Portable air treatment apparatus
A portable air treatment apparatus made up of: a) an operating unit for generating fluid droplets to be entrained in air and directed in a stream to an outlet for the operating unit; b) a mask having a body extending around a volume and a surface/edge at an outlet for the volume to be situated near a user's frontal face region, with the mask and operating unit configured so that the mask can be releasably operatively connected to the operating unit whereby the stream of air with entrained fluid droplets flows through the mask body inlet and into the mask body volume; and c) at least one additive component. The mask and at least one additive component, when in an operative position, are movable as a unit relative to the operating unit as the mask is separated from the operating unit.
1 . A portable air treatment apparatus comprising:
a) an operating unit for producing treated air, the operating unit comprising:
a reservoir for a supply of fluid,
the operating unit configured so that droplets are generated from a fluid in the reservoir,
the operating unit causing generated fluid droplets to be entrained in air and directed in a stream to an outlet for the operating unit;
b) a mask having a body including a peripheral wall extending around a volume and a surface or edge on the peripheral wall at an outlet for the volume to be situated near or against a user's frontal face region with the user's face operatively positioned with respect to the mask,
the mask body further having an inlet in communication with the volume,
the mask and operating unit configured so that the mask can be releasably operatively connected to the operating unit whereby the stream of air with entrained fluid droplets flows through the mask body inlet and into the mask body volume,
whereby with the user's face operatively positioned with respect to the mask, at least one of a mouth and nose of the user is situated to inhale the stream of air with entrained fluid droplets in and flowing from the mask body volume; and
c) at least one additive component,
the at least one additive component and mask configured so that the at least one additive component can be placed in an operative position with respect to the mask wherein the at least one additive component is exposed to the stream of air with entrained fluid droplets flowing into the mask body volume,
wherein the mask and at least one additive component in the operative position are movable as a unit relative to the operating unit as the mask is separated from the operating unit,
wherein the at least one additive component is in the form of a discrete pad,
wherein the mask body has at least one receptacle configured to receive the one additive component with the one additive component in the operative position,
wherein the at least one receptacle comprises spaced bosses each comprising an opening,
wherein the spaced bosses are configured so that the one additive component can be directed downwardly into openings in the spaced bosses so that the one additive component spans between the spaced bosses with the one additive component in the operative position,
wherein the at least one receptacle is within the volume around which the peripheral wall extends so as to be spaced from the peripheral wall.
2 . The portable air treatment apparatus according to claim 1 wherein the at least one receptacle is configured to compressibly engage the at least one additive component to thereby maintain the at least one additive component in the operative position in a predetermined relationship with the mask body.
3 . The portable air treatment apparatus according to claim 1 wherein the mask body has a wall at which at least a portion of the mask body inlet is located and the at least one receptacle is spaced from the at least portion of the mask body inlet so that the stream of air with entrained fluid droplets moves through the at least portion of the mask body inlet up to, against, and past the at least one additive component, to the volume outlet.
4 . The portable air treatment apparatus according to claim 1 wherein the at least one additive component comprises first and second additive components placed in operative positions.
5 . The portable air treatment apparatus according to claim 1 wherein the mask body inlet comprises at least one mask body opening beneath the at least one additive component with the at least one additive component in the operative position.
6 . The portable air treatment apparatus according to claim 5 wherein the at least mask body one opening comprises a plurality of discrete openings beneath the at least one additive component with the at least one additive component in the operative position, the plurality of discrete openings located so that the stream of air with entrained fluid droplets moves through each of the plurality of discrete openings up to, against, and past the at least one additive component to the volume outlet.
7 . The portable air treatment apparatus according to claim 1 wherein the at least one additive component comprises a plurality of additive components each with a flat shape residing in a plane and with the plurality of additive components each in its operative position the planes of the plurality of additive components are substantially parallel.
8 . The portable air treatment apparatus according to claim 1 wherein the mask body volume is bounded by a bottom wall and the mask body inlet comprises a plurality of discrete openings in the bottom wall.
9 . The portable air treatment apparatus according to claim 1 wherein the at least one receptacle and at least one additive component are configured so that the at least one additive component can be press fit into the at least one receptacle to be releasably maintained in the operative position.
10 . The portable air treatment apparatus according to claim 1 wherein the at least one receptacle is located so that the at least one additive component can be directed from a fully separated starting position through the volume outlet and into the operative position.
11 . The portable air treatment apparatus according to claim 1 wherein the at least one receptacle and at least one additive component are configured so that the at least one additive component can be press fit into the at least one receptacle and frictionally maintained in the operative position.
12 . The portable air treatment apparatus according to claim 1 wherein the at least one additive component has an absorbent body that retains a quantity of a composition that treats the stream of air with entrained fluid droplets as the at least one additive component is exposed to the stream of air with entrained fluid droplets.
13 . The portable air treatment apparatus according to claim 1 wherein there are connectors on the mask body and operating unit that cooperate to releasably connect the mask body to the operating unit.
14 . The portable air treatment apparatus according to claim 13 wherein the cooperating connectors are configured so that the mask body and operating unit can be relatively moved from a fully separated relationship towards and against each other into a connected relationship and maintained in the connected relationship without requiring use of separate fasteners.
15 . The portable air treatment apparatus according to claim 1 wherein the operating unit is configured so that the fluid droplets are generated through one of ultrasonic vibration and heating.
16 . The portable air treatment apparatus according to claim 1 wherein the mask body is molded from a pliable material.
17 . A portable air treatment apparatus comprising:
a) an operating unit for producing treated air, the operating unit comprising:
a reservoir for a supply of fluid,
the operating unit configured so that droplets are generated from a fluid in the reservoir,
the operating unit causing generated fluid droplets to be entrained in air and directed in a stream to an outlet for the operating unit;
b) a mask having a body extending around a volume and a surface or edge at an outlet for the volume to be situated near or against a user's frontal face region with the user's face operatively positioned with respect to the mask,
the mask body further having an inlet in communication with the volume,
the mask and operating unit configured so that the mask can be releasably operatively connected to the operating unit whereby the stream of air with entrained fluid droplets flows through the mask body inlet and into the mask body volume,
whereby with the user's face operatively positioned with respect to the mask, at least one of a mouth and nose of the user is situated to inhale the stream of air with entrained fluid droplets in and flowing from the mask body volume; and
c) at least one additive component,
the at least one additive component and mask configured so that the at least one additive component can be placed in an operative position with respect to the mask wherein the at least one additive component is exposed to the stream of air with entrained fluid droplets flowing into the mask body volume,
wherein the mask and at least one additive component in the operative position are movable as a unit relative to the operating unit as the mask is separated from the operating unit,
wherein the mask body volume is bounded by a bottom wall and the mask body inlet comprises a plurality of discrete openings in the bottom wall,
wherein the mask body has at least one receptacle configured to receive the at least one additive component with the at least one additive component in the operative position and the at least one receptacle comprises spaced seats for the at least one additive component and one of the discrete openings in the bottom wall is located between the spaced seats.
18 . A portable air treatment apparatus comprising:
a) an operating unit for producing treated air, the operating unit having a top and bottom and comprising:
a reservoir for a supply of fluid,
the operating unit configured so that droplets are generated from a fluid in the reservoir,
the operating unit causing generated fluid droplets to be entrained in air and directed in a stream to an outlet for the operating unit;
b) a mask having a body including a peripheral wall extending around a volume and a surface or edge at an outlet for the volume to be situated near or against a user's frontal face region with the user's face operatively positioned with respect to the mask,
the mask body further having an inlet in communication with the volume,
the mask and operating unit configured so that the mask can be releasably operatively connected to the operating unit whereby the stream of air with entrained fluid droplets flows through the mask body inlet and into the mask body volume,
whereby with the user's face operatively positioned with respect to the mask, at least one of a mouth and nose of the user is situated to inhale the stream of air with entrained fluid droplets in and flowing from the mask body volume; and
c) at least one additive component,
the at least one additive component and mask configured so that the at least one additive component can be placed in at least one receptacle within the mask body volume in an operative position with respect to the mask wherein the at least one additive component is exposed to the stream of air with entrained fluid droplets flowing into the mask body volume,
wherein the mask and at least one additive component in the operative position are movable as a unit relative to the operating unit as the mask is separated from the operating unit,
wherein the mask body has at least one receptacle configured to receive the at least one additive component and maintain the at least one additive component in a predetermined relationship with the mask with the at least one additive component in the operative position,
wherein the at least one additive component comprises a flat shape residing in a plane and with the at least one additive components in its operative position the plane of the at least one additive components extends vertically,
wherein the at least one additive component and at least one receptacle are configured so that the at least one additive component can be pressed into, and frictionally maintained within, the at least one receptacle at a location within the mask body volume within the peripheral wall, with the receptacle spaced from the peripheral wall.
19 . The portable air treatment apparatus according to claim 18 wherein the at least one receptacle opens upwardly and the at least one receptacle and at least one additive component are configured so that the at least one additive component can be directed downwardly and thereby press fit into the at least one receptacle to be releasably maintained in the operative position.
20 . The portable air treatment apparatus according to claim 19 wherein the at least one receptacle and at least one additive component are configured so that the at least one additive component is compressibly deformed and maintained within the at least one receptacle.
21 . The portable air treatment apparatus according to claim 18 wherein the at least one additive component comprises a plurality of additive components each with a flat shape residing in a plane and with the plurality of additive components each in its operative position, the planes of the plurality of additive components are substantially parallel and extend vertically.