Pet Bathing Brush Device

A water inlet hose, liquid soap solution, and pet bathing brush assembly comprising:

• a water inlet hose configured to be fluidically coupled to a pressurized water supply;
• a shell defining an interior space;
• a pipe coupled to and extending between a first end of the shell and the water inlet hose, the pipe being in fluidic communication with the interior space;
• wherein the pipe is configured for flowing of water into the interior space;
• a plurality of tubes coupled to and extending from a second end of the shell, the tubes being open ended such that the tubes are in fluidic communication with the interior space, wherein the tubes are configured for combing hair of an animal and for directing the water onto the hair and skin of the animal;
• a panel coupled to the shell defining a reservoir within the interior space;
• and
• a liquid soap solution positioned in the reservoir, the reservoir being configured for selectively dispensing the liquid soap solution into the water flowing through the interior space for lathering the animal.

A pet bathing brush device comprising:

• a shell defining an interior space, the shell having a plurality of indentations extending into an upper face thereof, each indention extending from a second end of the shell toward a first end of the shell such that the upper face of the shell mimics a paw;
• a plurality of protuberances extending from a lower face of the shell such that the protuberances mimic pads of a paw;
• a pipe coupled to and extending from the first end of the shell such that the pipe is in fluidic communication with the interior space, the pipe being configured for engaging a water inlet hose, wherein the pipe is configured for flowing of water into the interior space, the pipe having a terminus distal from the shell, the pipe being internally threaded proximate to the terminus wherein the pipe is configured for threadedly coupling to a female end of the water inlet hose;
• a plurality of tubes coupled to and extending from the second end of the shell, the tubes being open ended such that the tubes are in fluidic communication with the interior space, wherein the tubes are configured for combing hair of an animal and for directing the water onto the hair and skin of the animal, each tube tapering from the shell to a limit of the tube distal from the shell, the tube having a lower surface and an upper surface, the lower surface being substantially planar and the upper surface being arcuate such that the tube mimics a claw extending from a paw, an opening of the tube being positioned in the lower surface proximate to the limit of the tube;
• a panel coupled to the shell defining a reservoir within the interior space, the reservoir being configured for positioning a liquid soap solution and for selectively dispensing the liquid soap solution into the water flowing through the interior space for lathering the animal;
• the shell having an orifice positioned therein and opening into the reservoir, wherein the orifice is configured for addition of the liquid soap solution to the reservoir;
• a cap selectively couplable to the shell for closing the orifice;
• a wall coupled to the shell defining a chamber within the interior space;
• a pump positioned in the chamber and operationally coupled to the reservoir, wherein the pump is configured for pumping the liquid soap solution from the reservoir into the water flowing through the interior space for lathering the animal;
• a battery positioned in the chamber and operationally coupled to the pump;
• a switch engaged to the pipe and operationally coupled to the pump and the battery, wherein the switch is configured for switching for selectively coupling the pump to the battery for powering the pump;
• the shell a cutout positioned therein and opening into the chamber, wherein the cutout is configured for accessing the chamber for replacing the battery;
• a lid selectively couplable to the shell for closing the cutout;
• and
• a valve positioned in the pipe and being configured for selectively controlling the flow of the water through the pipe, a stem of the valve being operationally engaged to a handle positioned externally to the pipe, wherein the handle is configured for turning for controlling the flow of the water through the pipe.