Note: Descriptions are shown in the official language in which they were submitted.
CA 03020350 2018-10-09
A WEARABLE THREE-CHAMBER NEGATIVE OXYGEN ION BREATHING
APPARATUS
Technical field:
The invention relates to a wearable three-chamber negative oxygen ion
breathing apparatus.
.. Background technology:
With the development of the industrialization, air pollution is getting more
and more serious,
and the incidences of diseases of the respiratory system have increased
seriously hurting human
health. At present, masks have become a must-have for people to travel, but
the existing masks
have a poor effect on purifying air. Under serious air pollutions, they are
far from satisfying
people's requirements. Their inspiratory resistance is strong, and the exhaled
exhaust gas is not
discharged smoothly.
Summary of the invention:
In order to account for the deficiencies of the prior art, the present
invention provides a
wearable three-chamber negative oxygen ion breathing apparatus, which has a
reasonable
structural design and a good air purifying effect, so that people can breathe
clean fresh air rich in
negative oxygen ions. The breathing apparatus can be used for sterilization
and anti-virus, thus
improving body immunity, good health, low respiratory resistance, and smooth
breathing. It
overcomes the problems in the prior art.
The technical solution adopted by the present invention to solve the above
technical
problems comprises:
A wearable three-chamber negative oxygen ion breathing apparatus comprises a
breathing
chamber, an air inlet device disposed on one side of the breathing chamber and
an air outlet
chamber disposed on the other side of the breathing chamber, the air outlet
chamber is in
communication with the outside, the interior part of the air inlet device is
in communication with
the interior part of the breathing chamber via a one-way air inlet valve, the
interior part of the air
outlet chamber is in communication with the interior part of the breathing
chamber via a one-way
air outlet valve, respective sides of the air outlet chamber are provided with
a wearing mechanism,
the air inlet device is provided with an air purifying negative oxygen ion
generating device having
a negative oxygen ion emitting head extending into a purifying chamber, the
air purifying
1
CA 03020350 2018-10-09
negative oxygen ion generating device is connected to a battery via a cable
and one side of the
purifying chamber is provided with an air inlet in communication with the
outside.
The outside of the air inlet is provided with a filter layer.
The filter layer is a filter mesh and/or an activated carbon filter element.
The outside of the filter layer is provided with a venting outer cover.
A detachable electrode sticker is disposed on a side of the purifying chamber
opposite to the
air inlet.
A back cover is provided on a side of the purifying chamber opposite to the
air inlet.
The electrode sticker is engaged on the inner side of the back cover.
A fan is provided at the air inlet.
A plurality of air guiding grooves communicating with the air inlet are
provided on the outer
side wall of the purifying chamber.
A USB charging interface, a switch hole button, a display screen and an
indicator light are
disposed on the outer side wall of the air outlet chamber.
The one-way air inlet valve comprises an intake passage, wherein one end of
the intake
passage is in communication with the purifying chamber, and the other end of
the intake passage
extends into the breathing chamber and is engaged with a first fixing sleeve,
and one end of the
first fixing sleeve is provided with a one-way air inlet valve piece. The one-
way air outlet valve
comprises an outlet passage, one end of the outlet passage is in communication
with the air outlet
chamber, and the other end of the outlet passage extends into the breathing
chamber and is
engaged with a second fixing sleeve, and a unidirectional air outlet valve
piece is disposed at a
portion which locates in the inner part of the air outlet chamber and connects
the air outlet
chamber and the air outlet passage.
The air purifying negative oxygen ion generating device comprises the negative
oxygen ion
emitting head extending into the purifying chamber, and a high voltage package
connected to the
negative oxygen ion emitting head.
2
CA 03020350 2018-10-09
The negative oxygen ion emitting head comprises a fiber bundle of a micron
order, the same
side end of each fiber in the fiber bundle are fixedly connected to a
conductive fixing device and
electrically connected to the conductive fixing device, and the conductive
fixing device is
connected to the high voltage package through the wire.
The air inlet device and the air outlet chamber are detachably disposed on the
breathing
chamber through Velcro.
The battery is disposed inside the air outlet chamber.
The invention adopts the above technical solution, and the structure design is
reasonable. The
air intake device provides a special passage for the air intake, and the air
intake device only allows
air in not out. The air outlet chamber provides the air outlet passage, which
only allows air out not
in, low respiratory resistance, smooth breathing, and the exhaust gas is not
retained. The purifying
chamber generates a large amount of negative oxygen ions purify and sterilize
the air, and the
effect of purifying the air is good. The purified and sterilized air enters
the breathing chamber
through the one-way air inlet valve, and the effect of natural oxygen bar is
generated between the
breathing chamber and the human face, so that people can breathe the clean
fresh air rich in
negative oxygen ions, it can sterilize, be anti-virus, improve the body
immunity, and has good
health care effect. The exhaled exhaust gas enters the air outlet chamber
through the one-way air
outlet check valve, thereby being discharged into the outside, and the exhaust
gas is not retained.
The present invention can be worn through a person's head or through a
person's arms.
The manner of wearing the apparatus of the present invention can be flexibly
changed. The set fan
sends air actively, and the clean air is continuously sent to the breathing
chamber to further reduce
the inspiratory resistance, especially suitable for people with insufficient
lung capacity.
BRIEF DESCRIPTION OF THE DRAWINGS:
FIG 1 is a schematic view of the structure of the present invention.
FIG. 2 is a schematic view showing the structure of a breathing chamber of the
present
invention.
FIG. 3 is a schematic structural view of an air intake device of the present
invention.
FIG.4 is a schematic left side view of FIG. 3.
3
CA 03020350 2018-10-09
FIG. 5 is a schematic view showing the left side structure of FIG. 3 after
removing the
venting outer cover.
FIG. 6 is a schematic view showing the right side structure of FIG. 3 after
removing the back
cover.
FIG. 7 is a schematic view showing the structure of the air outlet chamber of
the present
invention.
FIG. 8 is a schematic view of the left side structure of FIG. 7.
FIG. 9 is a schematic cross-sectional view showing the structure of FIG. 7.
FIG. 10 is a schematic right side view of FIG. 7.
FIG. 11 is a schematic view showing the structure of the first fixing sleeve.
FIG. 12 is a schematic view showing the structure of the second fixing sleeve.
In the Figures:
1, breathing chamber, 2, air outlet chamber, 3, negative oxygen ion emitting
head, 4,
purifying chamber, 5, battery, 6, air inlet, 7, filter mesh, 8, activated
carbon filter element, 9,
venting outer cover, 10, electrode sticker, 11, back cover, 12, fan, 13, air
guiding grooves , 14,
USB charging interface, 15, switch hole button, 16, display screen, 17,
indicator light, 18, intake
passage, 19, first fixing sleeve, 20, one-way air inlet valve piece, 21, air
outlet passage, 22, second
fixing sleeve, 23, one-way air outlet valve piece, 24, high voltage package.
DETAILED DESCRIPTION:
In order to clearly illustrate the technical features of the present solution,
the present
invention will be described in detail as follows through the specific
embodiments and the
accompanying drawings.
As shown in FIG. 1 to FIG. 12, a wearable three-chamber negative oxygen ion
breathing
apparatus comprises a breathing chamber 1, an air inlet device disposed on one
side of the
breathing chamber and an air outlet chamber 2 disposed on the other side of
the breathing
chamber 1, the air outlet chamber 2 is in communication with the outside, the
interior part of the
4
CA 03020350 2018-10-09
air inlet device is in communication with the interior part of the breathing
chamber 1 via a
one-way air inlet valve, the interior part of the air outlet chamber 2 is in
communication with the
interior part of the breathing chamber 1 via a one-way air outlet valve,
respective sides of the air
outlet chamber are provided with a wearing mechanism, the air inlet device is
provided with an air
purifying negative oxygen ion generating device having a negative oxygen ion
emitting head 3
extending into a purifying chamber 4, the air purifying negative oxygen ion
generating device is
connected to a battery 5 via a cable, one side of the purifying chamber 4 is
provided with an air
inlet 6 in communication with the outside.
The outside of the air inlet 6 is provided with a filter layer. The filter
layer filters the air for
the first time to further improve the quality of the inhaled air.
The filter layer is a filter mesh 7 and/or an activated carbon filter element
8. The filter mesh 7
can be immersed in the Chinese herbal medicine liquid in advance, so that the
filter mesh 7 can
exude the taste of the medicine to achieve therapeutic, refreshing, and
pleasant body and mind
effects when used. For example, if the filter mesh 7 is immersed in the liquid
of Pythoncidere in
advance, the filter mesh 7 will emit Pythoncidere when used. Pythoncidere has
an antibacterial
effect, which can purify the air, reduce pollution, and make the breathing
smooth and vigorous, to
achieve a mind clearing effect.
The outside of the filter layer is provided with a venting outer cover 9.
A detachable electrode sticker 10 is disposed on a side of the purifying
chamber 4 opposite to
the air inlet 6, which means the location of the detachable electrode sticker
10 on the purifying
chamber 4 is opposite to the location of the air inlet 6 on the purifying
chamber 4. The conductive
adhesive on the surface of the electrode sticker 10 is similar to the
secretion in the nasal cavity.
The effect of adsorbing and adhering dust of the conductive adhesive is very
good, and the air can
be further purified.
A back cover 11 is provided on a side of the purifying chamber 4 opposite to
the air inlet 6. It
is convenient to replace and clean the internal components of the purifying
chamber 4 after the
back cover 11 is opened.
The electrode sticker 10 is stuck on the inner side of the back cover 11.
Opening the back
cover 11 facilitates the replacement of the electrode sticker 10, and the
electrode sticker 10 is a
consumable product, and hence needs to be periodically replaced in order to
ensure its adhesion.
5
CA 03020350 2018-10-09
A fan 12 is provided at the air inlet 6. The fan 12 continuously sends the
clean air source into
the breathing chamber 1 to further reduce the inspiratory resistance, and is
especially suitable for
people with insufficient lung capacity. On the other hand, since the fan 12
continuously pumps
fresh air, a negative pressure difference is generated in the breathing
chamber 1, making it
difficult for the outside air to be sucked from the gap around the breathing
chamber 1, and
preventing the unfiltered air from entering into the breathing chamber 1.
On the outer side wall of the purifying chamber 4, a plurality of air guiding
grooves 13
communicating with the air inlet 6 are provided. The air guiding grooves 13
are provided to
concentrate air to the air inlet 6 and then into the purifying chamber 4.
A USB charging interface 14, a switch hole button 15, a display screen 16, and
an indicator
light 17 are provided on the outer side wall of the air outlet chamber 2. The
battery 5 is charged
via the USB charging interface 14, the display screen 16 can be used to
display air quality or other
information to be displayed, and the indicator light 17 is used to display the
battery 5 power and
operating status.
The one-way air inlet valve comprises an intake passage 18, one end of the
intake passage 18
is in communication with the purifying chamber 4, and the other end of the
intake passage 18 is
extending into the breathing chamber 1 and stuck with a first fixing sleeve
19, and one end of the
first fixing sleeve 19 is provided with a one-way air inlet valve piece 20.
The one-way air outlet
valve comprises an outlet passage 21, one end of the outlet passage 21 is in
communication with
the air outlet chamber 2, and the other end of the outlet passage 21 is
extending into the breathing
chamber 1 and engaged with a second fixing sleeve 22, and a unidirectional air
outlet valve piece
23 is disposed at a portion which locates in the inner part of the air outlet
chamber 2 and
connects the air outlet chamber 2 and the air outlet passage 21.
The air purifying negative oxygen ion generating device comprises the negative
oxygen ion
emitting head 3 extending into the purifying chamber 4, and a high voltage
package 24 connected
to the negative oxygen ion emitting head 3.
The negative oxygen ion emitting head 3 comprises a fiber bundle of a micron
order, the
same side end of each fiber in the fiber bundle are fixedly connected to a
conductive fixing device
and electrically connected to the conductive fixing device, and the conductive
fixing device is
connected to the high voltage package through the wire. With the negative
oxygen ion emitting
6
CA 03020350 2018-10-09
head 3 of the above structure, the negative oxygen ion yield can be greatly
improved and the
ozone concentration can be greatly reduced.
The air inlet device and the air outlet chamber 2 are detachably disposed on
the breathing
chamber 1 through Velcro. The air inlet device and the air outlet chamber 2
and the breathing
chamber 1 are detachable, which facilitates the replacement and cleaning of
the breathing
chamber 1 in the later stage. In addition to the above-mentioned connection
method of the Velcro,
other conventional fastening means such as a zipper can also be adopted.
The battery 5 is disposed in the air outlet chamber 2, and may of course be
disposed at other
suitable positions.
Pressing the switch button 15, the air purifying negative oxygen ion
generating device works.
The air is filtered through the filter layer and enters into the purifying
chamber 4, and the
generated negative oxygen ions purify and sterilize the air, and the fresh air
after sterilization and
purification passes through the intake passage 18 and the one-way air inlet
valve piece 20 and
then enters the breathing chamber 1; and the one-way inlet valve piece 20 is
opened when the
person inhales, and is closed when the person exhales. The effect of natural
oxygen bar is
generated between the breathing chamber 1 and the wearer's face, so that the
wearer can breathe
clean fresh air rich in negative oxygen ions, can sterilize, be anti-virus,
improve body immunity,
and have good health effects. When the person exhales, the one-way air outlet
valve piece 23 is
opened, and the generated exhaust gas enters the air outlet chamber 2 through
the air outlet
passage 21 and the one-way air outlet valve piece 23, thereby being discharged
into the outside,
the exhaust gas is not retained, and the fan 12 can be opened as needed.
The above is only the preferred embodiment of the present invention, and is
not intended to
limit the present invention. Any modifications, equivalent substitutions,
improvements, etc.,
which are included in the spirit and scope of the present invention, should be
included in the scope
of protection of the present invention.
What is not described in detail in the present invention are well known to
those skilled in the
art.
7
