Abstract: An in situ autosampling method and associated sampling device for capturing a material sample from a vessel. Methods of the present invention make use of a sampling device having an extendable sample capture element with a concave sample capture pocket located near a distal end thereof. The sample capture pocket is adapted to capture a known volume of material when the sample capture element is extended into said material. The material sample remains trapped in the sample capture pocket upon sample capture element retraction. Ports in the sample capture pocket may be placed in communication with corresponding material transfer channels extending through the sample capture element to allow for the in situ processing of a material sample, and the subsequent discharge of the sample to an analyzer or another downstream location.

Abstract: The invention provides seed and plants of tomato hybrid EX01420200 and the parent lines thereof. The invention thus relates to the plants, seeds and tissue cultures of tomato hybrid EX01420200 and the parent lines thereof, and to methods for producing a tomato plant produced by crossing such plants with themselves or with another tomato plant, such as a plant of another genotype. The invention further relates to seeds and plants produced by such crossing. The invention further relates to parts of such plants, including the fruit and gametes of such plants.

Abstract: This alarm system has a constant source of AC/DC power source from an electrical cable fireproofed [see FIG. 1 & 2] to over 5,000 degrees Fahrenheit, coming off of the main AC supply source between the meter and a DC solenoid cutoff switch [see FIG. 4]. This 12 volt solenoid switch is activated when an alarm, fire sensor [see FIG. 3], and/or a manual over ride is activated. The system can be monitored by others through a computer on the premises or other locations. This alarm system installed with a fireproofed “safe room” to be safe or rescued from and with a constant fireproofed AC power source to operate alarms, safety lights, exhaust fans, and any emergency AC/DC requirements allows the fire zone to be safe to enter with water to fight the fire and give a safe period of time from toxic gases for occupants to safely evacuate the premises.

Abstract: A portable cofferdam and method for use in stabilizing the subsurface of box culvert structures. The portable cofferdam is inserted inside the tubular section of large box culverts, which are often used as road crossings over streams, creeks and small rivers. The portable cofferdam is designed as a chamber having an open top end and open bottom end with a floor seal to engage against the box culvert floor. Once inside the culvert, the chamber floor seal is compressed against the culvert floor by an expansion device which extends against the culvert ceiling. Once a proper seal is created against the culvert floor, the chamber is dewatered. With the culvert floor exposed, a hole can be drilled through the culvert floor bottom and grout or other hard curing material is pumped into the subsurface void for stabilization of the box culvert structure.

Abstract: A portable cofferdam and method for use in stabilizing the subsurface of box culvert structures. The portable cofferdam is inserted inside the tubular section of large box culverts, which are often used as road crossings over streams, creeks and small rivers. The portable cofferdam is designed as a chamber having an open top end and open bottom end with a floor seal to engage against the box culvert floor. Once inside the culvert, the chamber floor seal is compressed against the culvert floor by means of an expansion device which extends against the culvert ceiling. Once a proper seal is created against the culvert floor, the chamber is dewatered. With the culvert floor exposed, a hole can be drilled through the culvert floor bottom and grout or other hard curing material is pumped into the subsurface void for stabilization of the box culvert structure.

Abstract: An integrated circuit substrate (10) is uniformly coated with a defect free layer of material (18), while minimizing the volume of material (18) dispensed on to the integrated circuit substrate (10). In one embodiment a first predetermined quantity of material (18) is dispensed on to the integrated circuit substrate (10) while the integrated circuit substrate (10) is not spinning. After the first predetermined quantity of material (18) is dispensed the integrated circuit substrate (10) is radially accelerated to a first predetermined spin speed. A second predetermined quantity of the material (18) is then dispensed on to the first predetermined quantity of material (18), while the integrated circuit substrate (10) is spinning. After the second predetermined quantity of material (18) is dispensed the integrated circuit substrate (10) is radially accelerated to a second predetermined spin speed.

Abstract: A method for forming a buried optical mirror in an integrated circuit (IC) begins by forming an opening (18) within a substrate (12). The opening (18) is then filled with a plurality of dielectric layers (20-26) that have different indexes of refraction whereby a Bragg reflector can be formed. A chemical mechanical polishing (CMP) process is then used to planarize the layers (20-26) such that these layers (20-26) only reside within the opening (18) whereby a mirror is formed. Lateral selective epitaxial growth, polysilicon deposition and recrystallization, or wafer bonding is then used to form a single crystalline or near single crystalline semiconductive material (32b) over a top of the substrate (12) and the reflecting mirror. Photodevice(s) are then formed over the mirror in the region (28) of material (32b) whereby reflecting mirror (20-26) will improve the quantum efficiency and speed of the photodevice(s).

Abstract: A mixing system is provided for mixing and dispensing measured volumes of kneaded material. The system includes an adjustable frame, top and side feeder assemblies, a cutter assembly. The top feeder assembly is secured to the frame and maintains a supply of raw kneadable material and minor ingredients to the side feeder assembly. The side feeder assembly includes an input housing, receiving raw material from the top feeder assembly and a preblender housing in communication with the input housing. A pair of oppositely rotating helical screws are disposed within the input and preblender housings for transporting the kneadable material to the kneader cylinder. The input and preblender housings are detachably connected to one another and slidably mounted on the frame, for selective movement between operating and cleaning positions. The preblender housing is also rotatably mounted on the frame, which further facilitates cleaning the unit.