Abstract: A method and device for carrying out the method of converting waste such as thermally bonded polyester fiber to bed cushioning. Such waste is fed to a fiber lofter which forms lofted fiber. The lofted fiber is pneumatically transferring to a hopper, and from the hopper to an injector, the injector having a lofted fiber input nozzle and output nozzle, the output nozzle being a low friction tube.

Abstract: A cat scratcher is either in the form of a rigid support and cat scratcher surface or in the form of a body of corrugated cardboard. The corrugated cardboard body typically has a plurality of corrugated subparts, each corrugated subpart being a corrugated sheet having top and bottom surfaces and planar sheets of kraft paper adhered thereto through the use of an aqueous-based adhesive, the aqueous-based adhesive including a catnip or silver vine hydrosol. This same adhesive can be used to adhere a cat scratcher surface to its rigid support.

Abstract: A pet product having an outer shell defining its shape and fill material enclosed within the outer shell. A pet -related infusion composition is contained within a carrier therefore, the carrier, in the form of a zeolite molecular sieve, provides for the release of the infusion composition within the compressible fill material.

Abstract: A cat scratcher is either in the form of a rigid support and cat scratcher surface or in the form of a body of corrugated cardboard. The corrugated cardboard body typically has a plurality of corrugated subparts, each corrugated subpart being a corrugated sheet having top and bottom surfaces and planar sheets of kraft paper adhered thereto through the use of an aqueous-based adhesive, the aqueous-based adhesive including a catnip or silver vine hydrosol. This same adhesive can be used to adhere a cat scratcher surface to its rigid support.

Abstract: A method and device for carrying out the method of converting waste such as thermally bonded polyester fiber to bed cushioning. Such waste is fed to a fiber lofter which forms lofted fiber. The lofted fiber is pneumatically transferring to a hopper, and from the hopper to an injector, the injector having a lofted fiber input nozzle and output nozzle, the output nozzle being a low friction tube.

Abstract: Systems and methods for providing a hydraulic lift device for use in producing a subterranean well. In some cases, the hydraulic lift device includes a hydraulic cylinder having a first cylindrical sleeve slidably coupled to a second cylindrical sleeve, wherein the first and second sleeves define a hollow channel to accommodate passage of a polished rod. In some cases, the first cylindrical sleeve includes a surface for securing a portion of the polished rod. Additionally, in some cases, the lift device includes a port in fluid communication with the hollow channel, wherein the port is configured to receive an inlet line from a hydraulic pump. In some cases, the lift device also includes a guidance system disposed at least partially outside the hydraulic cylinder, wherein the guidance system is configured to prevent axial rotation of the first cylindrical sleeve with resect to the second cylindrical sleeve. Other implementations are described.

Abstract: Systems and methods for providing a hydraulic lift device for use in producing a subterranean well.

Abstract: Systems and methods for providing a pump driving unit for driving an above ground pump. The pump driving unit utilizes a single prime mover and a drive train for actuating multiple components required to drive the above ground pump. Some implementations of the pump driving unit include phase separation devices, filtering units, and cooling units that may also be actuated by the drive train of the unit. Some implementations of the pump driving unit further include an enclosure and a platform for containing the unit and simplifying on-site installation.

Abstract: Systems and methods for providing a pump driving unit for driving an above ground pump. The pump driving unit utilizes a single prime mover and a drive train for actuating multiple components required to drive the above ground pump. Some implementations of the pump driving unit include phase separation devices, filtering units, and cooling units that may also be actuated by the drive train of the unit. Some implementations of the pump driving unit further include an enclosure and a platform for containing the unit and simplifying on-site installation.

Abstract: Systems and methods for providing a pump driving unit for driving a subterranean pump. The pump driving unit utilizes a single prime mover and a drive train for actuating multiple components required to drive the subterranean pump. Some implementations of the pump driving unit include phase separation devices, filtering units, and cooling units that may also be actuated by the drive train of the unit. Some implementations of the pump driving unit further include an enclosure and a platform for containing the unit and simplifying on-site installation.