Abstract: A process and apparatus for electrolyte solution production can be provided so that a modular production can be provided. The modular electrolyte production can be provided so that the production system is mobile for being used in multiple different plants at different geographical locations that are remote from each other. Embodiments can be configured so that electrolyte production is made for a plant specific application that provides an electrolyte solution having a pre-selected concentration of at least one electrolyte for use in at least one electrolyzer of the plant. The production can be mobile so it can be provided at different sites to make the same type of solutions or different solutions specific to the needs of the plants it may support. Some embodiments can utilize an electrolyte material handling device that also modular and mobile. Other embodiments can be configured to utilize an on-site electrolyte material handling device.

Abstract: A head unit device for controlling motion of an object includes a chamber filled with a shear thickening fluid (STF) and a piston. The piston is housed within the chamber and exerts pressure against the STF from a force applied to the piston from the object. The STF is configured to have a decreasing viscosity in response to a first range of shear rates and an increasing viscosity in response to a second range of shear rates. The piston includes at least one piston bypass between opposite sides of the piston that controls flow of the STF between the opposite sides of the piston to selectively react with a shear threshold effect of the first range of shear rates or the second range of shear rates.

Abstract: Methods, systems and computer program products for replaying arguments of a module in real-time is provided. Input includes indicator of the original execution environment, a location of load libraries having a plurality of callback modules, and a location of previously recorded data. A mapping table that corresponds to the execution environment is loaded into system memory. Batch execution of an application starts. Environmental calls to the application are intercepted. The transaction id and arguments are identified and previously recorded data that corresponds to the transaction id is loaded into system memory. The arguments to the call are populated with data from the corresponding record in the recorded data. Based on there being a corresponding callback module for the transaction, invoking the callback module and augmenting or replacing the arguments to the call with data in the callback module.

Abstract: Methods, systems and computer program products for replaying arguments of a module in real-time is provided. Input includes indicator of the original execution environment, a location of load libraries having a plurality of callback modules, and a location of previously recorded data. A mapping table that corresponds to the execution environment is loaded into system memory. Batch execution of an application starts. Environmental calls to the application are intercepted. The transaction id and arguments are identified and previously recorded data that corresponds to the transaction id is loaded into system memory. The arguments to the call are populated with data from the corresponding record in the recorded data. Based on there being a corresponding callback module for the transaction, invoking the callback module and augmenting or replacing the arguments to the call with data in the callback module.

Abstract: A technique relates comparing content. A first set of content in a first document and a second set of content in a second document are normalized. The first set of content in the first document and the second set of content in the second document are tokenized. The first set of content having been tokenized and the second set of content having been tokenized are compared in order to find differences in the second set of content with respect to the first set of content. The differences are compiled in a changes map. The differences in the changes map are analyzed to determine types of the differences in the first set of content and the second set of content, and predefined differences are to be excluded. A report of the differences is generated, and the report delineates the types of the differences while excluding the predefined differences.

Abstract: A technique relates comparing content. A first set of content in a first document and a second set of content in a second document are normalized. The first set of content in the first document and the second set of content in the second document are tokenized. The first set of content having been tokenized and the second set of content having been tokenized are compared in order to find differences in the second set of content with respect to the first set of content. The differences are compiled in a changes map. The differences in the changes map are analyzed to determine types of the differences in the first set of content and the second set of content, and predefined differences are to be excluded. A report of the differences is generated, and the report delineates the types of the differences while excluding the predefined differences.

Abstract: An implement for giving a haircut to a person; the implement including a molded plastic main body, for being held in a hand, and containing a circular cutter blade and fan rotated by an electric motor, and an adjustable nozzle in front of the cutter, for hair to be drawn therein by vacuum air force, and cut by the rotating cutter blades.