Other

Western Digital Technologies, Inc.

Lg Semicon Co., Ltd.

Young H Lee

William Bernard Boyle

Robert Morelli Fallone

Jin Won Park

Anna Lee

Dong Sun Kim

Melody Kim

An intramuscular stimulation needling device for chronic pain relief. The needling device can include a stepper motor, a needle, and a control unit. The needle can poke an affected muscle tissue and driven by a stepper motor in reciprocating manner. In each cycle, the needle moves a pre-determined distance forwardly in a first half cycle and retracts to original position in a second half cycle. The control unit can accelerate of the needle one or more times in the first half cycle at spaced intervals and decrease the velocity in the reverse pattern in the second half cycle.

Intramuscular stimulation needling device

A cuticle oil dispenser pen that simplifies the process of cuticle treatment by dispensing moisturizing cuticle oil while cutting and smoothing the cuticle with the associated porous ceramic cuticle stone.

Cuticle oil dispensing pen with ceramic stone

A disk drive is disclosed wherein during a first boot operation, first boot data is transmitted from a first plurality of data sectors to a host, and a first log identifying the first plurality of data sectors is maintained. During a second boot operation, second boot data is transmitted from a second plurality of data sectors to the host, and a second log identifying the second plurality of data sectors is maintained. During a third boot operation, data sectors identified by the first and/or second logs are pre-fetched into a cache.

Disk drive maintaining multiple logs to expedite boot operation for a host computer

A conventional, stainless-steel acupuncture needle for use with a motor driven needling device for treating patients is provided with a thin, well-adhering, fluorocarbon-based coating. The coating is preferably implemented as a vapor phase coating, formed in a vacuum, to develop a tightly adhering, thin film coating over the surface of the needle. The coated needle is then coupled with the motor driven needling device, and inserted into the skin and muscle tissue of the patient. The motor driven needling device is then operated to cause the coated needle to reciprocate in the tissue of the patient for purposes of treating chronic muscular pain.

Coated needle for use with an intramuscular stimulation treatment device

The method for forming an insulating film having a low dielectric constant, which is suitable for intermetal insulating film applications, by plasma enhanced chemical vapor deposition (PECVD) includes the step of supplying a first source gas containing fluorine and carbon to a dual-frequency, high density plasma reactor. The method also includes the step of supplying a second source gas containing silicon dioxide to the reactor. In this manner a fluorocarbon/silicon dioxide film is formed on a substrate in the reactor.

Method for forming low dielectric constant insulating film

A motor driven needling device for treating patients having chronic muscular pain includes a motor driven poking tool for mounting a needle, a control unit for adjusting the frequency and the depth of the poking, a mechanical swivel arm for holding and positioning the tool, a remote switch for activating the motorized tool, and an aid useful in causing the needle to puncture the patient's skin once the tool is positioned at a proper location over the muscle to be treated.

Intramuscular stimulator having a puncture aid

A motor driven needle-poking device for treating patients having chronic muscular pain. The device consists of a motor driven poking tool for mounting a needle, a control unit for adjusting the frequency and the depth of poking, a mechanical swivel arm for holding and positioning said tool, and a remote activation switch for activating the motorized tool. Once the tool is positioned at a proper location of patient's skin by said swivel arm and activated by said switch, the needle pokes the muscle of interest underneath the skin at a constant frequency and at a fixed depth.

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Cherry Hill, NJ, United States of America

Young H Lee