Abstract: A coupling for interconnecting a first pipe element and a second pipe element. The coupling comprises a first coupling member on the first pipe element, and a second coupling member on the second pipe element. The second coupling member is dimensioned to receive therein the first coupling member. The coupling also includes a retainer element having threads to engage the first coupling member to retain the first and second coupling members in a coupled state. The retainer element includes a lock feature to prevent inadvertent loosening rotation.

Abstract: A coupling for interconnecting sections of pipe. The coupling includes a first pipe element having a first coupling member in the form of a female socket, and a second pipe element having a second coupling member in the form of a male plug. The socket of the first pipe element is dimensioned to receive therein the plug of the second pipe element. The coupling also includes a seal interface to prevent passage of air or fluids through an annular gap between the socket of the first coupling member and the plug of the second coupling member. The seal interface includes a sealing element and a sealing element retainer. The sealing element retainer is positioned internally of the coupling, within a cylindrical cavity of the socket.

Abstract: A coupling for interconnecting a first pipe element and a second pipe element. The coupling comprises a first coupling member on the first pipe element, and a second coupling member on the second pipe element. The second coupling member is dimensioned to receive therein the first coupling member. The coupling also includes a retainer element having threads to engage the first coupling member to retain the first and second coupling members in a coupled state. The retainer element includes a lock feature to prevent inadvertent loosening rotation.

Abstract: An apparatus and associated method for making a base for a data storage device. The base has a plurality of raised pads defining coplanar supporting surfaces. The surfaces are adapted for supportingly engaging intermittent portions of a component supported by the base so that the base clearingly disengages other portions of the component between the pads.

Abstract: A motor assembly in which magnetic attraction between the magnets and the base of the motor is reduced by providing increased magnetic reluctance. This is achieved without the need to increase the overall height of the motor assembly, thus making the motor assembly particularly suitable for use in applications with tight space constraints and power consumption limitations.

Abstract: An enclosure system includes a motor assembly that has a motor magnet and at least one motor coil. The enclosure system also includes a base coupled to the motor assembly. The base includes a first portion that includes a non-magnetic material and a second portion that includes a magnetic material. The first portion of the base is in closer proximity to the motor magnet than the second portion of the base.

Abstract: A base assembly for use in an airtight enclosure. The base assembly includes a metal stamped section and an overmold section formed adjacent to the metal stamped section. The overmold section includes at least one stress relief feature for eliminating distortion stresses exerted on the metal stamped section by the overmold section.

Abstract: Flow guides in the form of extensions that project internally from the housing of an electronic consumer device can contribute to undesirable noise emissions from the device. Proposed is an improved flow guide or extension that reduces propagation of flow induced vibrations to the housing, thereby improving the overall acoustic performance of the device.

Abstract: In general, the invention is directed to apparatus that provides one or more low-impedance paths to ground in a data storage device, such as a disc drive, through one or more conductive posts. When a shield, circuit board and base of the data storage device are fastened to one another, the conductive posts are driven into contact with a ground contact on the circuit board or the shield or both.

Abstract: The present invention provides a data storage system. The data storage system includes a metal injected molded base. The metal injection molded base includes a metal injection molded platform and at least one metal injection molded three-dimensional feature. The at least one metal injection molded three-dimensional feature is formed integrally and simultaneously with the metal injection molded platform. The at least one three-dimensional feature configured to mount data storage system components to the platform.

Abstract: A base of a data storage system includes a motor assembly. The motor assembly s includes a rotor that extends through an aperture in the base. The aperture extends from an inner surface to an outer surface of the base. The motor assembly also includes a motor stator mounted on the outer surface of the base. The motor stator includes a plurality of stator teeth radially and symmetrically arranged about the aperture in the base which are configured to support stator wires.

Abstract: A formed in place damper for a data storage device. The damper is formed of an elastomeric bead which is cured to a cover or component to form a damper body having contoured shape or surface formed by an outer surface of the cured elastomeric bead. The damper is formed in place to a cover of the data storage device so that when the cover is assembled to a base, the damper is interposed between the cover or housing and a disc spindle assembly, actuator or voice coil motor. Alternatively the damper is formed to drive components, such as the disc spindle assembly, actuator or voice coil motor.

Abstract: A shock absorbing device for an enclosure. The shock absorbing device including a shock absorbing frame. The shock absorbing frame includes an inner surface coupled adjacent to the enclosure and an outer surface. The shock absorbing device also includes a plurality flexible shock bumpers spaced apart from each other and formed on the outer surface of the shock absorbing frame. Each flexible shock feature includes a mount feature.

Abstract: A base plate for a disc drive incorporates a printed circuit board and connector assembly into an integral composite base that is bonded together to form a single composite structure. This structure provides the strength, stiffness and rigidity necessary to permit a reduction in overall thickness of a miniature disc drive to that substantially required for a Type I compact flash form factor data storage device.

Abstract: A device includes a stator lamination of a stator for a motor with a first set of stator teeth and a second set of stator teeth, a first set of windings with wire having a first diameter on the first set of stator teeth and a second set of wire windings with wire having a second diameter. The second diameter is greater than the first diameter. The first and seconds sets of stator teeth are divided among at least two phases of the motor. Each phase includes an equal number of stator teeth from the first set of stator teeth and an equal number of stator teeth from the second set of stator teeth.

Abstract: The present invention provides a data storage system. The data storage system includes a metal injected molded base. The metal injection molded base includes a metal injection molded platform and at least one metal injection molded three-dimensional feature. The at least one metal injection molded three-dimensional feature is formed integrally and simultaneously with the metal injection molded platform. The at least one three-dimensional feature configured to mount data storage system components to the platform.

Abstract: A base deck is provided and includes a base plate having a plurality of parallel surfaces and a plurality of gasket retention grooves formed. A first gasket retention groove is formed in one of the plurality of parallel surfaces that is proximate a top cover. A second gasket retention groove is formed in one of the plurality of parallel surfaces and at least partially surrounds a motor mounting aperture. A third gasket retention groove is formed in one of the plurality of parallel surfaces and at least partially surrounds a connector mounting aperture. A first cured-in-place elastomer is formed on the base plate and is confined by the first gasket retention groove. A second cured-in-place elastomer is formed on the base plate and is confined by the second gasket retention groove. A third cured-in-place elastomer is formed on the base plate and is confined by the third gasket retention groove.

Abstract: The invention includes techniques for mounting a printed circuit board (PCB) on a housing for an electronic device. The housing includes a top cover that combines with a base to form an internal space within the housing. The PCB has at least one tab that extends from it and fits within a recess formed by the base to secure the PCB on a side of the base opposite to the internal space. The electronic device may additionally include a shield such that the PCB fits between the shield and the base and the shield assists in securing the PCB to the base. The housing may also include a locking mechanism to constrain the PCB tab to the base. Embodiments of the invention allow for a PCB to be mounted to an electronic device housing without the use of screws.

Abstract: The present invention is a motor housing. The motor housing includes a centrally located rotor. The motor housing includes a stator having a plurality of stator teeth and a plurality of stator slots radially and symmetrically arranged about the rotor. Each stator tooth is spaced apart from each other by one of the stator slots. The motor housing also includes at least one printed circuit component deposited in at least one stator slot.

Abstract: In general, the invention is directed to techniques for forming a seal between parts of an overmold component. The overmold component includes a first part forming one or more thorough-holes and a second part overmolded to the first part. A through-hole may be, for example, a screw hole or an overmold material entrance hole. The through-holes formed by the first part are surrounded by an adhesive prior to overmolding the second part. After overmolding, the adhesive locally bonds the surface of the first part to the overmold part to make a seal around the through holes. For example, the overmold component may combine with a cover to form a housing of a disc drive or other electronic device defining an internal environment. In this example, the adhesive prevents external contaminants from entering the internal environment via the through-holes.