Patent Application
20220125669
This disclosure generally relates to skincare apparatuses for the skin around the eyes and face of a user. More particularly, the disclosure relates to a micro-outer stabilizer configuration for a derma roller apparatus.
The skin around the eyes and face are often viewed as an early indicator of aging. Accordingly, the quest for youthful skin around the eyes has spawned many skincare products and treatments over the course of many centuries; these products and treatments range from non-invasive (e.g., topical eye creams) all the way to extremely invasive (e.g., plastic surgery). Yet, the efficacy of a particular product and treatment is not necessarily correlated to an increased level of invasiveness. In fact, invasive procedures, such as plastic surgery or dermatological procedures, sometimes lead to significant disfigurations.
Various apparatuses have been developed for at-home use to promote skincare rejuvenation around the eyes and on the face, but many of these apparatuses also have questionable efficacy. Furthermore, some of these apparatuses are difficult for users to use, specifically with respect to accessing hard-to-reach areas around the eyes. Moreover, most users are a bit apprehensive about any type of treatment near the eyes.
In particular, users are typically concerned about even the slightest bit of invasiveness around the eyes. In other words, safety is paramount. Yet, some apparatuses configured for home use do not provide enough durability to prevent breakage, thereby leading to safety concerns.
Ultimately, in current configurations, users wanting to have more dexterity and ease-of-use may have to accept some safety tradeoffs.
In one embodiment, a derma roller apparatus has a handle, a first outer stabilizer, a second outer stabilizer, and a head connected to the handle via the first outer stabilizer and the second outer stabilizer. The head has an axial member positioned transverse to the handle. Furthermore, the head has a geometrically-shaped member positioned around the axial member in between the first outer stabilizer and the second outer stabilizer. The geometrically-shaped member has a diameter that progressively diminishes from a center point of the geometrically-shaped member to a first end of the geometrically-shaped member and progressively diminishes from the center point of the geometrically-shaped member to a second end of the geometrically-shaped member. Moreover, the first end of the geometrically-shaped member is proximal to the first outer stabilizer. The second end of the geometrically-shaped member is proximal to the second outer stabilizer. Finally, the derma roller apparatus has a plurality of needles situated around the geometrically-shaped member.
In an alternative embodiment, the derma roller apparatus has a swivel configured to effectuate movement of the handle with respect to the head.
The above-mentioned features of the present disclosure will become more apparent with reference to the following description taken in conjunction with the accompanying drawings wherein like reference numerals denote like elements and in which:
A micro-outer stabilizer configuration is provided for a derma roller apparatus. The micro-outer stabilizer configuration may be utilized for a variety of derma rollers, particularly with respect to eye derma rollers and face derma rollers. The term outer stabilizer connotes a member that connects a handle to a portion of an axial member, whereby the outer stabilizer is outside of the wingspan of the head of the derma roller. Furthermore, the term micro-outer stabilizer refers to an outer stabilizer that has a relatively small thickness (e.g., in the approximate range of one to three millimeters). A stabilizer stabilizes a head during motion of a handle of the derma roller such that the needles positioned around the head are substantially confined to rotational movement around the head during application of the derma roller to the skin, rather than other movements such as transverse movements in unintended directions.
In contrast with previous configurations, the micro-outer stabilizer configuration provides access to hard-to-reach areas around the eyes and on the face. The micro-outer stabilizers stabilize the head of the derma roller with respect to the handle, but also allow for access by needles situated around the derma roller head to hard-to-reach areas, which was previously difficult to obtain via outer stabilizers positioned outside the wingspan of the derma roller head that were relatively thick. In essence, previous configurations had outer stabilizers that blocked the derma roller needles from puncturing hard-to-reach areas of the skin (e.g., by the corners of the eyes, edges of the nose, etc.). In addition to the micro-outer stabilizers, the derma roller apparatus provided for herein utilizes a head with curvature to allow for easier access to curved areas and crevices on portions of the face, and around the eyes, of the user. As a result, the derma roller apparatus with micro-outer stabilizers allows for improved collagen production in the eye area and the face area of a user, thereby providing the potential for improved skincare rejuvenation to help reduce or eliminate eye skin conditions such as crow's feet, dark circles, laugh lines, etc.
The derma roller apparatus 100 also has a geometrically-shaped member 102 that is positioned around the axial member 108, which is depicted in a disassembly view of the derma roller apparatus illustrated by
In one embodiment, the geometrically-shaped member 102 has a diameter that progressively diminishes from a center point of the geometrically-shaped member 102 to a first end of the geometrically-shaped member 102, and progressively diminishes from the center point of the geometrically-shaped member 102 to a second end of the geometrically-shaped member 102, whereby the first end of the geometrically-shaped member 102 is proximal to the first outer stabilizer 103a, and the second end of the geometrically-shaped member 102 is proximal to the second outer stabilizer 103b. As an example, the geometrically-shaped member 102 may be substantially shaped in the form of an ellipsoid, as illustrated in
As a result of the geometrically-shaped head 102 and the micro-outer stabilizers 103a and 103b, the user 300 is able to access hard-to-reach areas of the skin, such as a laugh line 301 in proximity to the nose 302, with the derma roller apparatus 100, as illustrated in
Accordingly, the derma roller apparatus 100 may be optimized for convenient access to the skin around the eyes or wrinkles by the nose 302 of the user 300. In other words, the derma roller apparatus 100 may be constructed according to varying widths most suitable for a particular function. For example, the derma roller apparatus 100 may be constructed to have a width of the head in the approximate range of one quarter inch and one inch, thereby being an eye derma roller apparatus. As another example, the derma roller apparatus 100 may be constructed to have a width of the head in the approximate range of one half inch and two inches, thereby being a face derma roller. (The ranges provided for herein are examples—slight variations (e.g., within zero to twenty percent) may be utilized instead.)
Although examples of geometrically-shaped members that are substantially elliptical and substantially spherical are illustrated, the geometrically-shaped members may have other geometric shapes. (When utilized in conjunction with a shape, the term “substantial” is intended to connote a shape as perceived by a human.)
Although the previous embodiments were illustrated as having the handle 101 fixed with respect to the head 102 or the head 402, in an alternative embodiment illustrated in
As an example, the swivel 604 is illustrated as having a ball and socket configuration. For instance, a ball 603 may be inserted into a socket within an outer housing 602 connected to the handle 101. As a result, the swivel 604 allows for free range movement (e.g., three hundred sixty degrees movement). In essence, the head 402 may be adjusted along a single axis (e.g., yaw, pitch, or roll), or along multiple axes (e.g., yaw, pitch, and roll). In an alternative embodiment, a different swivel configuration, other than a ball and socket, may be utilized to restrict movement along one particular axis (e.g., yaw, pitch, and roll).
Furthermore, the swivel configuration may have a locking mechanism that may be activated, such as via an actuator 601 (e.g., button). For instance, the ball 603 may have ribs or grooves that interface with an inner prong connected to the actuator 601. (Alternatively, the ball may not be ribbed or have grooves. Other types of locking configurations (e.g., spring-loaded, magnetic, etc.) may be utilized, and the actuator 601 may be utilized with those alternative configurations.)
It is understood that the processes, systems, and apparatuses described herein may also be applied in other types of processes, systems, and apparatuses. Those skilled in the art will appreciate that the various adaptations and modifications of the embodiments of the processes, systems, and apparatuses described herein may be configured without departing from the scope and spirit of the present processes and systems. Therefore, it is to be understood that, within the scope of the appended claims, the present processes, systems, and apparatuses may be practiced other than as specifically described herein.
