BACKGROUND OF THE INVENTION
[0001] The present invention is related to a dusting device for easily and quickly cleaning
up the fluffs, dusts and dirt attaching to the static swab.
[0002] According to the sites to be cleaned, the conventional swabs can be divided into
cotton swab, foam rubber swab and static swab. With respect to stone and wooden floorboard,
a wet swab will make dirt accumulate in the capillaries of the stone and wooden floorboard.
Therefore, after swabbed, such floorboard will be contaminated and lose its polish.
Therefore, a dry static swab or a vacuum sucker is used to clean such floorboard.
In the case that the vacuum sucker is used to clean up the dust, it is necessary to
carry the cable and bellows of the vacuum sucker around. This is quite inconvenient.
In addition, the vacuum sucker will produce loud noise and it is laborious to operate
the vacuum sucker. Also, the vacuum sucker will consume much power. Therefore, it
is a tread to replace the vacuum sucker with the static swab. The existent static
swabs can be divided into two kinds. One is fluff static swab and the other is static
paper swab. A static liquid is sprayed onto the fluff static swab. In use, the fluff
static swab is used to clean up a floorboard, while the static paper swab is used
to wipe the surface of a furniture. These two kinds of static swabs have some shortcomings
in actual use as follows:
With respect to fluff static swab:
1. After swabbing a floor, the fluffs and dusts will attach to the swab. Generally,
the swab is patted outdoors. This makes the dusts fly around and leads to second pollution.
2. After swabbing a floor, alternatively, the fluff layer of the swab head is detached
and washed and sunned. Such cleaning procedure is quite troublesome and time-consuming.
Also, the static liquid needs to be frequently sprayed onto the swab so that the consumption
of the static liquid is increased.
With respect to static paper swab:
1. After wiping dusty place, the static paper is detached and discarded. This leads
to increment of garbage and waste of money and also increases social cost.
2. In next use of the static paper, it is necessary to pat the static paper or clean
up the dusts and dirt attaching to the static paper with a tool. This is inconvenient
and not sanitary.
SUMMARY OF THE INVENTION
[0003] It is therefore a primary object of the present invention to provide a dusting device
for static swab, which is able to achieve the effects as follows:
1. The present invention provides a movable ducting device for static swab for domestic
use.
2. The present invention provides a fixed ducting device for static swab, which can
be mounted on the floor of a newly constructed building.
3. After used, by means of the dusting device, the dusts and fluffs attaching to the
static swab can be quickly and easily cleaned up and it is no more necessary to pat
the static swab after used so that the environment will not be second contaminated
and the dirt can be conveniently cleared off.
4. The number of times of cleaning of the swab is reduced, the number of times of
use of static liquid is reduced, the consumption of static paper is reduced and the
amount of garbage resulting from the discarded static paper is reduced and the social
cost for the garbage is reduced.
[0004] The present invention can be best understood through the following description and
accompanying drawings wherein:
BRIEF DESCRIPTION OF THE DRAWINGS
[0005]
Fig. 1 is a perspective view of a first embodiment of the present invention;
Fig. 2 is a top view according to Fig. 1;
Fig. 3 is a sectional view taken along line a-a of Fig. 2;
Fig. 4 is a sectional view taken along line b-b of Fig. 2;
Fig. 5 is a sectional view taken along line c-c of Fig. 2;
Fig. 6 is a sectional view taken along line d-d of Fig. 2;
Fig. 7 shows the switching of the stop board according to Fig. 6;
Fig. 8 shows another embodiment of the present invention;
Fig. 9 is a top view according to Fig. 8;
Fig. 10 is a left view according to Fig. 9;
Fig. 11 shows still another embodiment of the present invention;
Fig. 12 is a top view according to Fig. 11;
Fig. 13 is a sectional view taken along line e-e of Fig. 12;
Fig. 14 is a sectional view taken along line f-f of Fig. 12; and
Fig. 15 shows the arrangement of the dusting device of Fig. 11.
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS
[0006] The present invention includes movable and fixed types of dusting devices applicable
to static swab.
[0007] Please refer to Figs. 1 to 7 which show the movable dusting device applied to the
static swab. The movable dusting device has a seat body 1 formed with a static paper
dusting platform 10 and a static swab dusting platform 11. The static paper dusting
platform 10 is formed with an insertion connector 101 for the sucking hose of a vacuum
sucker to insert therein. The insertion connector 101 can be a resilient hollow conic
body for different diameters of sucking hoses to insert therein. The static paper
dusting platform 10 is further formed with a dust sucking slot 102 for dusting small-size
static paper swab. The static swab dusting platform 11 is formed with a dust sucking
slot 111 facing upward for dusting large-size fluff static swab. The seat body 1 is
further formed with internal passages 103, 112. The internal passage 103 communicates
the insertion connector 101 with the dust sucking slot 102 and the internal passage
112 communicates the insertion connector 101 and the dust sucking slot 111. The static
swab dusting platform 11 is formed with two slopes on two sides of the dust sucking
slot 111 to facilitate the reciprocation of the static swab.
[0008] A switch 12 is disposed between the passages 103, 112 and the insertion connector
101 for selectively opening one of the passages. The switch 12 drives a movable stop
board 121, whereby the stop board 121 can be switched to selectively open/close the
passage 103 or the passage 112. Accordingly, the dust sucking slot 102 for the static
paper swab or the dust sucking slot 111 for the fluff static swab can be selectively
used.
[0009] Figs. 8 to 10 show the fixed type dusting device of the present invention, which
can be fixed on a floor. The dusting device has a seat body 2 fixable on a floor.
The seat body 2 is formed with a conducting hole 21 for the sucking hose of a vacuum
sucker A to connect therewith. The seat body 2 is also formed with a dust sucking
slot 211 facing upward. The seat body 2 is further formed with a screen 22 at the
dust sucking slot for brushing the fluff static swab. The seat body 2 is further formed
with internal passages 212 which communicate the conducting holes 21 with the dust
sucking slot 211.
[0010] Figs. 11 to 15 show still another embodiment of the present invention, which can
be previously embedded under the floor tile or the floorboard. Only the dust sucking
slot is exposed to outer side. The dusting device has a hollow seat body 3. The lower
side of the seat body 3 is formed with a conducting hole 31 for the sucking hose B
of a vacuum sucker to connect therewith. The upper side of the seat body 3 is formed
with the dust sucking slot 32. A reinforcing plate 321 is disposed in the dust sucking
slot 32 for preventing the dust sucking slot from deforming. The width of the seat
body 3 is larger than that of the dust sucking slot 32 so that two sides of the dust
sucking slot 32 has platforms 33 covered by the floor tile or floorboard C. Accordingly,
the dusting device can be previously embedded under the floor tile or the floorboard
only with the dust sucking slot exposed to outer side.
[0011] The movable and fixed types of dusting devices for static swab can be directly mounted
on the floor of an old building or a newly constructed building. The vacuum sucker
A of the fixed type of dusting device can be mounted outdoors such as in a porch.
A controlling switch is mounted indoors for controlling the vacuum sucker. The switch
can have delay controlling effect. After pressed and activated, the sucking will continue
for predetermined number of seconds. Then the power is automatically cut off.
[0012] The present invention has the following advantages:
1. The present invention includes movable and fixed types of seat bodies of ducting
devices and can be conveniently used.
2. The structure is simple and practical. After used, a static swab can be quickly
and easily cleaned up. The present invention can be operated with strength saved.
3. It is no more necessary to pat the static swab after used so that the environment
will not be second contaminated.
4. The number of times of use of static liquid is effectively reduced and the replacement
of static paper is effectively reduced. The number of times of cleaning of the swab
is reduced.
5. The consumption of static paper and the amount of garbage are reduced.
6. When using the present invention to clean up the dust and fluff from the static
swab, the using time of the vacuum sucker is shortened so that the power consumption
is reduced.
7. It is no more necessary to use the vacuum sucker which can be hardly conveniently
used and is used at high power consumption. By means of the present invention, it
is easier and quicker to clean up the fluffs and dusts of the static swab so that
the static swab can be recovered and reused.
[0013] The above embodiments are only used to illustrate the present invention, not intended
to limit the scope thereof. Many modifications of the above embodiments can be made
without departing from the spirit of the present invention.
1. Dusting device for static swab, comprising a seat body formed with a static paper
dusting platform and a static swab dusting platform, the static paper dusting platform
being formed with an insertion connector for a sucking hose of a vacuum sucker to
insert therein, the static paper dusting platform being further formed with a dust
sucking slot for dusting small-size static paper swab, the static swab dusting platform
being formed with a dust sucking slot facing upward for dusting large-size fluff static
swab, the seat body being further formed with internal passages communicating the
insertion connector with the dust sucking slots, a switch being disposed between the
passages and the insertion connector for selectively opening any of the passages,
the static swab dusting platform being formed with two slopes on two sides of the
dust sucking slot to facilitate the reciprocation of the static swab.
2. Dusting device for static swab as claimed in claim 1, wherein the insertion connector
is a resilient hollow conic body.
3. Dusting device for static swab as claimed in claim 1, wherein the switch drives a
movable stop board, whereby the stop board can be switched to selectively open/close
any of the passages so that the dust sucking slot for the static paper swab or the
dust sucking slot for the fluff static swab can be selectively used.
4. Dusting device for static swab, comprising a seat body fixable on a floor, the seat
body being formed with a conducting hole for a sucking hose of a vacuum sucker to
connect therewith, the seat body being further formed with a dust sucking slot facing
upward, the seat body being further formed with a screen at the dust sucking slot,
the seat body being further formed with internal passage communicating the conducting
hole with the dust sucking slot.
5. Dusting device for static swab, comprising a hollow seat body fixable under a floor
tile or a floorboard, a lower side of the seat body being formed with a conducting
hole for a sucking hose of a vacuum sucker to connect therewith, an upper side of
the seat body being formed with a dust sucking slot, a width of the seat body being
larger than that of the dust sucking slot so that two sides of the dust sucking slot
has platforms covered by the floor tile or floorboard, whereby the dusting device
can be previously embedded under the floor tile or the floorboard only with the dust
sucking slot exposed to outer side.
6. Dusting device for static swab as claimed in claim 5, wherein a reinforcing plate
is disposed in the dust sucking slot for preventing the dust sucking slot from deforming.