Atmosphere entertainment device

Abstract

The present application discloses an atmosphere entertainment device, which comprises a first cavity, a deformable inflatable cavity made of flexible material, and capable of communicating with a gas source; a chamber, enclosed by a chamber cover made of flexible material, for accommodating atmosphere activities inside; the chamber cover is at least partially connected with the cavity wall of the first cavity, or at least partially composed of the cavity wall of the first cavity; the chamber cover can be unfolded or folded; the first cavity can support the chamber cover after being inflated; a delivery port is arranged on the chamber cover, for delivering atmosphere and / or atmosphere activity gas into the chamber; an opening is arranged on the chamber cover, for allowing the gas in the chamber to flow out. The present application is foldable, convenient to store and carry, can prevent the chamber cover from collapsing due to insufficient air pressure, and has good entertainment interactivity and functional expansibility.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of inflatable toys, in particular to an atmosphere entertainment device. BACKGROUND

[0002] The existing inflatable atmosphere entertainment device for accommodating the chamber of atmosphere floating is usually airtight structure, the chamber inside and outside air are not communicated, before the atmosphere in the chamber is sprayed to play, the chamber cover surrounding the chamber must be injected with gas to make it expand, then the air port with the outside is closed, and the gas flow is circulated through the gas flow circulating device arranged in the chamber cover, so as to realize the blowing of the atmosphere. The chamber cover with this structure, because of blowing in a closed space, the gas flow is poor, so the floating effect of the atmosphere is poor, which affects the playing and watching effect. In addition, the chamber cover with this structure will inevitably leak after a period of time, which will lead to the collapse of the chamber cover due to the insufficient internal air pressure. If the chamber adopts a non-airtight structure communicating with the outside, when the air pressure in the chamber cover is insufficient, the chamber cover will collapse, so the gas flow size of the delivery port is very strict, it is difficult to realize more rich atmosphere floating effect by controlling the opening and closing state of the delivery port and changing the gas flow size, and it is also difficult to realize the human-computer interaction with the atmosphere.

[0003] The disclosure of the above background art is only used to assist in understanding the concept and technical scheme of the present application, and it does not necessarily belong to the prior art of the present application. In the absence of explicit evidence that the above content has been disclosed on the filing date of the present application, the above background art should not be used to evaluate the novelty and inventiveness of the present application. SUMMARY

[0004] The main purpose of the present application is to overcome the defects of poor effect and difficulty in interaction in the prior art, and to provide an atmosphere entertainment device, which can prevent the chamber cover from collapsing due to insufficient air pressure, and also can make the atmosphere have good floating effect.

[0005] To achieve the above purpose, the present application adopts the following technical scheme:

[0006] An atmosphere entertainment device, comprising:

[0007] A first cavity, which is a deformable inflatable cavity made of flexible material, the first cavity can be connected with a gas source;

[0008] a chamber, which is enclosed by a chamber cover made of flexible material, for accommodating atmosphere inside; the chamber cover is at least partially connected with the cavity wall of the first cavity, or at least partially composed of the cavity wall of the first cavity; the chamber cover can be opened and folded up, and the first cavity can support the chamber cover when inflated, so that the chamber cover is in tension;

[0009] a delivery port, which is provided on the chamber cover and used for delivering atmosphere and / or making atmosphere active gas into the chamber;

[0010] an opening, which is provided on the chamber cover and used for enabling the gas in the chamber to flow with the gas outside the chamber, so that the delivery port can continuously deliver atmosphere and / or make atmosphere active gas into the chamber.

[0011] Further, an integrated seat is connected with the chamber cover and / or the first cavity; the integrated seat is provided with an integrated seat through hole and an integrated seat locking member; one end of the integrated seat through hole is used for communicating with the gas source and / or the atmosphere device, and the other end is used for communicating with the delivery port; the integrated seat locking member is used for repeatedly detachably connecting with the integrated head provided on any one or more of the atmosphere device, the gas source and the entertainment accessory; the integrated seat is used for converging the delivery port and replaceably communicating with the required atmosphere device or gas source.

[0012] Further, at least two integrated seat through holes are provided on the integrated seat, one end of all the integrated seat through holes is used for communicating with the gas source, and at least one of the other ends is used for communicating with the delivery port, and the rest is used for communicating with the first cavity, the atmosphere device or the gas used entertainment accessory.

[0013] Further, a gas flow control device is repeatedly detachably connected with the integrated seat locking member; the gas flow control device at least includes a gas passage and a valve on the gas passage, one end of the gas passage is connected with the gas source, and the other end is connected with the integrated seat through hole, which is used for controlling the gas flow and / or on-off state of the corresponding integrated seat through hole.

[0014] Further, the gas flow control device further includes a flow divider, which is used for dividing the gas from the gas source via the flow divider, and then flowing to the corresponding integrated seat through hole or the delivery port via the valve; the flow divider is provided with at least three branch ports which are mutually through, and each branch port is connected with the corresponding gas passage or gas source; the valve and the flow divider can independently control the gas flow and / or on-off state of the corresponding gas passage.

[0015] Further, the valve comprises air supply interfaces, air extraction interfaces and external interfaces for communicating with corresponding integrated seat through holes or delivery ports; the air passage comprises at least a set of paired air supply passages and air extraction passages, one end of the air supply passages communicates with a positive pressure air source, and the other end is provided with a plurality of air supply branch ports, each air supply branch port corresponds to an air supply interface; one end of the air extraction passages communicates with a negative pressure air source, and the other end is provided with a plurality of air extraction branch ports, each air extraction branch port corresponds to an air extraction interface; each external interface corresponds to an integrated seat through hole.

[0016] Further, it further comprises an air flow control device which can be repeatedly disassembled with the integrated seat locking member, the air flow control device is a flow divider, and the flow divider is provided with at least three branch ports which are mutually through, each branch port respectively communicates with a corresponding integrated seat through hole or air source, and is used for dividing the air flow from the air source.

[0017] Further, the entertainment accessory is a gas-using entertainment accessory; the integrated head is provided with an integrated head through hole, one end of the integrated head through hole communicates with the gas-using entertainment accessory, and the other end communicates with the integrated seat through hole.

[0018] Further, it further comprises a cushion cavity and a cushion cavity mounting member provided on the cushion cavity; the cushion cavity is a deformable inflatable cavity made of flexible material and communicates with an air source to receive inflation, the cushion cavity has a space and structure capable of bearing a player to play thereon; the cushion cavity mounting member cooperates with the integrated seat locking member to lock, and is used for repeatedly disassembling the cushion cavity and the integrated seat; the cushion cavity mounting member is provided with a cushion cavity mounting member through hole, one end of the cushion cavity mounting member through hole communicates with the air source, and the other end directly communicates with the integrated seat through hole or communicates with the integrated seat through hole through an air flow control device, and the air flow control device is used for controlling the air flow and / or on-off state of the integrated seat through hole.

[0019] Further, the cushion cavity mounting member through hole is divided into a cushion cavity mounting member inflation through hole and a cushion cavity mounting member extraction through hole, one end of the cushion cavity mounting member inflation through hole communicates with a positive pressure air source, and the other end communicates with the integrated seat through hole through the air flow control device, one end of the cushion cavity mounting member extraction through hole communicates with a negative pressure air source, and the other end communicates with the integrated seat through hole through the air flow control device, and the cushion cavity mounting member inflation through hole and the cushion cavity mounting member extraction through hole are respectively used for supplying air and extracting air to the air flow control device.

[0020] Further, the cushion cavity mounting member is provided with cushion cavity mounting member electrical contacts, one end of which is electrically connected to a power source and / or a signal source, and the other end of which is used for electrical connection with various electrical devices.

[0021] Further, the integrated seat is also provided with integrated seat electrical contacts, one end of which is electrically connected to a power source and / or a signal source, and the other end of which is used for electrical connection with various electrical devices.

[0022] Further, a connecting seat is provided on the chamber cover and / or the first cavity, and the connecting seat is provided with a connecting seat locking member for repeatable detachable connection with a connecting head provided on the entertainment accessory; the connecting seat is also provided with a connecting seat through hole, one end of which is in communication with the integrated seat through hole, and the other end of which is used for communication with the entertainment accessory, for supplying gas, atmosphere or gas for moving the atmosphere to the entertainment accessory.

[0023] Further, the connecting head is also provided with a connecting head through hole, one end of which is in communication with the entertainment accessory, and the other end of which is used for communication with the connecting seat through hole, for supplying gas to the entertainment accessory.

[0024] Further, a second cavity is provided, which is used for creating an entertainment effect through its shape, or changing its state to change the state of the atmosphere to create an entertainment effect; the second cavity is in abutment with the chamber cover and / or the first cavity, and is located inside and / or outside the chamber; the second cavity can be in communication with a gas source, for inflating and deflating the second cavity, and the shape change or motion change of the second cavity is used for changing the motion state of the atmosphere, or for changing the shape of the chamber, or for driving the chamber cover in abutment with it to move, or for driving the first cavity in abutment with it to move, or for driving the entertainment accessory in abutment with it to move.

[0025] Further, the second cavity is in communication with both a positive pressure gas source and a negative pressure gas source, for continuously changing the volume of the second cavity by alternately inflating and deflating.

[0026] Further, an integrated seat is provided, which is connected with the chamber cover and / or the first cavity; the integrated seat is provided with an integrated seat locking member and an integrated seat through hole, one end of which is used for communication with a gas source, and the other end of which is used for communication with the delivery port, the first cavity or the second cavity; the integrated seat locking member is used for repeatable detachable connection with an integrated head provided on the gas source; the integrated seat is used for converging the integrated seat through hole, and sending the gas from the gas source to each of the delivery port, the first cavity or the second cavity.

[0027] Further, the air flow control device is further included, and the air flow control device at least includes an air passage and a valve arranged on the air passage, one end of the air passage is communicated with the air source, and the other end is communicated with the integrated seat through hole, and the air flow control device is used for controlling the air flow or on-off state of the air flow through the delivery port.

[0028] Further, the atmosphere gathering structure is further included, the atmosphere gathering structure is made of a flexible material, and the atmosphere gathering structure at least includes an inclined surface connected with the chamber cover and / or the first cavity, the inclined surface is arranged in the chamber and located at a position where the atmosphere falls, the inclined surface is used for receiving the falling atmosphere and making the atmosphere slide along the inclined surface to a convergence part at the bottom of the inclined surface, and the delivery port is aligned with the convergence part to deliver the atmosphere moving gas, so that the movement of the atmosphere can be continuously circulated.

[0029] Further, the air flow control device is further included, and the air flow control device at least includes an air passage and a valve arranged on the air passage, one end of the air passage is communicated with the air source, and the other end is communicated with the delivery port, and the air flow control device is used for controlling the air flow or on-off state of the air flow through the delivery port.

[0030] Further, the first cavity is connected with a plurality of deformable inflatable cavities, and adjacent two deformable inflatable cavities are communicated with each other or not communicated with each other.

[0031] Compared with the prior art, the application has the following beneficial effects:

[0032] 1. The chamber of the application is a chamber cover made of a flexible material, and the chamber cover has a large volume when opened and a small volume when folded and stored, so that the chamber cover is convenient to open and store, and has the advantages of convenient carrying and storage; the atmosphere is limited to move in the chamber, so that the atmosphere can be conveniently watched and recovered, and the atmosphere is prevented from being scattered outside the entertainment device and being difficult to collect.

[0033] 2. The first cavity of the application is foldable and storable, and when the air pressure in the chamber is insufficient due to the change of the delivery amount of the delivery port or the air leakage of the chamber cover, the chamber cover can be expanded without affecting the playing effect, and the chamber cover can be conveniently expanded and prevented from collapsing under the condition of convenient storage and carrying. After the first cavity is inflated and expanded, the chamber cover is quickly expanded, and after the first cavity is deflated and folded, the chamber cover is quickly folded and stored.

[0034] 3. The present application has an opening on the chamber cover, so that the gas in the chamber flows outwards, reducing the gas pressure in the chamber, so that the delivery port can continuously deliver the atmosphere and / or atmosphere activity gas in the chamber; In addition, it can also increase the gas flow between the inside and outside of the chamber, and when the gas flow output by the delivery port is small, the atmosphere can still be easily blown up; At the same time, the opening can also enable the player to interact with the atmosphere, load and take the atmosphere into the chamber, and load the entertainment accessories into the chamber.

[0035] In further solutions, the present application also has the following advantages:

[0036] 1. The first cavity of the present application can also be controlled by gas to change various forms and increase the entertainment value.

[0037] 2. The atmosphere entertainment device of the present application is provided with an integrated seat, and each cavity of the atmosphere entertainment device is connected with the gas source, atmosphere device, and gas flow control device through the integrated seat, and at the same time, the electrical and gas connections are realized, which is convenient for control and installation.

[0038] 3. The atmosphere entertainment device of the present application is provided with a connecting seat, and various entertainment accessories required on the atmosphere entertainment device are installed through the connecting seat, so as to increase the entertainment value and functional expansibility of the atmosphere entertainment device. BRIEF DESCRIPTION OF DRAWINGS

[0039] Figure 1 It is a schematic diagram of an atmosphere entertainment device of Example 1.

[0040] Figure 2 It is a schematic diagram of an atmosphere entertainment device of Example 2.

[0041] Figure 3 It is a perspective view of Example 2.

[0042] Figure 4 It is an exploded view of Example 2.

[0043] Figure 5 It is a schematic diagram of Example 2 without connecting the power supply.

[0044] Figure 6 It is a schematic diagram of an atmosphere entertainment device of Example 3.

[0045] Figure 7 It is an exploded view of Example 3.

[0046] Figure 8 It is a schematic diagram of an atmosphere entertainment device of Example 4.

[0047] Figure 9 It is a cross-sectional view of Example 4.

[0048] Figure 10 is a schematic view of an ambient entertainment device of Example 5.

[0049] Figure 11 is a schematic view of an ambient entertainment device of Example 6.

[0050] Figure 12 is an appearance perspective view of Example 6.

[0051] Figure 13 is a cross-sectional schematic view of Example 6.

[0052] Figure 14 is a bottom schematic view of Example 6.

[0053] Figure 15 is a longitudinal cross-sectional schematic view of Example 6.

[0054] BRIEF DESCRIPTION OF DRAWINGS

[0055] Reference Name Reference Name 100 Chamber cover 1610 Cushion chamber mount 110 Chamber 1611 Cushion chamber mount through hole 200 Opening 1612 Cushion chamber mount inflation through hole 300 First chamber 1613 Cushion chamber mount exhaust through hole 400 Delivery port 1614 Cushion chamber mount electrical contact 500 Connection seat 1620 Cushion chamber 510 Connection seat through hole 1700 Air source 520 Connection seat electrical contact 1800 Ambience device 530 Connection seat lock 1900 Air flow control device 600 Connection head 1901 First air flow control device 620 Connection head through hole 1902 Second air flow control device 700 Second chamber 1911 Air supply path 800 Ambience gathering structure 1912 Exhaust path 810 Tapered face 1913 First flow divider 820 Converging portion 1914 Second flow divider 900 Integrated seat 1920 First valve 930 Integrated seat through hole 1921 Air supply interface 940 Integrated seat electrical contact 1922 Exhaust interface 960 Integrated seat lock 1923 External interface 970 Integrated head 1924 Second valve 971 Integrated head through hole 2000 Wire 1000 Pipe 2100 Power source / signal source 1400 Ambience 1600 Entertainment accessory DETAILED DESCRIPTION

[0056] In order to make the technical problems to be solved by the embodiments of the present application, technical solutions and beneficial effects clearer, the present application will be further described in detail below with reference to the drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application and not intended to limit the present application.

[0057] It should be noted that when an element is referred to as being "fixed" or "set" on another element, it can be directly on the other element or 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 indirectly connected to the other element. In addition, the connection can be for fixing or for circuit communication.

[0058] It should be understood that the terms "length", "width", "upper", "lower", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer" and the like indicate the orientation or positional relationship based on the orientation or positional relationship shown in the drawings, and are only used to facilitate the description of the embodiments of the present application and simplify the description, and therefore cannot be understood as indicating or implying that the device or element referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore cannot be understood as limiting the present application.

[0059] In addition, the terms "first", "second", "third", etc. are used only for descriptive purposes and are not to be construed as indicating or implying relative importance or an ordered ranking of the indicated technical features. Thus, features defined with "first", "second" or "third" can explicitly or implicitly include one or more of the features. In the description of embodiments of the present application, the meaning of "a plurality of" is two or more, unless otherwise explicitly and specifically limited.

[0060] Embodiment 1

[0061] As shown in the drawings, the atmosphere entertainment device disclosed in the embodiment comprises: Figure 1

[0062] The first cavity 300 is a deformable inflatable cavity made of flexible material, and a gas nozzle is arranged on the first cavity 300. Opening the gas nozzle can connect the gas source 1700 with the first cavity 300, and after the first cavity 300 is filled with gas, the gas nozzle is closed.

[0063] The chamber 110 is enclosed by the chamber cover 100 made of flexible material, and is used to accommodate the atmosphere 1400 to move inside it. The chamber cover 100 is at least partially connected with the cavity wall of the first cavity 300, or at least part of the chamber cover 100 is composed of part of the cavity wall of the first cavity 300. The chamber cover 100 can be unfolded and folded up. After the first cavity 300 is inflated, it can support and stretch the chamber cover 100, so that the chamber cover 100 is in a tensioned state.

[0064] The delivery port 400 is arranged on the chamber cover 100 and is used to deliver the atmosphere 1400 and / or the atmosphere moving gas into the chamber.

[0065] The opening 200 is arranged on the chamber cover and is used to enable the gas in the chamber to flow with the gas outside the chamber, so as to reduce the air pressure in the chamber 110, so that the delivery port can continuously deliver the atmosphere 1400 and / or the atmosphere moving gas into the chamber.

[0066] The working process of the embodiment is as follows:

[0067] (1) Unfold the chamber cover 100, and load the atmosphere 1400 into the chamber cover 100 through the opening 200;

[0068] (2) Open the gas nozzle on the first cavity 300 to inflate, and use the gas source 1700 to inflate the first cavity 300 to make it stand up and expand, and the chamber cover 100 is supported and stretched to a tensioned state under the restraint of the first cavity 300, thereby forming the chamber 110, and then the gas nozzle is closed to deflate.

[0069] ​(3) The atmosphere 1400 is loaded into the chamber 110 from the opening 200, and then the gas source 1700 is extended into the chamber 110 from the delivery port 400 through the pipeline 1000. The pneumatic gas source 1700 delivers the atmosphere 1400 and / or the gas that makes the atmosphere move, so that the atmosphere 1400 moves in the chamber 110. The player can watch the scene of the atmosphere moving from the outside, and can also reach in from the opening 200 to interact with the atmosphere 1400.

[0070] (4) When the play is over, the gas source 1700 is turned off, and the gas in the chamber 110 is continuously discharged from the opening 200, so that the chamber cover 100 is deflated and retracted;

[0071] (5) The atmosphere 1400 is taken out from the opening 200;

[0072] (6) The gas source 1700 is disconnected, and the gas in the chamber cover 100 and the first cavity 300 is exhausted, and then folded, which completes the entire play process.

[0073] Example 2

[0074] As shown in the drawings, the atmosphere entertainment device disclosed in the embodiment comprises: Figures 2 to 5

[0075] The chamber 110 is enclosed by a chamber cover made of flexible material, and is used to accommodate the atmosphere 1400 to move inside. The chamber cover 100 is at least partially connected with the cavity wall of the first cavity 300, or at least part of the chamber cover 100 is composed of part of the cavity wall of the first cavity 300. The atmosphere 1400 is limited to move within the range of the chamber 110 without being randomly dispersed. The chamber cover 100 can be stretched open or folded up. The first cavity 300 can support and stretch the chamber cover 100 when inflated, so that the chamber cover 100 is in a tension state. The chamber cover 100 can be made of a thin film, and the shape can be a cube, a sphere, a pipeline structure, an animal or plant, or a cartoon image. The atmosphere 1400 moves within the chamber 110, which can facilitate the observation and recovery of the atmosphere 1400, and avoid the atmosphere 1400 being scattered and delivered to the outside of the entertainment device, which is difficult to clean up.

[0076] ​The first cavity 300 is a deformable inflatable cavity made of flexible material, and the first cavity 300 is capable of being in communication with the gas source 1700. The connection relationship between the first cavity 300 and the chamber cover 100 can be as follows: (1) the first cavity 300 is connected to the outer side and / or the inner side of the chamber cover 100, and the chamber cover 100 is partially or entirely exposed outside the first cavity 300; (2) the first cavity 300 completely covers the outside of the chamber cover 100, and the cavity wall of the first cavity 300 shares the same membrane with the chamber cover 100. The function of the first cavity 300 is as follows: when the air pressure in the chamber 110 is insufficient due to the change of the delivery amount of the delivery port 400 or the leakage of the chamber cover 100, the chamber cover 100 can be expanded by the hardness of the first cavity 300 without affecting the playing effect; the chamber cover 100 has a large volume when it is opened and a small volume when it is folded and stored, and the chamber cover 100 is quickly opened and stored under the restraint of the first cavity 300 with the inflation and deflation of the first cavity 300, thereby having the advantages of convenient carrying and storage; in addition, the number of the first cavity 300 can be at least two, and each first cavity 300 can be independently inflated and deflated to form an entertainment effect with a dynamic shape. The first cavity 300 can be connected by a plurality of deformable inflatable cavities; adjacent two deformable inflatable cavities are in communication or not in communication with each other.

[0077] The delivery port 400 is arranged on the chamber cover 100, and the delivery port 400 is capable of being in communication with the atmosphere device 1800 for delivering the atmosphere 1400 into the chamber, and the delivery port 400 is also capable of being in communication with the gas source 1700 for delivering the atmosphere-activating gas into the chamber, and the delivery direction of the delivery port 400 includes input and extraction. The atmosphere 1400 is made of light material, including plastic balls, colored paper, powder, foam particles, foam balls, smoke, water mist, paste objects, liquid, sponge, floatable liquid foam, bubbles, etc. The atmosphere-activating gas includes gas, liquid and solid (such as powder) capable of activating or changing the activity state of the atmosphere 1400. The atmosphere device 1800 includes various devices capable of outputting the atmosphere 1400, and the gas source 1700 is used to deliver the atmosphere 1400 to the delivery port 400. The gas source 1700 is arranged inside or outside the chamber 110, and is used to deliver the atmosphere-activating gas to the delivery port 400. The gas source 1700 includes a gas pump, a fan, a rebound air bag, a human mouth blowing, a compressed gas cylinder, etc.

[0078] An opening 200 is provided on the chamber cover 100 for allowing the gas inside the chamber to flow with the gas outside the chamber, so as to reduce the air pressure inside the chamber, thus allowing the delivery port 400 to continuously deliver the atmosphere 1400 and / or the atmosphere active gas into the chamber 110. The shape of the opening 200 can be a cutout, a cutout with two edges overlapping, a round hole or other geometric shapes. The functions of the opening 200 include: (1) for allowing the gas inside the chamber to flow outside the chamber, so as to reduce the air pressure inside the chamber 110, thus allowing the delivery port to continuously deliver the atmosphere 1400 and / or the atmosphere active gas into the chamber; (2) for allowing the gas inside the chamber 110 to communicate with the gas outside the chamber, thus increasing the flowability of the gas inside and outside the chamber 110, and when the gas flow rate output by the delivery port 400 is small, the atmosphere 1400 can still be easily blown up; (3) for allowing the player to interact with the atmosphere 1400; (4) for loading and taking out the atmosphere 1400 into and from the chamber 110; (5) for loading the entertainment accessories 1600 into the chamber 110; (6) for adding the entertainment accessories 1600 (such as an entertainment chamber, an intercepting net, a blocking sheet, a smoke machine, a projector, a spray head, etc.).

[0079] The integrated seat 900 is connected with the chamber cover 100 and / or the first cavity 300; the integrated seat 900 is provided with integrated seat through holes 930 and integrated seat locking members 960; the integrated seat 900 is provided with at least two integrated seat through holes 930, one end of all the integrated seat through holes is used for communicating with the gas source 1700, and at least one end is used for communicating with the delivery port 400, and the rest is used for communicating with the first cavity 300, the atmosphere device 1800 or the gas-using entertainment accessory 1600; the gas source 1700 supplies gas to the first cavity 300, the atmosphere device 1800 or the gas-using entertainment accessory 1600 through the integrated seat through holes. In addition, the delivery port 400 can also communicate with the atmosphere device 1800 through the integrated seat through holes, and is used for delivering the atmosphere 1400 into the chamber 110; the integrated seat locking member 960 is repeatedly detachably connected with the integrated head 970 provided on any one or more of the atmosphere device 1800, the gas source 1700 and the entertainment accessory 1600; the integrated seat 900 is used for converging the delivery port 400, and is replaceably connected with the required atmosphere device 1800 or gas source 1700. In addition, the atmosphere 1400 can also be put into and taken out of the cavity from the integrated seat through holes 930. The integrated seat 900 is provided with the integrated seat locking member 960, any one or more of the atmosphere device 1800, the gas source 1700, the delivery port 400, the entertainment accessory 1600 and the gas flow control device 1900 is provided with the integrated head 970, the integrated seat locking member 960 is repeatedly detachably connected with the integrated head 970, and is used for mounting the required atmosphere device 1800, gas source 1700, delivery port 400, entertainment accessory 1600 or gas flow control device 1900 on the integrated seat 900; the integrated seat locking member 960 and the integrated head 970 can be connected through a buckle connection structure, a threaded connection structure or an interference connection structure and the like. The integrated head 970 on the entertainment accessory 1600 is a support, the support has a hole allowing the atmosphere 1400 to pass through, and the support is used for supporting the entertainment accessory 1600, so that the integrated seat 900 and the entertainment accessory 1600 are kept at a certain distance, so as to avoid hindering the atmosphere 1400 from falling back. In addition, the integrated seat locking member 960 can be directly connected with the entertainment accessory 1600, or can be repeatedly detachably connected through the integrated head 970 provided on the entertainment accessory 1600. The integrated seat 900 is provided with integrated seat electric contacts 940, one end of the integrated seat electric contacts 940 is electrically connected with the power supply and / or the signal source through the wire 2000, and the other end is used for electrically connecting with various electric devices, so as to supply power and / or transmit electrical signals for various electric entertainment accessories and gas flow control devices.

[0080] The connecting seat 500 is arranged on any one or more of the chamber cover 100, the first cavity 300, the second cavity 700, and can be arranged inside and / or outside the chamber 110, and can also be arranged at the opening 200; the connecting seat 500 is provided with a connecting seat locking member 530, which is used for repeatedly detachable connection with the connecting head 600 arranged on the entertainment accessory 1600, and the connecting seat locking member 530 and the connecting head 600 can be connected by a buckle connection structure, a threaded connection structure or an interference connection structure, etc. The connecting seat 500 is also provided with a connecting seat through hole 510, one end of which is communicated with the integrated seat through hole 930, and the other end is used for communication with the entertainment accessory 1600, for conveying the atmosphere 1400 or gas to the entertainment accessory 1600, so as to increase the functionality and entertainment diversity of the entertainment device. The connecting seat 500 is also provided with a connecting seat electric contact 520, one end of which is electrically connected with the integrated seat electric contact 940 through the electric wire 2000, and the other end is used for transmitting current and / or electrical signal to the entertainment accessory 1600. The connecting head 600 is also provided with a connecting head through hole 620, one end of which is communicated with the entertainment accessory 1600, and the other end is used for communication with the connecting seat through hole 510, so as to supply gas to the entertainment accessory 1600. The end of the pipeline 1000 can be repeatedly detachably connected with the integrated seat through hole 930 and the connecting seat through hole 510; the pipeline 1000 is arranged inside the atmosphere entertainment device in advance, and when playing or replacing the corresponding entertainment accessory 1600, only the corresponding entertainment accessory 1600 needs to be installed on the corresponding integrated seat 900 or connecting seat 500 to play, so as to improve the operation convenience and applicability of the atmosphere entertainment device; in addition, the pipeline 1000 is made of hose or film, which is convenient for pipe arrangement and storage, and has low manufacturing cost. The integrated seat through hole 930 delivers the atmosphere 1400 and / or the gas for making the atmosphere move to the connecting seat through hole 510 communicated therewith, so as to provide the entertainment accessory 1600 installed on the connecting seat 500, so that the entertainment accessory 1600 presents more dynamic entertainment effect.

[0081] The second cavity 700 is used to produce an entertainment effect by its shape or by changing its state to change the state of the atmosphere 1400 to produce an entertainment effect; the second cavity 700 is in abutment with the chamber cover 100, the first cavity 300 or the entertainment accessory 1600, and is arranged inside and / or outside the chamber 110; the second cavity 700 can be in communication with the gas source 1700 to inflate and deflate the second cavity 700, and the shape change or motion change of the second cavity is used to change the activity state of the atmosphere 1400, or to change the shape of the chamber 110, or to drive the chamber cover 100 in abutment with it to move, or to drive the first cavity 300 in abutment with it to move, or to drive the entertainment accessory 1600 in abutment with it to move. The second cavity 700 is in communication with both the positive pressure gas source and the negative pressure gas source, and is used to produce a sustainable change in volume by alternately inflating and deflating the second cavity 700, so as to realize more complex dynamic effects.

[0082] The atmosphere gathering structure 800 is made of a flexible material and includes an inclined surface 810 connected to the chamber cover 100 and / or the first cavity 300, the inclined surface 810 is arranged in the chamber 110 and is located at the position where the atmosphere 1400 falls, and is used to receive the falling atmosphere 1400 and make it slide down the inclined surface 810 to the convergence part 820 at the bottom of the inclined surface, the delivery port 400 is arranged at or near the convergence part 820, and the delivery port 400 delivers gas to the convergence part 820, so that the movement of the atmosphere 1400 can be continuously circulated to avoid the accumulation of the atmosphere 1400 in a position where the delivery port 400 cannot spray. In addition, the atmosphere gathering structure 800 can be a structure independent of the chamber cover 100, or can be integrated with the chamber cover 100; the opening 200 can also be arranged at or near the convergence part 820 to facilitate the collection and export of the atmosphere 1400.

[0083] The air flow control device 1900 is detachably connected between the air source 1700 and the integrated seat through hole 930, and is divided into a first air flow control device 1901 and a second air flow control device 1902. The first air flow control device 1901 is used in an indoor play scene with a power supply, and the second air flow control device 1902 is used in a play scene without a power supply, such as outdoors. The first air flow control device 1901 at least includes an air passage and a valve (in this example, a first valve 1920) 1920 located on the air passage. One end of the air passage is in communication with the air source 1700, and the other end is in communication with the integrated seat through hole 930, for controlling the air flow and / or on-off state through the corresponding integrated seat through hole 930. The first air flow control device 1901 further includes a flow divider (in this example, a first flow divider 1913) for dividing the gas from the air source through the flow divider and then through the first valve 1920 to the corresponding integrated seat through hole 930. The first flow divider 1913 is provided with at least three branch ports that are in communication with each other, and each branch port is in communication with a corresponding air passage or air source. The first valve 1920 and the first flow divider 1913 can independently control the air flow or on-off state through the corresponding air passage. The first valve 1920 includes a gas supply interface 1921, a gas extraction interface 1922, and an external interface 1923, and the external interface 1923 is used to communicate with the corresponding integrated seat through hole 930. Each air passage at least includes a pair of gas supply passage 1911 and gas extraction passage 1912. One end of the gas supply passage 1911 is in communication with the positive pressure air source, and the other end is provided with a plurality of gas supply branch ports, each of which is in communication with a corresponding gas supply interface 1921. One end of the gas extraction passage 1912 is in communication with the negative pressure air source, and the other end is provided with a plurality of gas extraction branch ports, each of which is in communication with a corresponding gas extraction interface 1922. Each external interface 1923 is in communication with a corresponding integrated seat through hole 930. The first valve 1920 in the embodiment can be a three-position three-way electromagnetic valve. When the valve core in the three-position three-way valve moves to three different stations, it blocks the corresponding gas extraction interface 1922, gas supply passage 1911 and external interface 1923, respectively, for controlling the air flow and / or on-off state through the corresponding integrated seat through hole, so as to realize the switching of the three states of gas supply, gas extraction and gas closing. The first valve 1920 in the embodiment is an electromagnetic valve or a manual valve. The second air flow control device 1902 is a flow divider (in this example, a second flow divider 1914), and the second flow divider 1914 is provided with at least three branch ports that are in communication with each other, and each branch port is in communication with a corresponding integrated seat through hole 930 or air source 1700, for dividing the gas from the air source, and for allowing one air source to supply air to multiple integrated seat through holes 930 simultaneously.

[0084] The entertainment accessories 1600 in the embodiment include one or more of the following: a spray head, an intercept net, a blocking piece, an LED lamp, a loudspeaker, an aerial dancing star, an entertainment inflatable cavity, a projector, a dry ice gun, a cloud machine, a bubble machine, a smoke machine, a fogger, a smoke bubble machine, a gas column gun, a paper spraying machine, a snow spraying machine, a foam machine, a miniature water pump, a flower scattering machine, a ribbon, and a sound system, which can be installed on the connecting seat 500 as needed. The intercept net is used to prevent the atmosphere 1400 from floating out of the cavity cover 100 outside with the airflow from the opening 200. The blocking piece is used to enable the player to reach in or drill into the cavity cover 100 from the opening 200 to interact with the atmosphere 1400, while also being able to prevent the atmosphere 1400 from being output from the opening 200. The gas-based entertainment accessories include the following: a spray head, an aerial dancing star, an entertainment inflatable cavity, a cloud machine, a bubble machine, a smoke machine, a fogger, a smoke bubble machine, a gas column gun, a paper spraying machine, a snow spraying machine, a foam machine, a flower scattering machine, and the like.

[0085] Working process of the embodiment:

[0086] (1) The cavity cover 100 is unfolded, and the atmosphere 1400 is loaded into the cavity cover 100 through the opening 200 or the integrated seat through hole 930;

[0087] (2) Various entertainment accessories 1600 are installed on the connecting seat 500 located on the cavity cover 100, the first cavity 300, or the second cavity 700 through the connecting head 600;

[0088] (3) Various required atmosphere device 1800, gas source 1700, entertainment accessories 1600, and first airflow control device 1901 are installed on the integrated seat 900 by cooperating the integrated head 970 with the integrated seat locking member 960, and the integrated seat through hole 930 is communicated with the gas source 1700 through the pipeline 1000; then the integrated seat electric contact 940 is electrically connected with the power source and / or signal source through the electric wire 2000;

[0089] (4) The gas source 1700 and the power source / signal source 2100 are turned on, the first cavity 300 is inflated and then stands up, the cavity cover 100 is supported and stretched to a tension state under the restraint of the first cavity 300, thereby forming the cavity 110, and then the conveying port 400 outputs the atmosphere 1400 and / or the gas that makes the atmosphere move, so that the atmosphere 1400 moves in the cavity 110, and at the same time, various entertainment accessories 1600 start to produce various entertainment effects; the first airflow control device 1901 is controlled through the power source / signal source 2100, thereby controlling the inflation and deflation of the second cavity 700, so that the first cavity 300 shakes to produce more complex dynamic effects;

[0090] (5) When the play is over, the gas in the first cavity 300 and the second cavity 700 is pumped out by controlling the first gas flow control device 1901, and then the gas source 1700 is turned off. The gas in the chamber 110 is continuously discharged from the opening 200, so that the chamber cover 100 is deflated and retracted;

[0091] (6) The various atmosphere device 1800, the gas source 1700, the entertainment accessory 1600, the first gas flow control device 1901 are removed from the integrated seat 900, the atmosphere 1400 is taken out from the opening 200 and / or the integrated seat through hole 930, and then the various entertainment accessories 1600 are removed from the connecting seat 500.

[0092] (7) The pipeline 1000 between the integrated seat through hole 930 and the gas source 1700 is disconnected, and the integrated seat electric contact 940 and the power source / signal source 2100 and the wire 2000 are disconnected, and the chamber cover 100 and the first cavity 300 are folded, that is, the whole play process is completed.

[0093] (8) As shown in Figure 5 , when playing outdoors without power, the first gas flow control device 1901 is replaced with a second gas flow control device 1902.

[0094] (9) The gas source 1700 is a manual inflation device or a portable inflation device, which is used to inflate the first cavity 300 and the second cavity 700, and to blow the atmosphere 1400 in the chamber 110 for playing; wherein the manual inflation device includes a rebound air bag, a human mouth blowing, a compressed gas cylinder, etc.

[0095] Embodiment 3

[0096] In order to make the atmosphere entertainment device have the function of human-computer interaction, the present embodiment increases the pad protection cavity 1620 on the basis of embodiment 2.

[0097] As shown in Figures 6 to 7 , the atmosphere entertainment device disclosed by the present embodiment comprises a chamber cover 100, a first cavity 300, an opening 200, a conveying port 400, a connecting seat 500, a connecting head 600, a second cavity 700, an atmosphere gathering structure 800, an integrated seat 900, a gas flow control device 1900 and a pad protection cavity 1620; wherein,

[0098] The chamber cover 100 is partially composed of the cavity wall of the first cavity 300.

[0099] The integrated seat 900 is provided with an integrated seat locking member 960, the entertainment accessory 1600 is provided with an integrated head 970, and the integrated seat locking member 960 is repeatedly detachably connected with the integrated head 970. The entertainment accessory 1600 is an air-based entertainment accessory, and specifically can adopt an inflatable cavity. The integrated head 970 of the air-based entertainment accessory is provided with an integrated head through hole 971, one end of the integrated head through hole 971 is in communication with the air-based entertainment accessory, and the other end is in communication with the integrated seat through hole 930, so that the entertainment accessory 1600 forms a structure with an entertainment effect, or allows the atmosphere object 1400 to move inside it to increase the entertainment effect.

[0100] The cushion cavity 1620 is a deformable inflatable cavity made of flexible material, and is provided with a cushion cavity mounting member 1610. The cushion cavity 1620 is a deformable inflatable cavity made of flexible material and is in communication with the air source 1700 to receive inflation. The cushion cavity 1620 has a space and structure capable of bearing a player playing on it, and is used to support the chamber cover 100, create a game environment, and bear the player playing on it. The cushion cavity mounting member 1610 cooperates with the integrated seat locking member 960 to lock, and is used to repeatedly detachably connect the cushion cavity with the integrated seat 900. The cushion cavity mounting member 1610 is provided with a cushion cavity mounting member through hole 1611, one end of the cushion cavity mounting member through hole 1611 is in communication with the air source 1700, and the other end is directly in communication with the integrated seat through hole 930, or is in communication with the integrated seat through hole 930 through the airflow control device 1900. The airflow control device 1900 is used to control the flow rate and / or on-off state of the airflow flowing through the integrated seat through hole 930. The air source 1700 is divided into a positive pressure air source and a negative pressure air source, the cushion cavity mounting member through hole 1611 is divided into a cushion cavity mounting member inflation through hole 1612 and a cushion cavity mounting member exhaust through hole 1613, one end of the cushion cavity mounting member inflation through hole 1612 is in communication with the positive pressure air source, and the other end is in communication with the integrated seat through hole 930 through the airflow control device 1900, one end of the cushion cavity mounting member exhaust through hole 1611 is in communication with the negative pressure air source, and the other end is in communication with the integrated seat through hole 930 through the airflow control device 1900, and the cushion cavity mounting member inflation through hole 1612 and the cushion cavity mounting member exhaust through hole 1613 are respectively used for supplying air and exhausting air to the airflow control device 1900. The cushion cavity mounting member 1610 is provided with a cushion cavity mounting member electric contact 1614, one end of the cushion cavity mounting member electric contact 1614 is electrically connected with a power source and / or a signal source, and the other end is used for electrically connecting with various electric devices.

[0101] The air source 1700 includes an air pump and a rebound air bag. By pressing the rebound air bag, the player can supply and exhaust air to the connecting seat through hole 510 or the second cavity 700, so as to make the entertainment accessory 1600 installed on the connecting seat 500 work, and make the first cavity 300 abutting with the second cavity 700 active, thereby realizing the interaction between the player and the entertainment device.

[0102] The working process of the embodiment is as follows:

[0103] (1) Spread the cavity cover 100, connect the integrated seat through hole 930 and the integrated head through hole 971 with the pipeline, then install the entertainment accessory 1600 on the integrated seat 900 through the integrated head 970 and the integrated seat locking piece 960, and then put the entertainment accessory 1600 into the cavity cover 100;

[0104] (2) Then install other entertainment accessories 1600 on the connecting seat 500 located in the cavity cover 100, the first cavity 300 or the second cavity 700 through the connecting head 600;

[0105] (3) Install various required atmosphere device 1800, air source 1700 and air flow control device 1900 on the integrated seat 900 through the integrated head 970 and the integrated seat locking piece 960, and connect them with the air source 1700 through the pipeline 1000; then electrically connect the integrated seat electric contact 940 with the power source and / or signal source through the wire 2000;

[0106] (4) Turn on the air source 1700 and the power source / signal source 2100. After the first cavity 300 is inflated, it stands up. The cavity cover 100 is supported and stretched to a tension state under the restraint of the first cavity 300, thereby forming the cavity 110. Then the delivery port 400 delivers the atmosphere 1400 to the cavity 110, so that the atmosphere 1400 moves in the cavity 110. Then inflate or exhaust the entertainment accessory 1600 by using the air source 1700, so as to produce various dynamic entertainment effects. Control the air flow control device 1900 through the power source / signal source 2100, and then control the inflation and exhaust of the second cavity 700, so as to make the first cavity 300 swing to produce more complex dynamic effects;

[0107] (5) The player squeezes the rebound air bag, and the air flow is delivered to the second cavity 700 and the connecting seat through hole 510 connected therewith through the pipeline 1000, so that the second cavity 700 changes in shape to drive the first cavity 300 to move, and also can make the entertainment accessory 1600 connected with the connecting seat through hole 510 produce entertainment effect, thereby realizing diversified human-computer interaction;

[0108] (6) When the play is over, the gas in the first cavity 300 is extracted by the air flow control device 1900 controlled by the power source / signal source 2100, and then the gas source 1700 (gas pump) is turned off. The gas is continuously discharged from the opening 200, so that the chamber cover 100 is deflated and retracted;

[0109] (7) The various atmosphere device 1800, gas source 1700, entertainment accessories 1600, and air flow control device 1900 are removed from the integrated seat 900, and then the various entertainment accessories 1600 are removed from the connecting seat 500;

[0110] (8) The pipeline 1000 between the integrated seat through hole 930 and the gas source 1700 is disconnected, and the integrated seat electric contact 940 and the power source / signal source 2100 and the wire 2000 are disconnected, and the chamber cover 100 and the first cavity 300 are folded, that is, the whole play process is completed.

[0111] Example 4

[0112] In order to further enrich the human-computer interaction function of the atmosphere entertainment device, the second cavity is arranged at different positions on the basis of example 2, the player controls the gas source to make the atmosphere 1400 output from the opening 200 according to the specified track, and the second air flow control device 1902 is additionally arranged.

[0113] As shown in Figure 8 and 9 , the atmosphere entertainment device disclosed in the embodiment comprises a chamber cover 100, a first cavity 300, a conveying port 400, an opening 200, a connecting seat 500, a connecting head 600, a second cavity 700, an atmosphere gathering structure 800, an integrated seat 900, and an air flow control device 1900.

[0114] The first cavity 300 constitutes the outer shell of the maze, and the side facing the player is the chamber cover 100. The first cavity 300 and the chamber cover 100 jointly constitute a labyrinth track-shaped chamber 110, and the atmosphere 1400 moves along the labyrinth track-shaped chamber 110. The atmosphere 1400 in the embodiment is a plastic ball.

[0115] The first cavity 300 is provided with a conveying port 400 on the left and right sides, and the conveying port 400 on the right side of the first cavity 300 is provided with an integrated seat 900. The airflow control device 1900 is divided into a first airflow control device 1901 and a second airflow control device 1902. The first airflow control device 1901 is repeatedly detachably connected to the integrated seat 900. One end of the through hole 930 of the integrated seat is communicated with the gas source 1700 through the first airflow control device 1901, and the other end is communicated with the conveying port 400, the connecting seat through hole 510 or the second cavity 700. The conveying port 400 on the left side of the first cavity 300 is communicated with the gas source 1700 through the second airflow control device 1902 at one end, and the other end conveys the gas for moving the atmosphere 1400 into the chamber 110, so that the atmosphere 1400 moves along the labyrinth track.

[0116] The first airflow control device 1901 adopts the structure of the first airflow control device 1901 in Embodiment 2. The second airflow control device 1902 includes a valve (second valve 1924 in this example). One end of the second valve 1924 is communicated with the gas source 1700, and the other end is communicated with the conveying port 400, which is used to control the size and / or on-off state of the gas flowing through the conveying port 400.

[0117] The number of the second cavities 700 is multiple. The first cavity 300 and the entertainment accessory 1600 are both provided with the second cavities 700. The second cavities 700 are communicated with the gas source 1700 through the pipeline 1000. The gas source 1700 (gas pump and rebound air bag) is used to independently inflate and exhaust the second cavities 700 communicated therewith, so that the second cavities 700 change in shape, so as to change the activity state and activity path of the atmosphere 1400, or the second cavities 700 change in shape to drive the first cavity 300 abutting thereto to move, so as to change the shape of the labyrinth track. The player controls the gas source 1700 to make the atmosphere 1400 move along the specified path, so as to realize the function of human-computer interaction.

[0118] The interactive process of the embodiment is as follows:

[0119] (1) The atmosphere 1400 is loaded into the chamber 110 (labyrinth track) from the opening 200;

[0120] (2) The gas source 1700 (gas pump and rebound air bag) is used to convey the gas for moving the atmosphere 1400 into the chamber 110 through each conveying port 400. The atmosphere 1400 moves along the gas flow direction in the chamber 110;

[0121] (3) the player inflates the second cavity 700 connected with the elastic air bag by squeezing, to change the activity state and path of the atmosphere 1400, or to drive the first cavity 300 abutting with it to change the shape of the labyrinth track, so that the atmosphere 1400 moves along the specified path and finally exits the labyrinth from the opening 200, realizing the interaction between the player and the atmosphere 1400.

[0122] Embodiment 5

[0123] In order to accurately control the activity trajectory of the atmosphere 1400, increase the inflation and deflation degree of the atmosphere 1400, and output according to the specified trajectory from the opening 200, this embodiment is based on embodiment 4, the chamber 110 is designed as a tubular structure, the atmosphere 1400 moves along the chamber 110 according to the specified trajectory, and the first cavity 300 is connected by a plurality of deformable inflation cavities independently connected with the air source, and the connecting seat 500, the connecting head 600 and the atmosphere gathering structure 800 are removed.

[0124] As shown in Figure 10 , the atmosphere entertainment device disclosed in this embodiment comprises a chamber cover 100, a first cavity 300, a conveying port 400, a second cavity 700, an integrated seat 900 and an airflow control device 1900; wherein,

[0125] The first cavity 300 is connected by a plurality of deformable inflation cavities; each deformable inflation cavity is independently connected with the air source 1700, used to change the shape of the second cavity according to the needs of the game scene, to increase the interactivity of the game and the variability of the game scene.

[0126] The integrated seat 900 is arranged at the bottom of the chamber 110, the conveying port 400 and the airflow control device 1900 are installed on the integrated seat 900, the airflow control device 1900 adopts the structure of the first airflow control in embodiment 4, one end of the airflow control device 1900 is respectively connected with the positive pressure air source and the negative pressure air source, and the other end is respectively connected with the conveying port 400, the second cavity 700 and the first cavity 300 through the corresponding integrated seat through hole 930.

[0127] A plurality of second cavities 700 are arranged at different positions of the first cavity 300, which are respectively connected with the positive pressure air source and the negative pressure air source through the airflow control device 1900, used to independently inflate and deflate the second cavity 700 to change the shape of the second cavity 700, to change the activity state of the atmosphere 1400, or to change the shape of the chamber cover 100, or to drive the first cavity 300 to move, so as to accurately control the activity trajectory of the atmosphere 1400 and the direction of the atmosphere 1400 from the opening 200.

[0128] The chamber 110 is a tubular structure, and the inner diameter of the tubular structure is slightly larger than the outer diameter of the atmosphere 1400 to increase the filling and pumping force that moves the atmosphere 1400. In this embodiment, the atmosphere 1400 is a plastic ball. Each branch end of the tubular structure is provided with an opening 200. The delivery port 400 is provided at the bottom of the chamber 110 for delivering the atmosphere 1400 and / or the gas that moves the atmosphere to the chamber 110. An opening 200 is provided above the delivery port 400 for introducing the atmosphere 1400 into the chamber 110. The second chamber 700 is connected to the chamber cover 100 and / or the first chamber 300 to change the on / off state and / or shape of the chamber 110 to achieve precise control of the movement trajectory of the atmosphere 1400.

[0129] This embodiment demonstrates the process of precisely controlling the movement trajectory of atmospheric objects:

[0130] (1) Turn on the air source 1700. The airflow enters the chamber 110 from the delivery port 400. The player puts the air object 1400 (plastic ball) into the chamber 110 from the opening 200 above the delivery port 400. The air object 1400 flows along the shape of the chamber 110 under the airflow output from the delivery port 400 and flows to the branch channels of each tubular structure.

[0131] (2) The airflow control device 1900 is used to evacuate or de-air the second cavity 700 at each position, causing the shape of the second cavity 700 to change. This changes the activity state of the atmosphere 1400 by impacting the atmosphere, or changes the on / off state and shape of the chamber 110 by changing the shape of the chamber cover 100 and / or the first cavity 300, so as to achieve precise control of the activity trajectory of the atmosphere 1400 and make it output from the opening 200 at the designated position.

[0132] Example 6

[0133] In order to allow players to enter the chamber 110 and interact with the atmosphere 1400, this embodiment adopts a structure with better ventilation and breathability for the chamber cover 100 based on embodiment 2, and removes the connecting seat 500, the connecting head 600, the atmosphere gathering structure 800, and the second chamber 700.

[0134] like Figures 11 to 15 As shown, this embodiment discloses an atmospheric entertainment device, including: a chamber cover 100, a first cavity 300, a delivery port 400, an opening 200, an integrated base 900, and an airflow control device 1900; wherein,

[0135] The top surface of the chamber cover 100 is composed of a breathable mesh and a film, the breathable mesh is used to make the chamber cover 100 better in ventilation, and the players will not feel stuffy when playing in the chamber 110, and the bottom surface of the chamber cover 100 has a structure capable of bearing the players playing thereon; the first cavity 300 is arranged outside the chamber cover 100, and the chamber cover 100 is supported and tensioned; the chamber cover 100 is provided with an opening 200, the opening 200 is a cut opening with two edges overlapping, the players can enter the chamber 110 from the opening 200, and the two edges of the opening 200 overlap to prevent the atmosphere 1400 from floating out of the opening 200.

[0136] The atmosphere 1400 includes balloons and ribbons, and the conveying port 400 is arranged on the integrated seat 900, one end of the conveying port 400 is in communication with the atmosphere device 1800 (ribbon machine) and / or the gas source 1700, and the other end is connected to the atmosphere 1400 (ribbon) in the chamber 110 or the gas for making the atmosphere 1400 move, and the atmosphere 1400 (balloons and ribbons) floats in the chamber 110 under the blowing of the gas, and the players can directly contact and interact with the atmosphere 1400.

[0137] The background section of the present application can contain background information about the problems or environment of the present application, rather than the prior art described by others. Therefore, the content contained in the background section is not the admission of the prior art by the applicant.

[0138] The above is a further detailed description of the present application in combination with specific / preferred embodiments, and cannot be regarded as the specific implementation of the present application being limited to these descriptions. For those skilled in the art to which the present application belongs, without departing from the concept of the present application, a number of alternatives or modifications can be made to the described embodiments, and these alternatives or modifications shall be regarded as falling within the protection scope of the present application. In the description of the present application, the description of the terms "an embodiment", "some embodiments", "a preferred embodiment", "an example", "a specific example" or "some examples" means that the specific features, structures, materials or characteristics described in combination with the embodiment or example are included in at least one embodiment or example of the present application. In the present application, the illustrative description of the above terms does not necessarily refer to the same embodiment or example. Moreover, the specific features, structures, materials or characteristics described can be combined in any one or more embodiments or examples in a suitable manner. In addition, the different embodiments or examples described in the present application and the features of the different embodiments or examples can be combined and combined by those skilled in the art without contradiction. Although the embodiments of the present application and their advantages have been described in detail, it should be understood that various changes, replacements and modifications can be made herein without departing from the scope defined by the appended claims.

Claims

1. An ambient entertainment device, characterized in that, include: The first cavity is a deformable inflatable cavity made of flexible material, and the first cavity can be connected to an air source; A chamber, which is enclosed by a chamber cover made of flexible material, is used to contain atmospheric substances moving inside it; the chamber cover is at least partially connected to the cavity wall of the first cavity, or at least part of the chamber cover is formed by part of the cavity wall of the first cavity; the chamber cover can be opened or folded up, and the first cavity can support and stretch the chamber cover after being inflated, so that the chamber cover is in a taut state; A delivery port is provided on the chamber cover and is used to deliver an atmosphere and / or a gas that circulates the atmosphere into the chamber. An opening is provided on the chamber cover to allow the gas inside the chamber to circulate with the gas outside the chamber, thereby enabling the delivery port to continuously supply air and / or gases that activate the air into the chamber; thus, the player can reach in through the opening to interact with the air, and to put in and take out the air into the chamber. Because the first cavity is foldable and can support the tension chamber cover, the opening on the chamber cover allows for gas flow, and the delivery port can continuously deliver atmospheric materials and moving gas, thus realizing an atmospheric entertainment device that is easy to carry and store, can prevent the chamber cover from collapsing, has good atmospheric material movement effect, and is easy to interact with and recycle.

2. The ambient entertainment device according to claim 1, characterized in that, It also includes an integrated base, which is connected to the chamber cover and / or the first cavity; the integrated base is provided with an integrated base through hole and an integrated base locking member; one end of the integrated base through hole is used to communicate with a gas source and / or an atmosphere device, and the other end is used to communicate with the delivery port; the integrated base locking member is used to repeatedly detachably connect to an integrated head provided on any one or more of the atmosphere device, the gas source, and the entertainment accessories; the integrated base is used to converge the delivery port and can be interchangeably connected to the desired atmosphere device or the gas source.

3. The ambient entertainment device according to claim 2, characterized in that, The integrated base is provided with at least two integrated base through holes. One end of all integrated base through holes is used to communicate with the air source, and at least one of them is used to communicate with the negative pressure air source. At least one of the other ends of all integrated base through holes is used to communicate with the delivery port, and the rest are used to communicate with the first cavity, the air conditioning device, or the gas-using entertainment accessory.

4. The ambient entertainment device according to claim 2 or 3, characterized in that, It also includes an airflow control device that can be repeatedly disassembled and reassembled with the locking component of the integrated seat; the airflow control device includes at least one ventilation passage and a valve located on the ventilation passage, one end of the ventilation passage is connected to an air source, and the other end is connected to the through hole of the integrated seat, for controlling the airflow rate and / or on / off state of the air flowing through the corresponding through hole of the integrated seat.

5. The ambient entertainment device according to claim 4, characterized in that, The airflow control device further includes a flow divider for dividing the gas from the gas source through the flow divider and then through the valve to the corresponding integrated seat through hole or the delivery port; the flow divider is provided with at least three interconnected branch ports, each of which is connected to a corresponding ventilation passage or gas source; the valve and the flow divider cooperate with each other to independently control the gas flow rate or on / off state through the corresponding ventilation passage.

6. The ambient entertainment device according to claim 4, characterized in that, The valve includes a gas supply port, a gas extraction port, and an external port. The external port is used to communicate with the corresponding integrated seat through hole or the delivery port. The ventilation passage includes at least a pair of gas supply passages and gas extraction passages. One end of the gas supply passage is connected to a positive pressure gas source, and the other end is provided with several gas supply branch ports, each of which is connected to a gas supply port. One end of the gas extraction passage is connected to a negative pressure gas source, and the other end is provided with several gas extraction branch ports, each of which is connected to a gas extraction port. Each external port is connected to an integrated seat through hole.

7. The ambient entertainment device according to claim 2 or 3, characterized in that, It also includes an airflow control device that can be repeatedly disassembled and reassembled with the locking component of the integrated seat. The airflow control device is a diverter with at least three interconnected branch ports. Each branch port is connected to a corresponding through hole of the integrated seat or an air source to divert gas from the air source.

8. The ambient entertainment device according to claim 2 or 3, characterized in that, The entertainment accessory is a gas-powered entertainment accessory; the integrated head is provided with an integrated head through hole, one end of which is connected to the gas-powered entertainment accessory, and the other end is connected to the integrated seat through hole.

9. The ambient entertainment device according to claim 2 or 3, characterized in that, It also includes a protective cavity and a protective cavity mounting component disposed on the protective cavity; the protective cavity is a deformable inflatable cavity made of flexible material and is connected to an air source to receive inflation; the protective cavity has a space and structure capable of supporting a player to play on it; the protective cavity mounting component cooperates with the integrated seat locking component to lock and is used to repeatedly detach and reassemble the protective cavity and the integrated seat; the protective cavity mounting component is provided with a protective cavity mounting component through hole, one end of the protective cavity mounting component through hole is connected to the air source, and the other end is directly connected to the integrated seat through hole, or connected to the integrated seat through hole via an airflow control device, the airflow control device being used to control the airflow rate and / or on / off state of the air flowing through the integrated seat through hole.

10. The ambient entertainment device according to claim 9, characterized in that, The through holes of the protective cavity mounting component are divided into an inflation through hole and an exhaust through hole. One end of the inflation through hole is connected to a positive pressure air source, and the other end is connected to the through hole of the integrated seat via the airflow control device. One end of the exhaust through hole is connected to a negative pressure air source, and the other end is connected to the through hole of the integrated seat via the airflow control device. The inflation through hole and the exhaust through hole are used to supply air and exhaust air to the airflow control device, respectively.

11. The ambient entertainment device according to claim 9, characterized in that, The protective cavity mounting component is provided with a protective cavity mounting component electrical contact. One end of the protective cavity mounting component electrical contact is electrically connected to a power source and / or a signal source, and the other end is used to electrically connect to various electrical devices.

12. The ambient entertainment device according to claim 2, characterized in that, The integrated base also includes integrated base electrical contacts, one end of which is electrically connected to a power source and / or signal source, and the other end is used for electrical connection to various electrical devices.

13. The ambient entertainment device according to claim 2 or 3, characterized in that, It also includes a connecting seat disposed on the chamber cover and / or the first chamber, the connecting seat being provided with a connecting seat locking member for repeatedly detaching and connecting to a connector disposed on the entertainment accessory; the connecting seat is also provided with a connecting seat through hole, one end of the connecting seat through hole being connected to the integrated seat through hole, and the other end being used to connect to the entertainment accessory for supplying gas, atmosphere or gas that causes atmosphere to move to the entertainment accessory.

14. The ambient entertainment device according to claim 13, characterized in that, The connector is also provided with a connector through hole. One end of the connector through hole is connected to the entertainment accessory, and the other end is used to connect to the connector seat through hole to supply air to the entertainment accessory.

15. The ambient entertainment device according to claim 1, characterized in that, It also includes a second cavity for creating an entertainment effect through its shape, or for changing the state of an atmosphere to create an entertainment effect by altering its state; the second cavity abuts against the chamber cover and / or the first cavity, and is located inside and / or outside the chamber; the second cavity can be connected to an air source to inflate and deflate the second cavity, and the resulting shape change or movement change of the second cavity is used to change the activity state of the atmosphere, or to change the shape of the chamber, or to drive the movement of the chamber cover abutting against it, or to drive the movement of the first cavity abutting against it, or to drive the movement of an entertainment accessory abutting against it.

16. The ambient entertainment device according to claim 15, characterized in that, The second cavity is connected to both a positive pressure air source and a negative pressure air source, and is used to generate a continuous change in the volume of the second cavity by alternating filling and pumping air.

17. The ambient entertainment device according to claim 15, characterized in that, It also includes an integrated base, which is connected to the chamber cover and / or the first cavity; the integrated base is provided with an integrated base locking member and an integrated base through hole, one end of the integrated base through hole is used to communicate with a gas source, and the other end is used to communicate with the delivery port, the first cavity, or the second cavity; the integrated base locking member is used to repeatedly detachably connect to the integrated head provided on the gas source; the integrated base is used to converge the integrated base through hole and send the gas from the gas source to each of the delivery ports, the first cavity, or the second cavity.

18. The ambient entertainment device according to claim 17, characterized in that, It also includes an airflow control device that can be repeatedly disassembled and reassembled with the locking component of the integrated seat; the airflow control device includes at least one ventilation passage and a valve located on the ventilation passage, one end of the ventilation passage is connected to an air source, and the other end is connected to the through hole of the integrated seat, for controlling the airflow rate and / or on / off state of the air flowing through the corresponding through hole of the integrated seat.

19. The ambient entertainment device according to any one of claims 1 to 3, characterized in that, It also includes an atmospheric material gathering structure made of a flexible material, which includes an inclined surface at least partially connected to the chamber cover and / or the first chamber. The inclined surface is disposed in the chamber and located at the position where the atmospheric material falls, for receiving the falling atmospheric material and allowing it to slide down the inclined surface to a converging part at the bottom of the inclined surface. The delivery port is aligned with the converging part to deliver the gas that moves the atmospheric material, so that the movement of the atmospheric material can be continuously circulated.

20. The ambient entertainment device according to any one of claims 1 to 3, characterized in that, It also includes an airflow control device; the airflow control device includes at least one ventilation passage and a valve located on the ventilation passage, one end of the ventilation passage is connected to an air source and the other end is connected to the delivery port, and is used to control the airflow rate or on / off state of the air flowing through the delivery port.

21. The ambient entertainment device according to any one of claims 1 to 3, characterized in that, The first cavity is composed of multiple deformable inflatable cavities connected together; adjacent deformable inflatable cavities may be interconnected or not interconnected.

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