Abstract: A user interface for a security system includes a processing circuit, the processing circuit including a processor and memory coupled to the processor, the memory having instructions stored thereon that, when executed by the processor, cause the processing circuit to receive, from a user via a user device, a user request for information relating to the security system, determine, using natural language processing, an intent and one or more entities associated with the user request, the intent describing a purpose of the user request and the one or more entities describing a type or source of security system data, generate a response to the user request based on the intent and the one or more entities, wherein the response is a graphical display of security system data, and send the response to the user device.

Abstract: A device and method for enhancing traction effectiveness of horseshoes is provided. The device includes a non-threaded stud and a non-threaded insert for receiving the stud. The insert has expandable wall sections with inwardly projecting protrusions, the wall sections at least partially sheathing the stud. The stud and insert create an assembly formed-fittingly insertable in an aperture formed on a bottom surface of the horseshoe. The stud projects outward from the bottom surface, is secure against dislodgement when the horseshoe is worn, and yet removable without threadably twisting the stud.

Abstract: The present invention provides improved racing horseshoe cleats and horseshoe traction systems. In one embodiment, a horseshoe traction system (100) comprises a horseshoe (102) having a curved medial portion (104) ending in two heel portions (106), an upper surface (108) adapted to engage a horse's hoof and a lower surface (110). A cleat (10) is removably attachable to the horseshoe lower surface. The cleat comprises a base portion (12) and a generally X-shaped projection (20) extending from the base. The X-shaped projection provides anterior to posterior, as well as lateral stability.

Abstract: A gripping device for horse's hooves. The novel device, in general, prevents the horse's hoof from winging in or paddling out in order that the hoof travels in a straight line, and, in addition, spreads shock evenly upon striking the contacting surface and taking pressure off the wall of the hoof. The gripping device has a flat top surface which faces towards a horse's hoof and a bottom surface opposite the top surface, the bottom surface having a raised portion for improved gripping, the device being positioned centrally with respect to the horse's hoof.