Abstract: Various embodiments of systems and methods to generate web application firewall specific validation rule are described herein. Initially, a web service metadata is processed to retrieve a plurality of data parameters from the web service metadata. Next, a common validation rule is generated based on the retrieved one or more data parameters. The common validation rule is then modified to generate the web application firewall specific validation rule.

Abstract: The present invention discloses an alignment device, system, and method of using the alignment device. The alignment device includes a femoral portion coupled to the femoral bone and a tibial portion mounted on the bone. A method for measuring alignment characteristics of a prosthetic knee joint arranged between a femur and tibia are disclosed. The method may include obtaining an alignment device. The alignment device may include a femoral portion, a tibial portion, and wherein at least one of the femoral portion and the tibial portion include at least one sensor. The method may also include coupling the alignment device to the femur and tibia and determining a first range of motion. The method may further include performing a knee replacement operation and determining a second range of motion.

Abstract: The disclosed apparatus, systems and methods relate to the conversion of high free fatty acid (“HFFA”) containing oils defined as oils containing 20-100% free fatty acids (“FFA”) and low free fatty acid (“LFFA”) containing oils defined as oils containing 1-20% free fatty acids (FFA) into oil with less than about 0.5-1% FFA. If the feedstock is HFFA oil, the process includes a combination of partial glycerolysis of HFFA oils to produce LFFA oils and subsequent stripping of LFFA oils to produce NFFA oils via steam distillation. If the feedstock is LFFA oil, the process includes stripping of LFFA oils to produce NFFA oils via steam distillation and subjecting FFA to partial glycerolysis to convert FFA to oil.

Abstract: Various embodiments of systems and methods to generate web application firewall specific validation rule are described herein. Initially a web service metadata is processed to retrieve a plurality of data parameters from the web service metadata. Next a common validation rule is generated based on the retrieved one or more data parameters. The common validation rule is then modified to generate the web application firewall specific validation rule.

Abstract: A system and method for the conversion of high free fatty acid (HFFA) containing oils defined as oils containing 20-100% free fatty acids (FFA) and low free fatty acid (LFFA) containing oils defined as oils containing 1-20% free fatty acids (FFA) into oil with less than 0.5% FFA (defined as NFFA oil) includes a combination of partial glycerolysis of HFFA oils to produce LFFA oils and subsequent stripping of LFFA oils to produce NFFA oils via steam distillation.

Abstract: The disclosed apparatus, systems and methods relate to the conversion of high free fatty acid (“HFFA”) containing oils defined as oils containing 20-100% free fatty acids (“FFA”) and low free fatty acid (“LFFA”) containing oils defined as oils containing 1-20% free fatty acids (FFA) into oil with less than about 0.5-1% FFA. If the feedstock is HFFA oil, the process includes a combination of partial glycerolysis of HFFA oils to produce LFFA oils and subsequent stripping of LFFA oils to produce NFFA oils via steam distillation. If the feedstock is LFFA oil, the process includes stripping of LFFA oils to produce NFFA oils via steam distillation and subjecting FFA to partial glycerolysis to convert FFA to oil.

Abstract: A system and method for the conversion of high free fatty acid (HFFA) containing oils defined as oils containing 20-100% free fatty acids (FFA) and low free fatty acid (LFFA) containing oils defined as oils containing 1-20% free fatty acids (FFA) into oil with less than 0.5% FFA (defined as NFFA oil) includes a combination of partial glycerolysis of HFFA oils to produce LFFA oils and subsequent stripping of LFFA oils to produce NFFA oils via steam distillation.

Abstract: A system and method for the conversion of high free fatty acid (HFFA) containing oils defined as oils containing 20-100% free fatty acids (FFA) and low free fatty acid (LFFA) containing oils defined as oils containing 1-20% free fatty acids (FFA) into oil with less than 0.5% FFA (defined as NFFA oil) includes a combination of partial glycerolysis of HFFA oils to produce LFFA oils and subsequent stripping of LFFA oils to produce NFFA oils via steam distillation.

Abstract: A method of removing oil from an emulsion by-product of alcohol production from grain. A concentration-style centrifuge is used to separate the emulsion by-product into a light phase containing the oil and a heavy phase containing free-water and solids. The pH of the light phase is raised to approximately neutral by the addition of an alkaline composition to break the emulsion. The broken light phase is heated to between 170-200° F. and the oil is separated from the broken light phase in a disk-type centrifuge.

Abstract: A method for user interface customization in a portal server that includes receiving a selection of a skin, wherein the skin comprises a plurality of files, customizing representation of content in each of a plurality of channels by using the plurality of files to obtain a customized user interface, wherein the content in each of the plurality of channels is obtained by the portal server, and outputting the customized user interface of the portal server.

Abstract: Various embodiments of the present invention provide a system that is operable to encode a signal within a video by increasing a brightness of a first portion of a first frame by less than about five percent, decreasing a brightness of a second portion of the first frame by less than about five percent, and storing the first frame as a portion of the video. The encoded signal may be decoded by determining the difference in the brightness of the first portion from the brightness of the second portion. Such a configuration allows signals to be encoded on viewable portions of videos for use on any type of display while being generally imperceptible to viewers watching the videos.

Abstract: A method for deploying an application file from a development station directly to a mobile device is provided. The development station is configured to execute operations including the receiving of a list of mobile devices registered with an integrated development environment (IDE) application that is executed on the development station. The method further includes selecting a mobile device from the list mobile devices and selecting the application file to be deployed to the mobile device. The deploying of the application file to the mobile device triggers methods of a plug-in application. The plug-in application is configured to execute operations including the establishing of a wireless connection between the development station and the mobile device. Upon establishing the wireless connection, the plug-in application triggers the transferring of the application file to the mobile device over the wireless connection.