Patent Application
20100222719
This invention is drawn to the field of facial care products, and more particularly, to a novel, deep acting topically working facial care appliance.
A regimen of cleaning the skin and applying toners, moisturizing and other agents, and facial massage, contributes to a good complexion and overall facial beauty. While these and other steps have traditionally been manually performed, there is a growing use of facial care appliances by individuals in their daily facial care regimen and at health and beauty spas in the effort to provide and promote a clean, firm, healthy and radiant looking skin and face.
Facial care appliances having purely rotary action attachments are generally good for cleansing the face. They use a rotary brush or rotary sponge and a cleaning agent to clean and/or exfoliate the cheeks, forehead and nose. However, the deep region under the skin is generally unaffected by the turning action of its rotary head as it cleans, exfoliates or otherwise topically treats the surface of the skin.
Facial care appliances having bristle heads vibrated at high, ultrasonic frequency are also generally effective at cleaning the face. But like their counterparts having purely rotary action attachments, the vibratory action at ultrasonic frequency of their tingling brush heads generally is topically effective and while reaching into pores leaves the dermal layer substantially unaffected.
There are also facial care appliances having buzzing drumheads vibrated back and forth by mechanical action. The mechanically vibrated buzzing drumheads may be used for massage alone or in combination with different disposable pads removably mounted to the buzzing drumheads for cleansing or otherwise topically treating the skin. The mechanically vibrated buzzing drumheads, however, primarily function as a vibrating massager but intrinsically provide limited topical action, its cleaning or other topically treating functions occurring principally by moving the buzzing drumheads as a whole about the face in a manner to scrub or apply some lotion for other composition to the skin.
There is thus a need to provide a facial care appliance enjoying all of the benefits of the heretofore known products while not being subject to their individual limitations.
It accordingly is the principal object of the present invention to provide a deep acting, topically working facial care appliance that is dually effective both to clean, massage, apply compositions and otherwise topically work the skin and to deeply act to penetrate below the epidermis and into the dermis massaging and deeply passivating and enervating the dermis and dermal collagen.
It is a related object of the present invention to provide a deep acting topically working facial care appliance that is usable as part of a daily facial care regimen of cleansing, applying beauty preparations and/or massaging the skin and face to help provide clean, firm, healthy, radiant looking skin.
It is a related object of the present invention to provide a deep acting topically working facial care appliance that is safe to use in a daily facial care regimen.
In accord with these and other objects, the present invention discloses a deep acting topically working facial care appliance comprising a tubular body longitudinally extending between opposing forward and rear ends including a generally tubular handhold intermediate the ends of the tubular body for gripping the tubular body circumferentially about the direction of elongation of the tubular body, and, axially extending from and in-line with the tubular body, a dual action facial puck carried by and longitudinally extending from the forward end of the tubular body, the dual action facial puck including a first component subassembly including an orbiting, eccentric shaft and a second component subassembly including a facial implement rotatable about and rotating with the orbiting, eccentric shaft of the first component subassembly, the facial implement rotatable about and rotating with the orbiting, eccentric shaft is dually effective both to clean, massage, apply compositions and otherwise topically work the skin and to deeply act to penetrate below the epidermis and into the dermis massaging and deeply passivating and enervating the dermis and dermal collagen at the point of application of the dual action facial puck on the face.
The first component subassembly of the dual action facial puck preferably includes a main gear turned about an axis by a motor mounted intermediate the forward and rear ends at and about the center of gravity of the tubular body and an axle eccentrically carried by the main gear that is turned about the axis of the gear as the motor turns.
The second component subassembly of the dual action facial puck preferably includes a spinner rotatably mounted about the axle eccentrically carried by the main gear and a facial implement mounted for rotation with the spinner.
The first and the second component subassemblies of the dual action facial puck could be otherwise embodied without departing from the inventive concepts.
In one presently preferred embodiment, a snap-releasable end cap is removably mounted at the rear end of the tubular body of the deep acting topically working facial care appliance to provide easy access to a battery compartment interior to the tubular body to allow battery insertion and removal.
In the presently preferred embodiment, different snap-releasable facial implements for cleaning, topically applying facial compositions, and for massage are individually mounted for rotation with the spinner of the second component subassembly of the dual action facial puck.
These and other objects, inventive aspects and advantageous features of the present invention will become apparent as the invention becomes better understood by reference to the following, solely exemplary, detailed description of the presently preferred embodiments, and to the drawings, wherein:
Referring now to
The deep acting topically working facial care appliance 10 includes an elongated tubular body generally designated 12 having longitudinally opposed forward and rear ends generally designated 14, 16 and a handhold generally designated 18 intermediate the forward and rear ends 14, 16 adapted to be gripped between the palm and fingers of the hand circumferentially about the direction of elongation of the elongated tubular body 12.
The tubular body terminates in a flat interface 20 at its forward end 14 oriented generally transverse to the direction of elongation of the elongated tubular body 12. A battery cap 22 preferably is removably mounted at the rear end 16 of the tubular body 12 in a manner to be described.
A dual action facial puck generally designated 24 including a removable applicator implement 26 axially extends from the flat interface 20 and is carried at the forward end 14 of the tubular body 12. The dual action facial puck 24 is operated by a non-removable drive mechanism to be described, not shown, in such a way that the applicator implement 26 at its point of application on the skin of the face is dually effective both to topically massage and/or to topically apply lotion or other compositions and to deeply penetrate below the epidermis and into the dermis massaging and deeply passivating and enervating the dermis and dermal collagen.
By varying the axial load as schematically illustrated by load vector 28 applied at the point of application of the applicator implement 26 on the skin of the face, the relative contribution of the deep acting and topically working actions of the dual action facial puck 24 may be varied, from all deep acting massage and no topical working action to all topical working action and little or no deep acting massage, to select that balance of deep acting massage and topically working actions that may be right for each type of facial implement and phase of use.
Referring now to
Referring now to
The battery cap 22 removably mounted to the rear end 16 of the tubular body 12 includes internal, opposing ledges 50 that are adapted to releasably engage longitudinally extending, opposing resilient fingers 54 respectively carried by the sidewalls 42, 44. The skins 46, 48 are dimpled as at 52, which, when pressed together, dislodges the fingers 54 from the ledges 50 thereby releasing the battery cap 22 from the rear end 16 of the tubular body 12 to expose a battery compartment generally designated 60 allowing for ease of battery insertion and removal.
Drive mechanism generally designated 62 includes an eccentrically rotating first component subassembly generally designated 64 and a concentrically rotating second component subassembly generally designated 66. The first component subassembly 64 includes axle 68 that is mounted for eccentric rotation to main gear 70. A counterweight, not shown, is provided in diametrically offset relation to the axle 68 to smooth the motion under conditions of no load. Although an eccentric axle 68 orbited by the main gear 70 is presently preferred, it will be appreciated that another mechanism such as the directly driven crank arm disclosed in U.S. Pat. No. 7,294,113 to Wu, dated Nov. 13, 2007, incorporated herein by reference, may be employed.
The main gear 70 of the first component subassembly 64 is mounted for rotary motion in a gearbox generally designated 72 carried by and between the sidewalls 42, 44 of the tubular body 12. The main gear 70 is driven by a drive gear 74 that is mounted for rotation with the shaft of a motor 76. The motor 76 is mounted in a motor box generally designated 78 carried by and between the sidewalls 42, 44 of the tubular body 12. The motor 76 is carried intermediate the forward and rear ends 14, 16 generally at and about the center of gravity of the tubular body 12.
A printed circuit card 80 carried by and between the sidewalls 42, 44 of the tubular body 12, and a switch, 79, carried by the sidewall 44 under a dimple 58 of outer skin 48, are operatively coupled to the motor 76 to turn it on and off and to controllably select its speed, preferably from low, medium and high speeds.
The second component subassembly 66 includes a spinner 82 journaled for rotation about the axle 68 of the main gear 70 by slip bearings 84, 86. The spinner 82 includes opposing, radially extending, resiliently biased release fingers 88 that removably mount the applicator implement 26 (or other facial implement) for rotation with the spinner 82. Although the second component subassembly 66 preferably includes the spinner 82 to which the different facial implements are individually mounted for rotation, a different means for mounting each facial implement for rotation with and about the axle 68 may be employed.
Referring now to
The applicator implement 26, which is mounted for rotation with the spinner 82 (
Many modifications of the presently disclosed invention will become apparent to those of skill in the art without departing from the inventive concepts.
