CN115671752A - Inflatable toy and inflatable toy system - Google Patents

Abstract

The invention discloses an inflatable toy which comprises at least two air cavities and at least two air pipes, wherein each air cavity is connected with at least one air pipe so as to be used for inflating and/or evacuating each air cavity, the at least two air cavities comprise an air-actuated driving air cavity and a driven air cavity, and the air-actuated driving air cavity is abutted against the at least one driven air cavity and is used for driving the abutted driven air cavity to move when the air is inflated or evacuated. The invention also discloses an inflatable toy system. The air cavities in the inflatable toy disclosed by the invention are respectively connected with the air pipes for inflation and/or air exhaust, and the air cavities can be combined and changed among air closing, inflation and air exhaust through the air inflation and air exhaust change of the air cavities, so that the motion states of different parts of the inflatable toy are realized, the action mode diversity of the air cavities is increased, and the interaction effect and the interestingness are improved.

Description

Inflatable toy and inflatable toy system

Technical Field

The invention relates to the technical field of toys, in particular to an inflatable toy and an inflatable toy system.

Background

The inflatable toy is popular among children and parents due to the characteristics of rich shape change, large size, softness, safety, easy storage and the like. However, most of the inflatable toys on the market are integrally formed, the shapes and the moving modes are fixed, the playing method is monotonous, and the overall interest and the flexibility of the toy are required to be improved.

CN208852414U discloses "a movable plush animal toy, including the body and sewing up wing and tail on the body, the inside filler that is equipped with of body is equipped with the tube bag in the body, is equipped with the inner bag in wing and tail, and elastic balloon and gasbag correspond respectively to locate in the inner bag of tail and in the inner bag of wing, and the gas tube is worn to locate in the tube bag, and the one end of gas tube links to each other with elastic balloon, and the other end links to each other with two gasbags, and the inflation valve is connected on elastic balloon, and the charging connector of inflation valve passes the tube bag and stretches outside the body". The patent document can realize the flapping of the body of the toy, but the driving mode is that the elastic saccule in the tail is manually squeezed/loosened to inflate/deflate the air sac in the wing which is communicated with the elastic saccule to deform, so that the wing is driven to swing up and down. The technical scheme has the following defects: the movable part of the toy is driven by manual repeated operation, the toy cannot move independently, time and energy are consumed during playing, the movable mode that the air bag is extruded to enable the air bag communicated with the air bag to deform is single and fixed and unchanged, the toy is not interesting enough, and a user feels tired easily.

CN201350335Y discloses a "walking inflatable animal toy", which is characterized in that an animal trunk is divided into a front part and a rear part, the front part and the rear part are movably connected, an elastic folding air bag is arranged in a cavity in the trunk, a contraction air bag is arranged outside the cavity, the two air bags are connected through an air pipe, and the elastic folding air bag is spread by pinching the contraction air bag, so as to push the animal to walk ". The patent document also discloses that the elastic air bag in the toy trunk communicated with the air bag is deformed by pressing/releasing the air bag outside the toy, so that the toy can make a forward walking gesture, and the toy is lack of flexibility and cannot expand more action changes.

CN211328133U discloses 'an inflatable toy horse capable of jumping locally', including a toy horse, a first inflatable air cavity is arranged in the toy horse, a cushion is enclosed by the body of the toy horse, a second inflatable air cavity is arranged in the cushion, ears capable of jumping are arranged on two sides of the head of the toy horse, handrails are arranged on two sides of the neck of the toy horse, a pressure applying air bag is arranged in the handrail, a pressure applying air bag and a support sheet are arranged in the ears, the pressure applying air bag is connected with the pressure applying air bag through a connecting pipe, the pressure applying air bag is in a folding shape, and the pressure applying air bag is connected with the support sheet. The patent document realizes the jumping of the horse ears of the toy through the air communication between the pressure air bags and the pressure air bags, and the movability of the toy is extremely limited.

CN211069027U discloses "a pneumatic wing toy, includes the body and is located the wing of body both sides, the body includes back support portion and rotating part, the wing is fixed on the rotating part, back support portion both sides are equipped with shoulder belt, the butt is equipped with the morphism with rotating part normal running fit between rotating part and the back support portion, the both ends of morphism are fixed respectively on rotating part and supporting part, morphism one end outwards extends and is equipped with the gas tube, the gas tube other end is connected with the gasbag, be equipped with the return air valve between gasbag and the gas tube, promote through pressing the gasbag and fix the wing seesaw at the rotating part, both sides wing independent operation".

In summary, in the prior art of actuatable inflatable toys, the inflatable toys are mostly actuated by pressing a plurality of air bags communicated with each other. The above mentioned schemes have common characteristics, namely, the gas in the air bag flows into the other air bag by pressing the air bag, the movement of the air bag of the toy part is realized, the air bag can only realize synchronous movement, can not independently fluctuate, and can not move to one action while the other keeps the shape unchanged; and the shape of the airbag requiring its activity cannot be maintained; the action mode is single, and the integral limitation is obvious.

The above background disclosure is only provided to assist understanding of the concept and technical solution of the present invention, which does not necessarily belong to the prior art of the present patent application, and should not be used to evaluate the novelty and inventive step of the present application in the case that there is no clear evidence that the above content is disclosed at the filing date of the present patent application.

Disclosure of Invention

It is a primary object of the present invention to overcome the above-mentioned deficiencies in the background art and to provide an inflatable toy and an inflatable toy system.

In order to achieve the purpose, the invention adopts the following technical scheme:

an inflatable toy, comprising: the air inflation device comprises at least two air cavities and at least two air pipes, wherein each air cavity is respectively connected with at least one air pipe so as to be used for inflating and/or evacuating each air cavity; the at least two air cavities comprise an air actuating driving air cavity and a driven air cavity, and the air actuating driving air cavity is abutted with at least one driven air cavity and used for driving the abutted driven air cavity to move when air inflation or air suction is carried out. Through the transform of inflating/bleeding air actuating drive air cavity, because its volume grow can remove other air cavities of jack-up when aerifing, just put down when bleeding, just can drive other air cavities.

Further, at least one of the air chambers can be inflated to a predetermined state to close the air chamber to provide support for the air actuated drive air chamber.

Further, at least one of the air chambers is connected, adjacent or at least partially nested with at least one other of the air chambers, and at least one of the air chambers is not vented to the atmosphere from at least one other of the air chambers. By adopting the layout mode, the air chambers can be better driven by air actuation to drive other air chambers, and the mutual movement among the air chambers is realized. It should be noted that, the connection of one air cavity and another air cavity means that the cavity walls between the two air cavities are connected together, but are not ventilated; the fact that one air cavity is adjacent to the other air cavity means that the two air cavities are only close to and close to each other but are not connected with each other, namely, the two air cavities can be mutually acted or supported under the condition that at least one air cavity is inflated, but the two air cavities are mutually separated under the condition of air exhaust.

Further, at least some of the air chambers of at least two of the air chambers each receive inflation and/or deflation independently of each other.

Furthermore, aerify the toy still include the rigid coupling spare, the rigid coupling spare sets up on the wall of air cavity, just be equipped with on the rigid coupling spare and connect tracheal trachea interface to make the gas that comes from outside air supply or the gas that flows toward outside air supply can be via trachea interface and air cavity intercommunication, at least one is the elementary rigid coupling spare that is used for connecting air supply or other inflatable toys in the rigid coupling spare, be equipped with on the elementary rigid coupling spare trachea interface.

Furthermore, still include among the rigid coupling piece and be used for connecting other inflatable toy's secondary rigid coupling piece, be equipped with on the secondary rigid coupling piece trachea interface.

Further, aerify the toy still includes the rigid coupling piece, the rigid coupling piece sets up on the wall of air cavity, just be equipped with at least one on the rigid coupling piece and connect tracheal trachea interface to make the gas that comes from outside air supply or the gas that flows toward outside air supply can pass through trachea interface and air cavity intercommunication, at least one is the secondary rigid coupling piece that is used for connecting other inflatable toys among the rigid coupling piece, be equipped with on the secondary rigid coupling piece the trachea interface.

Furthermore, at least one of the at least two air pipes is a branch air pipe, one end of the branch air pipe is provided with a single port, the other end of the branch air pipe is provided with a plurality of ports, one end provided with a single end is connected with one of the rigid connecting pieces, one end provided with a plurality of ports is respectively connected with a plurality of air cavities, or one end provided with a plurality of ports is respectively connected with a plurality of other rigid connecting pieces, or one end provided with a plurality of ports is respectively connected with at least one air cavity and at least one rigid connecting piece.

Furthermore, one end of each air pipe is connected to the air pipe interface of the primary fixed connection member of the fixed connection members, and the other end of each air pipe is connected to the air pipe interface of each air cavity and/or the secondary fixed connection member of the fixed connection members.

Further, the tube body of the air tube is partially or completely arranged inside the air cavity. The arrangement can reduce the exposure of the air pipe body as much as possible, is beautiful, avoids stumbling players and improves the safety.

Furthermore, at least part of the fixed connection pieces are provided with locking mechanisms, and the locking mechanisms are used for locking each other when the fixed connection pieces are connected with an external air source or when the fixed connection pieces are connected with the fixed connection pieces of other inflatable toys, so that the fixed connection pieces are prevented from being easily separated after being connected.

Furthermore, at least part of the fixed connecting pieces are provided with valve connecting parts which are used for connecting valve components, the valve components are arranged at the positions where the fixed connecting pieces are connected with an external air source or the positions where the fixed connecting pieces are connected with other fixed connecting pieces of other inflatable toys, and the valve components are connected through the valve connecting parts to regulate and control the airflow flowing into and out of each air cavity of the inflatable toy, so that each air cavity is interactively changed between inflation, air exhaust and air closing.

Furthermore, each of the fixing members is connected to the wall of one of the air chambers by one of heat seal welding, clamping connection and locking connection for fixing.

Furthermore, the valve assembly comprises a flow dividing piece, an inflation passage and an air exhaust passage are arranged on the flow dividing piece and are respectively used for inflation and air exhaust, and vent holes which are hermetically communicated with secondary fixed connection pieces in the fixed connection pieces are respectively arranged on the inflation passage and the air exhaust passage; the air inflation passage is provided with a plurality of air inflation branch openings, the air exhaust passage is provided with a plurality of air exhaust branch openings, and the air inflation branch openings and the air exhaust branch openings can be respectively communicated with the primary fixed connecting pieces in the fixed connecting pieces in an airtight mode.

Further, the valve assembly further comprises a valve which can be detachably mounted on the valve assembly, so that the gas flowing through one of the fasteners can be divided or combined through the dividing part of the valve assembly and controlled by the valve to flow to the other fastener. When the air charging valve is inflated, air coming from the air source is shunted on the valve assembly, and air coming out from the air cavity is converged on the valve assembly during air suction, so that the number of air pipes from the air source to the fixed connecting piece can be reduced, and the cost is saved.

An inflatable toy system comprises an air source module and at least one inflatable toy, wherein the air source module comprises an external air source and an air source pipe, one end of the air source pipe is connected with the external air source, and the other end of the air source pipe is connected with the inflatable toy.

Furthermore, the air source module further comprises an air source fixing piece, and an air source interface connected with the air source pipe is arranged on the air source fixing piece, so that air from the external air source or air flowing to the external air source can flow through the air source interface.

Furthermore, a locking mechanism is arranged at the connecting position of the air source fixing and connecting piece and the fixing and connecting piece. And the air source fixing component is used for locking mutually when being connected with the fixing component.

Further, still include the valve member of using the gaseous circulation of valve control, the air supply rigid coupling pass through the valve member with one of them on the inflatable toy rigid coupling links to each other for the gas that flows through the air supply pipe is controlled to flow through valve on the valve member in the trachea, or make to flow through the gas of trachea is controlled to flow through the valve of valve member in the air supply pipe.

Further, the inflatable toy system comprises at least two inflatable toys, wherein the at least two inflatable toys comprise a first inflatable toy and b second inflatable toys, and the first inflatable toy is provided with a fixed connection piece; the second inflatable toy is provided with at least two fixed connection pieces, the at least two fixed connection pieces comprise a primary fixed connection piece used for being connected with an air source or other inflatable toys and a secondary fixed connection piece used for being connected with other inflatable toys, the fixed connection piece of the first inflatable toy is connected with the secondary fixed connection piece of the second inflatable toy, the primary fixed connection piece of the second inflatable toy is connected with the air source fixed connection piece or is connected with the secondary fixed connection pieces of the other second inflatable toys, the secondary fixed connection piece of the second inflatable toy is connected with the primary fixed connection pieces or the secondary fixed connection pieces of the other second inflatable toys, wherein a is more than or equal to 0, b is more than or equal to 1, a and b are natural numbers.

An inflatable toy system comprises at least two inflatable toys, wherein the at least two inflatable toys comprise a first inflatable toy and b second inflatable toys, the first inflatable toy is provided with a fixed connection piece, the second inflatable toy is provided with at least two fixed connection pieces, the at least two fixed connection pieces comprise a primary fixed connection piece used for being connected with an air source or other inflatable toys and a secondary fixed connection piece used for being connected with other inflatable toys, the fixed connection piece of the first inflatable toy is connected with a secondary fixed connection piece of the second inflatable toy, the primary fixed connection piece of the second inflatable toy is connected with the air source or connected with the secondary fixed connection pieces of the other second inflatable toys, the secondary fixed connection piece of the second inflatable toy is connected with the primary fixed connection pieces or the secondary fixed connection pieces of the other second inflatable toys, a is larger than or equal to 0, b is larger than or equal to 1, and a and b are natural numbers.

Furthermore, a locking mechanism is arranged at the position where the fixed connection pieces are connected with each other. For interlocking when said fastening members or valve components are interconnected.

Furthermore, the inflatable toy system also comprises a valve assembly for controlling the gas to flow through by using a valve, and the valve assembly is connected between the two fixing members, so that the gas flowing through the gas pipe interface of one fixing member flows to the gas pipe interface of the other fixing member after being controlled by the valve on the valve assembly.

Compared with the prior art, the invention has the beneficial effects that: the air cavities in the inflatable toy disclosed by the invention are respectively connected with the air pipes to carry out inflation and/or air exhaust, and the air cavities can be combined and changed among air closing, inflation and air exhaust through the air cavity inflation and air exhaust change, so that different motion states of different parts of the inflatable toy can be realized. The inflatable toy air chamber comprises at least one air actuating driving air chamber, other air chambers are driven by inflating and exhausting the air actuating driving air chamber, and the driven air chamber can still enable different parts to generate dynamic change effects under the condition of keeping the shape unchanged, so that the inflatable toy is rich in the possibility of multiple changes while keeping the attractiveness and integrity of the overall shape, the diversity of the action modes of the air chamber is increased, and the interaction effect and the interestingness are improved. Meanwhile, the air cavity to be moved (namely the driven air cavity) and the air cavity generating the air inflation and exhaust actions (namely the air-actuated driving air cavity) are not the same air cavity, so that a material basis is provided for controlling the movement of a larger air cavity by adopting less air inflation and exhaust amount.

In a further scheme, the invention also has the following beneficial effects:

in the inflatable toy in some embodiments of the invention, the plurality of mutually independent air cavities are respectively connected with the air pipes which are mutually independently communicated with the external air source, so that the independent and asynchronous air inflation and air exhaust of the plurality of air cavities can be realized, and further, the plurality of parts of the inflatable toy can present asynchronous and lodging dynamic changes (namely the continuous fluctuating transformation effect of asynchronously inflating or deflating the plurality of air cavities).

In some embodiments of the invention, the fixed connection piece on the air cavity of the inflatable toy is provided with a plurality of air pipe interfaces so as to be connected with a plurality of air pipes, and due to the plurality of air pipes, the air pipes connected with the inflation source and the air pipes connected with the exhaust source can be simultaneously arranged, so that the inflatable toy can be inflated and exhausted.

According to the inflatable toy in some embodiments of the invention, the pipe orifices of the plurality of air pipes connected with the plurality of air cavities are gathered and fixed on the fixed connecting piece, so that the problem that the air pipes of the plurality of air cavities can be communicated in one step by one connection is solved, and the inflatable toy does not need to be connected one by one, consumes time and consumes labor when being inflated and exhausted like a multi-air cavity inflatable toy without an air pipe gathering structure. And the structure that trachea and rigid coupling piece gathered together fixedly is convenient for install, and a pipe is rationally distributed pleasing to the eye, has effectively improved the utilization ratio and the experience of toy and has felt.

The inflatable toy system formed by the fixed connection pieces in some embodiments of the invention has richer changes and more diversified playing methods, and can improve the interest and the interactive feeling of the toy to a greater extent.

Drawings

Figure 1 is a schematic view of the present invention in communication with a gas source with only one inflatable toy.

Fig. 2 is a schematic view of the air pipe branch in the inflatable toy of the present invention.

Fig. 3 is a schematic view of the present invention in which a plurality of air-filled toys are combined to form an air-filled toy system.

FIG. 4 is a schematic view of a secondary fastener of the present invention.

FIG. 5 is a schematic view of a primary fastener of the present invention.

FIG. 6 is a schematic view of the docking assembly of the primary and secondary fixtures and valve assembly of the present invention.

FIG. 7 is a schematic view of the butt assembly of the primary and secondary fasteners and the splitter of the present invention.

Fig. 8 is a schematic view of the docking assembly with the addition of a valve to that of fig. 7.

Detailed Description

In order to make the technical problems, technical solutions and advantageous effects to be solved by the embodiments of the present invention more clearly apparent, the present invention is further described in detail below with reference to the accompanying drawings and the embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and do not limit the invention.

It will be understood that when an element is referred to as being "secured to" or "disposed on" another element, it can be directly on the other element or be indirectly on the other element. When an element is referred to as being "connected to" another element, it can be directly connected to the other element or be indirectly connected to the other element. In addition, the connection may be for either a fixing or a circuit communication.

It is to be understood that the terms "length," "width," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," and the like are used in an orientation or positional relationship indicated in the drawings for convenience in describing the embodiments of the present invention and to simplify the description, and are not intended to indicate or imply that the referenced device or element must have a particular orientation, be constructed in a particular orientation, and be in any way limiting of the present invention.

Furthermore, the terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or to implicitly indicate the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include one or more of that feature. In the description of the embodiments of the present invention, "a plurality" means two or more unless specifically limited otherwise.

An embodiment of the present invention discloses an inflatable toy, including: the air inflation device comprises at least two air cavities, at least two air pipes and at least one fixed connection part, wherein each air cavity is connected with at least one air pipe to inflate and/or exhaust the air cavities, each fixed connection part is arranged on the side wall of one air cavity, and each fixed connection part is provided with at least one air pipe connector connected with the air pipes so that air from an external air source or air flowing to the external air source can flow through the air pipe connector.

The invention discloses an inflatable toy system which comprises an air source module and at least one inflatable toy, wherein the air source module comprises an external air source and at least two air source pipes, one end of each of the at least two air source pipes is connected with the external air source, and the other end of each of the at least two air source pipes is connected with one of the fixed connecting pieces on the inflatable toy.

The invention discloses an inflatable toy system, which comprises at least two inflatable toys, wherein the at least two inflatable toys comprise a first inflatable toy and b second inflatable toys, the first inflatable toy is provided with one fixing piece, the second inflatable toy is provided with at least two fixing pieces, the at least two fixing pieces comprise at least one primary fixing piece used for being connected with an air source or other inflatable toys and at least one secondary fixing piece used for being connected with other inflatable toys, the fixing piece of the first inflatable toy is connected with the secondary fixing piece of the second inflatable toy, the primary fixing piece of the second inflatable toy is connected with the air source or the secondary fixing pieces of the other second inflatable toys, the secondary fixing piece of the second inflatable toy is connected with the fixing piece of the first inflatable toy, the primary fixing pieces of the other second inflatable toys or the secondary fixing pieces, wherein a is more than or equal to 0, b is more than or equal to 1, a and b is a natural number.

In some preferred embodiments of the present invention, the inflatable toy comprises at least two air chambers, each of which can independently receive inflation and deflation; the air cavity is at least provided with a main air cavity and an air actuating driving air cavity; the air-filling device also comprises air pipes, wherein each air cavity is at least connected with one air pipe so as to fill and exhaust air for the corresponding air cavity. The air cavity is provided with at least one air cavity, and the air cavity is provided with a plurality of air cavities; the gas pipe connector is arranged on the fixed connecting piece, one end of the gas pipe connector is connected with a gas pipe, and the other end of the gas pipe connector is communicated with the end face of the fixed connecting piece where the valve connecting part is located in a penetrating manner, so that gas from an external gas source or gas flowing to the external gas source can flow through the gas pipe connector and further flow into the gas pipe connected with the gas pipe connector; preferably, the number of the air pipe interfaces is more than two, so that air can be distributed to different air pipes through different air pipe interfaces, and therefore air charging and air exhausting of different air cavities are achieved. According to the invention, the independent air cavities are arranged, and each air cavity is independently inflated and exhausted by adopting the air pipe, so that the inflatable toy consisting of a plurality of air cavities can realize the motion state of the lying posture; the other air cavities are driven to move by charging and exhausting the air-actuated driving air cavity, so that the air cavity can still move under the condition of keeping the shape of the air cavity unchanged; the fixed connection piece is adopted, so that the butt joint of the inflatable toy and the air source is simple and convenient; the air cavity movement mode of the invention can carry out the movement of charging and exhausting the air and can drive the air cavity to move by charging and exhausting the air actuated drive air cavity, and the invention has various movement modes, rich and colorful interaction effect and obvious overall superiority.

In some preferred embodiments, the fastening members include at least one primary fastening member, and the fastening members may further include a secondary fastening member; one end of each air pipe is respectively connected with the corresponding air cavity or the corresponding secondary fixed connecting piece, the other end of each air pipe is connected to the primary fixed connecting piece in a gathering mode, and the pipe orifice of each air pipe is respectively communicated with one corresponding air pipe connector. By adopting the arrangement, the pipe orifices at one end of the plurality of air pipes randomly dispersed in the air cavities can be uniformly butted on the primary fixing member in advance, when the air cavities are required to be communicated with the air source, each air cavity of the inflatable toy can be independently communicated with the air source by only butting the air source fixing member connected with the air source with the primary fixing member, the operation is simple and convenient, and the time and the labor are saved; simultaneously through the setting of secondary rigid coupling spare and primary rigid coupling spare, can make a plurality of aerify and dock each other between the toy and constitute the toy system, the inflatable toy that the extension is connected can also keep its independence moreover, aerifys, bleeds independently promptly, adopts pneumatic drive air cavity to go to drive other air cavities, has increased the flexibility and the expansion degree of toy.

In some preferred embodiments, the air chamber provided with the primary fastening member is a main air chamber, and at least a part of the tube body of each of the remaining air tubes of the inflatable toy, except for the air tube for inflating and deflating the main air chamber, is located in the main air chamber, and the openings at the two ends of each of the air tubes are not located in the main air chamber. Through the arrangement, the gas flowing into or out of each air cavity can be prevented from being mixed with the gas in the main cavity; therefore, each air cavity can be independent of the main air cavity to inflate, deflate or close, and under the condition that the main air cavity keeps closed, the rest air cavities respectively move independently according to needs.

In some preferred embodiments, the gas actuated drive air chamber is capable of receiving continuous or intermittent charging and discharging air; and the pneumatic driving air cavity can correspondingly generate changes in appearance, position and motion state along with air inflation and air extraction, so that other air cavities are driven to do corresponding action changes through the changes of air inflation and air extraction of the pneumatic driving air cavity.

In some preferred embodiments, other air chambers besides the air actuating driving air chamber can be closed after being inflated to a required state so as to provide support for the air actuating driving air chamber, and when the air actuating driving air chamber is inflated and exhausted, a support point jacks up the other air chambers to move.

In some preferred embodiments, the fastening members are provided with locking mechanisms, and the locking mechanisms can lock the inflatable toys butted together by the secondary fastening member and the primary fastening member from being separated from each other to form an inflatable toy system with multiple playing methods; the primary fixed connection piece and the air source fixed connection piece can be mutually butted and then locked without separation.

In some preferred embodiments, the primary and secondary fastening members are provided with valve connecting portions, and the valve connecting portions are connected with the valve assemblies to regulate and control air flows flowing into and out of the air cavities of the inflatable toy, so that the air cavities are interactively changed among inflation, air suction and air closing, and richer dynamic changes are realized.

The following further describes the disclosed inflatable toy and inflatable toy system in terms of specific embodiments.

Example 1

As shown in fig. 1, embodiment 1 of the present invention discloses an inflatable toy 1, comprising at least two air chambers 10 capable of independently receiving inflation and/or air suction; at least one of the air cavities 10 is a main air cavity, at least one of the air cavities is an air-actuated driving air cavity, and the air-actuated driving air cavity and the main air cavity can be independently charged and exhausted in time division; in this embodiment, the number of the air cavities 10 is seven, which are respectively a first air cavity 11, a second air cavity 12, a third air cavity 13, a fourth air cavity 14, a fifth air cavity 15, a sixth air cavity 16 and a seventh air cavity 17, wherein four air-actuated driving air cavities (the fourth air cavity 14, the fifth air cavity 15, the sixth air cavity 16 and the seventh air cavity 17) are provided, and are respectively arranged at different positions of the main air cavity (the first air cavity 11). Each air cavity is connected with at least one air pipe 20 for charging/exhausting air to the corresponding air cavity; the air tube 20 is connected with the corresponding air cavity in an airtight manner, and after the air tube 20 is connected with the air cavity, the air in the air cavity can be exchanged with the outside only through the air tube 20.

The inflatable toy also comprises at least one fixed connection part 30, and the fixed connection part 30 can be arranged on the cavity wall of the main air cavity 11; the fixed connection member 30 is provided with a gas pipe interface 31, the inside of the gas pipe interface 31 penetrates through the fixed connection member 30, so that gas from the external gas source 90 or gas flowing to the external gas source 90 can flow into or out of the gas pipe 20 connected with the gas pipe interface 31 through the gas pipe interface 31 on the fixed connection member 30; the number of the air pipe interfaces 31 is preferably more than two, so that the air can be distributed to different air pipes 20 through different air pipe interfaces 31, and inflation and air extraction of different air cavities correspondingly connected with the air pipes 20 are realized; one air pipe 20 can be branched into a plurality of branch air pipes 21, so that a plurality of air cavities communicated with the branch air pipes 21 can be inflated and exhausted at the same time, for example, in fig. 1, a sixth air cavity 16, a seventh air cavity 17 and a third air cavity 13 are respectively connected with three branch air pipes 21 branched from the same air pipe 20, so that the three air cavities can be inflated, exhausted and closed synchronously; at least one of the fastening members 30 is a primary fastening member 301; one side of the primary fixed connection member 301 is positioned in the main air cavity, the other side of the primary fixed connection member 301 is displayed outside the main air cavity, and the primary fixed connection member 301 is displayed outside the main air cavity and can be connected with the air source fixed connection member 70 or connected with fixed connection members arranged on the main air cavities of other inflatable toys; the connection modes of the primary fixed connection piece 301 fixedly arranged on the main air cavity include heat seal welding, clamping connection, locking connection and the like.

One end of each air pipe 20 is communicated with the corresponding air cavity, the other end of each air pipe 20 is gathered and collected to be connected to the fixed connecting piece 30 (the primary fixed connecting piece 301), the pipe orifice of each air pipe 20 is communicated with the air pipe interface 31 arranged on the fixed connecting piece 30, the pipe orifice of each air pipe 20 is respectively connected with one corresponding air pipe interface 31, the connection of the air pipe interfaces 31 and the pipe orifices of the air pipes 20 can adopt a quick joint mode, and the air guide is convenient to install and disassemble; for an inflatable toy comprising a plurality of air cavities, because each air pipe is respectively connected with different air cavities, the air pipes are difficult to disperse and disorder, at the moment, if the inflatable toy needs to be inflated and pumped, each air pipe can only be respectively butted and communicated with an air source one by one, and the butt joint is carried out one by one, which is time-consuming and troublesome; moreover, in most cases, the air pipes are positioned inside a certain air cavity, if a device similar to a fixing component is not provided, the pipe orifices of the air pipes are fixed on the outer wall of the air cavity, and the pipe orifices of the air pipes can be ensured to be communicated with the outside of the cavity wall, an opening is required to be formed in the air cavity, a hand is required to extend into the air cavity from the opening during each inflation, the air pipes are grabbed to draw out the air pipes to be connected to an air source, and the operation is obviously very troublesome and difficult to implement; in the embodiment of the present invention, one end of each air tube 20 is gathered together and fixed on the primary fixing member 301, and the tube opening of the air tube 20 is communicated with the air tube interface 31 on the primary fixing member 301, and the primary fixing member 301 is fixed on the side wall of the corresponding air cavity, when the inflatable toy 1 needs to be inflated/pumped, even if there are many air cavities and there are many air tubes 20, only a simple action is needed to connect the primary fixing member 301 with the air source fixing member 70, each air cavity 10 of the inflatable toy 1 can be communicated with the external air source 90, so that the air cavities 10 can be inflated and pumped.

Since the fastening member 30 (primary fastening member 301) is mounted on the main air chamber (first air chamber 11), and one of the air pipe connectors 31 can be directly connected to the inside of the main air chamber, the inside of the main air chamber itself does not need to be connected to the air pipe 20 for air guiding. The part of the rigid connecting element 30 (primary rigid connecting element 301) which is exposed outside the main air cavity (first air cavity 11) needs to be airtight at the joint with an air source interface or the rigid connecting elements 30 on other inflatable toys, for example, plane sealing, conical surface sealing or spherical surface sealing and the like are performed at the joint, so that a plurality of inflatable toys can be conveniently assembled without air leakage, and when two rigid connecting elements 30 are mutually butted, the other ends of the air pipe interfaces 31 on the two rigid connecting elements, which are not connected with the air pipes 20, can also be in one-to-one correspondence to perform airtight communication and butt joint, so as to ensure the air guide independence of the air pipes 20, and enable the air cavities to be independently inflated/exhausted.

The air actuating driving air cavity can receive continuous or intermittent inflation, air extraction and air closing, and changes in the aspects of appearance, position and motion state are correspondingly generated along with the inflation and the air extraction, so that other air cavities are driven to act. Preferably, the other air chambers can be inflated to a required state and then closed (i.e. are not inflated/evacuated) to provide support for the air-actuated drive air chamber; of course, the air-actuated driving air chamber can also close air when other air chambers are driven by air inflation, so that the other air chambers are kept unchanged in one action.

At least part of the pipe body of each air pipe 20 connected with the air cavities is positioned in the main air cavity (the first air cavity 11), the length of the pipe distribution is reduced, but the pipe openings at the two ends of the air pipe 20 are not communicated with the main air cavity, so that the air in each air pipe 20 is isolated from the air in the main air cavity; the air tube 20 can also penetrate from the main air cavity into the inside of the external pneumatic actuating driving air cavity, after an opening is formed in the pneumatic actuating driving air cavity for air guiding, the air tube continuously extends out of the pneumatic actuating driving air cavity to return to the main air cavity and then penetrates out of the main air cavity again to be connected to other air cavities, so that the pneumatic actuating driving air cavity and other air cavities share one air tube 20, the air tube 20 is saved, and meanwhile, the air can be inflated/exhausted simultaneously, for example, the seventh air cavity 17 and the third air cavity 13 shown in fig. 1 share one air tube.

Any air cavity on the inflatable toy is connected with at least one other air cavity, but is not ventilated; preferably, the pneumatic driving air cavity is connected with the main air cavity (the first air cavity 11), so that when the shape and the volume of the pneumatic driving air cavity are changed due to the fact that air is filled/exhausted, different parts of the main air cavity can be driven to move through the connection of the pneumatic driving air cavity and the main air cavity, and the richness and the interestingness of the toy playing method are improved. Certainly, the air cavity can also be independently inflated and exhausted to make different actions for the player to play.

The space relation between two air cavities in the inflatable toy comprises at least one of the following three: (1) the air cavities are completely contained within other air cavities, such as the fifth air cavity 15 in fig. 1, which is completely contained within the first air cavity 11. (2) The air chambers are completely outside the other air chambers, e.g. the second air chamber 12, the third air chamber 13, the sixth air chamber 16 and the seventh air chamber 17 are completely outside the first air chamber 11 in fig. 1. (3) The air cavities are partly inside and partly outside the other air cavities, e.g. the fourth air cavity 14 in fig. 1 is partly inside the first air cavity 11 and partly outside the first air cavity 11. In an actual scenario, the air cavity may appear in 5 states: (1) the pneumatic toy comprises a main air cavity, (2) an air-actuated driving air cavity, (3) an air-actuated air cavity (moving by inflating and exhausting air by itself but not driving other air cavities), (4) a driven air cavity and (5) a closed air cavity, wherein the 5 states of the air cavities are overlapped in some scenes, such as the first air cavity 11 which is not only the main air cavity but also driven by the fourth air cavity 14, the fifth air cavity 15, the sixth air cavity 16 and the seventh air cavity 17, so that the air cavity is driven, and the air cavity is closed most of the time because the pneumatic toy plays a main role of supporting the whole pneumatic toy, and is also the closed air cavity, and in some situations needing to increase the change, the air cavity is required to be inflated/exhausted to generate the dynamic state of shaking of the body and drive other air cavities connected with the pneumatic toy to shake, and belongs to the air-actuated driving air cavity, so that the first air cavity 11 has the comprehensive functions of the main air cavity, the driven air cavity, the closed air cavity and the air-actuated driving air cavity under different scenes. The fourth air cavity 14, the fifth air cavity 15, the sixth air cavity 16 and the seventh air cavity 17 are respectively air-actuated driving air cavities, the second air cavity 12 is a closed air cavity and a driven air cavity, and the third air cavity 13 is an air-actuated air cavity. Different types of air chambers can be changed among various types according to the needs of effects, for example, a certain air chamber is still closed before 5 minutes, in order to increase the dynamic diversity, in the current twenty minutes, a valve of the air chamber is opened to receive air inflation and air exhaust to form a pneumatic air chamber or a pneumatic drive air chamber, and after the twenty minutes, the air chamber is changed back to the closed air chamber.

In this embodiment, the air-actuated driving air cavity may or may not be communicated with other air cavities, for example, the two air-actuated driving air cavities (the sixth air cavity 16 and the seventh air cavity 17) at the two armpits of the two hands of the main air cavity (the first air cavity 11) in fig. 1 are mutually communicated with other air cavities arranged on the hands; the two air actuating driving air cavities (a fourth air cavity 14 and a fifth air cavity 15) at the shoulder position of the main air cavity (the first air cavity 11) are independently ventilated and are not communicated with other air cavities; each pneumatic drive air cavity drives the corresponding air cavity through the inflation/deflation air of the pneumatic drive air cavity according to the connection, adjacency or nesting relation with other air cavities, namely, the other air cavities connected, adjacency or nesting with the pneumatic drive air cavity are jacked open or put down through the inflation/deflation of the pneumatic drive air cavity.

The stationary member 30 is further provided with a locking mechanism 40. When the inflatable toy 1 needs to be communicated with an external air source 90, the locking mechanism 40 can lock to ensure that the primary fixed connection piece 301 and the air source fixed connection piece 70 cannot be loosened and separated, so that the playing can be continuously carried out without interruption, and the locking mechanism 40 can adopt buckle locking, snap fasteners, pressing type fasteners, male and female type inserting fasteners, male and female type quick connectors, bolts, nuts, locking and the like.

The inflatable toy of this embodiment can connect the air supply and fill the air/bleed and change and play, also can be full of and close the gas and play after the gas, also can play through filling/bleeding and closing the combination of gas, for example main air cavity can be full of and close the gas, fill through the pneumatic drive air cavity and bleed and go to lift up the both hands of opening main air cavity and put down, the rocking of head air cavity, the change of the big or small of hand air cavity plays, various actions can be mutually supported and play.

Example 2

With reference to fig. 1, embodiment 2 of the present invention discloses an inflatable toy system, which includes an inflatable toy 1 and an air source module, where the air source module includes an external air source 90, an air source fixing member 70, and a plurality of air source tubes 80, the air source fixing member 70 is provided with a plurality of air source ports 71, one end of each of the plurality of air source tubes 80 is connected to the external air source 90, and the other end is connected to the air source port, in this embodiment, the number of the air source ports 71 on the air source fixing member 70 is the same as the number of the air tube ports 31 on a primary fixing member 301 of the inflatable toy 1, and when the air source fixing member 70 is connected to the primary fixing member 301, the air source ports 71 correspond to the air tube ports 31 one to one, and in this embodiment, the external air source 90 may be controlled to inflate or deflate each air source tube 80 to directly inflate or deflate a corresponding air cavity; in this embodiment, the valve assembly can be omitted, but the number of the air source pipes 80 can be large, and the actual application scenario can be selected according to the requirement.

Example 3

As shown in fig. 2, embodiment 3 of the present invention discloses an inflatable toy, which is different from the first embodiment in that the fastening member 30 of the inflatable toy of the present invention includes a primary fastening member 301 and two secondary fastening members 302, the primary fastening member 301 can be connected to an external air source or other inflatable toys, and the two secondary fastening members 302 can be connected to other inflatable toys, so that the inflatable toy can be combined in various ways to enrich its playing methods.

Example 4

In order to enrich the playing methods, the inflatable toys can be connected with each other through the fastening member 30, and the inflatable toy systems with different playing methods are assembled, in the embodiment, the inflatable toy in the embodiment 1 and other inflatable toys are assembled into an inflatable toy system through the fastening member 30. As shown in fig. 3, embodiment 4 of the present invention discloses an inflatable toy system, which includes an air supply assembly, a first inflatable toy 1 and a second inflatable toy 2, wherein the second inflatable toy 2 is disposed on a base 60, the first inflatable toy 1 is provided with a fastening member 30, the second inflatable toy 2 is provided with three fastening members 30, the three fastening members 30 include a primary fastening member 301 and two secondary fastening members 302, one end of an air pipe 20 located in a main air cavity 11 of the second inflatable toy 2 is communicated with a corresponding air cavity 10 or a corresponding secondary fastening member 302, and the other end is gathered and collected to be connected to an air pipe connector 31 on the primary fastening member 301; the primary fixed connection member 301 on the first inflatable toy 1 can be butted with the secondary fixed connection member 302 on the second inflatable toy 2, the primary fixed connection member 301 is also provided with a valve assembly 50, so that a certain number of valves can be conveniently, quickly, stably and airtightly arranged on the fixed connection member 30, and the air flow flowing into and out of each air cavity of the inflatable toy can be regulated and controlled through the valves, so that the inflatable toy can realize richer dynamic change; the valve assembly 50 may be clamped between the primary fastener 301 of the second inflatable toy 2 and the air source fastener 70 by the valve connecting portion 51, or may be clamped between the primary fastener 301 of the first inflatable toy 1 and the secondary connecting member 302 of the second inflatable toy 2. In this embodiment, the air source module includes an external air source 90, an air source fixing member 70 and two air source pipes 80, the air source fixing member 70 is provided with two air source ports 71, one end of each of the two air source pipes 80 is connected to the external air source 90, and the other end is connected to the air source ports; one air source pipe 80 connected with the two air source interfaces 71 is inflated, the other air source pipe 80 is deflated, and then the air pipe interfaces 31 are communicated one by one through the valve assemblies 50, so that each air cavity is inflated/deflated. In this embodiment, the number of the air supply pipes 80 is only two, and the number is small, but in practical situations, it may be necessary to provide a valve assembly to connect the air supply fixture to the fixture of the inflatable toy. In addition, the secondary fastening member 302 in this embodiment is used for supplying air to the next stage of the inflatable toy, and preferably, more than 2 air pipe connectors are also provided, one air pipe connector is used for inflating, the other air pipe connector is used for exhausting air, and then the valve assembly 50 and the valve connecting part 51 are matched to realize inflation/air exhaust of each air cavity of the plurality of inflatable toys through an external air source.

In this embodiment, as shown in fig. 4 to 6, the number of the air pipe interfaces 31 of the primary fastening member 301 is greater than that of the air pipe interfaces 31 of the secondary fastening member 302, the valve connecting portions 51 of the primary fastening member 301 and the secondary fastening member 302 can correspond to the valve assembly 50, the valve assembly 50 is provided with the air vent 501 and the working air vent 502, when the valve assembly 50 is clamped and installed between the valve connecting portions 51 of the primary fastening member 301 and the secondary fastening member 302, the air vent 501 can be inserted into the air pipe interface 31 on the end surface where the valve connecting portion 51 on the secondary fastening member 302 is located to communicate, the working air vent 502 can be inserted into the air pipe interface 31 on the end surface where the valve connecting portion 51 on the primary fastening member 301 is located to communicate, and the air is divided and controlled to be opened and closed through the valve assembly 50; after installation, the locking mechanism 40 on the two abutting surfaces of the valve component 50 can be mutually matched with the locking mechanism 40 on the primary fastening member 301 and the locking mechanism 40 on the secondary fastening member 302 for locking, so as to prevent separation.

In this embodiment, as shown in fig. 7, a flow divider 503 is disposed inside the valve assembly 50, the flow divider 503 includes an inflation channel 504 and an air-extracting channel 505 for inflation and air extraction, respectively, and one end of the inflation channel 504 and one end of the air-extracting channel 505 are disposed with air vents 501 hermetically connected to the secondary fastening members 302 of the fastening members, respectively; the other end of the inflation channel 504 is provided with a plurality of inflation branch ports 506, the other end of the air extraction channel 505 is provided with a plurality of air extraction branch ports 507, and the inflation branch ports 506 and the air extraction branch ports 507 can be respectively and hermetically communicated with the primary fixed connection piece 301 in the fixed connection piece; the inflation branch port 506 and the evacuation branch port 507 may also be referred to as the working port 502 in this embodiment.

As shown in fig. 8, a valve 508 is further disposed inside the valve assembly 50 for controlling the gas flowing through the valve assembly 50, wherein the valve 508 includes a shut-off valve, a three-position three-way valve, etc.; when the valve 508 is a shut-off valve, one end of the valve 508 is connected to the inflation branch port 506 or the deflation branch port 507, and the other end provides a working air port 502 to the outside, so that the air flowing out during inflation and flowing into the valve 50 during deflation respectively passes through the two working air ports 502, and the inflation, deflation and air-closing are respectively and independently controlled by the two valves 508; when the valve 508 is a three-position three-way valve, one end of the valve 508 is connected with the inflation branch port 506 and the air exhaust branch port 507, and the other end of the valve provides a working air port 502 to the outside, so that the air flowing out during inflation or flowing into the valve 50 during air exhaust can pass through the same working air port 502, and the inflation, air exhaust and air closing are controlled by one valve 508, so that the number of valves and the number of air pipes 20 communicated to the air cavity are saved; the control mode of the valve 508 includes a manual or automatic control mode, and the cut-off valve can be a gate valve, a stop valve, a plug valve, a ball valve, a butterfly valve, a diaphragm valve and the like.

According to the technical scheme, air cavities of the inflatable toy can be not ventilated or can be ventilated, air pipes connected with the air cavities are independent, the air cavities can be driven by air to drive other air cavities to change in different actions through air actuation, and valves for regulating and controlling air flow entering and exiting the air cavities can be mounted on the fixed connection pieces, so that the air cavity parts of the toy can be switched in a staggered mode or synchronously switched in three states of inflation, air exhaust and air closing, various different dynamic changes appear in appearance and state, and the playability and interestingness of the toy are greatly improved; meanwhile, the structure that each air pipe is converged on the fixed connecting piece is adopted, so that when the toy or the air cavities are installed or spliced, the air of a plurality of air cavities can be rapidly ventilated with an air source in one step, the steps are very simple, the complex operation of connecting the air cavities and the air pipes for many times is avoided, and the user is ensured to obtain good toy use experience; and the fixed connection piece can also be used for assembling the inflatable toys to expand into an inflatable toy system, so that the richness of playing methods is increased.

The background of the present invention may contain background information related to the problem or environment of the present invention and does not necessarily describe the prior art. Accordingly, the inclusion in this background section is not an admission by the applicant that prior art is available.

The foregoing is a more detailed description of the invention in connection with specific/preferred embodiments and is not intended to limit the practice of the invention to those descriptions. It will be apparent to those skilled in the art that numerous alterations and modifications can be made to the described embodiments without departing from the inventive concepts herein, and such alterations and modifications are to be considered as within the scope of the invention. In the description herein, references to the description of the term "one embodiment," "some embodiments," "preferred embodiments," "an example," "a specific example," or "some examples" or the like are intended to mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above are not necessarily intended to refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples. Various embodiments or examples and features of various embodiments or examples described in this specification can be combined and combined by one skilled in the art without contradiction. Although embodiments of the present invention and its advantages have been described in detail, it should be understood that various changes, substitutions and alterations can be made herein without departing from the scope of the application.

Claims (22)

1. An inflatable toy, comprising: the air inflation device comprises at least two air cavities and at least two air pipes, wherein each air cavity is respectively connected with at least one air pipe so as to be used for inflating and/or evacuating each air cavity; the at least two air cavities comprise an air actuating driving air cavity and a driven air cavity, the air actuating driving air cavity is abutted against at least one driven air cavity and used for driving the driven air cavity abutted against the air actuating driving air cavity to move when air inflation or air suction is carried out.

2. The inflatable toy of claim 1, wherein at least one of said air chambers is capable of being deflated upon inflation to a predetermined state to provide support for said air actuated drive air chamber.

3. The inflatable toy of claim 1, wherein at least one of said air chambers is connected to, adjacent to, or at least partially nested with at least one other of said air chambers, and wherein at least one of said air chambers is not vented to the atmosphere from at least one other of said air chambers.

4. The inflatable toy of claim 1, wherein at least some of the at least two air chambers are each independently inflatable and/or deflatable.

5. The inflatable toy of claim 1, further comprising a fastening member, wherein the fastening member is disposed on a wall of the air cavity, and the fastening member is provided with an air pipe connector for connecting the air pipe, so that the air from the external air source or the air flowing to the external air source can be communicated with the air cavity through the air pipe connector, at least one of the fastening members is a primary fastening member for connecting the air source or other inflatable toys, and the primary fastening member is provided with the air pipe connector.

6. The inflatable toy of claim 1, further comprising a fastening member, wherein the fastening member is disposed on a wall of the air cavity, and the fastening member is provided with an air tube connector for connecting the air tube, so that the air from an external air source or the air flowing to the external air source can be communicated with the air cavity via the air tube connector, at least one of the fastening members is a secondary fastening member for connecting other inflatable toys, and the secondary fastening member is provided with the air tube connector.

7. The inflatable toy of claim 5, further comprising a secondary fastener for connecting to other inflatable toys, wherein the secondary fastener is provided with the air tube connector.

8. The inflatable toy of any of claims 5 to 7, wherein at least one of the at least two air tubes is a branched air tube, one end of the branched air tube is provided with a single port, and the other end is provided with a plurality of ports, wherein the end provided with the single tip is connected to one of the rigid connectors, the end provided with the plurality of ports is connected to a plurality of the air chambers, respectively, the end provided with the plurality of ports is connected to a plurality of the other rigid connectors, respectively, or the end provided with the plurality of ports is connected to at least one of the air chambers and at least one of the rigid connectors, respectively.

9. The inflatable toy of any one of claims 5 to 7, wherein each of said air tubes has one end connected to said air tube port of a primary one of said fasteners and another end connected to said air tube port of each of said air chambers and/or a secondary one of said fasteners.

10. The inflatable toy of claim 9, wherein the body of the air tube is partially or completely disposed inside the air cavity.

11. An inflatable toy according to any of claims 5 to 7 wherein at least some of said fastening members are provided with locking means for locking each other when said fastening members are connected to an external air supply or when said fastening members are connected to said fastening members of other inflatable toys.

12. The inflatable toy of any of claims 5 to 7, wherein at least some of the fasteners have valve connectors for connecting to valve components disposed at locations where the fasteners are connected to an external air source or where the fasteners are connected to other fasteners of other inflatable toys, and the valve components are connected to the valve connectors through the valve connectors to regulate air flow into and out of the air chambers of the inflatable toy, thereby allowing the air chambers to be changed between inflation, deflation, and closure.

13. The inflatable toy of claim 12, wherein the valve assembly includes a diverter having an inflation pathway and a deflation pathway for inflation and deflation, respectively, the inflation pathway and the deflation pathway having vents in airtight communication with secondary ones of the rigid members, respectively; the air charging passage is provided with a plurality of air charging branch openings, the air exhaust passage is provided with a plurality of air exhaust branch openings, and the air charging branch openings and the air exhaust branch openings can be respectively communicated with primary fixed connecting pieces in the fixed connecting pieces in an airtight mode.

14. The inflatable toy of claim 13, wherein the valve assembly further comprises a valve removably mountable to the valve assembly such that gas flowing through one of the fixtures can be diverted or merged through the diverter of the valve assembly and valve controlled to flow to the other fixture.

15. An inflatable toy system comprising an air supply module and an inflatable toy according to any of claims 1 to 14, said air supply module comprising an external air supply and an air supply tube, said air supply tube having one end connected to said external air supply and the other end connected to said inflatable toy.

16. The inflatable toy system of claim 15, wherein the gas source module further comprises a gas source fastening member, the gas source fastening member having a gas source interface connected to the gas source tube, such that gas from the external gas source or gas flowing to the external gas source can flow through the gas source interface.

17. An inflatable toy system according to claim 16 wherein a locking mechanism is provided on said air supply attachment member and said attachment member for locking said air supply attachment member and said attachment member to one another when said air supply attachment member and said attachment member are connected.

18. The air toy system of claim 16, further comprising a valve assembly for controlling the flow of air through the valve, the air supply fixture being connected to one of the fixtures on the air toy via the valve assembly, such that air flowing through the air supply tube is controlled to flow into the air tube via the valve on the valve assembly, or such that air flowing through the air tube is controlled to flow into the air supply tube via the valve of the valve assembly.

19. An inflatable toy system according to claim 16, comprising at least two of said inflatable toys, including a first inflatable toy and b second inflatable toys, said first inflatable toy being provided with a fastener; the second inflatable toy is provided with at least two fixed connection pieces, the at least two fixed connection pieces comprise a primary fixed connection piece used for connecting a gas source or other inflatable toys and a secondary fixed connection piece used for connecting other inflatable toys, the fixed connection piece of the first inflatable toy is connected with the secondary fixed connection piece of the second inflatable toy, the primary fixed connection piece of the second inflatable toy is connected with the gas source fixed connection piece or connected with the secondary fixed connection pieces of the other second inflatable toys, the secondary fixed connection piece of the second inflatable toy is connected with the primary fixed connection piece or the secondary fixed connection pieces of the other second inflatable toys, wherein a is more than or equal to 0, b is more than or equal to 1, a and b are natural numbers.

20. An inflatable toy system comprising at least two inflatable toys according to any one of claims 1 to 14, wherein the at least two inflatable toys comprise a first inflatable toy and b second inflatable toys, the first inflatable toy is provided with one fastening member, the second inflatable toy is provided with at least two fastening members, the at least two fastening members comprise a primary fastening member for connecting with a gas source or other inflatable toys and a secondary fastening member for connecting with other inflatable toys, the fastening member of the first inflatable toy is connected with a secondary fastening member of the second inflatable toy, the primary fastening member of the second inflatable toy is connected with a gas source or with the secondary fastening members of the other second inflatable toys, the secondary fastening member of the second inflatable toy is connected with the primary fastening members or secondary fastening members of the other second inflatable toys, wherein a is not less than 0, b is not less than 1, a and b are natural numbers.

21. The inflatable toy system of claim 20, wherein each of the rigid couplings has a locking mechanism for locking the couplings together when they are connected to each other.

22. The air filled toy system of claim 20, further comprising a valve assembly for controlling the flow of air through the valve, the valve assembly being connected between two of the fasteners such that air flowing through the air pipe port of one fastener is controlled by the valve in the valve assembly and then flows to the air pipe port of the other fastener.

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