Abstract: A water tank for a hydrovac is provided. The water tank can have a top end, a bottom end, a first end, a second end, a first side, and a second side defining an interior space, and at least one baffle port forming an aperture passing through the water tank from the first side to the second side, at least one baffle port passing through the interior space. The water in the interior space must flow around the at least one baffle ports. A bottom strap passing through the at least one baffle port can secure the water tank to the hydrovac. A front strap at the first end of the water tank, passing through the at least one baffle port can secure the water tank to the hydrovac.

Abstract: A hydrovac and method for measuring the current weight of the hydrovac in real-time is provide. The current weight of the hydrovac can be determined by determine a weight of water in the at least one water tank using a pressure sensor, determining a weight of debris in a debris tank using at least one load cell, and using the determined weight of the water in the at least one water tank, the determined weight of the debris in the debris tank, and a predetermined empty weight of the hydrovac to determine a current weight of the hydrovac.

Abstract: An example fluidic control device may include a flow chamber in fluid communication with a fluid inlet and a fluid outlet, a control chamber in fluid communication with a control channel, and a deflectable membrane positioned between the flow chamber and the control chamber. The fluidic control device may also include a housing surrounding the flow chamber, the control chamber, the fluid inlet, the fluid outlet, the deflectable membrane, and the control channel. The fluidic control device may also include a fluid inlet port in fluid communication with the fluid inlet, a fluid outlet port in fluid communication with the fluid outlet, and a control input port in fluid communication with the control channel. The longitudinal axis of each of the fluid inlet port, the fluid outlet port, and the control input port may be substantially orthogonal to the longitudinal axis of the deflectable membrane.

Abstract: The present invention relates to using a group of CVs and Job Descriptions (Documents) in a database to establish a library of contextual phrases (References), against which Documents (internal in the database, and external from the database) can be matched, scored, and ranked.

Abstract: A system that automatically identifies a Candidate for hiring by using a composite score comprised of a Spec Score generated by a Candidates answers to questions and an Industry Score based on key words & key texts from a source document, such as a job description. This system may reduce the time required to select a meaningful shortlist, as well as improving the compatibility of qualifications of candidates towards the requirements of a position by using a composite score. In doing so, the savings may result in reduction of both tangible and intangible costs currently incurred by an employer-company today.

Abstract: The present invention relates to a data processing system that automatically identifies key words & key texts from a source document, such as a job description, and apply both (key words & text) as context in the automatic matching with another document, such as a resume, to produce a numerically scored result.

Abstract: The present invention relates to a data processing system, engrained with value-added methodologies to create a highly structured and automated recruiting system. This system may reduce the time required to select a meaningful shortlist, as well as improving the compatibility of qualifications of candidates towards the requirements of a position. In doing so, the savings may result in reduction of both tangible and intangible costs currently incurred by an employer-company today.

Abstract: The present invention relates to a data processing system, engrained with value-added methodologies to create a highly structured and automated recruiting system. The invention will create and retain a content database from the system and enriched by the entries specified by a candidate for a position and the company hiring her. This will reduce a substantial amount of time of conventional methods of recruitment, while increasing the accuracy in matching candidates with positions, at a fraction of the cost currently incurred by companies today.

Abstract: The present invention relates to a data processing system, engrained with value-added methodologies to create a highly structured and automated recruiting system. This system may reduce the time required to select a meaningful shortlist, as well as improving the compatibility of qualifications of candidates towards the requirements of a position. In doing so, the savings may result in reduction of both tangible and intangible costs currently incurred by an employer-company today.