxidized sucrose fatty acid ester resin, and b) carbon dioxide where a) and b) are reacted under conditions sufficient to carbonylate a plurality of the oxirane groups of the epoxidized sucrose fatty acid ester resin, and optionally in the presence of a catalyst or of a solvent. In one embodiment the epoxidized sucrose fatty acid ester resin is epoxidized sucrose soyate. The invention also relates to methods for producing a resin having a plurality of cyclic carbonate groups. In a method of the invention, an epoxidized sucrose fatty acid ester resin is contacted with carbon dioxide under conditions sufficient to carbonylate a plurality of the oxirane groups of the epoxidized sucrose fatty acid ester resin, and optionally in the presence of a catalyst or of a solvent.

Abstract: The invention relates to a resin having a plurality of cyclic carbonate groups comprising the reaction product of: a) an epoxidized sucrose fatty acid ester resin, and b) carbon dioxide where a) and b) are reacted under conditions sufficient to carbonylate a plurality of the oxirane groups of the epoxidized sucrose fatty acid ester resin, and optionally in the presence of a catalyst or of a solvent. In one embodiment the epoxidized sucrose fatty acid ester resin is epoxidized sucrose soyate. The invention also relates to methods for producing a resin having a plurality of cyclic carbonate groups. In a method of the invention, an epoxidized sucrose fatty acid ester resin is contacted with carbon dioxide under conditions sufficient to carbonylate a plurality of the oxirane groups of the epoxidized sucrose fatty acid ester resin, and optionally in the presence of a catalyst or of a solvent.

Abstract: A test panel for use in preparing a coating array, includes a plate having a non-corrosive surface and a plurality of raised edges integrally formed as part of the non-corrosive surface. The raised edges define a plurality of wells. Also disclosed is a method of testing coatings placed on a panel.

Abstract: A multi-well plate includes a plurality of wells, and each well has a base and one or more side walls. A liner is located adjacent the base of at least one of the plurality of wells. A method for forming a multi-well plate system includes providing a multi-well plate and applying a liner to a well of the multi-well plate.