Other

Kahua, Inc.

Lpl Systems, Inc.

Brian M Moore

Kenneth Scott Unger

Jeffrey D Dempsey

Colin Charles Whitlatch

Thomas R Marotta

Todd Dickson

Nikki Toyama

Brian L Moore

Neil R Fogo

Ahmed Ismaiel

Jonathan Holmes

The present invention solves the problem of environmental pollution created by animal waste and converting animal waste to reusable water in the earth. The invention does this by a device that is capable of receiving animal waste and breaking down the waste into different components by the help of a decomposing catalyst such as a septic pack, filtering the resulting solution and finally producing a filtered liquid that enters the earth being cleansed by the process. The present invention comprises a filter device, a tank unit, a filter unit, a first opening positioned on a top surface of the tank unit; a second opening positioned on a bottom surface of the tank unit; wherein the tank unit is capable of receiving animal waste through the first opening; at least one hole at a bottom surface of the filter unit; wherein the tank unit is placed over the filter unit.

Animal waste filter

An application versioning system and associated processes are disclosed for collaborative development of applications between a plurality of disparate network entities, as well as between a plurality of development groups within a single entity. In particular embodiments, the applications are developed within sandboxed computing environments associated with the network entities. Disparate entities, or certain groups within network entities, may be given permissioned access for downloading applications from, or uploading applications to, another entity's or group's sandboxed computing environment. Furthermore, copies of the applications may be modified, and the modifications made to the applications may be compared to prior versions of the application for merging applications into a new application version. In one embodiment, the new application version may replace prior application versions in the system.

Application repository protocol for disparate entity applications

A transport directive system and associated processes are disclosed for facilitating transport of data between a plurality of disparate network entities. In particular embodiments, each network entity maintains its own data for its respective processes, and the data of each process may be represented in a format preferable to the respective network entity. Collaborating network entities may instantiate instances of applications for executing processes. Network entities with processes including one or more of the same applications may translate data from a first process application at a first network entity to a second process application at a second network entity. The translated data may be transformed from the format preferable at the first process application to the format preferable at the second process application, and furthermore inserted into the second process application. The second process application may reciprocate this data translation in response to events in its respective process.

Transport protocol for disparate entity applications

Four-bend body armor plates are provided that can include a chest bend, two wither bends, and a central line bend. Methods for manufacturing a body armor plate are provided that can include individually providing a chest bend, a central line bend, and two wither bends within the plate itself using the same stamp assembly.

Body armor and body armor manufacturing methods

A golf shoe is disclosed that includes an upper shoe configured to be selectively secured to a foot. A sole assembly of the shoe includes articulating cleats that allow a user's front foot to pivot during a golf swing while maintaining the cleats in a generally fixed position with respect to the ground surface. Articulating cleats may be provided on a pivoting heel assembly that is disposed beneath a heel portion of the shoe. Articulating cleats may also be provided on a sliding forefoot support.

Golf shoe

An expandable stent has a porous tubular wall with a longitudinal axis. The porous tubular wall has a plurality of butterfly cells disposed in a direction orthogonal to the longitudinal axis of the tubular wall, each butterfly cell having two symmetrical wing portions, an abdomen portion, and an antenna portion. The abdomen portion and the antenna portion have different shapes. Preferably, each cell includes a plurality of curved portions and no straight portions. Also, the cells of one row of cells are preferably interlocked with the cells of an adjacent row of cells, each cell having at least six three-point connections. Preferably, each cell has substantially the same shape.

Expandable stent

An expandable endovascular prosthesis comprising: body having a proximal end and a distal end; a first expandable portion disposed between the proximal end and the distal end, the tubular first expandable portion being expandable from a first, unexpanded state to a second, expanded state with a radially outward force thereon to urge the first expandable portion against a vascular lumen; and a second expandable portion attached to the first tubular expandable portion; the second expandable portion being expandable upon expansion of the tubular first expandable portion. The endovascular prosthesis is particularly useful in the treatment of aneurysms, particularly saccular aneurysms. Thus, the first expandable portion serves the general purpose of fixing the endovascular prosthesis in place at a target vascular lumen or body passageway in the vicinity at which the aneurysm is located and, upon expansion of the first expandable portion, the second expandable portion expands to block the aneurysmal opening thereby leading to obliteration of the aneurysm. A method of delivering and implanting the endovascular prosthesis is also described.

Endovascular prosthesis

The recreational vehicle jack remote control is for use with a recreational vehicle having a pair of support jacks which are raised and lowered by an electric motor connected to the jacks. The electric motor is controlled by a normally open, double-pole, triple throw switch in the recreational vehicle. The recreational vehicle jack remote control is a modification of the circuit which includes a portable radio frequency transmitter, at least one radio frequency receiver mounted in the recreational vehicle, and a plurality of relays. The transmitter has an 'up' button for raising the support legs, and a 'down' button for lowering the support legs. When the 'up' button is pressed, the relay coil of at least one relay is energized, closing the relay switch contacts to apply current to the electric motor with the proper polarity for raising the legs. When the 'down' button is pressed, the relay coil of at least one relay is energized, closing the relay switch contacts to apply current to the electric motor with the opposite polarity for lowering the legs.

Growing community of inventors

Mountain View, CA, United States of America

Brian M Moore