Lick (album)

Lick is the third album by The Lemonheads and the last to feature founding member Ben Deily. It was released in 1989 and was the group's last album before signing to major label Atlantic. A typo on the album itself erroneously states its release date as 1988. As with their first two albums, it was re-released as a CD in 1992, with two bonus tracks.

Album information

As would become something of a trademark, the Lemonheads' lineup featured some significant differences on Lick from both previous and later albums. Although the band had officially broken up after recording their second album, Creator, in 1988, they were offered a chance to play a European tour, so in early '89 the band reformed with Evan Dando on drums, Corey Loog Brennan and Ben Deily on guitars, and Jesse Peretz on bass. Deily and Dando, the Lemonheads' two singers, were still not getting along, and their personality clashes and technical difficulties in the studio meant that only five new original songs were recorded. To fill out Lick, several earlier unreleased tracks, B-sides, and covers were added to the album.

Lick (song)

"Lick" is a song by American funk/soul singer Joi, It was written by Joi Gilliam, Sleepy Brown, Rico Wade, Brandon Bennett, Raymon Ameer Murrey and produced by Joi for her third studio album Star Kitty's Revenge and later appeared in the film xXx and its soundtrack. Becoming an instant cult favorite courtesy of the film, this remains Gilliam's most successful single to date. A music video was never shot due to Gilliam parting ways with the music label and joining then fellow Lucy Pearl band mate Raphael Saadiq's Pookie Entertainment label at the time of its success. The song would later be sampled in rapper Gucci Mane's 2007 hit single "Freaky Gurl".

Tracklistings

References

External links

Lick (surname)

Lick is a surname. Notable people with the surname include:

Fuse

Fuse or fuze may refer to:

Devices

Computing

Science

Fuse (electrical)

In electronics and electrical engineering, a fuse (from the French fusée, Italian fuso, "spindle") is a type of low resistance resistor that acts as a sacrificial device to provide overcurrent protection, of either the load or source circuit. Its essential component is a metal wire or strip that melts when too much current flows through it, interrupting the circuit that it connects. Short circuits, overloading, mismatched loads, or device failure are the prime reasons for excessive current. Fuses can be alternative to circuit breakers.

A fuse interrupts an excessive current so that further damage by overheating or fire is prevented. Wiring regulations often define a maximum fuse current rating for particular circuits. Overcurrent protection devices are essential in electrical systems to limit threats to human life and property damage. The time and current operating characteristics of fuses are chosen to provide adequate protection without needless interruption. Slow blow fuses are designed to allow harmless short term currents over their rating while still interrupting a sustained overload. Fuses are manufactured in a wide range of current and voltage ratings to protect wiring systems and electrical equipment. Self-resetting fuses automatically restore the circuit after the overload has cleared, and are useful in environments where a human replacing a blown fuse would be difficult or impossible, for example in aerospace or nuclear applications.

Fuse (hydraulic)

In hydraulic systems, a fuse (or velocity fuse) is a component which prevents the sudden loss of hydraulic fluid pressure. It is a safety feature, designed to allow systems to continue operating, or at least to not fail catastrophically, in the event of a system breach. It does this by stopping or greatly restricting the flow of hydraulic fluid through itself if the flow exceeds a threshold.

The term "fuse" is used here in analogy with electrical fuses which perform a similar function.

Hydraulic systems rely on high pressures (usually over 7000 kPa) to work properly. If a hydraulic system loses fluid pressure, (burst hydraulic hose) it will become inoperative and components such as actuators may collapse. This is an undesirable condition in life-critical systems such as aircraft or heavy machinery particularly forklifts. Hydraulic fuses help guard against catastrophic failure of a hydraulic system (for instance, by line breakage or component failure) by automatically isolating the defective branch.