CN212308846U - Deformation game card - Google Patents

Abstract

The utility model relates to a recreation card class field discloses a deformation recreation card, include: the card body, the card body divide into anterior card body and rear portion card body, be the counterface between the inner face of the preceding, rear portion card body, and cover each other, be swing joint between the rear end of the preceding, rear portion card body, make the two can overturn foldingly with "hinge" mode, and before this, the rear end of the rear portion card body still is equipped with at least one and makes its bullet open and do the elasticity component of spring upset under fold condition, be equipped with between the front end of preceding, rear portion card body and make the two carry out the hasp or unblock bullet open's first trigger mechanism under the fold condition of overturning. The utility model discloses a change the dull structure in plane of traditional recreation card tablet, added the spring deformation structure, promote the sensation of movement, third dimension, object for appreciation nature, interest and the performance of card tablet self, let the process of playing more amazing, the surprise is felt and is promoted with the excitement also by a wide margin, creates brand-new toy "deformation recreation card", richens the recreation card content, improves resistant object for appreciation nature.

Description

Deformation game card

Technical Field

The utility model relates to the technical field of game card toys, in particular to a bouncing deformation game card which can improve the playability, the interest and the dynamic effect of cards and increase the playing intensity.

Background

The traditional card is a game toy composed of a plurality of cards, has appeared on the market for decades, mainly takes cartoon images, cartoon images or pictures as main parts, combines game contents such as numerical values, attributes, special conditions and the like, is matched and combined into plane cards with different styles, and the playing method mainly collects, spells numerical values or mutual attribute restriction according to game rules and generates restriction according to the special conditions between the cards.

In addition, the traditional cards are appeared on the market in the form of plane printed matters so far, besides the improvement of material quality and printing process along with the change of times, no change and innovation are generated in the playing method, from the perspective of users, the change of materials and processes is only reflected in the single aspect of beauty, the playing process and the experience are not substantially improved, the innovation of the modern cards is mainly reflected in the richness of game contents, and the card body is not generated with any innovation and breakthrough, so that the users can easily generate the boring feeling and the uninteresting idea for the card toys.

Furthermore, some conventional cards generally need to hide the spelling content in advance through a hand or other covering objects when playing, and when playing cards, the spelling content is displayed through the hand to be compared to judge whether the cards are successful or not.

Disclosure of Invention

The utility model discloses an aim at solving the old and useless method of playing of above-mentioned traditional card tablet toy, dull and boring and lack the sensation of movement, third dimension and novelty scheduling problem, a deformable game card is provided, this game card is the key with the play method innovation of card tablet, let a game card have two kinds or more than state simultaneously, initial condition is the same with traditional card tablet promptly, can appear upgrading content or hiding the content after the transform, the bounce structure has been added simultaneously in the game card, open the object of playing of card tablet self, make the card more interesting at the in-process of piecing together each other, promote the performance power of card tablet toy, also let the user obtain promoting by a wide margin at the surprise sensation and the excitement of playing in-process, become new generation's plane game card toy.

In order to achieve the above purpose, the utility model discloses a: the card body, this card body divide into anterior card body and rear portion card body, be the counterface between the inner face of anterior card body and rear portion card body, and cover each other, it is swing joint between the rear end of preceding, rear portion card body, make the two can overturn foldingly with "hinge" mode, and before this, the rear end of rear portion card body still is equipped with at least one and makes its bullet open and do the elasticity component of bounce upset under fold condition, it is preceding, be equipped with between the front end of rear portion card body and make the two carry out the hasp or unblock bullet open's a trigger mechanism under the fold condition of overturning.

In the above technical solution, each independent card is composed of a front card body and a rear card body, the front surfaces of the two card bodies are respectively outward, and the back surfaces (inner surfaces) thereof are respectively inward corresponding, wherein the back surface of the front card body can be used as a shielding surface, and the back surface of the rear card body can be used as a hidden surface (i.e. a game content splicing surface), and of course, the contents of the back surfaces of the two card bodies can be interchanged, or different game contents can be set at the same time. In addition, one end of each of the front card body and the rear card body is used as a movable shaft point to perform folding and overturning activities, when the two card bodies are folded, the covering surface covers the hidden surface, the piecemeal content of the hidden surface is shielded and hidden, an unknown mysterious feeling is kept, meanwhile, the movable shaft point is also provided with an elastic member, the elastic member can enable the front card body and the rear card body to rapidly bounce and outwards overturn and deform under the folded state, the other ends of the front card body and the rear card body utilize a first trigger mechanism to lock or unlock the two card bodies in the folded state, when a player plays, the side of the card body with the first trigger mechanism is knocked down to impact a desktop, the ground and other planes, at the moment, the first trigger mechanism can touch and unlock the two card bodies under the folded state, the two card bodies can rapidly bounce for a certain height under the action of the elastic member, the connecting part of the front card body and the rear card body is used as a circle center/axis to quickly turn outwards for about 1-2 circles and then lie on a plane, meanwhile, the rear card body is also turned over and stands on the plane and forms a certain included angle with the front card body, at the moment, the front card body supports the rear card body, and the splicing content of the hidden surface of the rear card body can be displayed. It can be seen from this technical scheme that, the structure of traditional card tablet has obtained the innovation, can promote card tablet self object for play nature, interest and dynamic effect, also builds amazing recreation atmosphere simultaneously, promotes surprise sense and excitement among the recreation process by a wide margin.

Preferably, the method further comprises the following steps: the middle part card body, this middle part card body is located between the anterior card body and the rear portion card body, the one end of the middle part card body and the front end swing joint of the anterior card body, make the two overturn foldingly with "hinge" mode, and the folding expansion end of the anterior card body and middle part card body still is equipped with at least one and makes its bullet open and make the elasticity component of spring upset under fold condition, be equipped with between the other end of the middle part card body and the rear end of the anterior card body and make the two carry out under the fold condition of upset hasp or unblock second trigger mechanism that the bullet opened.

In the preferred technical proposal, the function of secondary triggering, bouncing, overturning and deforming of the middle card body and the card is added, when the card is deformed by the first bounce and overturn, the front card body and the rear card body are unfolded to form a certain included angle, at the moment, the inner surface of the front card body falls down to a plane from a high position, the plane touches the second trigger mechanism, unlocking the folded states of the front card body and the middle card body, rapidly bouncing the front card body again for a certain height, the connecting part of the front and middle clamping bodies is taken as the circle center/axle center, and then the utility model is quickly turned outwards and lies on a plane, meanwhile, the middle card body is also overturned to stand on the plane and forms a certain included angle with the front card body, finally the front card body, the rear card body and the middle card body form a triangular body, at the moment, the front card body supports the rear card body and the middle card body, and the game comparison contents of the rear card body and the middle card body which are shielded are displayed at the same time. Therefore, the secondary bounce, overturning and deformation of the card can make the card more dynamic during the game, the third dimension of the card is also improved, and the game can be displayed in a multi-face way compared with the spelling content, so that the game playing method can be further expanded and enriched, and the playing durability of the game card is improved.

Preferably, the elastic member is one or more of a torsion spring, a tension spring and a spring plate. Among this preferred technical scheme, torsional spring, extension spring or shell fragment all can provide the bullet power of opening, and its simple structure, more tiny and light and handy can be accomplished to the volume, is applicable to the card of any thickness moreover, has reduced the weight and the manufacturing cost of card, and in addition, the combination collocation of two kinds of elasticity components can make the regulation of elasticity more diversified, provides the elasticity dynamics of multiple difference.

Preferably, the number of the elastic members is 2-3. In the preferred technical scheme, 2 or 3 elastic components are adopted, the card can reach considerable bouncing height, the expressive force of bouncing and overturning is more excellent, the refreshing feeling of the game process is enhanced, the stress of the elastic components is balanced, and the service life of the elastic components can be prolonged.

Preferably, the torsion spring is further provided with a plastic sleeve for protection, and the plastic sleeve covers the torsion spring and is fixed at the movable end of the turnover folding. Among this preferred technical scheme, the plastic cover plays the guard action to the torsional spring, avoids torsional spring collision wear or warp, and simultaneously, the plastic cover can increase the whole of product pleasing to the eye, promotes its value and feels.

Preferably, the first trigger mechanism includes: the card comprises a front card body, a first sliding switch, a first switch spring and a first touch switch, wherein the first sliding switch is arranged at the front end of the front card body and moves in a sliding mode, a first lock tongue is arranged at the front end of the first sliding switch, the first lock tongue is correspondingly matched with a first tongue groove, the first tongue groove is arranged at the front end of the rear card body, an inclined plane groove is formed in the rear end of the first sliding switch, the first switch spring is arranged on the sliding switch and used for jacking the sliding switch, the first touch switch is arranged on the front card body, one end of the first touch switch is arranged in the inclined plane groove and used for pushing the first touch switch, and the other end of the first touch switch is a first touch point and exposed outside the card body.

Among this preferred technical scheme, first trigger mechanism has utilized the slip mode to provide hasp and unblock function for the card of fold condition, when locking, with the folding to zero degree contained angle (two overlap the state promptly) of front portion card body and rear portion card body, the first tongue groove automatic alignment first slide switch's of rear portion card body first spring bolt, and first slide switch is with the help of the elasticity of first switch spring, in the middle of with first tongue groove automatic lock income first tongue groove to realize the automatic mesh of locking. On the contrary, when the lock is unlocked, the side of the first touch point exposed by the card is beaten to impact the plane, the first touch switch is collided and then retracted into the inclined plane groove of the first sliding switch, so that the first sliding switch is pushed to retract backwards, the first spring bolt is separated from the first spring bolt groove, the purpose of automatic unlocking is realized, after the lock is unlocked, the first sliding switch is automatically reset under the elastic force of the first switch spring, and the front card body and the rear card body are quickly bounced and overturned to deform under the action of the elastic mechanism.

Preferably, the first trigger mechanism further comprises: the locking switch is arranged on the side part of the front end of the front card body and moves in a shifting mode, one end of the locking switch is connected with the first touch switch, and a first sliding hole for sliding and hiding or exposing the first touch point is formed in the surface of the front card body corresponding to the touch switch.

In the preferred technical scheme, in order to avoid the situation that the touch switch on the card sheet is touched by mistake when a plurality of cards are overlapped or stacked, a locking switch is added, the locking switch is movable in a left-right toggle mode to control the first touch point to be exposed or hidden on the first sliding hole, when the top end (i.e. the first touch point) of the first touch switch slides to the first sliding hole outside the front card body, meanwhile, the bottom end of the first touch switch is arranged in the inclined plane groove of the first sliding switch, at the moment, the touch unlocking can be carried out, when the top of the first touch switch slides to the inside of the front card body to be hidden, the bottom of the first touch switch is separated from the inclined plane groove of the first sliding switch, at the moment, the unlocking cannot be touched after the touch, the card is in a locking state, and therefore the problem of false triggering cannot be caused even after multiple cards are stacked.

Preferably, the locking switch and the first touch switch are integrally formed. Among this preferred technical scheme, integrated into one piece can avoid first touch switch more easily pine after frequent striking or shift, causes first touch switch's malfunctioning, also reduces the quantity of spare part simultaneously, and the reduction is simple, improves production efficiency and assembly speed.

Preferably, the front clamping body or the rear clamping body is provided with a clearance groove at a position corresponding to the first touch point. In this preferred technical scheme, when a plurality of cards superpose in proper order, the touching point of a preceding card can imbed in the dead slot of keeping away of a back card to analogize, so as to avoid a plurality of cards stack or pile the back, lead to the touch switch problem on the false trigger card.

Preferably, the front card body is further provided with a first switch cover, the first switch cover is located on the first sliding switch and can limit the movement of the first sliding switch, and a first through hole for the first touch point to penetrate through is formed in the surface of the first switch cover corresponding to the first touch switch. Among this preferred technical scheme, first slide switch can be protected to first switch lid, makes its activity more firm, and the installation and the maintenance of accessories such as the first slide switch of being convenient for moreover, first switch spring and first touch switch, the direction activity is played in first fenestrate setting, makes the touching point can stabilize the touching.

Preferably, the front card body is further provided with a first switch cover, the first switch cover is located on the first sliding switch and can limit the movement of the sliding switch, and the first sliding hole is formed in the surface of the first switch cover. In this preferred technical scheme, be equipped with first slide opening on the first switch lid, cooperation locking switch can hide or exposed effect for first touching point provides the slip, makes the touching more nimble.

Preferably, the second trigger mechanism includes: the second sliding switch is arranged at the rear end of the front clamping body and moves in a sliding mode, a second lock tongue is arranged at the front end of the second sliding switch and correspondingly matched with a second lock tongue groove, the second lock tongue groove is arranged in the middle clamping body, an inclined plane groove is formed in the rear end of the second sliding switch, the second switch spring is arranged on the second sliding switch and used for jacking the second sliding switch, the second touch switch is arranged on the front clamping body, one end of the second touch switch is arranged in the inclined plane groove and used for pushing the second sliding switch, and the other end of the second touch switch is a second touch point, exposed out of the front clamping body and covered by the folded rear clamping body. In the preferred technical scheme, the second trigger mechanism has the same structure, function and working principle as the first trigger mechanism, mainly controls the folding latch and the unlocking spring between the front card body and the middle card body, can provide a secondary bouncing, overturning and deforming function for the card by matching with the elastic component, and the touch point of the second trigger mechanism is normally covered by the rear card body, so that the situation that the second trigger mechanism and the first trigger mechanism are triggered simultaneously can be avoided.

Preferably, the front card body is further provided with a second switch cover, the second switch cover is located on the second sliding switch and can limit the movement of the second sliding switch, and a second through hole for the second touch point to penetrate out is formed in the surface of the second switch cover corresponding to the second touch switch. In the preferred technical scheme, the second switch cover has the same function and function as the first switch cover, and is provided with a through hole for exposing the touch point, and the through hole plays a role of guiding movement, so that the touch point can be stably touched.

Compared with the prior art, the utility model, the dull structure in plane that changes traditional recreation card tablet has added the spring and has warp the structure, has innovated the method of playing of card tablet to promote the object for appreciation, interest and the performance power of card tablet self, also let the user more amazing at the in-process of playing, the surprise is felt and is promoted by a wide margin with the excitement, thereby creates brand-new toy "warp the recreation card". Meanwhile, a secondary bounce overturning deformation structure is added, so that the dynamic sense and the stereoscopic impression of the deformed game card in the playing process can be further improved, the display of multi-face game content is provided, the content of the game card is expanded and enriched, and the playing resistance is improved.

Drawings

Fig. 1 is an exploded view of an embodiment of the present invention.

Fig. 2 is a cross-sectional view of an embodiment of the present invention.

Fig. 3 is a state change diagram according to a first embodiment of the present invention.

Fig. 4 is a cross-sectional view of the second embodiment of the present invention.

Fig. 5 is a state diagram of a lock switch according to a second embodiment of the present invention.

Fig. 6 is a split structure diagram of the locking switch and the touch switch of the present invention.

Fig. 7 is a three-sectional view of the embodiment of the present invention.

Fig. 8 is a four-sectional view of an embodiment of the present invention.

Fig. 9 is a five-sectional view of an embodiment of the present invention.

Fig. 10 is an exploded view of the embodiment of the present invention.

Fig. 11 is a six-sectional view of an embodiment of the present invention.

Fig. 12 is a seventh structural diagram of the embodiment of the present invention.

Fig. 13 is an eight exploded view of the embodiment of the present invention.

Fig. 14 is an eighth cross-sectional view of an embodiment of the present invention.

Fig. 15 is an eight-state diagram according to an embodiment of the present invention.

Description of reference numerals: 1 — a first pattern layer; 2-iron shaft; 3, plastic cover; 4-torsion spring; 5-a third patterned layer; 6-a second pattern layer; 7-front card body; 8-a first switch spring; 9 — a first touch switch; 10-a first slide switch; 11 — a first switch cover; 12-a rear card body; 13-locking switch; 14 — a first slide hole; 15-a tension spring; 16-a spring plate; 17-a second slide switch; 18-a second touch switch; 19-a second switch spring; 20 — a second switch cover; 21-second perforation; 22-a fourth patterned layer; 23-a sixth patterned layer; 24-middle card body; 25-a semi-arc through hole; 26-a second shaft sleeve; 27-a fifth patterned layer; 28-a half arc notch; 29-second tongue and groove; 70, forming a cavity; 71-a first shaft seat; 72-two parallel chutes; 73-a semi-arc containing groove; 74-square containing groove; 75-clearance groove; 76-second shaft base; 77-a first receiving groove; 78-second receiving groove; 91 — first touch point; 101 — a first bolt; 111 — first perforation; 121 — a first sleeve; 122-half arc notch; 123-first tongue and groove; 124-a convex part; 125-second slide hole; 126-recess; 131-a guide hole; 161-looping; 171-a second bolt; 181 — second touch point.

Detailed Description

Referring to fig. 1 and 2, in the first embodiment of the present invention, the card mainly comprises a front card body 7, a rear card body 12, an elastic member, an iron shaft 2, and a first trigger mechanism, wherein the front card body and the rear card body form a main body of the card, and both of the front card body and the rear card body are made of plastic material.

The front side of the front card body 7 is provided with a first design layer 1 adapted to its shape, which first design layer is used at the same time as the front side of the card. The back of the front card body is a cavity 70 which can be used as a shielding surface to play a role in shielding or hiding game spelling contents of the card, and the middle of the front end of the cavity is provided with a raised semi-arc accommodating groove 73 which can be used for placing and installing the first trigger mechanism. The bottom end of the front clamping body is provided with a first shaft seat 71, and the middle part of the first shaft seat is provided with a notch for embedding.

In addition, there is a mouth in the middle of the front end of the above-mentioned half arc-shaped containing groove 73, its bottom is equipped with two parallel chutes 72, these two parallel chutes can provide the effect of sliding guide as the track, the notch of half arc-shaped containing groove still is equipped with a first switch lid 11 that matches with its shape, this first switch lid can restrict the position of first trigger mechanism and prevent that its part from coming off, make its structure more firm, first switch lid is fixed through the buckle mode, its surface still is equipped with a first perforation 111.

The front and back of the back card body 12 are respectively provided with a second pattern layer 6 and a third pattern layer 5 which are matched with the shapes of the front and back card bodies, the second pattern layer is used as the back/back of the card, the third pattern layer is used as a hidden surface, the hidden surface is also the spelling content in the game process, and before the game is started, the hidden surface can be covered and hidden by the hidden surface. The bottom of the rear clamping body is provided with a first shaft sleeve 121 which is correspondingly matched with the first shaft seat 71 of the front clamping body, when the first shaft sleeve is embedded, the first shaft sleeve is embedded into the notch of the first shaft seat, the axes of the first shaft sleeve and the first shaft seat are positioned on the same horizontal line, then the first shaft sleeve and the first shaft seat are connected through an iron shaft 2, and the middle of the first shaft sleeve is provided with a notch which can be used for placing an elastic component. The front end of the rear card body is provided with a semi-arc notch 122 which avoids the semi-arc containing groove 73 and is matched and nested with the semi-arc containing groove, and the middle part of the semi-arc notch is also provided with a first tongue groove 123.

The elasticity component adopts torsional spring 4, and the torsional spring is put in the middle part breach of first axle sleeve 121 in the middle of, simultaneously, and anterior card body 7 is connected to the one end of torsional spring, and the rear portion card body 12 is connected to the other end, accomplishes the assembly back, and the torsional spring can provide the spring-open force of spring and upset deformation for being in anterior card body and the rear portion card body under fold condition.

The notch of the first shaft sleeve 121 is further provided with a plastic sleeve 3, which is directly fastened into the notch for fixation, so as to protect the torsion spring 4 from being exposed.

The iron shaft 2 serves as a connecting shaft between the front and rear clamps 7 and 12, and provides a support shaft point for folding and turning so that the front and rear clamps can be turned and folded in a hinge manner. During assembly, the iron shaft passes through the first shaft sleeve 121 of the rear clamping body and the torsion spring 4 at the same time, and two ends of the iron shaft are fixed on the first shaft seat 71 of the front clamping body.

The first trigger mechanism includes: a first slide switch 10, a first switch spring 8, and a first tact switch 9. The first slide switch is arranged on the two parallel sliding grooves 72 of the semi-arc containing groove 73, so that the first slide switch can slide back and forth along the two parallel sliding grooves, the front end of the first slide switch is provided with a first lock tongue 101, the first lock tongue can pass through the opening of the semi-arc containing groove 73 along with the sliding of the first slide switch, meanwhile, the first lock tongue corresponds to the first tongue groove 123, the first lock tongue and the first tongue groove can lock or unlock the front and rear clamping bodies after being matched, the rear end of the first slide switch is also provided with an inclined plane groove, and the notch of the inclined plane groove faces the rear clamping body 12. The first switch spring 8 is located in the middle of the first slide switch 10 and presses against the first slide switch, and the first switch spring can provide elastic force for automatically locking or unlocking the latch. The first touch switch 9 is disposed in the semi-arc-shaped receiving slot 73, the bottom end of the first touch switch is disposed on the inclined slot and touches and pushes the inclined surface of the first touch switch, the top end of the first touch switch is used as a first touch point 91, penetrates through the first through hole 111 of the first switch cover 11 and is exposed out of the front card 7, and the exposed position of the first touch point 91 is just inside the semi-arc-shaped notch 122 of the rear card 12. The first touch switch can move up and down, when the first touch point is pressed downwards, the bottom end of the first touch switch pushes and presses downwards along the inclined plane of the inclined plane groove, the first sliding switch is pushed open, the first lock tongue of the first sliding switch is separated from the first tongue groove, and unlocking action is achieved.

Referring to fig. 2 and 3, before the card game starts, the front card body 7 and the rear card body 12 are in an initial state of being folded and locked, when the card game starts, only the front side (i.e. the back side of the card) of the rear card body needs to be beaten downwards to strike a plane, at this time, after a first contact point 91 of the first touch switch collides, the bottom end of the first touch switch is forced to push the first slide switch 10 to slide backwards and retract, the first latch tongue 101 is separated from the first tongue groove 123 to realize unlocking, then the first slide switch is reset under the action of the first switch spring 8, the front card body and the rear card body are rapidly bounced under the action of the torsion spring, at this time, after the front card body is bounced rapidly to a certain height, the connection part of the front card body and the rear card body is laid on the plane after being rapidly overturned about 1-2 circles around the center of the circle/the axis, and at the rear card body is also overturned to stand on the plane, and a certain included angle is formed between the front card body and the front card body, at the moment, the front card body forms a support for the rear card body, and the content of the hidden surface of the rear card body can be displayed for game comparison and confrontation.

Referring to fig. 4 and 5, in another embodiment (i.e., embodiment two), the difference from the first embodiment in the structure further includes: a locking switch 13 and a first through hole 111 of the first switch cover 11 are changed into a first sliding hole 14 for the first touch point 91 to slide. The side of the semi-arc containing groove 73 of the front card body 7 is provided with a sliding groove for the locking switch to shift left and right, one end of the locking switch 13 and the first touch switch 9 are integrally formed and are placed in the semi-arc containing groove 73, and the first touch point 91 of the first touch switch can be exposed on the first sliding hole 14 of the first switch cover 11 or hidden in the semi-arc containing groove 73 along with the shifting of the locking switch. The first switch cover is matched with the sliding groove of the semi-arc-shaped containing groove to limit the position of the locking switch so as to prevent the locking switch from falling off. Referring to fig. 5, in operation, when the locking switch 13 is shifted in the direction of the left arrow, the first touch point 91 of the first touch switch is hidden inside the front card body (i.e. in the semi-arc-shaped accommodating groove), and the first touch switch is separated from the inclined groove of the first sliding switch, and at this time, the locking state is a dead-lock state, and the unlocking by touching cannot be performed. On the contrary, when the locking switch is shifted to the right arrow direction, the first touch point 91 of the first touch switch is exposed on the first sliding hole 14 of the first switch cover, and the bottom end of the first touch switch is also located in the inclined plane groove and touches and pushes the inclined plane groove, at this time, the unlocking can be touched. Therefore, the locking switch can effectively limit the situation that when a plurality of cards are stacked, the front card body and the rear card body are suddenly triggered to pop open due to mistaken touch of the touch point.

Referring to fig. 6, in another embodiment, the locking switch 13 and the first touch switch 9 are two independent components, one end of the locking switch is provided with a connecting body, the connecting body is placed in the sliding slot of the semi-arc receiving slot of the front card body, the connecting body is provided with a guide hole 131, and the first touch switch 9 is inserted in the guide hole and can move up and down.

Referring to fig. 7, in another embodiment (i.e., the third embodiment), the elastic member is a tension spring 15, which is disposed at a notch of the first sleeve 121 of the rear card 12 and is bent to wrap the iron post 2, the notch is not provided with a plastic sleeve 3, one end of the tension spring is hooked in a hook hole predetermined at the lower portion of the front card 7, and the other end of the tension spring is hooked in a hook hole predetermined at the lower portion of the rear card 12, so as to form an elastic tension between the two, thereby realizing the actions of rapidly popping up and flipping and deforming the front and rear cards in a folded state.

Referring to fig. 8, in another embodiment (i.e., the fourth embodiment), the elastic member is an elastic piece 16, which is disposed at the gap of the first sleeve 121 of the rear card body 12, the gap is not provided with the plastic sleeve 3, the elastic piece is provided with a sleeve opening 161 and is sleeved on the iron shaft 2, meanwhile, one end of the elastic piece is connected to the lower portion of the front card body 7, and the other end is connected to the lower portion of the rear card body 12, so as to provide a rebound force therebetween, thereby realizing the bouncing-off and bouncing-over deformation of the front and rear card bodies in the folded state.

Referring to fig. 9 and 10, in another embodiment (i.e., embodiment five), the structure difference from the embodiment two is that the shielding surface (i.e., the inner surface) of the front card body 7 is a cavity 70, a raised square receiving groove 74 is provided in the middle of the front end of the cavity, the square receiving groove is also provided with a mouth for the first latch 101 to pass through, a sliding groove for the lock-stop switch 13 to move, and a first switch cover 11 matching with the sliding groove, and the first switch cover is further provided with a first sliding hole 14 for the first touch point of the first touch switch 9 to slide. The front end of the rear card body 12 cancels the design of the semi-arc notch, after folding, the front end of the rear card body directly covers the first switch cover 11 and is flush with the upper notch of the cavity 70, the front end of the hidden surface (i.e. the inner surface) of the rear card body 12 is provided with a convex part 124, the convex part is provided with a first tongue groove, the first tongue groove is correspondingly matched with the first tongue 101 of the slide switch 10 for locking or unlocking, in addition, the front end of the hidden surface of the rear card body is also provided with a second slide hole 125, the second slide hole is arranged based on the embodiment that the first switch cover is provided with the first slide hole 14, the position of the second slide hole corresponds to the first slide hole, the touch point of the first touch switch 9 can be exposed or hidden in a sliding way, and after the front surface (i.e. the back surface of the card body) of the rear card body is hit, the touch unlocking can still be carried out. Of course, if the first switch cover 11 is provided with a first through hole for the first touch point to pass through, the hidden surface of the rear card body 12 may also be provided with a third through hole correspondingly matched with the first through hole for the first touch point to be exposed for touch unlocking.

Referring to fig. 11, in another embodiment (i.e., embodiment six), the difference between the configuration of the fifth embodiment and the configuration of the first touch switch 9 is that the first touch point 91 of the first touch switch is disposed on the front surface of the front card body 7, that is: the inclined groove of the first sliding switch 10 is reversely arranged, so that the notch of the inclined groove faces the back of the front card body 7, the first switch spring 8 is still arranged inside the first sliding switch, the first touch switch 9 is arranged on the inclined groove, the first touch point 91 of the first touch switch is exposed at the front end of the front card body, meanwhile, the front end of the front card body is provided with a first sliding hole 14, the first sliding hole can be used for the first touch point to slide and hide or expose, after the front of the front card body is knocked and collided towards the plane, touch unlocking can still be realized, and the card can be deformed and played. Therefore, the contact point can be arranged on the front surface of the card or on the back surface of the card through the position change of the inclined plane groove of the first sliding switch and the first touch switch.

Referring to fig. 10, 11 and 12, in another embodiment (i.e., embodiment seven), referring to fig. 10, the first touch point of the first touch switch 9 is disposed on the back surface of the front card body 7 (i.e., the back surface of the card), and the front surface of the front card body is provided with a clearance groove 75, which is located at a position corresponding to the first touch switch 9 and allows the touch point of another card to be inserted into the clearance groove, so that the touch point is not touched by mistake even if a plurality of cards are stacked. Referring to fig. 11, in another embodiment, the first touch point 91 of the first touch switch 9 is disposed on the front surface of the front card body 7 (i.e., the front surface of the card), and the front surface of the rear card body 12 is provided with a clearance groove 75 corresponding to the first touch point 91. In operation, as shown in fig. 12, the back surfaces of the second and third cards are sequentially overlapped on the front surface of the first card, and the respective first touch points 9 are sequentially embedded into the empty avoiding grooves 75 of the corresponding cards, so that even if multiple cards are overlapped, the touch points of the cards are not collided, and the situation of false triggering occurs.

Referring to fig. 13 and 14, in another embodiment (i.e., embodiment eight), the card includes: the front card body 7, the rear card body 12 and the middle card body 24 form the main body part of the card, and the materials are plastic.

The front and back of the front card body 7 are respectively provided with a first pattern layer 1 and a fourth pattern layer 22 (see the lower part of fig. 13) which are matched with the front and back of the front card body, wherein the back of the front card body is a cavity 70, the front and back ends of the cavity are respectively provided with a first shaft seat 71 and a second shaft seat 76, as well as a first containing groove 77 and a second containing groove 78 which are raised, the middle parts of the first shaft seat and the second shaft seat are respectively provided with a notch for embedding, and the first containing groove and the second containing groove are semi-arc containing grooves which are respectively arranged at the middle parts of the front and back ends of the cavity.

The front and back of the rear card body 12 are respectively provided with a second pattern layer 6 and a third pattern layer 5 (see the upper part of fig. 13) which are matched with the shape of the rear card body, the rear end of the rear card body is provided with a first shaft sleeve 121 which is embedded in a notch of a first shaft seat 71 and is connected with the first shaft seat by using an iron shaft 2, so that the front card body and the rear card body can be turned and folded by taking the iron shaft as the axis, gaps are reserved between two ends of the first shaft sleeve 121 of the rear card body and the first shaft seat 71, the gaps at the two ends are respectively placed into a torsion spring 4 which is sleeved on the iron shaft 2, one end of the torsion spring is connected with the front card body, the other end of the torsion spring is connected with the rear card body, after the assembly is finished, the folding elastic opening force can be provided for the two card bodies, in addition, each torsion spring is also provided with; the middle part of the front end of the rear card body 12 is provided with a semi-arc notch 122, the semi-arc notch avoids the first containing groove 77 and is matched and nested with the first containing groove, and the middle part of the semi-arc notch is also provided with a first tongue groove 123.

The middle card body 24 is disposed between the front card body 7 and the rear card body 12 (see the middle part of fig. 13), and the front and rear surfaces thereof are respectively provided with a fifth pattern layer 27 and a sixth pattern layer 23 matching the shapes thereof. The rear end of the middle clamp body is provided with a second shaft sleeve 26, the middle part of the middle clamp body is provided with a semi-arc through hole 25 connected with the second shaft sleeve, the semi-arc through hole can avoid the first containing groove 77 and is matched and nested with the first containing groove, the second shaft sleeve 26 of the middle clamp body is embedded in the notch of the second shaft seat 76 and is connected with the second shaft seat through the iron shaft 2, gaps are reserved between the two ends of the second shaft sleeve 26 of the middle clamp body and the second shaft seat 76, the gaps at the two ends are respectively placed into torsion springs 4, the torsion springs are sleeved on the iron shaft 2, one end of each torsion spring is connected with the front clamp body, the other end of each torsion spring is connected with the middle clamp body, elastic opening force after the torsion springs are folded can be provided for the two torsion springs. The middle part of the front end of the middle clamping body is provided with a semi-arc-shaped notch 28 which can avoid the second containing groove 78 and is matched and nested with the second containing groove 78, and the middle part of the semi-arc-shaped notch is also provided with a second tongue groove 29.

The first receiving groove 77 has a mouth in the middle of the front end thereof, a sliding groove at the rear end thereof, a parallel sliding groove at the bottom thereof for guiding the sliding, and a first triggering mechanism (see the lower part of fig. 13 and fig. 14) disposed therein, the first triggering mechanism including: a first slide switch 10, a first switch spring 8, a first touch switch 9, a lock switch 13, and a first switch cover 11. The first sliding switch is arranged on the parallel sliding grooves and slides back and forth, the front end of the first sliding switch is provided with a first lock tongue 101 and is matched with a first tongue groove 123 of the rear clamping body to be locked or unlocked through the opening part of the first accommodating groove 77 along with the sliding of the first sliding switch, the rear end of the first sliding switch is provided with an inclined plane groove, and the notch of the inclined plane groove faces the rear clamping body. The first switch spring 8 is provided in the middle of the first slide switch 10 and presses it. The bottom end of the first touch switch 9 is placed in the inclined groove and pushes the same, so that the first slide switch is pushed to slide backwards, and the top end of the first touch switch 9 is a first touch point 91 exposed on the back surface of the front card body. The locking switch 13 is disposed on the side sliding groove of the first receiving groove 77 and can be shifted left and right, one end of the locking switch 13 is a connector, the connector is disposed in the first receiving groove 77, a guiding hole (see fig. 6) is disposed on the connector, the guiding hole is used for the first touch switch 9 to be inserted and guided to move up and down, and in addition, the first touch switch also slides left and right along with the shifting of the locking switch. The first switch cover 11 is fixed on the notch of the first receiving groove 77, and a first sliding hole 14 for the first touch point 91 of the first touch switch to slide and hide or expose is arranged on the surface of the first switch cover.

The middle of the front end of the second containing groove 78 is provided with a mouth, the inner bottom of the mouth is provided with a parallel sliding chute for guiding and sliding, a second trigger mechanism (see the lower part of fig. 13 and fig. 14) is arranged inside the second containing groove, and the second trigger mechanism comprises: a second slide switch 17, a second switch spring 19, a second tactile switch 18, and a second switch cover 20. The second slide switch is disposed on the parallel sliding groove and slides back and forth, the front end of the second slide switch is a second lock tongue 171, and is locked or unlocked by the second lock tongue 29 of the middle clip body 24 through the opening of the second receiving groove 78 along with the sliding of the second slide switch, and the rear end of the second slide switch is provided with an inclined groove, the notch of which faces the rear clip body. The second switch spring 19 is provided in the middle of the second slide switch 17 and presses it. The bottom end of the second touch switch 18 is placed in the inclined groove and pushes the same, so as to make the second slide switch slide backwards, and the top end of the second touch switch is a second touch point 181 exposed on the back of the front card body. The second switch cover 20 is fixed on the notch of the second receiving groove 78, and a second through hole 21 for exposing and touching the second touch point 181 of the second touch switch is formed on the surface of the second switch cover.

In addition, since the folded rear card body 12 covers the middle card body 24, in order to avoid the rear card body touching the second touch point during covering, a concave portion 126 avoiding the second touch point 181 is further disposed on the surface of the rear card body corresponding to the second touch switch 18. In addition, the embodiment is also suitable for the design of the clearance groove, namely, the clearance groove which is correspondingly matched with the first touch point of the other card can be arranged on the front surface of the front card body (which is also the front surface of the card).

Referring to fig. 15, when playing a game, the locking switch 13 is first toggled to the direction of the right arrow, so that the first touch point 91 slides along the slide hole exposing the back of the card, then the back of the card is hit and collided against the plane, after the first touch point is hit, the front card 7 and the rear card 12 are unlocked, the front card rapidly bounces to a certain height under the torque force of the torsion spring, and the front card is laid on the plane after the connection part of the front and rear cards is quickly turned outwards around the center of circle/axis, and simultaneously the rear card is also turned around an angle of 300 degrees and stands on the plane, and forms a certain angle with the front card, at this time, after the back of the front card 7 contacts the plane again, the front card touches the second touch point 181, unlocks the front card 7 and the middle card 24, and the front card rapidly bounces to a certain height under the torque force of the torsion spring again, the front card body, the rear card body and the middle card body form a triangle body, and game contents hidden by the rear card body and the middle card body are displayed at the same time.

It should be noted that, the torsion spring, the tension spring or the elastic sheet can be equivalently replaced in any one of the above embodiments, and the number of the torsion spring, the tension spring or the elastic sheet can be 1-3 or more, or more than two kinds of elastic mechanisms can be adopted to be combined and matched for use in the above embodiments, when the torsion spring, the tension spring or the elastic sheet is arranged, the torsion spring, the tension spring or the elastic sheet can be arranged in the notch arranged on the shaft sleeve of the rear clamping body or the middle clamping body, or evenly distributed, if the evenly distributed technical scheme is adopted, the notches with the number equivalent to that of the torsion spring, the tension spring or the elastic sheet can be arranged on the shaft sleeve of the rear clamping body or the middle clamping body for placement, wherein, for the embodiment adopting the torsion spring. The clearance groove can be correspondingly arranged on the front clamping body or the rear clamping body according to the position of the touch point.

In addition, the back (i.e. the inner face) of the front card body, the back of the rear card body and the two faces of the middle card body can be simultaneously provided with a pattern layer, and the pattern layers are mutually covered and hidden or turned over and displayed, and the pattern layers can be realized by any printing process such as sticker, heat transfer printing, film transfer printing laser printing and the like, the arrangement of the pattern layers is not limited to any one of the above embodiments, and all the changes, equivalent replacement or improvement on the basis of the above embodiments belong to the protection scope of the utility model.

Claims (13)

1. A morphed game card comprising: card body, its characterized in that: the card body divide into anterior card body (7) and rear portion card body (12), be the counterface between the inner face of this anterior card body and rear portion card body to cover each other, be swing joint between the rear end of preceding, rear portion card body, make the two can overturn foldingly with "hinge" mode, and still be equipped with at least one at this front, rear portion card body's rear end and make its elasticity component that bounces under fold condition and make the spring upset, be equipped with between the front end of preceding, rear portion card body and make the two carry out the hasp or unblock under the fold condition of upset and bounce first trigger mechanism.

2. The morphed game card of claim 1, further comprising: middle part card body (24), this middle part card body is located between anterior card body (7) and rear portion card body (12), the one end of the middle part card body and the front end swing joint of the anterior card body, make the two overturn foldingly with "hinge" mode, and the folding expansion end of the card body at this anterior card body and middle part still is equipped with at least one and makes its bullet open and make the elasticity component of spring upset under fold condition, be equipped with between the other end of the middle part card body and the rear end of the anterior card body and make the two carry out the hasp or unblock second trigger mechanism that the bullet opened under the fold condition of overturning.

3. The game card of claim 1 or 2, wherein the elastic member is one or more of a torsion spring (4), a tension spring (15) and a spring plate (16).

4. The modified game card of claim 3, wherein the number of said resilient members is 2-3.

5. A transformable game card according to claim 3, characterized in that the torsion spring (4) is also provided with a protective plastic sleeve (3) which covers the torsion spring and is fixed to the movable end of the flip-fold.

6. A variant game card according to claim 1 or 2, characterized in that said first triggering means comprise: the front card body comprises a first sliding switch (10), a first switch spring (8) and a first touch switch (9), wherein the first sliding switch is arranged at the front end of the front card body (7) and moves in a sliding mode, the front end of the first sliding switch is provided with a first lock tongue (101), the first lock tongue is correspondingly matched with a first tongue groove (123), the first tongue groove is arranged at the front end of the rear card body, the rear end of the first sliding switch is provided with an inclined plane groove, the first switch spring is arranged on the sliding switch and presses the sliding switch in a jacking mode, the first touch switch is arranged on the front card body (7), one end of the first touch switch is arranged in the inclined plane groove and used for pushing the first touch switch, and the other end of the first touch switch is a first touch point (91) and is exposed outside the card body.

7. The variation game card of claim 6 wherein said first trigger mechanism further comprises: the locking switch (13) is arranged on the side part of the front end of the front card body and can move in a shifting mode, one end of the locking switch is connected with the first touch switch (9), and a first sliding hole (14) for the first touch point (91) to slide and hide or expose is formed in the surface of the front card body corresponding to the touch switch.

8. The modified game card of claim 7, wherein the locking switch (13) is integrally formed with the first tactile switch (9).

9. The modified game card of claim 6, wherein a clearance groove (75) is further provided at a portion of the front card body or the rear card body corresponding to the first contact point (91).

10. The modified game card according to claim 6, wherein the front card body is further provided with a first switch cover (11) which is provided on the first slide switch (10) and limits the movement of the first slide switch, and wherein a surface of the first switch cover corresponding to the first touch switch (9) is provided with a first through hole (111) through which the first touch point (91) is passed.

11. The modified game card of claim 7, wherein said front card body further comprises a first switch cover (11) which is provided on the first slide switch (10) and limits the movement of the slide switch, and said first slide hole (14) is provided on the surface of the first switch cover.

12. The morphed game card of claim 2, wherein the second trigger mechanism comprises: the second sliding switch is arranged at the rear end of the front clamping body (7) and moves in a sliding mode, a second lock tongue (171) is arranged at the front end of the second sliding switch and is correspondingly matched with a second lock tongue groove (29), the second lock tongue groove is arranged in the middle clamping body (24), an inclined plane groove is formed in the rear end of the second sliding switch, the second switch spring is arranged on the second sliding switch and is used for jacking the second sliding switch, the second touch switch is arranged on the front clamping body, one end of the second touch switch is arranged in the inclined plane groove and is used for pushing the second touch switch, and the other end of the second touch switch is a second touch point (181) which is exposed out of the front clamping body and is covered by the folded rear clamping body (12).

13. The modified game card of claim 12, wherein the front card body (7) is further provided with a second switch cover (20) which is provided on the second slide switch (17) and limits the movement of the second slide switch, and a second through hole (21) through which the second touch point (181) passes is provided on a surface of the second switch cover corresponding to the second touch switch (18).

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