Abstract: The present invention relates, in an embodiment, to a system for automatically ingesting data into a data lake. In an embodiment of the present invention, the system comprises computer readable memory having recorded thereon instructions for execution by a processor having an ingestion engine and a metadata model. In an embodiment of the present invention, the instructions are configured to determine, via the metadata model, a type of metadata the ingested data contains; to generate guidelines for processing and transforming the ingested data based on the determined metadata; to apply the guidelines at the ingestion engine for how the ingestion engine processes and transforms the ingested data based on the determined metadata; and to store the transformed ingested data to a storage repository.

Abstract: The present invention relates, in an embodiment, to a system for automatically ingesting data into a data lake. In an embodiment of the present invention, the system comprises computer readable memory having recorded thereon instructions for execution by a processor having an ingestion engine and a metadata model. In an embodiment of the present invention, the instructions are configured to determine, via the metadata model, a type of metadata the ingested data contains; to generate guidelines for processing and transforming the ingested data based on the determined metadata; to apply the guidelines at the ingestion engine for how the ingestion engine processes and transforms the ingested data based on the determined metadata; and to store the transformed ingested data to a storage repository.

Abstract: A power shredder with individually removable components structure comprising two main removable components: the power component and the shredding mechanism component. The power and the shredding mechanism components can be individually attached and removed from the waste collector of the power shredder. The power component further comprises two main parts: a detachable motor and a detachable gear assembly. When any of the power component, shredding mechanism component, motor or gear assembly should become defective, the use can simply remove and replace the defective part with a new part.

Abstract: A rail arrangement, which is adapted for mounting one or more accessories on a frame portion of a firearm, includes a supporting frame for attaching to the frame portion of the firearm along a longitudinal axis thereof and a rail system. The supporting frame includes a top mounting rail arranged for longitudinally extending on the frame portion, and two angled mounting rails inclinedly and sidewardly extended from the top mounting rail. The rail system includes one or more mounting structures providing of the top mounting rail and two angled mounting rails of the supporting frame for detachably mounting the accessory at one of the top mounting rail and the angled mounting rails of the supporting frame so as to selectively adjust a position of the accessory with respect to the firearm.