Abstract: An electronic device with a touch-sensitive display, one or more processors, and memory detects a first user input. In response to detecting the first user input, the device displays on the touch-sensitive display a user interface screen including a first affordance and a second affordance. The device detects a second user input including a contact on the touch-sensitive display. In accordance with a determination that the contact corresponds to selection of the first affordance, the electronic device is caused to turn off. In accordance with a determination that the contact corresponds to selection of the second affordance, the device causes initiation of a telephone call to a determined number.

Abstract: A method for the analysis of samples including one or more glycopeptides including the steps of separating one or more glycopeptides using a chromatography system to produce a chromatographic eluent, adding a supercharging reagent to the chromatographic eluent, providing the chromatographic eluent and supercharging reagent to a mass spectrometer, ionizing the chromatographic eluent and supercharging reagent in an ion source to produce glycopeptide ions, performing at least one ion ion reaction on at least some of the glycopeptides ions to produce fragment ions, mass analyzing the fragment ions to produce ion ion reaction mass spectral data, and interpreting the ion ion reaction mass spectral data to provide structural information relating to the glycopeptide.

Abstract: A method for the analysis of samples including one or more glycopeptides including the steps of separating one or more glycopeptides using a chromatography system to produce a chromatographic eluent, adding a supercharging reagent to the chromatographic eluent, providing the chromatographic eluent and supercharging reagent to a mass spectrometer, ionizing said chromatographic eluent and supercharging reagent in an ion source to produce glycopeptide ions, performing at least one ion ion reaction on at least some of the glycopeptide ions to produce fragment ions, mass analyzing the fragment ions to produce ion ion reaction mass spectral data, and interpreting the ion ion reaction data mass spectral data to provide structural information relating to the glycopeptide.

Abstract: A foundation assembly for use with expansive soils. The assembly includes a slab form, such as metal pan, for receiving poured concrete, a structural slab cast into the form, and structural members, e.g., piers, footing pads, and the like, contacting and/or extending into the soil. An elongate support member, e.g., a rectangular concrete beam, is positioned on an upper support surface of the structural members so as to contact a lower surface of the slab form. In this manner, the support member supports the slab form and structural slab and defines a void space between the soil and the slab form without the use of biodegradable materials.

Abstract: A structural foundation assembly for use with expansive and other soils. The foundation includes slab and wall assembly in which foundation walls are poured on an upper surface of a previously poured slab such that the slab supports the walls. The slab is poured in a slab form supported upon a center, elongate support beam that is supported by piers. The height of the piers and beam provide a void between the slab and soil to allow the soil to expand and contract. The wall is attached to the slab with angled connector members in the slab. The foundation includes a dam that has planar members positioned about the periphery of the slab contacting the soil and the slab to block soil from entering the void space. A sump pit is provided exterior to the slab and wall assembly with access provided by a window well in the foundation.

Abstract: A structural foundation assembly for use with expansive and other soils. The foundation includes slab and wall assembly in which foundation walls are poured on an upper surface of a previously poured slab such that the slab supports the walls. The slab is poured in a slab form supported upon a center, elongate support beam that is supported by piers. The height of the piers and beam provide a void between the slab and soil to allow the soil to expand and contract. The wall is attached to the slab with angled connector members in the slab. The foundation includes a dam that has planar members positioned about the periphery of the slab contacting the soil and the slab to block soil from entering the void space. A sump pit is provided exterior to the slab and wall assembly with access provided by a window well in the foundation.

Abstract: A foundation assembly for use with expansive soils. The assembly includes a slab form, such as metal pan, for receiving poured concrete, a structural slab cast into the form, and structural members, e.g., piers, footing pads, and the like, contacting and/or extending into the soil. An elongate support member, e.g., a rectangular concrete beam, is positioned on an upper support surface of the structural members so as to contact a lower surface of the slab form. In this manner, the support member supports the slab form and structural slab and defines a void space between the soil and the slab form without the use of biodegradable materials.