Dynamic adjustable multifunctional hookah device

Abstract

The invention discloses a dynamic adjustable multifunctional hookah device, which comprises a smoke input module, a smoke output module, a smoke output module and a control module, the second gas path output port piece, the first gas path output port piece and the second straight gas pipe are sequentially arranged at one end of the hookah pan and used for generating smoke; the lifting adjusting module comprises a first inner sliding part; a first outer slider disposed on the outer periphery of the first inner slider; the shell is arranged at one end, facing the smoke input module, of the first outer sliding part; the smoke output module comprises a suction pipe assembly used for sucking smoke by a user; the main output assembly is arranged between the first outer sliding part and the straw assembly and used for outputting the smoke to the straw assembly. According to the dynamic adjustable multifunctional hookah device, the lifting adjusting module enables a user to adjust the smoke output height according to needs; the smoke input module ensures smooth and efficient smoke generation; the smoke output module provides a convenient smoke extraction mode.

Description

TECHNICAL FIELD

[0001] The present application belongs to the technical field of smoking appliances, in particular to a dynamic adjustable multifunctional hookah. BACKGROUND

[0002] Traditional hookahs usually filter smoke through water to reduce smoke temperature and reduce some harmful substances, but the filtering effect and smoke taste are single and fixed, and users cannot adjust them according to personal preferences. The central air pipe of the existing hookah is fixed, and smoke can only be sucked after being filtered by water, so it is difficult for users to directly compare the taste difference between filtered and unfiltered smoke, and users cannot dynamically adjust the degree of water filtration of smoke, that is, the size of the smoke and the filtering surface. The traditional hookah has single function, lacks visual entertainment, and the user experience is monotonous. Therefore, a dynamic adjustable multifunctional hookah is needed. SUMMARY

[0003] To solve the above problems, the primary purpose of the present application is to provide a dynamic adjustable multifunctional hookah to solve the technical problems of single filtering method and single smoke taste.

[0004] To achieve the above purpose, the technical solution of the present application is as follows:

[0005] The present application provides a dynamic adjustable multifunctional hookah, comprising:

[0006] The smoke input module comprises a hookah for placing atomized objects, a second air path output piece, a first air path output piece, and a second straight air pipe sequentially arranged at one end of the hookah for generating smoke.

[0007] The lifting adjustment module comprises a first inner sliding piece, a first outer sliding piece arranged outside the first inner sliding piece, and an outer shell arranged at one end of the first outer sliding piece facing the smoke input module.

[0008] The smoke output module comprises a straw assembly for users to suck smoke.

[0009] The main output assembly is arranged between the first outer sliding piece and the straw assembly for outputting smoke to the straw assembly.

[0010] By dividing the dynamic adjustable multifunctional hookah device provided by the application into a smoke input module, a lifting adjustment module and a smoke output module, the dynamic adjustable multifunctional hookah device is easy to assemble, maintain and upgrade; the smoke input module includes a hookah pot for placing atomized substances, and the atomized substances are preferably solid atomized substances or paste-like atomized substances; the solid atomized substances can be tobacco or tobacco shreds, and the paste-like atomized substances can be glycerol-containing atomized substances; the lifting adjustment module allows users to adjust the smoke output height according to needs, providing personalized smoking experience and adapting to different user preferences; the hookah pot, the second air path output piece, the first air path output piece and the second straight air pipe in the smoke input module work cooperatively to ensure smooth and efficient smoke generation; the straw assembly and the main output assembly in the smoke output module provide a convenient smoke extraction method, enhancing user experience.

[0011] Further, it further comprises a power control module, which comprises:

[0012] The first support and the second support are arranged in the shell;

[0013] The battery cell, the micro motor and the control mainboard are sequentially arranged in the first support, and the micro motor is arranged in the second support away from the first support;

[0014] The first gear is arranged in the micro motor.

[0015] The battery cell, the micro motor and the control mainboard in the power control module realize electric operation of the device, such as automatic lifting or rotation, reducing manual operation and improving convenience; the battery cell provides stable portable power, so that the dynamic adjustable multifunctional hookah device can work without external power supply, enhancing the flexibility of use scenarios; the micro motor transmits power through the first gear, ensuring accurate control and improving the response speed and reliability of the device.

[0016] Further, it further comprises:

[0017] The rotation execution module is arranged on the side of the smoke input module close to the power control module, and is used for dynamically adjusting the size of the smoke and water filtering surface; the rotation execution module comprises:

[0018] The first straight air pipe;

[0019] The straight air path output piece is arranged between the first straight air pipe and the first gear;

[0020] The fourth support is arranged between the straight air path output piece and the first gear;

[0021] The straight air pipe gear is arranged at the end of the first straight air pipe away from the straight air path output piece;

[0022] A second gear is engaged with the first gear.

[0023] The rotating execution module is used for dynamically adjusting the size of the smoke and water filtering surface. The rotating execution module is engaged with the first gear and the second gear to drive the first straight air pipe to rotate, thereby improving the mixing and distribution of the smoke and making the smoke more uniform. The fourth support and the straight air path output piece provide structural stability to ensure reliable connection of the air path during rotation and prevent leakage or misalignment. The cooperation of the straight air pipe gear with other gears optimizes the air path flow, reduces the smoke resistance, and improves the smoking efficiency.

[0024] Further, the first inner sliding piece is provided with a track slot; the first outer sliding piece is provided with a wall hole; the wall hole is aligned with the track slot;

[0025] The lifting adjustment module further comprises:

[0026] A positioning column is arranged between the wall hole and the track slot.

[0027] Through the cooperation of the track slot and the positioning column, the lifting adjustment is smoother and more accurate, and the user can easily fix the required height through the positioning column to prevent accidental sliding. The correct installation of the positioning column is ensured by the alignment of the wall hole and the track slot, which enhances the rigidity of the lifting adjustment module and improves the overall safety. The simple track slot design makes the adjustment operation intuitive and easy to understand, improving the user experience.

[0028] Further, the first inner sliding piece is provided with a threaded slot; the first outer sliding piece is provided with a wall hole; the wall hole is aligned with the threaded slot;

[0029] The lifting adjustment module further comprises:

[0030] A locking piece is arranged between the wall hole and the threaded slot.

[0031] Through the cooperation of the threaded slot and the locking piece, a reliable locking mechanism is provided, and the user can fix the lifting position through the locking piece to prevent loosening during use and ensure stability. The threaded slot and the locking piece cooperate to allow fine adjustment of the lifting height, which adapts to more detailed user needs, such as different smoking postures or shared by multiple people. The locking piece prevents accidental movement of the lifting adjustment module, reducing potential risks such as smoke leakage or device tipping over.

[0032] Further, the main output assembly comprises:

[0033] A first air path output seat is arranged in the wall hole of the first outer sliding piece;

[0034] A second air path output is arranged in the first air path output seat; and,

[0035] The straw assembly comprises:

[0036] hose piece;

[0037] a straw head disposed between the hose piece and the second air path outlet, the other end of the hose piece passing through a spring piece and connecting an interface piece, the end of the interface piece away from the hose piece being provided with a handle; and

[0038] The smoke output module further comprises a backup output assembly disposed in the first outer sliding piece for multi-user sharing or exhaust, wherein the backup output assembly comprises:

[0039] a third air path outlet disposed in a wall hole of the first outer sliding piece;

[0040] a ball configured in the third air path outlet;

[0041] a cover covering the ball and connected with the third air path outlet.

[0042] The main output assembly is used to output smoke to the straw assembly, and the backup output assembly is used for other users to smoke. The ball and the cover in the backup output assembly are automatically sealed when not in use, preventing smoke leakage and ensuring air path integrity. The hose piece, the straw head, and the handle in the straw assembly provide a flexible and comfortable way of smoking, and the spring piece enhances durability. The integration of the first air path outlet seat and the second air path outlet makes the output module easy to disassemble and clean, making maintenance convenient.

[0043] Further, the smoke input module further comprises:

[0044] an intermediate connecting piece disposed at one end of the first straight air pipe away from the straight air path outlet piece and configured at an end port of the shell away from the first outer sliding piece;

[0045] a straight air pipe connecting piece configured at one end of the intermediate connecting piece away from the first straight air pipe;

[0046] a smoke tray disposed between the second straight air pipe away from the first straight pipe and the first air path outlet piece for heat insulation and carbon ash collection.

[0047] The smoke tray can effectively isolate heat and collect carbon ash, preventing carbon ash from contaminating smoke or damaging the device, and improving safety and cleanliness. The intermediate connecting piece and the straight air pipe connecting piece ensure the tight connection between the smoke input module and the rotary execution module, reducing air path leakage and improving smoke quality. The intermediate connecting piece and the straight air pipe connecting piece enhance the stability of the overall structure, making the device more durable in high-temperature environments.

[0048] Further, it further comprises:

[0049] The filter module comprises a main body provided with a receiving cavity, a bottom shell arranged at one end of the main body and surrounding the main body to form the receiving cavity, and a third sealing element arranged at one end of the main body away from the bottom shell, wherein the lifting adjustment module is assembled to the main body.

[0050] The receiving cavity and the bottom shell in the filter module are designed to accommodate water or other filtering media, effectively filtering harmful substances in smoke, and providing a cleaner and healthier smoking experience. The third sealing element ensures the air tightness between the filter module and the lifting adjustment module, prevents smoke leakage, and improves the filtering efficiency. The filter module is modularly designed, making the filtering part easy to disassemble and clean, prolonging the service life of the device.

[0051] Further, it further comprises a first visual enhancement module arranged in the shell and located at one end of the first outer sliding element away from the main body, comprising a first lamp panel, a second lamp panel and a fourth support, the first lamp panel being arranged on the fourth support and connected with the second lamp panel.

[0052] The second end of the intermediate connecting piece away from the rotating execution module is provided with a second visual enhancement module; the second visual enhancement module comprises a fourth lamp panel and a third lamp panel, the third lamp panel being connected with the fourth support, and the third lamp panel and the fourth lamp panel being used for illuminating the smoke generating area.

[0053] The first visual enhancement module and the second visual enhancement module illuminate the smoke generating area and the output area through the lamp panel, creating an aesthetic visual effect and improving the immersive experience. The light effect is especially useful in low light environments, increasing the entertainment and appeal of the device, while helping users observe the smoke state. The lamp panel adopts LED technology, which has low power consumption and long service life, and is coordinated with the overall design of the dynamic adjustable multifunctional hookah device provided by the application.

[0054] Further, the lifting adjustment module further comprises a first sealing element arranged at the outer periphery of one end of the first inner sliding element close to the shell.

[0055] The power control module further comprises a second sealing element arranged between the shell and the first outer sliding element.

[0056] The rotating execution module further comprises a first O-ring arranged at the outer periphery of the first straight air pipe, and a second O-ring arranged at the outer periphery of the end of the first straight air pipe away from the straight air path output element.

[0057] The smoke input module further comprises a third O-ring arranged at one end of the straight air pipe connecting piece away from the intermediate connecting piece, and a fourth O-ring, the second straight air pipe being arranged with the fourth O-ring at one end thereof facing the smoke tray and being connected with the first air path output element.

[0058] The first seal, the second seal, the first O-ring, the second O-ring, the third O-ring, the fourth O-ring, and other sealing parts are designed to ensure the air tightness of the connections of the dynamic adjustable multifunctional hookah provided by the application, prevent smoke leakage, and improve smoke utilization rate and safety. The O-rings provide tight sealing at the gas path interface, reducing the risk of leakage caused by wear or vibration, ensuring long-term reliability. The standardized design of the sealing parts makes replacement and maintenance easier, reducing operating costs.

[0059] Compared with the prior art, the application has the following beneficial effects: the dynamic adjustable multifunctional hookah provided by the application comprises a smoke input module, a lifting adjustment module, and a smoke output module. The smoke input module comprises a hookah for placing atomized material, a second gas path output piece, a first gas path output piece, and a second straight gas pipe arranged in sequence at one end of the hookah for generating smoke. The lifting adjustment module comprises a first inner sliding piece and a first outer sliding piece arranged outside the first inner sliding piece. The smoke output module comprises a suction pipe assembly for users to suck smoke and a main output assembly arranged between the first outer sliding piece and the suction pipe assembly for outputting smoke to the suction pipe assembly. The lifting adjustment module allows users to adjust the smoke output height according to their needs, providing personalized smoking experience and adapting to different user preferences. The hookah, the second gas path output piece, the first gas path output piece, and the second straight gas pipe in the smoke input module work cooperatively to ensure smooth and efficient smoke generation. The suction pipe assembly and the main output assembly in the smoke output module provide a convenient smoke extraction method, enhancing user experience. BRIEF DESCRIPTION OF DRAWINGS

[0060] Figure 1 is a perspective view of a dynamic adjustable multifunctional hookah provided by the application.

[0061] Figure 2 is Figure 1 is a sectional view of a dynamic adjustable multifunctional hookah in one embodiment.

[0062] Figure 3 is Figure 2 is an exploded view of a dynamic adjustable multifunctional hookah.

[0063] Figure 4 is Figure 3 is a partial enlarged view of the filter module and the lifting adjustment module in one embodiment.

[0064] Figure 5 is Figure 3 is a partial enlarged view of the main output assembly in one embodiment.

[0065] Figure 6 is Figure 3 is a partial enlarged view of the shell, power control module in

[0066] Figure 7 is Figure 3 is a partial enlarged view of the rotating execution module in

[0067] Figure 8 is Figure 3 is a partial enlarged view of the smoke input module in

[0068] Figure 9 is Figure 1 is a sectional view of a dynamic adjustable multifunctional hookah in another embodiment.

[0069] Figure 10 is Figure 9 is an exploded view of a dynamic adjustable multifunctional hookah.

[0070] Figure 11 is Figure 10 is a partial enlarged view of the filter module, lifting adjustment module in

[0071] Figure 12 is Figure 10 is a partial enlarged view of the main output assembly in

[0072] Figure 13 is Figure 10 is a partial enlarged view of the shell, control module in

[0073] Figure 14 is Figure 10 is a partial enlarged view of the rotating execution module in

[0074] Figure 15 is Figure 10 is a partial enlarged view of the smoke input module in

[0075] In the figure: 52, water pot; 51, second air path output piece; 50, first air path output piece; 47, second straight air pipe; 19, shell; 4, first inner sliding piece; 401, track groove; 402, threaded groove; 7, first outer sliding piece; 19, shell; 61, positioning column; 62, locking piece; 25, first support; 31, second support; 27, battery cell; 28, micro motor; 29, control mainboard; 34, first gear; 38, first straight air pipe; 39, straight air pipe gear; 36, straight air path output piece; 20, first fixed screw; 24, second fixed screw; 26, third fixed screw; 33, fourth fixed screw; 9, first air path output seat; 10, second air path output; 11, suction pipe head; 12, hose piece; 13, spring piece; 14, interface piece; 15, handle; 16, cover body; 17, ball; 18, third air path output; 41, intermediate connecting piece; 42, straight air pipe connecting piece; 46, third O-shaped ring; 47, second straight air pipe; 48, smoke disc; 49, fourth O-shaped ring; 43, fifth fixed screw; 35, fifth support; 37, first O-shaped ring; 40, second O-shaped ring; 46, third O-shaped ring; 49, fourth O-shaped ring; 3, first sealing piece; 5, second sealing piece; 8, third sealing piece; 21, first lamp plate; 22, second lamp plate; 23, fourth support; 44, fourth lamp plate; 45, third lamp plate; 2, main body; 201, containing cavity; 1, bottom shell. DETAILED DESCRIPTION

[0076] In order to make the purpose, technical scheme and advantages of the present application more clear, the present application is further described in detail below in combination with the drawings and examples. It should be understood that the specific examples described herein are only used to explain the present application and do not limit the present application.

[0077] In order to achieve the above-mentioned purpose, the technical scheme of the present application is as follows:

[0078] Referring to Figures 1-15 , the present application provides a dynamic adjustable multifunctional hookah, comprising:

[0079] The smoke input module comprises a water pot 52 for placing atomized objects, a second air path output piece 51, a first air path output piece 50 and a second straight air pipe 47, which are sequentially arranged at one end of the water pot 52 and used for generating smoke;

[0080] The lifting adjustment module comprises a first inner sliding piece 4 and a first outer sliding piece 7 arranged outside the first inner sliding piece 4; a shell 19 arranged at one end of the first outer sliding piece 7 towards the smoke input module;

[0081] The smoke output module comprises: a suction pipe assembly for a user to suck smoke; and a main output assembly arranged between the first outer sliding member 7 and the suction pipe assembly, and used for outputting smoke to the suction pipe assembly.

[0082] By dividing the dynamic adjustable multifunctional hookah device into the smoke input module, the lifting adjustment module and the smoke output module, the dynamic adjustable multifunctional hookah device is easy to assemble, maintain and upgrade; the lifting adjustment module is the core mechanism for realizing the dynamic adjustable function, and allows the user to adjust the smoke output height according to the needs, provides personalized smoking experience, and adapts to different user preferences; the smoke input module is used for generating and importing smoke, and the hookah pot 52, the second air path output piece 51, the first air path output piece 50 and the second straight air pipe 47 in the smoke input module work cooperatively, the second air path output piece 51 is arranged at one end of the first air path output piece 50 away from the second straight air pipe 47, and the second air path output piece 51 and the first air path output piece 50 are used for importing smoke and sealing. The hookah pot 52 is arranged at the outer periphery of the second air path output piece 51, and the hookah pot is used for containing atomized substances, wherein the atomized substances are preferably solid atomized substances or paste-like atomized substances, the solid atomized substances can be tobacco or tobacco shreds, and the paste-like atomized substances can be glycerol-containing atomized substances, the design of the hookah pot 52 is beneficial to uniform heating, and ensures smooth and efficient smoke generation; the suction pipe assembly and the main output assembly in the smoke output module provide a convenient smoke extraction method, and enhance the user experience.

[0083] Further, the dynamic adjustable multifunctional hookah device provided by the application further comprises: a power control module, comprising:

[0084] The first support 25 and the second support 31 are arranged in the shell 19.

[0085] The electric core 27, the micro motor 28 and the control mainboard 29 are sequentially arranged in the first support 25, and one end of the micro motor 28 away from the first support 25 is arranged in the second support 31.

[0086] The first gear 34 is arranged in the micro motor 28.

[0087] The power control module realizes the intelligence and automation of the dynamic adjustable multifunctional hookah provided by the application; the electric core 27 provides a wireless and portable energy source; the control mainboard 29 is responsible for coordinating the rotation speed of the micro motor 28, the light effect and the like, and realizes programmable complex functions. The electric core 27, the micro motor 28 and the control mainboard 29 in the power control module realize the electric operation of the device, such as automatic lifting or rotation, reduce manual operation and improve convenience; the electric core 27 provides a stable portable power supply, so that the dynamic adjustable multifunctional hookah can work without external power supply, and the flexibility of the use scene is enhanced; the micro motor 28 transmits power through the first gear 34, ensures accurate control, and improves the response speed and reliability of the device. The micro motor 28, the first gear 34 of the power control module and the second gear 39 of the rotation execution module are the driving sources for converting electric energy into mechanical energy, and provide accurate and controllable power for the rotation of the air pipe.

[0088] Further, the dynamic adjustable multifunctional hookah provided by the application further comprises: a rotation execution module, which is arranged on the side of the smoke input module close to the power control module and on the side of the power control module away from the lifting adjustment module; the rotation execution module comprises:

[0089] a first straight air pipe 38;

[0090] a straight air path output member 36, which is arranged between the first straight air pipe 38 and the first gear 34;

[0091] a fifth support 35, which is arranged between the straight air path output member 36 and the first gear 34;

[0092] a straight air pipe gear 39, which is arranged at one end of the first straight air pipe 38 away from the straight air path output member 36;

[0093] a second gear 39, which is engaged with the first gear 34.

[0094] The rotation execution module drives the first straight air pipe 38 to rotate by engaging the first gear 34 with the second gear 39, improving the mixing and distribution of smoke, making the smoke more uniform. The fourth support and straight air pipe outlet member 36 provide structural stability, ensuring reliable air path connection during rotation and preventing leakage or misalignment. The straight air pipe gear 39 cooperates with other gears to optimize air path flow, reduce smoke resistance, and improve smoking efficiency. The rotation execution module is the key execution mechanism for realizing multi-functionality and adjustable taste. When the air pipe gas outlet is above the water surface, rotation will form a vortex effect on the discharged smoke, which is very visually appealing. When the air pipe gas outlet is below the water surface, rotation will disperse the smoke, producing smaller and more widely distributed bubbles, greatly increasing the contact area between the smoke and the water, improving the filtering and cooling efficiency, dynamically adjusting the humidity and taste of the smoke by changing the contact area, and achieving adjustable taste.

[0095] Further, the first inner sliding member 4 is provided with a track groove 401; the first outer sliding member 7 is provided with a wall hole; the wall hole is aligned with the track groove 401;

[0096] The lifting adjustment module further comprises:

[0097] The positioning column 61 is arranged between the wall hole and the track groove 401.

[0098] Through the cooperation of the track groove 401 and the positioning column 61, the lifting adjustment is smoother and more accurate, and the user can easily fix the required height through the positioning column 61 to prevent accidental sliding. By sliding the positioning column 61 in the track groove 401, the entire central air pipe assembly is moved up and down, so that the user can accurately position the air pipe gas outlet underwater to achieve water filtration or on the water surface to achieve direct suction according to the demand. The detent design at the top of the track groove 401 provides a clear gear feel and position locking function, ensuring the stability of the function state during use; the wall hole is aligned with the track groove 401 to ensure correct installation of the positioning column 61, enhance the rigidity of the lifting adjustment module, and improve the overall safety. The simple track groove 401 design makes the adjustment operation intuitive and easy to understand, improving the user experience.

[0099] Further, the first inner sliding member 4 is provided with a threaded groove 402; the first outer sliding member 7 is provided with a wall hole; the wall hole is aligned with the threaded groove 402;

[0100] The lifting adjustment module further comprises:

[0101] The locking member 62 is arranged between the wall hole and the threaded groove 402.

[0102] By cooperating with the locking piece 62 through the threaded groove 402, a reliable locking mechanism is provided, and the user can fix the lifting position through the locking piece 62 to prevent loosening during use and ensure stability. The threaded groove 402 cooperates with the locking piece 62 to allow fine adjustment of the lifting height and adapt to more detailed user needs, such as different smoking postures or shared by multiple people. The locking piece 62 prevents accidental movement of the lifting adjustment module and reduces potential risks such as smoke leakage or device tipping.

[0103] Further, the main output assembly comprises:

[0104] The first air path output port seat 9 is arranged in the wall hole of the first outer sliding piece 7.

[0105] The second air path output port 10 is arranged in the first air path output port seat 9; and,

[0106] The straw assembly comprises:

[0107] The hose piece 12;

[0108] The straw head 11 is arranged between the hose piece 12 and the second air path output port 10, the other end of the hose piece 12 passes through the spring piece 13 and is connected to the interface piece 14, and the end of the interface piece 14 away from the hose piece 12 is provided with the handle 15; and,

[0109] The smoke output module further comprises a standby output assembly arranged in the first outer sliding piece 7 for multi-user sharing or exhaust, wherein the standby output assembly comprises:

[0110] The third air path output port 18 is arranged in the wall hole of the first outer sliding piece 7.

[0111] The ball 17 is arranged in the third air path output port 18.

[0112] The cover 16 covers the ball 17 and is connected with the third air path output port 18.

[0113] The main output component is used as the main channel for smoke exhaust, and the structural design ensures that the smoke can be efficiently introduced into the suction pipe component. The main output component is used to output smoke to the suction pipe component, and the standby output component is used for other users to smoke. The design of the hose part 12, the suction pipe head 11, and the handle 15 in the suction pipe component provides a flexible and comfortable way to smoke, and the spring part enhances the durability. The integration of the first air path output port seat 9 and the second air path output port 10 makes the output module easy to disassemble and clean, and the maintenance is convenient. The core effect of the standby output component 320 lies in its multifunctionality and safety. The ball 17 and the cover 16 constitute a one-way valve or a closable pressure relief valve, which can serve as a second suction pipe interface for multiple people to share, or can function as a pressure relief when the internal pressure is too high, or can be closed when not needed to ensure the suction force of the main channel. The ball 17 and the cover 16 in the standby output component automatically seal when not in use, preventing smoke leakage and ensuring air path integrity. The hose part 12 and the handle 15 of the suction pipe component 330 provide flexibility and comfort in use, and the spring part 13 can protect the hose part 12 from excessive bending, prolonging the service life.

[0114] Further, the smoke input module further comprises:

[0115] The intermediate connecting part 41 is arranged at the end of the first straight air pipe 38 away from the straight air path output port part 36, and is arranged at the end port of the shell 19 away from the first outer sliding part 7;

[0116] The straight air pipe connecting part 42 is arranged at the end of the intermediate connecting part 41 away from the first straight air pipe 38;

[0117] The smoke tray 48 is arranged between the end of the second straight air pipe 47 away from the first straight pipe 38 and the first air path output port part 50, and is used for heat insulation and carbon ash receiving.

[0118] The smoke tray 48 can effectively isolate heat and receive carbon ash, preventing carbon ash from polluting smoke or damaging the device, and improving safety and cleanliness. The intermediate connecting part 41 and the straight air pipe connecting part 42 ensure the close connection between the smoke input module and the rotating execution module, reduce air path leakage, and improve smoke quality. The intermediate connecting part 41 and the straight air pipe connecting part 42 enhance the stability of the overall structure, making the device more durable in high temperature environment. Multi-layer sealing components such as O-ring, first air path output port part 50, and second air path output port part 51 ensure that the smoke is completely and losslessly introduced into the central air path without leakage from the connection; the smoke tray 48 plays a practical and safe function of heat insulation and carbon ash receiving; the second straight air pipe 47 and the intermediate connecting part 41 constitute a stable transmission path from the smoke source to the filtering cavity.

[0119] Further, the application provides a dynamic adjustable multifunctional hookah, which further comprises a filtering module, comprising: a main body 2, provided with a containing cavity 201; a bottom shell 1, arranged at one end of the main body 2 and surrounding the main body 2 to form the containing cavity 201; and a third sealing element 8, arranged at the end of the main body 2 away from the bottom shell 1 and arranged between 19 and the first outer sliding element 7; wherein the lifting adjusting module is assembled to the main body 2.

[0120] The filtering module is used as a basic water filtering module. The containing cavity 201 in the filtering module is used for containing water or other filtering medium, effectively filtering harmful substances in smoke, and providing a cleaner and healthier smoking experience. The third sealing element 8 ensures the air tightness between the filtering module and the lifting adjusting module, prevents smoke leakage, and improves the filtering efficiency. The filtering module is modularly designed, so that the filtering part is easy to disassemble and clean, prolonging the service life of the device.

[0121] Further, the application provides a dynamic adjustable multifunctional hookah, which further comprises a first visual enhancement module arranged in the shell 19 and located at the end of the first outer sliding element 7 away from the main body 2, comprising: a first lamp plate 21, a second lamp plate 22, and a fourth support 23, wherein the first lamp plate 21 is arranged in the fourth support 23 and connected with the second lamp plate 22.

[0122] The end of the intermediate connecting element 41 away from the rotating execution module is provided with a second visual enhancement module; the second visual enhancement module comprises: a fourth lamp plate 44 and a third lamp plate 45, wherein the third lamp plate 45 is connected with the fourth support 23, and the third lamp plate 45 and the fourth lamp plate 44 are used for illuminating the smoke generating area.

[0123] During installation, the first lamp plate 21 is installed into the fourth support 23 and connected with the second lamp plate 22, and then fixed by the second fixing screw 24, so as to form a lamp effect functional assembly 1; the lamp effect functional assembly 1 is installed into the lower end of the shell 19, the first support 25 is installed into the shell 19 and fixed by the third fixing screw 26; the electric core 27, the micro motor 28 and the control mainboard 29 are sequentially installed on the first support 25 and welded with corresponding electronic wires, the second support 31 is installed into the shell 19 and fixed by the fourth fixing screw 33, one end of the micro motor 28 is also installed into the second support 31 and fixed by the fourth fixing screw 33, and the first gear 34 is installed on the rotor of the micro motor 28, so as to form a motor and lamp effect control functional assembly; the third sealing element 8 is installed at the upper end of the up-down movement functional assembly and screwed into the shell 19.

[0124] The fourth lamp plate 44 is connected with the fifth support 35 and fixed by the fifth fixing screw 43, so as to form a lamp effect functional assembly 2; the lamp effect functional assembly 2 is installed into the upper port of the intermediate connecting element 41, then the straight air pipe connecting element 42 is installed into the intermediate connecting element 41, the intermediate connecting element 41 is installed into the upper port of the shell 19 and fixed by the first fixing screw 20.

[0125] Any one of the first light plate 21, the second light plate 22, the third light plate 44 and the fourth light plate 45 is one of RGB multi-color light plates, used to generate variable light effects in the lower and upper parts of the device respectively, specifically, the main body 2 can be illuminated in the lower part of the device, and the smoke generating area can also be illuminated in the upper part of the device. The light combined with the rotating smoke creates strong visual attraction and immersive use atmosphere, making the product change from a simple smoking tool to a scientific and technological product with entertainment and decoration functions.

[0126] The first visual enhancement module and the second visual enhancement module are illuminated by the light plate, illuminating the smoke generating area and the output area, creating an aesthetic visual effect and improving the immersive experience. The light effect is particularly useful in low light environments, increasing the entertainment and attractiveness of the device, while helping users observe the smoke state. The light plate uses LED technology, which is low in power consumption and long in service life, and is coordinated with the overall design of the dynamic adjustable multifunctional hookah device provided by the present application.

[0127] Further, the lifting adjustment module further comprises: a first sealing member 3 arranged between the end of the first inner sliding member 4 away from the shell 19 and the end of the main body 2 away from the bottom shell 1; the first sealing member 3 ensures the air tightness between the main body 2 and the lifting adjustment module, prevents smoke leakage, and ensures sufficient negative pressure and pure smoke path during smoking;

[0128] The power control module further comprises: a second sealing member 5 arranged between the shell 19 and the first outer sliding member 7, and arranged on the outer periphery of the end of the first inner sliding member 4 away from the main body 2; the second sealing member 5 is used to ensure the air tightness during the relative sliding of the first inner sliding member 4 and the first outer sliding member 7 of the lifting adjustment module.

[0129] The rotation execution module further comprises: a first O-ring 37 arranged on the outer periphery of the first straight air pipe 38; a second O-ring 40 arranged on the outer periphery of the end of the first straight air pipe 38 away from the straight air path output member 36;

[0130] The smoke input module further comprises: a third O-ring 46 arranged on the end of the straight air pipe connecting member 42 away from the intermediate connecting member 41; a fourth O-ring 49, the second straight air pipe 47 is arranged with the fourth O-ring 49 on the end facing the smoke disc 48 and connected with the first air path output member 50.

[0131] The first seal 3, the second seal 5, the first O-ring 37, the second O-ring 40, the third O-ring 46, the fourth O-ring 49 and other sealing parts are designed to ensure the air tightness of the connections of the dynamic adjustable multifunctional hookah provided by the application, prevent smoke leakage, and improve smoke utilization rate and safety. Each O-ring provides a tight seal at the gas path interface, reducing the risk of leakage due to wear or vibration, ensuring long-term reliability. Standardized design of the sealing parts makes replacement and maintenance easier, reducing operating costs. The first O-ring 37, the second O-ring 40, the third O-ring 46, the fourth O-ring 49, the first seal 3, the second seal 5 and the third seal 8 ensure dynamic sealing during rotation, preventing water backflow and gas path leakage.

[0132] The dynamic adjustable multifunctional hookah provided by the application integrates the filter module, the lifting adjustment module, the smoke output module, the shell 19, the power control module, the rotation execution module, the smoke input module, the first visual enhancement module and the second visual enhancement module, upgrades a traditional, single-function hookah into a modern, intelligent smoking appliance with user-interactive filter selection, programmed taste adjustment and dynamic sound and light experience, and combines simple physical movements of lifting and rotation with smoke processing technology, and realizes precision and automation through electronic control.

[0133] The above is only a preferred embodiment of the application and is not intended to limit the application. Any modifications, equivalent replacements and improvements made within the spirit and principles of the application shall be included in the protection scope of the application.

Claims

1. A dynamically adjustable multi-functional hookah device, characterized in that, Comprising: Smoke Input module, comprising: water pot, for placing atomization; Second air path output piece, first air path output piece, second straight air pipe, sequentially arranged at one end of the water pot, for generating smoke; Lifting adjustment module, comprising: first inner sliding piece; First outer sliding piece, configured outside the first inner sliding piece; Shell, arranged at one end of the first outer sliding piece towards the smoke input module; Smoke output module, comprising: suction pipe assembly, for user to suck smoke; Main output assembly, arranged between the first outer sliding piece and the suction pipe assembly, for outputting smoke to the suction pipe assembly.

2. A dynamically adjustable multi-functional hookah device as claimed in claim 1, wherein, Also comprising: Power control module, comprising: First support, second support, configured in the shell; Battery, micro motor, control mainboard, sequentially configured in the first support, the micro motor away from one end of the first support is configured in the second support; First gear, configured in the micro motor.

3. A dynamically adjustable multi-functional hookah device as claimed in claim 2, wherein, Also comprising: Rotary execution module, configured on the side of the smoke input module close to the power control module, for dynamically adjusting the size of smoke and water filtering surface, the rotary execution module comprising: First straight air pipe; Straight air path output piece, arranged between the first straight air pipe and the first gear; Fourth support, configured between the straight air path output piece and the first gear; Straight air pipe gear, configured at one end of the first straight air pipe away from the straight air path output piece; Second gear, meshing with the first gear.

4. The dynamic adjustable multifunctional hookah device of claim 3, wherein: The first inner sliding piece is provided with a track groove; the first outer sliding piece is provided with a wall hole; the wall hole is aligned with the track groove; The lifting adjustment module further comprises: A positioning column is configured between the wall hole and the track groove.

5. The dynamic adjustable multifunctional hookah device of claim 3, wherein: The first inner sliding piece is provided with a threaded groove; the first outer sliding piece is provided with a wall hole; the wall hole is aligned with the threaded groove; The lifting adjustment module further comprises: A locking piece is configured between the wall hole and the threaded groove.

6. A dynamically adjustable multi-functional hookah device as claimed in claim 4 or 5, wherein, The main output assembly comprises: A first air path output seat is configured in the wall hole of the first outer sliding piece; A second air path output is configured in the first air path output seat; and The suction pipe assembly comprises: A hose piece; A suction pipe head is arranged between the hose piece and the second air path output, the other end of the hose piece passes through a spring piece and is connected to an interface piece, one end of the interface piece away from the hose piece is provided with a handle; and The smoke output module further comprises a backup output assembly arranged in the first outer sliding piece for multi-user sharing or exhaust, wherein the backup output assembly comprises: A third air path output is arranged in the wall hole of the first outer sliding piece; A ball is configured in the third air path output; A cover covers the ball and is connected with the third air path output.

7. A dynamically adjustable multi-functional hookah device as claimed in claim 6, wherein, The smoke input module further comprises: An intermediate connecting piece is arranged at one end of the first straight tube away from the straight gas path output piece and at one end of the shell away from the first outer sliding piece; A straight tube connecting piece is arranged at one end of the intermediate connecting piece away from the first straight tube; A smoke disc is arranged between one end of the second straight tube away from the first straight tube and the first gas path output piece for heat insulation and carbon ash receiving.

8. A dynamically adjustable multi-functional hookah device as claimed in claim 7, wherein, Further comprising: A filter module comprises a main body provided with a containing cavity, a bottom shell arranged at one end of the main body and surrounding the main body to form the containing cavity, and a third sealing piece arranged at one end of the main body away from the bottom shell, wherein the lifting adjustment module is assembled in the main body.

9. A dynamically adjustable multi-functional hookah device as claimed in claim 8, wherein, Further comprising: A first visual enhancement module is arranged in the shell and located at one end of the first outer sliding piece away from the main body, comprising a first lamp plate, a second lamp plate, and a fourth support, wherein the first lamp plate is arranged on the fourth support and connected with the second lamp plate; A second visual enhancement module is arranged at one end of the intermediate connecting piece away from the rotation execution module, and the second visual enhancement module comprises a fourth lamp plate and a third lamp plate, wherein the third lamp plate is connected with the fourth support, and the third lamp plate and the fourth lamp plate are used for illuminating the smoke generating area.

10. The dynamic adjustable multifunctional hookah device of claim 7, wherein The lifting adjustment module further comprises a first sealing piece arranged at one end of the first inner sliding piece close to the outer shell; The power control module further comprises a second sealing piece arranged between the shell and the first outer sliding piece; The rotation execution module further comprises a first O-ring arranged at the outer periphery of the first straight tube, and a second O-ring arranged at the outer periphery of one end of the first straight tube away from the straight gas path output piece; The smoke input module further comprises a third O-ring arranged at one end of the straight tube connecting piece away from the intermediate connecting piece, and a fourth O-ring, wherein the second straight tube is arranged with the fourth O-ring at one end thereof facing the smoke disc and connected with the first gas path output piece.

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