Abstract: Described herein are shields adapted for permanent attachment or removable attachment in the armpit area of a shirt. The shields are multi-layered fabrics that absorb perspiration, and in certain aspects, are used to control, reduce, or prevent perspiration from bleeding through and being shown on the outer surface of a garment. For example, these garments can include, but are not limited to, a multilayered fabric having at least a first fabric layer configured to wick moisture away from a person's body, at least a second fabric layer configured to absorb the moisture, and at least a third fabric layer that does not absorb moisture. As further described herein, various antimicrobial agents can be included in at least one fabric layer. These antimicrobial agents can be used to reduce or prevent the growth of microbes in and/or on the fabric, and these antimicrobial agents can be used to reduce or prevent odors derived from odor producing microbes.

Abstract: Described herein are shields adapted for permanent attachment or removable attachment in the armpit area of a shirt. The shields are multi-layered fabrics that absorb perspiration, and in certain aspects, are used to control, reduce, or prevent perspiration from bleeding through and being shown on the outer surface of a garment. For example, these garments can include, but are not limited to, a multilayered fabric having at least a first fabric layer configured to wick moisture away from a person's body, at least a second fabric layer configured to absorb the moisture, and at least a third fabric layer that does not absorb moisture. As further described herein, various antimicrobial agents can be included in at least one fabric layer. These antimicrobial agents can be used to reduce or prevent the growth of microbes in and/or on the fabric, and these antimicrobial agents can be used to reduce or prevent odors derived from odor producing microbes.

Abstract: Described herein are multi-layered fabrics that can be used to absorb perspiration. In certain aspects, these fabrics can be used to control, reduce, or prevent perspiration from bleeding through and being shown on the outer surface of a garment. For example, these garments can include, but are not limited to, a multilayered fabric having at least a first fabric layer configured to wick moisture away from a person's body, at least a second fabric layer configured to absorb the moisture, and at least a third fabric layer that does not absorb moisture. For example, the multi-layered fabric described herein can be included in the underarm regions of shirts (e.g., tee shirts) to absorb perspiration.

Abstract: Described herein are multi-layered fabrics that can be used to absorb perspiration. In certain aspects, these fabrics can be used to control, reduce, or prevent perspiration from bleeding through and being shown on the outer surface of a garment. For example, these garments can include, but are not limited to, a multilayered fabric having at least a first fabric layer configured to wick moisture away from a person's body, at least a second fabric layer configured to absorb the moisture, and at least a third fabric layer that does not absorb moisture. As further described herein, various antimicrobial agents can be included in at least one fabric layer. These antimicrobial agents can be used to reduce or prevent the growth of microbes in and/or on the fabric, and these antimicrobial agents can be used to reduce or prevent odors derived from odor producing microbes. The multi-layered fabric described herein can be used to make garments or portions of garments.

Abstract: A batch-type convection oven for bakery goods of the type having a front wall, a back wall, a pair of opposed side walls, a floor, a top and an opening in the front wall for permitting at least one multi-layer wheeled cart to be pushed into and removed from the oven. The oven includes a fan for circulating heated air in a closed path to the interior of the oven; a plenum attached to one wall of the oven, the plenum having at least one row of vertically arranged air outlets; an air return located in one wall of the oven for receiving the heated air after it has passed through the interior of the oven and for returning the air to the inlet of the fan and an air flow control system.

Abstract: Provided is a steel alloy and process for manufacture thereof. The steel alloy has improved ductility, weldability and dimensional stability. Also provided is a manufacturing mold having a manifold that may be formed of the steel alloy. The manifold may include sprues or runners such that the manifold may be used in plastic injection mold. The steel alloy has the chemical composition comprised of (by weight percent) about 0.16-0.2 carbon, about 0.6-0.9 manganese, up to about 0.02 phosphorous, up to about 0.02 sulfur, about 0.25-0.45 silicon, about 2.3-2.7 chromium, up to about 0.2 nickel, up to about 0.15 copper, up to about 0.15 molybdenum, about 0.15-0.03 aluminum and the balance being iron with trace amounts of ordinarily present elements. The steel alloy is electric furnace melted, ladle refined, vacuum degassed and argon shield poured in order to ensure cleanliness and quality.

Abstract: Arrangement for making color-picture tubes screens consisting of a faceplate panel and an associated shadow mask by applying phosphor layers to the faceplate using photographic techniques, at which devices for applying, exposing, and developing photosensitive layers are provided. To reduce the handwork without obtaining an assembly-line-like automatic arrangement with interdependent devices, the devices for exposing the screen are united with devices for inserting the shadow mask into, and removing it from, the faceplate to form an automatically operating subarrangement which is independent of the remainder of the arrangement.