| DIBA INDUSTRIES, INC. Patent applications |
| Patent application number | Title | Published |
|---|
| 20120067119 | PRESSURE-SENSOR BASED LIQUID-LEVEL MEASURING DEVICE WITH REDUCED CAPILLARY EFFECT - A high efficiency diametrically compact, radial oriented piston hydraulic machine includes a cylinder block with a plurality of cylinders coupled to a first port by a first valve and to a second port by a second valve. A drive shaft with an eccentric cam, is rotatably received in the cylinder block and a cam bearing extend around the eccentric cam. A separate piston is slideably received in each cylinder. A piston rod is coupled at one end to the piston and a curved shoe at the other end abuts the cam bearing. The curved shoe distributes force from the piston rod onto a relatively large area of the cam bearing and a retaining ring holds each shoe against the cam bearing. The cylinder block has opposing ends with a side surface there between through which every cylinder opens. A band engages the side surface closing the openings of the cylinders. | 03-22-2012 |
| 20110285127 | VIBRATION RESISTANT FITTING ASSEMBLIES - Fitting assemblies are disclosed that include a threaded conduit and a releasable longitudinal restrictor comprising a compressible port securement. The threaded conduit can be configured to engage a complementary threaded portion of a fluid port and include a fluid channel traversing a longitudinal axis of the threaded conduit. The releasable longitudinal restrictor can engage an outer periphery of the threaded conduit and may be configured to advance along the longitudinal axis of the threaded conduit in a first direction towards the port while releasably restricting movement along the threaded conduit in a second direction, opposite the first direction. A leading edge of the compressible port securement may also be configured to engage an engaging surface of the port such that the compressible port securement compresses to permit spring-loaded advancement of the releasable longitudinal restrictor in the first direction and restrict rotational movement of the threaded conduit relative the port. | 11-24-2011 |
| 20110044584 | OPTICAL FIBER CONNECTION ASSEMBLY - Optical fiber connection assemblies respectively comprising a torque fitting and a fitting connector are described. The torque fitting comprises a torque-limiting body portion, a threaded body portion with a mechanical thread, and an optical fiber accommodating channel. The fitting connector, meanwhile, comprises threaded body portion with a mechanical thread complimentary to that of the torque fitting. The respective threaded body portions releasably connect via the complimentary mechanical threads by rotating the threaded body portion of the torque fitting along the threaded body portion of the fitting connector the such that optical fibers accommodated by the respective channels are aligned along an optical path in a proximity sufficient to permit transmission of light across the optical fibers with achievement of the threshold level of torque applied in rotating the torque fitting in the compressive direction of rotation along the threaded body portion of the fitting connector. Additional embodiments are disclosed and claimed. | 02-24-2011 |
| 20090218813 | MULTI-USE TORQUE FITTING AND COMPRESSIBLE FERRULE - Embodiments of the present invention generally relate to an assembly comprising a multi-use torque fitting, a length of tubing, and a compressible ferrule, wherein the assembly is configured to couple an end of the length of tubing to a port of a fluid-handling device in a hermetically sealed or substantially leak-proof manner. Generally, the fitting is configured to provide a degree of compression to the compressible ferrule sufficient to prevent substantial fluid leakage at the ferrule/port interface. This fitting generally comprises a threaded body portion and a torque-limiting body portion, wherein the threaded body portion and the torque-limiting body portion are arranged substantially concentrically along a longitudinal axis of the fitting. | 09-03-2009 |
