초록 ▼

A latch unit is mounted on an electronic device having first and second housings. The latch unit includes a hook member for interlocking the first and second housings. The hook member is mounted in the first housing and has opposite first and second engaging ends. The first engaging end projects fro

A latch unit is mounted on an electronic device having first and second housings. The latch unit includes a hook member for interlocking the first and second housings. The hook member is mounted in the first housing and has opposite first and second engaging ends. The first engaging end projects from the first housing and extends into and releasably engages the second housing upon movement of the hook member to an engaging position when the first housing is positioned at a first transverse position. The second engaging end projects from the first housing and extends into and releasably engages the second housing upon movement of the hook member to the engaging position when the first housing is positioned at a second transverse position.

대표청구항 ▼

A latch unit is mounted on an electronic device having first and second housings. The latch unit includes a hook member for interlocking the first and second housings. The hook member is mounted in the first housing and has opposite first and second engaging ends. The first engaging end projects fro

A latch unit is mounted on an electronic device having first and second housings. The latch unit includes a hook member for interlocking the first and second housings. The hook member is mounted in the first housing and has opposite first and second engaging ends. The first engaging end projects from the first housing and extends into and releasably engages the second housing upon movement of the hook member to an engaging position when the first housing is positioned at a first transverse position. The second engaging end projects from the first housing and extends into and releasably engages the second housing upon movement of the hook member to the engaging position when the first housing is positioned at a second transverse position. disk cartridge. 4. The impedance lever of claim 2, wherein: when said actuator is in a parked position of not reading from or writing to the disk, said impedance lever is in its counter-clockwise-most position; and when the actuator is in an operating position of reading from or writing to the disk, said impedance lever is in its clockwise-most position. 5. The impedance lever of claim 2, wherein: when said actuator is in its parked position, the disk cartridge may be ejected from the disk drive; and when said actuator is in its operating position, said disk cartridge may not be ejected from the disk drive. ein said burnishing step comprises removing sufficient portions of said wear pad to expose said at least one transducer to an air gap between said slider and said disk at least during said executing a second flying step. 8. A method, as claimed in claim 1, wherein: said wear pad comprises an overcoat and at least one transducer embedded within said wear pad which operatively interfaces with said disk, and wherein said burnishing step comprises removing at least a portion of said overcoat between said at least one transducer and said disk. 9. A method, as claimed in claim 8, wherein: said burnishing step comprises removing an entirety of said overcoat between said at least one transducer and said disk. 10. A method, as claimed in claim 1, further comprising the step of: identifying when said slider is flying above said disk a distance which is greater than said glide height, wherein said terminating step is executed after said identifying step. 11. A method, as claimed in claim 1, wherein: a total time period between said a start of said burnishing step and said terminating step is no more than about 60 minutes. 12. A method, as claimed in claim 1, wherein: said slider further comprises at least one transducer for operatively interfacing with said disk, wherein said method further comprises the step of monitoring a signal between said least one transducer and said disk and basing said terminating step on said monitoring step. 13. A method, as claimed in claim 1, wherein: said executing a second flying step is executed only after said terminating step. 14. A method, as claimed in claim 1, further comprising the step of: releasing said disk drive for distribution, wherein said executing a first flying step, said burnishing step, and said terminating step are executed before said releasing step. 15. A method, as claimed in claim 1, wherein: said executing a first flying step is performed a first time that said disk drive is operated. 16. A method for making a disk drive comprising a disk and a slider, wherein said slider comprises at least one transducer which operatively interfaces with said disk, and at least one air bearing surface and a wear pad on a lower surface of said slider which at least generally projects toward said disk, said method comprising the steps of: initializing said disk drive, comprising the steps of: rotating said disk relative to said slider; exerting a lifting force on said slider using said rotating step of said initializing step and said at least one air bearing surface; contacting said wear pad against said disk during at least a portion of said rotating step of said initializing step; burnishing said wear pad using rotating and said contacting steps of said initializing step, wherein said wear and is disposed on at least substantially a trailing edge of said slider, and wherein said burnishing step comprises disposing said slider at a pitch angle so as to allow for said contacting step and further so as to dispose each said air bearing surface in spaced relation to said disk throughout said burnishing step; and establishing a gap between said slider and an entirety of said disk at least at some point in time during said rotating step of said initializing step, wherein said establishing step comprises said burnishing step of said initializing step and said exerting step; and executing at least one data transfer operation step after said initializing step, wherein said at least one data transfer operation step comprises: rotating said disk relative to said slider; providing at least substantially no burnishing of said wear pad during said rotating step of said at least one data transfer operation step; maintaining a gap between said slider and said disk during at least a substantial portion of said rotating step of said at least one data transfer operation step; and exchanging at least one signal between said at least one transducer and said dis