Pet dental devices and systems are provided. The dental device may include at least one body and at least one cavity extending into the body. The cavity is configured to receive a pet treat. The device also includes at least one cutout extending into the body and intersecting the at least one cavity to expose a pet treat disposed in the at least one cavity. The device further includes at least one set of dental cleaning mechanism positioned on at least a portion of a perimeter of the at least one cutout. The pet treat as disposed in the at least one cavity and partially exposed by the cutout encourages a pet to chew the dental device at the cutout such that the pet's teeth contact the dental cleaning mechanism and cleans the pet's teeth.

The disclosure relates to a mobile dental delivery system designed for enhanced serviceability and maintenance. The system features a housing defining an upper service chamber, a middle service chamber, and a lower service chamber, each having an access panel, door, or the like configured to selectively reveal the associated chamber for servicing the components therein as desired. The system further includes a compressor service assembly removably disposed within the lower service chamber and connected via tubing/wires to components within the housing. The tubing/wiring between the compressor service assembly and the other components of the mobile dental delivery system are of a sufficient length to allow the complete removal of the compressor service assembly from the housing, while maintaining the tubing connection to the other components, to facilitate 360-degree access to the elements of the compressor service assembly such as a compressor or a pressure switch.

The disclosure relates to a mobile dental delivery system designed for enhanced serviceability and maintenance. The system features a housing defining an upper service chamber, a middle service chamber, and a lower service chamber, each having an access panel, door, or the like configured to selectively reveal the associated chamber for servicing the components therein as desired. The system further includes a compressor service assembly removably disposed within the lower service chamber and connected via tubing/wires to components within the housing. The tubing/wiring between the compressor service assembly and the other components of the mobile dental delivery system are of a sufficient length to allow the complete removal of the compressor service assembly from the housing, while maintaining the tubing connection to the other components, to facilitate 360-degree access to the elements of the compressor service assembly such as a compressor or a pressure switch.

The utility model discloses a multifunctional cleaning finger wipe. The cleaning finger wipe is arranged to be connected into an integrated structure and includes: a first cleaning area and a second cleaning area. The first cleaning area and the second cleaning area are opposite to each other. The edge of the first cleaning area and the edge of the second cleaning area are combined with each other. The first cleaning area includes a first surface layer and concave and convex portions spaced along the first surface layer. The second cleaning area includes a first surface layer. The second surface layer and the second surface layer are provided with a number of plastic dripping parts. The plastic dripping parts and the concave and convex parts are made of different materials. This cleaning finger wipe can be used to clean the surface or deep cleaning of pet teeth according to different demands.

The utility model discloses a multifunctional cleaning finger wipe. The cleaning finger wipe is arranged to be connected into an integrated structure and includes: a first cleaning area and a second cleaning area. The first cleaning area and the second cleaning area are opposite to each other. The edge of the first cleaning area and the edge of the second cleaning area are combined with each other. The first cleaning area includes a first surface layer and concave and convex portions spaced along the first surface layer. The second cleaning area includes a first surface layer. The second surface layer and the second surface layer are provided with a number of plastic dripping parts. The plastic dripping parts and the concave and convex parts are made of different materials. This cleaning finger wipe can be used to clean the surface or deep cleaning of pet teeth according to different demands.

The teeth cleaning dog chew toy is adapted for use with the dentition of a companion animal. The teeth cleaning dog chew toy cleans the dentition of the companion animal. The teeth cleaning dog chew toy includes a working element structure and a handle structure. The working element structure attaches to the handle structure. The working element structure joins to the handle structure to form a composite prism structure. The handle structure forms a grip used to carry and manipulate the teeth cleaning dog chew toy. The working element structure cleans and massages the dentition of the companion animal.

The teeth cleaning dog chew toy is adapted for use with the dentition of a companion animal. The teeth cleaning dog chew toy cleans the dentition of the companion animal. The teeth cleaning dog chew toy includes a working element structure and a handle structure. The working element structure attaches to the handle structure. The working element structure joins to the handle structure to form a composite prism structure. The handle structure forms a grip used to carry and manipulate the teeth cleaning dog chew toy. The working element structure cleans and massages the dentition of the companion animal.

Systems and methods according to the present invention include a device for delivering non-invasive direct current electricity to the oral cavity of a non-human animal. The device generally comprises layers, wherein an electronic circuit assembly is protected within an enclosure, which itself is protected within a frame. Surrounding the frame, a plurality of traces connect to rails and nubs, which are exposed through the outer mold layer. The rails and nubs act as anodic and cathodic electrodes. When masticated, the non-human animal's mouth (teeth and/or gums) closes the circuit between the anodic and cathodic electrodes, delivering relatively weak direct current electricity to the animal's oral health benefit.

Systems and methods according to the present invention include a device for delivering non-invasive direct current electricity to the oral cavity of a non-human animal. The device generally comprises layers, wherein an electronic circuit assembly is protected within an enclosure, which itself is protected within a frame. Surrounding the frame, a plurality of traces connect to rails and nubs, which are exposed through the outer mold layer. The rails and nubs act as anodic and cathodic electrodes. When masticated, the non-human animal's mouth (teeth and/or gums) closes the circuit between the anodic and cathodic electrodes, delivering relatively weak direct current electricity to the animal's oral health benefit.

A method of treating human or animal tissue, the method comprising the step of: i. directing a stream of an aqueous liquid comprising gas bubbles excited by acoustic energy towards a wound or anatomical pocket in human or animal tissue, or towards an anatomical space or potential space in human or animal tissue, or towards soft or hard tissue in an oral cavity or elsewhere in the human or animal body, or towards tissue in a nasal cavity, or towards tissue associated with sinuses, eye, ear, digestive and genito-urinary systems, thereby to treat the human or animal tissue with the stream. The output stream can clean a wound in human or animal tissue, and can treat the wound by healing the wound, for example by stimulating fibroblasts in the wound tissue and causing, promoting or enhancing re-epithelialisation of epidermal tissue in the wound.