The invention relates to educational card games, methods of playing the games and cards with specific functional features to facilitate the educational game play, including using the same cards to play different games suitable for different groups of players.
Various card-based games for educational purposes exist. None of the known games use cards that have the design of the present invention, nor are there known games that provide the features of the invention, including a card game to help teach various cycles, e.g., life cycles, nature cycles, genetic engineering cycles and other cycles. Various other drawbacks and shortcomings exist with known card games.
The invention addressing these and other drawbacks of known card-based games relates to a card-game system including a set of specially designed cards and a method of playing one or more educational games with the cards. According to one aspect of the invention, the cards are designed for uniquely engaging children (or other players) in the study of various cycles, e.g., life cycles, nature cycles, genetic engineering cycles and other cycles, for example, in Science, Technology, Engineering, and Mathematics (STEM), or other fields. The cards may also include different elements such that players of different age groups or abilities can play different games or different versions of a common game, using the same deck of cards.
According to an aspect of the invention, the card-game system may include at least one deck of playing cards and one or more sets of rules for playing the educational game(s) using the deck. A deck may include multiple sets of cards. The cards in a first set may relate to a first item that is subject to a cycle, including a number of stages. Cards in a second set may relate to a second item that is subject to a cycle, including a number of stages. Different cards within a set may represent different stages of the cycle for the item of that set. For example, different cards in the first set may relate to different stages of the cycle of the first item and different cards in the second set may relate to different stages of the cycle of the second item.
Cards within a deck may include a particular format with a number of common elements, e.g., printed indicia in a common format, which have a functional purpose with respect to the game play and educational features of the invention. According to one aspect of the invention, the elements may include an item identifier indicia, a cycle stage number indicia, a cycle stage descriptor indicia, a cycle stage depiction, a cycle descriptor indicia, a power indicator and/or other elements.
Within a set of cards, one or more indicia may be common to the cards in that set (e.g., an item identifier indicia). Other indicia of the cards in a set may differ from one or more other cards in the set, based on other indicia being different. However, the cards of a set collectively may represent sequential stages of a cycle relating to the common item in the set. The cards of the set may include indicia to reflect a stage of the cycle and the relative order of that stage to the cycle.
According to another aspect of the invention, at least two sets of rules may be associated with a common deck of cards, representing two methods of gameplay for the same deck of playing cards. The sets of rules may be distinguished by their target group factors (e.g., age, learning abilities or other factors). The different sets of rules may use different indicia printed on the cards and/or use the indicia differently from one method of play to the next.
Examples of game rules using the cards is provided below. In general, the methods of gameplay may include playing cards based on the sets, the cycles and sequential stages of a cycle within a set. Due in part to this game mechanic, the players get exposed to and ideally learn about the cycles of an item, and the stages and order of the stages of a cycle for that item.
These and other objects, features, and characteristics of the card-game system, the cards and methods of play disclosed herein, will become more apparent upon consideration of the following description and the appended claims with reference to the accompanying drawings, all of which form a part of this specification, wherein like reference numerals designate corresponding parts in the various figures.
According to an aspect of the invention, the card-game system may include at least one deck of playing cards and one or more sets of rules for playing the educational game(s) using the deck. A deck may include multiple sets of cards 100. Cards 100 within a deck may include a particular format with a number of elements, e.g., printed indicia, which have a functional purpose with respect to the game play and educational features of the invention.
The cards 100 in a first set may relate to a first item that is subject to a cycle. Cards in a second set may relate to a second item that is subject to a cycle. Different cards within a set may represent different stages of the cycle for the item of that set. For example, different cards in the first set may relate to different stages of the cycle of the first item and different cards in the second set may relate to different stages of the cycle of the first item.
Within a set of cards, one or more indicia may be common to the cards in that set (e.g., item identifier indicia, power indicator, cycle descriptor, background color and/or other indicia). Other indicia of the cards in a set may differ from one or more other cards in the set, based on other indicia being different. However, the cards of a set collectively may represent sequential stages of a cycle relating to the common item in the set. The cards of the set may include indicia to reflect a stage of the cycle and the relative order of that stage to the cycle. Within a set of cards, one or more indicia (e.g., power indicator) may be thematically related to the cycle to help illustrate a function or feature of the cycle. The power indicator may serve a functional purpose in connection with different methods of play as described below.
As one example depicted in
The game cards may each be the same size (e.g., the size of a standard deck of poker-size or bridge-size playing cards). One side of the cards may have a common ornamental, non-functional design. The other side may include the functional format of the various indicia described herein. Other variations of the game card indicia may be used without departing from the spirit and scope of this disclosure.
The sequential cycle stage numbers of the cards (1-4) of a set correspond to a corresponding number of sequential stages (stage 1-4) of the cycle for that item.
Some exemplary cycles may include the life cycle of: a butterfly; a frog; a chicken; a human; a salmon; and/or a turtle, the nature cycle of: a cell; water; a plant; mushrooms; and/or viruses, and a genetic engineering cycle. Other life cycles, nature cycles, and/or genetic engineering cycles may be used without departing from the spirit and scope of this disclosure. Cycles comprising greater or less than four sequential portions may be used. For a given deck, the various sets may each have the same number of cards/cycles.
According to one aspect of the invention depicted in
The first set of rules may be associated with a first group of players (based on an age group, ability level or other grouping criteria) and the second set of rules may be associated with a second group of players (based on an age group, ability level or other grouping criteria).
In a first method of gameplay (
Further in accordance with the rules for the first method of gameplay 300, if a player has laid down the fourth (or last) game card (i.e., the game card with the last cycle stage indicia for a given set) of the cycle for an item, the cycle is considered captured (i.e., won) by that player and may be taken and placed in front of that player. The game proceeds in this manner, with players taking turns as described herein in an orderly manner, until the conclusion (step 304) (e.g., all of the cards have been placed face up in the gameplay area and all cycles have been captured, until a player runs out of cards, or other conclusion). In this method of gameplay, the player who captures the most cycles is determined to be the winner (step 305). Other scoring techniques can be used.
In a second method of gameplay, depicted in
The game proceeds in this manner, with players taking turns as described herein in an orderly manner, until the conclusion (step 404) (e.g., all of the cards have been placed face up in the gameplay area and all cycles have been captured, until a player runs out of cards, or other conclusion). In this method of gameplay, the player who captures the most sets is determined to be the winner (step 405). One set capture may be considered to be worth one point, however any suitable scoring mechanism may be used to value a captured set. In an instance where two or more winning players have the same number of sets (i.e., the same number of points), a tiebreaker rule may be instituted in any suitable manner (e.g., four-card sets are worth two points, three-card sets are worth one point).
The foregoing detailed description of the invention has been presented for purposes of illustration, and is not intended to be exhaustive or limited to the invention in the form disclosed. Variations and modification of the embodiments described herein will be apparent to those of ordinary skill in the art, and it is understood that the invention may be practiced in a manner other than what is specifically described herein without departing from the spirit and/or scope of the disclosure.