Moving device for medicine decocting platform

Abstract

The invention discloses a moving device for a medicine decocting platform. The moving device aims at solving the problems that an existing device is poor in motor high-temperature reliability, low in space integration degree and poor in transmission efficiency. The device comprises a multi-medicine-pot medicine decocting platform, two sets of guide rail transmission racks, four sets of driven wheel assemblies, an integrated driving rack, a driving gear, a driving motor, a water cooling system and the like. A driven wheel assembly is arranged at the bottom of the multi-medicine-pot medicine decocting platform, and the end face is connected with an integrated driving rack through an adjustable hanging lug. The integrated driving rack is of a T-like hollow structure and integrates a driving part and a water cooling pipeline, heat dissipation can be achieved, and space is saved. The driving gear is matched with the guide rail rack, and the driven wheel assembly comprises a compression spring to guarantee meshing. The device improves the high-temperature reliability, the integration level and the transmission efficiency, and is suitable for medicine decocting scenes.

Description

Technical Field

[0001] The invention relates to the technical field of medicine decoction equipment, in particular to a mobile device for a medicine decoction platform. Background Art

[0002] In order to improve the efficiency of decoction, a multi-pot decoction platform is often used to decoct multiple herbs at the same time. As an important component of the multi-pot decoction platform, the performance of the mobile device directly affects the effect and efficiency of decoction. Currently, conventional mobile devices encounter numerous issues when used with decoction platforms. Firstly, the motor struggles to maintain reliability in the high temperatures generated by decoction, and is prone to failure, impacting the normal operation of the mobile device. Secondly, within the limited space available, the mobile device lacks high integration and transmission efficiency, resulting in unstable and unsmooth operation, failing to meet the requirements of the decoction platform. Therefore, it is very necessary to develop a mobile device for a decoction platform that can maintain motor reliability in a high-temperature environment and has high integration and good transmission efficiency in a limited space. Summary of the Invention

[0003] The present invention aims to address the problems of existing mobile devices, such as poor motor reliability in high-temperature environments, low integration within a limited space, and poor transmission efficiency when used with a decoction platform. To address the above-mentioned problems, the present invention provides a mobile device for a decoction platform, comprising a multi-pot decoction platform, a first guide rail transmission rack, a second guide rail transmission rack, a first driven wheel assembly, a second driven wheel assembly, a third driven wheel assembly, a fourth driven wheel assembly, an integrated drive frame, a first drive gear, a seated bearing, a hollow through-hole conductive slip ring, a conductive slip ring surrounding a bobbin, a universal joint coupling, a drive motor, a water-cooled drainage pipe, and a second drive gear. With respect to claim 1, the device includes a multi-herb pot decoction platform, a first guide rail transmission rack, a second guide rail transmission rack, a first driven wheel assembly, a second driven wheel assembly, a third driven wheel assembly, a fourth driven wheel assembly, an integrated drive frame, a first drive gear, a seat bearing, a hollow through-hole conductive slip ring, a conductive slip ring around the bobbin, a universal joint coupling, a drive motor, a water-cooled drainage pipe, and a second drive gear. These key parts cooperate with each other to form the operating system of the entire mobile device. Furthermore, in the structural design of the multi-herb pot decoction platform, four rectangular grooves are opened at the bottom. The function of these four rectangular grooves is to respectively install the first driven wheel assembly, the second driven wheel assembly, the third driven wheel assembly, and the fourth driven wheel assembly. Through this installation method, the stability of the connection between the driven wheel assembly and the decoction platform can be guaranteed, providing a reliable support foundation for subsequent movement. The connection between the multi-herb decoction platform and the integrated drive frame is also quite unique. Mounting lugs are located at the end faces of the two, and the slots in the lugs are secured by bolts. This connection structure not only enables precise assembly between the two, ensuring accurate relative positioning, but also allows for vertical adjustment of the spacing by adjusting the position of the bolts in the lug slots, which is crucial for ensuring proper engagement between the subsequent drive gear and the guide rail transmission rack. Furthermore, the integrated drive rack is designed to be T-shaped. This shape design has obvious advantages. When the first drive gear and the second drive gear are assembled on both sides, it can provide sufficient driving force while saving space to the maximum extent, thereby improving the integration of the entire device in a limited space and making the layout of each component more compact and reasonable. At the same time, the first drive gear, seat bearing, hollow through-hole conductive slip ring, conductive slip ring bobbin, universal joint coupling, drive motor, water-cooled drainage pipe, and second drive gear are all centrally installed on the integrated drive frame. This centralized installation method further improves the integration of the device and facilitates the collaborative work and maintenance between various components. The integrated drive rack itself is a hollow frame with a water inlet on the top working surface and internally installed water-cooling drainage pipes. This design is designed to cope with the high temperatures encountered during the decoction process. Circulating water is added through the water inlet and flows through the hollow frame, absorbing heat generated by the drive motor and other electronic components. When the water level reaches a set height within the frame, the circulating water flows out of the water-cooling drainage pipes, effectively dissipating heat and ensuring that all components operate at the appropriate temperature and maintain their reliability. Furthermore, the first guide rail transmission rack cooperates with the first drive gear, the third driven wheel assembly, and the fourth driven wheel assembly, while the second guide rail transmission rack cooperates with the first driven wheel assembly, the second driven wheel assembly, and the second drive gear. This multi-component coordination can form a stable transmission system, ensure the effective transmission of driving force, and enable the multi-herb pot decoction platform to move smoothly and steadily along the guide rail transmission rack, thereby improving the transmission efficiency of the entire device. With respect to claim 2, the gear mounting frame serves as the base supporting structure of the driven wheel assembly, providing a stable mounting platform for the driven gear. The driven gear is properly mounted on the gear mounting frame to ensure that it can engage with the corresponding guide rail transmission rack in a stable posture, which is the basis for achieving transmission coordination. The structural design of the gear mounting frame must take into account both stability and adaptability. It must not only firmly support the driven gear, but also match the rectangular groove at the bottom of the multi-herb pot decoction platform to ensure that the entire driven wheel assembly can be smoothly installed and fixed. The setting of the spring is a highlight of the driven wheel assembly. It is cleverly installed between the gear mounting frame and the driven gear or at the corresponding position of the gear mounting frame. When the device is running, the compression spring can apply continuous and appropriate pressure to the driven gear. This pressure allows the driven gear to always maintain a tight meshing state with the guide rail transmission rack, effectively avoiding excessive meshing clearance or even tooth disengagement caused by vibration, installation errors or component wear. At the same time, the compression spring also has a certain buffering effect. When the device encounters slight bumps during movement or there are slight unevenness in the guide rail transmission rack, the compression spring can absorb part of the impact force and reduce the rigid collision between the driven gear and the guide rail transmission rack, thereby reducing component wear, extending its service life, and ensuring the stability and smoothness of the entire transmission system. With respect to claim 3, the feature that the bottom of the multi-herb pot decoction platform is heated by a heat source is one of the core designs of the mobile device adapted to the decoction scenario. The essence of the decoction process is to fully dissolve the active ingredients in the medicinal materials through continuous heating, so heating by a heat source is the basic condition for realizing the decoction function. When the bottom of the multi-herb pot decoction platform is heated by a heat source, the heat will be transferred to the medicine pot placed on the platform, thereby decocting the medicinal materials in the medicine pot. This heating process also puts forward special requirements on the performance of the mobile device. Since the heat source continuously releases heat, the temperature of the multi-herb pot decoction platform and the surrounding environment will rise, which highlights the importance of the design of the water cooling system on the integrated drive rack. The water cooling system can take away the heat in time to avoid the adverse effects of high temperature on the performance of components such as the drive motor and electronic components, and ensure that the mobile device can still operate stably in a heated environment. The multi-pot decoction platform also requires a mobile device to adjust its position during the heating process to meet the heating requirements of different pots or adapt to changes in the decoction process. The combination of the heat source below and the mobile device ensures that the multi-pot decoction platform can obtain sufficient heat to complete the decoction operation while also allowing for flexible position changes through movement, improving the efficiency and convenience of decoction.

[0004] With respect to claim 4, the mobile device for the decoction platform according to claim 1 is characterized in that the assembly ears and bolt connection structure at the connection between the multi-herb pot decoction platform and the integrated drive frame can adjust the spacing up and down to ensure that the center distance between the first drive gear and the second drive gear and the first guide rail transmission rack and the second guide rail transmission rack is correct. The mounting lugs and bolted connection structure at the connection between the multi-herb decoction platform and the integrated drive frame allow for vertical adjustment of the spacing, a design that is key to ensuring the device's transmission accuracy. The slots in the mounting lugs provide space for the bolts to move up and down. When the spacing needs to be adjusted, simply loosen the bolts, move the multi-herb decoction platform or the integrated drive frame up and down to the desired position, and then tighten the bolts to secure it, making operation convenient and flexible. Furthermore, ensuring the correct center distance between the first and second drive gears and the first and second guide rail transmission racks is crucial. The meshing transmission between the gears and racks places strict requirements on this distance. Excessive center distances can lead to excessive meshing clearance, which can easily cause impact and vibration during transmission, and even cause tooth skipping. Too small a center distance can lead to overly tight meshing between the gears and racks, increasing wear and energy consumption, and affecting transmission efficiency and component life.

[0005] Regarding claim 5, the integrated drive frame adopts a T-shaped structure, an optimized design that balances drive force output and space utilization. The two sides of the T-shaped structure provide natural symmetrical support for the installation of the drive gears. The first and second drive gears are respectively mounted on either side, capable of applying driving force to the multi-herb pot decoction platform from two directions, ensuring balanced force during platform movement and avoiding offset or jamming caused by unilateral force. Furthermore, the structural form fully utilizes the spatial layout. Compared to traditional decentralized installation methods, the T-shaped structure concentrates the drive gears on both sides, reducing spatial interference between components and allowing the integrated drive rack to compactly accommodate the drive gears and other related components within a limited size. In herbal decoction applications, equipment often needs to operate multiple herbal pots within a limited space. The T-shaped design effectively saves space, improves the device's space utilization, and makes the entire mobile device more adaptable to the spatial requirements of decoction environments.

[0006] Preferably, with respect to claim 6, the water-cooling drainage pipe inside the integrated drive frame is a key heat dissipation component for coping with the high-temperature environment of decoction. The integrated drive frame is a hollow frame. When circulating water is injected from the water inlet on the top working surface, it flows inside the frame, continuously absorbing heat generated by the drive motor and other electronic components. The water-cooling drainage pipe's drainage function is set to activate when the water level reaches a set height within the frame. This design ensures that the circulating water remains within the frame long enough to fully absorb heat, while also allowing for the timely discharge of heat-absorbed water, preventing hot water from accumulating within the frame and reducing cooling effectiveness. The continuous inflow and outflow of circulating water creates a dynamic cooling cycle, effectively removing heat from the integrated drive rack and keeping the drive motor and electronic components at an optimal operating temperature, ensuring stable performance and longevity.

[0007] With respect to claim 7, the compression spring in the driven wheel assembly is a critical component for ensuring stable meshing between the driven gear and the guide rail transmission rack. Installed between the gear mounting frame and the driven gear, the compression spring exerts a certain amount of pressure on the driven gear in its natural state. This pressure forces the driven gear to fit tightly against the guide rail transmission rack, maintaining good meshing between the two even in the presence of vibrations during operation or minor wear of components, thus preventing excessive meshing clearance or tooth stripping. Furthermore, when the device encounters an uneven surface or slight obstacle on the guide rail transmission rack during movement, the compression spring can play a buffering role, absorbing the impact force through its own expansion and contraction, reducing the rigid collision between the driven gear and the guide rail transmission rack, reducing component wear, ensuring the smoothness of the transmission process, and thereby improving the operational reliability of the entire mobile device.

[0008] With respect to claim 8, the drive motor is connected to the first and second drive gears via a universal joint, a crucial connection method for achieving efficient power transmission. As a power source, the drive motor's output torque must be transmitted to the drive gears to drive the entire device, and the universal joint provides a flexible connection in this process. Furthermore, the drive motor and drive gear may experience some axial deviation in their installation positions, or experience relative displacement during operation due to vibration or other factors. The universal joint coupling can adapt to these changes in angle and position, ensuring the continuity and stability of power transmission and avoiding component damage caused by excessive connection rigidity. Through this connection method, the power of the drive motor can be efficiently and stably transmitted to the drive gear, providing reliable power for its rotation and ensuring the normal movement of the multi-herb pot decoction platform.

[0009] With respect to claim 9, the first driving gear is driven by the driving motor to engage and rotate with the first guide rail transmission rack, while the third driven wheel assembly and the fourth driven wheel assembly roll on the first guide rail transmission rack. The cooperation of the three not only provides driving force, but also guides and supports the movement of the multi-herb pot decoction platform in the direction of the first guide rail. The seat bearings, hollow through-hole conductive slip rings, conductive slip rings around the bobbin and other components installed on the integrated drive frame are important auxiliary components for the normal operation of the device. They work in conjunction with other components to jointly ensure the stable operation of the device. The seat bearing provides stable support for the rotation of the drive gear, reduces friction and vibration during the rotation of the gear, and ensures its smooth rotation. Hollow through-hole conductive slip rings and conductive slip ring spools ensure circuit connectivity during movement. When the multi-herb pot decoction platform moves, the associated cables must follow. Hollow through-hole conductive slip rings enable current and signal transmission between rotating and fixed components, preventing cable damage from entanglement or pulling. Conductive slip ring spools organize and store cables, ensuring an orderly layout and further ensuring reliable circuit connectivity. These components work together with key components such as the drive motor and drive gears to form an integrated whole, ensuring the proper operation of the device.

[0010] The above technical solution can achieve the following beneficial effects: Compared with the prior art, the present invention has the following advantages and positive effects: (1) The present invention forms a dynamic heat dissipation cycle through the hollow frame design of the integrated drive rack and the cooperation of the internal water-cooling drainage pipe, which can effectively cope with the high-temperature environment of decoction, ensure that the drive motor and electronic components operate at an appropriate temperature, and significantly improve the reliability of the motor in a high-temperature environment.

[0011] (2) The present invention adopts a T-shaped integrated drive rack to centrally install multiple drive components and assemble drive gears on both sides. Combined with the compact layout of multiple components, high integration is achieved in a limited space, reducing spatial interference between components and improving space utilization.

[0012] (3) The present invention ensures good meshing between the gears and the racks by means of the cooperation of multiple sets of driving gears and guide rail transmission racks, as well as the action of the compression spring in the driven wheel assembly, thereby forming a stable transmission system, greatly improving the transmission efficiency of the device, and making the multi-herb pot decoction platform move smoothly and stably.

[0013] (4) The connection structure between the multi-herb pot decoction platform and the integrated drive frame in the present invention can adjust the spacing up and down, which can accurately ensure the center distance between the drive gear and the guide rail transmission rack, avoid the transmission problem caused by improper center distance, and enhance the stability of the device operation.

[0014] (5) The various components of the present invention work together, from the universal joint coupling for power transmission to the auxiliary components such as the conductive slip ring for ensuring circuit connection, and then to the cooperation of the heat dissipation and transmission system, forming an organic whole, which comprehensively improves the overall performance and service life of the device and adapts to the actual needs of the decoction scene. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the following briefly introduces the drawings required for use in the embodiments or the description of the prior art.

[0016] Figure 1It is a schematic diagram of the three-dimensional structure of a mobile device for a medicine decoction platform provided by the present invention.

[0017] Figure 2 The present invention provides a schematic diagram of the assembly of a movable guide rail, a driving gear and a driven gear used in a movable device for a decoction platform.

[0018] Figure 3 The figure is a schematic diagram of the assembly relationship of the first driven wheel group used in the mobile device for the medicine decoction platform provided by the present invention.

[0019] Figure 4 The figure is a schematic diagram of the assembly relationship of the driving components in a mobile device for a medicine decoction platform adopted by the present invention.

[0020] Figure 5 It is a schematic diagram of the three-dimensional structure of the integrated drive rack adopted in the present invention.

[0021] Figure 6 It is a front view of a mobile device for a medicine decoction platform adopted by the present invention.

[0022] In the figure: (1) multi-herb pot decoction platform, (2) first guide rail transmission rack, (3) second guide rail transmission rack, (4) first driven wheel assembly, (401) driven gear, (402) gear mounting frame, (403) compression spring, (5) second driven wheel assembly, (6) third driven wheel assembly, (7) fourth driven wheel assembly, (8) integrated drive frame, (9) first drive gear, (10) seat bearing, (11) hollow through-hole conductive slip ring, (12) conductive slip ring around the bobbin, (13) universal joint coupling, (14) drive motor, (15) water-cooled drainage pipe, (16) second drive gear. DETAILED DESCRIPTION

[0023] The present invention will be further explained below with reference to the accompanying drawings and specific embodiments.

[0024] The embodiment of the present invention relates to a mobile device for a decoction platform, such as Figure 1 As shown, the device includes a multi-herb pot decoction platform (1), a first guide rail transmission rack (2), a second guide rail transmission rack (3), a first driven wheel assembly (4), a second driven wheel assembly (5), a third driven wheel assembly (6), a fourth driven wheel assembly (7), an integrated drive frame (8), a first drive gear (9), a seat bearing (10), a hollow through-hole conductive slip ring (11), a conductive slip ring around the bobbin (12), a universal joint coupling (13), a drive motor (14), a water-cooled drainage pipe (15), and a second drive gear (16). The bottom of the multi-herb pot decoction platform (1) is heated by a heat source, and four rectangular grooves are opened at the bottom thereof, in which a first driven wheel assembly (4), a second driven wheel assembly (5), a third driven wheel assembly (6), and a fourth driven wheel assembly (7) are respectively installed. The driven wheel assembly comprises a driven gear (401), a gear mounting frame (402), and a compression spring (403). The compression spring (403) can provide a certain buffer and pressure for the driven gear (401), thereby ensuring good meshing between the driven gear (401) and the guide rail transmission rack. The multi-herb pot decoction platform (1) is connected to the integrated drive frame (8) at its end face, and an assembly lug is provided at the connection point, and the groove in the lug is fixed by bolt connection. This connection method not only realizes precise assembly, but also allows the spacing to be adjusted up and down, ensuring that the center distance between the first drive gear (9) and the second drive gear (16) integrated in the integrated drive frame (8) and the first guide rail transmission rack (2) and the second guide rail transmission rack (3) is correct, thereby ensuring correct meshing transmission. The integrated drive frame (8) has a T-shaped appearance, with a first drive gear (9) and a second drive gear (16) mounted on both sides, which saves space while providing driving force and improves the integration of the device. The first drive gear (9), a seat bearing (10), a hollow through-hole conductive slip ring (11), a conductive slip ring around the bobbin (12), a universal joint coupling (13), a drive motor (14), a water-cooled drainage pipe (15), and the second drive gear (16) are all mounted on the integrated drive frame (8). The integrated drive frame (8) is a hollow frame with a water inlet on the top working surface. Circulating water is fed into the frame, and a water-cooling drainage pipe (15) is installed inside. When the water level reaches a set height in the frame, the circulating water flows out of the water-cooling drainage pipe (15) and drains away. The flow of the circulating water removes heat, ensuring that the electronic components and motors integrated in the drive frame can withstand the high temperature generated during the decoction process, thereby ensuring their reliability. The first guide rail transmission rack (2) cooperates with the first drive gear (9), the third driven wheel assembly (6), and the fourth driven wheel assembly (7); the second guide rail transmission rack (3) cooperates with the first driven wheel assembly (4), the second driven wheel assembly (5), and the second drive gear (16). Through such cooperation, good transmission is achieved and transmission efficiency is improved.

[0025] like Figure 2As shown, the first guide rail transmission rack (2) is tightly meshed with the first drive gear (9), and the third driven wheel assembly (6) and the fourth driven wheel assembly (7) are respectively located on both sides of the first drive gear (9) and cooperate with the first guide rail transmission rack (2) to form a stable support and transmission structure; the second guide rail transmission rack (3) cooperates with the second drive gear (16) and the first driven wheel assembly (4) and the second driven wheel assembly (5) in a similar manner, jointly ensuring the smoothness of the transmission.

[0026] like Figure 3 As shown, the driven gear (401) is mounted on one end of the gear mounting frame (402), and the compression spring (403) is mounted inside the other end of the gear mounting frame (402), one end of which is connected to the inner wall of the gear mounting frame (402), and the other end is against the shaft end of the driven gear (401), and the elastic force of the compression spring (403) provides continuous pressure to the driven gear (401), ensuring that it is tightly engaged with the corresponding guide rail transmission rack.

[0027] like Figure 4 As shown, the assembly relationship of the drive assembly is clarified. The output shaft of the drive motor (14) is connected to one end of the universal joint coupling (13), and the other end of the universal joint coupling (13) is connected to the shafts of the first drive gear (9) and the second drive gear (16) respectively to achieve power transmission; the seat bearing (10) is installed on the shaft of the drive gear to provide support for the rotation of the shaft; the hollow through-hole conductive slip ring (11) is sleeved on the shaft connecting the drive motor (14) and the universal joint coupling (13), and the conductive slip ring wiring spool (12) is installed on one side of the hollow through-hole conductive slip ring (11) for arranging and storing cables.

[0028] like Figure 5 As shown, the three-dimensional structure of the integrated drive frame (8) is highlighted. The two ends of the horizontal part of the T-shaped structure are used to install the first drive gear (9) and the second drive gear (16) respectively. The interior of the longitudinal part is a hollow structure for accommodating components such as the water-cooling drainage pipe (15). The water inlet on the top working surface is clearly visible. The overall structure is compact and the layout is reasonable, fully reflecting the high degree of integration.

[0029] As shown in FIG6 , during the actual assembly, the first driven wheel assembly (4), the second driven wheel assembly (5), the third driven wheel assembly (6), and the fourth driven wheel assembly (7) are respectively installed in the four rectangular grooves at the bottom of the multi-herb pot decoction platform (1). During the installation process, it is necessary to ensure that the position of each driven wheel assembly is accurate to ensure good cooperation with the guide rail transmission rack in the subsequent installation. For the assembly of the driven wheel assembly, taking the first driven wheel assembly (4) as an example, referring to FIG3 , the driven gear (401) is mounted on the gear mounting frame (402), and then the compression spring (403) is reasonably installed at the corresponding position of the gear mounting frame (402), so that the compression spring (403) can apply appropriate pressure to the driven gear (401), ensuring that the driven gear (401) always maintains a good meshing state with the guide rail transmission rack during operation. Then, the integrated drive frame (8) is connected to the multi-drug pot decoction platform (1), and the mounting lugs on the end faces of the two are fixed by bolts passing through the slots in the lugs. During the fixing process, the distance between the two can be adjusted up and down according to the actual situation to ensure that the center distance between the first drive gear (9) and the second drive gear (16) integrated on the integrated drive frame (8) and the first guide rail transmission rack (2) and the second guide rail transmission rack (3) meets the requirements, so as to achieve correct meshing transmission. This step can be performed in conjunction with Figures 1 and 2. The installation of the various components on the integrated drive frame (8) shall be carried out in accordance with Figures 4 and 5. The first drive gear (9) and the second drive gear (16) shall be assembled on both sides of the integrated drive frame (8). The seat bearing (10), the hollow through-hole conductive slip ring (11), the conductive slip ring bobbin (12), the universal joint coupling (13), the drive motor (14), the water-cooled drainage pipe (15) and other components shall also be installed at corresponding positions on the integrated drive frame (8). Among them, the drive motor (14) is connected to the drive gear through the universal joint coupling (13) to provide power for the rotation of the drive gear. In terms of the setting of the water cooling system, the integrated drive frame (8) is a hollow frame. Circulating water is added from the water inlet on the top working surface thereof. The circulating water flows inside the frame. When the water level reaches the set height, the circulating water flows out from the water cooling drainage pipe (15). Through such a circulation process, the heat generated by the drive motor (14) and various electronic components during operation, as well as the high temperature transmitted from the decoction platform, is taken away, ensuring that these components operate in a suitable temperature environment. When the entire device is in operation, the drive motor (14) is started, and the first drive gear (9) and the second drive gear (16) are driven to rotate through the universal joint coupling (13). The first drive gear (9) is meshed with the first guide rail transmission rack (2), and the second drive gear (16) is meshed with the second guide rail transmission rack (3). Under the action of the driving force, the multi-herb pot decoction platform (1) moves along the guide rail transmission rack. At the same time, the third driven wheel assembly (6) and the fourth driven wheel assembly (7) move in coordination on the first guide rail transmission rack (2), and the first driven wheel assembly (4) and the second driven wheel assembly (5) move in coordination on the second guide rail transmission rack (3), thereby ensuring the stability and smoothness of the movement process.

[0030] The above-mentioned configuration can also be set in other embodiments. The scope of protection of the present invention includes but is not limited to the situations listed in this embodiment. Although the present invention is disclosed as above, the present invention is not limited thereto. Any person skilled in the art can make various changes and modifications without departing from the spirit and scope of the present invention. Therefore, the scope of protection of the present invention should be based on the scope defined by the claims.

[0031] The specific implementation methods described above further illustrate the objectives, technical solutions and beneficial effects of the present invention in detail. It should be understood that the above description is only a specific implementation method of the present invention and is not intended to limit the scope of protection of the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the scope of protection of the present invention.

Claims

1. A mobile device for a decoction platform, characterized in that: The invention comprises a multi-cooking medicine pot decoction platform (1), a first guide rail transmission rack (2), a second guide rail transmission rack (3), a first driven wheel assembly (4), a second driven wheel assembly (5), a third driven wheel assembly (6), a fourth driven wheel assembly (7), an integrated drive frame (8), a first drive gear (9), a seat bearing (10), a hollow through-hole conductive slip ring (11), a conductive slip ring around a bobbin (12), a universal joint coupling (13), a drive motor (14), a water-cooled drainage pipe (15), and a second drive gear (16); four rectangular grooves are provided at the bottom of the multi-cooking medicine pot decoction platform (1), and the first driven wheel assembly (4), the second driven wheel assembly (5), the third driven wheel assembly (6), and the fourth driven wheel assembly (7) are respectively installed; the end face of the multi-cooking medicine pot decoction platform (1) is connected to the integrated drive frame (8), and an assembly lug is provided at the connection point, and the groove in the lug is connected by a bolt. The integrated drive frame (8) is connected and fixed; the shape of the integrated drive frame (8) is T-shaped, and the first drive gear (9) and the second drive gear (16) are assembled on both sides; the first drive gear (9), the seat bearing (10), the hollow through-hole conductive slip ring (11), the conductive slip ring around the bobbin (12), the universal joint coupling (13), the drive motor (14), the water-cooling drainage pipe (15), and the second drive gear (16) are all installed on the integrated drive frame (8); the integrated drive frame (8) is a hollow frame, with a water inlet on the top working surface and a water-cooling drainage pipe (15) installed inside; the first guide rail transmission rack (2) cooperates with the first drive gear (9), the third driven wheel assembly (6), and the fourth driven wheel assembly (7); the second guide rail transmission rack (3) cooperates with the first driven wheel assembly (4), the second driven wheel assembly (5), and the second drive gear (16).

2. The mobile device for the decoction platform according to claim 1, characterized in that: The driven wheel assembly comprises a driven gear (401), a gear mounting frame (402) and a compression spring (403).

3. The mobile device for decoction platform according to claim 1, characterized in that: The bottom of the multi-herb pot decoction platform (1) is heated by a heat source.

4. The mobile device for the decoction platform according to claim 1, characterized in that: The assembly lugs and bolt connection structure at the connection between the multi-herb pot decoction platform (1) and the integrated drive frame (8) can adjust the spacing up and down to ensure that the center distance between the first drive gear (9) and the second drive gear (16) and the first guide rail transmission rack (2) and the second guide rail transmission rack (3) is correct.

5. The mobile device for decoction platform according to claim 1, characterized in that: The T-shaped structure of the integrated drive frame (8) is equipped with a first drive gear (9) and a second drive gear (16) on both sides, so as to save space while providing driving force.

6. The mobile device for decoction platform according to claim 1, characterized in that: The water-cooling drainage pipe (15) inside the integrated drive frame (8) discharges circulating water when the water level reaches a set height in the frame to remove heat.

7. The mobile device for the decoction platform according to claim 2, characterized in that: The compression spring (403) in the driven wheel assembly can provide buffering and pressure for the driven gear (401), thereby ensuring good meshing between the driven gear (401) and the guide rail transmission rack.

8. The mobile device for decoction platform according to claim 1, characterized in that: The driving motor (14) is connected to the first driving gear (9) and the second driving gear (16) via a universal joint coupling (13) to provide power for the rotation of the driving gears.

9. The mobile device for decoction platform according to claim 1, characterized in that: The cooperation between the first guide rail transmission rack (2) and the first driving gear (9), the third driven wheel assembly (6), and the fourth driven wheel assembly (7), and the cooperation between the second guide rail transmission rack (3) and the first driven wheel assembly (4), the second driven wheel assembly (5), and the second driving gear (16) achieves good transmission.

10. The mobile device for decoction platform according to claim 1, characterized in that: Components such as the seated bearing (10), the hollow through-hole conductive slip ring (11), and the conductive slip ring surrounding the bobbin (12) installed on the integrated drive frame (8) cooperate with other components to ensure the normal operation of the device.

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