Patent application number | Description | Published |
20130087676 | Carry and Display Case - Lightweight protective case that allows a user to adhere an article, held within the carrying case with bracket, to various surfaces including but not limited to: a surface that is covered with fabric, a complementary hook and loop surface or a surface that allows for the affixing of the case's suspension strap, and achieve maximum productivity and utilization of the article while the article continues to be held within the carrying case. As well, one is able to use the case as the case sits on a horizontal surface. An article that is used with the case can also be utilized in a landscape or portrait orientation. The present invention also enables the user to take advantage of many of the features of various articles without having to actually hold on to the article. Furthermore, the present invention can also be used with a variety of articles, thus eliminating the need to purchase multiple cases for various articles. Also, the present invention is bendable and highly flexible. | 04-11-2013 |
20150052663 | Non-Slip and Non-Visible Hosiery Device - Hosiery device, that allows the wearer to achieve the comfort that one desires when choosing to wear hosiery with various types of footwear, while at the same time not having to contend with unwanted aspects of wearing hosiery that is visible. This device eliminates the problem of one's hosiery being visible, when the wearer does not want the hosiery to be visible. It eliminates the problem of one's hosiery failing to stay in place and it eliminates the problem of one's hosiery bunching up upon the hosiery's failing to stay in place, as well as the resulting discomfort caused to the wearer. In addition to the above listed problems that are solved by the instant invention, this new hosiery device also eliminates the wearer's need to constantly re-adjust the hosiery upon its not staying in place. This hosiery device also eliminates and solves many other problems that result from utilizing currently available options. | 02-26-2015 |
Patent application number | Description | Published |
20080282786 | OIL SENSING SYSTEM FOR AN INTERNAL COMBUSTION ENGINE - A system for detecting a characteristic of oil in a reservoir includes a sensor at least partially located in the reservoir. The sensor has a chamber for receiving oil from the reservoir, a detector member in the chamber, and an electromagnetic coil. Application of voltage across the electromagnetic coil moves the detector member and the presence and viscosity of oil in the chamber affects the rate of that movement. The electric current through the electromagnetic coil is measured and analyzed to determine an amount of time that the detector member took to move between two positions in the chamber. That amount of time is used to determine whether there is at least a predefined amount of oil in the reservoir and, if so, the viscosity of the oil. | 11-20-2008 |
20090020382 | Piston With An Integral Electrically Operated Adjustment Valve For A Hydraulic Vibration Damper - A vibration damper includes a cylinder within which a piston is slidably received thereby defining compression and rebound chambers. The piston has a bore with a valve seat through which fluid flows between those chambers. A poppet selectively engages the valve seat and forms a pilot chamber an opposite side of the poppet from the valve seat. The greater pressure within the compression or rebound chambers is applied by a first logic arrangement to the pilot chamber and a pilot spool control a fluid flow between the pilot chamber and a pressure cavity in the piston body. A second logic arrangement connects the pressure cavity to either the compression and rebound chamber which has the lesser pressure. A solenoid that moves the pilot valve element to control pressure in the pilot chamber and thus the amount that the poppet moves to allow fluid flow through the piston. | 01-22-2009 |
20090288924 | HYDRAULIC VIBRATION DAMPER PISTON WITH AN INTEGRAL ELECTRICALLY OPERATED ADJUSTMENT VALVE - A vibration damper piston includes a piston body with a bore from which first and second apertures respectively provide paths to first and second chambers of the vibration damper. A valve spool in the bore defines a pilot chamber and controls fluid flow between the first and second apertures. First and second springs bias the valve spool in opposing directions. A control orifice provides a continuous fluid path between the first chamber and the pilot chamber, and a variable orifice provides another fluid path between the second chamber and the pilot chamber. An actuator is operably connected to adjust the variable orifice in response to a control signal. | 11-26-2009 |
20100243085 | HYDRAULIC VALVE WITH A FILTER AND CHECK VALVE BAND - An hydraulic valve has a body with an exterior surface, a longitudinal bore, and first and second fluid ports in communication with the bore wherein the first fluid port opens through the exterior surface. A band is wrapped in first and second layers around the exterior surface which layers extend over the opening of the first fluid port. The first layer has a plurality of apertures there through and overlaying the opening to provide a filter. The second layer has a flap that flexes in response to pressure to open and close the plurality of apertures thereby acting as a check valve. An actuator slides a spool within the bore thereby selectively connecting and disconnecting the first and second fluid ports. | 09-30-2010 |
20130277585 | SOLENOID VALVE WITH A PISTON DAMPED ARMATURE - A valve has a body with two ports and a valve element for controlling fluid flow between those fluid ports. A solenoid actuator includes a moveable armature operatively coupled to the valve element and defining first and second chambers on opposite sides of the armature. A bore extends through the armature between those chambers. A damping piston, slideably located in the bore, has a damping orifice forming a continuously open path there through. A spring biases the damping piston into a normal position in a steady state of the valve and allows bidirectional armature motion therefrom. When the armature moves at low velocity, a pressure increase in one chamber is relieved by flow through the damping orifice. As the armature velocity increases, so too does pressure in the one chamber, causing the damping piston to move relative to the armature, thereby adding damping force from the spring to the armature. | 10-24-2013 |
20130277586 | CONTROL VALVE WITH AREA INDEPENDENT PRESSURE SENSING - A control valve includes a valve body with a longitudinal bore into which a first port, a second port, and a workport communicate. A valve element is slideably received within the longitudinal bore and has a valve element bore extending inwardly from one end. An aperture extends through the valve element to provide a fluid path between the workport and selectively the first port and the second port in different positions of the valve element in the longitudinal bore. A slug of solid material is received within the valve element bore and is operatively connected to transfer a force to a stationary component of the control valve without the force being applied to the valve element. This arrangement results in force due to pressure in the longitudinal bore acting on only an annular surface at the one end of the valve element. | 10-24-2013 |