초록 ▼

A device is disclosed for removing nail polish simultaneously from a plurality of fingernails of a hand or toenails of a foot. The device includes a base having a first area adapted for simultaneously receiving a plurality of fingers of the hand or toes of the foot. Also included in the device is a

A device is disclosed for removing nail polish simultaneously from a plurality of fingernails of a hand or toenails of a foot. The device includes a base having a first area adapted for simultaneously receiving a plurality of fingers of the hand or toes of the foot. Also included in the device is a second area adapted for receiving a single finger of the hand or toe of the foot. A rotatable brush, sponge, or scrubbing member is coupled to the base such that the plurality of fingernails of the hand or toenails of the foot are positionable in contact with the rotatable brush, sponge, or scrubbing member when the plurality of fingers or toes are positioned in the first area or second area. A motor positioned in the base and coupled to the rotatable brush, sponge, or scrubbing member controllably rotates the brush, sponge, or scrubbing member. A hand activated switch on the base actuates an automated motor when the plurality of fingers of the hand or toes of the foot are positioned in the first area of the base to thereby rotate the brush, sponge, or scrubbing member and remove the fingernail polish from the plurality of fingernails or toenails. A hand activated pump or automated motor controllably supplies fingernail polish removing fluid to the brush, sponge, or scrubbing member to aid in removal of the fingernail polish.

대표청구항 ▼

A device is disclosed for removing nail polish simultaneously from a plurality of fingernails of a hand or toenails of a foot. The device includes a base having a first area adapted for simultaneously receiving a plurality of fingers of the hand or toes of the foot. Also included in the device is a

A device is disclosed for removing nail polish simultaneously from a plurality of fingernails of a hand or toenails of a foot. The device includes a base having a first area adapted for simultaneously receiving a plurality of fingers of the hand or toes of the foot. Also included in the device is a second area adapted for receiving a single finger of the hand or toe of the foot. A rotatable brush, sponge, or scrubbing member is coupled to the base such that the plurality of fingernails of the hand or toenails of the foot are positionable in contact with the rotatable brush, sponge, or scrubbing member when the plurality of fingers or toes are positioned in the first area or second area. A motor positioned in the base and coupled to the rotatable brush, sponge, or scrubbing member controllably rotates the brush, sponge, or scrubbing member. A hand activated switch on the base actuates an automated motor when the plurality of fingers of the hand or toes of the foot are positioned in the first area of the base to thereby rotate the brush, sponge, or scrubbing member and remove the fingernail polish from the plurality of fingernails or toenails. A hand activated pump or automated motor controllably supplies fingernail polish removing fluid to the brush, sponge, or scrubbing member to aid in removal of the fingernail polish. yer. A significant difference from prior art is that the top and bottom magnetic layers have their centers effectively cut out using lithographic techniques or other techniques to frame the core of the conductive spirals. An advantage of this structure over the prior art is that when magnetic anisotropies other than shape are kept small, then the magnetic configuration will produce a magnetostatic shape anisotropy such that the easy axis (low energy direction of magnetization) lies parallel to the legs of a rectangular frame or the circumference of a circular frame, as will be described. During operation of the inductor, the field produced by the coils flows in a radial direction and will be perpendicular to the easy axis direction thereby causing magnetization reversal to occur by rotation while advantageously utilizing the full structure in this mode. on modules, each of which further comprising: a controller having a data link port; a system status memory coupled to the controller for storing a system status data of the seconday wireless communication module; and a plurality of seats, each of which being mounted with a secondary wireless communication module, further comprising: a data communication device coupled to the data link port of the controller of the secondary wireless communication module; a filter coupled between the data communication device and the electric power line; wherein the system status memories of the primary wireless communication modules and the secondary wireless communication modules are synchronized to each other by transmitting the system status data therebetween according to a predetermined communication protocol on a selected communication channel through the electric power line. 10. The wireless communication system as claimed in claim 9, wherein the electric power line carries at least one frequency band and at least one communication channel. 11. The wireless communication system as claimed in claim 9, wherein the primary wireless communication module is a wireless base station of a telephone system, and the communication system is a public telecommunication network. 12. The wireless communication system as claimed in claim 9, wherein the primary wireless communication module is a wireless network base-site of a wireless network system, the secondary wireless communication module is a wireless network sub-site, and the communication system is a data network. 13. The wireless communication system as claimed in claim 9, wherein the system status data comprises a communication line using status, and a system operation status of the primary wireless communication modules and the secondary wireless communication modules. 14. The wireless communication system as claimed in claim 9, wherein the data communication device is a digital signal processing device (DSP) comprising DTMF, FSK, PSK, QAM, and ASK device. 15. The wireless communication system as claimed in claim 9, wherein the filter is a high pass filter. 16. The wireless communication system as claimed in claim 9, wherein the filter is a band pass filter. 94915, 19940300, Owen, 340/539; US-5298833, 19940300, Pilney et al., 340/573; US-5450070, 19950900, Massar et al., 340/825.35; US-5638050, 19970600, Sacca et al., 340/571; US-5673023, 19970900, Smith, 340/571; US-5677673, 19971000, Kipnis, 340/539; US-5677675, 19971000, Taylor et al., 340/568; US-5680105, 19971000, Hedrick, 340/571; US-5686891, 19971100, Sacca et al., 340/571; US-5859585, 19990100, Fleming, 340/539; US-5926090, 19990700, Taylor et al., 340/568.1; US-5939981, 19990800, Renney, 340/539; US-5945918, 19990800, McGonigal et al., 340/825.36; US-5949328, 19990900, Latty, 340/326; US-5999799, 19991200, Hu et al., 455/067.7; US-6012029, 20000100, Cirino et al., 704/275; US-6084517, 20000700, Rabanne et al., 340/573.4