Transformable game floppy disk that prevents the switch from being triggered

Abstract

Transformable game floppy disk that prevents the switch from being triggered, consisting of two front (1) and rear (2) parts of the disk, an elastic mechanism (5, 7) for bouncing, folding and flipping the two parts and a trigger mechanism for locking / unlocking, the front of the front part has a base (3) which has a slot (31a) on its surface, the front of the rear part has a locking tab (14) in the slot (31a), the trigger mechanism contains: two switches, a sliding switch (34) and a tactile switch (33), the sliding switch (34) is located next to the base (3) which slides to the left or right, one end of the sliding switch (34) has a switch clip (34a) for locking half of the tab (14), the other end has a spring against it,One end of the lower part of the touch switch (33) is movably connected to the sliding switch (34), the other end makes contact with an oblique block, the base also has a locking switch (32) at the other end, the locking switch (32) is provided with a connecting rod (32a) and a clip to lock the other half of the tab (14).

Description

Title of the invention: Convertible game disk that prevents the switch from being triggered Technical field

[0001] This invention relates to the field of game diskettes, especially a type of transformable game diskette which prevents accidental triggering of the touch switch due to shock or twisting. STATE OF THE ART

[0002] This transformable game disk is a new innovated and improved 2D toy based on the method of traditional playing cards, which enriches the methods of playing cards, improving the fun, competitiveness and atmosphere. For example: The Chinese New Invention Patent Instruction Manual (Publication No.: CN212308846U) has published a type of transformable game disk, which contains: The front part, the back part, the inner faces of the two parts are opposite and covered each other, the tails of the front part and the back part are connected by the axles and springs, so that they can be flipped and folded like a 'hinge'. Besides, a primary trigger mechanism (i.e., the touch switch) is installed between the fronts of the front part and the back part to activate / deactivate the bounce in the state of flipping and folding.More precisely stated, a half-arc shaped slot 73 is located at the front of the front part, this slot has a switch cover 11 at the notch, moreover, a half-arc shaped notch 122 is located at the front of the rear part, this notch goes around the half-arc shaped slot 73 and compatible and fits it, the first tab slot 123 is also located in the center of the half-arc shaped notch. Furthermore, the primary trigger mechanism is installed inside the half-arc slot 73, which consists of: a primary slide switch 10, a primary switch spring 8 and a primary touch switch 9. The primary slide switch slides forward or backward in the half-arc slot, its front is the locking tab, which can be locked or unlocked in the tab slot 123, an oblique face of the slot is located behind the primary slide switch.The primary switch spring is located in the center of the primary slide switch, which can provide the elasticity for automatic locking or unlocking of the primary slide switch. However, the bottom of the primary touch switch is located on the oblique face of the primary slide switch by contacting and pressing against this face, its top is considered as the first contact point 91, when the first point . contact has been compressed, the primary touch switch moves along the oblique face of the slot, consequently pushing the primary slide switch to move backward, at this time, the locking tab of the primary slide switch disengages from the tab slot, so as to complete the unlocking trigger, on the contrary, the primary slide switch will be returned to its original place automatically through the sliding ability of the primary slide switch and the elasticity of the primary switch spring, the locking tab can be stapled back inside the tab slot, so as to complete the locking.

[0003] Considering the above, the game disk may accidentally shock, compress the touch switch during the game, consequently causing the accidental unlocking of the game disk. For example: When stacking several disks, one disk is placed on the other disk, the trigger mechanism may be touched, the game disk will then be bounced, this stacking is not recommended. Moreover, in other contexts, there is a risk of accidentally touching the trigger mechanism, consequently accidentally triggering the game disk.To avoid these above disadvantages, a gap slot and a lock switch corresponding to the touch switch will be added for each game disk, the gap slot helps to solve the problem of multiple disks overlapping, the lock switch can control the position of the touch switch by the rocking, so as to gap and contact the oblique face of the sliding switch slot, after gapping, the touch switch will be invalid, so as to solve the problem of accidentally triggering the game disk to some extent.

[0004] This present inventor analyzed and practiced for the above-mentioned transformable game disk, after the repetitive tests, he found that after the separation of the touch switch and the sliding switch, the sliding switch is not locked, which may slide anyway, since the game disk is dropped and shocked frequently, in this case, the switch spring is subjected to vibration, the game disk exists certain possibility of unlocking, rebounding or transforming when it is twisted or transformed due to compression. In view of this reason, on the basis of the invention design as well as the experiences for many years, through the in-depth deliberation and the testing of the samples, the inventor has repeatedly improved and modified the product to launch this new invention. Summary of the invention

[0005] The present invention aims to solve the defects of possible accidental triggering and unlocking under the influence of certain environmental factors if the transformable game disk is locked, the inventor has improved the triggering mechanism and the locking switch according to the contents below, providing a type of transformable game disk anti-triggering switch.

[0006] To achieve the above objective, this invention has adopted two technical plans, in the first technical plan, the product comprises: A front part and a rear part, the tails of the two parts are movably connected, moreover, this movable connection end has at least one elastic member, which facilitates the overturning and folding of the two parts, like a 'hinge', the ledge, folding and overturning can also be carried out in the folding state. Moreover, a locking or unlocking trigger mechanism is installed between the fronts of the front part and the rear part to activate or deactivate the rebound in the overturning or folding state, the front of the front part has a base which has slots on the surface, the front of the described rear part has a locking tab in the slot,the described trigger mechanism contains: The sliding and touch switches, of which the sliding switch is located at one end of the base which slides to the left or right, one end of the sliding switch has a switch clip to lock half of the tab, the other end has a spring against it, the described touch switch is installed on the sliding switch, one end of its lower part is connected to the sliding switch in a movably manner, so that it can swing up and down by focusing on one end, the other end contacts an oblique block, the other end of the base also has a sliding locking switch, this locking switch is provided with a link and a clip to lock the other half of the tab.

[0007] The above technical plan adopted the technique with double insurance clip, when the front part and the rear part are folded and refolded, the tab of the rear part is located just in front of the slot of the base, at that time, under the elasticity of the spring, the sliding switch pushes the switch clip to lock one side of the tab, so as to lock the front part and the rear part, the trigger mechanism is not limited in this state, this touch switch will be pressed down along the oblique block on the condition that the touch switch is pressed or shocked, the active end will push the sliding switch backward, the switch clip will disengage from the tab at that time, the front part and the rear part will be rebounded under the influence of the elastic mechanism, so as to complete the transformation actions such as folding and overturning. Therefore, to prevent accidental triggering of the touch mechanism, after folding the front part and the rear part, the locking switch can be switched, so as to lock the clip to lock the other side of the tab, at this time, the trigger mechanism can still play the role of a trigger, however, since the locking switch always blocks the tab, in this state, regardless of the trigger mechanism being dropped or shocked, despite the switch clip being released from the tab occasionally due to the twisting of the floppy disk, the front part and the rear part cannot complete the unlocking, to completely lock the device.

[0008] More precisely said, the slide switch has a shaft hole on the surface, the bottom of the touch switch has a shaft at one end, this shaft is inside the base of the shaft hole, so that the touch switch can swing by focusing on this end. In this priority technical plan, because the size of the game disk is limited, the touch switch is an extremely thin component, which is difficult to hold stably when artificially assembling, the assembly is laborious which postpones a lot of time, the assembly efficiency is difficult to increase. Therefore, the mounting of shaft and base of the shaft hole of the touch switch is easier, the assembly efficiency of the touch switch and productivity can be increased, the labor intensity can be reduced.

[0009] The second technical plan comprises: A front part and a rear part, the tails of the two parts are movably connected, moreover, this movable connection end has at least one elastic member, which facilitates the overturning and folding of the two parts, like a 'hinge', the edge, the folding and the overturning can also be carried out in the folding state, a trigger mechanism is installed between the fronts of the front part and the rear part to activate or deactivate the rebound in the overturning and folding state.The front of the front part has a base, the front of the described rear part has a locking slot opposite the base, the described trigger mechanism contains: The sliding and tactile switches, of which the sliding switch is located inside the base which can be slid in or out, the front of the sliding switch has a clip, this clip passes through the base which is locked in the slot when the sliding switch slides, the sliding switch has an oblique block at the back, which is also provided with a spring against it, the described tactile switch is installed inside the base and connects it movably, so that it can swing up or down by focusing on one end, in addition, the bottom of the tactile switch comes into contact with the oblique block of the sliding switch, the described base also has a switch. sliding lock, this lock switch is provided with a link and a support element to lock the sliding switch.

[0010] Compared with the first technical plan, the above technical plan has adopted the technique of limiting the stroke of the sliding switch, that is, after the front part and the rear part are folded, under the effect of the spring, the clip of the sliding switch extends from the base which is automatically locked in the locking slot, in order to lock the front part and the rear part, in this state, it is enough to press or hit the touch switch, this switch will be lowered along the oblique block of the sliding switch, after the two parts cooperate, the touch switch will push the sliding switch to slide backward. At this time, the switch clip will be released from the locking slot, the front part and the rear part will be rebounded under the influence of the elastic mechanism, in order to complete the transformation actions such as folding and overturning.Therefore, to prevent accidental triggering of the touch mechanism in all contexts, this floppy disk added a lock switch, after folding the front part and the rear part, the lock switch can be flipped, so that the supporting part pushed the tail of the sliding switch, limiting the sliding stroke of the sliding switch, so as to keep the switch in a static state, in this state, no matter the trigger mechanism is dropped or shocked, the front part and the rear part can not complete the unlocking, so as to completely block the device.

[0011] More precisely said, the tail of the sliding switch also has a second oblique block, the first and second oblique face described have been adjusted to the opposite direction up / down, moreover, a secondary touch switch is installed on the second oblique face and contacts it, which is connected as the first touch switch inside the base. In the priority technical plan, the oblique face and the touch switch have been set up in opposite direction, in order to let the front and back of the transformable game disk to realize the transformation after the triggering by the impact, facilitating the manipulation of the game, act as desired when throwing / launching the transformable game disk.

[0012] More precisely said, in the above two technical plans, each face or the internal / external flanks of the front part and / or the rear part have card slots for replacing the contents of the diagram. In the priority technical plan, the diagrams on the floppy disk can be replaced arbitrarily through the card slot, the different types of card sets can also be replaced. Moreover, the difficulty of the memory game disk has increased, the output of the card is random, increasing the uncertainty and the fun of the game.

[0013] More precisely said, the surface of the above-mentioned card slot is designed in closed or open mode, in this priority technical plan, the closed type card slot has only one slot in the diagram, in order to better protect the contents of the diagram, preventing the diagram from being scratched or damaged, moreover, the open type card slot is composed of one slot in the diagram and three edges of the slots, to save materials, reducing the production cost.

[0014] Compared with the current technique, this invention has separated the trigger mechanism and the locking switch, which makes its structures more stable, in the locking state, the front part, the rear part will not be disconnected, triggered or transformed due to violent fall, impact or twisting of the floppy disk, which can be locked completely, greatly reducing the possibility of accidental triggering. In addition, the touch switch is connected in a swinging and movable manner, so as to accelerate the rate of assembly, increasing productivity, reducing labor intensity.Moreover, in the first technical plan, the trigger mechanism and the locking switch have been set up and move horizontally, reducing to some extent the space occupied by the base in the whole disk, increasing the percentage of occupation of the schematic content on the disk surface, improving the overall aesthetics. In addition, the game disk has a slot for replacing the schematic content, players can arbitrarily replace the .

[0015] content of the diagram on the surface, the combat difficulty and the degree of combativeness of the game have increased, which makes the game disk more interesting and attractive. Brief description of the drawings

[0016] [Fig.l] illustrates an exploded diagram of embodiment No. 1 of the invention.

[0017] [Fig.2] is a structural diagram of the trigger and switch mechanism locking of embodiment No. 1 of the invention.

[0018] [Fig. 3] is an exploded diagram of embodiment No. 2 of this invention.

[0019] [Fig.4] is a structural diagram 1-1 of the trigger mechanism and of the locking switch of embodiment No. 2 of the invention.

[0020] [Fig.5] illustrates an exploded diagram 1-2 of the trigger and lock switch mechanism of embodiment No. 2 of the invention.

[0021] [Fig.6] is a Sectional View 1-3 of the trigger and lock switch mechanism of Embodiment 2 of the invention.

[0022] [Fig.7] is an exploded diagram 2-1 of the trigger and interlock switch mechanism of embodiment 2 of the invention.

[0023] [Fig.8] is a vertical sectional view 2-2 of the trigger mechanism of embodiment No. 2 of the invention.

[0024] [Fig.9] is a vertical sectional view 2-3 of the trigger mechanism of the embodiment No. 2 of the invention.

[0025] [Fig. 10] is a structural sectional diagram of the card slot of this invention. Detailed description

[0026] This invention is mainly composed of a front part 2, a rear part 1, a rotating shaft 4, an elastic member, a trigger mechanism and a locking switch, of which the front part and the rear part have been molded by transparent or non-transparent plastic injection. The tails of the two parts are connected by the rotating shaft and the elastic member, leaving two parts of overturning and folding like a 'hinge', which can be transformed, for example, rebound and overturning. Moreover, the fronts of the front part and the rear part are connected by a trigger mechanism, with the help of the present mechanism, two parts can activate or deactivate the rebound in the state of overturning and folding.In addition, the lock switch plays a role as a lock to limit the triggering mechanism, which ensures that the game disk cannot be transformed by the triggering in any case, effectively solving the phenomenon of accidental triggering of the game disk in the locked state. To realize all the functions of the game disk above, the concrete execution modes are described in combination with the attached figures.

[0027] Referring to Figures 1 and 2, in the first embodiment, the tails of the front part and the rear part 2 have symmetrical shaft bases 21, a notch 22 is formed between these shaft bases, the shaft bases are used to support and mount the rotating shaft. The inner flanks of the front part form a square cavity 23, these inner flanks can be considered as the cover faces of the playing cards, to conceal the contents of the game or factors of the playing cards, this surface can be affixed with a hidden sticker 24.A horizontal base 3 has been set in the center of the front of the front part, which is in rectangular shape and forms an integrality with the aforementioned cavity 23, the base is composed of a slot 36 and a cover 31, this slot is provided with a structure for putting the trigger mechanism and the locking switch 32, the cover plays a role of fixator for the trigger mechanism and the locking switch, after collaborating with the slot, which can limit the position of the trigger mechanism and the locking switch, a notch of the slot 31a is located inside the center of the cover 31, one end of the notch has an oval trigger hole 31b, of which, the notch is serving the slot 36. The external flanks of the front part can . be considered as the front of the game card, this surface can be affixed with a sticker 25.

[0028] Two spaced shaft sleeves 11 are placed in the center of the tail of the rear part 1, these two sleeves and the shaft base 21 of the front part 2 form a shaft connector. The inner flanks of the rear part can be considered as the computer faces of the game cards, which can be compatible to cover the cavity 23 of the front part of the floppy disk, forming a mutual cover, this surface can be affixed with a computer sticker 15. The outer flanks of the rear part can be considered as the LOGO pattern of the game cards, this surface can be affixed with a LOGO sticker 12. A rectangular notch 13 is located in the center of the front of the rear part, which adapts to the size of the base 3, in order to bypass the base and fit it.Moreover, the tab 14 is located in the center of the front of the rectangular notch, its location corresponds precisely to the notch 31a of the cover, the tab is flat, which has a partition 14a not very convex in the middle, the tab can be placed precisely inside the slot 31a when the rear part covers the front part 2. .

[0029] The above rotating shaft 4 is made of iron, which can provide the function of overturning and folding as a hinge for the front part and the rear part, when connecting, let the iron shaft pass through the shaft base 21 of the front part and the shaft sleeve 11 of the rear part, its two ends were fixed respectively to the shaft bases at the two sides of the front part, after completing the connection, two shaft sleeves respectively reserve a space for the elastic mechanism with the adjacent shaft sleeve. Besides, the above iron shaft can be constructed of other metals, for example: Stainless steel, copper.

[0030] The above-mentioned elastic mechanism adopted two torsion springs, which include: Left torsion spring 5 and right torsion spring 7, these two springs fit at the same time on the iron shaft, which were put in spare space between the shaft base 21 and the shaft sleeve 11 of the front part and the rear part, therefore forming a torsion balance at both sides. After mounting, two torsion springs exert opposite force on the front part and the rear part, to expand them immediately, realizing the function of rebound and transformation. In the other embodiments, the mechanism may also adopt a spring disc and a tension spring published in the operating instructions of the Chinese new invention patent (Publication No.: CN212308846U), its execution mode corresponds to the technical drawing recorded in the new invention patent.

[0031] To ensure the stability of the bouncing process and the optimization in the open / close state for the game disk, the rubber sleeve 6 can be Set up between the spare space and two shaft sleeves 11 for protection, the rubber sleeve can also prevent the exposure of the torsion spring and iron shaft, which affects the aesthetics of the product.

[0032] The described trigger mechanism comprises: A sliding switch 34 and a touch switch 33, the sliding switch is located on the right side of the slot 36, which can slide to the left or right within the limiting travel range of the slot, the sliding switch has a switch clip 34a on the left, sliding and stretching and shrinking toward the notch 31a, the switch clip has an oblique face on its surface, the oblique surface cooperates with the tab 14, which can push the sliding switch to slide when the tab is pressed, the lower surface of the switch clip has a right angle locking slot, which can lock the right side of the tab 14.The right end of the slide switch has a spring 35, this spring presses against the slide switch, which can push the slide switch back to its original place, realizing the self-locking function. The slide switch 34 also has a rectangular chiseled object passing through its body, this rectangular object fits onto the oblique block 37 which is fixed on the slot, two parts coordinate to limit the sliding stroke of the slide switch. Besides, the rectangular chiseled object has a shaft base 34b at one end of the upper surface, the shaft base is composed of two open shaft holes.The touch switch 33 is cylindrical in shape, its top passes through the trigger hole 31b of the cover, by operating in the limiting field inside the trigger hole, the touch switch has a compression plate 33b at the bottom, the shaft 33a is on the right of the compression plate 33b, the shaft is stapled in the base of the shaft hole 34b by two shaft holes excessively, so that the touch switch can be swung up or down to a certain extent by focusing on this end, the lower left side of the compression plate 33b contacts the oblique block 37, which moves in the inclined stroke along the oblique block when compressing, consequently pushing the sliding switch to move to the right by means of the touch switch, causing its switch to disengage from the tab, in order to realize the locking.

[0033] The aforementioned locking switch 32 comprises: A link 32a and a locking clip 32c, which are located to the left of the slot 36 of the base, the link passes through the slot and is placed next to the front of the front part 2, which can be tilted to the left or right at this end. Moreover, this link also has a tilting part 32b in the form of a 'concave arc'. The locking clip 32c and the link form an integrality, which has been driven by the link by moving synchronously with it, the clip is located in the base which moves to the left or the right in the limitation field of the base, this clip also has a right angle slot, which can clip the left part of the tab 14, which forms a double insurance lock with the sliding switch, it will not be unlocked despite under the impact or contact of the touch switch, effectively solving the inconvenience of triggering even in the locking state.

[0034] As illustrated in Figures 3, 4, 5 and 6, in the second embodiment, compared with the first, the aforementioned front part 2 has a base 8 in the center of its front of the front part, this base is in the shape of a half arc which combines with the cavity 23, which is composed of a slot 81 and a half arc-shaped cover 82, the base has a structure for putting the trigger mechanism and locking switch 83 inside, which has an outlet / inlet 81a in the center of the tail of the front part, the cover 82 plays a role of a fixator for the trigger mechanism and the locking switch, its coordination with the slot can limit the location of the trigger mechanism and locking switch, the cover has an oval trigger hole 82a on the surface.

[0035] The aforementioned rear part 1 has a half-arc shaped notch 16,1a the size of the half-arc shaped notch fits that of the half-arc shaped base 8, so that the notch can go around this base and fits it, moreover, the half-arc shaped notch has a stapling slot 16a in the center, the position of this slot corresponds precisely to the entry / exit of the slot 81a.

[0036] The above-mentioned trigger mechanism comprises: The sliding switch 85 and the touch switch 84, the sliding switch is located in the middle of the slot 81, which slides forward and backward within the limiting travel range of the slot, the sliding switch has a clip 85a at the front (see [Fig.5]), this clip is locked in the locking slot 16a via the inlet / outlet of the slot 81a. The sliding switch has an oblique face 85b at the rear (see [Fig.5]). The sliding switch also has a rectangular chiseled object which passes through the body, a spring 86 is installed in this object and against it, this spring can push the sliding switch to lock and return to its original place, realizing the automatic locking function.One end of the spring rests against the rectangular chiseled object front, the other end rests against the limiting convex part 87, this part is fixed inside the slot 81, the coordination of the three components limits the sliding stroke of the sliding switch. The touch switch 84 is cylindrical in shape, its top passes through the trigger hole 82a of the half-arc-shaped cover, actuating in the limiting field inside the trigger hole. The touch switch 84 has an oblique face 84b at the bottom, this face coordinates and contacts the oblique face 85b of the sliding switch, the touch switch moves in the inclined stroke along the face. oblique when pressed, consequently pushing the sliding switch to move backwards with the help of the touch switch, causing its clip 85a to disengage from the slot 16a, in order to achieve locking. The touch switch 84 has a shaft 84a at one end at the bottom, the shaft has been set on a shaft base 88 in clipping mode, so that the touch switch can be swung up or down to a certain extent by focusing on this end. The aforementioned shaft base is fixed in the slot 81, this base is composed of two open shaft holes, this opening facilitates the implantation of shaft 84a of the touch switch.

[0037] The aforementioned locking switch 83 is composed of: A link 83a and a support part 83c, which are located to the left of the slot 81 of the half-arc-shaped base, i.e. next to the sliding switch 85. The link passes through the slot and is placed next to the front of the front part 2, which can be tilted to the left or right at one end. Moreover, this link also has a tilting part 83b' in the shape of a concave arc'. The locking support part and the link form an integrality, which was driven by the link by moving synchronously with it, the support part is located in the base 81 which moves to the left or right in the limiting field of the base, this part can press against the tail of the sliding switch 85 by the movement, in order to lock the sliding switch, prevents its moving backward.The slide switch clip firmly locks the locking slot 16a through the limitation of the slide switch stroke, which forms a complete locking effect despite under the impact or contact of the touch switch, this embodiment effectively solves the disadvantages of triggering even in the locking state.

[0038] As illustrated in [Fig.7], 8 and 9, based on the second embodiment, the aforementioned sliding switch 85 has the first oblique face 38 and the second oblique face 39 at the tail, two oblique faces are arranged in a misaligned form. The first oblique face 38 faces the half-arc-shaped cover 82, which coordinates and contacts the oblique face 84b of the touch switch 84, the touch switch moves in the inclined stroke along the oblique face when pressed, consequently pushing the sliding switch to move backward by the touch switch, causing its clip 85a to disengage from the locking slot 16a, in order to realize the locking.The second oblique face 39 faces the front part 2, this face has a second touch switch 89 which connects it, this second touch switch has an identical structure with the first touch switch 84, in the same form, which is connected with the same mode and is located inside the base 8 in the shape of a half arc, the top of the second touch switch passes through the front part 2, when the second switch contacts the oblique block 39 through the oblique face, this switch 89 moves. along the oblique face of the second oblique block 39 when pressed, which pushes the sliding switch 85 to move rearwardly through the second touch switch, causing the clip 85a to disengage from the locking slot 16a, thereby achieving locking.

[0039] As illustrated in [Fig. 10], in the first and second embodiment, in general, the inner and outer sides of the front part 2 and the back part 1 have a graphic layer, this layer can be affixed front stickers, hidden stickers, computer stickers, except for the stickers, this graphic layer can be constructed by any printing technology, for example, thermal transfer printing, IMR printing and laser printing etc., however, their unique defect is, the determined graphic layer cannot be changed and replaced, therefore, some player can apply many information on the memory game cards in the game battle, which reduces the fun of the card game to some extent, it is restricted by the card games of the same playing method.To solve the problem of non-replacement of the graphics layer, each face or the inner and outer flanks of the front part 2 and / or the rear part 1 have the card slots 26,27,17,18 to replace the contents of the schematics, the cards with different schematics can be inserted into the slot to realize the replacement, but the slot can be designed in closed or open way, that is to say: Except one card slot, the other parts of the closed slot are all closed. Besides, the closed face can be constructed of transparent materials, in order to view the contents of the graphics cards. However, the open slot has one card slot, the other peripheral parts are designed with the edges, the graphics cards can be inserted through the card slot, or slightly bulge the center of the graphics cards, then put two ends into the corresponding slot, in order to complete the replacement of the graphics cards.

[0040] In some embodiments, each flank of the front portion and the rear portion may be provided with the aforementioned slots 26, 27, 17, 18, or placed only on the internal and external flanks of the front and rear portion, placed on the internal and external flanks of the front and rear portion, or placed on the internal and external flanks of the front portion, placed only on the internal and external flanks of the rear portion.

Claims

Claims

1. A transformable game disk which consists of: a front part (2) and a rear part (1), the tails of the two parts being movably connected, this movable connection end having at least one elastic member (5, 7) which facilitates the overturning and folding of the two parts (1, 2), like a 'hinge', a trigger mechanism being installed between the fronts of the front part and the rear part and allowing them to be connected to each other, a locking switch (32, 83) allowing the fronts of the front part and the rear part to be prevented from being disconnected from each other.

2. Convertible game disk according to claim 1 characterized in that: the front of the front part has a base (3) which has a slot (31a) on its surface, the front of the rear part has a tab (14) for locking in the slot, the trigger mechanism contains: a sliding switch (34) and a touch switch (33), the sliding switch (34) is located at one end of the base (3) which slides to the left or right, one end of the sliding switch (34) has a clip (34a) capable of locking half of the tab (14), the other end has a spring against it, the touch switch (33) described is installed on the sliding switch (34), one end of the lower part of the touch switch (33) is connected to the sliding switch (34) in a movably manner,so that the touch switch (33) can be swung up or down by focusing on this end, the other end of the lower part of the touch switch (33) contacts an oblique block, the locking switch is arranged at the other end of the base and provided with a link (32a) and a clip (32c) for locking the other half of the tab (14) and thus preventing accidental triggering of the tab (14).,

3. A transformable game disk according to claim 2 characterized in that, the sliding switch (34) has a shaft hole on its surface, the lower part of the touch switch (33) has a shaft at one end, this shaft is located inside the base of the shaft hole, so that the touch switch (33) can swing by focusing on this end.

4. Convertible game diskette according to claim 1, characterized in that: the front of the front part has a base, the front of the described rear part of the diskette has a locking slot (16a) opposite the base, the described trigger mechanism contains: a sliding switch (85) and a touch switch (84), the sliding switch (85) is located inside the base which slides in or out, the front of the sliding switch (85) has a clip (85a), this clip passes through the base and is locked in the slot (16a) when the sliding switch (85) slides, the sliding switch (85) has a slanted block at the back, which is also provided with a spring against it, the described touch switch (84) is installed inside the base and connects it movably, so that it can swing up or down by focusing on one end, moreover,the bottom of the touch switch (84) contacts the oblique block of the sliding switch (85), the locking switch (83) is sliding, this locking switch (83) is provided with a link (83a) and a support element (83c) for locking the sliding switch (85).,

5. Convertible game disk according to claim 4 characterized in that, the described sliding switch also has a second oblique block, the first and second described oblique block have been set up in the opposite direction up / down, moreover, a second touch switch is installed on the second oblique block and contacts it, which is connected like the first touch switch inside the base.

6. Convertible game disk according to claims 2 or 4, characterized in that each internal / external face or side of the front part and / or the rear part has a card slot.

Images