A suction assembly is described. The suction assembly includes a therapy unit with a body that can apply a supplemental therapy to a skin surface. The suction assembly also includes a cup that can be removably connected to the therapy unit and that can interface with a skin surface to define a chamber within the cup. A pump of the therapy unit can reduce a pressure within the chamber to draw the skin surface into the chamber in a cupping therapy. In response to the skin surface being drawn into the chamber, the body can move in a longitudinal direction to maintain contact with the skin surface. A wall of the cup is translucent and the suction assembly is dimensioned to provide a user with a view into the chamber through the wall of the cup that is substantially unobstructed by the housing.

The present disclosure provides a detachable breast pump, including a host machine, a cup and a flowing channel unit. The host machine includes a variable pressure chamber. The cup is detachably connected to the host machine through the variable pressure chamber, and the variable pressure chamber is provided thereon with a pressure transmission channel extended to an inside of the host machine. The flowing channel unit is detachably arranged inside the cup and separates an internal space of the cup into a flowing channel and a milk storage bowl. The flowing channel is communicated with the variable pressure chamber, the milk storage bowl and the outside. With the detachable breast pump, the host machine is detachably connected to the cup, facilitating convenient demounting and cleaning, reducing the labor of reinstalling after demounting and cleaning, and improving the convenience of usage.

An aspirator including an impeller driven by a driving component to create a suction through a fluid inlet; a housing surrounding the impeller; and a disposable tip. The disposable tip is removeably couplable to the housing at the fluid inlet, defines a fluid intake port in fluid communication with the outside environment and the fluid inlet, and has an aspirated bodily fluid collection region that collects and retains aspirated bodily fluids drawn into the disposable tip by the impeller's suction.

An inhalation device includes a nozzle, a separator, a housing, a battery portion, a circuit board, and a piezoelectric blower. The piezoelectric blower has a suction hole that opens near the center of an upper surface of the piezoelectric blower and a discharge hole that opens at the center of a bottom surface of the piezoelectric blower. The piezoelectric blower is mounted on a first main surface of the circuit board on the side of an upper housing. The circuit board applies a drive voltage to the piezoelectric blower to drive the piezoelectric blower. The circuit board has a through-hole facing the discharge hole. The through-hole overlaps the discharge hole, out of the suction hole and the discharge hole, when the first main surface of the circuit board is viewed from a front side.

The present invention relates to a catheter system for urine extraction comprising: (a) a genital adapter configured to fit a genitalia; (b) an adapter base connected to said genital adapter; (c) an operational tube connected to said adapter base; (d) a base unit, connected to said operational tube, and comprising an electric pump and a controller; (e) at least one control interface for commanding said controller; (f) a catheter tube having a first end for insertion into said base unit and having a second end for insertion into said operational tube, said adapter base, and said genital adapter; and (g) wherein said second end of said catheter tube is configured to extend through said genital adapter to the urinal bladder and to extract urine from said urinal bladder by said electric pump.

A waste collection unit is provided that comprises a vacuum pump and smoke evacuation system including a blower and blower motor. The vacuum pump, the blower, and the blower motor, create noise. This noise is attenuated in first and second sound attenuating enclosures for the vacuum pump and the blower and blower motor. A cleaning system is also provided 100 with rotating liquid delivery devices. An actuator is operatively coupled to the liquid delivery devices to rotate the liquid delivery devices.

A nasal aspirator suction bin assembly comprises a suction bin base, which has a first connecting end connected with a host and a second connecting end connected with a suction bin cover; after the suction bin base is connected with the suction bin cover, a cavity is formed therein; the middle of the suction bin base is provided with an outlet tube, which runs through the suction bin base and extends into the cavity; the upper end of the suction bin cover is provided with a suction tube, which runs through the suction bin cover and extends into the cavity; a bracket is arranged in the cavity, and the bracket comprises a bracket tube which can be inserted on the outlet tube and a baffle arranged at the other free end of the bracket tube, and at least one air hole is arranged on the bracket tube to keep the suction tube and the outlet tube in communication all the time; the cavity is used to store the inhaled nasal fluid. Because of the umbrella-shaped bracket, the nasal fluid cannot touch the position of the air hole during normal use and small-angle inclined use, so the nasal fluid cannot enter the host and cause pollution.

A nasal irrigation device communicates an irrigant to a device user and comprises a mechanics module and a reservoir assembly wherein a source of saline comprising a cartridge is disposed within the mechanics module adjacent a lid assembly for piercing the cartridge upon closing of a lid for releasing the cartridge contents into the reservoir assembly. A faux collapsible cartridge for testing operability of a nasal irrigation device comprises a housing including a shaft, a spring biased rod extending from the housing shaft, and a flange depending from a housing wall whereby the rod and flange are disposed to actuate a trigger assembly of the nasal irrigation device.

A device for cleaning nasal membranes comprising a head that is inserted into a nostril. Fluid is pumped from a reservoir onto the nasal membrane. The head rotates to remove debris from the membrane. The sprayed fluid and debris is suctioned through inlets into a suction chamber.

A device for cleaning nasal membranes comprising a head that is inserted into a nostril. Fluid is pumped from a reservoir stored in a body of the device onto the membrane. The head rotates to remove debris from the membrane. A vacuum pump suctions the sprayed fluid and the debris into inlets and stores the used fluid in a chamber in the body.