The present invention discloses an ear and/or nose cleaning device comprising a handle including at least one cartridge. The cleaning device further comprises at least one cleaning tip having a spiral body, at least one curved shape feature, a set of bristles, or a combination thereof. The spiral body can include one of an oval shape arrangement and a cylindrical shape arrangement. The handle is configured to couple with the at least one cleaning tip using a connection mechanism. Furthermore, the present invention also discloses the cleaning tip for use in an ear and nose cleaning device.

According to an aspect of the present invention, there is provided sponge adapted for cleansing of ears and facial structures, comprising: an inner facet of the sponge integrating a surface texture optimized for outer ear cleaning, exfoliation, and enhancing dermal microcirculation, wherein the inner facet has a bump configured to fit near an ear canal and a shape configured to surround an outer ear; and an outer layer having a shape configured for facial cleansing and cleaning the structures around facial structures, wherein: the inner facet and outer layer are combined together in a specific circular fashion, in which parts and edges of one component are pressed against specific parts of the other, forming a full facial sponge with only the outer sides of the components are visible and usable.

An ear canal care device includes a shell assembly, a control assembly, a visual assembly, a connecting assembly and an accessory assembly. The shell assembly includes an outer shell with a first accommodating chamber and a first mounting frame arranged in the first accommodating chamber. The first mounting frame is connected to the outer shell. The outer shell is columnar. The control assembly arranged in the first accommodating chamber and connected to the first mounting frame. The visual assembly arranged at one end of the shell assembly and electrically connected to the control assembly for ear canal observation. One end of the connecting assembly is connected to the visual assembly and the other end is connected to the shell assembly and is electrically connected to the visual assembly and the control assembly. The accessory assembly detachably connected to one end of the visual assembly away from the shell assembly.

A narrow-orifice foreign body extraction device configured as a unitary article comprises a volumetric enclosure bounded by a frustoconical cone, which has inner and outer surfaces and an intermediate section positioned between an apertured cap section and an apertured base section. The inner surface defines a boundary of an interior chamber of the volumetric enclosure, and the inner and outer surfaces define between them a cone wall. An adhesive material is secured to at least part of the inner or outer surfaces at the cap section and comprises an apertured portion and a tail portion. The apertured portion has one or more adhesive apertures and adhesive-covered opposing inner and outer side surfaces, and the tail portion has an adhesive-covered inner tail surface extending along and bonding to at least part of the outer surface at the cap section to secure the adhesive material to the cap section.

The present invention relates to the technical field of visual ear picks. By the arrangement of the driving portion and the straight tube portion, the driving portion is assembled on the visual ear pick. One end of the straight tube portion is connected to the driving portion; and the straight tube portion movably sleeves the visual ear pick, so that the driving portion can drive the straight tube portion to move on the visual ear pick in the axial direction of the straight tube portion. When the tweezer head is assembled on the visual ear pick, the other end of the straight tube portion is opposite to the tweezer head. Therefore, the driving portion drives the straight tube portion to move on the visual ear pick in the axial direction of the straight tube portion, which can conveniently enable the tweezer head to achieve the function of a tweezer.

An ear canal care device includes a shell assembly, a control assembly, a visual assembly, a connecting assembly and an accessory assembly. The shell assembly includes an outer shell with a first accommodating chamber and a first mounting frame arranged in the first accommodating chamber. The first mounting frame is connected to the outer shell. The outer shell is columnar. The control assembly arranged in the first accommodating chamber and connected to the first mounting frame. The visual assembly arranged at one end of the shell assembly and electrically connected to the control assembly for ear canal observation. One end of the connecting assembly is connected to the visual assembly and the other end is connected to the shell assembly and is electrically connected to the visual assembly and the control assembly. The accessory assembly detachably connected to one end of the visual assembly away from the shell assembly.

A lighted surgical instrument has an instrument body defining a proximal portion, a distal portion, and a mid-portion extending between the proximal portion and the distal portion. The proximal portion includes a base adapted to receive a light source and a linear section defining a first axis, while the distal portion has a linear section defining a second axis and terminating in a functional tip, with the second axis of the distal portion is parallel to but offset from the first axis of the proximal portion. The linear section of the proximal portion may have a cross-sectional shape of a Reuleaux triangle. The instrument body is capable of functioning as a light pipe, such that light introduced into the base of the proximal portion will be transmitted to the functional tip of the instrument by internal reflection.

This disclosure describes systems, methods, and devices for a hygienic dual-ended ear-cleaning swab, innovatively designed to safely and effectively remove earwax. Central to its design is an elongated body featuring a continuous longitudinal hole which ensures uninterrupted airflow, extending through silicone tips at both ends. These tips are specifically shaped with a flared base to enhance cleaning efficiency and to prevent the inadvertent pushing of debris further into the ear canal. Adaptable to various ear sizes and inclusive of a water-absorbent variant for swimmers, the swab addresses the diverse needs of users. Constructed from durable, flexible materials and incorporating hypoallergenic properties, this ear-cleaning device offers a substantial improvement in personal hygiene care.

A an ear cleaning arrangement includes a fixing assembly comprising a fixing rod and a handle, wherein the fixing rod is connected to the handle, an ear spoon assembly which is arranged to be connected to the fixing rod for cleaning earwax, a camera, and a light source, wherein the camera and the light source are assembled in the fixing rod behind a light guide barrel, so that the ear cleaning arrangement is equipped with a suitable camera for real-time acquisition of images in the ear, so as to facilitate the user in accurately locating and cleaning earwax.

A an ear cleaning arrangement includes a fixing assembly comprising a fixing rod and a handle, wherein the fixing rod is connected to the handle, an ear spoon assembly which is arranged to be connected to the fixing rod for cleaning earwax, a camera, and a light source, wherein the camera and the light source are assembled in the fixing rod behind a light guide barrel, so that the ear cleaning arrangement is equipped with a suitable camera for real-time acquisition of images in the ear, so as to facilitate the user in accurately locating and cleaning earwax.