A fragrance and flavor tank deep cleaning device

Abstract

The application discloses a kind of essence and flavor tank body depth cleaning device, it includes quick positioning device, cleaning pipe, mobile supply and control device, quick positioning device is installed in the tank mouth portion of tank body, cleaning pipe is screw-connected at the lower end center of quick positioning device.This application is simple in operation, convenient to use and practical, it can quickly position and clean essence and flavor tank body, and can replace the length of cleaning pipe and adjust the cleaning flushing pressure according to the size of tank body and actual demand, greatly improve the cleaning efficiency and effect, and can quickly switch cleaning and blowing mode, reduce the labor intensity of operator, effectively prevent the risk of scale pollution essence and flavor in tank wall, guarantee product quality.

Description

Technical Field

[0001] This invention relates to the field of maintenance and cleaning technology for tobacco manufacturing equipment / processes, specifically to a deep cleaning device for flavoring and fragrance containers. Background Technology

[0002] In the tobacco industry, the flavoring and additive process is a critical and special step, so ensuring the quality of the flavorings and fragrances inside the can is particularly important. Different brands and specifications use different flavorings and fragrances, and the cans need to be cleaned and maintained when switching brands. The current standard cleaning method involves using the automatic can cleaning mode of the additive or flavoring machine. This involves injecting water or cleaning alcohol to cover the can's liquid level, using the agitator hinges inside the can to move the cleaning solution, or using a cleaning spray nozzle placed inside the can. Finally, a manual air compressor is used to blow and dry the inside of the can.

[0003] Several problems exist in the actual cleaning operation of the tanks, mainly in the following aspects: First, deep cleaning of the tanks requires repeated injection of cleaning solution (water or alcohol), which is time-consuming and affects production efficiency; second, the tank cleaning relies on the self-adjusting agitator hinge, which is too monotonous, and some fragrances contain insoluble viscous substances that easily coagulate and adhere to the inner wall of the tank, forming scale, which cannot be thoroughly cleaned by agitation alone; third, after the tanks are cleaned, manual air-pressure blowing and drying are required, but fragrance tanks are generally narrow-mouthed and deep, which easily leads to blind spots in the blowing process, and manual operation is difficult and labor-intensive. Summary of the Invention

[0004] The purpose of this invention is to overcome the shortcomings of existing technologies and provide a deep cleaning device for fragrance and flavor containers. It is simple to operate, convenient to use, and highly practical. It can quickly locate and clean fragrance and flavor containers, and the length of the cleaning tube and the cleaning and rinsing pressure can be changed according to the size of the container and actual needs, which greatly improves the cleaning efficiency and effect. At the same time, it can quickly switch between cleaning and blowing modes, reducing the labor intensity of operators, effectively preventing the risk of scale buildup on the inner wall of the container and contaminating the fragrance and flavor, and ensuring product quality.

[0005] To achieve the above objectives, the technical solution adopted by the present invention is as follows:

[0006] A deep cleaning device for fragrance and flavor containers includes a rapid positioning device, a cleaning pipe, and a mobile supply and control device. The rapid positioning device is installed at the mouth of the container, and the cleaning pipe is threaded to the center of the lower end of the rapid positioning device. The device is characterized by: a positioning cover (1), a connector (2), a first connecting thread (3), a second connecting thread (4), a fixed clamping plate (5), a movable positioning plate (6), a movable slot (7), a rubber pad (8), an elastic clamping plate (9), a fixed nut (10), and a handle screw (11). The rapid positioning device has a positioning cover in the middle, which is a stainless steel hollow cavity in the shape of a disc. A hollow connector is located at the center of the positioning cover, with a first connecting thread on one side of the cylindrical arc surface and a second connecting thread at the lower end. The positioning cover has three sets of positioning hook components on its side. The upper end of the positioning hook component has a fixed plate, the middle part has a movable positioning plate, and the lower end has an elastic plate, which are connected by a handle screw. The fixed plate has a circular hole of a certain size in the middle. The movable positioning plate is long and has an arc hook shape. The inner section or embedded section has a movable slot of a certain length. The length of the slot is perpendicular to the axis of the opening of the fixed plate. The width of the slot matches the size of the opening of the fixed plate. The inner side of the arc hook at the outer end of the movable positioning plate is also provided with a rubber pad. The elastic plate is elastic and has a certain elastic distance from the middle movable positioning plate. It has a circular hole of a certain size in the middle. The position and size of the opening are aligned with the opening of the fixed plate. The handle screw passes through the opening and the movable slot and is connected to the fixing nut on the lower end of the elastic plate.

[0007] Furthermore, the cleaning tube includes a connecting threaded section (41), a cleaning tube body (42), a first nozzle (12), and a second nozzle (13). The cleaning tube is a hollow test tube-shaped cylinder with a connecting threaded section at the upper end, a cleaning tube body with a first nozzle in the middle section, and a semi-circular structure with a second nozzle at the lower end. The connecting threaded section is threadedly connected to the second connecting thread of the quick positioning device. The surface of the cleaning tube body is provided with multiple array-distributed first nozzles, with four first nozzles on each circumference. The first nozzles are convex, with a trapezoidal lower part and a semi-circular arc surface at the upper part, and the semi-circular arc presents a certain angle. The second nozzles are concave, with multiple array-distributed second nozzles on the surface of the semi-circular structure. The second nozzles are inner cylindrical nozzles.

[0008] Furthermore, the mobile supply and control device includes a mobile frame base plate (14), casters (15), wheel brakes (16), directional wheels (17), adjusting support rods (18), push handles (19), cleaning fluid tank (20), inlet pipe (21), switching valve (22), frustum connector (23), high-pressure pump (24), gas / liquid pipeline conversion device (25), explosion-proof hose (26), straight-end sealed connector (27), battery (28), control box (29), and other components. Storage tank (30), mobile supply and control device has a mobile frame base plate with a support device, a set of universal wheels with wheel brakes on one side near the end of the mobile frame base plate, a set of directional wheels on one side far from the end of the mobile frame base plate, an adjusting support rod with a push handle on the near side of the mobile frame base plate, a cleaning fluid tank on the mobile frame base plate, an inlet pipe connected to one side of the lower end of the cleaning fluid tank, the inlet pipe is inverted T-shaped, the end of the inlet pipe near the cleaning fluid tank and the T-shaped end of the inlet pipe Each end of the inlet pipe is equipped with a switch valve. The T-shaped end of the inlet pipe is also connected to a truncated cone connector. The truncated cone connector has a combination of plates with open plates that have contractile elasticity. When the connector is tightened, the plate-like threads will contract and compress. The other end of the inlet pipe is connected to a high-pressure pump. The pressurized outlet of the high-pressure pump is connected to a gas / liquid pipeline conversion device. The gas / liquid pipeline conversion device is divided into a pressurized cleaning fluid pipeline and an air compressor inlet pipeline, each with a switch valve. The air compressor inlet pipeline is also equipped with a truncated cone connector. The outlet end of the gas / liquid pipeline conversion device is connected to a section of explosion-proof hose. The outlet end of the explosion-proof hose is connected to a straight-mouth sealed connector. The straight-mouth sealed connector has a metal circular sealing port. The straight-mouth sealed connector is used to connect with the first connecting thread of the quick positioning device. One end of the high-pressure pump is equipped with multiple sets of batteries. The batteries are placed in an insulated enclosure. The upper end of the batteries is connected to a control box. The control box has functions such as a start switch, power adjustment, time control, and power display. There is also a parts storage box at the rear of the mobile frame floor.

[0009] A method of using a deep cleaning device for fragrance and flavor containers, comprising:

[0010] (a) Water cleaning mode: Connect the inlet pipe to the frustum connector Z1, confirm that the switch valve Y1 is closed and open the switch valve Y2, confirm that the switch valve Y4 is closed and open the switch valve Y3, turn on the power of the device, match the power of the high-pressure pump set for the water cleaning mode, turn the knob to start the high-pressure pump for the timer, and when the time is up, the high-pressure pump stops working, turn off the power of the device, close the switch valves Y2 and Y3, disconnect the inlet pipe from the frustum connector Z1, and the water cleaning mode is completed;

[0011] (b) Cleaning fluid cleaning mode: Confirm that switch valves Y4 and Y2 are closed, open switch valves Y1 and Y3, turn on the power of the device, match the power of the high-pressure pump set for the cleaning fluid cleaning mode, start the high-pressure pump by turning the knob to start the timer, and stop the high-pressure pump when the time is up. Turn off the power of the device, close switch valves Y1 and Y3, and the cleaning fluid cleaning mode is completed.

[0012] (c) Air pressure purging and drying mode: Connect the air pressure pipe to the cone body connector Z2, confirm that the power supply of the device is off and the switch valve Y3 is closed, open the switch valve Y4, perform timed air pressure purging and drying, close the switch valve Y4 when the time is up, disconnect the air pressure pipe from the cone body connector Z2, and the air pressure purging and drying mode is completed.

[0013] (d) After cleaning or blowing and drying, loosen the explosion-proof hose, loosen the handle screw, remove the cleaning tube, place the parts in the storage tank, and the deep cleaning of the fragrance and flavor container is completed.

[0014] This invention provides a deep cleaning device for fragrance and flavor containers. It is simple to operate, convenient to use, and highly practical. It can quickly locate and clean fragrance and flavor containers, and can change the length of the cleaning tube and adjust the cleaning and rinsing pressure according to the size of the container and actual needs, which greatly improves the cleaning efficiency and effect. At the same time, it can quickly switch between cleaning and blowing modes, reducing the labor intensity of operators, effectively preventing the risk of scale buildup on the inner wall of the container and contaminating the fragrance and flavor, and ensuring product quality. Attached Figure Description

[0015] Figure 1 This is a schematic diagram of the main structure of the rapid positioning device of the present invention;

[0016] Figure 2 This is a side view of the rapid positioning device of the present invention.

[0017] Figure 3 This is a schematic diagram of the cleaning tube structure of the present invention;

[0018] Figure 4 This is a schematic diagram of the mobile supply and control device of the present invention;

[0019] Figure 5 This is a schematic diagram of the operation and control process of the present invention.

[0020] In the diagram: 1. Positioning cover; 2. Connector; 3. First connecting threaded port; 4. Second connecting threaded port; 5. Fixed clamping plate; 6. Movable positioning plate; 7. Moving slot; 8. Rubber pad; 9. Elastic clamping plate; 10. Fixed nut; 11. Handle screw; 41. Connecting threaded section; 42. Cleaning pipe body; 42. First nozzle; 12. Second nozzle; 13. Moving vehicle base plate; 14. Casters; 15. Wheel brakes; 16. Directional wheels; 17. Adjustable support rod; 18. Push handle; 19. Cleaning fluid tank; 20. Inlet pipe; 21. Switch valve; 22. Conical connector; 23. High-pressure pump; 24. Gas / liquid pipeline conversion device; 25. Explosion-proof hose; 26. Straight-mouth sealed connector; 27. Battery; 28. Control box; 29. ​​Parts storage box; 30. Detailed Implementation

[0021] To make the technical solution and advantages of the present invention clearer, the technical solution of the present invention will be described in a clearer and more complete manner below with reference to the accompanying drawings. It should be understood that the specific embodiments described herein are only some embodiments of the present invention, and are only used to explain the present invention, not to limit the present invention. It should be noted that, for ease of description, only the parts / structures related to the present invention are shown in the accompanying drawings. Other related parts can be referred to with ordinary design. In the absence of conflict, the embodiments and technical features in the embodiments of the present invention can be combined with each other to obtain new embodiments.

[0022] Based on the embodiments of this invention, all other embodiments obtained by those skilled in the art without inventive effort are within the scope of protection of this invention. Furthermore, unless otherwise defined, the technical or scientific terms used in the description of this invention should have the ordinary meaning understood by those skilled in the art.

[0023] The present invention will now be described in further detail with reference to the accompanying drawings.

[0024] like Figure 1-4As shown, a deep cleaning device for fragrance and flavor containers includes a rapid positioning device, a cleaning pipe, and a mobile supply and control device. The rapid positioning device is installed at the mouth of the container, and the cleaning pipe is threaded to the lower center of the rapid positioning device. The device is characterized by: a positioning cover 1, a connector 2, a first connecting thread 3, a second connecting thread 4, a fixing plate 5, a movable positioning plate 6, a movable slot 7, a rubber pad 8, an elastic plate 9, a fixing nut 10, and a handle screw 11. The rapid positioning device has a positioning cover 1 in the middle, which is a stainless steel hollow body in the shape of a disc. A hollow connector 2 is located at the center of the positioning cover 1. The connector 2 has a first connecting thread 3 on one side of its cylindrical arc surface and a second connecting thread 4 at its lower end. Three sets of positioning hooks are located on the side of the positioning cover 1. The positioning hook component has a fixed locking plate 5 at the upper end, a movable positioning plate 6 in the middle, and an elastic locking plate 9 at the lower end, connected by a handle screw 11. The fixed locking plate 5 has a circular hole of a certain size in the middle. The movable positioning plate 6 is long and has an arc hook shape. The built-in / embedded section has a movable slot 7 of a certain length. The length direction of the slot is perpendicular to the axis of the opening of the fixed locking plate 5, and the width of the slot matches the size of the opening of the fixed locking plate 5. The inner side of the arc hook at the outer end of the movable positioning plate 6 is also provided with a rubber pad 8. The elastic locking plate 9 is elastic and has a certain elastic distance from the movable positioning plate 6. It has a circular hole of a certain size in the middle. The position and size of the hole are aligned with the opening of the fixed locking plate 5. The handle screw 11 passes through the hole and the movable slot 7 and is connected to the fixing nut 10 on the lower end of the elastic locking plate 9.

[0025] The cleaning tube includes a connecting threaded section 41, a cleaning tube body 42, a first nozzle 12, and a second nozzle 13. The cleaning tube is a hollow test tube-shaped cylinder with a connecting threaded section 41 at the upper end, a cleaning tube body 42 with the first nozzle 12 in the middle section, and a semi-circular structure with the second nozzle 13 at the lower end. The connecting threaded section 41 is threadedly connected to the second connecting threaded port 4 of the quick positioning device. The surface of the cleaning tube body 42 is provided with multiple array-distributed first nozzles 12, with four first nozzles 12 on each circumference. The first nozzles 12 are convex, with a trapezoidal lower part and a semi-circular arc surface at the upper part, and the semi-circular arc presents a certain angle. The second nozzles 13 are concave, with multiple array-distributed second nozzles 13 on the surface of the semi-circular structure. The second nozzles 13 are inner cylindrical nozzles.

[0026] The mobile supply and control device includes a mobile frame base plate 14, casters 15, wheel brakes 16, directional wheels 17, adjusting support rods 18, push handles 19, cleaning fluid tank 20, inlet pipe 21, switch valve 22, conical connector 23, high-pressure pump 24, gas / liquid pipeline conversion device 25, explosion-proof hose 26, straight-end sealed connector 27, battery 28, control box 29, and parts storage box 30. The mobile supply and control device has a mobile frame base plate 14 with a support device, and a set of casters is provided on one side of the near end of the mobile frame base plate 14. The swivel casters 15 are equipped with wheel brakes 16. A set of directional casters 17 is located on the far side of the mobile frame base plate 14. An adjusting support rod 18 is located on the near side of the mobile frame base plate 14, and the adjusting support rod 18 is connected to a push handle 19. A cleaning fluid tank 20 is located on the mobile frame base plate 14. A fluid inlet pipe 21 is connected to the lower side of the cleaning fluid tank 20. The fluid inlet pipe is inverted T-shaped. A switch valve 22 is located at the end of the fluid inlet pipe 21 near the cleaning fluid tank 20 and at the T-shaped end of the fluid inlet pipe 21. The T-shaped end of the fluid inlet pipe 21 is also connected to a... The frustum-shaped connector 23 has a threaded plate assembly. The open, plate-like threads have a contractile elasticity; when the connector is tightened, the plate-like threads will contract and compress. The other end of the liquid inlet pipe 21 is connected to a high-pressure pump 24. The pressurized outlet of the high-pressure pump 24 is connected to a gas / liquid pipeline conversion device 25. The gas / liquid pipeline conversion device 25 is divided into a pressurized cleaning fluid pipeline and an air compressor inlet pipeline, each equipped with a switch valve 22. The air compressor inlet pipeline also has a frustum-shaped connector 23. The outlet end of the gas / liquid pipeline conversion device 25 is connected to a section of explosion-proof flexible hose 26. The outlet end of the explosion-proof hose 26 is connected to a straight-mouth sealed connector 27. The straight-mouth sealed connector 27 has a metal circular sealed opening and is used to connect with the first connecting thread 3 of the quick positioning device. One end of the high-pressure pump 24 is equipped with multiple sets of batteries 28. The batteries 28 adopt an insulated enclosure design. The upper end of the batteries 28 is connected to a control box 29. The control box 29 has functions such as a start switch, power adjustment, time control, and power display. A parts storage box 30 is also provided at the rear of the mobile frame base plate 14.

[0027] In this invention, the rapid positioning device has a positioning cover in the middle. The positioning cover is a stainless steel hollow cavity, shaped like a disc. The hollow cavity of the positioning cover effectively reduces weight and facilitates the installation of other components. A hollow connector is located at the center of the positioning cover, and the lower end can be connected to a cleaning tube. The connector, as the core cleaning connection device, can connect and introduce the supplied air pressure / cleaning fluid into the cleaning tube. Three sets of positioning hook components are provided on the side of the positioning cover. Their main function is to quickly position and fix the cleaning position. The upper end has a fixed plate, the middle has a movable positioning plate, and the lower end has an elastic plate, which is connected and passed through by a handle screw. The fixed plate has a circular hole of a certain size in the middle. The movable positioning plate is a long, arc-shaped hook with a movable slot of a certain length at its inner end. The length direction of the slot is parallel to that of the fixed plate. The opening axis is vertical, and the groove width matches the size of the opening on the fixed plate. The groove with a certain distance allows the hook component to extend and retract, which can be adjusted according to the size of the can opening. The side of the external arc hook is also equipped with a rubber pad to effectively reduce shock and prevent the hook from damaging the can body. There is a certain elastic distance between the elastic plate and the central movable positioning plate, which allows the movable positioning plate to move along the groove path. There is a circular hole of a certain size in the middle, and the position and size of the hole are aligned with the opening on the fixed plate. A fixing nut of the same diameter as the hole is provided at the bottom. The handle screw passes through the opening positions of the fixed plate, movable positioning plate, and elastic plate and is connected to the fixing nut. When positioning, retract or extend the movable positioning plate, press the hook against the can opening, tighten the handle screw, and the elastic plate is pressed upward to fix the movable positioning plate, thus completing the determination of the cleaning position.

[0028] In this invention, the cleaning tube contains a hollow test tube-shaped cylinder with a threaded section at the upper end, a cleaning tube body with a first nozzle in the middle section, and a semi-circular structure with a second nozzle at the lower end. The threaded section is threadedly connected to the second threaded port of the quick positioning device, enabling rapid assembly. The surface of the cleaning tube body is provided with a certain number of high-pressure first nozzles, four on each circumference, arranged in parallel alignment at a certain interval. The lower part of the high-pressure first nozzle is trapezoidal, and the upper part is a semi-circular arc surface with a certain angle. The semi-circular arc design avoids the nozzle opening being too sharp, preventing injury to personnel during cleaning tube installation. During cleaning, high-pressure injection is used, and the cleaning fluid forms a fan-shaped impact area through the high-pressure first nozzle opening. The high-pressure first nozzle openings are arranged in parallel alignment at a certain interval so that the high-pressure cleaning area covers the entire inner surface of the tank. The second nozzle on the semi-circular structure at the lower end of the cleaning tube body is provided with a certain number of inner cylindrical nozzles, which flush the bottom of the tank during high-pressure cleaning.

[0029] In this invention, the mobile supply-level control device includes a mobile frame base plate with a support device for mounting the overall cleaning supply device. A set of omnidirectional wheels with wheel brakes is located on the near side of the mobile frame base plate, while a set of directional wheels is located on the far side. This wheel design facilitates rapid movement and transportation during production workshop use and provides fixation and shock absorption during cleaning. An adjusting support rod with a push handle is located on the near side of the mobile frame base plate for manually pushing and transporting the cleaning device. A cleaning fluid tank is located on the mobile frame base plate. The cleaning fluid tank mainly contains alcohol cleaning solution or other specially formulated cleaning solutions for deep maintenance cleaning after water washing. An inlet pipe is connected to the lower side of the cleaning fluid tank. The inlet pipe is inverted T-shaped and equipped with a horizontal switch to control the entry of the cleaning fluid. A frustum-shaped connector is connected to the T-shaped end of the pipe. The connector thread is a combination of plates with open, elastic plates that contract and compress when the connector is tightened. This frustum-shaped connector is used to connect to a water supply hose in the workshop to inject cleaning water into the high-pressure pump.

[0030] In this invention, the high-pressure pump's pressurized outlet is connected to a gas / liquid pipeline conversion device. This device is divided into a pressurized cleaning fluid pipeline and an air compressor inlet pipeline, each controlled by a switch valve. The air compressor inlet pipeline also has a frustum-shaped connector for connecting to a compressed air hose in the workshop. An explosion-proof hose is connected to the outlet of the gas / liquid pipeline conversion device, and the outlet of the explosion-proof hose is connected to a straight-mouth sealed connector. During use, this connector is screwed into the threaded connection of the quick-positioning device, with its metal circular sealed opening tightly fitting the connector to form a high-pressure sealed space. Multiple sets of batteries are installed at one end of the high-pressure pump to provide power to the high-pressure cleaning device. The batteries are housed in an insulated enclosure for safety protection. A control box is connected to the upper end of the batteries. The control box includes a start switch, power adjustment, time control, and power display. Before use, the power status is observed, the start switch is pressed, and the high-pressure pump power is adjusted accordingly. A knob is used to start the timer. A parts storage box is also provided at the rear of the mobile frame's base plate for storing disassembled parts after cleaning.

[0031] In this invention, the cleaning device can operate in three modes: water cleaning mode, cleaning fluid cleaning mode, and air pressure blowing and drying mode.

[0032] like Figure 5 As shown, a method of using a deep cleaning device for fragrance and flavor containers includes:

[0033] (a) Water cleaning mode: Connect the inlet pipe to the frustum connector Z1, confirm that the switch valve Y1 is closed and open the switch valve Y2, confirm that the switch valve Y4 is closed and open the switch valve Y3, turn on the power of the device, match the power of the high-pressure pump set for the water cleaning mode, turn the knob to start the high-pressure pump for the timer, and when the time is up, the high-pressure pump stops working, turn off the power of the device, close the switch valves Y2 and Y3, disconnect the inlet pipe from the frustum connector Z1, and the water cleaning mode is completed;

[0034] (b) Cleaning fluid cleaning mode: Confirm that switch valves Y4 and Y2 are closed, open switch valves Y1 and Y3, turn on the power of the device, match the power of the high-pressure pump set for the cleaning fluid cleaning mode, start the high-pressure pump by turning the knob to start the timer, and stop the high-pressure pump when the time is up. Turn off the power of the device, close switch valves Y1 and Y3, and the cleaning fluid cleaning mode is completed.

[0035] (c) Air pressure purging and drying mode: Connect the air pressure pipe to the cone body connector Z2, confirm that the power supply of the device is off and the switch valve Y3 is closed, open the switch valve Y4, perform timed air pressure purging and drying, close the switch valve Y4 when the time is up, disconnect the air pressure pipe from the cone body connector Z2, and the air pressure purging and drying mode is completed.

[0036] (d) After cleaning or blowing and drying, loosen the explosion-proof hose, loosen the handle screw, remove the cleaning tube, place the parts in the storage tank, and the deep cleaning of the fragrance and flavor container is completed.

[0037] This invention provides a deep cleaning device for fragrance and flavor containers. It is simple to operate, convenient to use, and highly practical. It can quickly locate and clean fragrance and flavor containers, and can change the length of the cleaning tube and adjust the cleaning and rinsing pressure according to the size of the container and actual needs, which greatly improves the cleaning efficiency and effect. At the same time, it can quickly switch between cleaning and blowing modes, reducing the labor intensity of operators, effectively preventing the risk of scale buildup on the inner wall of the container and contaminating the fragrance and flavor, and ensuring product quality.

[0038] The above embodiments are illustrative of the present invention and not intended to limit the invention. It is understood that various changes, modifications, substitutions and variations can be made to these embodiments without departing from the principles and spirit of the invention. The scope of protection of the present invention is defined by the appended claims and their equivalents.

Claims

1. A deep cleaning device for fragrance and flavor containers, characterized in that, The device includes a rapid positioning device, a cleaning pipe, a mobile supply and control device, and a rapid positioning device installed at the tank opening. The cleaning pipe is threadedly connected to the lower center of the rapid positioning device. The device is characterized by: a positioning cover (1), a connector (2), a first connecting thread (3), a second connecting thread (4), a fixed clamping plate (5), a movable positioning plate (6), a movable slot (7), a rubber pad (8), an elastic clamping plate (9), a fixed nut (10), and a handle screw (11). The rapid positioning device has a positioning cover in the middle, which is a stainless steel hollow cavity in the shape of a disc. A hollow connector is located at the center of the positioning cover. The connector has a first connecting thread on one side of its cylindrical arc surface and a second connecting thread at its lower end. The side of the positioning cover has... The three-piece positioning hook assembly consists of a fixed locking plate at the top, a movable positioning plate in the middle, and an elastic locking plate at the bottom, connected by a handle screw. The fixed locking plate has a circular hole of a specific size in the center. The movable positioning plate is elongated with an arc-shaped hook, and its internal or embedded section has a movable slot of a certain length. The length of this slot is perpendicular to the axis of the opening in the fixed locking plate, and the width of the slot matches the size of the opening in the fixed locking plate. A rubber pad is also provided on the inner side of the arc-shaped hook at the outer end of the movable positioning plate. The elastic locking plate is elastic, and there is a certain elastic distance between it and the movable positioning plate. A circular hole of a specific size is located in the middle of the elastic locking plate, aligned with the opening in the fixed locking plate. The handle screw passes through the hole and the movable slot, connecting to a fixing nut on the lower end of the elastic locking plate. The cleaning tube includes a connecting threaded section (41), a cleaning tube body (42), a first nozzle (12), and a second nozzle (13). The cleaning tube is a hollow test tube-shaped cylinder with a connecting threaded section at the upper end, a cleaning tube body with the first nozzle in the middle section, and a semi-circular structure with the second nozzle at the lower end. The connecting threaded section is threadedly connected to the second connecting thread of the quick positioning device. The surface of the cleaning tube body is provided with multiple array-distributed first nozzles, with four first nozzles on each circumference. The first nozzles are convex, with a trapezoidal lower part and a semi-circular arc surface at the upper part, the semi-circular arc presenting a certain angle. The second nozzles are concave, with multiple array-distributed second nozzles on the surface of the semi-circular structure. The second nozzles are inner cylindrical nozzles. The mobile supply and control device includes a mobile frame base plate (14), casters (15), wheel brakes (16), directional wheels (17), adjusting support rods (18), push handles (19), cleaning fluid tank (20), inlet pipe (21), switching valves Y1, Y2, Y3, and Y4, frustum connector (23), high-pressure pump (24), gas / liquid pipeline conversion device (25), explosion-proof hose (26), straight-end sealed connector (27), battery (28), control box (29), and zero. The component storage tank (30), the mobile supply and control device has a mobile frame base plate with a support device, a set of universal wheels with wheel brakes on one side of the near end of the mobile frame base plate, a set of directional wheels on one side of the far end of the mobile frame base plate, an adjusting support rod with a push handle on the near end of the mobile frame base plate, a cleaning fluid tank on the mobile frame base plate, an inlet pipe connected to the lower end of the cleaning fluid tank, the inlet pipe is inverted T-shaped, and a switch valve Y1 and a T-shaped inlet pipe are provided at the end of the inlet pipe near the cleaning fluid tank. The T-shaped end of the inlet pipe is equipped with a switch valve Y2. The T-shaped end of the inlet pipe is also connected to a frustum-shaped connector. The frustum-shaped connector has a plate-like thread with an open plate shape that has contractile elasticity. When the connector is tightened, the plate-like thread will contract and compress. The other end of the inlet pipe is connected to a high-pressure pump (24). The pressurized outlet of the high-pressure pump (24) is connected to a gas / liquid pipeline conversion device. The gas / liquid pipeline conversion device is divided into a pressurized cleaning liquid pipeline and an air compressor inlet pipeline, which are equipped with switch valves Y3 and Y4 respectively. The air compressor inlet pipeline is also equipped with a frustum-shaped connector. / The outlet end of the liquid pipeline conversion device is connected to a section of explosion-proof hose, and the outlet end of the explosion-proof hose is connected to a straight-mouth sealed connector. The straight-mouth sealed connector is provided with a metal circular sealed port. The straight-mouth sealed connector is used to connect with the first connecting thread of the quick positioning device. One end of the high-pressure pump (24) is provided with multiple sets of batteries. The batteries are designed to be placed in an insulated enclosure. The upper end of the batteries is connected to a control box. The control box is provided with start switch, power adjustment, time control and power display functions. A parts storage box is also provided at the rear of the mobile frame bottom plate.

2. A method of using a deep cleaning device for fragrance and flavor containers, comprising the deep cleaning device for fragrance and flavor containers as described in claim 1, comprising: (a) Water cleaning mode: Connect the inlet pipe to the frustum connector Z1, confirm that the switch valve Y1 is closed and open the switch valve Y2, confirm that the switch valve Y4 is closed and open the switch valve Y3, turn on the device power, match the high pressure pump power of the water cleaning mode, turn the knob to start the high pressure pump (24) at the timer, when the time is up, the high pressure pump (24) stops working, turn off the device power, close the switch valves Y2 and Y3, disconnect the inlet pipe from the frustum connector Z1, and the water cleaning mode is completed; (b) Cleaning fluid cleaning mode: Confirm that the switch valves Y4 and Y2 are closed, open the switch valves Y1 and Y3, turn on the power of the device, match the power of the high pressure pump set for the cleaning fluid cleaning mode, turn the knob to start the high pressure pump (24) at the set time, when the high pressure pump (24) stops working, turn off the power of the device, close the switch valves Y1 and Y3, and the cleaning fluid cleaning mode is completed; (c) Air pressure purging and drying mode: Connect the air pressure pipe to the cone body connector Z2, confirm that the power supply of the device is off and the switch valve Y3 is closed, open the switch valve Y4, perform timed air pressure purging and drying, close the switch valve Y4 when the time is up, disconnect the air pressure pipe from the cone body connector Z2, and the air pressure purging and drying mode is completed. (d) After cleaning or blowing and drying, loosen the explosion-proof hose, loosen the handle screw, remove the cleaning tube, place the parts in the storage tank, and the deep cleaning of the fragrance and flavor container is completed.

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