Abstract: A golf putter with interchangeable faceplates, impact materials, and weights in the putter head and handle is disclosed. The putter head is attached with one or more interchangeable faceplates at its front end. The putter head comprises a pair of countersunk heads at each corner of the faceplate. The faceplate is affixed to the putter head using one or more fasteners. A feel insert is placed between the interchangeable faceplates and the putter head using fasteners. A head weight is fastened to the putter head and a handle weight is secured to a putter shaft to adjust the weight on the putter head. Further, a grip is secured to the putter shaft. The golf putter provides the player the ability to change the performance aspect of the faceplate, look, and feel by interchanging faceplates, impact materials, and weights in the head and handle of the putter based on player’s preference.

Abstract: A silencer device for acoustic suppression may include a first housing section; and a second housing section detachably connected to the first housing section. The first housing section may define a first baffle chamber and the second housing section defines a second baffle chamber. The silencer device may include a baffle device positioned within the first baffle chamber and the second baffle chamber.

Abstract: A pulsation dampener to dampen pulsations in a fluid may include a dampener body to dampen the fluid; an channel flange section connected to the dampener body for the fluid to enter the dampener body.

Abstract: A stabilizing device for stabilizing media may include a disk section to stabilize the media; and a container section to contain the disc section. The container section may be hollow to accommodate the disc section; and the disc section may include a plurality of media discs to reduce acoustic energy.

Abstract: A pulsation dampener to dampen pulsations in a fluid may include a dampener body to dampen the fluid; an channel flange section connected to the dampener body for the fluid to enter the dampener body.

Abstract: A dampening apparatus includes a cylindrical container, and one or multiple compression devices positioned within the cylindrical container. The cylindrical container comprises multiple perforations on circumferential walls, and has an opening at one end. Each compression device comprises multiple compression cavities configured to receive the pulsating fluid through the opening. The dampening apparatus is attachable on a body of the pump such that the cylindrical container is in fluid communication with an fluid side of the pump to receive the pulsating fluid into the compression cavities, therefore dampening the pulsations via the compression cavities of the compression devices.

Abstract: Disclosed is a control system for a pulsation dampener device. The system comprises a fluid reservoir, a pipeline assembly extending between the reservoir and the bladder of the pulsation dampener device, and a bladder sensor for gauging the fluid pressure within the bladder. The system is configured such that, when the pulsation dampener device is not operative and when the pressure of the fluid within the bladder is above or below a predetermined preoperative bladder threshold, the excess or deficient equivalent volume of fluid respectively is transferred from the bladder to the reservoir or from the reservoir to the bladder respectively. Further, when the pulsation dampener device is operative and when at least one pressure reading of the fluid within the bladder is above or below a predetermined operative bladder threshold, the excess or deficient equivalent volume of fluid respectively is transferred from the bladder to the reservoir or from the reservoir to the bladder respectively.

Abstract: A dampening apparatus includes a cylindrical container, and one or multiple compression devices positioned within the cylindrical container. The cylindrical container comprises multiple perforations on circumferential walls, and has an opening at one end. Each compression device comprises multiple compression cavities configured to receive the pulsating fluid through the opening. The dampening apparatus is attachable on a body of the pump such that the cylindrical container is in fluid communication with an fluid side of the pump to receive the pulsating fluid into the compression cavities, therefore dampening the pulsations via the compression cavities of the compression devices.