FIELD OF THE INVENTION

This invention relates to a three-dimensional figurine that includes various appendages and includes a means for displaying a virtual character that a user may interact with by interacting with the appendages of the three-dimensional figurine.

BACKGROUND OF THE INVENTION

Electronic figurines are widely known and include various means for a user to interact therewith. Through a variety of switches and/or buttons the user may be able to activate pre-programmed responses that cause the electronic figurines to move, dance, sing, cry, vibrate or even roller skate. More advanced electronic figurines may even have the means to detect sound or movement allowing multiple figurines to interact with each other, as well as the user. For instance, electronic figurines that can detect sound may allow the figurine to respond to various voice commands. Other electronic figurines include a variety of internal and external switches placed throughout the figurines, which when activated causes the figurines to produce various pre-programmed movement and/or sound. Commonly placed switches would include being placed in the ears, hands, feet and torso. Even more advanced figurines, such as electronic animals, include infrared switches, such that by moving in front of the electronic animal the animal would bark or meow.

While the combination of the above discussed electronic toys seem endless, these electronic toys lack the more advanced inclusion of virtual toys. Virtual toys are also widely known. Small hand-held toys, such as virtual pets, allow a user to control or interact with a virtual character, by depressing a set of buttons, typically located underneath a display screen. Pre-programmed responses related to the virtual character are released when the user depresses the buttons. For instance, the set of buttons include a feeding button, a playing button and an exercise button. Depressing the right combination of buttons can cause the virtual character to be happy and grow, while depressing the wrong combination may cause the virtual character to be angry, sad or die. In addition, display screens have also been used to produce various facial expressions such as movement associated with eyes, the mouth, ears and nose. Such virtual facial expressions and virtual characters are more commonly adapted for use on personal computers with screen savers and help stations.

However, the combination of the electronic figurine with a virtual character is lacking. While prior art does exist that attempts to combine the two, for instance U.S. Pat. No. 6,056,618 to Larian describes a toy character with an electronic game unit, the prior art lacks the ability to interact with the virtual character, through the interaction with the physical character. The Larian patent combines a physical stuffed toy, like a teddy bear, and attaches a removable virtual game unit. The removable virtual game unit includes an LCD screen and a series of buttons located underneath the screen, which provides the user with the ability to interact with a virtual character having pre-programmed characteristics. The only connection between the physical stuffed toy and the virtual character is that the two may be similar, such that a toy teddy bear may include a virtual bear character, or a stuffed toy rabbit may include a virtual rabbit character. Further related art may also include figurines with an LCD screen provided in the chest. These electronic toys, similar to the Larian patent, simply provide a physical figurine and a separate electronic toy or game. The only connection between the two toys is that the game is related in some fashion to the physical character. However as mentioned above, the Larian patent and other related art lack the ability to interact with the virtual character, through the interaction with the physical character.

SUMMARY OF THE INVENTION

In accordance with the present invention, there is provided an electronic figurine that includes a physical three-dimensional figurine with appendages and includes a virtual character that the user may interact with by interacting with the appendages. More specifically, there is provided a physical figurine that includes a display screen, which is also shaped as a computer monitor, as the head and the body. Sprouting from the monitor are various physical appendages of the figurine such as legs, feet, ears, tails, hair and/or arms. The face of the physical figurine is entirely controlled by pre-programmed virtual facial expressions. However, the display screen further displays other pre-programmed images that include symbols, words, and animation sequences that include a virtual figurine (shaped similarly to the physical figurine) living in a virtual environment doing various virtual activities. The pre-programmed images personify a specific personality that includes behavior and characteristics that relate to the electronic figurine. In additional embodiments, a speaker and/or a LED source are included to further facilitate the behavior and characteristics provided in audible sounds and physical changes or characteristics.

For exemplary purpose only, one individual figurine may include a rude personality. This rude personality is typically associated with specific behavior and characteristics. Virtual characteristics associated to an electronic figurine with a rude personality may include mean virtual facial expressions, such as the tongue sticking out; and rude virtual activities, such as mud throwing. Audible characteristics associated with a rude personality may include spitting sounds, and physical characteristics may include darker colors such as red and black.

In further embodiments each electronic figurine is provided with a specific virtual environment where the figurine supposedly lives. This virtual environment further defines the personality of the electronic figurine, for example, if the electronic figurine lives in the mountains, activities may include rock climbing or cliff diving.

The electronic figurines further includes a plurality of switches and/or sensors that are triggered by interacting with the appendages of the physical figurine, for instance by pulling its arms or tail, rubbing its feet, brushing its hair, or shaking and turning it over, etc. The switches and/or sensors trigger the electronics to play pre-programmed responses on the display means, emit various sounds through the speaker and/or change various colors through the LED source. For example, if the electronic figurine is sleeping, the display means may show a virtual facial expression of eyes closed, or a virtual activity showing the virtual figurine sleeping in a bed, or symbols may be displayed showing “ZZZ's” scroll across the LCD screen, audible sounds such as snoring may also be played. If the user shakes the electronic figurine or pulls the tail of the physical figurine, a sensor may be triggered which will cause the electronics to play a pre-programmed response associated with waking someone up. For example, the virtual display may change from a virtual sleeping activity to a virtual activity showing the figurine getting out of bed, and the audible sounds may also change from snoring to a yawn. As such, it will be further described in greater detail below, that the present invention provides a user with the ability to interact with a virtual figurine by interacting with the physical figurine, which in turn may also change audible and/or physical characteristics.

Numerous other advantages and features of the invention will become readily apparent from the following detailed description of the invention and the embodiments thereof, from the claims, and from the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

A fuller understanding of the foregoing may be had by reference to the accompanying drawings, wherein:

FIG. 1

is a perspective view of an electronic figurine having a generic form of a character;

FIG. 2

is an exploded view of the figurine depicted in

FIG. 1

;

FIG. 3

is a perspective view of the figurine depicted in

FIG. 2

while a user is interacting the one of the adjusting means located in the base or feet of the electronic figurine;

FIG. 4

is a perspective view of the figurine depicted in

FIG. 2

while a user is interacting the one of the adjusting means located in the hair of the figurine;

FIG. 5

is a perspective view of two figurines being plugged into each other;

FIG. 6

is a perspective view of an other embodiment in accordance with the present invention; and

FIG. 7

is an exploded view of the figurine depicted in FIG.

6

.

DETAILED DESCRIPTION OF THE DRAWINGS

While the invention is susceptible to embodiments in many different forms, there are shown in the drawings and will be described herein, in detail, the preferred embodiments of the present invention. It should be understood, however, that the present disclosure is to be considered an exemplification of the principles of the invention and is not intended to limit the spirit or scope of the invention and/or claims of the embodiments illustrated.

Referring now to

FIG. 1

, an electronic figurine in accordance with one embodiment of the present invention is illustrated. In general the figurine fits in the palm of the user's hand. However, the external features of the figurine such as size, color and/or shape, may change without departing from the scope of the present invention. Moreover, it is preferably to produce various designs, colors and shapes of the figurine in order to increase appealing qualities and the collectability of the invention.

The electronic figurine includes a physical figurine

10

that is defined by a monitor

12

that is sprouting various appendages, which may include ears

14

, feet

16

, a tail

18

and hair

20

. These appendages thus provide the monitor

12

with the personification of a real physical being. The monitor

12

houses conventional electronics (not shown), which are pre-programmed to provide a specific personality that includes behaviors that relate to such personality. The physical figurine

10

includes as a face an LCD screen

22

that is utilized to display pre-programmed images that include virtual facial expressions, symbols, words and animation sequences and include a virtual character living in a virtual environment doing virtual activities or playing games that the user may control or play be interacting with the physical figurine. The pre-programmed images personify the specific personality defined for the specific electronic figurine. In addition, a speaker

78

and a multi-color LED source

80

are included, shown in

FIG. 2

, to further facilitate the behavior and characteristics. Pre-programmed electronic sounds, such as simulated speech, music, and animal and mechanical sounds, may be emitted in response to the interaction with the appendages or physical figurine, as well as color changes defined by the LED source

80

.

For example, an individual figurine may include a nice personality. This happy personality is typically associated with specific behavior and characteristics. Virtual displays associated to an electronic figurine with a nice personality may include happy virtual facial expressions, such as smiling; and nice virtual activities, such as bicycle riding. Audible sounds associated with a nice personality may include “Hello, how are you today,” and physical appearances or color changes may include bright colors such as green and yellow.

It is also important to note that each electronic figurine is provided with a virtual environment where the figurine supposedly lives. This virtual environment further defines the personality of the electronic figurine and the virtual activates or games are interrelated to the environment. For example, a virtual character that resides in the virtual rocky environment may be shown climbing and sky diving, while a virtual character residing in a virtual water environment may be shown swimming and fishing. Each virtual character may be displayed doing a variety of pre-programmed activities or games, such as running, climbing, flying, reading, driving, etc., which as mentioned above are defined specifically for the virtual environment. Multiple pre-programmed personalities and virtual environments may be defined in different electronic figurines.

As mentioned above the behavior, emotions and characteristics of the figurine

10

are further perceived through the various pre-programmed electronic sounds. For instance, if the figurine is in a state of boredom, the figurine may emit snoring sounds, or if the figurine is happy, the figurine may emit whistling sounds.

As defined, the physical figurine

10

includes a virtual face and a virtual character doing virtual activities or games and living in a virtual environment. In accordance with the present invention, the user is further capable of interacting with the virtual character by interacting with the physical figurine or more specifically with the appendages of the physical figurine. This is facilitated through a variety of switches or sensors that when activated trigger the electronics to play pre-programmed responses that allow the user to interact with the virtual character by changing facial expressions, virtual activities, animation sequences and play games. In addition the interaction may change or alter audible sounds and/or physical changes by for instance changing colors.

Referring now to

FIG. 2

where the internal components of

FIG. 1

are discussed in greater detail. As mentioned above, the figurine

10

includes a monitor

12

that houses the various electronics. Appendages, such as the tail

18

, hair

20

, and feet

16

are secured to the monitor

12

, such that when assembled the monitor

12

has a personification of a living character. Internally, the monitor

12

houses the LCD screen

22

that is secured to the front end of the monitor by a cover

24

. The LCD screen

22

is in communication with a circuit board

32

, which is further in communication with a power source

34

, or battery pack, discussed in greater detail below.

As discussed throughout, the circuit board

32

includes pre-programming instructions that when triggered by the switches will change virtual displays, emit various audible sounds and /or change various colors. As such, a second figurine may include different programming instructions, which when triggered would change these differently from another.

Multiple figurines would also include different personality, behavior, attitudes and characteristics, all of which may be programmed into the electronics. For instance, one figurine may have a musical personality, displaying images, facial expressions and emitting sounds and/or colors synonymous with a rock star. As such the figurine would display animation sequences showing the figurine playing a guitar or drums, and emitting sounds indicative of the same. In a second example, the figurine may be a computer wizard, displaying code matrices and emitting computer beeps. The examples listed herein are only exemplifications of the various embodiments and are not meant to limit the scope of the invention.

Continuing to refer to

FIG. 2

, the monitor

12

of the figurine

10

includes a bottom portion

40

, a top portion

42

and a backside

48

. The bottom portion

40

extends downwardly from the monitor

12

and is sized to frictionally connect with the feet

16

permitting the figurine

10

to have a standing orientation. The top portion

42

includes an aperture

44

, discussed in greater detail below. Internally, the monitor

12

includes a shelf

46

located about the aperture

44

in the top portion

42

, also discussed below. The backside

48

includes an opening (not shown), which is sized to receive the tail

18

.

The feet

16

houses the power source

34

, which includes a battery pack

35

. battery contacts

36

and a battery door

38

. The feet

16

or an access panel is removably attached to the bottom portion

40

of the monitor

12

, in order to permit the user to change the batteries.

The feet

16

further include a triggering means or foot switch

50

, which is in communication with the circuit board

32

. The foot switch

50

has a switching mechanism

52

, which is accessible from the bottom of the feet

16

, through an aperture (not shown), illustrated in FIG.

3

. When the switching mechanism

52

is depressed or rubbed by a user, the foot switch

50

sends a signal to the circuit board

32

triggering the circuit board. While the foot switch

50

may trigger various pre-programmed responses, a preferable response may include changing facial expressions and sounds, as if the figurine

10

was being tickled.

Continuing to refer to

FIG. 2

, another triggering means, such as a tail switch

56

, may be incorporated in connection with the tail

18

. When the tail

18

is pulled, the tail switch

56

sends a signal to the circuit board

32

, triggering a pre-programmed response. Yet another triggering means may be employed in connection with the hair

20

.

The hair

20

is secured to the figurine

10

through a hair collar

60

, which is defined by a circular base

62

, an elongated portion

64

extending outwardly from the circular base

62

and a bore

66

extending there through. The circular base

62

is sized to be received in the shelf

46

of the monitor

12

, while the elongated portion

64

extends through the aperture

44

in the top portion

42

of the monitor

12

. The triggering means consists of a hair switch

70

, which includes a top and bottom contact

72

and

74

respectively. The top and bottom contacts are in communication with the hair

20

and the circuit board

32

such that when the hair

20

is pulled, brushed or moved, the top contact

72

moves relative to the bottom contact

74

, opening and closing the contacts in the hair switch

70

. Signals, in response to the movement of the hair

20

, are received by the circuit board

32

triggering the circuit board

32

to play pre-programmed responses. For instance, if the hair is pulled, the figurine

10

may emit sounds such as, “OUCIH” or, as illustrated in

FIG. 4

, if the figurine

10

was in a resting mode because of inactivity the response may be “I'm back, let's play.” Other responses may include various image displays and changes in the hair color.

The aforementioned switches also permit the user to interact with the virtual character. While interacting with the physical and virtual character, the virtual character may enter into a game or activity sequence, which the user controls by activating various switches. For example, if the activity is skydiving, the user may be required to keep the virtual character from hitting birds that fly across the screen. By activating various switches, the user can move the virtual character from the left to the right or up and down. Other games are further contemplated by various programming means.

Continuing to refer to

FIG. 2

, the figurine

10

may further incorporate a speaker

78

, which is in communication with the circuit board

32

and is utilized to emit the sounds. To facilitate changes in color, the figurine

10

may include a multi-color LED source

80

that is in communication with light pipes

24

, which are seen in the hair

20

. The light pipes

24

are placed through the bore

66

of the hair collar

60

and attached to a light pipe collar

82

. Preferably the light pipe collar

82

is shaped as a brain, and is seen through a transparent monitor

12

, thereby providing the user with the ability to see the brain change colors as well as the hair. The light pipe collar

82

further connects to the multi-color LED source

80

, which is in communication with the circuit board

32

.

In addition two figurines may be connected to each other such that the figurines may exchange and share information with each other. As illustrated in

FIG. 5

, two figurines, a first and a second figurine

90

and

92

, are being connected to each other. As illustrated, each tail includes a tail plug

94

, which may be inserted into an outlet

96

on the backside of each figurine. The outlet

96

is further in communication with the figurine's electronics. When connected, the two figurines may share or exchange information from each other. For instance, if the first figurine

90

is bored and the second figurine

92

is plugged into the first, then the two figurines may play together. Moreover, each virtual character may share with the other information in relation to the virtual environment such that the figurines could be programmed to explore each other's environment when connected together. In addition, other means for connecting the two figurines together may be employed, for instance the two figurines may exchange information by various wireless means, such as through infrared sensors. Alternatively, the figurines may employ other male/female adaptor plugs, such as in the ears, allowing multiple figurines to interconnect by lining the figurines ear to ear.

Referring now to

FIGS. 6 and 7

a second embodiment of a figurine

100

is illustrated. As described above, the figurine

100

includes similar triggering means in the feet

16

, hair

20

, and tail

18

, as well as similar means to display and emit sounds, such as the speaker

78

, LCD screen

22

and/or multi-color LED source

80

to change the color of the light pipes

24

. Moreover, a circuit board

32

is in communication with a power source

34

and the various triggering means.

The figurine

100

may also include arms

102

attached to the sides of the housing

12

and may include another triggering means in connection with the arms

102

. The triggering means is defined by an arm slide switch

104

that is connected to the arms

102

such that when the arms

102

are pulled, the circuit board

32

is triggered.

The figurine

100

may also include triggering means when the figurine

100

is moved from a first orientation such as when the figurine is shaken or turned upside down. In order to facilitate such triggering means, the figurine

100

includes a gravity switch

106

that when the figurine

100

is turned upside down, the gravity switch

106

communicates the orientation of the figurine

100

to the circuit board

32

. The figurine may also include a second orientation switch that sends a signal to the circuit board

32

when the figurine is shaken, such as a motion switch

108

.

In addition, other switches that may be incorporated include a light switch that senses changes in light. This type of triggering means may invoke response that are associated with sleeping when the lights are turned off or awakening when the lights are turned on.

From the foregoing and as mentioned above, it will be observed that numerous variations and modifications may be effected without departing from the spirit and scope of the novel concept of the invention. It is to be understood that no limitation with respect to the specific methods and apparatus illustrated herein is intended or should be inferred. It is, of course, intended to cover by the appended claims all such modifications as fall within the scope of the claims.