An acupressure device includes a mount that is configured to attach to a patient and one or more indenter devices attached to the mount. An indenter device is mounted such that the indenter device is positioned over an acupuncture location of the patient. The indenter device has a base that contacts the mount and a tip that contacts the acupuncture location on the patient.

The application relates to the technical field of adult articles, and discloses a spiral crawling adult article technology, which comprises a shell 1 connected with a shell 2, wherein a driving component is installed in the shell 2; The telescopic rod is used for driving the driving motor to linearly reciprocate; The screw rod is movably provided with balls outside; A shell 3, in which a vibration motor is installed; The outer sleeve is sleeved outside the first shell, and the second shell, the third shell, the screw rod and the ball are all located in the outer sleeve, and when the screw rod and the ball rotate, the ball will squeeze the outer sleeve to generate indirect bulge.

Embodiments of the present invention disclose a multifunctional comb device comprising a first comb body and a second comb body, configured for detachable connection via a mounting groove. A swing arm, housed within the first comb body, includes a trigger portion and an action portion and is actuated by an external operating member to enable quick detachment of the second comb body. The second comb body includes a liquid storage chamber and hollow comb teeth for dispensing medicinal or cosmetic liquids directly to the scalp during combing. Additional functional modules such as phototherapy, heating, massage, and microcurrent mechanisms may be integrated within the comb structure. A card slot and buckle mechanism securely connects the two comb bodies, while still allowing for easy disassembly.

The present invention provides a virtual reality (VR) system that synchronizes smart stimulation devices (e.g., haptic actuators) with VR content in real time. A simulation engine dynamically adjusts tactile, thermal, or mechanical feedback based on user physiological responses (e.g., eye/hand tracking, heart rate). The system includes a VR headset with motion sensors, wirelessly connected smart devices, and adaptive software to personalize therapeutic experiences. Applications include sexual wellness and trauma recovery, where real-time feedback improves user safety and immersion. The architecture supports modular hardware/software expansion.