49results about How to "Process is directional" patented technology

A process for milling amorphous solids using a milling apparatus can result in particles having a median particle diameter d50 of <1.5 μm. The process includes: operating a mill in a milling phase with an operating medium selected from the group consisting of gas, vapor, steam, a gas containing steam and mixtures thereof, and heating a milling chamber in a heat-up phase before the actual operation with the operating medium in such a way that a temperature in the milling chamber, the mill exit or both, is higher than a dew point of the operating medium.

A method for processing a material, which is stored in a flexible packing container, comprises the following steps: At least one material or material mixture is fed to a first material or material mixture already located inside the packing container via a filling opening situated on the packing container; the filling opening is closed; the materials inside the packing container are mixed; a portion of the packing container is detached, and; the material mixture is processed via the resulting opening in the package container.

A method of producing, from a continuous or discontinuous (e.g., chopped) carbon fiber, partially to fully converted metal carbide fibers. The method comprises reacting a carbon fiber material with at least one of a metal or metal oxide source material at a temperature greater than a melting temperature of the metal or metal oxide source material (e.g., where practical, at a temperature greater than the vaporization temperature of the metal or metal oxide source material). Additional methods, various forms of carbon fiber, metal carbide fibers, and articles including the metal carbide fibers are also disclosed.

A process for milling amorphous solids using a milling apparatus can result in particles having a median particle diameter d50 of <1.5 μm. The process includes: operating a mill in a milling phase with an operating medium selected from the group consisting of gas, vapor, steam, a gas containing steam and mixtures thereof, and heating a milling chamber in a heat-up phase before the actual operation with the operating medium in such a way that a temperature in the milling chamber, the mill exit or both, is higher than a dew point of the operating medium.

The present invention facilitates efficient negotiations of trade terms and the generation of an electronic trade ticket in the trading of financial instruments. The negotiation process is preferably conducted through a secure online chat program using point-to-point messaging, though the negotiations can take place using the tradition exchanges of phone calls and faxes outside of the confines of an electronic trading system. Once the trade terms have been agreed upon by both parties, then the parties enter an electronic trading system in accordance with the present invention to select the traded financial instrument and generate an electronic trade ticket with can be stored by the trading system and / or the each of the trading parties.

A high efficiency steam box, particularly for the processing of fabrics. The box housing is subdivided into a plurality of steam chambers isolated from each other but communicating with a perforated steam tube which extends throughout the housing. Steam is delivered to the center portions of the steam tube and flows toward the ends. Valve pistons are movably positioned in the opposite end portions of the steam tube to confine the steam. The valve pistons are axially adjustable by a screw shaft extending through the steam tube and can be positioned to isolate outer chambers when processing narrow fabrics to prevent or minimize the discharge of steam from steam discharge slots extending beyond the edges of the fabric. Steam flow control can be integrated with positioning of the valve pistons to provide uniform steam flow per unit length of the discharge slots for optimum efficiency in processing and steam utilization.

The present invention relates to Solanum lycopersicum plants carrying one or more of the pat-6, pat-7, pat-8 and pat-9 parthenocarpy genes. Preferred plants comprise a pair of pat-6 and pat-7 genes or a pair of pat-8 and pat-9 genes, whereby preferably the plant is homozygous for at least one of the two genes in the pair, more preferably the plant is homozygous for both genes in the pair. Such plants are capable of producing seedless tomatoes. The invention further relates to methods for producing plants carrying one or more of the pat-6, pat-7, pat-8 and pat-9 parthenocarpy genes using marker-assisted breeding.

A scalable process and device for producing a biomolecule, in particular pharmaceutical grade plasmid DNA. The process includes the steps of alkaline lysis and a neutralization. For separating the lysate and the precipitate, the mixture is allowed to gently flow downward through a clarification reactor that is partially filled, in its lower part, with retention material like glass beads, whereby the precipitate is retained on top of and within the retention. In a preferred embodiment of the lysis step, cell suspension and alkaline lysis solution flow through a lysis reactor that is filled with particulate material like glass beads. The process can be run continuously and fully automated.

A processing method for in-mold coating integrative system is used in cooperation with an injection molding machine. The injection molding machine comprises a rotatable work platform and a combination of at least one male mold and at least two female molds. The rotatable work platform is divided averagely into several work areas, and the processing proceeds sequentially in each work area by the rotation of the rotatable work platform. The processing method comprises following steps: injection molding a solid workpiece firstly, and leaving the solid work-piece on the male mold; rotating the rotatable work platform; performing surface coloring; rotating the rotatable work platform; injecting UV top-coat, the top-coat female mold is made of light-directing material and has a die cavity and a UV paint cavity on the surface of the solid workpiece, and a UV top-coat layer is injected into the UV paint cavity through a paint channel; irradiating the UV top-coat layer by a UV top-coat hardening lamp; and demolding to achieve a finished product. The method is of benefit to mass production, and can reduce labor cost and processing cost.

A planar composite material comprises an UD fiber layer A made of discrete reinforcing fiber rovings and a fiber nonwoven layer B made of a thermoplastic nonwoven which may contain reinforcing fibers, wherein the layers A and B are needled to each other.