Note: Descriptions are shown in the official language in which they were submitted.
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NOVELTY ARTICLE
Technical Field of the Invention
The present invention relates to novelty articles and, more
particularly, novelty articles adapted to generate special effects, such as
audible sounds or visible lights.
Background Art
Articles adapted to generate special effects, such as musical
melodies or visible lights, can be useful for amusement purposes. For
instance, drinking straws adapted to produce audible sounds and/or lights
in response to liquid flow therethrough can enhance amusement at social
gatherings, especially at birthday parties for children. While various
drinking
straws have been developed to generate special effects (see, for instance,
U.S. Patent Nos. 3,122,959, 3,332,622, 3,398,624, 4,121,835, 4,252,273
and 4,631,715), none of them are adapted to produce electronically
generated audible sounds andlor visible lights in response to liquid flow
therethrough. Accordingly, there is a neE;d for a drinking straw adapted to
produce such audible sounds and/or visible lights.
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Disclosure of the Invention
The present invention overcomes the disadvantages and
shortcomings of the prior art discussed above by providing a new and
improved novelty article used in connection with liquid. More particularly,
the
novelty article has a body and a generating mechanism, which is attached to
the body, for generating electrically produced special effects, such as
audible
sounds and visible lights, so as to enhance amusement for a user. The
generating mechanism is provided with an activating mechanism, which is
attached to the body, for activating the generating mechanism in response to
contact by liquid. The activating mechanism includes a pair of electrical
contacts for activating the generating means when the electrical contacts
come in contact with liquid.
In accordance with one feature of the present invention, the
body includes a drinking straw having a passageway for liquid. The electrical
contacts are positioned in the passageway so as to activate the generating
mechanism in response to liquid flow through the passageway.
In accordance with another feature of the present invention, the
body is sized and shaped so as to float on liquid or to be submerged in same.
The electrical contacts are mounted on the body in such a position that the
electrical contacts are in contact with liquid when the body is placed on or
in
liquid.
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Yet another feature of the present invention involves providing
the body with a spoon. More particularly, the spoon has a head, on which the
contacts are mounted, whereby the generating mechanism generates special
effects when the head is submerged in liquid.
Brief Description of the Drawings
For a more complete understanding of the present invention,
reference is made to the following detailed description of various exemplary
embodiments considered in conjunction with the accompanying drawings,
in which:
FIG. 1 is an exploded perspective view of a novelty article
constructed in accordance with a first embodiment of the present invention;
FIG. 2 is a cross-sectional 'view, taken along section line 2-2
and looking in the direction of the arrows, of the novelty article shown in
FIG. 1;
FIG. 3 is a perspective view, looking from behind, of an
electronic circuit module of the novelty article shown in FIGS. 1 and 2;
FIG. 4 is a schematic view of an electronic circuit assembly
which is utilized in the novelty article shown in FIGS. 1 and 2;
FIG. 5 is a side efevational view of a novelty article constructed
in accordance with a second embodiment of the present invention;
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FIG. 6 is a side elevational view of a novelty article constructed
in accordance with a third embodiment of the present invention;
FIG. 7 is a perspective view of a novelty article constructed in
accordance with a fourth embodiment of the present invention;
FIG. 8 is a top plan view of a novelty article constructed in
accordance with a fifth embodiment of the present invention;
FIG. 9 is a schematic view of an electronic circuit assembly
which is utilized in the novelty article shown in FIG. 8;
FiG. 10 is a front elevational view of the novelty article shown
in FIG. 8;
FIG. 11 is a side elevational view of the novelty article shown
in FIGS. 8 and 10;
F1G. 12 is a top plan view of a novelty article constructed in
accordance with a sixth embodiment of the present invention;
FIG. 13 is a schematic view of an electronic circuit assembly
which is utilized in the novelty article shown in FIG. 12; and
FIG. 14 is a side elevational view of a novelty article
constructed in accordance with a seventh embodiment of the present
invention.
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Best Mode for Carrying Out the Invention .
FIGS. 1 and 2 show a novelty article 10 constructed in
accordance with a first embodiment of the present invention. More
particularly, the novelty article 10 includes a drinking straw 12, which has a
passageway 14 therethrough, and an electronic or electrical circuit module
16 adapted to produce an electronically or electrically generated audible
sound in response to liquid flow through the passageway 14 of the straw 12
as will be discussed in greater detail hereinafter. A receptacle 18 is
attached to the straw 12 for mounting the electronic circuit module 16 to the
straw 12. The receptacle 18 has a pair of clips 20 for fastening same to the
straw 12 (see FIG. 2). The clips 20 are sized and shaped so as to grip a
portion of the straw 12 therebetween. In order to permanently fasten the
receptacle 18 to the straw 12, glue 22 is preferably applied between the
clips 20 and the straw 12 (see FIG. 2). The receptacle 18 also includes a
pair of openings 24, 26 formed on a bottom wall of the receptacle 18 for
purposes to be discussed hereinafter. Moreover, a figure or face plate 28,
which has an amusing image thereon, is secured to the electronic circuit
module 16 for visual effect.
With reference to FIGS. 3 and 4, as well as FIGS. 1 and 2, the
electronic circuit module 16 includes a housing 30 and an electronic or
electrical circuit assembly 34 contained in the housing 30. More
particularly, the housing 30 is sized and :>haped so as to be received in the
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receptacle 18 and is permanently attached to same by glue 32 (see FiG. 2)
applied between the electronic circuit module 16 and the receptacle 18.
Because the novelty article 10 is adapted to be reused, the housing 30
houses the electronic circuit assembly 34 in a fluid-tight manner so as to
prevent cleaning fluid, such as water, from entering the housing 30 when
the novelty article 10 is washed and/or rinsed with such fluid after use.
With particular reference to FIG. 4, the electronic circuit
assembly 34 is provided with an integrated circuit unit 36 (hereinafter
referred to as "ICU"), a power source 38 (e.g., a battery), a sensor
mechanism or activating mechanism 40, a resistor 42 and a speaker 44 for
producing audible sounds. More particularly, the sensor mechanism 40,
which is connected to the ICU 36 for activating same, includes a pair of
electrical contacts 46, 48 projecting outwardly from the housing 30 and sized
and shaped so as to extend through the openings 24, 26, respectively, of the
receptacle 18 (see also FIGS. 1-3). Moreover, the contacts 46, 48 have
needle-like (i.e., pointed) free ends adapted to puncture the straw 12 when
the electronic circuit module 16 is forced into the receptacle 18 and to
thereby
position the contacts 46, 48 in the passageway 14 of the straw 12 (see FIGS.
2 and 4). The electronic circuit module 16 is preferably received in the
receptacle 18 before the glue 22 cures such that when the contacts 46, 48
penetrate through the straw 12, the glue 22 seals around the contacts 46, 48
and thereby seals any gaps formed between the contacts 46, 48 and the
straw 12 in an air-tight manner. In this manner, liquid flowing through the
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straw 12 is prevented from seeping out from the passageway 14 through such
gaps, while air is prevented from being sucked through same during the use
of the article 10. Alternatively, sealing gaskets can be positioned between
the
straw 12 and the receptacle 18 and/or between the receptacle 18 and the
housing 30 of the electronic circuit module 16 to perform the sealing
function.
By extending through the straw 12, the contacts 46, 48 cooperate with the
straw 12 to maintain the receptacle 18 and hence the electronic circuit module
16 in proper position relative to the straw 12.
Still referring to FIG. 4, the ICU 36, the construction of which is
well known in the electronic art, is adapted to be activated when electrolytic
liquid, such as fruit juice and soda, flowing through the passageway 14 of the
straw 12 comes in contact with both of the contacts 46, 48 and thereby
completes the circuit associated with the contacts 46, 48 (i.e., the contacts
46,
48 are electrically closed by the liquid). In other words, the contacts 46, 48
activate the ICU 36 in response to contact by liquid flowing through the
passageway 14. In this regard, the resistor 42 is connected to the ICU 36 for
controlling the trigger sensitivity of the electronic circuit assembly 34.
More
particularly, the resistor 42 is provided so as to make the sensor mechanism
40 sensitive enough to activate the ICI/ 36 when the contacts 46, 48 are
interconnected and are thereby electrically closed by such liquid. That is,
the
resistance of the resistor 42 is selected so as to activate the ICU 36 when
the
contacts 46, 48 are electrically closed by electrolytic liquid, such as fruit
juice
and soda, having relatively low electric current-conducting characteristics.
For
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this purpose, the resistance of the resistor 42.is preferably in a range of
between about 300,000 ohms and about 600,000 ohms and is more
preferably about 500,000 ohms. In this regard, it should be noted that the
resistance of the resistor 42 should not be too high as to unintentionally
activate the ICU 36, thereby preventing inadvertent or unwanted activation of
the ICU 36.
The ICU 36 is preprogrammed with electronic signals that are
converted to audible tones, messages or sounds through the speaker 44.
More particularly, the ICU 36 contains programs that play one or more of
complete cycles of preprogrammed electronic signals of audible tones or
messages when the contacts 46, 48 are electrically closed to activate the ICU
36. The ICU 36 is preferably programed so that it completes the
preprogrammed cycle or cycles even when the contacts 46, 48 are opened
before the completion of the programmed cycle. However, different needs
may require that the playing duration of the electronic signals that are
programmed in the ICU 36 correspond to the closing sequence and duration
of the contacts 46, 48. Additionally, if there is a specific requirement to
have
the electronic signals from the ICU 36 and, correspondingly, the auditory
message therefrom to respond to the closing sequence and duration of the
sensor mechanism 40, it may be desirable to program the ICU 36 to reset
itself to the initial stage of its programmed cycle when the sensor mechanism
40 is opened after the activation of the ICU 36.
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The power source 38 is selected to. properly accommodate the
requirements of the electronic circuit assembly 34, especially the ICU 36. In
accordance with the convention of the relevant electronic circuit art, the ICU
36 preferably has a 1.5 volt circuitry, and the preferred power source
potential
is therefore 1.5 volt.
In use, the drinking straw 12 is used in a conventional manner.
When liquid, such as fruit juice or soda, is sucked through the passageway
14 of the straw 12, the liquid flowing through the passageway 14 comes in
contact with both of the contacts 46, 48 and interconnects them. As a result,
the liquid completes the circuit associated with the contacts 46, 48 (i.e.,
electrically closes the contacts 46, 48) and thereby activates the ICU 36,
causing the speaker 44 to produce the preprogramed audible tones,
messages or sounds. In this manner, the novelty article 10 is adapted to
enhance amusement at social gatherings, such as birthday parties for
children.
It should be noted that the present invention can have numerous
modifications and variations. For instance, the receptacle 18 can be
removably mounted on the straw 12, thereby allowing the straw 12 to be
discarded after use while permitting the receptacle 18 and the electronic
circuit module 16 to be reused on another straw. In such circumstances, the
receptacle 18 and the electronic circuit module 16 can be integrally formed as
a single unit. To removably mount the receptacle/electronic circuit module on
a disposable straw, a clip, which is adapted to wrap completely around a
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portion of the straw 12 in a locking manner, can be used. In this connection,
when such a clip is locked around a straw, the contacts 46, 48 are caused to
penetrate through same and thereby facilitate in holding the
receptacle/electronic circuit module in place (i.e., prevent the
receptacle/electronic circuit module from moving longitudinally relative to
the
straw). The drinking straw 12 can also have different shapes (e.g., a curved
shape), rather than a linear shape.
The electronic circuit assembly 34 can also have numerous
modifications and variations. For instance, many different types of circuitry
can be utilized in connection with the novelty article 10. Further, because
the
resistance of the resistor 42 is dependent upon the overall circuitry of the
electronic circuit assembly 34, it can be selected from a resistance range
different from the range mentioned above. In addition, the relative position
of
the resistor 42 in the circuitry of the electronic circuit assembly 34 is not
critical. For example, the resistor 42 can be incorporated into the ICU 36.
Moreover, the sensor mechanism 40 can be replaced by a switch mechanism
adapted to activate the ICU 36. For instance, the sensor mechanism 40 can
be replaced by a switch mechanism mounted within the passageway 14 of the
straw 12 and adapted to be mechanically actuated in response to liquid flow
through same or by an external switch mechanism adapted to be
mechanically and/or manually actuated by a user. Moreover, the contacts 46,
48 can be provided with dull free ends. In such circumstances, openings can
be preformed in the straw 12 so as to allow the contacts 46, 48 to extend into
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the passageway 14 of the straw 12. .
In addition to the foregoing modifications and variations, the
receptacle 18 can be completely eliminated (i.e., the electronic circuit
module
16 can be mounted directly to the straw 12). As noted above, the electronic
circuit module 16 and the receptacle 18 can be formed as a single unit.
Moreover, the electronic circuit module 16 can be removably received in the
receptacle 18. Further, the electronic circuit assembly 34 and/or the ICU 36
can be provided with a recording mechanism for allowing audible sounds,
such as voice messages, to be recorded and played back when the ICU 36
is activated. The electronic circuit assembly 34 can also be provided with
additional electrical components, such as an amplifier for the speaker 44.
Moreover, the electronic circuit assembl~,r 34 can be designed to provide
additional special effects, such as visual effects, by providing a light unit
adapted to be activated upon activation of the ICU 36. Further, the clips 20
can be replaced with other types of mounting mechanisms.
FIG. 5, FIG. 6, FIG. 7, FIGS. 8 -11, FIGS. 12 and 13 and FIG.
94 depict second, third, fourth, fifth, sixth and seventh embodiments,
respectively, of the present invention. Elements illustrated in FIG. 5, FIG.
6,
FIG. 7, FIGS. 8-11, FIGS. 12 and 13 and FIG. 14, which correspond, either
identically or substantially, to the elements described above with respect to
the embodiment of FIGS. 1-4 have been designated by corresponding
reference numerals increased by one hundred, two hundred, three hundred,
four hundred, five hundred and six hundred, respectively. Unless otherwise
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stated, the embodiments of FIGS. 5-14 are constructed and assembled in the
same basic manner as the embodiment of FIGS. 1-4.
With reference to FIG. 5, a novelty article 110 has a boat
shaped body 112 adapted to float on liquid, such as water, or to be
submersible in liquid. More particularly, the novelty article 110 is adapted
for
use, for instance, as a toy in a bath tub, a swimming pool or the like. The
body 112 is provided with an electronic circuit assembly 134 housed therein.
More particularly, the electronic circuit assembly 134 includes an ICU 136 and
a pair of electrical contacts 146, 148, which are connected to the ICU 136.
The contacts 146, 148 are positioned on the body 112 in such a position that
they are in contact with liquid when the body 112 is place on or in liquid. In
this regard, the contacts 146, 148 are mounted on a bottom side of the body
112. The body 112 is also provided with a light unit 150 which is connected
to the iCU 136 so as to be activated by same for providing visual effects. A
motor 152 is mounted within the body 112 and has a propeller 154 for causing
the body 112 to move forward when the motor 152 is activated by the ICU
136. The body 112 also includes a speaker (not shown) for producing an
audible sound, such as a boat sound, and a power unit (not shown), such as
a battery. When the article 110 is placed on liquid, the contacts 146, 148 are
electrically closed by the liquid, thereby activating the ICU 136. As a
result,
the light unit 150 is activated to provide visual effects, and the motor 152
is
activated to cause the propeller 154 to rotate, thereby causing the body 112
to move.
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FIG. 6 shows a novelty article 210 identical to the novelty article
110 shown in FIG. 5, except that a body 212 of the novelty article 210 is in
the
form of automobile and that the body 212 is not provided with a motor or a
propeller similar to those utilized in the novelty article 110 of FIG. 5.
FIG. 7 shows a novelty article 310 which includes a spoon 312
provided with a head 356 and a handle 358. An electronic circuit assembly
334 is mounted on the spoon 312. MOfE; particularly, the electronic circuit
assembly 334 includes an ICU (not shown), a battery (not shown) and a
speaker (not shown), all of which are electrically connected to each other.
Contacts 346, 348 are mounted on the head 356 and connected to the ICU
for activating same and to thereby cause the speaker to produce audible
sounds.
In use, when the head 356 of the spoon 312 is immersed or
submerged in liquid, such as water or milk, the contacts 346, 348 are
electrically closed, thereby activating the It~U. As a result, the speaker of
the
electronic circuit assembly 334 produces preprogramed sounds.
It should be noted that the novelty article 310 can have many
variations and modifications. For instance, the spoon 312 can be replaced by
various other types of utensils, such as a fork or a knife. In addition, the
electronic circuit assembly 334 can include additional devices for creating
other special effects, such as a light unit.
FIGS. 8-11 show a novelty article 410 which is constructed and
operated in the same basic manner as the embodiment shown in FIGS. 1-4,
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except as follows. The novelty article 410 has a drinking straw 412, which has
a curved shape, and a receptacle 418 for housing an electronic or electrical
circuit assembly 434 therein. Unlike the electronic circuit assembly 34 of the
embodiment shown in FIGS. 1-4, the electronic circuit assembly 434 is not
provided with a housing similar to the housing 30 utilized in the embodiment
of FIGS. 1-4 and is therefore housed directly within the receptacle 418. The
drinking straw 412 extends through the receptacle 418, which is provided with
opposing holes 460 {only one of which is shown in FIG. 8) formed in an
annular side wall 462 of the receptacle 418. More particularly, the drinking
straw 412 extends through the holes 460. Apertures 463 are also formed in
the side wall 462 of the receptacle 418 adjacent a bottom portion of the side
wall 462. When liquid, such as water, enters the receptacle 418, the
apertures 463 allow same to drain from the receptacle 418. The apertures
463 also allow the sounds produced by the electronic circuit assembly 434 in
the receptacle 418 to travel through the apertures 463 and to thereby be
readily audible to a user. A cover 464 is provided so as to cover an opening
(not shown) of the receptacle 418, thereby enclosing the electronic circuit
assembly 434 in the receptacle 418. The cover 464 also includes a pair of
tongues 465 (only one of which is shown in FIG. 8) for securing the drinking
straw 412 in the holes 460. More particularly, each of the tongues 465 is
sized and shaped so as to be received in a corresponding one of the holes
460.
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The electronic circuit assembly 434 includes an integrated circuit
unit (ICU} 436, a power source (e.g., batteries) 438, a sensor mechanism 440,
a sound producing unit 444 and a transistor 466, all of which are directly or
indirectly connected to each other for producing audible sounds when
electrical contacts 446, 448 of the sensor mechanism 440 are electrically
closed. The power source preferably has 3 volt potential. As is well known
in the electronic field, the transistor 466 functions to amplify an output
signal
associated therewith and to thereby activate the ICU when the electrical
contacts 446, 448 are electrically closed by liquid, such as soda and juice.
The transistor is preferably a commercially available transistor. The ICU 436
is also preferably a commercially available integrated circuit unit (e.g.,
integrated circuit units marketed by Huako Electronics, Taiwan, as part
number HtCA5208). The sound producing unit 444 can be any type of
commercially available buzzers or speakers.
In assembling the novelty article 410, the contacts 446, 448 are
heated to a predetermined temperature .and are then applied against the
drinking straw 412, which is made from a plastic material or the like. As the
contacts 446, 448 are pressed against the drinking straw 412, they melt
associated portions of the drinking straw 412. In this manner, the contacts
446, 448 can easily penetrate the drinking straw 412 and can thereby be
positioned in a passageway 414 of the drinking straw 412. As the contacts
446, 448 and the melted portions of the drinking straw 412 cool, the melted
portions solidify and seal any gaps formed between the contacts 446, 448 and
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the drinking straw 412, thereby eliminating the. need to provide separate
sealing mechanisms, such as gaskets or glue. Once the portions of the
drinking straw 412 around the contacts 446, 448 completely stiffen, they
firmly
hold the contacts 446, 448 in place, thereby securing the electronic circuit
assembly 434 to the drinking straw 412.
It should be noted that the novelty article 410 can have many
modifications and variations. For instance, as is well known in the electronic
art, the electronic circuit assembly 434, as well as the other electronic
circuit
assemblies shown and described herein, can be modified in numerous ways
to suit particular needs or requirements. The specific design of the
electronic
circuit assembly 434 shown in FIG. 9, as well as those of the other electronic
circuit assemblies described herein, is merely exemplary and is not therefore
meant to limit the scope of the present invention. For instance, the
components of the electronic circuit assembly 434 can be custom-designed
to combine another component therewith, to omit one or more components
of the electronic circuit assembly 434 and/or to require one or more
additional
components. By way of example, the ICU 436 can be custom-designed to
include the transistor 466 therein and/or to require a resistor similar to
that of
the embodiment of FIGS. 1-4. The electronic circuit assembly 434 can also
be modified to produce additional or different special effects. Moreover, the
contacts 446, 448 can be coated with silver or gold to enhance their electric
conductivity. Other suitable coating materials may be used, provided that
they are not harmful to human health. In addition, the trigger sensitivity of
the
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ICU 436 can be set to a desired level by adjusting the physical distance
between the contacts 446, 448, by positioning the contact 446 in the
passageway 414 of the straw 412 at different locations relative to the contact
448 andlor by providing the electronic circuit assembly 434 with a resistor.
In addition to the electronic circuit assembly 434, the receptacle
418 can be modified. For instance, other fastening mechanisms, such as a
fastener, can be used to secure the drinking straw 412 to the receptacle 418.
A face plate or figure can also be mounted to the cover 464 for amusement
purposes.
FIGS. 12 and 13 show a novelty article 510 which is constructed
and operated in the same basic manner as the embodiment shown in FIGS.
1-4, except as follows. The novelty article 510 has a drinking straw 512 and
a receptacle 518 mounted to the drinking straw 512. The receptacle 518 has
a groove 568 which is formed in a rear side of the receptacle 518 and which
is sized and shaped so as to receive a portion of the drinking straw 512
therein in a snap-fit manner. Alternatively, the drinking straw 512 can be
secured to the receptacle 518 with other fastening mechanisms. The
receptacle 518 includes a cover 564 made from a transparent or translucent
material, such as an acrylic material, and having a convex surface 570.
Alternatively, the convex surface 570 can be made flat. Indicia 572 are
printed, painted or placed on an inner side of the convex surface 570.
Because the convex surface 570 is transparent or translucent, the indicia 572
are visible to a user or a viewer through the convex surface 570. Moreover,
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because of its convex shape, the convex surface 570 provides a greater
display surface and makes the indicia 572 more visible compared to a flat
surtace.
The novelty article 510 is also provided with an electronic circuit
assembly 534. More particularly, the electronic circuit assembly 534 includes
a power source 538, a sensor mechanism 540, a transistor 566 and a light
unit 550, such as a light emitting diode (LED) or a lamp, all of which are
directly or indirectly connected to each other for producing visible light.
More
particularly, the light unit 550, which is mounted within the receptacle 518,
is
activated and thereby illuminates the indicia 572 when contacts 546, 548 of
the sensor mechanism 540 are electrically closed by liquid flowing through the
drinking straw 512.
It should be noted that the novelty article 510 can have many
modifications and variations. For instance, the indicia 572 can be printed,
painted or placed on an outer side of the convex surface 570. The fight unit
550 can also be mounted on an exterior surtace of the receptacle 518 or on
the drinking straw 512. Further, the electronic circuit assembly 534 can be
designed in such a manner that the light unit 550 is continuously illuminated
while the contacts 546, 548 are electrically closed by liquid. Alternatively,
the
electronic circuit assembly 534 can be designed in such a manner that the
light unit 550 is illuminated in a blinking manner by using an appropriate
integrated circuit unit (ICU) or a similar device. In addition, the electronic
circuit assembly 534 can be designed to provide other visual effects. For
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example, the electronic circuit assembly 534 can be provided with an array of
light units which are arranged in a predetermined fashion for producing
illuminated indicia, such as letters or images. Moreover, the electronic
circuit
assembly 534 can be provided with a sound-producing mechanism, such as
the one described and illustrated in connection with the embodiment of FIGS.
1-4, in addition to the light unit 550. The receptacle 518 can also be formed
in other shapes (e.g., a shape of a figure, such as a person or animal) and/or
can be integrally combined with a face plate, such as the face plate 28 of the
novelty article 10 of the embodiment shown in FIGS. 1-4. Moreover, the
drinking straw 512 can be made from a light transmitting material, such as an
acrylic material, so that light can be directed outwardly from the light unit
550
through the drinking straw 512 and can thereby illuminate the drinking straw
512. This drinking straw-illuminating effect can be enhanced, for instance, by
making the surface of the drinking straw 512 rough to scatter light, which
travels through the drinking straw 512, in random directions. In this manner,
the drinking straw 512 can be provided with a "glowing" effect.
FIG. 14 shows a novelty article 610 constructed in accordance
with a seventh embodiment of the present invention. The novelty article 610
includes a receptacle 618 having a pair of adaptors 674, 676 projecting from
opposite ends of the receptacle 618. The novelty article 690 also includes a
drinking straw 612 which includes a pair of sections 612a, 612b connected to
the adaptors 674, 676 of the receptacle 618. The drinking straw 612 is
provided with a passageway 614 extending from a free end of the section
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612a of the drinking straw 612 to a free end of the section 612b of the
drinking straw 612. More particularly, the passageway 614 includes a
passageway portion 614a, which extends through the section 612a of the
drinking straw 612, a passageway portion 614b, which extends through the
section 612b of the drinking straw 612, and a passageway portion 614c,
which is integrally formed in the receptacle 618 and which extends through
same from the adaptor 674 to the adaptor 676. In this regard, it should be
noted that while the drinking straw 612 is structurally different from the
drinking straw 12 of the embodiment of FIGS. 1-4, the drinking straw 612 and
the drinking straw 12 are equivalent to each other. That is, the drinking
straw
sections 612a, 612b and the passageway portion 614c cooperate with one
another to define a drinking straw which is equivalent to the drinking straw
12.
The drinking straw sections 612a, 612b are detachable from the receptacle
618 such that the receptacle 618 and the drinking straw sections 612a, 612b
are independently and separately washable. Alternatively, the drinking straw
sections 612a, 612b and the receptacle 618 can be integrally or unitarily
formed.
The novelty article 610 is also provided with an electronic circuit
assembly (not shown in FIG. 14) having a pair of electrical contacts 646, 648
which are positioned in the passageway portion 614c of the passageway 614.
When liquid flows through the passageway 614, the contacts 646, 648 are
electrically closed and cause the electronic circuit assembly to generate
electronically produced special effects.
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It will be understood that the f:mbodiments described herein are
merely exemplary and that a person skilled in the art may make many
variations and modifications without departing from the spirit and scope of
the
invention. Ali such variations and modifications are intended to be included
within the scope of the invention as defined in the appended claims.
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