Abstract:
An apparatus and method for displaying an item such as a vinyl record album on a wall. The apparatus includes first and second parts (6, 4) pivotably mounted to one another, one part including a window through which the item to be displayed may be viewed, one part including a catch element (18) for limiting relative rotation of the two parts, and one part including a hook or screw for mounting the apparatus on a wall.
Abstract:
An electronic media storage apparatus includes a lower housing having a floor, opposed side walls and a rear wall. A front wall is movable between open and closed configurations. The apparatus includes a cover having a top portion and opposed first and second sides extending downwardly therefrom. The lower housing side walls, lower housing rear wall, and the front wall collectively define a continuous lip at an upper end of the lower housing and an upper end of the front wall when the front wall is at the closed configuration. The cover is removably coupled to the lower housing and the front wall. When the front wall is at the closed configuration and the cover is coupled to the lower housing and front wall, a hermetic cavity is formed between the lower housing, the front wall, and the cover; the cavity being sized to receive an electronic media item.
Abstract:
Card storage device for storing and transporting multiple media cards, the cards being of the same type or of different types. The card storage device has an adaptable media-card holder that allows the user to configure the storage device for specific types of media cards. The media-card holder includes an outer frame and middle and inner auxiliary frames that are optionally inserted into the outer frame. The outer frame provides a storage space for a large type of media card. The auxiliary frames provide secure storage space for one or more smaller media cards.
Abstract:
A cartridge storage container used in combination with another cartridge storage container identical in configuration with the cartridge storage container to provide a closed or interlocked cartridge storage container for storing a plurality of flat tape cartridges when the two cartridge storage containers are disposed in an inverse, confronting orientation and joined together. The cartridge storage container has at least one storage compartment so configured that a plurality of tape cartridges are stored therein in two way, individually in bulk and collectively in one bundle. The cartridge storage container is provided with a moisture absorbent in the form of sticks installed in shock-absorbable hollow buffer ribs formed in a wall portion of the storage compartment.
Abstract:
A method and apparatus for a thermally conductive packaging technique for cooling electronic systems. A heat source is partially surrounded by a set of thermal transfer media. A set of thermal transfer shells partially surround the set of thermal transfer media. The heat source connection means are left exposed and utilized for connection to the electronic system. The heat source, the set of thermal transfer media configured to partially surround the heat source, and the thermal transfer shell partially surrounding the set of thermal transfer media form a thermal transfer module. Thermal transfer modules may be placed in thermally conductive cells. A set of thermal transfer sheets are placed in contact with both or either of the thermal transfer module and the thermally conductive cell, facilitating a heat exchange with an environment external to the thermal transfer module.
Abstract:
This invention describes a manufacturable method, including a CMP liftoff process, for removing masking materials after ion milling for fabricating the write pole of a magnetic head. Significant parameters for the CMP assisted liftoff process include the thickness of the remaining mask materials after the write pole ion milling for effective CMP assisted liftoff, the thickness of the dielectric fill material deposited to protect the write pole during the CMP liftoff step, and the type of CMP slurry, polishing pad and the polishing conditions that are required to yield satisfactory results.
Abstract:
Disclosed is a multimedia storage support for receiving and holding CDs and DVDs as such as well as pockets containing CDs or DVDs and casings containing CDs or DVDs whatever be the size of these pockets and casing. This support in the form of a single piece having at least one storage opening provided with two opposite side walls and two opposite ends, each opening being also provided with a retractable fixation system consisting of deformable tongues. Each opening is further provided with recesses in at least of its opposite ends to receive and hold a CD or DVD or alternatively a pocket or a casing containing the same. The support may also be provided with holes and slots positioned in such manner as to facilitate its fixation to a holding structure. Advantageously also, the support may have lateral sides that are provided with tongues and grooves devised to allow fixation of the support to an adjacent support of the same shape, for the purpose of connecting several supports side by side and thus increasing the storage space.
Abstract:
A multi-compartment storage device includes a base portion and a lid for storing various items, such as photographs, recorded media, memorabilia and the like. The storage device includes at least three storage sections for holding various items. The first storage section is disposed at a base of the device. A second storage section stores hanging items. The second storage section includes at least one support member for suspending the hanging items. A third storage section is disposed above the second storage section, and is designed to store other types of materials, such as recorded media and the like.
Abstract:
In a disk stand device and a disk storage device for use in compact disks, mini disks and floppy disks, an array of grooves (2) are provided on an upper surface of a pedestal (1) at predetermined intervals (L). When one end of a disk (3) is inserted into the groove (2) upon accommodating the disks (3), a plurality of disks (3) are positioned to overlap with the predetermined intervals (L) therebetween. A title labelled on the disk (3) can be visually recognized through the intervals (L) of the neighboring disks (3). Upon reusing the disk (3), the disk (3) can be taken out of the groove (2) quicky to improve an efficiency at offices in which electronic computers are employed.
Abstract:
A cassette 5 with longitudinal and transverse dimensions similar to each other is housed in a cassette storing case which can prevent housing of a cassette into the housing case in an incorrect direction and identify a dedicated cassette storing case corresponding to a cassette, while assuring the function of preventing positional shift during stacking. The cassette storing case 1 includes an indicating portion 15 provided on the top surface 1a of the housing case. The indicating portion 15 has a protrusion-and-recess pattern, similar to a design on the cassette, which indicates a housing direction. The cassette storing case 1 further includes a stopper portion 17, provided on the bottom surface 1b of the housing case, for engaging with part 16 of the indicating portion 15 to regulate positional shift when housing cases are stacked with each other.