Patent No. US12023295 (titled "Contact-Type Massage Tapping Device And Massager") was filed by Uc Global Trade Inc on Sep 28, 2023.
’295 is related to the field of massage devices, specifically tapping-type massagers. The background acknowledges the growing market for massage products and the unique stimulation provided by tapping massagers. Existing solutions often use eccentric vibrating motors, but these lack sufficient tapping intensity, especially when the massager is pressed against the body. These prior devices also tend to vibrate the entire casing, failing to provide localized stimulation.
The underlying idea behind ’295 is to create a contact-type tapping massager with a freely swinging tapping body housed within a cavity. A driving assembly, connected to the tapping body, imparts a reciprocating swinging motion. This allows the tapping body to build up momentum and deliver a more focused and impactful tapping action, even when the device is pressed firmly against the body.
The claims of ’295 focus on a contact-type massage tapping device that includes a main body with a cavity. Inside the cavity is a tapping body connected to a connecting seat, allowing it to swing. A tapping driving assembly powers the tapping body's motion. The cavity has two openings on opposite sides of the main body, positioned such that the tapping body can protrude through either opening.
In practice, the eccentric wheel mechanism converts the rotary motion of a motor into the reciprocating motion of the tapping body. The cavity ensures that the tapping body can move freely without being obstructed by the massager's casing or the user's body. The openings in the cavity allow the tapping body to directly contact the user, delivering a focused tapping massage.
This design differs from prior approaches that rely on simple vibration. By isolating the tapping body within a cavity and using a dedicated driving assembly, ’295 achieves a more controlled and powerful tapping action. The inertial energy storage within the tapping body enhances the impact, while the cavity minimizes unwanted vibrations in the massager's casing, leading to a more effective and comfortable massage experience.
In the early 2020s when ’295 was filed, contact-type massage devices were at a time when such devices typically relied on eccentric vibrating motors to generate tapping sensations. At that time, achieving localized and intense tapping stimulation while minimizing overall device vibration was non-trivial, especially for in-body or skin-contact massagers where damping effects reduced the perceived intensity.
The examiner approved the application because the prior art of record does not disclose, either alone or in combination, the specific structural and functional limitations of the contact type massage tapping device such that the device includes a main body having closed top and bottom ends and two sides positioned between the closed top and bottom ends, the closed top and bottom ends having rounded conical shapes, and a cavity having a first opening, the first opening being on an outside surface of a first side of the two sides, the opening being between the closed top and bottom ends, the cavity has a second opening, the second opening being on an outside surface of a second side of the two sides; and wherein the first opening is adjacent to a first side of the tapping body and the second opening is adjacent to a second side of the tapping body and the first opening and the second opening are opposite each other.
There are 11 claims in total. Claim 1 is the only independent claim, and it focuses on the structure and components of a contact-type massage tapping device. The dependent claims elaborate on specific features and configurations of the tapping body, driving assembly, and elastic energy storage within the massage device, as well as a massager comprising the device.
Definitions of key terms used in the patent claims.

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