Abstract: A cementitious composition includes a Portland cement and at least one non-Portland hydratable cement selected from the group consisting of calcium sulfoaluminate cement, a calcium aluminosilicate cement, and calcium aluminate cement, wherein the Portland cement has a content of at least 10 percent based on the total weight of the non-Portland hydratable cement powder, wherein the cementitious composition is free of latex bonding agents, and wherein the cementitious composition is bondable to asphalt. The cementitious composition may also include an aggregate in the form of asphalt millings.

Abstract: A cementitious composition of one embodiment, according to the present teaching, includes, but is not limited to, a Portland cement, and at least one other cement from a group comprising, but not limited to, calcium sulfoaluminate cement, a calcium aluminosilicate cement, and calcium aluminate, wherein the Portland cement has a content of at least 20 percent based on the total weight of the non-Portland hydratable cement powder, wherein the cementitious composition bonds to asphalt.

Abstract: A hydratable cement composition which will bond to both asphalt and cementitious substrates is supplied for the repair of various surfaces. The composition comprises of a combination of Portland cement, calcium sulfoaluminate cement or calcium aluminosilicate, and an alkali metal salt activated pozzolonic powder, wherein the Portland cement content of the hydratable portion of the composition is greater than 20%. The composition is free from latex bonding agents and calcium aluminate. The composition is mixed with water to form a typical cement, mortar, or concrete consistency, placed and allowed to cure. The result is a self-adhering patch to damaged surfaces. The hydratable cement composition may also be used to fabricate items of original construction by casting into molds or forms.

Abstract: A hydratable cement composition which will bond to both asphalt and cementitious substrates is supplied for the repair of various surfaces. The composition comprises of a combination of Portland cement, calcium sulfoaluminate cement or calcium aluminosilicate, and an alkali metal salt activated pozzolonic powder, wherein the Portland cement content of the hydratable portion of the composition is greater than 20%. The composition is free from latex bonding agents and calcium aluminate. The composition is mixed with water to form a typical cement, mortar, or concrete consistency, placed and allowed to cure. The result is a self-adhering patch to damaged surfaces. The hydratable cement composition may also be used to fabricate items of original construction by casting into molds or forms.

Abstract: A cementitious composition of one embodiment, according to the present teaching, includes, but is not limited to, a Portland cement, and at least one other cement from a group comprising, but not limited to, calcium sulfoaluminate cement, a calcium aluminosilicate cement, and calcium aluminate, wherein the Portland cement has a content of at least 20 percent based on the total weight of the non-Portland hydratable cement powder, wherein the cementitious composition bonds to asphalt.

Abstract: A hydratable cement composition which will bond to both asphalt and cementitious substrates is supplied for the repair of various surfaces. The composition comprises of a combination of Portland cement, calcium sulfoaluminate cement or calcium aluminosilicate, and an alkali metal salt activated pozzolonic powder, wherein the Portland cement content of the hydratable portion of the composition is greater than 20%. The composition is free from latex bonding agents and calcium aluminate. The composition is mixed with water to form a typical cement, mortar, or concrete consistency, placed and allowed to cure. The result is a self-adhering patch to damaged surfaces. The hydratable cement composition may also be used to fabricate items of original construction by casting into molds or forms.

Abstract: The framing layout assembly includes a housing that is positionable proximate the member. A tape is operationally coupled to the housing. The tape may be extendable from the housing. The tape has indicia printed thereon. The indicia indicates distance. The tape has a tape hole extending therethrough. A guide is operationally coupled to the housing. The tape extends through the guide. A stop is operationally coupled to the housing. The stop is extendable through the hole in the tape. The tape is retained at a pre-determined distance. A jig is operationally coupled to the housing. The jig is positionable on the member. A user marks the member at the pre-determined distance.

Abstract: The framing layout assembly includes a housing that is positionable proximate the member. A tape is operationally coupled to the housing. The tape may be extendable from the housing. The tape has indicia printed thereon. the indicia indicates distance. The tape has a tape hole extending therethrough. A guide is operationally coupled to the housing. The tape extends through the guide. A stop is operationally coupled to the housing. The stop is extendable through the hole in the tape. The tape is retained at a pre-determined distance. A jig is operationally coupled to the housing. The jig is positionable on the member. A user marks the member at the pre-determined distance.

Abstract: Cementitious compositions in which the cementitious properties of fly-ash are carefully controlled. The cementitious compositions may be substantially free harsh acids and bases such as citric acids (?pH 2.2) and alkali metal activators including alkali hydroxides (?pH 12-14) and metal carbonates (?pH 11.6). The use of these harsh chemicals creates acid base reactions during use of the products. Instead of these harsh chemicals, a citric salt, for example potassium citrate, may be used as a reaction accelerator. Boric compounds may be used as a retarder in the compositions.

Abstract: Cementitious compositions in which the cementitious properties of fly-ash are carefully controlled. The cementitious compositions may be substantially free harsh acids and bases such as citric acids (?pH 2.2) and alkali metal activators including alkali hydroxides (?pH 12-14) and metal carbonates (?pH 11.6). The use of these harsh chemicals creates acid base reactions during use of the products. Instead of these harsh chemicals, a citric salt, for example potassium citrate, may be used as a reaction accelerator. Boric compounds may be used as a retarder in the compositions.

Abstract: Cementitious compositions in which the cementitious properties of fly-ash are carefully controlled. The cementitious compositions may be substantially free harsh acids and bases such as citric acids (?pH 2.2) and alkali metal activators including alkali hydroxides (?pH 12-14) and metal carbonates (?pH 11.6). The use of these harsh chemicals creates acid base reactions during use of the products. Instead of these harsh chemicals, a citric salt, for example potassium citrate, may be used as a reaction accelerator. Boric compounds may be used as a retarder in the compositions.

Abstract: The Snake Fence (1), especially for catching snakes. The netting is attached to upright staking material (2) which is hammered into the ground. The netting follows the staking material and is attached to the staking material (3) and then secured to the ground by fasteners (4). It is the single, double, or multiple layering of netting that catches the snakes and holds the snakes. The snakes cannot extricate themselves from the netting. The netting is proportional in size to the snake being caught; the staking material is proportional in size to the netting; the fasteners are proportional in size to the staking material.

Abstract: The Snake Fence (1), especially for catching snakes. The netting is attached to elastic or non-elastic cord (2) which is wrapped around a tree, tree limb, or any natural or manmade surface. (3) The cord is attached to the netting and the netting is overlapped. (4) It is the single, double, or multiple layering of netting that catches the snakes and holds the snakes. The snakes cannot extricate themselves from the netting. The netting is proportional in size to the snake being caught; the elastic or non-elastic cord is proportional in size to the tree, tree limb, or any natural or manmade surface.

Abstract: The Snake Fence (1), especially for catching snakes. The netting is attached to upright staking material (2) which is hammered into the ground. The netting follows the staking material and is attached to the staking material (3) and then secured to the ground by fasteners (4). It is the single, double, or multiple layering of netting that catches the snakes and holds the snakes. The snakes cannot extricate themselves from the netting. The netting is proportional in size to the snake being caught; the staking material is proportional in size to the netting; the fasteners are proportional in size to the staking material.

Abstract: Cementitious compositions in which the cementitious properties of fly-ash are carefully controlled. The cementitious compositions may be substantially free harsh acids and bases such as citric acids (?pH 2.2) and alkali metal activators including alkali hydroxides (?pH 12-14) and metal carbonates (?pH 11.6). The use of these harsh chemicals creates acid base reactions during use of the products. Instead of these harsh chemicals, a citric salt, for example potassium citrate, may be used as a reaction accelerator. Boric compounds may be used as a retarder in the compositions.

Abstract: A bait cutting table designed for use with the “Adjustable Drink Holder for Fishing Boats” Sampson '06.

Abstract: A drink holder that is designed to adjust to fit in any angle rod holder and can be easily removed and replaced.

Abstract: A method for producing an attapulgite clay (Fuller's Earth) that significantly removes other types of clays and minerals, resulting in improved performance. A unique dispersant is used that will fully disperse the individual attapulgite particles in water such that the particles remain in suspension, and said dispersant will not fully disperse other clay and mineral species, which then can be easily separated through various techniques. The attapulgite clay may be recovered from the dispersion and dried in such a manner to produce a finely sized powder from ore, without the need for any grinding or milling operation. The dried attapulgite clay with adsorbed dispersant is redispersed in water and retain thixotropic properties.